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HomeMy WebLinkAboutPermit EL16-0851 - EDGECONNEX - TENANT IMPROVEMENTEDGECONNEX 3425 S 116T" ST 133 ELl 6=0851 City of Tukwila Deportment of Community Development • 6300 Southcenter Boulevard, Suite #100 Tukwila, Washington 98188 Phone: 206-431-3670 Inspection Request Line: 206-438-9350 Web site: http://www.TukwilaWA.gov ELECTRICAL PERMIT Parcel No: 1023049043 Permit Number: EL16-0851 Address: 3425 S 116TH ST 133 Issue Date: 1/22/2018 Internationb"'esidential Code Edition: Permit Expires On: 2/19/2019 Project Name: EDGECONNEX 2017 Owner: 2015 Name: EPROPERTY TAX INC DEPT 207 2017 Address: PO BOX 4900, SCOTTSDALE, TX, 85261 2015 Contact Person: 2015 Name: TRAVIS FORT Phone: (713) 775-9349 Address: 10400 RODGERS RD, HOUSTON, TX, 77070 Contractor: Name: MCKINSTRY CO LLC (ELECTRICAL) Phone: (206) 762-3311 Address: PO BOX 24567, SEATTLE, WA, 98124 License No: MCKINCL942DN Expiration Date: 3/15/2020 Lender: Name: Address: DESCRIPTION OF WORK: INSTALLATION OF NEW ELECTRICAL SYSTEM FOR TENANT IMPROVEMENT. ADDITION OF RAISED FLOOR AND EQUIPMENT TO SUPPORT SERVER ENVIRONMENT Valuation of single family: $0.00 Fees Collected: $12,765.81 Valuation of mf/comm: $925,000.00 Type of Work: TENANT IMP Electrical Service Provided by: SEATTLE CITY LIGHT Water District: TUKWILA Sewer District: VALLEY VIEW Current Codes adopted by the City of Tukwila: International Building Code Edition: 2015 National Electrical Code: 2017 Internationb"'esidential Code Edition: 2015 WA Cities Electrical Code: 2017 International Mechanical Code Edition: 2015 WAC 296-4613: 2017 Uniform Plumbing Code Edition: 2015 WA State Energy Code: 2015 International Fuel Gas Code: 2015 R—i L`19 Permit Center Authorized Signature: Date: I hearby certify that I have read and examined this permit and know the same to be true and correct. All provisions of law and ordinances governing this work will be complied with, whether specified herein or not. The granting of this permit does not presume to give authority to violate or cancel the provisions of any other state or local laws regulating construction or the performance of work. I am authorized to sign and obtain this development permit and agree to the conditions attached to this permit. Signature:. ��`^ v�/� ~J� Date:U r Print Name: ?ems This permit shall become null and void if the work is not commenced within 180 days for the date of issuance, or if the work is suspended or abandoned for a period of 180 days from the last inspection. PERMIT CONDITIONS: 1: 'ELECTRICAL PERMIT CONDITIONS' 2: A copy of the electrical work permit shall be posted or otherwise made readily accessible to the Electrical Inspector at each work site. 3: Approved plans shall be maintained at the construction site and shall be readily available to the Electrical Inspector. 4: All electrical work shall be in accordance with NFPA 70 - NEC, and requirements for electrical installations, Chapter 296-46B WAC and the Washington Cities Electrical Code. S: When any portion of the electrical installation is to be hidden from view by permanent placement of parts of the building, such equipment shall not be concealed until it has been inspected and approved by the Electrical Inspector. 6: The issuance of an electrical work permit shall not be construed to be a permit for, or an approval of, any violation of the provisions of the electrical code or other ordinances of the jurisdiction. Permits or related documentation that presumes to grant this authority are therefore not valid. 7: Any change in the scope of work described by the electrical work permit shall require additional work permits. Where approved plans have been issued, revisions to the plans and additional review may be required. PERMIT INSPECTIONS REQUIRED Permit Inspection Line: (206) 438-9350 2100 ELECTRICAL FINAL 7003 ROUGH -IN ELECTRICAL 7003 ROUGH -IN ELECTRICAL 7003 ROUGH -IN ELECTRICAL 7002 SERVICE 7001 UNDERGROUND/SLAB City of Tukwila • Department of Community Development * 6300 Southcenter Boulevard, Suite #100 Tukwila, Washington 98188 Phone: 206-431-3670 Inspection Request Line: 206-438-9350 Web site: http://www.TukwilaWA.Rov ELECTRICAL PERMIT Parcel No: 1023049043 Permit Number: EL16-0851 Address: 3425 S 116TH ST 133 Issue Date: 1/22/2018 Permit Expires On: 7/21/2018 Project Name: EDGECONNEX Owner: Name: EPROPERTY TAX INC DEPT 207 Address: PO BOX 4900, SCOTTSDALE, TX, 85261 Contact Person: 2017 Name: TRAVIS FORT Address: 10400 RODGERS RD, HOUSTON, TX, International Mechanical Code Edition: 77070 Contractor: 2017 Name: MILL PLAIN ELECTRIC INC Address: 6000 NE 88TH ST B 105, VANCOUVER, International Fuel Gas Code: WA, 98665-0981 License No: MILLPE1329LP Lender: c Name: Address: DESCRIPTION OF WORK: Phone: (713) 775-9349 Phone: (360) 574-7265 Expiration Date: 2/28/2019 INSTALLATION OF NEW ELECTRICAL SYSTEM FOR TENANT IMPROVEMENT. ADDITION OF RAISED FLOOR AND EQUIPMENT TO SUPPORT SERVER ENVIRONMENT Valuation of single family: $0.00 Fees Collected: $12,765.81 Valuation of mf/comm: $925,000.00 Type of Work: TENANT IMP Electrical Service Provided by: SEATTLE CITY LIGHT Water District: TUKWILA Sewer District: VALLEY VIEW Current Codes adopted by the City of Tukwila: International Building Code Edition: 2015 National Electrical Code: 2017 International Residential Code Edition: 2015 WA Cities Electrical Code: 2017 International Mechanical Code Edition: 2015 WAC 296-46B: 2017 Uniform Plumbing Code Edition: 2015 WA State Energy Code: 2015 International Fuel Gas Code: 2015 c Permit Center Authorized Signature: Date: I hearby certify that I have read and examined this permit and know the same to be true and correct. All provisions of law and ordinances governing this work will be complied with, whether specified herein or not. The granting of this permit does not presume to give authority to violate or cancel the provisions of any other state or local laws regulating construction or the performance of work. I am authorized to sign and obtain this development permit and agree to the conditions attached to this permit. Signa Print tures o,' _' Date: h Name: rv (-olev This permit shall become null and void if the work is not commenced within 180 days for the date of issuance, or if the work is suspended or abandoned for a period of 180 days from the last inspection. PERMIT CONDITIONS: 1: 'ELECTRICAL PERMIT CONDITIONS' 2: A copy of the electrical work permit shall be posted or otherwise made readily accessible to the Electrical Inspector at each work site. 3: Approved plans shall be maintained at the construction site and shall be readily available to the Electrical Inspector. 4: All electrical work shall be in accordance with NFPA 70 - NEC, and requirements for electrical installations, Chapter 296-46B WAC and the Washington Cities Electrical Code. 5: When any portion of the electrical installation is to be hidden from view by permanent placement of parts of the building, such equipment shall not be concealed until it has been inspected and approved by the Electrical Inspector. 6: The issuance of an electrical work permit shall not be construed to be a permit for, or an approval of, any violation of the provisions of the electrical code or other ordinances of the jurisdiction. Permits or related documentation that presumes to grant this authority are therefore not valid. 7: Any change in the scope of work described by the electrical work permit shall require additional work permits. Where approved plans have been issued, revisions to the plans and additional review may be required. PERMIT INSPECTIONS REQUIRED Permit Inspection Line: (206) 438-9350 2100 ELECTRICAL FINAL 7003 ROUGH -IN ELECTRICAL 7002 SERVICE 7001 UNDERGROUND/SLAB CITY OF TUKW.. Community Development Department Permit Center • 6300 Southcenter Blvd., Suite 100 Tukwila, WA 98188 " hM2://www.TukwilaWA.Rov SITE LOCATION Electrical Permit No. � 0� ---Oqy I Project No. Date Application Accepted: Date Application Expires: use ELECTRICAL PERMIT APPLICATION Applications and plans must be complete in order to be accepted for plan review. Applications will not be accepted through the mail or by fax. "Please Print" Site Address: 3425 S. 116th St., Tukwila, WA 98168 King Co Assessor's Tax No.: 38-3899305 Suite Number: 133 Floor: 1 Tenant Name: Edgeconnex New Tenant: ❑..... Yes ®..No PROPERTY OWNER Name: RREEF AMERICA REIT II CORP. MMMJJ Address: 3425 S. 116th St. City: Tukwila State: WA Zip: 98168 CONTACT PERSON — person receiving all project communication Name: Travis Fort Address: 10400 Rodgers Road City: Houston State: TX Zip: 77070 Phone: (281) 374-8644 Fax: Email: travis.fort@bcei.com ELECTRICAL CONTRACTOR INFORMATION Company Name: TBD Address: City: State: Zip: Phone: Fax: Contr Reg No.: Exp Date: Tukwila Business License No.; Valuation of Project (contractor's bid price): $ 925,000 Scope of Work (please provide detailed information): INSTALLATION OF NEW ELECTRICAL SYSTEM FOR TENANT IMPROVEMENT. ADDITION OF RAISED FLOOR AND EQUIPMENT TO SUPPORT SERVER ENVIRONMENT. Will service be altered? Type of Use: Tvne of work ❑ Yes m No ❑ New ❑ Addition ❑ Service Change ❑ Low Voltage ❑ Generator ❑ Fire Alarm Property Served by: ❑ Puget Sound Energy m Seattle City Light Hd.Applications\Forms-Applications On Line\2014 Applications\Electrical Permit Application Revised 1-1-14.docz Revised: January 2014 bh Adding more than 50 amps? ❑ Remodel ❑ Telecommunication 0 Yes ❑ No ® Tenant Improvement ❑ Temporary Service Page 1 of 2 RESIDENTIAL NEW RESIDENTIAL SERVICE ❑ New single family dwellings ...................................$152.85 (including an attached garage) ❑ Garages, pools, spas and outbuildings ........................ $81.90 ea ❑ Low voltage systems (alarm, furnace thermostat) ................................ $59.85 ea RESIDENTIAL REMODEL AND SERVICE CHANGES ❑ Service change or alteration ...................................... $81.90 ❑ (no added/altered circuits) $80.90 ❑ Service change with added/altered circuits ................. $81.90 number of added circuits ....................... $11.55 ea ❑ Circuits added/altered without service change ........... $54.60 (up to 5 circuits) $10.80 ea ❑ Circuits added/altered without service change ........... $54.60 (6 or more circuits) ............................................... $7.65 ea ❑ Meter/mast repair ....................................................... $68.25 ❑ Low voltage systems ................................................. $59.85 (alarm, furnace thermostat) PERMIT APPLICATION NOTES - MULTI -FAMILY AND COMMERCIAL Fees are based on the valuation of the electrical contract. MISCELLANEOUS FEES ❑ Temporary service (residential) ................................. $65.00 ❑ Temporary service (generator) ................................... $80.90 ❑ Manufactured/mobile home service ........................... $86.25 (excluding garage or outbuilding) ❑ Carnivals....................................................................$80.60 Number of concessions ......................... $10.80 ea Each ride and generator truck ............... $10.80 ea ***EFFECTIVE JANUARY 1, 2014 EACH PERMIT WILL BE ASSESSED A 5% TECHNOLOGY FEE*** Value of Construction — In all cases, a value of construction amount should be entered by the applicant. This figure will be reviewed and is subject to possible revision by the Permit Center to comply with current fee schedules. Expiration of Plan Review — Applications for which no permit is issued within 180 days following the date of application shall expire by limitation The Building Official may grant one extension of time for an additional period not to exceed 90 days. The extension shall be requested in writing and justifiable cause demonstrated. I HEREBY CERTIFY THAT I HAVE READ AND EXAMINED THIS APPLICATION AND KNOW THE SAME TO BE TRUE UNDER PENALTY OF PERJURY BY THE LAWS OF THE STATE OF WASHINGTON, AND I AM AUTHORIZED TO APPLY FOR THIS PERMIT, Signature: Print Name: Travis Fort Mailing Address: 10400 Rodgers Road H:\Applications\Forms-Applications On Line\2014 Applications\Flectrical Permit Application Revised 1-1-14.docx Revised: January 2014 bh 09/16/2016 Day Telephone: (713) 775-9349 Houston TX 77070 City state Zip Page 2 of 2 DESCRIPTIONS PermitTRAK ACCOUNTQU 11 ANTITY PAID $72.10 EL16-0851 Address: 3425 S 116TH ST 133 Apn: 1023049043 $72.10 Credit Card Fee $2.10 Credit Card Fee R000.369.908.00.00 0.00 $2.10 ELECTRICAL $70.00 ADDITIONAL PLAN REVIEW TOTAL 1 R000.345.830.00.00 0.00 $70.00 f Date Paid: Tuesday, March 26, 2019 Paid By: PETER WETTER Pay Method: CREDIT CARD 516281 Printed: Tuesday, March 26, 2019 1:18 PM 1 of 1 �.. SY57Eiy35 DESC RIPTI ONS PermitTRAK AC COUNT QUANTITY PAID $72.10 EL16-0851 Address: 3425 S 116TH ST 133 Apn: 1023049043 $72.10 Credit Card Fee $2.10 Credit Card Fee R000.369.908.00.00 0.00 $2.10 ELECTRICAL $70.00 ADDITIONAL PLAN REVIEW TOTAL FEES PAIDR16833 R000.345.830.00.00 0.00 $70.00 $72.10 It Date Paid: Tuesday, February 12, 2019 Paid By: KENNY GOCHIS Pay Method: CREDIT CARD 05696Z Printed: Tuesday, February 12, 2019 11:29 AM 1 of 1 CINVSYSTEMS Date Paid: Thursday, February 07, 2019 Paid By: MCKINSTRY CO LLC (ELECTRICAL) Pay Method: CHECK 10291140 Printed: Thursday, February 07, 2019 10:42 AM 1 of 1 ri __ .. SYSTEMS Date Paid: Wednesday, September 13, 2017 Paid By: BURR COMPUTER ENVIRONMENT Pay Method: CHECK 10250 Printed: Wednesday, September 13, 2017 12:44 1 of 1 SYSTEMS PM DESCRIPTIONS PermitTRAK 1 $10,650.53 D16-0253 Address: 3425 S 116TH ST 133 Apn: 1023049043 $7,550.24 DEVELOPMENT $7,550.24 PLAN CHECK FEE R000.345.830.00.00 0.00 $7,550.24 EL16-0851 Address: 3425 S 116TH ST 133 Apn: 1023049043 $2,435.86 ELECTRICAL $2,435.86 PLAN CHECK FEE R000.345.832.00.00 0.00 $2,435.86 M16-0146 Address: 3425 S 116TH ST 133 Apn: 1023049043 $626.05 MECHANICAL $626.05 PLAN CHECK FEE R000.322.102.00.00 0.00 $626.05 PG16-0139 Address: 3425 S 116TH ST 133 Apn: 1023049043 $38.38 PLUMBING $38.38 PLAN CHECK FEE TOTAL FEES PAID BY RECEIPT: .., R000.322.103.00.00 0.00 $38.38 $10,650.53 Date Paid: Friday, September 16, 2016 Paid By: BURR COMPUTER ENVIRONMENTS Pay Method: CHECK 10111 Printed: Friday, September 16, 2016 9:59 AM 1 of 1 RW SYSTEMS CO TUKWILA ETRAKIT 6200 SOUTHCENTER BLVD TUKWILA, WA 98188 206-433-1870 CITY OF TUKWILA Date: 03/26/2019 01:18:11 PM CREDIT CARD SALE VISA CARD NUMBER: **********1454 TRAN AMOUNT: $72.10 APPROVAL CD: 516281 RECORD #: 000 CLERK ID: Bill Thank you! Customer Copy CO TUKWILA ETRAKIT 6200 SOUTHCENTER BLVD TUKWILA, WA 98188 206-433-1870 CITY OF TUKWILA 0017340000802374464500 Date: 02/12/2019 11:28:56 AM CREDIT CARD SALE MASTERCARD CARD NUMBER: **********6384 K TRAN AMOUNT: $72.10 APPROVAL CD: 05696Z RECORD #: 000 CLERK ID: Rachelle {CARDHOLDER'S SIGNATURE} I AGREE TO PAY THE ABOVE TOTAL AMOUNT ACCORDING TO THE CARD ISSUER AGREEMENT (MERCHANT AGREEMENT IF CREDIT VOUCHER) Thank you! Merchant Copy FA CO TUKWILA ETRAKIT 6200 SOUTHCENTER BLVD TUKWILA, WA 98188 206-433-1870 CITY OF TUKWILA Date: 02/12/2019 11:28:56 AM CREDIT CARD SALE MASTERCARD CARD NUMBER: **********6384 K TRAN AMOUNT: $72.10 APPROVAL CD: 05696Z RECORD #: 000 CLERK ID: Rachelle Thank you! Customer Copy 0 O -� CY, m w0 � � a �o N n cen m nID — C n O O N < v \ r -0A tnz m �_ m t O � >CD to v O m z c m z;- m o10v a Q 1 H m in CL N — �. to m N Pi O } •N Z Z w O c4 V O �1 1a vw -� CY, m w0 � � z LA0 cen m nID — z O O O. < c C r -0A tnz m �_ m OXr O � >CD w C Z i coy— C.0 r z;- m o10v 000 z 0 30 — �. to m N Pi O } •N Z Z w O c4 V O INSPECTION RECORD— TD( — Retain a copy with permit /4( INSPECTION NO. PERMIT NO. CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd., #100, Tukwila. WA 98188 (206) 431-367 Permit Inspection Request Line (206) 438-9350 `—' paid at 6300 5outhcenter blvd.. 5wte 7UU. t;att to scneoute retnspecuon. INSPECTION RECORD I Retain a copy with permit`�' INSPECTION NO. PERMIT NO. CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd., #100, Tukwila. WA 98188 (206) 431-36 0 Permit Inspection Request Line (206) 438-9350 't , ), `Aaaress:� rtes. `// 1Uate UaIIT I IWO 2,0 � M3 17.3 9 Approved per applicable codes. 11 Corrections required prior to approval. u paid at 6300 Southcenter Blvd., Suite 100. Call to schedule reinspection. INSPECTION RECORD F-1 I Retain a copy with permit��f INSPECTION N0, PERMIT NO. CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd., #100, Tukwila. WA 98188 (206) 431-3670 Permit Inspection Request Line (206) 438-9350 Project: � , 1..�5 Type of Inspection: Address: Date Called: Special Instructions: Date Wanted: (a -mJ Requester: Phone No: /"O EJApproved per applicable codes. Corrections required prior to approval. LJ paid at 6300 Southcenter Blvd., Suite 100. Call to schedule reinspection. INSPECTION RECORD Retain a copy with permit INSPE TION NO. PERMIT N0. CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd., #100, Tukwila. WA 98188 (206) 431-3670 Permit Inspection Request line (206) 438-9350 Project: Type of Inspection: 6b, 2a�'v Address:�r Date Called: Special Instructions: Date Wanted: a.m. .m. Requester: Phone No: nApproved per applicable codes. LJ Corrections required prior to approval. tJ paid at 6300 Southcenter Blvd., Suite 100. Call to schedule reinspection. INSPECTION RECORD J�V�"Og33Retain a copy with permit ' INSPECTION NO. PERMIT NO. CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd., #100, Tukwila. WA 98188 (206) 431-36 Permit Inspection Request Line (206) 438-9350 Project: / 9 66 r� /V �r Type of Inspectio C) V IA/ Address: �" Date Called: Special Instructions: Date Wanted:/ a. M. Requester: Phone No: ❑ Approved per applicable codes. L, Corrections required prior to approval. nspector: REINSPECTION FEE REQUIRED. Prior to next inspection. fee must be paid at 6300 Southcenter Blvd.. Suite 100. Call to schedule reinspection. r�rr RPM nspector: REINSPECTION FEE REQUIRED. Prior to next inspection. fee must be paid at 6300 Southcenter Blvd.. Suite 100. Call to schedule reinspection. INSPECTION RECORD , M 7 Retain a copy with permit INSPECTION NO. PERMIT NO. CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd., #100, Tukwila. WA 98188 (206) 431-3 Permit Inspection Request Line (206) 438-9350 / Project: 60 � T L� c p Address J - / so. Date Called: Special nstructions: Date Wanted:a.m p.m. Requester: T Phone No: Approved per applicable codes. E Corrections required prior to approval. u paid at 6300 Southcenter Blvd., Suite 100. Call to schedule reinspection. INSPECTION RECORD Retain a copy with permit INSP CTION NO. PERMIT NO. CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd., #100, Tukwila. WA 98188 (206) 431-3 Permit Inspection Request Line (206) 438-9350 Project: L 0 Type of Inspection: _ Address: J�e �I S Date Called: Special Instructions: Date Wanted: Requester: Phone No: ?10(01 t ❑ Approved per applicable codes. LJ Corrections required prior to approval. tJ paid at 6300 Southcenter Blvd., Suite 100. Call to schedule reinspection. INSPECTION RECORD164 Retain a copy with permit W1 J INSPECTION NO. PERMIT NO. CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd., #100, Tukwila. WA 98188 (206) 431-3 Permit Inspection Request Line (206) 438-9350 Project:� �� � Type of Inspection: Address: Z5, '5"1& 671-- Date Called: Special Instructions: Date Wanted: „ r (-a. M. Requester: y Phone No:� r, I � Approved per applicable codes. EJ Corrections required prior to approval. LJ paid at 6300 Southcenter Blvd., Suite 100. Call to schedule reinspection. 2—INSPECTION RECORD �� Retain a copy with permit alvJ l INSPECTION NO. P RMIT NO. CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd., #100, Tukwila. WA 98188 (206) 431-36 Permit Inspection Request Line (206) 438-9350 _ nspection: WD j Address,/5 57— nate c,anea: A /& Special Instructions: Date Wanted: .m. 3co/ ❑ Approved per applicable codes. El Corrections required prior to approval. II paid at 6300 Southcenter Blvd.. Suite 100. Call to schedule reinspection. g INSPECTION RECORD, l Retain a copy with permit'' `' INSPECTION NO. PERMIT NO. CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd., #100, Tukwila. WA 98188 (206) 431-3670 Permit Inspection Request Line (206) 438-9350 Project: /fn yyr� /( Type of Inspection:, lYr / l/ Address: v . Date Called: Special Instructions: Date Wanted: a.m._ p.nJ Requester: % Phone No: ' o d r Approved per applicable codes. LJ Corrections required prior to approval. I I paid at 6300 Southcenter Blvd., Suite 100. Call to schedule reinspection. City of Tukwila Allan Ekberg, Mayor ' Department of Community Development Jack Pace, Director December 18, 2018 RECEIVED TRAVIS FORT OEC 2 1 1018 10400 RODGERS RD BY: .............................. HOUSTON, TX 77070 RE: Correction Letter # 1 to Revision #2 ELECTRICAL Permit Application Number ELI 6-0851 EDGECONNEX - 3425 S 116TH ST Dear TRAVIS FORT, This letter is to inform you of corrections that must be addressed before your development permit can be approved. All correction requests from each department must be addressed at the same time and reflected on your drawings. I have enclosed comments from the following departments: BUILDING DEPARTMENT: Jim Benner at 206-431-3679 if you have questions regarding these comments. CORRECTION 1). -SHEET ELI B 400A RATED BUSWAYS PROTECTED AT 450AT OCPD. REVISE. Please address the comments above in an itemized format with applicablelevised plans, specifications, and/or other documentation. The City requires that two 2 sets of revised plan pages, specifications and/or other documentation be resubmitted with the appropriate revision block. In order to better expedite your resubmittal, a'Revision Submittal Sheet' must accompany every resubmittal. I have enclosed one for your convenience. Corrections/revisions must be made in person and will not be accepted through the mail or by a messenger service. Sincerely, 4„ Bill Rambo Permit Technician File No. FL16-0851 CORINCTION ! 'i'`fj# REVISIONNO._ja RECEIVED CITY OF TUKWIL,A JAN 10 2019 PERMIT CENTER 6300 Southcenter Boulevard Suite 000 9 Tubvila Washington 98188 9 Phone 206-431-3670 • Fax 206-431-3665 City of Tukwila Allan Ekberg, Mayor Department of Community Development Jack Pace, Director December 18, 2018 TRAVIS FORT 10400 RODGERS RD HOUSTON, TX 77070 RE: Correction Letter # 1 to Revision #2 ELECTRICAL Permit Application Number ELI 6-0851 EDGECONNEX - 3425 S 116TH ST Dear TRAVIS FORT, This letter is to inform you of corrections that must be addressed before your development permit can be approved. All correction requests from each department must be addressed at the same time and reflected on your drawings. I have enclosed comments from the following departments: BUILDING DEPARTMENT: Jim Benner at 206-431-3679 if you have questions regarding these comments. • CORRECTION 1). -SHEET EL1B 400A RATED BUSWAYS PROTECTED AT 450AT OCPD. REVISE. Please address the comments above in an itemized format with applicable revised plans, specifications, and/or other documentation. The City requires that two 2 sets of revised plan pages, specifications and/or other documentation be resubmitted with the appropriate revision block. In order to better expedite your resubmittal, a'Revision Submittal Sheet' must accompany every resubmittal. I have enclosed one for your convenience. Corrections/revisions must be made in person and will not be accepted through the mail or by a messenger service. Sincerely, c T'_� Bill Rambo Permit Technician File No. ELI 6-0851 6300 Southcenter Boulevard Suite #100 • Tukwila Washington 98188 • Phone 206-431-3670 • Fax 206-431-3665 City of Tukwila Department of Community Development - Jack Pace, Director August 21, 2018 Travis Fort 10400 Rodgers Road Houston, Texas 77070 RE: Request for Extension #3 Permit Number EL16-0851 Dear Mr. Fort, Allan Ekberg, Mayor This letter is in response to your written request for extension for Permit ELI 6-0851. The Building Official, Jerry Hight, has reviewed your letter and considered your request to extend the above referenced permit. It has been determined that the City of Tukwila Building Division will be granting an extension to the permit through February 19, 2019. If you should have any questions, please contact our office at (206) 431-3670. Sincerely, 0"W Rachelle Ripley Permit Technician File: Permit No. ELI 6-0851 Tukwila City Hall • 6200 Southcenter Boulevard • Tukwila, WA 98188 • 206-433-1800 • Website: TukwilaWA.gov rBCE/ R COMPUTER ENVIRONMENTS, INC. August 7, 2018 Attn: Mr. Jerry Hight Re: Permit Application No. EL16-0851 EDGECONNEX 3425 S 116 ST Dear Mr. Hight, I am writing this letter to request an extension for this ELECTRICAL permit. The reason for this request is our customer is waiting on their client to sign so they can complete the remaining electrical scope. This has caused a hold on construction for the remaining scope. Please review this information and feel free to contact me with any questions. I may be reached any time by cell phone (713) 775-9349 or email travis.fort@bcei.com. Regards, Travis Fort, PE Burr Computer Environments, Inc. 1 Request for Extension'. # Current Expiration Date: Extension Request: Approved for days ❑ Denied (provide explanation) Signature, . nitials 10400 Rodgers Road Houston, Texas 77070 Office: (281) 374-8644 Fax: (281) 374-8992 Page 1 of I RECEIVE CITY OF TUKWII.A AUG 0 9 2018 PERMIT CENTER 7/2/2018 City of Tukwila Department of Community Development TRAVIS FORT 10400 RODGERS RD HOUSTON, TX 77070 RE: Permit No. ELI 6-0851 EDGECONNEX 3425 S 116TH ST Dear Permit Holder: Allan Ekberg, Mayor Jack Pace, Director In reviewing our current records, the above noted permit has not received a final inspection by the City of Tukwila Building Division. Per the International Building Code, International Mechanical Code, Uniform Plumbing Code and/or the National Electric Code, every permit issued by the Building Division under the provisions of these codes shall expire by limitation and become null and void if the building or work authorized by such permit has not begun within 180 days from the issuance date of such permit, or if the building or work authorized by such permit is suspended or abandoned at any time after the work has begun for a period of 180 days. Your permit will expire on 8/19/2018. Based on the above, you are hereby advised to: 1) Call the City of Tukwila Inspection Request Line at 206-438-9350 to schedule for the next or final inspection. Each inspection creates a new 180 day period, provided the inspection shows progress. -or- 2) Submit a written request for permit extension to the Permit Center at least seven(7) days before it is due to expire. Address your extension request to the Building Official and state your reason(s) for the need to extend your permit. The Building Code does allow the Building Official to approve one extension of up to 180 days. If it is determined that your extension request is granted, you will be notified by mail. In the event you do not call for an inspection and/or receive an extension prior to 8/19/2018, your permit will become null and void and any further work on the project will require a new permit and associated fees. Thank you for your cooperation in this matter. Sincerely, --,A 7�1 Bill Rambo Permit Technician File No: ELI 6-0851 6300 Southcenter Boulevard Suite #100 • Tukwila, Washington 98188 • Phone 206-431-3670 • Fax 206-431-3665 LOW of Tukwila Department of Community Development - Jack Pace, Director September 20, 2017 Travis Fort, PE Burr Computer Environments, Inc 10400 Rodgers Road Houston, TX 77070 RE: Request for Application Extension #2 Permit Number EL16-0851 Dear Mr. Fort, Allan Ekberg, Mayor This letter is in response to your written request for an extension to Application Number ELI 6-0851. The Building Official, Jerry Hight, has reviewed your letter and considered your request to extend the above referenced permit. It has been determined that the City of Tukwila Building Division will be granting an extension to the application through March 16, 2018. If you should have any questions, please contact our office at (206) 431-3670. Sincerely, bhke I Ole Ri le O P Y Permit Technician File: Permit No. ELI 6-0851 Tukwila City Hall • 6200 Southcenter Boulevard • Tukwila, WA 98188 • 206-433-1800 • Website: Tukwila WA.gov Rachelle Ripley From: Travis Fort <Travis.Fort@bcei.com> Sent: Wednesday, September 13, 2017 2:35 PM To: Rachelle Ripley Subject: EL16-0851 permit extension Rachelle, Thank you for your help picking up the permits for the EdgeConnex project today. As discussed we have not hired an electrical contractor for this project yet, so I was not able to pick up the electrical permit today. I would like to file for a permit extension for permit EL16-0851 as the permit is to expire at the end of this week. Once we have the EC on -board they will come in to pick up the permit. Also, what is the maximum days after picking up the permit before calling our first inspection? Let me know if you need anything else. Thanks, Travis Fort, P.E. Burr Computer Environments, Inc. 10400 Rodgers Road I Houston, TX 77070 c. 713.775.9349 1 o. 281.374.8644 1 f. 281.374.8992 Request forExtension# -I,- Current Current Expiration Date: Extension Request: Approved for r �� days Denied (provide explanation) Signature/Initials 8/1/2017 City of Tukwila Allan Ekberg, Mayor Department of Community Development Jack Pace, Director TRAVIS FORT 10400 RODGERS RD HOUSTON, TX 77070 RE: Permit Application No. EL16-0851 EDGECONNEX 3425 S 116TH ST Dear TRAVIS FORT, In reviewing our current application files, it appears that your permit applied for on 9/16/2016, has not been issued by the City of Tukwila Permit Center. Per the International Building Code, International Mechanical Code, Uniform Plumbing Code and/or National Electrical Code every permit application not issued within 180 days from the date of application shall expire and become null and void. Currently your application has a status of APPROVED and is due to expire on 9/16/2017. If you still plan to pursue your project, you are hereby advised to do one of the following: 1) If the plan review is complete for the project and your application is approved, you may pick up the application before the date of expiration. At the time of permit issuance the expiration date will automatically be extended 180 days. 'Sold 2) If the plan review is not completed submit a written request for application extension (7) seven days in advance of the expiration date. Address your extension request to the Building Official and state your reason(s) for the need to extend your application. The Building Code does allow the Building Official to approve one extension of up to 90 days. If it is determined that your extension request is granted, you will be notified by mail. In the event that we do not receive your written request for extension or request is denied, your permit application will expire and your project will require a new permit application, plans and specifications, and associated fees. Thank you for your cooperation in this matter. Sincerely, achelle i le Permit Technic an File No: ELI 6-0851 6300 Southcenter Boulevard Suite #100 • Tukwila Washington 98188 • Phone 206-431-3670 • Fax 206-431-3665 w City of Tukwila Department of Community Development - Jack Pace, Director March 24, 2017 Travis Fort 10400 Rodgers Road Houston, TX 77070 RE: Request for Application Extension #1 Permit Number EL16-0851 Dear Mr. Fort, Attan Ekberg, Mayor This letter is in response to your written request for an extension to Application Number ELI 6-0851. The Building Official, Jerry Hight, has reviewed your letter and considered your request to extend the above referenced permit. It has been determined that the City.of Tukwila Building Division will be granting an extension to the permit through September 16, 2017. If you should have any questions, please contact our office at (206) 431-3670. Sincerely, ?Nhelle�'Ripley,' Permit Technician File: Permit No. ELI6-0851 Tukwila City Hall • 6200 Southcenter Boulevard • Tukwila, WA 98188 • 206-433-1800 - Website: TukwilaWA.gov BCE/ BURR COMPUTER ENVIRONMENTS !NC March 10, 2017 Attn: Mr. Jerry Hight Re: Permit Application No. ELI 6-0851 EDGECONNEX 3425 S 116 ST Dear Mr. Hight, I am writing this letter to request an extension for this ELECTRICAL permit application. The reason for this request is our customer is waiting on their client to sign so they can start the build. This has caused the delay in wanting to pick-up the permit due to not having a construction start date confirmed. Please review this information and feel free to contact me with any questions. I may be reached any time by cell phone (713) 775-9349 or email travis.fort@bcei.com. Regards, Travis Fort, PE Burr Computer Environments, Inc. Request for Extension # I ' Current Expiration Date: Extension Request: TApproved for / ❑ Denied (provide explanation) days Signature/Initials 10400 Rodgers Road Houston, Texas 77070 Office: (281) 374-8644 Fax: (281) 374-8992 Page 1 of 1 RECEIVED CITY OF TUKWILA MAR 15 2017 PERMIT CENTER 2/1/2017 City of Tukwila Department of Community Development TRAVIS FORT 10400 RODGERS RD HOUSTON, TX 77070 RE: Permit Application No. EL16-0851 EDGECONNEX 3425 S 116TH ST Dear TRAVIS FORT, Allan Ekberg, Mayor Jack Pace, Director In reviewing our current application files, it appears that your permit applied for on 9/1.6/2016, has not been issued by the City of Tukwila Permit Center. Per the International Building Code, International Mechanical Code, Uniform Plumbing Code and/or National Electrical Code every permit application not issued within 180 days from the date of application shall expire and become null and void. Currently your application has a status of APPROVED and is due to expire on 3/1612017. If you still plan to pursue your project, you are hereby advised to do one of the following: 1) If the plan review is complete for the project and your application is approved, you may pick up the application before, the date of expiration. At the time of permit issuance the expiration date will automatically be extended 180 days. Q.TC 2) If the plan review is not completed submit a written request for application extension (7) seven days in advance of the expiration date. Address your extension request to the Building Official and state your reason(s) for the need to extend your application. The Building Code does allow the Building Official to approve one extension of up to 90 days. If it is determined that your extension request is granted, you will be notified by mail. In the event that we do not receive your written request for extension or request is denied, your permit application will expire and your project will require a new permit application, plans and specifications, and associated fees. Thank you for your cooperation in this matter. Sincerely, i LAI Rachelle- Ripley i Permit Technician File No: ELI 6-0851 6300 Southcenter Boulevard Suite #100 0 Tukwila Washington 98188 • Phone 206-431-3670 0 Fax 206-431-3665 z t � 10400 RO©GERS ROAD HOUSTON, TX 77070 (281) 374-8644 c (281) 374-8992 To whom it may concern, BCEI has contracted with McKinst y Office to perform the Electrical work at 3425 S 116th ST Tukwilla, WA 98168. McKinstry will be completing the work on Permit # EL1&0851. if you should have any question please feel free to contact me at the info below. Steve Grosdidier BCEI Project Manager 785-4.24-5452 'Steve.grosdidi.er@bcei.com L - RECEIVED CITY Of TUKWILk DEC 12 2018 PERMIT CENTEP k 1 OFF HOURS INSPECTION ® Reimbursement authorization/approval to conduct inspection activities during off hours. •o: Date: L Permit Number: Requested By: fwylylv, 4knw, Firm/Company: Inspection Information /n '' 'Y\ \ Project Name: -F.�Al auz 1.11 'v\ Project Address/Location: Z Requested Date for Inspection: Z i Requested Time: % U(/ O/ PM Contact Name: VCU Phone Number: Za (o 3S Special Conditions for Consideration: _ A A ** Contractor will be charged a minimum for three (3) hour inspection time for any off -hours inspection work at $102.00 per hour (minimum total of $306.00). This is to be paid at the time of request. ** The undersigned, as an authorized representative of the above firm, hereby agrees to reimburse the City for its overtime inspections on the above referenced project. A separate invoice will be issued for all inspection time in excess of three (3) hours. Signature: Date: 2! 1 Printed Name:{Q h�lA e1�Y_0 City Use Only: ((�� (,, Approved: Disapproved: Paid: U . Receipt No: O Date of Approval/Disapproval: Remarks: Authorized Reviewer: W:\Permit Center\Applications-Handouts\Templates\Forms\Off Hours Inspection 1-2017.docx Revised: January 1, 2017 W T �' T 1. , �• ' n , PLAN REVIEW/ROUTING SLIP PERMIT NUMBER: EL16-0851 DATE: 1/23/19 PROJECT NAME: EDGECONNEX SITE ADDRESS: 3425 S 116 ST Original Plan Submittal Revision # before Permit Issued Response to Correction Letter # X Revision # 3 after Permit Issued DEPARTMENTS: IV�.�I Building Division il Public Works ❑ PRELIMINARY REVIEW: Not Applicable ❑ (no approval/review required) REVIEWER'S INITIALS: APPROVALS OR CORRECTIONS: Approved ❑ Corrections Required ❑ (corrections entered in Reviews) Notation: Fire Prevention ❑ Structural ❑ Planning Division ❑ Permit Coordinator DATE: 1/24/19 Structural Review Required ❑ DATE: DUE DATE: 2/21/19 Approved with Conditions ❑ Denied ❑ (ie: Zoning Issues) REVIEWER'S INITIALS: DATE: Permit Center Use Only CORRECTION LETTER MAILED: Departments issued corrections: Bldg ❑ Fire ❑ Ping ❑ PW ❑ Staff Initials: 12/18/2013 slziT COORD CON PLAN REVIEW/ROUTING SLIP PERMIT NUMBER: EL16-0851 DATE: 1/10/19 PROJECT NAME: EDGECONNEX SITE ADDRESS: 3425 S 116 ST 133 Original Plan Submittal Revision # before Permit Issued X Response to Correction Letter # 1 X Revision # 2 after Permit Issued DEPARTMENTS: Building Division Fire Prevention ❑ Planning Division ❑ Public Works ❑ Structural ❑ Permit Coordinator PRELIMINARY REVIEW: DATE: 1/15/19 Not Applicable ❑ Structural Review Required ❑ (no approval/review required) REVIEWER'S INITIALS: DATE: APPROVALS OR CORRECTIONS: Approved ❑ Corrections Required ❑ (corrections entered in Reviews) Notation: DUE DATE: 2/12/19 Approved with Conditions ❑ Denied ❑ (ie: Zoning Issues) REVIEWER'S INITIALS: DATE: Permit Center Use Only CORRECTION LETTER MAILED: Departments issued corrections: Bldg ❑ Fire ❑ Ping ❑ PW ❑ Staff Initials: 12/18/2013 PERMIT cooRD CON PLAN REVIEW/ROUTING SLIP PERMIT NUMBER: EL16-0851 DATE: 12/4/18 PROJECT NAME: EDGECONNEX SITE ADDRESS: 3425 S 116 ST 133 Original Plan Submittal Revision # before Permit Issued Response to Correction Letter #_ X Revision # 2 after Permit Issued DEPARTMENTS: )B Cm o ;� 1)61-A4 Building Division 4 Fire Prevention ❑ Planning Division ❑ Public Works ❑ Structural ❑ Permit Coordinator PRELIMINARY REVIEW: DATE: 12/06/18 Not Applicable ❑ Structural Review Required ❑ (no approval/review required) REVIEWER'S INITIALS: DATE: APPROVALS OR CORRECTIONS: DUE DATE: 1/03/19 Approved ❑ Approved with Conditions ❑ Corrections Required Denied ❑ (corrections entered in Reviews) (ie: Zoning Issues) Notation: REVI:EWER'S INITIALS: DATE: Pernrit Center Use Only 11 t CORRECTION LETTER MAILED: d''-' l Departments issued corrections: Bldg CR( Fire ❑ Ping ❑ PW ❑ Staff Initials: 12/18/2013 PERMIT COORD COPY PLAN REVIEW/ROUTING SLIP PERMIT NUMBER: EL16-0851 DATE: 08/01/17 PROJECT NAME: EDGECONNEX SITE ADDRESS: 3425 S 116TH ST Original Plan Submittal X Revision # 1 before Permit Issued Response to Correction Letter # DEPARTMENTS: A AW C, B -Q- 1-7 Building Division M Public Works ❑ PRELIMINARY REVIEW: Not Applicable ❑ (no approval/review required) REVIEWER'S INITIALS: APPROVALS OR CORRECTIONS: Approved ❑ Corrections Required ❑ (corrections entered in Reviews) Notation: Revision # after Permit Issued Fire Prevention ❑ Structural ❑ Planning Division ❑ Permit Coordinator ❑ DATE: 08/03/17 Structural Review Required ❑ DATE: DUE DATE: 08/31/17 Approved with Conditions 1�r Denied ❑ (ie: Zoning Issues) REVIEWER'S INITIALS: DATE: Permit Center Use Only CORRECTION LETTER MAILED: Departments issued corrections: Bldg ❑ Fire ❑ Ping ❑ PW ❑ Staff Initials: 12/18/2013 4ERMIT COORD COPY PLAN REVIEW/ROUTING SLIP PERMIT NUMBER: EL16-0851 DATE: 09/21/16 PROJECT NAME: EDGECONNEX SITE ADDRESS: 3425 S 116TH ST X Original Plan Submittal Revision # before Permit Issued Response to Correction Letter # Revision # after Permit Issued DEPARTMENTS: Notation: REVIEWER'S INITIALS: DATE: Permit Center Use Only CORRECTION LETTER MAILED: Departments issued corrections: Bldg ❑ Fire ❑ Ping ❑ PW ❑ Staff Initials: 12/18/2013 Building Division ® Fire Prevention ❑ Planning Division ❑ Public Works ❑ Structural ❑ Permit Coordinator ❑ PRELIMINARY REVIEW: DATE: 09/22/16 Not Applicable ❑ Structural Review Required ❑ (no approval/review required) REVIEWER'S INITIALS: DATE: APPROVALS OR CORRECTIONS: DUE DATE: 10/20/16 Approved ❑ Approved with Conditions Corrections Required ❑ Denied ❑ (corrections entered in Reviews) (ie: Zoning Issues) Notation: REVIEWER'S INITIALS: DATE: Permit Center Use Only CORRECTION LETTER MAILED: Departments issued corrections: Bldg ❑ Fire ❑ Ping ❑ PW ❑ Staff Initials: 12/18/2013 PROJECT NAME: PERMIT NO: E Li i —085-1 _ SITE ADDRESS: 3 q 2, j • j j �4-$jS - -. ORIGINAL ISSUE DATE: - LL—JL3_ REVISION LOG REVISION NO. DATE RECEIVED STAFF ISSUED DATE STAFF INITIALS INITIALS 2— STAFF INITIALS 3S Summary of Revision: QVShaw PDD ou v+ Y u IC¢ r s . ucl Ih Q wa a o0 A. Received b : Received b : REVISION NO. DATE RECEIVED STAFF INITIALS ISSUED DATE STAFF INI IALS STAFF INITIALS 1- Z.3 - I q. - � �,s � (4,& — Summary of Revision: p/ Received b : (please print;: REVISION NO. DATE RECEIVED STAFF INITIALS ISSUED DATE STAFF INITIALS Summary of Revision: Summary of Revision: Received by: (please print) 22 REVISION DATE RECEIVED NO. STAFF INITIALS ISSUED DATE STAFF INITIALS STAFF INITIALS Summary of Revision: Received by: (please print) REVISION NO. DATE RECEIVED STAFF INITIALS ISSUED DATE STAFF INITIALS Summary of Revision: Received by: (please print) REVISION NO. DATE RECEIVED STAFF INITIALS ISSUED DATE STAFF INITIALS Summary of Revision: Received by: (please print) City of Tukwila Department of Community Development 6300 Southcenter Boulevard, Suite #100 Tukwila, Washington 98188 Phone: 206-431-3670 Web site: http://www.TukwilaWA.gov REVISION SUBMITTAL Revision submittals must be submitted in person at the Permit Center. Revisions will not be accepted through the mail, fax, etc. JE� 1e_08s( Date: 01/11/2019 Plan Check/Permit Number: D -0253 ❑ Response to Incomplete Letter # ❑ Response to Correction Letter # ❑x Revision # 3 after Permit is Issued ❑ Revision requested by a City Building Inspector or Plans Examiner ❑ Deferred Submittal # Project Name: EdgeConneX Project Address: 3425 S 116th St Contact Person: Paul Wicoff Summary of Revision: Phone Number: 617-939-1661 E1.1B - One -line updated to reflect current Busway and RPP quantities and naming. E1.213 - Grounding one -line updated to reflect current rack quantities. E2.1 - Sheet updated to reflect revised receptacle layouts for Storage and IT -2. Updated busway layout in Data Hall 2. E2.2 - Sheet updated to reflect revised fighting layout and circuiting for Storage areas and IT -2. E2.3 - Sheet updated to reflect revised grounding layout for Data Hall 2. E2.4 - Sheet updated to reflect revised conduit routing for Data Hall 2. E4.1 - Feeder Schedule and Fault Current Calculations updated to reflect changes rr WYF& 2. JAN 2 3 2019 Sheet Number(s): E1.1 B, E1.213, E2.1, E2.2, E2.3, E2.4, E4.1 PtERMIT CENTER "Cloud" or highlight all areas of revision including date of revision Received at the City of Tukwila Permit Center by: P / Entered in TRAKiT on — Z W:\Permit Center\Templates\Forms\Revision Submittal Form.doc Revised: August 2015 Date: 7 City of Tukwila Department of Community Development 6300 Southcenter Boulevard, Suite #100 Tukwila, Washington 98188 Phone: 206-431-3670 Web site: http://www.TukwilaWA.go_v REVISION SUBMITTAL Revision submittals mist be submitted in person at the Permit Center. Revisions will not be accepted through the mail, fax, etc. Response to Incomplete Letter # Plan ChecIdPermit Number: EL 16-0851 ® Response to Correction Letter # 1 ® Revision # 2 after Permit is Issued ❑ Revision requested by a City Building Inspector or Plans Examiner ❑ Deferred Submittal # Project Name: Edgeconnex Project Address: 3425 S 116 St Contact Person: Paul wicoff Phone Number: 617-939-1661 Summary of Revision: E1.1 B revised to show PDU output breakers feeding busway as 400A. RECEIVED CITY 0FrUKWILA JAN 10 2019 Sheet Number(s): "Cloud" or highlight all areas of revision iucludingdate o revision ` Received at the City of Tukwila Permit Center by: ,) ti Entered in TRAKiT on 6 C:%Userslbill•r%Desktop,Revision Submittal Form.doc Revised August 2015 City of Tukwila Department of Community Development 6300 Southcenter Boulevard, Suite #100 Tukwila, Washington 98188 Phone: 206431-3670 Web site: hqp://www.TukwilaWA.gov REVISION SUBMITTAL Revision submittals must be submitted it: person at the Permit Center. Revisions will not be accepted through the mail, fax, etc. r--W.(9-48�) Date: 11/12/2018 Plan Check/Permit Number: ❑ Response to Incomplete Letter # ❑ Response to Correction Letter # ❑x Revision # 2 after Permit is Issued RECEIVED ❑ Revision requested by a City Building Inspector or Plans Examiner CITY OF TUKWILA ❑ Deferred Submittal # DEC 0 k 2018 Project Name: EdgeConneX PERMIT-CE.NIER Project Address: 3425 S 116th St Contact Person: Paul Wicoff Phone Number: 617-939-1661 Summary of Revision: E0.1- Revised Commissioning/Load Bank note E1.1A - One -line updated to reflect current CRAC/Cond. quantities and sizes. E1.113 - One -line updated to reflect current Busway and RPP quantities and naming. Removed future electrical equipment. E1.2A - Grounding one -line updated to reflect grounding requirements for added generators. E1.213 - Grounding one -line updated to reflect current rack quantities. Removed future electrical equipment. E2.1 - Sheet updated to reflect revised power requirements and circuiting for equipment and devices serving Data Hall 2. E2.2 - Sheet updated to reflect revised lighting layout and circuiting for Data Hall 2. E2.3 - Sheet updated to reflect revised grounding layout for Data Hall 2. (See following sheet for continuation) SheetNumber(s)• E0.1, E1.1A, E1.1B, E1.2A, E1.2B, E2.1, E2.2, E2.3, E2.4, E2.5, E3.3, E3.4, E4.1, E4.2, E4.3 "Cloud" or highlight all areas of revision including date of revisto Received at the City of Tukwila Permit Center by: Entered in TRAKiT on b7744 WAPermit Center\TemplatesTorms\Revision Submittal Form.doc Revised: August 2015 Summary of Revisions (continu E2.4 - Sheet updated to reflect revised conduit routing for Data Hall 2. E2.5 - Sheet updated to reflect revised power requirements and circuiting for roof mounted equipment and devices serving Data Hall 2. E3.3 - Details VE3.3 and 3/E3.3 updated to reflect the CRAC quantities. Detail 4/E3.3 updated to reflect current power transfer switch power requirements. Detail 5/E3.3 added to show security/BMS transfer switch power requirements. E3.4 - Detail 1/E3.4 and Control Wiring Schedule updated to reflect added generator wiring requirements. E4.1 - Feeder Schedule, Light Fixture Schedule, Load Analysis, and Fault Current Calculations updated to reflect changes made to Data Hall 2. E4.2 - Panel Schedules and Distribution Panel Schedules updated to reflect changes made to Data Hall 2. E4.3 - RPP Schedules updated/added to reflect changes made to Data Hall 2. It Date: 7/26/17 City of Tukwila Department of Community Development 6300 Southcenter Boulevard, Suite #100 Tukwila, Washington 98188 Phone: 206-431-3670 Web site: htip://www.TukwilaWA.gov REVISION SUBMITTAL Revision submittals must be submitted in person at the Permit Center. Revisions will not be accepted through the mail, fax, etc. ❑ Response to Incomplete Letter # Plan Check/Permit Number: EL16-0851 N' o to ec Le RECEIVED ❑ Revision # �ermit is Issued CITY OF TUKWILA ff PJ ❑ Revision requested by a City Building Inspector or Plans Examiner JUL 2 7 20V ❑ Deferred Submittal # PERMIT CENTER Project Name: Edgeconnex Project Address: 3425 S 116 St Contact Person: Travis Fort Summary of Revision: E0.1 - Electrical Sheet Index Phone Number: 713-7759349 El. 1 A - One -line updated to show additional CRAC units and associated condensing units. E1.1 B - One -line updated to show additional PDU's and electrical busways serving Data Hall 2. E1.2A - Grounding one -line updated to show grounding requirements for additional generator. E1.213 - Grounding one -line updated to show grounding requirements for additional PDU's and customer racks. E2.1 - Sheet updated to show revised power requirements for equipment serving Data Hall 2. E2.2 - Sheet updated to show revised lighting layout for Data Hall 2. E2.3 - Sheet updated to show revised grounding requirements for Data Hall 2. E2.4 - Sheet updated to show revised conduit routing for Data Hall 2. E2.5 - Sheet updated to show revised power requirements for additional/relocated condensing units on the roof. Continue on following sheet Sheet Number(s): E0.1, E1.1 A, E1.1 B, E1.2A, E1.2B, E2.1, E2.2, E2.3, E2.4, E2.5, E3.3, E3.4, E4.1, E4.2 "Cloud" or highlight all area Received at the City of Tukw; Ff Entered in TRAKiT on W:\Permit Center\Templates\Forms\Revision Submittal Form.doc Revised: August 2015 N Summary of Revision: cor, E3.3 - Detail 1/E3.3 updated to show additional CRAC units tied to new EPO02000. Detail 3/E3.3 updated to show additional CRAC units reheat/humidification tie-in. E3.4 - Entire sheet added. Detail 1/E3.4 added to show existing PDU's in existing electrical room connect to existing EP001000. Detail 2/E3.4 added to show generator control wiring requirements for additional generator. E4.1 - Light Fixture Schedule and Feeder Schedule updated to reflect changes made in this revision. E4.2 - Panelboard Schedules updated to reflect changes made in this revision. MCKINSTRY CO LLC Home Fesr,anol Contact Safety & Health Claims & Insurance Page 1 of 4 Search L&I I A -Z Index Help i✓Ip 1-u Workplace Rights Doing business as MCKINSTRY CO LLC WA UBI No. Business type 602 569 922 Limited Liability Company License Verify the contractor's active registration / license / certification (depending on trade) and any past violations. Electrical Contractor Active. ........ Meets current requirements. License specialties GENERAL License no. MCKINCL942DN Effective — expiration 03/15/2006— 03/15/2020 Designated administrator dochis, Kenneth License type Electrical Administrator Bond ................. Western Surety Co Bond account no. 929523050 Received by L&1 02/25/2011 Active. Meets current requirements. License no. GOCHIK"841 DU $4,000.00 Effective date 03/06/2011 Expiration date Trades & Licensing Help us improve https:Hsecure.Ini.wa.gov/verify/Detail.aspx?UBI=602569922&LIC=MCKINCL942DN&SAW= 12/12/2018 Washington State Department of kjLabor & Industries MCKINSTRY CO LLC Owner or tradesperson PO BOX 24567 SEATTLE, WA 98124 Principals 206-762-3311 ALLEN, DEAN KING County CHARLES, PARTNER/MEMBER Hagar, Joseph D, PARTNER/MEMBER Casey, Joy D, AGENT MOORE, DOUGLAS J, PARTNER/MEMBER (End: 03/09/2018) ALLEN, DAVID, PARTNER/MEMBER (End: 03/09/2018) TEPLICKY, JOSEPH W (BILL), PARTNER/MEMBER (End: 03/09/2018) BLACK, STEPHEN, AGENT (End: 03/09/2018) Doing business as MCKINSTRY CO LLC WA UBI No. Business type 602 569 922 Limited Liability Company License Verify the contractor's active registration / license / certification (depending on trade) and any past violations. Electrical Contractor Active. ........ Meets current requirements. License specialties GENERAL License no. MCKINCL942DN Effective — expiration 03/15/2006— 03/15/2020 Designated administrator dochis, Kenneth License type Electrical Administrator Bond ................. Western Surety Co Bond account no. 929523050 Received by L&1 02/25/2011 Active. Meets current requirements. License no. GOCHIK"841 DU $4,000.00 Effective date 03/06/2011 Expiration date Trades & Licensing Help us improve https:Hsecure.Ini.wa.gov/verify/Detail.aspx?UBI=602569922&LIC=MCKINCL942DN&SAW= 12/12/2018 MCKINSTRY CO LLC Page 2 of 4 Until Canceled Bond history S.avi..ngs .................... No savings accounts during the previous 6 year period. License Violations ........ _ ............................... _ ........ Infraction no. EJURT00806 Issue date 09/10/2018 Violation city SEATTLE Type of violation ELECTRICAL CITATION Description Failing to obtain an electrical/telecommunications work permit and post the permit or permit number on the jobsite, or post a provisional electrical work permit prior to b.:ginning the electrical/telecommunication installation or alteration. Infraction no. ECHAP01871 Issue date 02/08/2017 Violation city SEATTLE Type of violation ELECTRICAL CI i ATION Description Failing to requesi an inspection within 3 business days a:*er completion of the installation or 1 :.usiness day after energizing, whichever occur: first as referenced in WAC 296-4613-901. Infraction no. ECHRWO0688 Issue date 08/16/2016 Violation city SEATTLE Type of violation ELECTRICAL Cl'�'ATION Description Failing to get an Inspection or obtain a valid electrical/teleco ,imunications work permit or post a provisior.J electrical work permit prior to beginning the electrical/telecommunication installation or al ?ration as referenced in WAC 296-4613-901. Satisfied ...................... RCW/WAC WAC 296-46B-901(5) Violation amount $2,000.00 Satisfied RCWNVAC 19.28.101 RCW Violation amount $250.00 Satisfied ..... _.................. RCW/VVAC 19.28.101 RCW Violation amount $2,000.00 Infraction no. ENESM00602 Satisfied ....... _ ............. Issue date RCW/WAC 02/08/2016 19.28.101 RCW Violation city Violation amount SEATTLE $1,000.00 Type of violation ELECTRICAL CI': ATION Description Failing to get an inspection or obtain a valid electrical/telecot.imunications work permit or post a provision.il electrical work permit prior to beginning the electrical/telecommunication Help us improve https:Hsecure.Ini.:va.gov/verify/Detail.aspx?UBI=602569922&LIC=MCKINCL942DN&SAW= 12/12/2018 RE: SHEET 1.1A 19 `t 3 021 022 1200AF 1200AF 800AT ) KK -- KK , 800AT U.L. LISTED ASSEMBLY 3P 1 T 3P NEW PDU 'PDUAA112' 500kVA, 48OV, 30, 3W INPUT, 65kAIC 208Y/12OV, 30, 4W OUTPUT = MECH 5 122 1 2 3 4 5 6 7 8 3 4 400AT t 400AT ♦ 400AT 4 400AT 4 400AT t 400AT t 400AT t40OAT TTT1TT1__0r3O 031 032 .o .o RE: 1 g u SHEET 1.1A - 023 024 120OAF 1200AF 800AT , KK ---R ) 80OAT U.L. LISTED ASSEMBLY 3P 313 NEW PDU 'PDUAB112' 50OkVA, 48OV, 30, 3W INPUT, 65kAIC 208Y/12OV, 30, 4W OUTPUT MECH 7 124 1 2 3 4 5 6 7 8 ?/ 400AT ?/ 400AT 4/ 40OAT 4/ 400AT t/ 400AT ?/ 40OAT 4/ 400AT t/ 400AT 033 034 035 036 037 038 039 040 o 10 10 /0401 PARTIAL ,EL E1.1 BI SCALE: NOT TO :SCALE RE: C 19 u 3 SHEET 1.1A 091 092 1200AF 1200AF 80OAT ) KK -- KK ) 800AT U.L. LISTED ASSEMBLY 3P 3P NEW PDU 'PDUAC112' 500kVA, 480V, 30, 3W INPUT, 65kAIC 208Y/12OV, 30, 4W OUTPUT MECH 7 124 1 2 3 4 5 6 7 8 400AT 400AT 400AT 400AT 400AT 400AT 400AT 400AT 041 TTTT,_046 047 048 ROW 01-1 – BSWAA111 (BUS A) 4 1 ROW 06-1 – BSWAB311 (BUS B) 11 400A A 3P 1 400A 3P OTO ROW 01-1 – BSWAC111 (BUS C) u ROW 06-1 – BSWAD211 (BUS D) 0C1 400A PANEL 1 400A PANEL W ROW 02-1 – BSWAA211 (BUS A) u ROW 07-1 – BSWA8411 (BUS B) 1 400A PPAB4 1 4 400A tPANEL f— ROW 02-1 – BSWAC211 (BUS C) ROW 07-1 – BSWAD311 (BUS D) <)1---F40OA W 01--F40-0A 84 ROW 03-1 – BSWAA311 (BUS A) ROW 08-1 – BSWAC511 (BUS C) 1 400A POLE C1 400A ROW 03-1 – BSWAD111 (BUS D) ROW 08-1 - BSWAD411 (BUS D) 1 400A NEW RPP NEW RPP 1 4 400A RO 0 –1 – B WAB 11 BU B) u ROW 09-1 – BSWAA411 (BUS A) B 1 1 400A 1 , 400A ROW 04-1 – BSWAC311 (BUS C) ROW 09-1 – BSWAD511 (BUS D) C 1o 400A 1 400A ROW 05-1 – BSWAB211 (BUS B) u ROW 10-1 – BSWAC611 (BUS C) 1 400AC1 400A ROW 05-1 – BSWAC411 (BUS C) ROW, 10-1 – BSWAD611 (BUS D) C 14 400A 1 t4OA 4 4 /0401 PARTIAL ,EL E1.1 BI SCALE: NOT TO :SCALE RE: C 19 u 3 SHEET 1.1A 091 092 1200AF 1200AF 80OAT ) KK -- KK ) 800AT U.L. LISTED ASSEMBLY 3P 3P NEW PDU 'PDUAC112' 500kVA, 480V, 30, 3W INPUT, 65kAIC 208Y/12OV, 30, 4W OUTPUT MECH 7 124 1 2 3 4 5 6 7 8 400AT 400AT 400AT 400AT 400AT 400AT 400AT 400AT 041 TTTT,_046 047 048 'RPPAA422' 'RPPAB422' 'RPPAA522' 'RPPAD422' ECTRICA L ONE -LI RE: 3 SHEET 1.1A 093 094 120OAF 1200AF 800AT ) KK -- KK ) 800AT U.L. LISTED ASSEMBLY 3P 3P NEW PDU 'PDUAD112' 500kVA, 48OV, 30, 3W INPUT, 65kAIC 208Y/12OV, 30, 4W OUTPUT = MECH 7 124 1 2 3 4 5 6 7 8 FAI D . �,���.'.9T'. a�".g1a�V,.yh�;,.i"\%:.`!:tom.. a�.!�U•'Y..;tP'�''',�i, .�y��.r �y.:aw�tlp..�.� ` •11• •11• •11• •11• •11• •11• •11• •Ilp ,� 049 050 051 052 053 054 055 056 4 3 DIGIT ASSET CODE: PDU - POWER DISTRIBUTION UNIT EPM - ELECTRIC POWER MODULE MSB - MAIN SWITCH BOARD GEN - GENERATOR MDP - MECHANICAL DISTRIBUTION PANEL TRN - TRANSFORMER LCP - LIGHTING CONTROL PANEL RPP - REMOTE POWER PANEL SYSTEMS SIDE: ALPHA CODE A -Z UPSTREAM EQUIPMENT IDENTIFIER PDUAD 1 11LJT t DATA HALL DESIGNATION EQUIPMENT COUNT ELECTRICALLY CONNECTED SYSTEM: ALPHA CODE A–Z EDGECONNEX NATIONAL ASSET IDENTIFICATION SYSTEM In Z2 ONELINE DIAGRAM GENERAL NOTES 1. REFER TO GENERAL ELECTRICAL NOTES, SYMBOLS, AND ABBREVIATIONS SHEET EO.1 FOR ALL SYMBOLS ON THIS SHEET. 2. REFER TO SHEETS EO.2 AND EO.3 FOR ELECTRICAL SPECIFICATIONS. 3. REFER TO SHEETS E4.1 AND E4.2 FOR FEEDER SCHEDULES, LOAD ANALYSIS, AND FAULT CURRENT DUTY SCHEDULE. 4. PHASE ROTATION SHALL BE A–B–C CLOCKWISE THROUGHOUT SYSTEM. ONELINE DIAGRAM KEYED NOTES O NOT USED. 0 NOT USED. O3 PROVIDE NEMA 1 PULL BOX SIZED PER NEC REQUIREMENTS LOCATED ABOVE ORIGINATING EQUIPMENT. PROVIDE HEAT SHRINK ON CONDUCTOR ENDS FOR FUTURE CONNECTION. OPROVIDE NEMA 1 PULL BOX SIZED PER NEC REQUIREMENTS FOR CONNECTION TO FUTURE BUSWAY. JUNCTION BOX SHALL BE INSTALLED TO NOT INHIBIT FUTURE INSTALLATION OF CONDUITS. INSTALL CONDUCTORS TO PULL BOX AND PROVIDE HEAT SHRINK ON CONDUCTOR ENDS. COORDINATE EXACT LOCATION WITH BCEI PRIOR TO INSTALLATION. O NOT USED. O6 NOT USED. O NOT USED. I, tj ► NOT USED. LINE TYPE LEGEND EXISTING FEEDERS/EQUIPMENT TO REMAIN - - - - - - - - - NEW FEEDERS/EQUIPMENT FUTURE FEEDERS/EQUIPMENT --------------------------- FEEDERS/EQUIPMENT TO BE DEMOLISHED — X — X — X — REVISICNS FrNqonges shall' �e to the scoperk without prior aporoval of the Tukwila Building Division. NOTE: Revisions will require a new plan submittal and may Include additional plan review. FILE"M�' Permit No. Plan review approval is subject to errors anc omissions. Approval of construction aocuments oc %tot auth,)rize the violation of any adopted code ordinance. Receipt of approved Fiela Copv and condltl0 s Is ackn wl ec. By Date: �_°J City of TuKwna BUILDING DIVISION SEPARATE PERMIT REWIRED FOR: Mechanicd Electrical rPlumbing Gas Piping City of Tukwila BUILDING DIVISION REViSIONN0.3- r REVI COMPi .J J N 400A Date 11 400A 1 1 400A J 400A 3P A 3P REVISION #2 3P 3P OTO 01/11/19 100% co 100% 00% 100% PANEL PANEL W 5 � Q � PANG � N S PPAA4 PPAB4 W CV3 tPANEL f— PPAD42 a 84 I— -W 84 W 84 POLE POLE POLE 4 NEW RPP NEW RPP NEW RPP NEW RPP 'RPPAA422' 'RPPAB422' 'RPPAA522' 'RPPAD422' ECTRICA L ONE -LI RE: 3 SHEET 1.1A 093 094 120OAF 1200AF 800AT ) KK -- KK ) 800AT U.L. LISTED ASSEMBLY 3P 3P NEW PDU 'PDUAD112' 500kVA, 48OV, 30, 3W INPUT, 65kAIC 208Y/12OV, 30, 4W OUTPUT = MECH 7 124 1 2 3 4 5 6 7 8 FAI D . �,���.'.9T'. a�".g1a�V,.yh�;,.i"\%:.`!:tom.. a�.!�U•'Y..;tP'�''',�i, .�y��.r �y.:aw�tlp..�.� ` •11• •11• •11• •11• •11• •11• •11• •Ilp ,� 049 050 051 052 053 054 055 056 4 3 DIGIT ASSET CODE: PDU - POWER DISTRIBUTION UNIT EPM - ELECTRIC POWER MODULE MSB - MAIN SWITCH BOARD GEN - GENERATOR MDP - MECHANICAL DISTRIBUTION PANEL TRN - TRANSFORMER LCP - LIGHTING CONTROL PANEL RPP - REMOTE POWER PANEL SYSTEMS SIDE: ALPHA CODE A -Z UPSTREAM EQUIPMENT IDENTIFIER PDUAD 1 11LJT t DATA HALL DESIGNATION EQUIPMENT COUNT ELECTRICALLY CONNECTED SYSTEM: ALPHA CODE A–Z EDGECONNEX NATIONAL ASSET IDENTIFICATION SYSTEM In Z2 ONELINE DIAGRAM GENERAL NOTES 1. REFER TO GENERAL ELECTRICAL NOTES, SYMBOLS, AND ABBREVIATIONS SHEET EO.1 FOR ALL SYMBOLS ON THIS SHEET. 2. REFER TO SHEETS EO.2 AND EO.3 FOR ELECTRICAL SPECIFICATIONS. 3. REFER TO SHEETS E4.1 AND E4.2 FOR FEEDER SCHEDULES, LOAD ANALYSIS, AND FAULT CURRENT DUTY SCHEDULE. 4. PHASE ROTATION SHALL BE A–B–C CLOCKWISE THROUGHOUT SYSTEM. ONELINE DIAGRAM KEYED NOTES O NOT USED. 0 NOT USED. O3 PROVIDE NEMA 1 PULL BOX SIZED PER NEC REQUIREMENTS LOCATED ABOVE ORIGINATING EQUIPMENT. PROVIDE HEAT SHRINK ON CONDUCTOR ENDS FOR FUTURE CONNECTION. OPROVIDE NEMA 1 PULL BOX SIZED PER NEC REQUIREMENTS FOR CONNECTION TO FUTURE BUSWAY. JUNCTION BOX SHALL BE INSTALLED TO NOT INHIBIT FUTURE INSTALLATION OF CONDUITS. INSTALL CONDUCTORS TO PULL BOX AND PROVIDE HEAT SHRINK ON CONDUCTOR ENDS. COORDINATE EXACT LOCATION WITH BCEI PRIOR TO INSTALLATION. O NOT USED. O6 NOT USED. O NOT USED. I, tj ► NOT USED. LINE TYPE LEGEND EXISTING FEEDERS/EQUIPMENT TO REMAIN - - - - - - - - - NEW FEEDERS/EQUIPMENT FUTURE FEEDERS/EQUIPMENT --------------------------- FEEDERS/EQUIPMENT TO BE DEMOLISHED — X — X — X — REVISICNS FrNqonges shall' �e to the scoperk without prior aporoval of the Tukwila Building Division. NOTE: Revisions will require a new plan submittal and may Include additional plan review. FILE"M�' Permit No. Plan review approval is subject to errors anc omissions. Approval of construction aocuments oc %tot auth,)rize the violation of any adopted code ordinance. Receipt of approved Fiela Copv and condltl0 s Is ackn wl ec. By Date: �_°J City of TuKwna BUILDING DIVISION SEPARATE PERMIT REWIRED FOR: Mechanicd Electrical rPlumbing Gas Piping City of Tukwila BUILDING DIVISION REViSIONN0.3- r REVI COMPi .J J N N6,11 Date 11 J 1 9/9/16 J A7/26/17 Q A 11/09/18 REVISION #2 A01/02/19 PLAN CHECK RESPONSE 1 OTO 01/11/19 Q co T W 5 � Q � J � N S W CV3 f— a Uj I— -W W ISSUES & REVISIONS N6,11 Date 11 Description 1 9/9/16 ISSUE FOR: PERMIT A7/26/17 REVISION #1 A 11/09/18 REVISION #2 A01/02/19 PLAN CHECK RESPONSE 1 4 01/11/19 REVISION #3 • /AOWT /� } a s�rTrrt.B ELECTRICAL ONE -LINE DIAGRAM SIUTNO. DRAWN: MAG REVIEWED: RWB PROJECT NO.: C1395.00 PROPRIETARY: NOT FOR DISCLOSURE OR USE WITHOUT THE WRIT CONSENT OF BURR COMPUTER ENVIRONMENTS, INC. A GROUNDING CONDUCTOR SCHEDULE MARK CONDUCTOR SIZE CONDUIT SIZE REMARKS GO011 500kCM 1-112" BARE TINNED, PROMDE SCHEDULE 80 PV AT EXTERIOR OF BUILDING G002 500 NONE BARE TINNED G003 500kCM 1-112" INSULATED G004 #1/0 1" INSULATED G005 #6 3/4" INSULATED G006 #2 3/4" INSULATED G007 #4 NONE BARE TINNED. G008 #4/0 1" INSULATED G009 #4410 NONE INSULATED 6010 #210 NONE INSULATED G011 #6 NONE INSULATED G012 #?/0 NONE BARE TINNED G013 #2 NONE INSULATED 6014 - #210 1" INSULATED G015 #210 NONE RHHIRHW INSULATED 6016 250kCM NONE INSULATED 6017 500kCM NONE INSULATED G011 G011 (G011) NOTE: All CONDUCTORS ARE. STRANDED COPPER WITH GREEN INSULATION UNLESS NOTED OTHERWISE. ALL CONDUCTORS LOCATED BENEATH THE RAISED FLOOR SHALL BE MARKED "FOR USE IN CABLE TRAYS" OR "FOR CT USE" PER NEC ART. 645.5(E)(6)b. PROVIDE SCHEDULE 40 PVC CONDUIT INTERIOR TO THE BUILDING AND SCHEDULE 80 EXTERIOR.TO THE BUILDING. GROUNDING GENERAL NOTES 1. ALL BARS, LUGS, AND CONDUCTORS PROVIDED BY ELECTRICAL CONTRACTOR UNLESS NOTED OTHERWISE. 2. CONTRACTOR SHALL USE CADMIUM YELLOW, ZINC CHROMATE, OR STAINLESS STEEL BOLTS FOR CONNECTIONS TO GROUND BARS. 3. BEND RADIUS FOR GROUNDING CONDUCTORS SHALL BE AT LEAST 12 INCHES THRU #4/0 AND AT LEAST 24 INCHES FOR GROUNDING CONDUCTORS GREATER THAN #4/0. 4. PULL BOXES IN DEDICATED GROUNDING SYSTEM AS SHOWN ON THIS SHEET SHALL BE KEPT TO A MINIMUM AND SHALL BE NON-METALLIC OR ELECTRICALLY ISOLATED FROM ADJACENT CIRCUITS AND BUILDING COMPONENTS. 5. GROUND BAR CONDUCTORS SHALL NOT SHARE CONDUITS OR PULL BOXES WITH CONDUCTORS OR CABLES OF OTHER SYSTEMS. 6. ALL BARE GROUNDING CONDUCTORS SHALL BE TINNED. 7. STRANDED GROUNDING CONDUCTORS SHALL HAVE CLASS B STRANDING. 8. GROUNDING SYSTEM IMPEDENCE SHALL NOT EXCEED 5 OHM. CONTRACTOR SHALL ADD CHEMICAL GROUND ROD(S) AS NECESSARY TO ADHERE TO THIS REQUIREMENT. 9. ALL GROUNDING SHALL COMPLY WITH NEC ARTICLE 250 AS A MINIMUM UNLESS NOTED OTHERWISE. 10. ALL GROUNDS SHALL BE COPPER. NO ALUMINUM SHALL BE PERMITTED. 11. ANY REQUIRED CONDUIT FOR GROUNDING SHALL BE PVC UNLESS NOTED OTHERWISE. NO METAL CHOKES SHALL BE ACCEPTABLE. SUPPORTS FOR GROUNDING CONDUITS SHALL UTILIZE NYLON BOLTS AND NON-METALLIC STRAPS TO PREVENT INSTALLATION OF CHOKE POINT IN GROUNDING SYSTEM. 12. ALL COMPRESSION LUGS SHALL BE TWO -HOLE LONG BARREL AND CRIMPED USING THE MANUFACTURER'S RECOMMENDED DIE AND CRIMPING TOOL. GROUND LUGS SHALL BE SHRINK-WRAPPED AND LABELED WITH NONMETALLIC TAGS. 13. TOTAL GROUNDING CONDUCTOR BENDING RADIUS SHALL NOT EXCEED 90' AT EACH LOCATION. 14. GROUNDING CONDUCTORS SHALL BE CONTINUOUS BY GAUGE FOR ENTIRE LENGTH. SPLICES ARE NOT ALLOWED. 15. LEXAN COVER FOR ALL GROUND BARS SHALL BE LABELED WITH GROUND BAR NAME AND PANI DIVISIONS. 16. CONNECTIONS TO ALL BUS BARS SHALL BE IN PANI LOCATIONS AS INDICATED ON THIS SHEET. 17. PANT DESIGNATION LOCATIONS SHOWN ON THIS SHEET ARE SCHEMATIC IN NATURE. PROVIDE ADEQUATE MOUNTING HOLES AT EACH DESIGNATION LETTER FOR PRESENT AND FUTURE CONNECTIONS. INSTALLED IN EACH ROW. u (TYPICAL) c� 0 ROW 1 EQUIP. RACK EQUIP. RACK 0 0 0 0 0-08 G011 0 0 assess010000000FJ� 1 1 ME G010 i 0 0 0 0 0 0 0 ol: 0 i 'o 0 a c� INSTALLED IN EACH ROW. u (TYPICAL) c� 0 ROW 1 EQUIP. RACK EQUIP. RACK 0 0 0 0 G011 G011 0 0 0 0 S G010 i 0 EQUIP. EQUIP. c� ROW 2 RACK RACK 7@mu� c� G011 G011 so 3em a)rn S G010 o EQUIP. EQUIP. RACK I ROW 3 RACK RACK kwA MA G011 G011 Q 0 1 l o l l 1 0 1 I 1 0 1 I l 0 1 --J ► 0) co G010 AS ROW 3 I EQUIP. I 1 RACK I 1 EQUIP. 1 RACK 1 EQUIP. EQUIP. ROW 4 RACK RACK ( G01 1) ( G01 1 ) G011 G011 TJ ' S S G010 ca EQUIP. EQUIP. EQUIP. 1 RACK 1 ROW 5 RACK RACK G011 G011 (G011) (G011) S G010 EQUIP. EQUIP. ROW 6 RACK RACK ROW 5 I EQUIP. 1 RACK 1 G011 G011 S G010 A ( G01 1 G01 1 ) EQUIP. EQUIP. t ROW 7 RACK RACK I I I ROW 6 G011 G011 S G010 EQUIP. EQUIP. ( G01 1 ) ROW 8 RACK RACK G011 G01 1 ROW 7 S G010 EQUIP. EQUIP. ROW 9 RACK RACK ( G01 1) ( G01 1 ) G011 G011 4 c S G010 I EQUIP. i RACK 1 EQUIP. EQUIP. L 2 ROW 10 RACK RACK ( G01 1) G011 G011 S G010 VERIFY WITH OWNER QUANTITY OF RACKS TO BE INSTALLED IN EACH ROW. (TYPICAL) I � I I M I o �L (0) 101 0) \0) Y I I 1 I I RE: I SHEET I E1.2A I I I I I I I I I I I I I I i ABOVE GRADE'I' BELOW GRADE I I I I 0002 G002 }I P IIA I 'MSG02000' MOUNTING: 8'-0" ABOVE FINISHED FLOOR LOCATION: MECH-7 A TGP02000' MOUNTING: HORIZONTAL AT 8'-0" ABOVE RAISED FLOOR LOCATION: DATA HALL Al N II I I CABLE TRAY ABOVE RAISED FLOOR 0 0 0 0 0 0 0 0 ABOVE RAISED FLOOR BELOW RAISED FLOOR ® 0 0®®®®®®®® 0 F•-1 �0 Fs� ®l F*l F®I FO 1 0 0 0 0 1®II®11®IMI®II®Iloll®1 0 0 0 0 x 0 0 ®®® s®®® 0 x 0 0 0 0 0 0 0 0 1011101110111011 I 0 ( G01 1) I c� 0 0 c� 7@mu� c� I EQUIP. I Teuee� so 3em a)rn EQUIP. 1 RACK I m o 0 0 RACK I 0 iwi kwA kwA MA IWA MA Q 0 1 l o l l 1 0 1 I 1 0 1 I l 0 1 --J ► 0) I I CABLE TRAY ABOVE RAISED FLOOR 0 0 0 0 0 0 0 0 ABOVE RAISED FLOOR BELOW RAISED FLOOR 'EFG04000' MOUNTING: HORIZONTAL BELOW RAISED FLOOR LOCATION: DATA HALL N II 0 0 0 0 ® 0 0®®®®®®®® 0 F•-1 �0 Fs� ®l F*l F®I FO 1 0 0 0 0 1®II®11®IMI®II®Iloll®1 0 0 0 0 x 0 0 ®®® s®®® 0 x 0 0 0 0 0 0 0 0 1011101110111011 I 0 ( G01 1) 0 c� 0 0 c� � 0 )_ J 0 )_0 0 ),I( 0 )J, c� I EQUIP. I T 0 ROW 2 a)rn EQUIP. 1 RACK I 0 o 0 0 RACK I 0 ROW 9 (G011) 0 0 c� 0 0 0 Q 0 1 l o l l 1 0 1 I 1 0 1 I l 0 1 --J ► 0) co L i 'EFG04000' MOUNTING: HORIZONTAL BELOW RAISED FLOOR LOCATION: DATA HALL N II 0 0 0 0 ® 0 0®®®®®®®® 0 F•-1 �0 Fs� ®l F*l F®I FO 1 0 0 0 0 1®II®11®IMI®II®Iloll®1 0 0 0 0 x 0 0 ®®® s®®® 0 x 0 0 0 0 0 0 0 ROW 1 EQUIP. I 1 RACK I I EQUIP. I I RACK I J 0 Mimi 0 0 1011101110111011 I r---� ( G01 1) ( G01 1 ) c� 0 0 0 � 0 )_ J 0 )_0 0 ),I( 0 )J, I EQUIP. I I EQUIP. I 0 ROW 2 EQUIP. 1 RACK 1 EQUIP. 1 RACK I 0 o 0 Y(o)Y(o)Y(o)Yi( RACK I I RACK I ROW 9 (G011) (G011) 0 c� 0 0 Q 0 c�(0) 1 l o l l 1 0 1 I 1 0 1 I l 0 1 --J ► 0) L-- I L i ROW 3 I EQUIP. I 1 RACK I 1 EQUIP. 1 RACK 1 W C'7 __L_ _i_ (G011) ( G01 1) ( G01 1 ) `T TJ ' S 1 ca ROW 4 EQUIP. 1 RACK 1 EQUIP. I RACK 1 1 1 1 1 1 1 1 (G011) (G011) I I I I I I I I I r --_l ROW 5 I EQUIP. 1 RACK 1 EQUIP. 1 RACK 1 1 1 I I I ( G01 1 G01 1 ) t i I I I ROW 6 I EQUIP. I 1 RACK I I EQUIP. I I RACK I ( G01 1) ( G01 1 ) I I `-7 `T— t ROW 7 EQUIP. I 1 RACK 1 I EQUIP. I RACK i ( G01 1) ( G01 1 ) (G011) (G011) c ROW 8 EQUIP. I 1 RACK I I EQUIP. i RACK 1 L -i- J L ( G01 1) ( G01 1 ) 2-€ 'EFG05000' MOUNTING: HORIZONTAL BELOW RAISED FLOOR LOCATION: DATA HALL 2/\ 2 PI A I N II I1' 0 0 0 1' 1' 1 0 (o) (o) (o) (o) I 9/9/16 J 0 Mimi 0 0 1011101110111011 I r---� r---1 .19 LWA kwA c� I1' 0 0 0 1' 1' 1 0 (o) (o) (o) (o) I 9/9/16 J 0 0 0 0 1011101110111011 I r---� r---1 .19 LWA kwA c� 0 0 0 � 0 )_ J 0 )_0 0 ),I( 0 )J, I EQUIP. I I EQUIP. I 0 0 0 o 0 Y(o)Y(o)Y(o)Yi( RACK I I RACK I ROW 9 0 c� 0 c� 0 0 Q 0 c�(0) 1 l o l l 1 0 1 I 1 0 1 I l 0 1 --J ► 0) L-- I L i W C'7 1 I I 'i' I _T_ -r- 1 1 1 1 1 1 1 (G011) (G011) W 1 ca 1 1 1 1 1 1 1 I I I I I I I I I r --_l r---1 1 1 I I I I EQUIP I I EQUIPI I I I I RACK I I RACK I ROW 10 I 1 1 i l 1 1 L _i_ J I I 1 1 1 1 1 1 (G011) (G011) 1 1 1 1 1 1 1 `T� 1 I I I I L------ 1 1 1 1 1 1 2-€ I I I r---1 r--_ 1 1 1 1 1 I I I I EQUIP I I EQUIP I I I I RACK I I RACK I ROW 11 1 1 1 I I I J L_i_J 1 1 I 1 1 1 G011) ( G011 ) 1 1 1 1 1 1 1 1 I I L-------- 2-1 — 1 1 1 1 1 I I 1 r I 1 I I I I I EQUIP. I I EQUIP. I I RACK 1 1 RACK 1 ROW 12 1 I L —�— 1 L —�— J 1 1 1 1 (G011) (G011) 1 1 1 1 `T� `T� I I L---------€--2 I I 2--1 1 1 1 i 1 r ----I r ----I i 1 1 I I EQUIP I I EQUIPI I I I RACK I I RACK I ROW 13 I 1 L_ J L_ J � _L� J_ I I (G011) (G011) 1 I 1 1 T T 1 1 1 1 I L----------- I 2—€ i � I I EQUIP I I EQUIP RACK 1 I I I I I RACK ROW 14 I I I ( G011) ( G011 ) I 1 I L------------- I 1 �- 1 i I EQUIP. I I EQUIP • I I I 1 RACK I I RACK 1 ROW 15 I I L_ J L_ J (G011) (G011) 1 I ---------------d I z -1d- i I EQUIP I i EQUIPI I RACK I I RACK I ROW 16 L -�- J L__ I i (G011— ) (G011) I `T `T� L---------------4; -_ c--3'- FAN 1 GROUNDING ONE -LINE DIAGRAM -DATA HALL 2 VT -2-B7 NOT TO SCALE 'EFG06000' MOUNTING: HORIZONTAL BELOW RAISED FLOOR LOCATION: IT -2 2 PI A I N II 'RFG02000' MOUNTING: HORIZONTAL BELOW RAISED FLOOR LOCATION: DATA HALL PI A I N 1I Na Date J 1 9/9/16 J A7/26/17 Mimi Q i i me I REVISION #2 A01/02/19 .19 LWA kwA PLAN CHECK RESPONSE 1 'RFG02000' MOUNTING: HORIZONTAL BELOW RAISED FLOOR LOCATION: DATA HALL PI A I N 1I COMPUTER ROOM RAISED FLOOR GROUND GRID G012 G007 G007 G007 G007 5--� G007 G007 G012 UL LISTED 'C' OR 'H' TAP COMPRESSION FITTING (TYP. WHERE SHOWN ON THIS SHEET). METAL DOOR 10111FA $ � d LEGEND - - - - - - EXISTING TO REMAIN ------------ FUTURE -- NEW RECEIVED CITY OF TUKWILA JAN 2 3 2019 PERMIT CENTER N Na Date J 1 9/9/16 J A7/26/17 Q i i me I REVISION #2 A01/02/19 .19 LWA kwA PLAN CHECK RESPONSE 1 COMPUTER ROOM RAISED FLOOR GROUND GRID G012 G007 G007 G007 G007 5--� G007 G007 G012 UL LISTED 'C' OR 'H' TAP COMPRESSION FITTING (TYP. WHERE SHOWN ON THIS SHEET). METAL DOOR 10111FA $ � d LEGEND - - - - - - EXISTING TO REMAIN ------------ FUTURE -- NEW RECEIVED CITY OF TUKWILA JAN 2 3 2019 PERMIT CENTER N Na Date J 1 9/9/16 J A7/26/17 Q 11/09/18 REVISION #2 A01/02/19 PLAN CHECK RESPONSE 1 4- Q � op � Q o � 3: Lu ca Q W C'7 W ca ISSM & REVISIONS Na Date Description 1 9/9/16 ISSUE FOR PERMIT A7/26/17 REVISION #1 11/09/18 REVISION #2 A01/02/19 PLAN CHECK RESPONSE 1 01/11/19 REVISION #3 SEAL • � ��� .tom r- •,.# : ti A.� ofq L SMMnnE GROUNDING U • 1 DRAWN: MAG REVIEWED: RWB PROJECT NO.: C1395.00 BURR COMPUTER ENVIRONMENTS, INC. 48" ACAC s `t G�Ff�+ "� GFI GFI GFl GR LCPC2000-27 LCPC2000-29 LCPC2000- 30A/2P/NF/N1 LCPD2000-30 23,25 LCPC2000-31,33 14 LCPC2000-39 16 AC LCPC2000-34,3 AC 0 0 0 N d J 4 13 LCPC2000-17,19,21 \ RPP61300-1,3,5 L5 -20R (TYP. OF 2) LCPC2000-35 RPPA1300-7 2 ENLARGED E2.1 ROOM PO SCALE: 1/4"—l'—O" A RPPA1300-1,3,5 L15 -30R (TYP. OF 3) IT -2 ER PLAN z LCPD2000-32,34 60A 2P/NF/N1 FSD FSD FSD O 4 O4 MDPD1000-13 O4 MDPC1000-12 MDPA1000-11 MDPD1000-11 MDPC1000-13 7G)O O 7 O O O 1300-7 6 O 6 6 I 0 0 0 N U 0 0- CD CD 0 0 O N U 0 d c� a _c) ¢^ _ m mm U N � m m 4 EPO STA. #1 LCPD2000-23,25,27 (3)#8, #10G., 1" C. 60A/3P/NF/N1 LCPC2000-3 LCPD2000-31 N �- N N a a LCPC2000-41 17 U Q No. POWER PLAN KEYED NOTES 1 9/9/16 O PROVIDE EPO SYSTEM. REFER TO DETAIL 1/E3.3 FOR ADDITIONAL INFORMATION. 10 PROVIDE CONNECTION TO GENERATOR BATTERY CHARGER. (2) #10, #10 G. IN 1-1/4" 2 11/09/18 m m CONDUIT ROUTED WITH GENERATOR FEEDER. CIRCUIT OVER—SIZED FOR MORE THAN THREE PLAN CHECK RESPONSE 1 O2 EPO BREAKGLASS BUTTONS. COORDINATE EXACT LOCATION WITH ADJACENT DEVICES NOT REVISION #3 CURRENT CARRYING CONDUCTORS IN ONE CONDUIT. CONNECT TO EXISTING 20/1 SPARE SHOWN ON THIS PLAN. REFER TO DETAIL 1/E3.3 FOR ADDITIONAL INFORMATION. 2 CIRCUIT BREAKER IN EXISTING PANEL 'LCPC100' RESERVED FOR BATTERY CHARGER. O PROVIDE FEEDER CONNECTION TO RPP. REFER TO ONE—LINE DIAGRAM FOR CIRCUITING1 1 OVERHEAD BUS CONNECTION BOX. BOX AND BUS TO BE SUSPENDED FROM STRUCTURAL REQUIREMENTS. COORDINATE EXACT LOCATION WITH ONSITE BCEI CONSTRUCTION MANAGER CEILING GRID. PROVIDE FEEDER CONNECTION TO EACH OVERHEAD MOUNTED BUSWAY. FIELD PRIOR TO INSTALLATION. VERIFY EXACT TERMINATION LOCATION. REFER TO ONE—LINE DIAGRAM FOR CIRCUITING REQUIREMENTS. TYPICAL. O4 ROUTE UP TO ASSOCIATED CONDENSING UNITS ON ROOF. RE: SHEET E2.4 FOR CONTINUATION. COORDINATE WITH MECHANICAL CONTRACTOR FOR ROOF PENETRATION. 12 DISCONNECT PROVIDED INTEGRAL TO UNIT. 2 O NOT USED. 13 POWER CONNECTION TO EQUIPMENT. SEE 4/E3.3 FOR POWER REQUIREMENTS. TYP. 14 PROVIDE CONNECTION TO WATER HEATER. O PROVIDE CONNECTION TO CRAC, FIELD VERIFY EXACT TERMINATION LOCATION. REFER TO ONE LINE DIAGRAM FOR CIRCUITING REQUIREMENTS. UNIT HAS INTEGRAL MOUNTED A 15 PULL CIRCUIT FROM TRANSFER SWITCH IN MECH CORRIDOR. RE: DETAIL 5/E3.3. DISCONNECT SWITCH INCLUDED AS OPTION WITH UNIT. O PROVIDE INTERFACE TO LOCKOUT DURING TRANSFER TO GENERATOR REHEAT HUMIDIFICATION / 16 PROVIDE POWER CONNECTION TO DIFFUSER HEATER. REFER TO MECHANICAL DRAWINGS FOR ADDITIONAL INFORMATION. POWER. REFER TO DETAIL 3/E3.3. PROVIDE CANBUS CONDUIT AND CABLING BETWEEN CRA/ERP/CON PER DETAIL 2/E3.3. 17 PROVIDE INDUSTRIAL GRADE RETRACTABLE POWER CORD REEL, KH INDUSTRIES REELTUFF POWER CORD REEL MODEL NUMBER RTBB3L—WW—J12K. 50 FOOT 12/3 SJ CORD, 125V, O EQUIPMENT LOCATED ON ROOF. 20A WITH SINGLE 5-20R RECEPTACLE. PROVIDE OPTIONAL 345 DEGREE PIVOT BASE, MODEL NUMBER RTBF—PVB. MOUNT REEL AT CEILING HEIGHT, SUPPORTED FROM STRUCTURE ABOVE. O PROVIDE CONNECTION TO GENERATOR WATER JACKET HEATER. (2) #6, #8 G. IN 1-1/4" PROVIDE ADDITIONAL SAFETY CHAIN FROM STRUCTURE ABOVE TO REEL BASE. ONCE CONDUIT ROUTED WITH GENERATOR FEEDER. CIRCUIT OVER—SIZED FOR MORE THAN THREE INSTALLED THERE SHALL BE NO NOTICEABLE MOVEMENT IN EITHER THE VERTICAL OR CURRENT CARRYING CONDUCTORS IN ONE CONDUIT. CONNECT TO EXISTING 40/2 SPARE HORIZONTAL DIRECTIONS. FIELD VERY EXACT LOCATION WITH BCEI PRIOR TO INSTALLATION. CIRCUIT BREAKER IN EXISTING PANEL 'LCPC100' RESERVED FOR WATER JACKET HEATER. 18 PROVIDE CONNECTION TO BATTERY MONITORING SYSTEM, 120V. COORDINATE EXACT LOCATION AND REQUIREMENTS WITH EQUIPMENT MANUFACTURER. TYPICAL. LCPD2000-32,34 60A 2P/NF/N1 FSD FSD FSD O 4 O4 MDPD1000-13 O4 MDPC1000-12 MDPA1000-11 MDPD1000-11 MDPC1000-13 7G)O O 7 O O O 1300-7 6 O 6 6 I 0 0 0 N U 0 0- CD CD 0 0 O N U 0 d c� a _c) ¢^ _ m mm U N � m m 4 EPO STA. #1 LCPD2000-23,25,27 (3)#8, #10G., 1" C. 60A/3P/NF/N1 LCPC2000-3 LCPD2000-31 N �- N N a a LCPC2000-41 17 U Q o a m m M En 3 M 0 0 O N U ZD D_ �i CD O O CD NN m a_ LCPC2000-38 N N 0CD N N m o d a U Q m C/ m a U Q ma LCPC2000-38 D � U m m u LO cn V) m m POWER PLAN GENERAL NOTES 1. REFER TO SHEET EO.1 FOR ALL SYMBOLS ON THIS SHEET. 2. REFER TO SHEETS EO.2 AND EO.3 FOR ELECTRICAL SPECIFICATIONS. 3. SEE ONE LINE DIAGRAMS AND FEEDER SCHEDULES FOR FEEDER SIZES AND EQUIPMENT SIZES NOT INDICATED ON THIS PLAN. 4. INSTALLATION OF ALL UNDERFLOOR UL LISTED POWER WHIPS IN THE RAISED FLOOR AREAS SHALL INCLUDE THE WHIP AND ITS ASSOCIATED CIRCUIT BREAKER IN THE INDICATED RPP PANEL. 5. SEE MECHANICAL PLANS FOR EXACT LOCATIONS AND MOUNTING HEIGHTS OF HVAC EQUIPMENT. 6. ALL SINGLE PHASE BRANCH CIRCUITS ARE (3) #12, 3/4" C UNLESS IDENTIFIED OTHERWISE ON THIS PLAN, ELECTRICAL ONE LINE DIAGRAMS, OR AS REQUIRED BY SHEET EO.1 TO BE INCREASED DUE TO VOLTAGE DROP PER N.E.C. NEUTRAL CONDUCTORS SHALL NOT BE SHARED. 7. REFER TO 1/E3.2 FOR MOUNTING HEIGHT OF DEVICES. 8. POWER REQUIREMENTS TO RACK MOUNTED COMPUTER HARDWARE EQUIPMENT ARE UNDEFINED AT THIS TIME. WHEN OWNER SELECTS EQUIPMENT, ENGINEER SHALL SUBMIT BRANCH CIRCUIT DISTRIBUTION REQUIREMENTS TO CONTRACTOR FOR INSTALLATION. POWER WILL BE DISTRIBUTED VIA LIQUIDTIGHT CONDUIT (UL LISTED POWER WHIPS) UNDER RAISED FLOOR FROM REMOTE POWER PANELS (RPP) SHOWN IN DATA CENTER. ENGINEER WILL CONFIRM LOAD DOES NOT EXCEED THE CAPACITY OF THE RPP'S AND UPSTREAM ELECTRICAL DISTRIBUTION. 9. PROVIDE 3.5" CONCRETE HOUSEKEEPING PADS FOR INTERIOR EQUIPMENT AS SHOWN. PAD SHALL BE MINIMUM OF 3" LARGER THAN EQUIPMENT ON ALL SIDES. O D2000-1 A 18 18 18 O RPPA1300-2 RPPA1300-4 RPPA1300-6 A MDPB1000-1 RPPB1300-2 RPPB RPPB1300-6 PDUA2000-5 O 1300-4 OPDUB2000-5 LCPC20 0-1 3 PDUD2000-7 A ^ 4 18 2 DA IC: LO t[) CD 1 N Q O=cqoo a N d LCPC2000-40 LCPC2000-40 I L17 0 ¢ 17 N Ln m" m m LO m N N m m LCPC2000-7 STA. #3 to"T ELECTRICAL POWER PLAN 0-7 AREA NOT IN CONTRACT 5005 Greenville Avenue Dallas, TX 75206 Phone: 214/273-1559 ISSUES & REVISIONS No. mm 1 9/9/16 N - Q REVISION #1 2 11/09/18 m m o a m m M En 3 M 0 0 O N U ZD D_ �i CD O O CD NN m a_ LCPC2000-38 N N 0CD N N m o d a U Q m C/ m a U Q ma LCPC2000-38 D � U m m u LO cn V) m m POWER PLAN GENERAL NOTES 1. REFER TO SHEET EO.1 FOR ALL SYMBOLS ON THIS SHEET. 2. REFER TO SHEETS EO.2 AND EO.3 FOR ELECTRICAL SPECIFICATIONS. 3. SEE ONE LINE DIAGRAMS AND FEEDER SCHEDULES FOR FEEDER SIZES AND EQUIPMENT SIZES NOT INDICATED ON THIS PLAN. 4. INSTALLATION OF ALL UNDERFLOOR UL LISTED POWER WHIPS IN THE RAISED FLOOR AREAS SHALL INCLUDE THE WHIP AND ITS ASSOCIATED CIRCUIT BREAKER IN THE INDICATED RPP PANEL. 5. SEE MECHANICAL PLANS FOR EXACT LOCATIONS AND MOUNTING HEIGHTS OF HVAC EQUIPMENT. 6. ALL SINGLE PHASE BRANCH CIRCUITS ARE (3) #12, 3/4" C UNLESS IDENTIFIED OTHERWISE ON THIS PLAN, ELECTRICAL ONE LINE DIAGRAMS, OR AS REQUIRED BY SHEET EO.1 TO BE INCREASED DUE TO VOLTAGE DROP PER N.E.C. NEUTRAL CONDUCTORS SHALL NOT BE SHARED. 7. REFER TO 1/E3.2 FOR MOUNTING HEIGHT OF DEVICES. 8. POWER REQUIREMENTS TO RACK MOUNTED COMPUTER HARDWARE EQUIPMENT ARE UNDEFINED AT THIS TIME. WHEN OWNER SELECTS EQUIPMENT, ENGINEER SHALL SUBMIT BRANCH CIRCUIT DISTRIBUTION REQUIREMENTS TO CONTRACTOR FOR INSTALLATION. POWER WILL BE DISTRIBUTED VIA LIQUIDTIGHT CONDUIT (UL LISTED POWER WHIPS) UNDER RAISED FLOOR FROM REMOTE POWER PANELS (RPP) SHOWN IN DATA CENTER. ENGINEER WILL CONFIRM LOAD DOES NOT EXCEED THE CAPACITY OF THE RPP'S AND UPSTREAM ELECTRICAL DISTRIBUTION. 9. PROVIDE 3.5" CONCRETE HOUSEKEEPING PADS FOR INTERIOR EQUIPMENT AS SHOWN. PAD SHALL BE MINIMUM OF 3" LARGER THAN EQUIPMENT ON ALL SIDES. O D2000-1 A 18 18 18 O RPPA1300-2 RPPA1300-4 RPPA1300-6 A MDPB1000-1 RPPB1300-2 RPPB RPPB1300-6 PDUA2000-5 O 1300-4 OPDUB2000-5 LCPC20 0-1 3 PDUD2000-7 A ^ 4 18 2 DA IC: LO t[) CD 1 N Q O=cqoo a N d LCPC2000-40 LCPC2000-40 I L17 0 ¢ 17 N Ln m" m m LO m N N m m LCPC2000-7 STA. #3 to"T ELECTRICAL POWER PLAN 0-7 AREA NOT IN CONTRACT 5005 Greenville Avenue Dallas, TX 75206 Phone: 214/273-1559 ISSUES & REVISIONS No. DateDescription 1 9/9/16 ISSUE FOR PERMIT - 7/26/17 REVISION #1 2 11/09/18 REVISION #2 01/02/19 PLAN CHECK RESPONSE 1 01/11/19 REVISION #3 SEMETT= ELECTRICAL POWER PLAN SE MNO DRAWN: MAG REVIEWED: RWB PROJECT NO.: C1395.00 , PROPRIETARY: NOT FOR DISCLOSURE OR USE WITHOUT THE WRITTEN CONSENT OF BURR COMPUTER ENVIRONMENTS, INC. 11111U0.dmm ME MME ONE MEN FAM I Mm 11111 MME MM ONE NMVA no mmm�k4a■ 1010011111111111 mmmmmmmm m am 2w NE MEN: ro I m 101SONEIRSEENE■ =Fig ---------------- ONE MENNEN SERRIMMMISEREEMISM NMI qITOR 131 �l�='_/■■■■�■■�■■■�■■ 11ORESSIMENEEN wt-� Am &Amos is ■■■■■■■■■w■■�! 0 WANINEEMaw 901110 1010111111 WS111111010off-WEES milm mommommmomosom 1110111011111mommkiI ■-=:Ili►al! g6pul mmammornkma-171■milli ION E■MOORE miklmomom i i P sm"'popp, I Moll FaI■■■o■■■■ EN..mmmm Ermals01 NEMEONMEOSMSENONm! FAdMEmEoNomNEmBmIi NI NM0E 00 FAAU CR"m 'JIL omm;1I MM1 0 IN No 20 mommolpol - 11 momms '016ioll X11 ELECTRICAL LIGHTING P m MEN 0 P-O."o, 910 mmmomm m mmmommmal 1111000111111110111 MMmmWF!7mm1 st'11 Ilk 411A 28( 9 yks 1 STORAGE 121 --- ( -- ------------------ 2 ----------- ---- ' I i 1 i 0 I ! • lid E1MM■■ ■� El MENNEN if III I I I ! ' I l I I0 i I I ( I ' ( ? i j ■ I I I I i I I I I 1 I I t I I I ( I I ■ I =4= I I I ! I I 1§61 FTM- .�.�FT I, 1 ■i ■� aurrr�rr�rrr ■■■�■■ �I■®■■ ............�....I.....m a�r�r�r�r�ururr�Hr Is ME ■MEI■■■ no IN= ■ M■■E■■■ ■n■■■ ■■■■■M■■ �rl��dri�rl�m lsomm■■ Elmoism ■■■■■■ M0111110 son 1011011101000 10101 elm ■■■■■■■■■■E ■■ 1, A I I I ( I I I I 1 i I ! I I I 1 I I I I I ( I ■ ■m, E I I I I I GROUNDING PLAN KEYED NOTES O GROUNDING CONNECTION TO RAISED FLOOR PEDESTAL, TYPICAL. O RAISED FLOOR GROUNDING CONDUCTOR, TYPICAL. O CONNECTION TO HVAC EQUIPMENT. PROVIDE BONDING STRAPS AROUND SUPPLY AND RETURN AIR FLEXIBLE CONNECTIONS. TYPICAL. O CONNECTION TO METAL DOOR FRAME. TYPICAL. O GROUND BAR "MSG02000" O6 GROUND BAR "PGP02000" O7 GROUND BAR "EFG04000" O GROUND BAR "RFG02000" O9 GROUND BAR "EFG05000". FIELD VERIFY WITH BCEI LOCATION PRIOR TO INSTALLATION. 10 GROUND BAR "EFG06000". FIELD VERIFY WITH BCEI LOCATION PRIOR TO INSTALLATION. 11 CONNECTION TO BUILDING STEEL. TYPICAL. 12 CONNECTION TO RPP. TYPICAL. 13 EXISTING GROUND BAR "MSGO1000" 14 GROUND BAR "EFG07000". (12 15 PROVIDE COMPRESSION LUG BOLT TO EL TANK FOR GROUNDING CONNECTION. TYPICAL. I 16 PROVIDE EXOTHERMIC CONNECTION TO REBAR LOCATED IN CONCRETE SLAB. 17 NEW 10'-0" x 3/4" COPPER CLAD STAINLESS STEEL GROUND ROD. TYPICAL. j I I I I i 1 I ( I I I I I I I I I 4 I 1 I 3H7 1 II !I —1 1I j GROUNDING PLAN GENERAL NOTES 1. FOR GROUNDING ONE -LINE DIAGRAM, REFER TO SHEET E1.2. 2. REFER TO SHEET E3.1 FOR GROUNDING DETAILS. 3. NOT ALL CONDUCTORS INDICATED ON THIS PLAN. REFER TO 1/E1.2 FOR MORE INFORMATION. CONDUCTOR SIZES INDICATED ON 1/E1.2. 4. SEE 1/E1.2 FOR CONDUCTOR TERMINATION LOCATIONS AT EACH GROUND BAR. CONDUCTORS SHALL BE TERMINATED AT GROUND BARS PER 1/E1.2. 5. COORDINATE EXACT LOCATION OF GROUND CONDUCTOR TIE IN EQUIPMENT WITH EQUIPMENT SUBMITTALS. PROVIDE LUGS AS REQUIRED. LOADING DOCK 115 630 SF I DI I I���!1•t���l�1/®li�l/� im■s■ ,"V ii►�■® 111M M■■ ■■ Irirri�■�r���rlrrr� m■■■I M■MM ■■■■ ��■ ■M�.r''■lM■■■ ®■■■ ■■INN -.. EMIM■■■ mm No 1�:.�■■■■E■ ■■ ::wo 16MMENMEN IIn.1.rlr�,rlrr�srlrinnn.,lll��r■Iln■■n�r Eel 96 '14 I I I I I I I I I I I I I I GEN03000 (60OKW) I � I • I I I I Oi MBCC1000 rll) 17� I I , I GEN040d0 GEN05000 AREA NOT IN CONTRACT ® Na � Description 1 9/9/16 ISSUE FOR PERMIT e REVISION #1 2 MINN 1PON1411 04 NEW 01"T =11-4111REP111-p-1 "MIT -1101 .IN� BATT. BATT. BATT. UPSC1000 CRA24000 L(N ) �SB 1000 ��' ( ) PLC CRA07000 W i G�dt�2000 NEW Fid 01000 v ....._........ ..... FRO T j FROM FRONT j DH C) LCPD � LCPC �- ��' ELECTRICAL FR_QNT..._FRONT.. 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M� M . r� mm� ��� :.rl9141kid� �I'_ . + . �. �� �■�� .. ■! . pn■■■ ■ ■■ ■■ M LS ■■■ f�MlE■ ■■ ■■EM� '■ Boom MEN ■MEQ■ . , �1■ME N� M■■■ ■ ■■■■iIi■MiI111�■M■�■■I'ii""IiT��i'll�ili■■EI Iii■i %iIMMM■■ilii ' 9■■id IG'IT1iiI■ri■■ ■■MIMI'il ■L�■irl■i�"illii■ir�■■■■■ I ------------------ ; -------- -------------------------------------- i i I 1 I I i I + I I I I I 1 ELECTRICAL GROUNDI G PLAT i I IZ I I �.3SCALE- 1/8'-1'-0' , I I I I ! + 1 I I I I 1 AREA NOT IN CONTRACT 5005 Greenville Avenue Dallas, TX 75206 Phone: 214/273-1559 ISSUES & REVISIONS Na Date Description 1 9/9/16 ISSUE FOR PERMIT 7/26/17 REVISION #1 2 11/09/18 REVISION #2 A301/02/19 PLAN CHECK RESPONSE 1 01/11/19 f5110 FA AREA NOT IN CONTRACT 5005 Greenville Avenue Dallas, TX 75206 Phone: 214/273-1559 ISSUES & REVISIONS Na Date Description 1 9/9/16 ISSUE FOR PERMIT 7/26/17 REVISION #1 2 11/09/18 REVISION #2 A301/02/19 PLAN CHECK RESPONSE 1 01/11/19 f5110 AREA NOT IN CONTRACT 5005 Greenville Avenue Dallas, TX 75206 Phone: 214/273-1559 ISSUES & REVISIONS Na Date Description 1 9/9/16 ISSUE FOR PERMIT 7/26/17 REVISION #1 2 11/09/18 REVISION #2 A301/02/19 PLAN CHECK RESPONSE 1 01/11/19 REVISION #3 COAT /2019 SH=T= ELECTRICAL SHIBETNO DRAWN: MAG REVIEWED: RWB PROJECT NO.: 01395.00 t 7 �g l I I I I I I I I ! I 1 I I I I I I 1 1 I 9 D A (131 114 115'' ;16 I i ; I I i i ! I i I I --- -- - n I ! -- ! ! Ic>I ! I I LOADING DOCK ! I I I I ! I I ' - 115 I I I _ . 630 SF ! ( I MECH 7 NOT I ! ( I ! 124 ! ( AN r. IT -2 �o 3 3 r—a—®®--a—N 3 ---------N EXIT - - o CRA23000 CRA22000 ICRA21000 C A20000 li FUT.CRA19000 p p FUT.CRA18000 p (D ( p PDU62000 50)(DA-150) DUD2000 (DA -150) I ! o ' STAGE SEC I 02000 , SEC o I, I 117 I I 1 I F; ` 283 SF 02000CA nI o ( al z I � 0-0- � I f � I I 3 0MP 000 STORAGE I FAC I I I p o p I ' 02000 121 EPO I I p CD Ln p ----- I --------------- ----' c-02000 ----- ----------- ---------rf ---------- -->-------------- --- ------ -- - ----------------------- 11---------- ! I I �� i I ►° p ' Q I, Y I I I I I , II I I I I UP 3 I' o ! I I I I o 0 I I I I 4 I MECH 5 °- 122 I I I 1 1 I I I i p I I I I I I I) i I II op Il! � � p I1�ip I I I I I I � 6.sca sJ' 2 , i II II I I I I I G) a I I I I I DATA HALL 2 I � I ( via I -------- ��----------------- ---------------------------------------------------- ---120------------------------------ ------------------ -- -- _ LCPC JANITOR WO ENS MENS 2000 c 129 1 0 131 I I I I I I I TRNC ' ' � 2000 LCPD 1 1 I I I I 1 I 2000 TRND VHO02fl0 / 2000 I I I 1 1 1 1 I I I F�= BREAKOUT F,CUoS000 M I I ) I I ! I 1 1 I I t I I I I I I I I I IT T L_J I I 1 I I I .. w..., .... --"F ......�. ,....- - - - - - --------- 7-7r-7- ,,.. - - ,.....,,, -. FUT. CRA17000 q 1 1 1 9 7 FUT. CRA16000 I g FUT. CRA15000 pit I 1 11 FUT. CRA14000 p FUT. CRA13000 p I 1 11 UT. CRA12000 p p FUT. CRA11000 p VE (DA -150) IL - _ - - - J_ _ J p ' (DA -150) 6 9 (DA -150) p - - - - - - _ 11 (DA -150) 1 p (DA -150) IL - - - - - _ J p (DA -150) p p (DA -150) p ' CONFERENCE SECURITY I 125 -------- 6> ------- � ,�.----�,�, �—6 MEC4+ .. --- ---- — -- -------A 132 I 134 ( I I 123 I I I 6 --------------------------- ------------------ Ep ---------------- ---------------- 3'- ----------------- 3----------------- ----------------31----------- 1 I I I I I I I ! ! ! ! ! 1 ELECTRICAL CONDUIT PLANZ SCALE, v8'-1'-0• I I 0 GEN03000 MECHANICAL YARD 122 2784 SF AREA NOT IN CONTRACT I 1� //\ LAG F1 03 233 SF OMMR2 1 101 . 7 234 SF 0m GEN05000 CONDUIT PLAN GENERAL NOTES 1. REFER TO SHEET EO.1 FOR GENERAL NOTES AND SYMBOL LEGEND. 2. THIS DRAWING'S INTENDED USE IS TO ASSIST IN THE ROUTING OF UNDERGROUND AND INTERIOR TO THE BUILDING CONDUITS AND SETS MINIMUM REQUIREMENTS FOR FUTURE CONDUITS. THE ELECTRICAL CONTRACTOR SHALL BE RESPONSIBLE FOR DETERMING THE EXACT CONDUIT QUANTITIES AND REQUIREMENTS. 3. THE ELECTRICAL CONTRACTOR IS RESPONSIBLE FOR ALL SEISMIC BRACING AND DESIGN, WHERE REQUIRED BY LOCAL AUTHORITIES. 4. ALL FEEDERS ARE TO BE SUPPORTED FROM THE FLOOR. SUPPORTING FROM THE CEILING/ROOF IS NOT ALLOWED WITHOUT PRIOR APPROVAL BY STRUCTURAL ENGINEER. 5. COORDINATE ALL CONDUITS IN RAISED FLOOR AREAS WITH RAISED FLOOR PEDESTAL LOCATIONS. 6. COORDINATE ALL SLAB PENETRATIONS WITH EXISTING STRUCTURAL ELEMENTS. 7. PROVIDE ADDITIONAL PULL BOXES AS REQUIRED TO COMPLY WITH NEC. (1 7�, I 1 AREA NOT IN ONT CONDUIT PLAN KEYED NOTES O FEEDER CONDUITS AND PULL/JUNCTION BOXES FROM O PROVIDE 4" EMT CONDUITS WITH PUSH ON BUSHINGS —IN PDU'S TO RPP'S ROUTED UNDER RAISED FLOOR. � AS SHOWN ON PRINT. I CONTRACTOR TO KEEP CONDUITS AS CLOSE TO BOTTOM A01/02/19 I PLAN CHECK RESPONSE 1 OF SLAB AS POSSIBLE. PROVIDE OFFSETS/SADLES AS O PROVIDE 4" EMT CONDUIT TURN DOWN FROM PLENUM � NECESSARY. N AREA. 90 DEGREE TURN DOWN IN MMR ROOMS. STUB O NOT USED. J DOWN FROM CEILING NO MORE THAN 6". MUST HAVE PUSH ON BUSHINGS. O STUB CONDUITS ABOVE PDU AND TO PULL BOX PER O PROVIDE 4" EMT CONDUIT INTO DATA HALL 2. FIELD E1.113, NOTE 4. TYPICAL. Z VERIFY IF CONDUIT WILL TURN DOWN THRU CEILING OR cfl -D cl)rn STUB THRU WALL. MUST HAVE PUSH ON BUSHINGS. O PROVIDE (3) 4" CONDUITS WITH INNERDUCTS ROUTED O OVERHEAD FROM EXISTING MMR1 TO LOCATION INDICATED 3PROVIDE (4) 1" INNER DUCT IN 4" EMT CONDUIT. AND STUB INTO ROOM A MINIMUM HEIGHT OF TEN FEET MUST PROVIDE MULE TAPE AND COLOR CODE EACH ABOVE RAISED FLOOR. PROVIDE (4) 1" INNERDUCTS INNER DUCT. INNER DUCT WILL ONLY BE INSTALLED IN �J PER CONDUIT. COORDINATE INNERDUCT COLORING ONE 4" CONDUIT PER ROUTE. ONE 4" CONDUIT WILL SCHEME WITH BCEI PRIOR TO INSTALLATION. BE LEFT EMPTY WITH MULE TAPE ONLY. N COORDINATE EXACT LOCATION WITH BCEI PRIOR TO W c�*� INSTALLATION. 10 PROVIDE 20" X 20" JUNCTION BOX FOR 4" EMT OPROVIDE (3) 4" CONDUITS WITH INNERDUCTS ROUTED CONDUIT. OVERHEAD FROM EXISTING MMR2 TO LOCATION INDICATED1 1 FEEDER CONDUITS ROUTED OVERHEAD FROM PDU'S TO AND STUB INTO ROOM A MINIMUM HEIGHT OF TEN FEET BUSWAY. COORDINATE EXACT ROUTING WITH BCEI PRIOR ABOVE RAISED FLOOR. PROVIDE (4) 1" INNERDUCTS TO INSTALLATION. TYPICAL. PER CONDUIT. COORDINATE INNERDUCT COLORING SCHEME WITH BCEI PRIOR TO INSTALLATION. A COORDINATE EXACT LOCATION WITH BCEI PRIOR TO INSTALLATION. (131 114 115'' ;16 I i ; I I i i ! I i I I --- -- - n I ! -- ! ! Ic>I ! I I LOADING DOCK ! I I I I ! I I ' - 115 I I I _ . 630 SF ! ( I MECH 7 NOT I ! ( I ! 124 ! ( AN r. IT -2 �o 3 3 r—a—®®--a—N 3 ---------N EXIT - - o CRA23000 CRA22000 ICRA21000 C A20000 li FUT.CRA19000 p p FUT.CRA18000 p (D ( p PDU62000 50)(DA-150) DUD2000 (DA -150) I ! o ' STAGE SEC I 02000 , SEC o I, I 117 I I 1 I F; ` 283 SF 02000CA nI o ( al z I � 0-0- � I f � I I 3 0MP 000 STORAGE I FAC I I I p o p I ' 02000 121 EPO I I p CD Ln p ----- I --------------- ----' c-02000 ----- ----------- ---------rf ---------- -->-------------- --- ------ -- - ----------------------- 11---------- ! I I �� i I ►° p ' Q I, Y I I I I I , II I I I I UP 3 I' o ! I I I I o 0 I I I I 4 I MECH 5 °- 122 I I I 1 1 I I I i p I I I I I I I) i I II op Il! � � p I1�ip I I I I I I � 6.sca sJ' 2 , i II II I I I I I G) a I I I I I DATA HALL 2 I � I ( via I -------- ��----------------- ---------------------------------------------------- ---120------------------------------ ------------------ -- -- _ LCPC JANITOR WO ENS MENS 2000 c 129 1 0 131 I I I I I I I TRNC ' ' � 2000 LCPD 1 1 I I I I 1 I 2000 TRND VHO02fl0 / 2000 I I I 1 1 1 1 I I I F�= BREAKOUT F,CUoS000 M I I ) I I ! I 1 1 I I t I I I I I I I I I IT T L_J I I 1 I I I .. w..., .... --"F ......�. ,....- - - - - - --------- 7-7r-7- ,,.. - - ,.....,,, -. FUT. CRA17000 q 1 1 1 9 7 FUT. CRA16000 I g FUT. CRA15000 pit I 1 11 FUT. CRA14000 p FUT. CRA13000 p I 1 11 UT. CRA12000 p p FUT. CRA11000 p VE (DA -150) IL - _ - - - J_ _ J p ' (DA -150) 6 9 (DA -150) p - - - - - - _ 11 (DA -150) 1 p (DA -150) IL - - - - - _ J p (DA -150) p p (DA -150) p ' CONFERENCE SECURITY I 125 -------- 6> ------- � ,�.----�,�, �—6 MEC4+ .. --- ---- — -- -------A 132 I 134 ( I I 123 I I I 6 --------------------------- ------------------ Ep ---------------- ---------------- 3'- ----------------- 3----------------- ----------------31----------- 1 I I I I I I I ! ! ! ! ! 1 ELECTRICAL CONDUIT PLANZ SCALE, v8'-1'-0• I I 0 GEN03000 MECHANICAL YARD 122 2784 SF AREA NOT IN CONTRACT I 1� //\ LAG F1 03 233 SF OMMR2 1 101 . 7 234 SF 0m GEN05000 CONDUIT PLAN GENERAL NOTES 1. REFER TO SHEET EO.1 FOR GENERAL NOTES AND SYMBOL LEGEND. 2. THIS DRAWING'S INTENDED USE IS TO ASSIST IN THE ROUTING OF UNDERGROUND AND INTERIOR TO THE BUILDING CONDUITS AND SETS MINIMUM REQUIREMENTS FOR FUTURE CONDUITS. THE ELECTRICAL CONTRACTOR SHALL BE RESPONSIBLE FOR DETERMING THE EXACT CONDUIT QUANTITIES AND REQUIREMENTS. 3. THE ELECTRICAL CONTRACTOR IS RESPONSIBLE FOR ALL SEISMIC BRACING AND DESIGN, WHERE REQUIRED BY LOCAL AUTHORITIES. 4. ALL FEEDERS ARE TO BE SUPPORTED FROM THE FLOOR. SUPPORTING FROM THE CEILING/ROOF IS NOT ALLOWED WITHOUT PRIOR APPROVAL BY STRUCTURAL ENGINEER. 5. COORDINATE ALL CONDUITS IN RAISED FLOOR AREAS WITH RAISED FLOOR PEDESTAL LOCATIONS. 6. COORDINATE ALL SLAB PENETRATIONS WITH EXISTING STRUCTURAL ELEMENTS. 7. PROVIDE ADDITIONAL PULL BOXES AS REQUIRED TO COMPLY WITH NEC. (1 7�, I 1 AREA NOT IN ONT AREA NOT IN CONTRACT AREA NOT IN CONTRACT p p II p Ilo� p pots- p p�� p — II p p app L� F 0 0 0 0 Q rMECH -2 105 225 SF CD a- CD 0:� o wLn 0 Na Date ' --- ----------- I . —IN 7/26/17 � A11/09/18 I I A01/02/19 I PLAN CHECK RESPONSE 1 01/11/19 AREA NOT IN CONTRACT AREA NOT IN CONTRACT p p II p Ilo� p pots- p p�� p — II p p app L� F 0 0 0 0 Q rMECH -2 105 225 SF CD a- CD 0:� o wLn 0 Na Date ' CAD I . —IN 7/26/17 � A11/09/18 I i � A01/02/19 I PLAN CHECK RESPONSE 1 01/11/19 REVISION #3 � I N J I I:. C Z cfl -D cl)rn e O eiii%e - .. SF �J fwl) City of I a ! BUILDING A O -N DECEIVED Q CITY OF TUKWILA JAN 2 ! 3 2019. I PERMIT CENTER'goal., ' I 5005 Greenville Avenue Dallas, TX 75206 Phone: 214/273-1559 ISSUES & REVISIONS Na Date I Description CAD 9/9/16 ISSUE FOR PERMIT —IN 7/26/17 REVISION #1 A11/09/18 CD A01/02/19 PLAN CHECK RESPONSE 1 01/11/19 REVISION #3 N J J Q C Z cfl -D cl)rn �J fwl) V N W c�*� � H D ISSUES & REVISIONS Na Date I Description 1 9/9/16 ISSUE FOR PERMIT 7/26/17 REVISION #1 A11/09/18 REVISION #2 A01/02/19 PLAN CHECK RESPONSE 1 01/11/19 REVISION #3 COAT /2019 s�rTrrLs ELECTRICAL CONDUIT PLAN SHEOr NO. DRAWN: MAG REVIEWED: RWB PROJECT NO.: C1395.00 PROPRIETARY: NOT FOR DISCLOSURE OR USE WITHOUT THE WRITTEN CONSENT OF BURR COMPUTER ENVIRONMENTS, INC. A A A 4 e� LOAD ANALYSIS - MSB01000/UTILITY - ULTIMATE PROJECT: EDGECONNEX SEATTLE, WA MISCELLANEOUS ELECTRICAL LOADS EDGECONNEX SEATTLE FEEDER SCHEDULE # DESCRIPTION F.L.A. MARK FROM TO FEEDER CONDUCTOR QUANTITY AND SIZE CONDUIT SIZE NUMBER OF SETS FEEDER AMPERAGE REMARKS 001 MSBO1000 ATSC1000 (3) 400kCM, (1) #4/0 G. W 5 1600 - 002 MSB01000 ATSD1000 (3) 400kCM, (1) #4/0 G. 3" 5 1600 26.5 003 GSBO1000 ATSC1000 (3) 400MCM, (1) #4/0 G. 3" 5 1600 100,000 004 GSB02000 ATSD1000 (3) 400MCM, (1) #4/0 G. 3" 5 1600 1 005 ATSC1000 MDSC1000 (3) 400kCM, (1) #4/0 G. 3" 5 1600 49,851 006 ATSD1000 MDSD1000 (3) 400kCM, (1) #4/0 G. 3" 5 1600 DATA CENTER 007 MDSC1000 MDPC1000 (3) #300kCM, (1) #1/OG. 2-1/2" 3 800 kVA 008 MDSC1000 MBCC1000 (SECT. 1) (3) 300kCM, (1) #1/0 G. 2-1/2" 3 800 65,000 009 MDSC1000 UPSC1000 (3) 35OkCM, (1) ##210G. 2-1/2" 3 900 3 010 MBCC1000 (SECT. 1) NOCC1000 (SECT. 2) (3) 300kCM, (1) #1/0 G. 2-1/2" 3 800 UPS/ELEC ROOM CRAGS (REDUNDANT, FAN ONLY) 011 'MBCC1000 (SECT. 1) UPSC1000 (3) 300kCM, (1) #1/0 G. 2-1/2" 3 800 8.4 012 MBCA1000 (SECT. 2) UPSC1000 (3) 300kCM, (1) #1/0 G. 2-1/2" 3 800 480 013 MBCC1000 (SECT. 2) PDUC1000 (3) 300kCM, (1) #1/0 G. 2-1/2" 3 800 3 014 MDSD1000 MDPD1000 (3) #300kCM, (1) #1/OG. 2-1/2" 3 800 0.0 015 MDSD1000 MBCD1000 (SECT. 1) (3) 300kCM, (1) #1/0 G. 2-1/2" 3 800 18,754 016 MDSD1000 UPSD1000 (3) 350kCM, (1) #2100. 2-1/2" 3 900 8 017 MBCD1000 (SECT. 1) MBCD1000 (SECT. 2) (3) 300kCM, (1) #1/0 G. 2-1/2" 3 800 PASS 018 MBCD1000 (SECT. 1) UPSD1000 (3) 300kCM, (1) #110 G. 2-1/2" 3 800 DATA CENTER UPS EQUIPMENT 019 UPSD1000 MBCD1000 (SECT. 2) (3) 300kCM, (1) #1/0 G. 2-1/2" 3 800 BSWAC411 020 MBCD1000 (SECT. 2) PDUD1000 (3) 300kCM, (1) #1/0 G. 2-1/2" 3 800 4 021 MBCA1000 (SECT. 2) PDUA2000 (3) 300kCM, (1) #1/0 G. 2-1/2" 3 800 E1.1B 022 PDUA2000 JUNCTION BOX (3) #300kCM, (1) #1/OG. 2-1/2" 3 800 4 023 MBCB1000 (SECT 2) PDUB2000 (3) 300kCM, (1) #1/0 G. 2-1/2" 3 800 22,000 024 PDUB2000 JUNCTION BOX (3) #300kCM, (1) #1/OG. 2-1/2" 3 800 4 025 PDUA2000 BSWAA111 (3) #410, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 026 PDUA2000 BSWAA211 (3) #4/0, (1) #410 N., (1) #2 G. 2-1/2" 2 450 027 PDUA2000 BSWAA311 (3) #410, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 028 PDUA2000 RPPA1300 (3) #4/0, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 030 PDUA2000 BSWAA411 (3) #410, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 032 PDUA2000 JUNCTION BOX (3) #4/0, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 4 033 PDUB2000 BSWAB111 (3) #4/0, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 034 PDUB2000 BSWAB211 (3) #410, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 035 PDUB2000 BSWAB311 (3) #4/0, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 036 PDUB2000 BSWAB411 (3) #4/0, (1) #410 N., (1) #2 G. 2-1/2" 2 450 037 PDUB2000 RPPB1300 (3) #4/0, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 038 PDUB2000 JUNCTION BOX (3) #4/0, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 4 039 PDUB2000 JUNCTION BOX (3) #4/0, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 4 040 PDUB2000 JUNCTION BOX (3) #4/0, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 4 041 PDUC2000 BSWAC111 (3) #4/0, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 042 PDUC2000 BSWAC211 (3) #4/0, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 043 PDUC2000 BSWAC311 (3) #4/0, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 044 PDUC2000 BSWAC411 (3) #4/0, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 046 PDUC2000 BSWAC611 (3) #410, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 048 PDUC2000 JUNCTION BOX (3) #4/0, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 4 049 PDUD2000 BSWAD111 (3) #4/0, (1) #410 N., (1) #2 G. 2-1/2" 2 450 050 PDUD2000 BSWAD211 (3) #410, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 051 PDUD2000 BSWAD311 (3) #4/0, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 052 POUD2000 BSWAD411 (3) #4/0, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 0 3 054 PDUD2000 PDCJD2600 RPPD1400 BSWAD511 3) #4/0 (1 #4/0 N. 1) #2 G. (3) #4/0, (1) #4/0 N., (1) #2 G. 2-1/2" oem 2-1/2" 2 2 450 450 055 PDUD2000 BSWAD611 (3) #4/0, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 057 MDPA1000 TRNC2000 (3) #1, (1) #6G. 1-1/2" 1 125 1 058 TRNC2000 LCPC2000 (4) #250kCM, (1) #4 G. 2-1/2" 1 250 1 059 MDPB1000 TRND2000 (3) #1, (1) #6G. 1-1/2" 1 125 1 060 TRND2000 LCPD2000 (4) #250kCM, (1) #4 G. 2-1/2" 1 250 1 061 MDPB1000 CRA24000 (3) #6, (1) #10 G. 1" 1 50 1 062 MDPB1000 CON15241 (3) #8, (1) #8 G. 314" 1 20 1,3 063 MDPA1000 FUT. CRA18000 - - - - 064 MDPB1000 FLIT. CRA18000 - - - - 065 FUT. CRA18000 FLIT. ERP18000 - - - - 066 FUT. CRA18000 FLIT. CON35181 - - - - 067 FUT. CON35181 FUT. CON36182 - - - - 068 MDPA1000 FUT. CRA19000 - - - - 069 MDPB1000 FUT. CRA19000 - - - - 070 FUT. CRA19000 FUT. ERP19000 - - - - 071 FUT. CRA19000 FLIT. CON37191 - - - - 072 FUT. CON37191 FUT. CON38192 - - - - 073 MDPO1000 CRA20000 (3) #1/0, (1) #6 G. 1-1/2" 1 150 1 074 CRA20000 ERP20000 (3) #8, (1) #8 G. 314" 1 15 1,3 075 ERP20000 CON39201 (3) #8, (1) #8 G. 3/4" 1 15 1,3 076 CON39201 CON40202 (3) #8, (1) #8 G. 314" 1 15 1,3 077 MDPC1000 CRA21000 (3) #1/0, (1) #6 G. 1-1/2" 1 150 1 078 MDPD1000 CRA20000 (3) #1/0, (1) #6 G. 1-1/2" 1 150 1 079 CRA21000 ERP21000 (3) #8, (1) #8 G. 3/4" 1 15 1,3 080 ERP21000 CON41211 (3) #8, (1) #8 G. 314" 1 15 1,3 081 CON41211 CON42212 (3) #8, (1) #8 G. 314" 1 15 1,3 082 MDPA1000 CRA22000 (3) #1/0, (1) #6 G. 1-1/2" 1 150 1 083 CRA22000 ERP22000 (3) #8, (1) #8 G. 3/4" 1 15 1,3 084 ERP22000 CON43221 (3) #8, (1) #8 G. 3/4" 1 15 1,3 085 CON43221 CON44222 (3) #8, (1) #8 G. 314" 1 15 1,3 086 MDPC1000 CRA23000 (3) #1/0, (1) #6 G. 1-1/2" 1 150 1 087 NOT USED - - - - - 088 CRA23000 ERP23000 (3) #8, (1) #8 G. 3/4" 1 15 1,3 089 ERP23000 CON45231 (3) #8, (1) #8 G. 314" 1 15 1,3 090 C O N45231 CO N46232 (3) #8, (1) #8 G. 3/4" 1 15 1,3 091 MBCC1000 (SECT. 2) PDUC2000 (3) 300kCM, (1) #1/0 G. 2-1/2" 3 800 092 PDUC2000 JUNCTION BOX (3) #300kCM, (1) #1/OG. 2-1/2" 3 800 4 093 MBCD1000 (SECT 2) PDUD2000 (3) 300kCM, (1) #1/0 G. 2-1/2" 3 800 094 PDUD2000 JUNCTION BOX (3) #300kCM, (1) #1/OG. 2-1/2" 3 800 4 095 MDPB1000 FLIT. CRA11000 - - - - 096 NOT USED - - - - - 097 FUT. CRA11000 FUT. CON21111 - - - - 098 FLIT. CON21111 FLIT. CON22112 - - - - 099 MDPD1000 FLIT. CRA09000 - - - - 100 FUT. CRA09000 FLIT. ERP09000 - - - - 101 FUT. CRA09000 FUT. CON17091 - - - - 102 FUT. CON17091 FUT. CON18092 - - - - S003 GEN03000 GS1301000/GS602000 (4) #400MCM. (1) #2/0 G. 4" EXIST. 3 1000 1 S004 GEN04000 GS601000/GS1302000 (4) #400MCM, (1) #210 G. 4" EXIST. 3 1000 1 S005 GEN05000 GSB01000/GSB02000 (4) #400MCM, (1) #2/0 G. 4" EXIST. 3 1000 1 NOTES: 1) PROVIDE LFMC FLEXIBLE CONNECTION AT EQUIPMENT. i 2) CAP BELOW RAISED FLOOR. 3) FEEDER INCREASED DUE TO EXPOSED ROUTING ON ROOF. PROVIDE GRS CONDUIT WHERE EXPOSED ON ROOF. 4) PROVIDE HEAT SHRINK AT CONDUCTOR ENDS IN JUNCTION BOX AND LOTO FOR SERVING FEEDER BREAKER. LOAD ANALYSIS - MSB01000/UTILITY - ULTIMATE PROJECT: EDGECONNEX SEATTLE, WA MISCELLANEOUS ELECTRICAL LOADS CALCULATIONS # DESCRIPTION F.L.A. VOLT. PH. kVA PASS OR FAIL 1 32,500SF LIGHTING (3.5 VA/SF PER NEC T220.12) - - - 113.8 E1.1A 1 RECEPTACLES (1 VA/SF PER NEC T220.12) - - - 32.5 51,944 1 PANEL LCPC1000 (LESS LTS AND RCPT) - - - 26.5 M13CC1000 1 PANEL LCPD1000 (LESS LTS AND RCPT) - - - 32.2 100,000 1 PANEL LCPC2000 (LESS LTS AND RCPT) - - - 0.8 PASS 1 PANEL LCPD2000 (LESS LTS AND RCPT) - - - 9.5 E1.1A 65,000 49,851 PASS IVBCD1000' E1.1A 65,000 36,906 ULTIMATE MISCELLANEOUS ELECTRICAL LOADS SUBTOTAL (KVA) 215.2 DATA CENTER MECHANICAL EQUIPMENT 38,710 # DESCRIPTION F.L.A. VOLT. PH. kVA PDUA2000 8 DATA CENTER CRAGS 123.4 480 3 820.7 65,000 2 DATA CENTER CRAGS (REDUNDANT, FAN ONLY) 14.0 480 3 23.3 PASS 3 UPS/ELEC ROOM CRAGS 39.2 480 3 97.8 E1.1B 2 UPS/ELEC ROOM CRAGS (REDUNDANT, FAN ONLY) 14.0 480 3 23.3 13,662 16 DATA CENTER ACCU'S 8.4 480 3 111.7 UNNERSAL MOUNT EXIT LIGHT WITH GREEN LETTERS AND INTEGRAL BATTERY BACKUP. 4 DATACENTER ACCU'S (REDUNDANT) 0.0 480 3 0.0 22,000 8 DATACENTER REF. PUMPS (NON -COINCIDENTAL) 0.0 480 3 0.0 PASS 2 DATACENTER REF. PUMPS (NON-COINCIDENTA) 0.0 480 3 0.0 E1.113 3 UPS/ELEC ROOMACCU'S 5.6 480 3 14.0 18,754 2 UPS/ELEC ROOM ACCU'S (REDUNDANT) 0.0 480 3 0.0 BSWAB311 8 30KVV CRA REHEAT DIVERSITY AT 60% -14.4 480 3 -96.0 22,000 15,311 PASS BSWAC111 E1.113 22,000 18,082 PASS ULTIMATE DATA CENTER MECHANICAL EQUIPMENT SUBTOTAL (KVA) 994.8 DATA CENTER UPS EQUIPMENT 18,643 # DESCRIPTION F.L.A. VOLT. PH. kVA BSWAC411 1 1600kW CRITICAL LOAD' 1,924.5 480 3 1,600.0 22,000 4 UPS BATTERY CHARGING (4 UPS AT 10% FULL CHARGING) 60.1 480 3 200.0 PASS BSWAD111 E1.1B 22,000 21,953 PASS BSWAD211 E1.113 ULTIMATE DATA CENTER UPS EQUIPMENT SUBTOTAL (KVA) 1,800.0 TOTAL UTILITY LOAD (KVA) 3,010 LOAD AT 480Y/277V, 3-PHASE, 4 -WIRE 3,620 AMPS SERVICE SIZE AT 480Y/277V, 3-PHASE, 4 -WIRE 4,000 AMPS SPARE CAPACITY AT 480Y/277V, 3-PHASE, 4 -WIRE 380 AMPS NOTES: 1) EQUIPMENT QUANTITIES INCLUDE ALL FUTURE EQUIPMENT SERVED BY MSBO1000 A FAULT CURRENT CALCULATIONS VOLTAGE MATTS DESCRIPTION EQUIPMENT ONE -LINE REFERENCE EQUIPMENT RATING AIC MAXIMUM FAULT 3-PHASE AMPS PASS OR FAIL UMC E1.1A 100,000 60,290 PASS MSBO1000 E1.1A 100,000 57,363 PASS ATSC1000 E1.1A 100,000 51,944 PASS MDSC1000 E1.1A 65,000 49,851 PASS M13CC1000 E1.1A 65,000 39,166 PASS UPSC1000 E1.1A 100,000 38,710 PASS PDUC1000 E1.1A 65,000 30,340 PASS ATSD1000 E1.1A 100,000 51,944 PASS IVDSD1000 E1.1A 65,000 49,851 PASS IVBCD1000' E1.1A 65,000 36,906 PASS UPSD1000 E1.1A 100,000 38,710 PASS PDUD1000 E1.1A 65,000 28,642 PASS PDUA2000 E1.1B 65,000 31,523 PASS PDUB2000 E1.1B 65,000 31,337 PASS RPPA1300 E1.16 22,000 15,096 PASS RPPA1400 E1.113 22,000 14,305 PASS RPPB1300 E1.1B 22,000 16,954 PASS RPPD1400 E1.16 22,000 13,662 PASS PDUC2000 E1.113 65,000 26,727 PASS UNNERSAL MOUNT EXIT LIGHT WITH GREEN LETTERS AND INTEGRAL BATTERY BACKUP. LITHONIA QUANTUM SERIES WALUCEILING X1 INDICATES SINGLE FACE, X2 INDICATES DOUBLE FACE, PROVIDE ARROWS AS INDICATED, GREEN BSWAA111 E1.113 22,000 11,508 PASS BSWAA211 E1.113 22,000 11,779 PASS BSWAA311 E1.113 22,000 13,470 PASS BSWAA411 E1.113 22,000 15,249 PASS BSWAB111 E1.1B 22,000 18,754 PASS BSWAB211 E1.113 22,000 16,859 PASS BSWAB311 E1.113 22,000 15,712 PASS BSWAB411 E1.113 22,000 15,311 PASS BSWAC111 E1.113 22,000 18,082 PASS BSWAC211 E1.113 22,000 18,643 PASS BSWAC311 E1.113 22,000 21,909 PASS BSWAC411 E1.16 22,000 19,878 PASS BSWAC511 E1.16 22,000 17,351 PASS BSWAC611 E1.113 22,000 19,365 PASS BSWAD111 E1.1B 22,000 21,953 PASS BSWAD211 E1.113 22,000 20,048 PASS BSWAD311 E1.1B 22,000 19,400 PASS BSWAD411 E1.113 22,000 17,379 PASS BSWAD511 E1.113 22,000 20,740 PASS BSWAD611 E1.113 22,000 21,482 PASS 1. THE AVAILABLE FAULT CURRENT FROM THE UTILfTY IS 72,169A AT THE SECONDARY SIDE OF THE NEW PADMOUNT TRANSFORMER. MOTOR CONTRIBUTION IS AN LIGHT FIXTURE SCHEDULE MARK LAMPS VOLTAGE MATTS DESCRIPTION MANUFACTURERS CATALOG NUMBER MOUNTING REMARKS NO. TYPE A 1 LED UNN/ 35W 2X2 LAY -IN TROFFER LITHONIA 2ALL2-40L-EZ1-LP850-N80 RECESSED C!) AE 1 LED UNN/ 35W 2X2 LAPIN TROFFER, EMERGENCY BALLAST LITHONIA 2ALL2-40L-EZ1-LP850-N80-EL14L RECESSED PROVIDE EMERGENCY BALLAST. INSTALL REMOTE MOUNTED TEST SWITCH B 1 LED UNN/ 68W 2X4 LAPIN TROFFER LITHONIA 2ALL4-72L-EZ1-LP850-N80 RECESSED BE 1 LED UNN/ 68W 2X4 LAPIN TROFFER, EMERGENCY BALLAST LITHONIA 2ALL4-72L-EZ1-LP850-N80-EL14L RECESSED PROVIDE EMERGENCY BALLAST. INSTALL REMOTE MOUNTED TEST SWITCH C 1 LED UNN/ 107W 8 FOOT SURFACE MOUNTED LINEAR LENSED STRIP LIGHTING FIXTURE METALUX METALUX 8TSNLED-LD1-115-LC-UNV L850 -CD2 -U SUSPENDED SUSPENDED UTILIZING UNISTRUT SUPPORT CE 1 LED UNN/ 107W 8 FOOT SURFACE MOUNTED LINEAR LENSED STRIP LIGHTING FIXTURE, EMERGENCY BALLAST METALUX METALUX 8TSNLED-LD1-115-LC-UNV EL -L850 -CD2 -U SUSPENDED SUSPENDED UTILIZING UNISTRUT SUPPORT, PROVIDE EMERGENCY BALLAST F 1 LED UNN/ 53W 4 FOOT SURFACE MOUNTED LINEAR LENSED STRIP LIGHTING FIXTURE METALUX METALUX SNLED-LD1-58-LC-UWL850-CD1-U SUSPENDED SUSPENDED UTILIZING UNISTRUT SUPPORT FE 1 LED UNN/ 53W 4 FOOT SURFACE BUNTED LINEAR LENSED STRIP LIGHTING FIXTURE, EMERGENCY BALLAST METALUX METALUX SNLED-LD1-58-LC-UWL850-CD1-U SUSPENDED SUSPENDED UTILIZING UNISTRUT SUPPORT G 1 LED UNN/ 54W WALL MOUNTED FLOOD LIGHT MbGRAW EDISON IST B02-LED-E1-BL4-GM WALL MOUNT TOP OF FIXTURE 12" BELOW TOP OF SCREEN WALL. FIXTURE SHALL BE FULL CUTOFF. JE 2 LED I 120V/ 3W EXTERIOR WALL MOUNTED EMERGENCY/EGRESS LIGHTING FIXTURE WITH REDUNDANT LED'S DUAL -LITE DUAL LITE PG Z HTR WALL MOUNT ONE FOOT ABOVE DOOR, CONTAINS BATTERY HEATER FOR COLD OPERATION. BRONZE FINISH X1 NIA LED I UNN/ 1W UNNERSAL MOUNT EXIT LIGHT WITH GREEN LETTERS AND INTEGRAL BATTERY BACKUP. LITHONIA QUANTUM SERIES WALUCEILING X1 INDICATES SINGLE FACE, X2 INDICATES DOUBLE FACE, PROVIDE ARROWS AS INDICATED, GREEN A A RECEIVED CITY OF TUKWILA JAN 2 3 2019 PERMIT CENTER rl-ffi4 .0 - FEB 2 5 City of Tuk N Na Date J 1 9/9/16 J 7/26/17 Q 11/09/18 Z 01/02/19 PLAN CHECK RESPONSE 1 00 Q C!) op Q O w (n Q W UD a d- � W C'7 W ISSM & REVISIONS Na Date Description 1 9/9/16 ISSUE FOR PERMIT 7/26/17 REVISION #1 11/09/18 REVISION #2 01/02/19 PLAN CHECK RESPONSE 1 01/11/19 REVISION #3 /2019 SEgMT T= ELECTRICAL SCHEDULES SEIMNO DRAWN: MAG REVIEWED: RWB PROJECT NO.: C1395.00 PROPRIETARY: NOT FOR DISCLOSURE OR USE WITHOUT THE CONSENT OF BURR COMPUTER ENVIRONMENTS, INC. RE: SHEET 1.1A 021 022 3P A �� KK -- KK �, 3PA NEW PDU 'PDUA2000' 500kVA, 48OV, 30, 3W INPUT, 65kAIC 20BY/120V, 30, 4W OUTPUT = UPS ROOM 2 119 1 2 3 4 5 6 3 RE: 19 J RE: C 19 J 3 RE: 19 SHEET 1.1A SHEET 1.1A SHEET 1.1A 023 024 091 092 093 094 U.L. LISTED ASSEMBLY 3PA°) KK -- KK +) 3PA U.L. LISTED ASSEMBLY SODA 800A KK -- KK ♦, 3PA U.L. LISTED ASSEMBLY 8P A+, �, 3PA U.L. LISTED ASSEMBLY NEW PDU 'PDUB2000' NEW PDU 'PDUC2000' NEW PDU 'PDUD2000' 500kVA, 48OV, 30, 3W INPUT, 65kAIC 500kVA, 48OV, 30, 3W INPUT, 65kAIC 500kVA, 48OV, 30, 3W INPUT, 65kAIC 208Y/120V, 30, 4W OUTPUT = 208Y/12OV, 30, 4W OUTPUT = 208Y/12OV, 30, 4W OUTPUT = UPS ROOM 2 119 UPS ROOM 2 119 UPS ROOM 2 119 7 8 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 1 2 3 4 5 6 7 8 400AT 4/ 400AT 4/ 400AT t/ 400AT 4/ 400AT t/ 400AT f/ 400AT TTITTT 030 031 0322 O ,O .\ ROW 01-1 - BSWAA111 (BUS A) 400A - BSWAD311 (BUS D) ROW 01-1 - BSWAC111 (BUS C) 400A - BSWAB311 (BUS B) ROW 02-1 - BSWAA211 (BUS A) 400A - BSWAD411 (BUS D) ROW 02-1 - BSWAC211 (BUS C) 400A - BSWAB411 (BUS B) ROW 03-1 - BSWAA311 (BUS A) 400A - BSWAC511 (BUS C) ROW 03-1 - BSWAD111 (BUS D) 400A N ROW 04-1 - BSWAB111 (BUS B) 400A M ROW 04-1 - BSWAC311 (BUS C) 400A ROW 05-1 - BSWAC411 (BUS C) 400A ROW 05-1 - BSWAD211 (BUS D) 400AT 9/ 400AT 9/ 400AT V/ 400AT 4/ 400AT t/ 400AT t/ 400AT 4/ 400AT 033 034 035 036 037 038) 0394 040_ ROW 06-1 - BSWAB211 (BUS B) j 400A 400A 3P I400A 3P ROW 06-1 - BSWAD311 (BUS D) 400A PANEL PANEL ROW 07-1 - BSWAB311 (BUS B) 400A 84 84 ROW 07-1 - BSWAD411 (BUS D) 400A NEW RPP NEW RPP ROW 08-1 - BSWAB411 (BUS B) 400A A r ROW 08-1 - BSWAC511 (BUS C) 400AT 9/ 400AT 4/ 400AT 4/ 400AT 9/ 400AT 4/ 400AT 4/ 400AT 041042 043 044 045 046n 04 048^ 400A 400A 3P 3P 400A 3P I400A 3P 100% 100% 100% /100% PANEL PANEL PANEL PANEL PPA1 PPB1 PPAt PPD140 84 84 84 84 POLE POLE POLE POLE NEW RPP NEW RPP NEW RPP NEW RPP 'RPPA1300' 'RPPB1300' 'RPPA1400' 'RPPD1400' ,(*1 PARTIAL ELECTRICAL ONE -LINE DIAGRAM \E1.1 B cuE. NOT TO SCALE D 400AT f/ 400AT 9/ 400AT t/ 400AT t/ 400AT t/ 400AT t/ 400AT 049 050 051 052 053 0540554 056 D 3 A 0 A 0 O D SEPARATE PERMIT RE UIRED FOR: Mechanical Q, Electrical (J¢ Plumbing C� Gas Piping City of Tukwila BUILDING DIVISION ONELINE DIAGRAM GENERAL NOTES 1. REFER TO GENERAL ELECTRICAL NOTES, SYMBOLS, AND ABBREVIATIONS SHEET EO.1 FOR ALL SYMBOLS ON THIS SHEET. 2. REFER TO SHEETS EO.2 AND E0.3 FOR ELECTRICAL SPECIFICATIONS. 3. REFER TO SHEETS E4.1 AND E4.2 FOR FEEDER SCHEDULES, LOAD ANALYSIS, AND FAULT CURRENT DUTY SCHEDULE. 4. PHASE ROTATION SHALL BE A -B -C CLOCKWISE THROUGHOUT SYSTEM. ONELINE DIAGRAM KEYED NOTES O NOT USED. O2 NOT USED. O PROVIDE NEMA 1 PULL BOX SIZED PER NEC REQUIREMENTS LOCATED ABOVE ORIGINATING EQUIPMENT. PROVIDE HEAT SHRINK ON CONDUCTOR ENDS FOR FUTURE CONNECTION. OPROVIDE NEMA 1 PULL BOX SIZED PER NEC REQUIREMENTS FOR CONNECTION TO FUTURE BUSWAY. JUNCTION BOX SHALL BE INSTALLED TO NOT INHIBIT FUTURE INSTALLATION OF CONDUITS. INSTALL CONDUCTORS TO PULL BOX AND PROVIDE HEAT SHRINK ON CONDUCTOR ENDS. COORDINATE EXACT LOCATION WITH BCEI PRIOR TO INSTALLATION. ONOT ' USED. O6 NOT USED. l�7 NOT USED. Og NOT USED. LINE TYPE LEGEND EXISTING FEEDERS/EQUIPMENT TO REMAIN - - - - - - - - - NEW FEEDERS/EQUIPMENT FUTURE FEEDERS/EQUIPMENT--------------------------- FEEDERS/EQUIPMENT TO BE DEMOLISHED - X — X — X - �iLj� OPY 1 IPermn No. Plan review approval Is suolect to errors ano omissions Approval of construction documents does nor auto. rize the violation of any adopted code or ordinance Receipt of aparoved FleeQ Copy and co d�uons Is a Kno I, g By. ,.1. Date: iCit of TUKWIIa BUILDING DIVISION REVISIONS No changes shall be made to the scope of work wltnout orror .at,oroval of the Tukwila Building L- vision. NOTE: Revisions will require a new pian submittal and may Include additional plan review. 00RF IVI-F'K 1%0 - rqa — FEB 0 5 2M Gly of Tukwila BUILDR4G DIVISION RECEWED CITY OF T UKWILA JAN 1 '0 2019 PERIMIT CENTER N No. Date J 1 9/9/16 J A7/26/17 Q A--� 11/09/18 REVISION #2 - O OTO PLAN CHECK RESPONSE 1 Q Co 00 � = Q Q A r W Co N W M I- a Uj ISSUES & REVISIONS No. Date Description 1 9/9/16 ISSUE FOR PERMIT A7/26/17 REVISION #1 A--� 11/09/18 REVISION #2 - 01/02/19 PLAN CHECK RESPONSE 1 SBMT= ELECTRICAL ONE -LINE SHBBTNO DRAWN: MAG REVIEWED: RWB PROJECT NO.: C1395.00 PROPRIETARY: NOT FOR DISCLOSURE OR USE WITHOUT THE WR CONSENT OF BURR COMPUTER ENVIRONMENTS, INC. n N ELECTRICAL SYMBOLS LEGEND (ALL SYMBOLS SHOWN ARE NOT NECESSARILY USED ON DRAWINGS) SINGLE POLE SWITCH 2OA. 120/277 VOLT. (MOUNTED AT 42" AFF) $3 3 -WAY SWITCH 2OA. 120/277 VOLT. (MOUNTED AT 42" AFF) 4 -WAY SWITCH 2OA. 120/277 VOLT. (MOUNTED AT 42" AFF) SINGLE PHASE MANUAL MOTOR SWITCH STARTER WITH THERMAL OVERLOAD ELEMENT MOUNTED M 42"AFF, UNLESS NOTED OTHERWISE. DUPLEX RECEPTACLE: 20A, 125V, 3 -WIRE, GROUNDING TYPE (NEMA #5-20R), MOUNTED +18" AFF TO CENTERLINE UNLESS OTHERWISE NOTED. QUAD RECEPTACLE: 20A, 125V, 3 -WIRE, GROUNDING TYPE (NEMA #5-20R), UNDER A COMMON COVER PLATE MOUNTED +18" AFF TO CENTERLINE UNLESS OTHERWISE NOTED. SIMPLEX RECEPTACLE: 20A, 125V, 3 -WIRE, GROUNDING TYPE (NEMA #5-20R), MOUNTED +18" AFF TO CENTERLINE UNLESS OTHERWISE NOTED. NEW DUPLEX OR QUAD. RECEPTACLE ON UPS PROTECTED SYSTEM: DEVICE COLOR RED: 20A, 125V, 3WIRE, GROUNDING TYPE MOUNTED 18"AFF TO CENTERLINE UNLESS SPECIFICALLY NOTED OTHERWISE. OIG DUPLEX RECEPTACLE: 20A, 125V, 3WIRE, GROUNDING TYPE (NEMA 5-20R). 'AC' INDICATES AC MOUNTED ABOVE COUNTER TOP. COORDINATE MOUNTING HEIGHT WITH COUNTER CONTRACTOR. 'IG' INDICATES ISOLATED GROUNDING TYPE. OGFI GROUND FAULT CIRCUIT INTERRUPTER TYPE DUPLEX RECEPTACLE 20A, 125V, 3 -WIRE GROUNDING TYPE. MOUNTED 18"AFF TO CENTERLINE, UNLESS NOTED OTHERWISE. OWPGROUND FAULT CIRCUIT INTERRUPTER TYPE DUPLEX RECEPTACLE MOUNTED IN A WEATHERPROOF CA DEVICE BOX, 20A, 125V, 3 -WIRE GROUNDING TYPE. COORDINATE MOUNTING WITH INSTALLATION LOCATION. 2'x4' FLUORESCENT FIXTURE D 1'x4' FLUORESCENT FIXTURE 2'x2' FLUORESCENT FIXTURE EMERGENCY LIGHT FIXTURE. (1) LAMP UNSWITCHED AND WIRED TO EMERGENCY SOURCE. REMAINING LAMPS SWITCHED AND WIRED TO NORMAL SOURCE. EMERGENCY WALL MOUNTED LIGHT FIXTURE. ALL LAMPS WIRED TO NORMAL AND EMERGENCY SOURCE. (DI WALL MOUNTED LIGHT FIXTURE Q RECESSED DOWN LIGHT OR INCANDESCENT LIGHT FIXTURE RECESSED WALL WASHER O SURFACE MOUNTED BRACKET LIGHT ® EXIT LIGHT FIXTURE. COORDINATE EXACT LOCATION MOUNTING AND FACE COLOR WITH AUTHORITY HAVING JURISDICTION. PROVIDE ARROWS AS INDICATED ON PLAN. SHADED AREAS INDICATE REQUIRED FACES. POLE MOUNTED SITE LIGHTING FIXTURE TRANSFER SWITCH. SWITCH POSITION INDICATES NORMAL POWER SOURCE. 'ATS' DESIGNATION DENOTES AUTOMATIC TRANSFER SWITCH. �o SINGLE PHASE OR THREE PHASE MOTOR WITH INDICATED HORSEPOWER NON-FUSED, HEAVY DUTY SAFETY SWITCH COMBINATION MAGNETIC MOTOR STARTER/DISCONNECT SWITCH FUSED, HEAVY DUTY SAFETY SWITCH ® MOTOR STARTER, TYPE AS INDICATED ON DRAWINGS r-9_ 120/208 OR 277/480 VOLT PANEL BOARD UNLESS NOTED OTHERWISE. SURFACE MOUNTED. TOP OF PANEL 72"AFF. 120/208 OR 277/480 VOLT PANEL BOARD FLUSH MOUNTED TOP OF PANEL 72"AFF. DRY TYPE TRANSFORMER. SEE ONE LINE DIAGRAM AND SPECIFICATIONS FOR TRANSFORMER INFORMATION. •\l FIXED MOUNTED CIRCUIT BREAKER. SEE ONE -LINE DIAGRAM AND SPECIFICATIONS FOR MORE ®J INFORMATION. GFA - GROUND FAULT DETECTION/ALARM. L J GFP - GROUND FAULT INTERRUPTION. L J sFr BLOWN FUSE TRIP (SINGLE -PHASING PROTECTION) 211V f LIGHTNING ARRESTOR WITH INDICATED VOLTAGE LA [K # KIRK -KEY DESIGNATION AS SHOWN ON ONE -LINE DIAGRAM. '#' INDICATES KIRK -KEY LABEL IN SYSTEM. A# ONE -LINE DIAGRAM FEEDER/CIRCUIT CONTINUATION SYMBOL. A -XXX WHERE SHOWN ON ONE -LINE DIAGRAM, FEEDER/CIRCUIT SCHEDULE DESIGNATION. REFER TO FEEDER SCHEDULES FOR SIZE. F—GAP-1 GENERATOR ANNUNCIATOR PANEL ELECTRICAL SYMBOLS LEGEND (CONTIo) — — — — CONDUIT CONCEALED IN OR BELOW FLOOR GRADE BRF CONDUIT IN CEILING OR WALLS SWITCH LEG -1 HOT BELOW COUNTER BLDG BUILDING C CONDUIT HASH MARKS INDICATE NUMBER OF #12 CONDUCTORS IN CONDUIT UNLESS NOTED OTHERWISE I GROUND ON PLANS OR ONE LINE DIAGRAM) NEUTRAL CH CHILLER CKT SINGLE HOMERUN TO PANEL WITH CIRCUIT NUMBER AS INDICATED WHERE SINGLE HOMERUNS CL CENTERLINE ARE SHOWN NEUTRAL AND GROUND CONDUCTORS SHALL NOT BE SHARED WITH OTHER CIRCUITS. CEILING MULTIPLE HOMERUNS TO PANEL WITH CIRCUIT NUMBERS AS INDICATED COMPRESSOR CONDUIT EXPOSED --O CONDUIT UP CONDENSER CONDUIT DOWN OSD OCCUPANCY SENSOR SWITCHING DEVICE. REFER TO SPECIFICATIONS. OS# OCCUPANCY SENSOR. '#' DENOTES TYPE OF SENSOR. REFER TO SPECIFICATIONS. ARROW(S) INDICATE SENSOR ORIENTATION. EP EPO SYSTEM PUSHBUTTON. ® CHEMICAL GROUND ROD ,. O GROUND ROD HH GROUNDING HANDHOLE © OPEN OFFICE FURNITURE POWER POLE SUPPLIED WITH FURNITURE. © OPEN OFFICE FURNITURE COMMUNICATIONS POLE SUPPLIED WITH FURNITURE. L LIQUIDTIGHT FLEXIBLE METAL CONDUIT (LFMC) CONNECTION TO EQUIPMENT. MAXIMUM LENGTH OF FLEXIBLE CONDUIT 6'-0". O 4" SQUARE JUNCTION BOX RECESSED IN WALL UNLESS NOTED OTHERWISE. 1D2/6 JUNCTION BOX WITH CONDUIT FOR VOICE/DATA CABLING STUBBED TO ABOVE CEILING, SIZE AS INDICATED. PROVIDE BUSHING AT CONDUIT END ABOVE CEILING. NUMBERS ADJACENT TO DEVICE INDICATE QUANTITY OF VOICE AND DATA RECEPTACLES (I.E. - '12/6' = (12) DATA AND (6) VOICE). ELECTRICAL ABBREVIATIONS - A ABV AC AFC AFF AFG AHU ARF AUX. AWG AMPS ABOVE ABOVE COUNTER AVAILABLE FAULT CURRENT ABOVE FINISHED FLOOR ABOVE FINISHED GRADE AIR HANDLING UNIT ABOVE RAISED FLOOR AUXILIARY AMERICAN WIRE GAUGE BRF BELOW RAISED FLOOR BC BELOW COUNTER BLDG BUILDING C CONDUIT C.F.C.I. CONTRACTOR FURNISHED, MAX CONTRACTOR INSTALLED CH CHILLER CKT CIRCUIT CL CENTERLINE CLC CEILING COMP COMPRESSOR CONC CONCRETE COND CONDENSER CONN CONNECTION CT CURRENT TRANSFORMER CTV CABLE TELEVISION CTW COOLING TOWER DISC. DISCONNECT DS DISCONNECT SWITCH DN DOWN DTS DOUBLE -THROW SWITCH DWG DRAWING (E) EXISTING EA. EACH EC ELECTRICAL CONTRACTOR EDF ELECTRIC DRINKING FOUNTAIN EF EXHAUST FAN ELEC. ELECTRICAL ELEV. ELEVATOR EMT ELECTRICAL METALLIC TUBING ENL. ENLARGED E.O. ELECTRICALLY OPERATED EPO EMERGENCY POWER OFF EXH. EXHAUST EXIST. EXISTING FCU FAN COIL UNIT FLA FULL LOAD AMPS FLEX. FLEXIBLE FLR FLOOR FMS FACILITY MONITORING SYSTEM FS FUSED SWITCH FT FOOT/FEET FUT. FUTURE GC GENERAL CONTRACTOR GF] GROUND FAULT INTERRUPTOR GND GROUND GNDG GROUNDING GEN. GENERATOR HP HORSE POWER IC INTERMEDIATE CLASS J -BOX JUNCTION BOX KVA KILOVOLT -AMPS KW KILOWATTS LA LIGHTNING ARRESTOR LFMC LIQUIDTIGHT FLEXIBLE METAL CONDUIT LRGST LARGEST LRA LOCKED ROTOR AMPS LTG LIGHTING LVL LEVEL MAX MAXIMUM MC MECHANICAL CONTRACTOR MECH MECHANICAL MIN MINIMUM MSGB MASTER STATION GROUND BAR M.O. MOTOR OPERATED MTR MOTOR MV MEDIUM VOLTAGE N.C. NORMALLY CLOSED NEC NATIONAL ELECTRIC CODE NEMA NATIONAL ELECTRICAL MANUF. ASSOC. NFPA NATIONAL FIRE PROTECTION ASSOCIATION NF NON-FUSED N.O. NORMALLY OPEN NIC NOT IN CONTRACT NTS NOT TO SCALE OAHU OUTSIDE AIR HANDLING UNIT O.C. ON CENTER O.F.C.i. OWNER FURNISHED, E2.3 CONTRACTOR INSTALLED OHE OVERHEAD ELECTRIC PH PHASE PL PILOT LIGHT PROV'S PROVISIONS PVC POLYVINYL CHLORIDE CONDUIT PWR POWER RCPT RECEPTACLE REDUND. REDUNDANT RE: REFERENCE REQ'D REQUIRED REV REVISION RLA RUNNING LOAD AMPS RM ROOM RPM REVOLUTIONS PER MINUTE S.T. SHUNT TRIP STD STANDARD SW SWITCH SWBD SWITCHBOARD SWGR SWITCHGEAR TRANS. TRANSITION TV TELEVISION TYP TYPICAL LIGE UNDERGROUND ELECTRIC U.N.O. UNLESS NOTED OTHERWISE. UTIL. UTILITY COMPANY V VOLTS VA VOLT AMPS VAV VARIABLE AIR VOLUME W WATTS WH WATER HEATER W/ WITH W/O WITHOUT WP WEATHERPROOF XFMR TRANSFORMER Z IMPEDANCE GENERAL ELECTRICAL NOTES CODES AND STANDARDS ALL ELECTRICAL WORK PREFORMED UNDER THIS CONTRACT SHALL COMPLY WITH THE 2014 VERSION OF THE NATIONAL ELECTRICAL CODE (INCLUDING ANY LOCAL CITY AND STATE AMENDMENTS), NFPA 70, ADA (AMERICAN DISABILITIES ACT) AND ALL LOCAL CODES AND ORDINANCES. PHRASES THE WORD "PROVIDE" AS USED IN THESE DRAWINGS SHALL MEAN "MATERIALS AND LABOR FURNISHED AND INSTALLED BY CONTRACTOR". THE PHRASE "OWNER PROVIDED/CONTRACTOR RECEIVED AND INSTALLED" AS USED IN THESE DRAWINGS SHALL MEAN EQUIPMENT IS PURCHASED AND SHIPPED BY THE OWNER AND IT IS THE CONTRACTOR'S RESPONSIBILITY TO RECEIVE/OFFLOAD THE EQUIPMENT AND TO STORE THE EQUIPMENT IN A MANNER WHICH PROTECTS THE EQUIPMENT FROM ENVIRONMENTAL AND PHYSICAL HAZARDS. GENERAL SECURE AND PAY ALL NECESSARY PERMITS AND FEES WHERE REQUIRED FOR EXECUTION AND COMPLETION OF WORK AND INCLUDE IN COST OF BID. ALL EQUIPMENT SHALL BE NEW AND UNDERWRITERS LABORATORIES (U.L.) LISTED. ALL NEW EQUIPMENT AND DEVICES SHALL BE OF THE SAME MANUFACTURER AND QUALITY AS THE BASE BUILDING EQUIPMENT AND DEVICES UNLESS NOTED OTHERWISE. DETERMINE THE ARC FLASH HAZARD RATING FOR EACH NEW SWITCHBOARD, PANELBOARD, INDUSTRIAL CONTROL PANEL AND MOTOR CONTROL CENTER AND PROVIDE THE PROPER LABELING AS REQUIRED PER NEC ART. 110.16. ALL WORK SHALL BE PERFORMED IN ACCORDANCE WITH BUILDING OWNER AND BCEI REQUIREMENTS. WHERE A SHUTDOWN OF THE ELECTRICAL SYSTEM OR ANY OTHER SYSTEM IS REQUIRED THE SHUTDOWN WILL BE COORDINATED WITH AND APPROVED BY THE OWNER AND BCEI AT LEAST _TWO WEEKS PRIOR TO THE SHUTDOWN. INFORMATION PROVIDED SHALL INCLUDE BEGINNING DATE AND TIME, THE DURATION AND THE AREA AND SYSTEMS AFFECTED. PROVIDE CONNECTIONS TO EQUIPMENT FURNISHED BY OTHERS AS SHOWN ON DRAWINGS. COORDINATE WITH OTHER TRADES FOR INSTALLATION. CONTRACTOR SHALL BE REQUIRED TO KEEP THE WORK INSTALLED BY HIM IN REPAIR AND PERFECT WORKING ORDER FOR ONE (1) YEAR FROM TIME OF COMPLETION AND FINAL ACCEPTANCE. THE CONTRACTOR SHALL CAREFULLY EXAMINE THE SITE AND SHALL THOROUGHLY FAMILIARIZE HIMSELF WITH ALL EXISTING CONDITIONS WITHIN THE SCOPE OF WORK. BY THE ACT OF SUBMITTING A BID, THE CONTRACTOR WILL BE DEEMED TO HAVE MADE SUCH EXAMINATION AND TO HAVE ACCEPTED SUCH CONDITIONS, AND TO HAVE MADE ALLOWANCE THEREFORE IN PREPARING HIS BID. THE CONTRACTOR SHALL BE RESPONSIBLE TO COORDINATE WITH ALL TRADES ANY ELECTRICAL REFERENCES ON DRAWINGS. VERIFY LOCATIONS OF ALL ELECTRICAL EQUIPMENT WITH DRAWINGS AND INTERIOR DETAILS AND FINISHES. IN CENTERING OUTLETS AND LOCATING BOXES AND OUTLETS, ALLOW FOR OVERHEAD PIPES, DUCTS, TRIM, PANELING, HUNG CEILINGS, AND THE LIKE AND CORRECT ANY INACCURACY RESULTING FROM FAILURE TO DO.SO WITHOUT EXPENSE TO THE OWNER. THE CONTRACTOR SHALL RELOCATE NEW EQUIPMENT FIVE FEET IN ANY DIRECTION WHERE REQUIRED WITHOUT ANY ADDITIONAL EXPENSE. ON A DAILY BASIS AND AFTER COMPLETION OF WORK CLEAN UP THE RESULTANT DEBRIS FROM THIS WORK AND REMOVE FROM THE SITE. ALL WORK PERFORMED IN AN OPERATIONAL DATA HALL SHALL BE DONE IN A MANNER TO PREVENT THE PRODUCTION OF DUST. SUBMITTALS SUBMIT MANUFACTURER'S CATALOG CUTS AND SHOP DRAWINGS FOR THE EQUIPMENT AS INDICATED IN SPECIFICATIONS, GIVING FULL DESCRIPTION AND OTHER PERTINENT FACTS. THESE SHALL BE SUBMITTED TO BCEI AND THEIR REVIEW SECURED BEFORE APPARATUS IN QUESTION IS ORDERED, BUILT, OR INSTALLED. CONTRACTOR SHALL SUBMIT "AS -BUILT" DRAWINGS AT COMPLETION OF THE PROJECT. DRAWINGS SHALL BE SUBMITTED IN THE LATEST VERSION OF AUTOCAD FORMAT AND REPRODUCIBLE VELLUM. QUANTITIES AND TYPES OF SUBMITTALS SHALL BE AS REQUESTED. UTILITY COMPANY ARRANGE WITH THE LOCAL UTILITY COMPANY FOR NEW SERVICE AND COMPLY WITH THEIR REQUIREMENTS. PROVIDE ALL WORK NOT SHOWN OR SPECIFIED WHICH THE UTILITY COMPANY MAY DEEM NECESSARY TO FULFILL THEIR REQUIREMENTS. UTILITY COMPANY APPROVAL OF WORK SHALL BE OBTAINED. FIRE SAFING ALL PENETRATIONS IN FLOORS, WALLS AND CEILINGS SHALL BE ADEQUATELY CLOSED UP AND FIRE SAFED PER "ASTM" E814 (U.L. 1479) AND ALL LOCAL AND STATE CODES. FIRE SAFING MATERIAL SHALL BE LISTED IN THE MOST RECENT FACTORY MUTUAL RESEARCH CORPORATION (FMRC) APPROVAL GUIDE. FIRE SAFING MATERIALS SHALL BE INSTALLED PER THE MANUFACTURER'S PUBLISHED DIRECTIVES AND SUITABLE FOR THE TYPE OF PENETRATING MATERIAL, AND RATING OF THE PARTITION. ELECTRICAL DRAWINGS THE ELECTRICAL DRAWINGS ARE DIAGRAMMATIC AND SHALL NOT BE SCALED. THE CONTRACTOR SHALL DETERMINE THE EXACT LOCATION OF DOORS, WALLS, FURNITURE, EQUIPMENT, DUCTWORK, PIPING, ETC.. THE LOCATION OF RACEWAY SYSTEM COMPONENTS IS SCHEMATIC. THE EXACT LOCATION OF RACEWAY SYSTEM COMPONENTS SHALL BE DETERMINED BY THE CONTRACTOR IN THE FIELD. INTERPRETATION OF DOCUMENTS CAREFULLY COMPARE THE DRAWINGS AND SPECIFICATIONS, CHECKING THE REQUIREMENTS AND CONDITIONS UNDER WHICH THIS INSTALLATION IS TO BE MADE. FOR CLARIFICATION BETWEEN THE VARIOUS DRAWINGS, BETWEEN DRAWINGS AND SPECIFICATIONS, OR BETWEEN SECTIONS OF THE SPECIFICATIONS, THE MATTER SHALL BE REFERRED TO BCEI BEFORE ANY WORK IS EXECUTED. THE CONTRACTOR SHALL STATE TO MAKE THIS A COMPLETE, READY TO USE INSTALLATION. IF NOT STATED IN THE PROPOSAL, IT WILL NOT BE CONSIDERED EXTRA. MISCELLANEOUS SUPPORTING MEMBERS ALL ANGLES, CHANNELS AND OTHER MISCELLANEOUS STEEL, BOLTS, ROD, ETC.. REQUIRED TO SUPPORT LIGHT FIXTURES, LADDER TRAY, OR OTHER ELECTRICAL EQUIPMENT OR DEVICES SHALL BE FURNISHED AND INSTALLED BY THE CONTRACTOR. ELECTRICAL CONNECTIONS PROVIDE FINAL ELECTRICAL CONNECTIONS FOR ALL EQUIPMENT FURNISHED UNDER OTHER DIVISIONS. TERMINATIONS ALL LUGS SHALL BE 2 -BOLT, LONG BARREL TYPE WITH INSPECTION HOLES PRODUCED WITH NON -FLASHING TYPE DYES AS MANUFACTURED BY "THOMAS AND BETTS" OR APPROVED EQUAL, MINIMUM 10 TONS OF COMPRESSION. INSTALL WITH NO DAMAGE TO THE LUG, CONDUCTOR OR INSULATION. PROVIDE LUGS FOR ALL CONNECTIONS TO SWITCHBOARDS, UPS'S, TRANSFER SWITCHES, DISTRIBUTION AND LIGHTING CLASS PANELBOARDS, TRANSFORMERS, ETC. THE USE OF MECHANICAL LUGS IS PROHIBITED. CABLING/CONDUCTORS UNLESS SPECIFICALLY NOTED OTHERWISE ALL CABLING SHALL BE 2-#12, 1-#12G, 3/4 -EMT. WHERE ONLY TICK MARKS ARE INDICATED WITHOUT WIRE SIZES, ALL CABLES ARE #12. ALL #8 AWG WIRE AND LARGER SHALL BE STRANDED. ALL #10 AWG WIRE AND SMALLER SHALL BE SOLID. WIRE AND CABLE SHALL BE COPPER, TYPE THHN/THWN 600VOLT INSULATION, SIZES AS INDICATED ON DRAWINGS, AND SHALL NOT BE LESS THAN #12 AWG. COLOR CODING FOR WIRE AND CABLE SHALL BE AS FOLLOWS: 120/208V -BLACK, RED, BLUE, WHITE, FOR PHASES A, B, C, AND NEUTRAL, RESPECTIVELY. 480/277V -BROWN, ORANGE, YELLOW, GRAY, FOR PHASES A, B, C, AND NEUTRAL, RESPECTIVELY. WHERE THIS COLOR CODING DIFFERS FROM THAT REQUIRED BY THE LOCAL AUTHORITY, COMPLY WITH THE LOCAL AUTHORITY. ALL WIRE AND CABLE #16AWG AND LARGER SHALL HAVE COLOR CODED INSULATION. COLOR CODING, ONCE SELECTED, MUST BE USED CONSISTENTLY FOR THE ENTIRE PROJECT. PROVIDE IDENTIFICATION BY CIRCUIT NUMBERS IN ALL CABINETS, BOXES, WIRING TROUGHS, OTHER ENCLOSURES, AT ALL SPLICES, TERMINATION POINTS, ETC. LIMIT BRANCH CIRCUIT HOMERUNS TO A MAXIMUM OF THREE PHASE CONDUCTORS (ON DIFFERENT PHASES), INSTALL THREE INDIVIDUAL NEUTRAL CONDUCTORS (FOR EACH 120V OR 277V BRANCH CIRCUIT), AND GROUND CONDUCTOR(S) IN CONDUIT. "SHARED" NEUTRALS WILL NOT BE ALLOWED. CONDUCTORS OF DIFFERENT SYSTEMS (UPS, STANDBY POWER, NORMAL POWER) SHALL NOT SHARE RACEWAYS. VOLTAGE DROP 20AMP BRANCH CIRCUITRY SHALL BE AS INDICATED BELOW: A. 120/208 VOLT CABLING SHALL BE: B. 277/480 VOLT CABLING SHALL BE: 0' - 100' #12AWG 0' - 150' #12AWG 100' - 200' #10AWG 150' - 250' #10AWG 200' - 250' #8AWG 250' - 300' #8AWG GROUNDING GROUND ALL CONDUITS, CABINETS, MOTORS, PANELS, AND OTHER EXPOSED NON-CURRENT CARRYING METAL PARTS OF ELECTRICAL EQUIPMENT IN ACCORDANCE WITH ALL PROVISIONS OF THE NATIONAL ELECTRICAL CODE OR LOCAL CODE THAT MAY APPLY. PROVIDE GROUND WIRE FOR ALL BRANCH CIRCUITING AND FEEDERS, MINIMUM #12 AWG. RACEWAYS WILL NOT BE ALLOWED TO BE THE SOLE GROUNDING PATH FOR ANY SYSTEM. HOUSEKEEPING PADS FLOOR -MOUNTED TRANSFORMERS, SWITCHBOARDS, MCC'S, UPS'S, BATTERIES, ETC. SHALL BE PLACED ON 3-1/2" HOUSEKEEPING PADS. #4 RODS SHALL BE CAST INTO FLOOR OR DRILLED TO TIE THE PAD TO FLOOR. SEE ARCHITECTURAL DRAWINGS. FLOOR -MOUNTED TRANSFORMERS ALL TRANSFORMERS SHALL BE SECURED TO THE HOUSEKEEPING PAD. THE PAD SHALL BE DRILLED TO ACCEPT EPDXY'ANCHORS. THE USE OF HILTI TYPE EXPANSION ANCHORS IS PROHIBITED. VIBRATION ISOLATORS OR NEOPRENE GASKETS SHALL BE USED. SWITCHGEAR / MCC'S ALL SWITCHGEAR AND MCC INDIVIDUAL SECTIONS SHALL BE SECURED TO THE HOUSEKEEPING PAD WITH 4 EPDXY ANCHORS. ADDITIONALLY, EACH SECTION SPLIT OF GEAR SHALL BE SECURED BY BOLTS TO THE ADJACENT SECTION OF GEAR. ALL ANCHORS SHALL BE DRILLED INTO THE SLAB. VIBRATION ISOLATORS OR NEOPRENE GASKETS SHALL NOT BE USED. WALL -MOUNTED PANELBOARDS ALL WALL -MOUNTED PANELBOARDS SHALL BE SECURELY BOLTED TO WALLS BY A MINIMUM OF (4) BOLTS. ADEQUATE BLOCKING IN WALLS SHALL BE PROVIDED FOR PROPER SUPPORT OF PANELBOARDS, SHEETROCK SHALL NOT BE USED FOR SUPPORTS. CONDUIT RUNS CONDUIT RUN ON THE INTERIOR OF THE BUILDING SHALL BE EMT. CONDUIT RUN ON THE EXTERIOR SHALL BE IMC OR GRS. CONDUIT RUN UNDERGROUND SHALL BE SCHEDULE 40 PVC WITH PVC COATED GRS ELBOWS AND BENDS. PROVIDE "RED" CONCRETE ENCASEMENT WHERE CONCRETE ENCASEMENT IS INDICATED. MINIMUM SIZE CONDUIT 3/4', UNLESS OTHERWISE NOTED. TYPE MC CABLE WITH A MINIMUM #12AWG GROUND WILL BE ALLOWED FOR FIXTURE WHIPS ONLY, MAXIMUM 6'-0" LENGTH. TYPE AC CABLE WILL NOT BE ALLOWED. LIQUID TIGHT FLEXIBLE METAL CONDUIT (MIN. 18" LENGTH) SHALL BE USED FOR CONNECTIONS TO VIBRATING EQUIPMENT (MOTORS, TRANSFORMERS, ETC.). DO NOT TERMINATE IN OR FASTEN RACEWAYS TO MOTOR FOUNDATION. STEEL COMPRESSION CONNECTORS AND COUPLINGS SHALL BE USED FOR ALL EMT CONNECTIONS. FIRE ALARM, SMOKE DETECTION, FACILITY MONITORING, SECURITY AND OTHER SYSTEMS SHALL BE INSTALLED IN CONDUIT. OPEN WIRING OF ANY TYPE WILL NOT BE ALLOWED. NO RACEWAY SHALL BE WITHIN THREE INCHES (3") OF HOT WATER PIPES, OR APPLIANCES. RUN ALL RACEWAYS PARALLEL AND/OR PERPENDICULAR TO BUILDING WALLS, AVOID MOISTURE TRAPS. ROUTE CONDUITS AS CLOSE TO STRUCTURAL ROOF AS PRACTICAL. PROVIDE CONDUIT SEALS WHERE CONDUITS CROSS AREAS OF TEMPERATURE DIFFERENCES TO PREVENT CONDENSATION. PROVIDE WATERPROOF SLEEVES, AS APPROVED FOR ROOF, FLOOR AND WALL PENETRATIONS. PROVIDE SEPARATE PULL/JUNCTION BOXES AND RACEWAYS FOR EACH FEEDER AND BRANCH CIRCUIT UNLESS SPECIFICALLY APPROVED BY BCEI. PULL/JUNCTION BOXES SHALL NOT BE SHARED. PULL/JUNCTION BOXES WITH SPACE DIVIDERS WILL NOT BE ALLOWED. FIRE ALARM FIRE ALARM DRAWINGS ARE NOT INCLUDED IN THIS SET AND ARE CONSIDERED A DEFERRED SUBMITTAL_ FIRE ALARM CONTRACTOR SHALL BE RESPONSIBLE FOR PREPARATION AND SUBMITTAL OF ALL DRAWINGS RELATED TO THE FIRE ALARM SYSTEM TO THE AUTHORITY HAVING JURISDICTION. CONTRACTOR SHALL COORDINATE WITH FIRE ALARM CONTRACTOR AND RELATED DRAWINGS AND PROVIDE ROUGH -IN AS/IF REQUIRED. SECURITY SECURITY DRAWINGS NOT INCLUDED IN THIS SET AND ARE CONSIDERED A DEFERRED SUBMITTAL. SECURITY CONTRACTOR SHALL BE RESPONSIBLE FOR PREPARATION AND SUBMITTAL (IF REQUIRED) OF ALL DRAWINGS RELATED TO THE SECURITY SYSTEM TO THE AUTHORITY HAVING JURISDICTION. CONTRACTOR SHALL COORDINATE WITH SECURITY CONTRACTOR AND RELATED DRAWINGS AND PROVIDE ROUGH -IN AS/IF REQUIRED. DATA/VOICE/FIBER/BAS DATA/VOICE/FIBER/BAS DRAWINGS NOT INCLUDED IN THIS SET AND ARE CONSIDERED A DEFERRED SUBMITTAL. DATA/VOICE/FIBER/BAS CONTRACTOR SHALL BE RESPONSIBLE FOR PREPARATION AND SUBMITTAL (IF REQUIRED) OF ALL DRAWINGS RELATED TO THE DATA/VOICE/FIBER/BAS SYSTEM TO THE AUTHORITY HAVING JURISDICTION. CONTRACTOR SHALL COORDINATE WITH DATA/VOICE/FIBER CONTRACTOR AND RELATED DRAWINGS AND PROVIDE ROUGH -IN AS/IF REQUIRED. DEVICES ALL DEVICES SHALL BE RECESSED IN WALL WHEREVER POSSIBLE. CONDUIT SHALL BE CONCEALED IN WALL TO 10' AFF MINIMUM OR ABOVE FINISHED CEILING. DEVICES INCLUDE BUT NOT LIMITED TO RECEPTACLES, LIGHT SWITCHES JUNCTION BOX ROUGH -IN FOR SECURITY, DATA VOICE, FIRE ALARM. PANELBOARD DIRECTORIES PROVIDE UPDATED, TYPED PANELBOARD DIRECTORIES. PROVIDE PHENOLIC LABELING ON ALL CFCI AND OFCI ELECTRICAL AND MECHANICAL EQUIPMENT. BREAKER TESTING E.C. RESPONSIBLE FOR HIRING INDEPENDENT 3RD PARTY TESTING AGENCY TO TEST ALL NEW, RELOCATED AND RE -ASSIGNED BREAKERS, 250A AND LARGER IN EXISTING, O.F.C.I. AND C.F.C.I. EQUIPMENT. PERFORM EACH VISUAL AND MECHANICAL INSPECTION AND ELECTRICAL TEST INDICATED IN NETA ATS, SECTION 7.6 FOR MOLDED -CASE CIRCUIT BREAKERS (PRIMARY INJECTION). CERTIFY COMPLIANCE WITH TEST PARAMETERS AND SUBMIT TEST RESULTS TO BCEI FOR INLCUSION IN COMMISSIONING DOCUMENTATION. TESTING TO BE PERFORMED IN A TIMELY MANNER SO AS NOT TO INHIBIT THE PROGRESS OF THE PROJECT. 2 ELECTRICAL SHEET INDEX E0.1 ELECTRICAL SYMBOLS, NOTES &ABBREVIATIONS E0.2 ELECTRICAL SPECIFICATIONS E0.3 ELECTRICAL SPECIFICATIONS E1.1A ELECTRICAL ONE -LINE DIAGRAM EXISTING E1.113 ELECTRICAL ONE -LINE DIAGRAM NEW E1.2A ELECTRICAL GROUNDING ONE -LINE DIAGRAM DH1 E1.213 ELECTRICAL GROUNDING ONE -LINE DIAGRAM DH2 E2.1 ELECTRICAL POWER PLAN E2.2 ELECTRICAL LIGHTING PLAN E2.3 ELECTRICAL GROUNDING PLAN E2.4 ELECTRICAL CONDUIT PLAN E2.5 ELECTRICAL ROOF PLAN E3.1 ELECTRICAL DETAILS E3.2 ELECTRICAL DETAILS E3.3 ELECTRICAL DETAILS E3.4 ELECTRICAL DETAILS E4.1 ELECTRICAL SCHEDULES E4.2 ELECTRICAL SCHEDULES E4.3 ELECTRICAL SCHEDULES FIRE DEFECTION/SUPPRESSION/ALARM WILL BE PROVIDED AS A DEFERRED SUBMITTAL FOR THIS PROJECT. ALL EQUIPMENT WILL BE IDENTIFIED, LABELED, LISTED, APPROVED AND INSTALLED BY DEFINITION OF THE 2014 NEC THE ELECTRICAL CONTRACTOR IS TO PROVIDE AT A MINIMUM THE SERVICES OF TWO JOURNEYMAN ELECTRICIANS FOR (.5) TEN.: HOUR DAYS EACH TO ASSIST IN THE COMMISSIONING OF THIS PROJECT. THE ELECTRICAL CONTRACTOR IS TO INCLUDE IN HIS COST ;THE RENTALS OF (2) 1000KW AND (8) 150KW LOAD BANKS FOR 4 DAYS. ALSO TO BE INCLUDED IS ALL NECESSARY CABLING, CAMLOCKS, TEMPORARY LUGS, ETC. TYPICAL COMMISSIONING SERVICES WILL BE OPERATING BREAKERS, REMOVING PANEL COVERS, PROVIDING THERMAL SCANNING AND REQUIRED REPORT, ETC. PRIOR TO COMMISSIONING THE ELECTRICAL CONTRACTOR IS TO VERIFY ALL SYSTEMS WITHIN HIS SCOPE OF WORK ARE COMPLETE AND FUNCTIONING PROPERLY. THE ELECTRICAL CONTRACTOR WILL MAKE HIMSELF AND STAFF FAMILIAR WITH THE COMMISSIONING SCRIPTS AS PROVIDED BY BCEI. CABLES FOR LOAD BANKS WILL BE OF SUFFICIENT LENGTH TO LOCATE LOAD BANKS OUTSIDE OF THE DATA HALL. THE ELECTRICAL CONTRACTOR IS TO PROVIDE WRITTEN MOPS FOR ALL WORK REQUIRING CONNECTIONS AND/OR TERMINATIONS TO EXISTING EQUIPMENT, WHETHER THE EXISTING EQUIPMENT IS SERVING LOAD OR NOT. THE MOPS SHALL BE SUBMITTED TO BCEI IN A TIMELY MANNER FOR REVIEW, COORDINATION AND APPROVAL. r4rY18 /v -" -- FEB 0 5 2019 City of Tukwila BUILDING DIVISION REVISION NO1. FIECEIVED CIT` OF TUKWILA DEC 0 4 201 PER€vi1T CENTER 10400 Rodgers Road Ph: 281-374-8644 HOUSTON, TEXAS 77070 Fax: 281-374-8992 CV Na Date F7 Description 1 9/9/16 ISSUE FOR PERMIT 7/26/17 Q 11/09/18 REVISION #2 OTO Q CD 00 � 0 iB: W CD ca U N 31.- in mid- W c � C] W CD ISSUES & REVISIONS Na Date F7 Description 1 9/9/16 ISSUE FOR PERMIT 7/26/17 REVISION #1 11/09/18 REVISION #2 DRAWN: MAG REVIEWED: RWB PROJECT NO.: C1395.00 EV91 BURR COMPUTER ENVIRONMENTS, INC. r I UTIU '' IvJETER±''Ir CABIPIET OPT. S TANDBY -- �� --� 1 r ----_-- 1 OPT. STAf'JDBY I 550kW 1 V 480Y,/2//V, 3, 4W, 4000A, 100KAIC, PJ3P,; I " /7v �A �� `� �--� �� `� 6OO! `t;�J, 7�OKVA i - XI I, EXIST) ---------------------------------1 SE RATED PER UTILITY STANDARDS ----------------- GENERATOR GE 01000 i 1 ��II� 1 550k`A' I i 1 1 1 550k`1J I i G NERATOR GEI'J0Z_ `- GENERATOR GEN06000 r------- -- l �� 1 t� SWITCH 'ATSD1000' 1 T - SPARE ; SPARE O j I I `LIST 48 V arc r n =�GY%277,, �, 44J, �.B�P 1 i 1 I i 1480Y; 277V, 3y 44:' O.BnPF ,�-TRANSFORMER i -"4-wwwarwww♦rwww4.�ww4 wr w'�www�-ww-""'www i 1 1 1 1 1 7 1 t _Tt 0/ 450AT q/ 450AT 4/ 450AT q/ 450A.T 4. 450AT 4/ 450AT ®, 450AT NEW OPT. 3 -POLE, 3 -WIRE, 1OOKAIC ! ! I I } I 1 4' 450AT 4� 450AT o, 450AT ., 450AT 0, 45OAT 4, 450AT 9, 450AT m, 450AT _-__r----I----------------------------- ----�-- -- I I I EXIST L XI2500k`A J •.•+�• _; OPEN TRANSITION 600kW 1 480Y/277V SECONDARY I 1Fl;u � I b• �. 400GAF !LIE7ERR J ! ! CFPE- -! 360OAT 1 j, 1000/3 I I -E �, 1 10u-0 ! I GENERATOR G !1 ! ( EXIST )( EXIST )( EXIST )( EXIST )( EXIST )( EXIST) ( 1007 I ! r L LSIG 100% �' 1 L---__� 1 .! i 100% __ 1.____-�� EXIST 480Y/27N, 30, `-T� �T-` LTJ `T� -T-' `-TJ <B7> ! <B8> ! ; ; I 1 ! -4-� I I I I I I Lil U U I I I I I I /kN U A IJ L <A1> <A2> <A3> I I I - '� NEW <C1> <C2> I <C4> I I ^_1__ _l__ _l__ I!v/SSi ^_l__ _l__ ^_1__ ( EXIST) ---= --------- 800AF FP 800AT ( FUT. ) ! FUT. H FUT. ) ��-I �� I I Y_ ; -T- -T- -T- ♦''l♦ '' l♦♦ <♦A4; <iA5; <♦A6♦; I I L f _ J L J ; ; �-----{ .--- EXIST }---- L-; ----- �----------- I ) 80% L - - - - - - - - ---- --- 1 ----------- 1 ;IG LSIG LSIG L L LSIG L-{ --------� 1 L__________________ I ( EXIST) { EXIST }- i OFCIA, I SPARE 1 ! MAIN SWITCHBOARD "MSB01000' GENERATOR SWBD 'GS1301000' i I r I J f �� J F Lj rl� J r"� J r` J r'- j (_ -1 !- _t 480Y/277V, 30, 4W, 4000A, SE RATED, N1, 10GKAIC ! 4 Oi277V, 30, 4;+J, 4001,, , 65KAIC 0 ___-,--------- --_77./SS I I i I - - - - __--- r - - � EXIST L IST J 240kA! 9 ,OAF i -,- ®. I 1 2 3 4 �, IQ 100% ! j,1600AF 1, 1600AF 1600AF 1600AF I I www www. w CFP'9- -,1600A1 CFP 1600AT FP 1600AT FP 1600AT T I 100% l ?' 0% 1600AF ®, 1600AF I I 1 11 C 1 I 100% I LSIG FPE pl 600AT ;`FP'E- --11 600AT 1- -!- - L LSIG LSIG I- LSIG L LSIG 'T' 100% x'100% LSIG LSIG i t I I I L --- J� ..�" EXIST } ( EXIST) ( EXIST) ! ! - I T� -T� ------------- L_________J I I 003 (EXIST ) J ------------------I-------I------------- ----------------------- I I I r----I------------------� I 002 ! I l 0017 ! I I r ------------------------------ 1 I ! I I I I I I i I 1 ! I AUTOMATIC TRANSFER I I rr----r-� rr--- -AUTOMATIC TRANSFER AUTON SWITCH ATSA1000 MAIN DIST. I �� � I' -�' MAIN DIST. O 1600A, 480V SWITCHBOARD `� _ I SWITCH 'ATSB i 000' SWITCHBOARD SWIM EXIST 13 -POLE, 3 -WIRE, 100KAIC ' fyJ DSA 1000' i `+� SEXIST t t n AOA, 480`11 ' IvJ DS B 1000) O.F.C.I. 1600A, 4 L- - -� - _ _ -I OEN TRANSITiO;v iL _ _ _ w = = J 3 -POLE, 3 -FIRE, 100KAIC 3 -POLE, 1600A, 48GV, 30, 3'vV, OPEN TRANSITION 1600A, 48GV, 30, 3�'d, 005 OPEN TR { EXIST) 65KAIC (EXIST � ; 65KAIC r -=---------------------------t r -- ---------------------------t 1 rEXIST i i LE,1 T i I-- -J i 1 l --J I t 1 1 2 3 rr I t i t 2 3 4 t 1 ---------o- a- --4-1 I, 800AF I I------�- 1 i O. 1200AF 4, ME 0, 80OAF t I ♦, ME j, 1200AF ON 800AF b• 800AF I 800AF 'CFP} 800AT L P} --I 9OOAT CFP _I 800AT 'CFP -- -' 80OAT 1 t CPE-!--1800AT CFPS -i 900AT ICFP� j 8009 C P'E -► 800AT i FP 800AT FP 1 1 4' 80%� 80,0 I �� 80 % ' 1' 80% ! 4 `" I �' M 1 4' I fi' I I 1 1 I 80% 1 80% I 80% ! 80% 1 80% L LSIG LSIG L LSIG L x LSIG I 1 LSIG LSIG L L L LSIG 1 LSIG I L LSIG L � , t 1 l I l x 1 1 I I I X t L ----I ------7-7-7! ---- I ----- ----i L--- I ---- I ----- I ---- ----i ( EXIST) ( EXIST) ( EXIST) DEMO ( EXIST) ( EXIST) { EXIST } DEMO 007 0( `-TJ `-TJ �T-" -T- LT - II 1-------------------1------!----- !------x------------ ------ ( I x I I------ ------- ------ ' ' I I ' tx-x-x-x-x-x-x ! x-x-x-x-xl-x-x-lx-x-x-x-x-x-x-x-x-x �T_ 0 I------------I x1sT _ eGo�/3F _ I STA T I� PS - - - - - _ 800A/3P _, i T IL i I U ILEXIST _ N.C. 1 1 STATIC ATIC UP. H-- -0--�' ! SYSTEM 'UPSA1000' 1 I----• -* -a 1 1 SYSTEM 'UPSB1000' ti s , 1 f r----!� ! n n ,� _ 500kA OOkW, 1.0 f I _ 500k\„ 500kW, 1.0 f , Z t 1.� I /� P I i� I / P ®! BOOA/3P I ( EXIST) 1 480V, 30, 3W, INPUT K! j`! 80OA/3P 1 ( EXIST } I 480V, 30, 34'x, INPUT KK I- -I O' N O 1 T l 48GV, 34, 3W OUTPUT I L J 4, U O. I 3 _ L _7 1 '- -r -" 480, .,0, 3W OUTPUT PUT --- --- + w� '�_ SEXIST � �S--t--- 1 I r 7, ---- EXIST ( ) Nwww.. -- 1 I I 4 I ( EXIST) Lw---w-wssl ! 1 --- i 010 i I I I I 7- -t 1 I ! :j - 1---� 1 I + I 1 I ; I w T I 1 I I I W T I i ! 1 I Y �I] I 1 I i y w1l� 1 I 1 I i I T �� I 1 1 I I L1 I R` I I I I I LI J I �p1 1 1 t l � I 1 i 1 W I LJ�awC�i 1 WN J 1 I I T r 1 T T fIN1 : 1----I I I I~�� i 1 I t I I I I T -I �I ! 1 I I 1! t�I I 1 I I L--1---� -L--J 11 1 I I L_- --�--� _J I I (EXIST) ( EXIST } I ( B003) I I I ( EXIST ( EXIST) 1 { 8006 ) t 1 �T- T T� - -1• -1 ! { B002) I I 1 L. - - -.7 -t 1 { B005 } 1 1 80OA/3P I - T - 1 I / 800A 3P .®1 r �- ; T I -� 1 1� IW.._ IWC 1 N.C. 1�-r II� <� �_ �<. GSI �I G�1 i 1 N.C. 1 I��1 u Is�1 IF Ia Ia 1 1 2�J ¢ i Imd) 1�1) Iib) I 1 1 1 ZLKI I �s rwww�w wJ 1 ( I I I 1 I 1 wwww w 1 I I I I 1 1 6, 800A ON 800A I I 16% 800A ON 800A I o,13P ! 3POI MAINTENANCE BYPASS I T) 3P 4 13POI MAINTENANCE BYPASS ----=---- --� r ' ' L----- ---- -� ' JBCB1000' CABINET MBCA1000 �1� CABINET �f ( EXIST } DEMO 800A, 48GV, 30, 3W 800A, 48GV, 30, 3W ( EXIST) DEMO 19 RE: SHEET 1.1B J 19 RE: SHEET 1.1B ` j J X -X -X -X -X -X -X -X -X -X- I X- X- X- X- X- X- X- X- x- X- X- X- X- X- X- X- X- X- X- X- X- x- x ------------L----------------- L IEW OPT. STANDBY I OkW/750KVA _--------- -" -" 1 rEX!ST �` -! _ ♦` (L_ -J :N 3P 3ENERATOR GEN05000 IL`;�J ) 800A I 550kW 180Y/277V, 30, 4W, 0.80PF REVISION #1 % ; ! I 1 ! 800A, 480`V`, 30, 35W, 65KAIC i i i a IEW OPT. STANDBY I OkW/750KVA _--------- -" -" 1 rEX!ST �` -! _ ♦` (L_ -J :N 3P 3ENERATOR GEN05000 IL`;�J ) 800A I 550kW 180Y/277V, 30, 4W, 0.80PF REVISION #1 % ; ! I 1 ! 800A, 480`V`, 30, 35W, 65KAIC i 1 1 � i I 1 1 ! 1 2 3 4 5 6 7 8 9 10 11 12 13 14 I ---------------------------------1 --------------- FUT. OPT. STANDBY I PDU 'EQUB1000' ���1 I 1000/3 600kW/750KVA ( I AUTOMATIC TRANSFER GENERATOR GEN06000 EXIST ) 1 480V277V, 30, 4W, 0.80PF 1 I SWITCH 'ATSD1000' 1 i GENERATOR QJWBD 'GS1302000' 4810/277V, 30, 4W, 4000A, 65KAIC 0 ONELINE DIAGRAM KEYED NOTES O PROVIDE CONTROL WIRING BETWEEN ATS AND GENERATOR SYSTEM PLC. COORDINATE ALL REQUIREMENTS WITH MTU SYSTEM REQUIREMENTS. O UTILIZE EXISTING BREAKER. O PROVIDE NEW BREAKER IN EXISTING SPACE TO MATCH EXISTING PANEL MANUFACTURER AND RATINGS. O4 CABLING PROVIDED BY EQUIPMENT MANUFACTURER, INSTAL D BY ELECTRICAL CONTRACTOR. 2 O5 REFER TO GROUNDING ONE LIN DIAGRAMS E1.2A-E1.2B FOR ADDITIONAL INFORMATION. O UNIT MOUNTED DISCONNECT PROVIDED WITH EQUIPMENT (TYPICAL FOR ALL CRAC'S/ERP'S/CONDENSERS UNLESS OTHERWISE NOTED). O PROVIDE NEMA 1 PULL BOX SIZED PER NEC REQUIREMENTS LOCATED ABOVE EQUIPMENT. l O REMOVE EXISTING SPARE BREAKER AND PROVIDE NEW BREAKER TO MATCH EXISTING PANEL MANUFACTURER AND RATINGS. ONELINE DIAGRAM GENERAL NOTES 1. REFER TO GENERAL ELECTRICAL NOTES, SYMBOLS, AND ABBREVIATIONS SHEET EO.1 FOR ALL SYMBOLS ON THIS SHEET. 2. REFER TO SHEETS EO.2 AND EO.3 FOR ELECTRICAL SPECIFICATIONS. 3. GROUND UPS EQUIPMENT AS RECOMMENDED BY MANUFACTURER, AS SHOWN ON SHEET E1.2 AND REQUIRED PER N.E.C. 4. PROVIDE CONTROL WIRING BETWEEN UPS AND MAINTENANCE BYPASS CABINET PER MANUFACTURER'S RECOMMENDATIONS. 5. PROVIDE CONTROL WIRING BETWEEN UPS AND BATTERY CABINETS PER MANUFACTURER'S RECOMMENDATIONS. 6. PROVIDE CONTROL WIRING BETWEEN NEW UPSC1000 AND PDUC1000. 7. PROVIDE CONTROL WIRING BETWEEN NEW UPSD1000 AND PDUD1000. 8. PROVIDE CONTROL WIRING BETWEEN UPSA1000 AND NEW PDUA2000. 9. PROVIDE CONTROL WIRING BETWEEN UPSB1000 AND NEW PDUB2000. 10. REFER TO SHEET E4.1 FOR FEEDER SCHEDULES, LOAD ANALYSIS, AND FAULT CURRENT DUTY SCHEDULE. 11. PHASE ROTATION SHALL BE A -B -C CLOCKWISE THROUGHOUT SYSTEM. 2 EXIST °♦ 800A I F-7 . , ., ., -.*I- .. .. .. .. ......., _--------- -" -" 1 rEX!ST �` -! _ ♦` (L_ -J :N 3P - --_________________----__ ' IL`;�J ) 800A I 800A !- BOOA 1 I L__J 2 1 KK ----KK ) I tv1ECHANI DIST. PANEL ��---DPA1Q0' REVISION #1 4� 3P ! I 1 ! 800A, 480`V`, 30, 35W, 65KAIC i 1 1 � i I 1 1 ! 1 2 3 4 5 6 7 8 9 10 11 12 13 14 I ---------------------------------1 --------------- !I -4--o - - _ _ ---o--- ---0 -- ---o--- - ---9--- - 1 I PDU 'EQUB1000' ���1 I T I PDU 'PDUC1000' «�h; iI ! I I I I I I I 1 j I ON 12'A ♦, 30A 6, 11 OA j, 30A ,�. il0A ON 30A a, 110A O. 30A 4, 15A 6, 15' 6l 150A d, 110A ,J, 110A d 125A I ! 1 3P ! 3P 3P 3P ► 3P 3F 3P 3P 3P 3P 3P 3P 13P , 3P ( I AUTOMATIC TRANSFER MAIN DIST. ,,! ♦ ,,! ,,! , ,,! ,,! ,,I ®,! �,! / ®,! 1 1 1 208Y/12OV, 30, 4W OUTPUT -� SWITCH 'ATSD1000' 1 I ! I SPARE SPARE SPARE SPARE ' SPARE ; SPARE O I O 8 i 2 3 4 1 5 6 7 8 SWITCHBOARD i IrEx(sT i ! ww ( I 1 I r-�'"w ww�wwww�.www �wiwwr♦www�ww wwfw.rwwa.w_ 1 1 I I I 1 i -"4-wwwarwww♦rwww4.�ww4 wr w'�www�-ww-""'www i 1 1 1sooA, 480v 'MDSD1000' - I iL _ '__ ! ! I I ( I I I I 1 4� 600AF ®` 600AF �'� 600AF �` 600AF �� 600AF °� 600AF '�� 600AF '�� 600AF t i ) ! i 0/ 450AT q/ 450AT 4/ 450AT q/ 450A.T 4. 450AT 4/ 450AT ®, 450AT o, 450AT 3 -POLE, 3 -WIRE, 1OOKAIC ! ! I I } I 1 4' 450AT 4� 450AT o, 450AT ., 450AT 0, 45OAT 4, 450AT 9, 450AT m, 450AT _-__r----I----------------------------- ----�-- -- I I I ---_-__-�---- I --_ .� OPEN TRANSITION 1600A, 48GV, 30, 3W, __ 1 1 -- J_ -- ,^-1--♦ ,--1--♦ - = -. .- ,__�__♦ ( EXIST , t EXIST) (� FUT. ) (� FUT. ) { EXIST) { EXIST) 082 ( FUT. ) t-__I____}..___.j-___..1.___-}-_--I------------J 1_-_{___-I------_-----.:.----:.----_--_---_J 65KAIC 1 ( EXIST )( EXIST )( EXIST )( EXIST )( EXIST )( EXIST) ( EXIST )( EXIST )( EXIST )( EXIST )( EXIST )( EXIST) I I I 2 3 4 `-T� �T-` LTJ `T� -T-' `-TJ <B7> ! <B8> ! ; ; I 1 <A2�> 057 I I I I I I Lil U U I I I I I I /kN U A IJ L <A1> <A2> <A3> I I I I Y_ I Y I l I '� NEW <C1> <C2> I <C4> I I ^_1__ _l__ _l__ ^_l__ _l__ ^_1__ � I I I F' R- 'TRNC2000': )OAF 800AF 1200AF )OAT FP 800AT FP 900AT 800AF FP 800AT ( FUT. ) ! FUT. H FUT. ) ��-I �� I I Y_ ; -T- -T- -T- ♦''l♦ '' l♦♦ <♦A4; <iA5; <♦A6♦; I I L f _ J L J ; ; 1k` i♦%\ <C3 < C5♦ <iC6♦, ><B; ; 480V:208Y/120V )% ( 80% 80% ) 80% ♦�`♦ , I ! .- J ; L---------------- -I I I 5 1 ;IG LSIG LSIG L L LSIG L-{ 1 L__________________ I ( EXIST) { EXIST }- i OFCIA, I SPARE 1 I �- T -- , , I ! 083 084 085 058 -- I r I J f �� J F Lj rl� J r"� J r` J r'- j (_ -1 !- _t THIS l r L r L -I r L 1- 1_ J -� J -L- �- L- �-- r -L- LI 7 r L! r- , r- , r- , r- , I I I <C7> ' <C8> I I I I I I I I I ! ! i i i i i i i i! 1! 1 I CRA- 1 I ERP- ! 1 CON- 1 !CON- 1 ; FUT. ; ; FUT. ; ; FUT. ; ; FUT. ; ! CRA- I I CON- I NEW CRA- NEW ERP- NEW CON- SHEET NEW CON- NEljy PANEL ( EXIST) I 1 1 02000 1 ! 02000 1 1 005021 1 1 06022 1 1 CRA- ; ; ERP- ; ; CON- ; ; CON -1 ; 12000 ! 120121 I 22000 I Y I 22000 43221 44222 C Y15 - - - - -I I DATA 1 1 DATA I I DATA I I DATA 1 06000 06000 11061 12062 ISS ISS (H2 DH2 DH2 DH2 I OFCI T16 ------------------------------------------------ --------------------------------------i I HALL 1! ! HALL 1 I I HALL 1 I I HALL 1 I ; DATA DATA DATA DATA I I I I I I I i 1; HALL 1; 1; 1; I 11 1 O6 FUT 1 (� FUT )A FUT ) 1 �----T 7---� ---_ 6 7 I 6 7 I I 6 7 I: z I L_ I , I ;HALL ; ;HALL ;HALL _ - - - -r L. _ _ .J I- - - J L- - - JJ L__J LJ LJ L - - J L_ - _ J I I 079 080 I r�J I r11 , r�� FJ 80OA/3P STATIC UPS i i i I MECHANICAL DIST. PANEL '�1DPB1000' I RE: t 24 I 41 ^N.C. , I I I I � � - ,� SYSTEM UPSD1000 I II 1 80OA; 480V, 30, 3W, 65KAIC S EIET 500kVA/500kW, 1.Opf � 1 1 2 3 4 5 6 7 8 9 10 11 12 13 14 059 I I F -IJ I I �-1 I r �J 480V, 30, 3W, INPUT 1 _ii t ---yr----�----�----�-----q-----4------o-----�r____�_---q---®-----*------�-___-4----NEW r,J KK �800A/3P N.O. 018 480V, 3�, 3W OUTPUT I I I 1 1 ! ! I I ! I I I I I I I I I ®, SOA %[)^ ®, 125A 0, 30A , 125A , 30A . 11 OA 4, 30A 110A 30A 110A 125A ; 'TRND2000': I I 1 ! I 13 r � ! 3P b ! : ®1 : ! 3 0. 1 i GA �, 30A �. 3 3i- P 3, P P 3P 3P ! 3P 3P I I' 1 I I I I 1 CRA- 1' 1 ERP- I I CON- I O.F.C.I. ! I 1 9, 4, 9, „ , .,P ®, ®.! 3P a,! 0,I 3P s,` O O A , \- SPARE SPARE SPARE SPAR SPARE ; SPARE SPARE 1 480V:208Y/120V 1 r 1- -L -I r-1- -I r �- -L -I r L J -L r -J -L-, r-J-�-, r- 1 ' --, 1 ! irEXIST ! ! I ! ; , ; 75kVA, NEMA 1 O NEW NEW ; 09000 ; i 09000 i i i 17091 ; 1 ; 18092 �4 I I NEW I I I I �L ! I ! ! 1 I I 15 CI I I i i i i i; ; CRA- ERP- CON- CON- -!-----I-----;;-----I- -------i-----�-----�---- --- ------------ ---- J 060 I PANEL I CRA- 1 I CON- I I CRA- 1 05000 1 ERP- ( 05000 I CON- ! 09051 I CON- 1 10052 I I I I I ; FUT. ; CON- ; FUT. ; CON- 21000 21000 41211 42212 061 062 EXIST) ( EXIST) ( EXIST) ( EXIST) ( FUT. ) l FUT. ) ( FUT. ) 24 10000 1 1 18101 1 1 1 1 1 1 1 1 1 1 1 I I 1 ;; I I ;; I I ; I I NEW (DH2) (DH2) (DH2) i i i iii i L__ J I L______J I L______J -j i ie L______J ILCPD100C) I {ELEC I( I I I DATA I ! !! I ! 2 ' i i THIS PANEL I DATA 1 1 04000 11 04000 I I 07041 1 1 08042 I L_� , SHEET <�22,> i CPD200 OFCI I Fr -- -11 1 ROOM) 1 1 ROOM) 1 1 HALL 11 1, HALL 11 1 HALL 1 1 1 HALL 11 DATA DATA DATA DATA I O 6 7 (6 )7 CIA I EXIST JI I I I I I I I I I I I I; HALL 1; ; HALL 1; ; HALL 1; ; HALL 1; I l l Y <022> I- -- J I- __ J L-_ J L_- J L_. J L______J L______J L______J L______J A A A A w w w I I w w w A w w w w ♦) ♦),4 �) ♦) ♦) ♦) ♦) FUT ( FUT FUT i ( FUT ( FUT. ,4 FUT i ( FUT ( FUT. ),d FUT I I r --_-- 1 r ---Y r---� -----T J. r---� r ----yam -----_ U f �� ; -IJ �1J I r I I r r I r I I r I� I r -I I r i j r-1 , r -i I I r r -p�� ! ! NEW NEW I 1 FJ I I FJ I FJ I FJ 1 1 FJ I I FJ I FJ I N , I FJ I I FJ I F- 7_ L 1� r L J r L r L -L - r-�- t- ,1 r- --L-,1 r-�L-, r- 1--' -, r-�--L-, I r- 1--1--, 1 r-�-I -, r-�-L-, r-�1 -, I r-�L-, 1 r- �-1--, r-�-- 1 1 FUT 1' I FUT 1' I FUT 1 1 FUT 1 I FUT '' ' FUT ' ' ' ' ' 1 1 ' ' ' 1 ' ' I I FUT FUT 019 O5 4 I I I I I ! I I I � 11 1 11 1 1 1 I I 11 I , , , , , FUT , I , FUT L I , FUT , , FUT ! I CRA- CON- I CRA- I I ERP- 11 CON- I I CON- ; CRA- ,i ; ERP- ;; ; CON- 11 CON- 11 CRA- ; i i ERP- ; i 1 CON- 1 1 CON- 1 1 CRA- 1 i; ERP- i 1 CON- 1 1 CON- I 1 I 11 I 11 I I I I I 11 I I I I I I I I 1 1 1 1 1 1 EXIST °♦ 800A I ------------------------------ i r�XIST -' i, 1 _--------- -" -" 1 rEX!ST �` -! _ ♦` (L_ -J :N 3P I IL`;�J ) 800A I 800A !- BOOA 1 I L__J 2 1 KK ----KK ) I 7/26/17 REVISION #1 4� 3P 3P�� L_ J J q1� 3F 1 1 � i i ✓� ' I _ w w r ®w w w w $www ^www _ I i PDU 'PDUA1000',tJ I I PDU 'EQUB1000' ���1 I T I PDU 'PDUC1000' «�h; 1 rY Yl 500kVA, 48GV, 34 3W INPUT ( I I /Y Yl ( 1500kVA, 480V 30, 3W INPUT X 1 (YxY♦ 500kVA, 48GV, 30, 3W INPUT 1 208Y/12OV, 30, 4W OUTPUT -� j i I 1 208Y/120V, 30, 4W OUTPUT -� � I 1 1 208Y/12OV, 30, 4W OUTPUT -� 198.36% EFF. ! 1 1 98.367. EFF. I 1 I 198.36% EFF. I 1 1 1 2 3 4 ( 5 6 7 8 i 2 3 4 1 5 6 7 8 1 2 3 4 1 5 6 7 8 1 _sr®rrww♦rwwr�rwww�w�.rr*wwww�wwwrw®iswww♦r I I ! I ! 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I I } I 1 4' 450AT 4� 450AT o, 450AT ., 450AT 0, 45OAT 4, 450AT 9, 450AT m, 450AT I 3P I 3P I 3P I 3P I 3P I 3P 3P 3P 1 1 I 3P 1 3P I 3P I 3P I 3P I 3F 3P 3P I 1 1 3P 1 3P I 3P I 3P I 3P I 3P 3P 3P I --_--------_J t-__I____}..___.j-___..1.___-}-_--I------------J 1_-_{___-I------_-----.:.----:.----_--_---_J ( EXIST )( EXIST )( EXIST )( EXIST )( EXIST )( EXIST) ( EXIST )( EXIST )( EXIST )( EXIST )( EXIST )( EXIST) ( EXIST }( EXIST )( EXIST )( EXIST )( EXIST )( EXIST ) `7- LTJ T- -TJ `-T- -TJ I I I I I I LTJ -T- `--T- -TJ -T- -T- `-T� �T-` LTJ `T� -T-' `-TJ L 11 LJ 97.7% EFF I I I I I I Lil U U I I I I I I /kN U A IJ L <A1> <A2> <A3> I I I i <131> <B2> <B3> I I I <C1> <C2> I <C4> I I ^_1__ _l__ _l__ ^_l__ _l__ ^_1__ U � i _l__♦ � i _l__♦ ,�._l__♦ ( FUT. X FUT. H FUT. ) ( FUT. H FUT. X FUT. ) ( FUT. ) ! FUT. H FUT. ) -T- -T- -T- ; -T- -T- -T- ♦''l♦ '' l♦♦ <♦A4; <iA5; <♦A6♦; I 1. > �♦�` < 5♦ <B6♦ 1k` i♦%\ <C3 < C5♦ <iC6♦, ><B; ; ♦ �---------------- ♦l`, ♦Bl4♦, ♦�`♦ , <Al> <61> <C1> <Dl > <A3>2> `\A2> 2> 2> <D3> <'C3♦> FUT. </D4">Y RPP Y Y RPP Y Y RPP . Y Y RPP Y Y RPP Y ♦`Y' RPP Y' EXIST �I'RPPOI OOO' i LEX15T �� RPP02000 �Ex.15T ��'RPP03000' SEXIST �!'RPP04000' i LEXIST ��'RPP05000 i�EX1sT " '' RPP06000 r--_r---I---_r_---I I---_r---I---_r---I r---_1-_---I---_r_---I I ---_r- I---__ -I -- i ------ _T - r 225A 225A1 r 225A 225AI I r 225A 2251y 225A 225AI I r 225A Y 225A1 r 225A 125AI I r 225A 215A1 225A 225At ( 400A i ( 400A ( I 225A 1 225AI I 225A I 22,-q 225A i\3P I\3P\3P I I i\3P j\3P ( i\3P i13P I I i\3P i\3P 1 i\3P i\3P I 4,\oPa\3P� 1\3P% i\3P ( 1 I,\ 3P F I �+\3P 1 d`�3P d �3P 1 d')3P '1 �3P tJ80% TJ80% 1 1/80% 0/80% 11 T/80% T/80% 1 TJ80% t)80% 11 1180% t/80% 1 t/80% ti80% 11 T/„ 0% T/80% I T/80% T/80% I I T/100% I I TJ 100% I , t. 80% *. 80X Y. 807. r. 80%, 11 L 1 1 L 1 1 -L L -L 1 I1 I� �� -I �f �f � I If �f � �f F_ __1 -I I I� -I� � �I- 7F--L--I I II- -lf � 1 �I- �f -L -1 I I F_PANEL � I I r ( PANEL II PANEL I I PANEL II PANEL I ! PANEL II PANEL I I PANEL 11 PANEL I I PANEL II PANEL I I PANEL 11 PANEL I I PANEL 11 PANEL I I PANEL II PANEL II I PANEL I ,IPMEL II III 11PMEL I , IIRPPOlAO11 FPPOIAOZ I RPPOI Boq pPP018041 I (IRPP02C0j pPP02CO2I l PPP02D04 RPP02DOI (IIRPP03AOII PPP03AOA 1 PPP03801 PPP0360A1 I IIRPP04A011 PPP04AOZ 1 RPP04DOI RPP04DOI I I �RPP`8045EOO q 12PPO0L00� rPO6COjpPPO6CO4, 112P 6DO4 P06DO142 11 42 1 i1 42 11 42 I II1 42 11 42 1 11 42 1I41 I I I142 11 42 1 I1 42 II 42 1l42 11 42 1 I1 42 11 42 I I OL ! l POLE l �' 42 11 42 1 11 42 11 42 1 I1 POLE 11 POLE l i t POLE 11 POLE I I I I POLE 11 POLE t i l POLE 11 POLE I III POLE I I POLE 1 i( POLE 11 POLE I III POLE I( PULE l i t POLE 11 POLE I I I L_ J I I - J I ;1 POLE POLE POLE P0� I II I I II I I II I I II I I II I I II I I II I I II I 1-____J 1..____J LI I 11 I 11 I II I I ii ii i li H = JL_` J IL.= J�_ J I L .. 1L_� J !L_ JLC JJ L = J� _ J IL_ J�.� _JJ L � JL_ J IL__ JLC JJ �I-----JL----JJL _JL ----J <B3> RPP <C4> SEXIST �;�RPP07000'YLEx15T 400A 1 1 f 400A 1 1\ 3P I I 1\ 3P T,/100% I I tJ 100% t I I PANEL ( I; I PANEL ( I IiPPB070d IRPPC070d 84 ( I POLE ( (I I POLE I I V-ioloo/ L_1...1_J L_L= J_J CABINET 'MBCD1000' I I 24000 15241 1 0.000 1101000 11 0101 , I 1 02012 1, 18000 , 1 , 18000 , I , 35181 „ 36182 11 19000 1 1 1 19000 1 1 1 37191 1 1 38192 1111000 1 1 1 11000 1' I 21111 1 1 22112 i ELEC ELEC DH2 ( ( ( ) O.F.C.I. I I I DATA I ; DATA I I DATA I I DATA ' ' ' ' ' ' ' ' ' ' ' ' ' ' , , I , ( DH2 ) ,1 , (DH2) I I (DH2) i i (DH2) i i (DH2) i i (DH2) i i (DH2) i i (DH2) i i i (DH2) iii (DH2) i i (DH2) I I I r1ALL 1! I HALL 1 1 1 HALL 1 1 ! HALL 1 j I 11 I II 1 I I I I 11 I I I I I I I I I I I I I I I I I I I ROOM) ROOM) ( I I 11 1 11 1 I I I I 11 I I I I I 1 I I I I I I I I I I I ` I I I i I 11 I 11 I I I I I 11 I I I I I 1 I I I I I L I I I I I I ! I 11 1 11 I I I I t 1 1 I I I I I I I I I I I 1 1 1 I I I J L- _ _ J L _ _ J L__ _J I L______J I L______J L______J L__ _J I L______J I L______J L______J L__ L______J I L ------- L______ -I A-A-A-A-A-A-A-A-� x EXIST 00A J------ 8NI�KI ��J`! BGOA ""___------ ; O3P 9, L J J 01� 3P I 1 i PDU 'PDUD1000' 500kVA, 48OV, 30, 3'N INPUT Y y Y 1 1 208Y/12OV, 30, 4W OUTPUT -� I 1 98.36% EFF. I i 1 2 3 4 1 5 6 7 8 1 I--®wwwr¢rrwr♦r--w_tr�ww�wwrwfwww �w riwr�www I I I I I I I I I I I i\I 600AF d`! 600AF ®`I 60OAF ON) 600AF ON 600AF 4\) 600AF 16' 600AF 41\) 600AF 4 t 1 ♦� 450AT 4. 450AT 4. 450AT ' 450AT 4/ 450AT ♦, 450AT a, 450AT o. 450AT 1 1 I 3P I 3P I 3P I 3P 1 3P I 3P 3P 3P 1 i----;----I--------f----4-------------� ( EXIST )( EXIST )( EXIST )( EXIST )( EXIST )( EXIST ) -T-` �T_ -T- `_T- -T- `_T_' I I I I I I u LJ u < D 1> <D2> <D3> I I I v 1 FUT. ♦H FUT. ♦H FUT. ♦) \D4> <'D5♦> <'D6♦> LINE TYPE LEGEND EXISTING FEEDERS/EQUIPMENT TO REMAIN - - - - - - - - - NEW FEEDERS/EQUIPMENT FUTURE FEEDERS/EQUIPMENT --------------------------- FEEDERS/EQUIPMENT TO BE DEMOLISHED - X - X - X - am . . 1 : A SCALE: NOT TO SCALE _ __j ! I - - - - - _ - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - _ _ - - - - - - - - - - 1 ! MECHANICAL DIST. PANEL 'MDPC1000' II I 1 I I 800A, 48GV, 30, 3W, 65KAIC i II 1 2 1 1 3 4 5 6 7 8 9 10 11 12 13 14 I VISION ! 1 6, 125A O, 50A 0, 20A 4, 125A ®, 70A 1, 125A 6, 30A y, 11 OA ♦, 30A J, 11 OA O. 30A ♦ 150A ♦ 150A ♦. 110 * 1 ?P 13P ! 3P 13P 13P 1 ;P ! 3P ! 3P 13P ! 3P ! 3P , 3P 3P ' 3P 1 1 I I I I I I I 8 8 ; 1 I �-,-I I I I I I I I 1 I I IST- -----t----1----------1-----I---_-t-------------------------- ---_ -- - r ---- ( FUT ♦1 f FUT )A FUT ♦) ' ( EXIST) ( EXIST { EXIST) ( EXIST) ( EXIST) ( EXIST) ( EXIST) 086 073 y `` r-� ' ' rY� ' i- r�� ' TRNC 1000 : - _ ` __T_ ( UT 1----4 F i I I FJ I I FJ I FJ T T -� ' 7' ` T J _ T 480V:208Y/l20V ��A ! I I I I i FUT. ; i ; FUT ; ; FUT. 1 i FUT. 75kVA, NEMA 1 Y'T Y� �> I i I I I i CRA- 1 i ERP- i i CON- 1 i CON - 97.7% EFF -� I LEXIST I I I I 1 `���> 10000 ; 10000 ; 19101 20102 -11- I I I i t i (DH2) i i i (DH2) i i i (DH2) i i (DH2) (EXT T) i I I I L RE: ' --- - - - L__ J 1 L___ 1 L ------- L ------ J ( I I I I I I THIS 2 T -T ' I I I I I I SHEET I I I I I I 088 089 090 04 075 076 r`u �r r --u 1 L ' NEW NEW NEW NEW NEW NEW NEW NEW I D FO I l NEW 1 I CRA- I I CON- ! CRA- I I ERP- I I CON- I I CON- ! CRA- ERP- CON- CON- CRA- ERP- CON- CON- PLIqNc WITFI I I I I I 1103000 1103000 1103031 1104032 I PA i0 - RIEC ( PANEL 1' ! 09000 1 1 17091 1 I 1 I 1 I 1 I 1 23000 23000 45231 46232 20000 20000 39201 40202 2 Q I (ELEC I I (ELEC I I DATA I I DATA I I DATA 1 1 DATA 1 (DH2) (DH2) (DH2) (DH2) (DH2) (DH2) (DH2) (DH2) O 5 2019 1 l F, -- -11 1 ROOM) I I ROOM) I I HALL t l I HALL 1 1 I HALL 1 1 1 HALL 1 I I L XIST JI I I I I I I I I I 11 1 O6 6 7 6 7 6 7 O 6 7 6 7 Ea L_= =J L_ _j L_ _j I -__J L_ _j L_ _j L__J I City of Tukwila ! BUILDING DIVISION ( -----------------------------------------------------------t MECHANICAL DIST. PANEL 'MDPD1000' 1 RECEIVED I 800A, 480V, 30, 3W, 65KAIC 1 CITY OF T UKWILA 1 2 3 4 5 6 7 8 9 10 11 12 13 14 I-- ---- ----- ----t---_ -___- ----- ----- ----- ----- ---- -- -�--- 19 --- -♦-----4--- i DEC 0 4 2018 I I I I I I I I I I I I I I 1 ♦, 125A ON 50A ON 20A 6, 125A 6, 30A ,i, 110A O, 30A ♦, 110A ♦, 30A ♦, 11O.P +1 150A ♦, 110A lOi150A ON 110 1 PERMI-i DEN1"ER O, 13P 13P 13P 13P 13P 13P ! 3P 13P ! 3P ! 3P / 3P 13P / 3P 13P 1 1 1 _ F_ -I L----L----I-----I-----+-----+---------------- -- -------- -----'r-- -J 'TRND1000': ( EXIST) ( EXIST) ( EXIST) ( EXIST) ( EXIST) ( FUT. ) ( FUT. ) 7/26/17 REVISION #1 077 REVISION #2 078 ( FUT ) 1 s CABINET 'MBCD1000' I I 24000 15241 1 0.000 1101000 11 0101 , I 1 02012 1, 18000 , 1 , 18000 , I , 35181 „ 36182 11 19000 1 1 1 19000 1 1 1 37191 1 1 38192 1111000 1 1 1 11000 1' I 21111 1 1 22112 i ELEC ELEC DH2 ( ( ( ) O.F.C.I. I I I DATA I ; DATA I I DATA I I DATA ' ' ' ' ' ' ' ' ' ' ' ' ' ' , , I , ( DH2 ) ,1 , (DH2) I I (DH2) i i (DH2) i i (DH2) i i (DH2) i i (DH2) i i (DH2) i i i (DH2) iii (DH2) i i (DH2) I I I r1ALL 1! I HALL 1 1 1 HALL 1 1 ! HALL 1 j I 11 I II 1 I I I I 11 I I I I I I I I I I I I I I I I I I I ROOM) ROOM) ( I I 11 1 11 1 I I I I 11 I I I I I 1 I I I I I I I I I I I ` I I I i I 11 I 11 I I I I I 11 I I I I I 1 I I I I I L I I I I I I ! I 11 1 11 I I I I t 1 1 I I I I I I I I I I I 1 1 1 I I I J L- _ _ J L _ _ J L__ _J I L______J I L______J L______J L__ _J I L______J I L______J L______J L__ L______J I L ------- L______ -I A-A-A-A-A-A-A-A-� x EXIST 00A J------ 8NI�KI ��J`! BGOA ""___------ ; O3P 9, L J J 01� 3P I 1 i PDU 'PDUD1000' 500kVA, 48OV, 30, 3'N INPUT Y y Y 1 1 208Y/12OV, 30, 4W OUTPUT -� I 1 98.36% EFF. I i 1 2 3 4 1 5 6 7 8 1 I--®wwwr¢rrwr♦r--w_tr�ww�wwrwfwww �w riwr�www I I I I I I I I I I I i\I 600AF d`! 600AF ®`I 60OAF ON) 600AF ON 600AF 4\) 600AF 16' 600AF 41\) 600AF 4 t 1 ♦� 450AT 4. 450AT 4. 450AT ' 450AT 4/ 450AT ♦, 450AT a, 450AT o. 450AT 1 1 I 3P I 3P I 3P I 3P 1 3P I 3P 3P 3P 1 i----;----I--------f----4-------------� ( EXIST )( EXIST )( EXIST )( EXIST )( EXIST )( EXIST ) -T-` �T_ -T- `_T- -T- `_T_' I I I I I I u LJ u < D 1> <D2> <D3> I I I v 1 FUT. ♦H FUT. ♦H FUT. ♦) \D4> <'D5♦> <'D6♦> LINE TYPE LEGEND EXISTING FEEDERS/EQUIPMENT TO REMAIN - - - - - - - - - NEW FEEDERS/EQUIPMENT FUTURE FEEDERS/EQUIPMENT --------------------------- FEEDERS/EQUIPMENT TO BE DEMOLISHED - X - X - X - am . . 1 : A SCALE: NOT TO SCALE _ __j ! I - - - - - _ - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - _ _ - - - - - - - - - - 1 ! MECHANICAL DIST. PANEL 'MDPC1000' II I 1 I I 800A, 48GV, 30, 3W, 65KAIC i II 1 2 1 1 3 4 5 6 7 8 9 10 11 12 13 14 I VISION ! 1 6, 125A O, 50A 0, 20A 4, 125A ®, 70A 1, 125A 6, 30A y, 11 OA ♦, 30A J, 11 OA O. 30A ♦ 150A ♦ 150A ♦. 110 * 1 ?P 13P ! 3P 13P 13P 1 ;P ! 3P ! 3P 13P ! 3P ! 3P , 3P 3P ' 3P 1 1 I I I I I I I 8 8 ; 1 I �-,-I I I I I I I I 1 I I IST- -----t----1----------1-----I---_-t-------------------------- ---_ -- - r ---- ( FUT ♦1 f FUT )A FUT ♦) ' ( EXIST) ( EXIST { EXIST) ( EXIST) ( EXIST) ( EXIST) ( EXIST) 086 073 y `` r-� ' ' rY� ' i- r�� ' TRNC 1000 : - _ ` __T_ ( UT 1----4 F i I I FJ I I FJ I FJ T T -� ' 7' ` T J _ T 480V:208Y/l20V ��A ! I I I I i FUT. ; i ; FUT ; ; FUT. 1 i FUT. 75kVA, NEMA 1 Y'T Y� �> I i I I I i CRA- 1 i ERP- i i CON- 1 i CON - 97.7% EFF -� I LEXIST I I I I 1 `���> 10000 ; 10000 ; 19101 20102 -11- I I I i t i (DH2) i i i (DH2) i i i (DH2) i i (DH2) (EXT T) i I I I L RE: ' --- - - - L__ J 1 L___ 1 L ------- L ------ J ( I I I I I I THIS 2 T -T ' I I I I I I SHEET I I I I I I 088 089 090 04 075 076 r`u �r r --u 1 L ' NEW NEW NEW NEW NEW NEW NEW NEW I D FO I l NEW 1 I CRA- I I CON- ! CRA- I I ERP- I I CON- I I CON- ! CRA- ERP- CON- CON- CRA- ERP- CON- CON- PLIqNc WITFI I I I I I 1103000 1103000 1103031 1104032 I PA i0 - RIEC ( PANEL 1' ! 09000 1 1 17091 1 I 1 I 1 I 1 I 1 23000 23000 45231 46232 20000 20000 39201 40202 2 Q I (ELEC I I (ELEC I I DATA I I DATA I I DATA 1 1 DATA 1 (DH2) (DH2) (DH2) (DH2) (DH2) (DH2) (DH2) (DH2) O 5 2019 1 l F, -- -11 1 ROOM) I I ROOM) I I HALL t l I HALL 1 1 I HALL 1 1 1 HALL 1 I I L XIST JI I I I I I I I I I 11 1 O6 6 7 6 7 6 7 O 6 7 6 7 Ea L_= =J L_ _j L_ _j I -__J L_ _j L_ _j L__J I City of Tukwila ! BUILDING DIVISION ( -----------------------------------------------------------t MECHANICAL DIST. PANEL 'MDPD1000' 1 RECEIVED I 800A, 480V, 30, 3W, 65KAIC 1 CITY OF T UKWILA 1 2 3 4 5 6 7 8 9 10 11 12 13 14 I-- ---- ----- ----t---_ -___- ----- ----- ----- ----- ---- -- -�--- 19 --- -♦-----4--- i DEC 0 4 2018 I I I I I I I I I I I I I I 1 ♦, 125A ON 50A ON 20A 6, 125A 6, 30A ,i, 110A O, 30A ♦, 110A ♦, 30A ♦, 11O.P +1 150A ♦, 110A lOi150A ON 110 1 PERMI-i DEN1"ER O, 13P 13P 13P 13P 13P 13P ! 3P 13P ! 3P ! 3P / 3P 13P / 3P 13P 1 1 1 _ F_ -I L----L----I-----I-----+-----+---------------- -- -------- -----'r-- -J 'TRND1000': ( EXIST) ( EXIST) ( EXIST) ( EXIST) ( EXIST) ( FUT. ) ( FUT. ) 7/26/17 REVISION #1 077 REVISION #2 078 ( FUT ) 1 48OV:208Y/ 120V t ti A j I I I I 75kVA, NEMA 1r , 97.7% EFF = i LEXIST J i ! I I 2 ; I I L L1 �---------------- i 1 RE: I I I 1 I -- THIS I I I <C7> ' <C8> I SHEET ( EXIST) I I I Y i I Y I T(� V I I FUT 1 (� FUT )A FUT ) 1 �----T 7---� ---_ I I I I I 1 I L f_ J I: z I L_ I , 079 080 081 r�J I r11 , r�� FJ r-114 , FJ I I I I I � - � � - ,� I I I ; ---�♦ � ---�♦ , 1 ' FUT FUT i i iii FUT i i FUT 14 I I F -IJ I I �-1 I r �J V r 1Ij \/ r �� r,J 1 -L i F� 1, J< i FJ ♦, u i F� . L i F� I I' 1 I I I I 1 CRA- 1' 1 ERP- I I CON- I I 1 I CON- 1 - -1-, ,-1- -1 -, r 1- -L -I r-1- -I r �- -L -I r L J -L r -J -L-, r-J-�-, r- 1 ' --, r-�-L-, NEW NEW NEW NEW ; 09000 ; i 09000 i i i 17091 ; 1 ; 18092 �4 I I NEW I I I I I I I I I I I I i i i i i; ; CRA- ERP- CON- CON- ; (DH2) ;; (DH2) ;;; (DH2) ;; (DH2) I PANEL I CRA- 1 I CON- I I CRA- 1 05000 1 ERP- ( 05000 I CON- ! 09051 I CON- 1 10052 ; FUT. ; CRA- ; FUT. ; ERP- ; FUT. ; CON- ; FUT. ; CON- 21000 21000 41211 42212 11 10000 1 1 18101 1 1 1 1 1 1 1 1 1 1 1 I I 1 ;; I I ;; I I ; I I (DH2) (DH2) (DH2) (DH2) i i i iii i L__ J I L______J I L______J -j i ie L______J ILCPD100C) I {ELEC I( (ELEC I I DATA I I DATA I I DATA I I DATA 1 1 04000 11 04000 I I 07041 1 1 08042 I L_� I Fr -- -11 1 ROOM) 1 1 ROOM) 1 1 HALL 11 1, HALL 11 1 HALL 1 1 1 HALL 11 DATA DATA DATA DATA I O 6 7 (6 )7 CIA I EXIST JI I I I I I I I I I I I I; HALL 1; ; HALL 1; ; HALL 1; ; HALL 1; L_- J I- -- J I- __ J L-_ J L_- J L_. J L______J L______J L______J L______J A A A A w w w A w w w w A w w w w w w -100 5005 Greenville Avenue Dallas, TX 75206 Phone: 214/273-1559 ENGINEERING + DESIGN 3933 SW Kelly Avenue - Portland, Oregon 97239 503.222.4453 www.vlmk.com X CD 0 LU H ISSUES & REVISIONS Na Date Description 1 9/9/16 ISSUE FOR PERMIT 7/26/17 REVISION #1 11/09/18 REVISION #2 SEAL AS 7 I J h t � � n= 28041 SBBET9 rLE ELECTRICAL ONE -LINE DIAGRAM DRAWN: MAG REVIEWED: RWB PROJECT NO.: C1395.00 JYL."d 1, 9 1 A BURR COMPUTER ENVIRONMENTS, INC. RE: SHEET 1.1A 19 �O2 ' 3RE: 1 g J RE: C 19 `� 3RE: 1 gJSHEET 1.1A SHEET 1.1A SHEET 1.1A021 2 023 024 091 092 093 094 3OA 1;6)-- K 6) 3PA 3OA �, ♦,3APKU.L. LISTED ASSEMBLY PK-- K P NEW PDU 'PDUA2000' NEW PDU 'PDUB2000' 500kVA, 48OV, 30, 3W INPUT, 65kAIC 500kVA, 48OV, 30, 3W INPUT, 65kAIC 208Y/12OV, 30, 4W OUTPUT = 208Y/12OV, 30, 4W OUTPUT = UPS ROOM 2 119 _ UPS ROOM 2 119 1 2 3 4 5 6 7 8 1 2 3 4 5 6 600AF °l 600AF °l 600AF ON 600AF °) 600AF °l 600AF ON 600AF °l 600AF 3P 3P 1 3POAT T 3P AT 1 3POAT � 3POAT I 3POAT tj 3P AT �j 3POAT ROW 01-1 - BSWM111 (BUS A) j 400A 400A 1 400A ROW 01-1 - BSWAC111 (BUS C) 400A + 3P 100% ROW 02-1 - BSWAA211 (BUS A) 400A PANEL PANEL ROW 02-1 - BSWAC211 (BUS C) 400A PPD140 84 ROW 03-1 - BSWM311 (BUS A) 400A POLE POLE ROW 03-1 - BSWAD111 (BUS D) 400A NEW RPP - ROW 04-1 - BSWAB111 (BUS B) 400A W ROW 04-1 - BSWAC311 (BUS C) 400A W ROW 05-1 - BSWAC411 (BUS C) 400A ROW 05-1 - BSWAD211 (BUS D) U.L. LISTED ASSEMBLY 3P+KKKK °) A , -- 3P 800 NEW PDU 'PDUC2000' 500kVA, 48OV, 30, 3W INPUT, 65kAIC 208Y/12OV, 30, 4W OUTPUT = UPS ROOM 2 119 7 8 1 2 3 4 5 6 600AF t°l 600AF °l 600AF °l 600AF °l 600AF q°l 60OAF °l 600AF °\ 600AF 450T -3P AT 1 j 3P AT TJ 3P AT 1 3P AT TJ 3P AT 1 J 3P AT TJ 3P AT 1 3P0AT ROW 06-1 - BSWAB211 (BUS B) j 400A 400A 1 400A ROW 06-1 - BSWAD311 (BUS D) 400A + 3P 100% ROW 07-1 - BSWAB311 (BUS B) 400A PANEL PANEL ROW 07-1 - BSWAD411 (BUS D) 400A PPD140 84 ROW 08-1 - BSWAB411.(BUS B) 400A POLE POLE ROW 08-1 - BSWAC511 (BUS C) U.L. LISTED ASSEMBLY 3PA °\ KK -- KK 6\ 800A U.L. LISTED ASSEMBLY NEW PDU 'PDUD2000' 500kVA, 48OV, 30, 3W INPUT, 65kAIC 208Y/12OV, 30, 4W OUTPUT = UPS ROOM 2 119 7 8 1 2 3 4 5 6 7 8 450AF °l 450AT °/ 450AT °/ 450AT °/ 450AT sJ 450AT +/ 450AT e) 450AT 3P AT I 3P T 3P T 3P T 3P T 3P T 3P T 313 041 042 043 044 045 046 047 048 400A 400A 1 400A I 400A 3P 3P 3P + 3P 100% 100% /100% 100% PANEL PANEL PANEL PANEL PPA1 PPB13 PA1 40C PPD140 84 84 84 84 POLE POLE POLE POLE NEW RPP NEW RPP NEW RPP NEW RPP 'RPPA1300' 'RPPB1300' 'RPPA1400' 'RPPD1400' 1 PARTIAL ELECTRICAL ONE -LINE DIAGRAM E1.1B c«[. NOT TO scuE 2 60F450AOAT •\ 450AT °/ 450AT 4°/ 450AT °/ 50AT o/ 45 AAT */ 450AT +/ 450AT 3PIJ 3P T 3P 1 3P T 3P T 3P T 3P T 3P 049�' X051 L!F 053'054 05� 05� D ONELINE DIAGRAM GENERAL NOTES 1. REFER TO GENERAL ELECTRICAL NOTES, SYMBOLS, AND ABBREVIATIONS SHEET EO.1 FOR ALL SYMBOLS ON THIS SHEET. 2. REFER TO SHEETS EO.2 AND EO.3 FOR ELECTRICAL SPECIFICATIONS. 3. REFER TO SHEETS E4.1 AND E4.2 FOR FEEDER SCHEDULES, LOAD ANALYSIS, AND FAULT CURRENT DUTY SCHEDULE. 4. PHASE ROTATION SHALL BE A -B -C CLOCKWISE THROUGHOUT SYSTEM. 2 v v v v O NOT USED. 1 O NOT USED. O NOT USED. LINE TYPE LEGEND EXISTING FEEDERS/EQUIPMENT TO REMAIN - - - - - - - - - NEW FEEDERS/EQUIPMENT FUTURE FEEDERS/EQUIPMENT --------------------------- FEEDERS/EQUIPMENT TO BE DEMOLISHED - X — X — X - mr•r-aa ry - rata+ FEB 0 5 2019 City of Tukwila BUILDNG DIVISION REVIS-10N�NO...'Z. RECEIVED CITY OF TIJKWILA DEC 0 4 2018 PERMIT CENTER CV ONELINE DIAGRAM KEYED NOTES 2 O NOT USED. 1 9/9/16 J O NOT USED. 7/26/17 0 PROVIDE NEMA 1 PULL BOX SIZED PER NEC REQUIREMENTS LOCATED ABOVE ORIGINATING EQUIPMENT. PROVIDE HEAT SHRINK ON co CONDUCTOR ENDS FOR FUTURE CONNECTION. 1 O PROVIDE NEMA 1 PULL BOX SIZED PER NEC REQUIREMENTS FOR -T- CONNECTION TO FUTURE BUSWAY. JUNCTION BOX SHALL BE INSTALLED 2 TO NOT INHIBIT FUTURE INSTALLATION OF CONDUITS. INSTALL c> O CONDUCTORS TO PULL BOX AND PROVIDE HEAT SHRINK ON T CONDUCTOR ENDS. COORDINATE EXACT LOCATION WITH BCEI PRIOR TO 1 INSTALLATION. NOT USED. �C 2 v v v v O NOT USED. 1 O NOT USED. O NOT USED. LINE TYPE LEGEND EXISTING FEEDERS/EQUIPMENT TO REMAIN - - - - - - - - - NEW FEEDERS/EQUIPMENT FUTURE FEEDERS/EQUIPMENT --------------------------- FEEDERS/EQUIPMENT TO BE DEMOLISHED - X — X — X - mr•r-aa ry - rata+ FEB 0 5 2019 City of Tukwila BUILDNG DIVISION REVIS-10N�NO...'Z. RECEIVED CITY OF TIJKWILA DEC 0 4 2018 PERMIT CENTER CV Na Date J 1 9/9/16 J Q 7/26/17 REVISION #1 Q co 00 � Q -T- �xs c> O T W CD �C VJ - cv) W W co ISSUES & REVISIONS Na Date Description 1 9/9/16 ISSUE FOR PERMIT 7/26/17 REVISION #1 11/09/18 REVISION #2 SEEWrTfME ELECMCAL ONE -LINE DIAGR" L%=NO. DRAWN: MAG REVIEWED: RWB PROJECT NO.: C1395.00 PROPRIETARY: NOT FOR DISCLOSURE OR USE WITHOUT THE WRITTEN CONSENT OF BURR COMPUTER ENVIRONMENTS, INC. P A ° o on In . • nTo_�ni • ! o 1n7* �1 0 1-�0-O ° o • 0 C. 0 •• • 19110116 !• a 0 0 c ,O • a 1 !Io o Il t ' o 1Oon l to 0 i 0!I0�0 D il _` a0 ap ! ap ! r7 r7 0 0, 1 0 0 0 o; oo; 0 0 o f ; o o I!� � i�l, I� I IIII 1; 11 I1 �I1111 11 I IRE: ----------------------------- 1 SHEEP E1.213 II _ EXISTING IING EXISTING 'UPSA1000' ( 'TRNC1000' (75kVA) N -G LINK WHERE ®� REQUIRED BY !NEUTRAL BUS I EQUIPMENT y I i I I----------- I i MANUFACTURER I I L — — J GROUND BUS EXISTING L---� TRND1000 (75kVA) EXISTING II F 1EXISTING XISTI,NG j EXISTING N -G LINK WHERE 'U 0' 'MSBO1000' GSBO100�0 A REQUIRED BY N -G LINK !NEUTRAL BUS EQUIPMENT NEUTRAL .. II ii ! BUS I — -I i !. NEUTRAL BUS ! MANUFACTURER I .,� .� .,� � 'PDUA1000' (500kVA) { I i I 1 _ .1.. � EXISTING I I I I I GROUND BUS — — ( I I I i N -G LINK -� ! GROUND BUS 1 GROUND BUS ---J ! I L----� --� ! ABOVE GRADE 'UPSC1000' I I EXISTING I 1 N -G LINK WHERE — —t — I GSB02000 BELOW GRADE REQUIRED BY NEUTRAL BUS EXISTING I I 1 N -G LINK —a ( WATER SERVICE ! NEUTRAL BUS 1 EQUIPMENT 'PDUB1000' (500kVA) I _ — — -1 ENTRANCE PIPING MANUFACTURER — I I I I ! GROUND BUS A— � 1 "� "- "� G � y1i — 1 GROUNDBUS ' 00'___ I 'UPSD1000' I 1 10'-O" (TYP.) 0o I , J G002 HH 6002 r N -G LINK WHERE EXISTING ( J - REQUIRED BY NEUTRAL BUS PDUC1000 (500kVA) I Gp0`Z EQUIPMENT — MANUFACTURER A Y — — GROUND BUS L — —k — J EXISTING 'PDUD1000' (500kVA) Y EXISTING GENERATOR 'GENO1000' I—� 7 EXOTHERMIC WELD TO NEW REBAR EXISTING LOCATED IN NEW CONCRETE SLAB GENERATOR 'GEN02000' AT EQUIPMENT YARD PER NEC �J EXOTHERMIC WELD TO NEW REBAR NEW GENERATOR LOCATED IN NEW CONCRETE SLAB 'GENO3000' AT EQUIPMENT YARD PER NEC G002 EXOTHERMIC WELD TO NEW REBAR NEW GENERATOR LOCATED IN NEW CONCRETE SLAB 'GEN04000' AT EQUIPMENT YARD PER NEC G002 EXOTHERMIC WELD TO NEW REBAR NEW GENERATOR LOCATED IN NEW CONCRETE SLAB 'GEN05000' AT EQUIPMENT YARD PER NEC G002 EXOTHERMIC WELD TO NEW REBAR E 0 LOCATED IN NEW CONCRETE SLAB 'GEN06000' AT EQUIPMENT YARD PER NEC I -4� \--EXOTHERMIC WELD TO NEW REBAR LOCATED IN NEW CONCRETE SLAB AT EQUIPMENT YARD PER NEC NOTE: BOND EACH GENERATOR FUEL TANK TO REBAR IN CONCRETE SLAB UTILIZING "GO02" CONDUCTOR. REFER TO GROUNDING PLAN FOR GROUND ROD AND TEST WELL LOCATIONS AND QUANTITIES N I 'MSG01000' as o 0 EXISTING 0 0!®! 0 0 ° ! • ! • a o ° ° MOUNTING: 8'-0" ABOVE FINISHED FLOOR `L — — LOCATION: ELECTRICAL ROOM lo! I I� co yoo ! 0i I 1 II 1I I F— — — — — — — — — — — — — 'EFG01000' EXISTING MOUNTING: HORIZONTAL BELOW RAISED FLOOR LOCATION: DATA HALL 1 'FBG01000' EXISTING _ _ I MOUNTING: INSIDE FIBER BOX 1 LOCATION: MECH-1 'PGP01000' EXISTING P 1A N I I MOUNTING: HORIZONTAL AT 8'-0" ABOVE RAISED FLOOR — — — 1 LOCATION: DATA HALL 1 ° 0 I• 0 0 0 0 0° o I PI A N I i 0 j0 0 0° 0 0 ° O l a l 0 ° nnnnn °° 1° 0 0 0 0 0 •1 T0101101 0 0° i 1 IIco 'FBG02000' EXISTING MOUNTING: INSIDE FIBER BOX LOCATION: UPS ROOM PIA N I F 7 1 0 •; 0 0 0 0 0 0 0 0 oL �_l 0 ° 0 0 0° — — Ft:�: � Date 'EFG02000' I 'EFG03000' 9/9/16 o I EXISTING EXISTING ! I I MOUNTING: HORIZONTAL BELOW RAISED FLOOR 1 MOUNTING: HORIZONTAL BELOW RAISED FLOOR LOCATION: MMR1 LOCATION: MMR2 I I i I I 1 1 P I A N I P JA N I ABOVE RAISED FLOOR RAISED FLOOR i �00) 00 0 O O O OBELOW O O O o O o O TRAY ABOVE RAISED(o I I L 0L•°0000 o I I°o c L o 0 0 0 0 0CABLE °I FLOOR U I — — — — — — !o o P IA N I I VERIFY WITH OWNER 0 0 0• o o n n n F I o o o o o o 0 o O 1 o lo] n n o o o 0 0 QUANTITY OF RACKS TO BE 1° 0 o o u 0 0 L a l L o] 1. 1.1 0 0 0 0 0 c O 0 0!•;04 I• I• ° 0 0 0 0° I INSTALLED IN EACH ROW. — — — �! j — — — — — — —4, i 1 (TYPICAL) — I� 1 II(�II —1 F_ -1 o 0 0 o I— —1 (— —1 TEQUIP. EQUIP.) I EQUIP. EQUIP. ROW 1 1 RACK I I RACK 1 (o o I l o I RACK I 1 RACK I ROW 5 0( 0, I o II0 L_I_J L -IJ �G011) G01� I ( 1 I " G01 1 GO11 I-2\ I11 111 F_ ___1 F_ —I I I I I 1 r— __1 r— __1 ROW 2 I ERACK I (EQUIP.RACK I 1 ( I I 1 I EQUIP. Q RACK ( I EQUIP. ( ROW 6 G01 T) G011� I ( I i G011 G011 I ROW 3 1 EQUIP. 1 1 EQUIP. RACK 1 1 ! I I I EQUIP. EQUIP. RACK 1 (RACK ( ROW 7 CG (0 G01� I 1 I 1 G011 �G011 I ROW 4 I ERACK I 1 EQUIP.RACK 1 I I 1 ERQACK 1 I UIP.ERACK I ROW 8 CG (0 CG01D I I \G011 ' t*1 G R 0 U N D IN G \E1 .2A NOT TO SCALE ONE—LINE DIAGRAM—EXISTING DATA HALL 1 1UG01000' EXISTING MOUNTING: HORIZONTAL BELOW RAISED FLOOR LOCATION: DATA HALL P 1A N I ° O I• ° 0 F;1 F;1 0 0 ° o ;s1 0 o I•II.I 0 ° I0 � N I i�l I METAL i I I COMPUTER ROOM DOOR I RAISED FLOOR FSE i GROUND GRID I Good �GO122 1 � CG (0 � C°,°GO I ! ! � � I i s Cl�-G007� - - -5 5— -CO-- — — —j — CG (0 E RPP I N �G013�-� Typ. I T _ C1�-GO0� $- -E- HVAC I! I VCQUIPME'J G0O CG (0 �-G00� 1 UL LISTED 'C' OR 'H' TAP COMPRESSION FITTING (TYP. WHERE SHOWN ON THIS SHEET). GROUNDING GENERAL NOTES FEB 0 5 2019 Cky of Tukwila BUILDING DIVISION 1. REFER TO SHEET E1.26 FOR GROUNDING GENERAL NOTES AND GROUNDING CONDUCTOR SCHEDULE. LEGEND - - - - - - EXISTING TO REMAIN FUTURE NEW RECEIVED CITY OF TUKWILA DEC 0 4 2018 PERMIT CENTER CV J X ISSUES & REVISIONS Na Date Description 1 9/9/16 ISSUE FOR PERMIT 7/26/17 REVISION #1 11/09/18 REVISION #2 2041 �, e tib`' NALE�G IJc l l 12 1U SFISE nnz GROUNDING ONE—LINE DIAGR" - DM SF)�TNO DRAWN: MAG "W" jot9j A REVIEWED: RWB PROJECT NO.: C1395.00J...4 LA BURR COMPUTER ENVIRONMENTS, INC. GROUNDING CONDUCTOR SCHEDULE MARK CONDUCTOR SIZE CONDUIT SIZE REMARKS G001 500kCM 1-1/2" eaaeae::: e::a:: 50OkCM NONE BARE TINNED G003 500kCM 1-11Z' GROUNDING CONDUCTOR SCHEDULE MARK CONDUCTOR SIZE CONDUIT SIZE REMARKS G001 500kCM 1-1/2" BARE TINNED, PROVIDE SCHEDULE 80 PV AT EXTERIOR OF BUILDING G002 50OkCM NONE BARE TINNED G003 500kCM 1-11Z' INSULATED G004 #1/0 TO INSULATED 6005 #6 314" INSULATED G006 #2 34' INSULATED G007 #4 NONE BARE TINNED GO08 #410 1n.INSULATED 5 MA 6009 #410 NONE INSULATED' GO10 #/210 NONE INSULATED 6011" #6 NONE INSULATED G012 #2/0 NONE BARE TI NNED G013 #2 NONE INSULATED G014 #2i0 1"' INSULATED G015 #210 NONE RHH/RHW INSULATED G016 25OkCM NONE INSULATED G017 500kCM NONE INSULATED RACK I I I I L -i- J G011 NOTE: ALL CONDUCTORS ARE STRANDED COPPER WITH GREEN INSULATION UNLESS NOTED OTHERWISE. ALL CONDUCTORS LOCATED. BENEATH THE RAISED FLOOR SHALL BE MARKED "FOR USE IN CABLE TRAYS" OR "FOR CT USE" PER NEC ART. 645.5(E)(6)b. PROVIDE SCHEDULE 40 PVC CONDUIT INTER IORTOTHE BUILDING AND SCHEDULE 80 EXTERIORTOTHE BUILDING. GROUNDING GENERAL NOTES 1. ALL BARS, LUGS, AND CONDUCTORS PROVIDED BY ELECTRICAL CONTRACTOR UNLESS NOTED OTHERWISE. 2. CONTRACTOR SHALL USE CADMIUM YELLOW, ZINC CHROMATE, OR STAINLESS STEEL BOLTS FOR CONNECTIONS TO GROUND BARS. 3. BEND RADIUS FOR GROUNDING CONDUCTORS SHALL BE AT LEAST 12 INCHES THRU #4/0 AND AT LEAST 24 INCHES FOR GROUNDING CONDUCTORS GREATER THAN #4/0. 4. PULL BOXES IN DEDICATED GROUNDING SYSTEM AS SHOWN ON THIS SHEET SHALL BE KEPT TO A MINIMUM AND SHALL BE NON-METALLIC OR ELECTRICALLY ISOLATED FROM ADJACENT CIRCUITS AND BUILDING COMPONENTS. 5. GROUND BAR CONDUCTORS SHALL NOT SHARE CONDUITS OR PULL BOXES WITH CONDUCTORS OR CABLES OF OTHER SYSTEMS. 6. ALL BARE GROUNDING CONDUCTORS SHALL BE TINNED. 7. STRANDED GROUNDING CONDUCTORS SHALL HAVE CLASS B STRANDING. 8. GROUNDING SYSTEM IMPEDENCE SHALL NOT EXCEED 5 OHM. CONTRACTOR SHALL ADD CHEMICAL GROUND ROD(S) AS NECESSARY TO ADHERE TO THIS REQUIREMENT. 9. ALL GROUNDING SHALL COMPLY WITH NEC ARTICLE 250 AS A MINIMUM UNLESS NOTED OTHERWISE. 10. ALL GROUNDS SHALL BE COPPER. NO ALUMINUM SHALL BE PERMITTED. 11. ANY REQUIRED CONDUIT FOR GROUNDING SHALL BE PVC UNLESS NOTED OTHERWISE. NO METAL CHOKES SHALL BE ACCEPTABLE. SUPPORTS FOR GROUNDING CONDUITS SHALL UTILIZE NYLON BOLTS AND NON-METALLIC STRAPS TO PREVENT INSTALLATION OF CHOKE POINT IN GROUNDING SYSTEM. 12. ALL COMPRESSION LUGS SHALL BE TWO -HOLE LONG BARREL AND CRIMPED USING THE MANUFACTURER'S RECOMMENDED DIE AND CRIMPING TOOL GROUND LUGS SHALL BE SHRINK-WRAPPED AND LABELED WITH NONMETALLIC TAGS. 13. TOTAL GROUNDING CONDUCTOR BENDING RADIUS SHALL NOT EXCEED 90' AT EACH LOCATION. 14. GROUNDING CONDUCTORS SHALL BE CONTINUOUS BY GAUGE FOR ENTIRE LENGTH. SPLICES ARE NOT ALLOWED. 15. LEXAN COVER FOR ALL GROUND BARS SHALL BE LABELED WITH GROUND BAR NAME AND PANI DIVISIONS. 16. CONNECTIONS TO ALL BUS BARS SHALL BE IN PANI LOCATIONS AS INDICATED ON THIS SHEET. 17. PANI DESIGNATION LOCATIONS SHOWN ON THIS SHEET ARE SCHEMATIC IN NATURE. PROVIDE ADEQUATE MOUNTING HOLES AT EACH DESIGNATION LETTER FOR PRESENT AND FUTURE CONNECTIONS. FAI INSTALLED IN EACH ROW. ® 0 0••••• ®®® c 0 0 0 0°0 0 0 (TYPICAL) • • • • • • ® ® 0 0 0 mm 0 ° 00 LTJ - -5 `T� � - ROW 2 EQUIP. I EQUIP. I I RACK I EQUIP. ROW 1 RACK (G011) RACK I EQUIP. I I EQUIP. I 6011 G011 3@o a)0) ROW 3 S 6010 0 EQUIP. RACK EQUIP. A w@Zu ROW 2 RACK 5 MA RACK LWA Q G011 6011 I EQUIP. 1 RACK I EQUIP. I RACK I L 5 6010 � EQUIP. (G011) EQUIP. ROW 3 RACK I EQUIP. I 1 RACK I RACK G011 G011 (G011) (G011) 5 6010 EQUIP. ' EQUIP. r---1 ROW 4 RACK I EQUIP. I 1 RACK I RACK I I I I L -i- J G011 G011 —1— (G011) _1_ (G011) 5 6010 EQUIP. i i I I I I I EQUIP. I ----I ROW 5 RACK I EQUIP. I 1 RACK I RACK G011 G011 (G011) (G011) I EQUIP. I S 6010 EQUIP. EQUIP. EQUIP. I 1 RACK I ROW 6 RACK I RACK I RACK ROW 10 (G011) G011 G011 T_' `T� 5 6010 L _i_ J EQUIP. EQUIP. ROW 7 RACK RACK G011 G011 5 6010 EQUIP. EQUIP. (G011) ROW 8 RACK RACK G011 G011 5 6010 2 VERIFY WITH OWNER QUANTITY OF RACKS TO BE INSTALLED IN EACH ROW. (TYPICAL) 1 I I I M I 0 101 l0 Y I I 1 1 I RE: I SHEET I E1.2A I I I I I I I I I I I I I I I IOVE GRADE :LOW GRADE I I I I I G002 )J 'MSG02000' UT OVE FINISHED FLOOR LOCAT 'PGP02000' MOUNTING: HORIZONTAL AT 8'-0" ABOVE RAISED FLOOR LOCATION: DATA HALL Al N 11 I I CABLE TRAY ABOVE RAISED FLOOR 0 0 0 0 0 0 0 0 0 0 0 0 c� ABOVE RAISED FLOOR BELOW RAISED FLOOR ® 0 0••••• ®®® c 0 0 0 0°0 0 0 • o o • • • • • • ® ® 0 0 0 mm 0 ° 00 LTJ - -5 `T� � - ROW 2 0 I EQUIP. I I RACK I 0 0 00 (G011) gI I EQUIP. I I EQUIP. I 0 3@o a)0) ROW 3 m r--_1 I EQUIP. I I RACK I 0 0 RACK 0 A w@Zu LWA LWA 5 MA MA LWA Q �O ROW 4 I I CABLE TRAY ABOVE RAISED FLOOR 0 0 0 0 0 0 0 0 0 0 0 0 c� ABOVE RAISED FLOOR BELOW RAISED FLOOR 'EFG04000' MOUNTING: HORIZONTAL BELOW RAISED FLOOR LOCATION: DATA HALL N I 0 0 0 ® 0 0••••• ®®® c 0 0 0 0°0 0 0 • o o • • • • • • ® ® 0 0 0 mm 0 ° 00 LTJ - -5 `T� � - ROW 2 0 I EQUIP. I I RACK I 0 0 00 (G011) (G011) I EQUIP. I I EQUIP. I 0 i a)0) ROW 3 r---1 I EQUIP. I 1 RACK I r--_1 I EQUIP. I I RACK I 0 0 RACK 0 (G011) (G011) 0 �T— 0 0 Q �O ROW 4 I EQUIP. 1 RACK I EQUIP. I RACK I 'EFG04000' MOUNTING: HORIZONTAL BELOW RAISED FLOOR LOCATION: DATA HALL N I 0 0 0 ® 0 0••••• ®®® c 0 0 0 0°0 0 0 • o o • • • • • • ® ® 0 0 0 mm 0 ° ROW 1 1 EQUIP I RACK I I EQUIP I I RACK Date Description 1 0 (601 1) (G011) N3sEM LTJ - -5 `T� � - ROW 2 r --__1r---1 I EQUIP. I 1 RACK I I EQUIP. I I RACK I 0 0 00 (G011) (G011) I EQUIP. I I EQUIP. I 0 i t ROW 3 r---1 I EQUIP. I 1 RACK I r--_1 I EQUIP. I I RACK I 0 -L, �'( 0)1"(0)�'(0)�"(01 RACK RACK I (G011) (G011) �T— `T� 0 Q 0 ROW 4 I EQUIP. 1 RACK I EQUIP. I RACK I L o � (G011) (G011) C"7 ROW 5 I EQUIP. I 1 RACK I I EQUIP. I RACK I (G011) (G011) `-T� `T— ' S ' r---1 r---1 ROW 6 I EQUIP. I 1 RACK I I EQUIP. I I RACK I I I I I L -i- J L _i_ J —1— (G011) _1_ (G011) LTJ `T� i i I I I I I r--7 I ----I ROW 7 I EQUIP. I 1 RACK I I EQUIP. I I RACK I (G011) (G011) I EQUIP. I `-T— `T_' ROW 8 EQUIP. I 1 RACK I I EQUIP. I RACK I I I I I I I I I RACK I I RACK I ROW 10 (G011) (G011) T_' `T� 1 1 1 1 1 1 1 'EFG05000' G• HZ AL BELOW RAISED FLOOR LOCATION: DATA HALL 2 2 PI A I N 1I 00 0 0 (0) (ol (ol (ol Date Description 1 0 ISSUE FOR PERMIT 0 N3sEM 0 0 1011101110111011 r--�--� REVISION #2 0 00 0 0 (0) (ol (ol (ol Date Description 1 0 ISSUE FOR PERMIT 0 Mimi 0 0 1011101110111011 r--�--� REVISION #2 0 0 00 0 0 l ID b_, 0 1-1 I' 1,i-( ID J I EQUIP. I I EQUIP. I 0 0 � 0 0 -L, �'( 0)1"(0)�'(0)�"(01 RACK RACK I ROW 9 0 0 0 Q 0 1 1 0 1 1 1 0 1 1 1 0 1 1 1 0 1 L_ _j I L o � � W C"7 G011) ( 6611 ) 0 I— CD I I I I i i I I I I I r--7 I ----I 1 1 1 1 1 1 1 I EQUIP. I I EQUIP. I I I I I I I I I RACK I I RACK I ROW 10 1 1 1 1 1 1 1 L _i_ J 1 _i_ J I I I I I I (G011) (G011) 1 1 1 1 1 1 L------1-2 I 1 1 1 1 1 Z -1- I I I L I I 1 1 1 1 1 1 r--_1 r ---I 1 1 1 1 1 1 I I I I EQUIP I I EQUIPI I I I I I I RACK I I RACK I ROW 11 1 1 1 1 1 1 1 -i- J I I I I I �1� (G011) X11 (G011) I I I I I I I L-------- I I I I I I L I r _1 r -I I I I I I I EQUIP. I I EQUIP. I I I I I I RACK I I RACK I ROW 12 I 1 I I I l(G011) (G011 I I I I 1 1 L-------- I I -- I I lI F r--_ I I I I EQUIP. I I EQUIP. I I I I I RACK I I RACK I ROW 13 I I I I L —�— J L —�— I I I (6 011) (G011) 1 I 1------------� I I I I 1 I 1 F -1 1----1 I I I I EQUIP I I EQUIP I I I I RACK I I RACK I ROW 14 I I L -�- I L -�_ J I I I ( G011) (G011 ) I I I I' EQUIP. -,I' I EQUIP. I 11 I RACK I I RACK i ROW 15 I _ _ I (G011) (G011) I I EQUIP I I EQUIPi 1 I RACK I I RACK I ROW 16 I I i— (601 1) (6011 1) 2 E,7 B GROUNDING ONE -LINE DIAGRAM -DATA HALL 2 NOT TO SCALE 'EFG06000' (nm BELOW RAISED FLOOR PI A I N 11 'RFG02000' MOUNTING: HORIZONTAL BELOW RAISED FLOOR LOCATION: DATA HALL PI.A I N 1I Na Date Description 1 9/9/16 ISSUE FOR PERMIT Mimi Q mWm 11/09/18 REVISION #2 'RFG02000' MOUNTING: HORIZONTAL BELOW RAISED FLOOR LOCATION: DATA HALL PI.A I N 1I COMPUTER ROOM RAISED FLOOR GROUND GRID G012 G007 6007 G007 G007 G007 G012 UL LISTED 'C' OR 'H' TAP COMPRESSION FITTING (TYP. WHERE SHOWN ON THIS SHEET). N I I0 0 0 04 0 G007 METAL DOOR G007 w mrr-i4 tv - rr+cv FEB 0 5 2019 City of Tukwila BUILDING DIVISION LEGEND - - - - - - EXISTING TO REMAIN FUTURE -- NEW RECEIVED CIT` OF TUKWIL A DEC 042018 PERMIT CENTER N Na Date Description 1 9/9/16 ISSUE FOR PERMIT 11 Q mWm 11/09/18 REVISION #2 COMPUTER ROOM RAISED FLOOR GROUND GRID G012 G007 6007 G007 G007 G007 G012 UL LISTED 'C' OR 'H' TAP COMPRESSION FITTING (TYP. WHERE SHOWN ON THIS SHEET). N I I0 0 0 04 0 G007 METAL DOOR G007 w mrr-i4 tv - rr+cv FEB 0 5 2019 City of Tukwila BUILDING DIVISION LEGEND - - - - - - EXISTING TO REMAIN FUTURE -- NEW RECEIVED CIT` OF TUKWIL A DEC 042018 PERMIT CENTER N Na Date Description 1 9/9/16 ISSUE FOR PERMIT 7/26/17 Q 11/09/18 REVISION #2 00 Q CD ES 0*) � Q LU COco Q L o � � W C"7 0 I— CD ISSUES & REVISIONS Na Date Description 1 9/9/16 ISSUE FOR PERMIT 7/26/17 REVISION #1 11/09/18 REVISION #2 SEAL 28041 SSinx AI DIAGRAM - DH2 %HMNOL DRAWN: MAG REVIEWED: RWB PROJECT NO.: C1395.00 h1e2jj BURR COMPUTER ENVIRONMENTS, INC. 5005 Greenville Avenue Dallas, TX 75206 Phone: 214/273-1559 ENGINEERING + DESIGN 3933 SW Kelly Avenue - Portland, Oregon 97239 503.222.4453 www.vlmk.com SEnMT= ELECTRICAL POWER PLAN 911MNO DRAWN: MAG REVIEWED: RWB PROJECT NO.: C1395.00 Ezel BURR COMPUTER ENVIRONMENTS, INC. up NOMINEE 1R."w", r IVq' MEM I ==I;= ■1■E■1■EMn■■=I=1110 ��®■EIS ■■��■ ®�■�� ■■�■■► .� ■ -■■.■ .'oma■ .1wv111111MEN H UpPapp-111111 OEM NE 111SEREMP.,ra-M 11111511111111M iwilbwullm 11111111111MEMES ®/ice ■1® m■■ =M ,oN, w ■ateNEoM ■IMw= .■M/ 11■■10n® NosolM ISESE !' ■ ■■irN ONESM ■p 0 ■■� IMP&NE ■ F 11 Mbr" 1■ ■■NWR0 EE1IW*w*w ■■■■■■nMEMI1■■■■m■■■■� um m■ lm■M■■mm■■�■■No INEEMMESE ��■■■■=r■■1■ ■■■®■■■■■■■■ ■■1 ===F■■■t■■■■ EMWS�"!wk W-10.0011 a ■■1"' SSSS■a=�■■■■EW-:■■■■■��1■1,1■ /! "■■■0■M/�■ � --■ ■■%p■■ M--. MEWIIFI =_11m -law- lopmmmwc—.M, ! � W 0 P. 0��i�_ ==I'm 0 ■� �■■11■ SSSS■■ �"ii ■� ■■■�■11■ SSSS■■ ■■ ■■M■■■I■■ ■EMM■RM ■■ SEEM■■/i■■1 ■ ■ ■■■MEMS 00000■I■■II:' ■ 1■■■■■■I INNER Erma 1110=10 III MW 0 M 0 0 w 1, E lop OF No 0 UPON nd 0 mi= 111111111019111 ME ■oma■ Elm EP i11 ELECTRICAL LIGHTING P ■■ ■ J 10 5005 Greenville Avenue Dallas, TX 75206 Phone: 214/273-1559 ISSUES & REVISIONS No. Date Description 1 9/9/16 ISSUE FOR PERMIT 7/26/17 REVISION #1 11/09/18 REVISION #2 IAh9CF� IViP447'0'C NFPA i0 - TH FEB 0 5 201 BUILDING DIVI I ION �, • iii' � 28041s AL liq 1201S SBMT= ELECTRICAL SIOUNNO DRAWN: MAG REVIEWED: RWB PROJECT NO.: C1395.00 E203 BURR COMPUTER ENVIRONMENTS, INC. 5005 Greenville Avenue Dallas, TX 75206 Phone: 214/273-1559 ENGINEERING + DESIGN 3933 SW Kelly Avenue - Portland, Oregon 97239 503.222.4453 www.vlmk.com b W i CO ISSUES & REVISIONS Na Date Description 1 9/9/16 ISSUE FOR PERMIT 7/26/17 REVISION #1 11/09/18 REVISION #2 A�►� 1=D � PL►gNCE PBIFPd� i®- � TH FEB 0 5 201 City of Tukwi UILpING 01111:ION SEAL 80 1' ELECTRICAL CONDUIT PLAN SHEE T NO DRAWN: MAG REVIEWED: RWB PROJECT NO.: C1395.00 A.j 4 BURR COMPUTER ENVIRONMENTS, INC. OVAL , VC -1"-V RECEIVED CITE' OF TUKWILA 5005 Greenville Avenue Dallas, TX 75206 Phone: 214/273-1559 ENGINEERING + DESIGN 3933 SW Kelly Avenue - Portland, Oregon 97239 503.222.4453 www.vlmk.com ISSUES & REVISIONS Na Date Description 1 9/9/16 ISSUE FOR PERMIT - 7/26/17 REVISION #1 2 11/09/18 REVISION #2 ROOF PLAN KEYED NOTES ROOF PLAN GENERAL NOTES PLI�NC . NFP A 0 - � C O1 ROOF PENETRATION HOOD BY MECHANICAL CONTRACTOR. COORDINATE WITH MECHANICAL FOR CONDUIT ROUTING. 1. REFER TO SHEET EO.1 FOR ALL SYMBOLS ON THIS SHEET. BUILDING DI SIO! O2 REFER TO SHEET E2.1 FOR CONTINUATION OF CIRCUIT. 2. REFER TO SHEETS EO.2 AND EO.3 FOR ELECTRICAL SPECIFICATIONS. O3 ROUTE POWER AND CONTROLS WIRING ALONGSIDE REFRIGERANT PIPING. UTILIZE 3. SEE ONE LINE DIAGRAM SHEET E1.1 B AND FEEDER SCHEDULE E4.1 FOR FEEDER SIZES AND EQUIPMENT SIZES NOT INDICATED ON THIS PLAN. SAME ROOF PENETRATION. OPROVIDE SEPARATE SUPPORT INDEPENDENT OF CONDENSERS. 4. SEE MECHANICAL PLANS FOR EXACT LOCATIONS AND MOUNTING HEIGHTS OF HVAC EQUIPMENT. O5 DISCONNECT INTEGRAL TO UNIT. 5. ALL BRANCH CIRCUITS ON THIS PLAN UNLESS OTHERWISE NOTED ON E1.1 B ELECTRICAL ONE -LINE DIAGRAM OR E4.1 FEEDER SCHEDULES SHALL BE (3) #10 IN 3/4" GRS TO ACCOUNT FOR DE -RATING DUE TO EXPOSED ROUTING ACROSS ROOF. 6. FIELD VERIFY EXACT LOCATION OF ALL MECHANICAL EQUIPMENT TERMINATIONS. 7. PROVIDE CONTROLS/MONITORING WIRING FOR MECHANICAL EQUIPMENT. COORDINATE EXACT REQUIREMENTS WITH DETAILS AND MECHANICAL CONTRACTOR. � 1 ( 8. SUPPORT EXPOSED CONDUITS ON ROOF WITH DURABLOCK SUPPORTS SO BOTTOM OF CONDUITS ARE GREATER THAN 3-1/2" ABOVE THE ROOF SURFACE. I (E:X'001 i �I I 1 I ( 4 LCPD2000-9 I O � law O 5 LCPD2000-36,38,40 I CON43221 5 CON39201 (FUT.)CON35181 2 CA CON30031 3#8, #10G., 3/4"C. 30/3/NF/N3R0 I \ 00 0 (StallU2 + (EX COP101011 I, NEWR NEW R a_ U: OF O VIA CRA22000 �, G � CON44222 VIA ( I NEW ROOF I OPENING ;9 CD o w o N CON40202 � C-1 I wFUT. NEW ROOF OPENING ' ) CON36182 (!I } i(ii' I'' i," ? { FUT, CO d 7 ( 0 041 i 0 00 O 0 00O I t _ (EX)CONuLO 1 2 •r � rli' � LG 2000= wP GR O 5 CON45231 LC ���b00-9 O �►?/ �Ij' wP r GFl 5 CON41211 I (FUT.;CON37191 o 11 (FUT.)CON080+2 W _ f I I 2 3 a o w n VIA CRA23000 �, CON46232 2 VIA CRA21000 � 5� I ' c- o w N CON42212 - -- n- o W m ! �� (FUT.)CGN38192_( (EX)CON 0031 `,: \"i 1;;111 �3,) (`i';',i nom (EX)CU u5i .E,� II r I } I I � I I EXIEXF02 00 c; I i I I f I I (EX)'COPd04022 INEW I j ROOF OPENING1 ,jr(;.. y. (EY,)CON10052 EX CON2"021 } I I I I I I O i ('Ini • ,,, ' qg I L I i 1CON�01 •„ FUT.`CON31161 r( 1 I l % (FUT.)CON27141 ;.0 r : ` ru„ � IMN FUTJCON191 ; r. G; � � .1 A (FUT.)CON 17091 It ---- (EX7r0FJ05031it r if! ,l � I (FUT.)CON11061 *all" o w FUT. CON321' a o 2 o (FUT.)CON28142 i ntii o � FUT.)CON201 Qo .2 ��' o (FUT.)CON1809?_ I (ffilffi�g '1C0RO ; �\� I N2�151 FUT, CON331 1 (FUT.)%CN29151 FUT.)CON251 1 �� (FLI .)CON19101 OPENING el -2 (tl: Ii;( {,'�� it `' (FUT.)CON12062 2 CD0 . r,' u - LCPD2000-11 2: icl - O -. LFL iT.)CON211 11 EXF03000 O�\17 4 o cro w FUT.)CON341 a o o �o 2 w n I \ } (FUT.)CON30152 ,�F,•" % `1 �o LU FUT. CON261 2 o �o '�' o II ,.. , \ (FUT.)CON20102 / ru / ,t. .-. - 4 i i((! \ ' � Ih(`rf" r !1}• lig) (lj:. . !�,' , : CL CD LCPD2000-9 - �% (FUT.fq )CON2-2112uiI i wP Gn 30/3/NF/N3R O EX`CC1�13 041 CON LCPD2000-17,1/21CON32051 O I O O 1 3#10,#1G.,34"C. NEW ROOF OPENING NEW ROOF OPENING Ll NEW ROOF OPENING (11, \8 9 10 12� 13 L14) 15) 16 17 18 1 CAC ELECTRICAL ROOF PLAN - - -- - --- - -- Z NOxe. _� OVAL , VC -1"-V RECEIVED CITE' OF TUKWILA 5005 Greenville Avenue Dallas, TX 75206 Phone: 214/273-1559 ENGINEERING + DESIGN 3933 SW Kelly Avenue - Portland, Oregon 97239 503.222.4453 www.vlmk.com ISSUES & REVISIONS Na Date Description 1 9/9/16 ISSUE FOR PERMIT - 7/26/17 REVISION #1 2 11/09/18 REVISION #2 PLI�NC . NFP A 0 - � C FEB 0 5 2119 HR BUILDING DI SIO! � 1 RWFPLAN DRAWN: MAG REVIEWED: RWB PROJECT NO.: C1395.00 Ez,05 BURR COMPUTER ENVIRONMENTS, INC. H iN 1-0 .1 20V EXIST 1 ATSA1000 EXIST ATSB1000 s-- - _ ;R21 R2L 1 82 EXIST CRA01000 ATSC1000 I _ - - - 83 TERMINAL BLOCK N.O. � I R2+ SPARE ATSD1000 _ N.O. (R4) -��i I T j i I R4F7 821 EXIST CRA02000 -N.O. CONTACTS WHICH CLOSE _ _ - - 831 TERMINAL BLOCK WHEN TRANSFER SWITCH IS IN R4 THE "EMERGENCY" POSITION. ( -?` I SPARE LOCATED AT ATS TERMINAL STRIP. R81 I 821 EXIST CRA03000 - - 8311 TERMINAL BLOCK R8:t I SPARE 1 L- �_ I ( i iRg�i lA AAJ =� EPO SYSTEM COMPONENTS E.P.O. STATION SWITCH(ES) SHALL BE A SQUARE D MODEL #900lKl5 GLASS BREAK OPERATOR #9001KA1 CONTACT BLOCK. THE E.P.O. SWITCH SHALL BE MOUNTED TO MATCH OTHER DEVICES HEIGHTS. PROVIDE RED LAMACOID NAMEPLATE 2"Wx4"H WITH 3/8" HIGH WHITE LETTERING (2 LINES) LABELED "EMERGENCY POWER OFF". THERE SHALL BE (1) EPO SWITCHES AT EACH LOCATION. THE EPO SWITCH(ES) SHALL OPERATE SUCH THAT WHEN THE GLASS DISK IS BROKEN THE OPERATOR IS NO LONGER HELD IN A DEPRESSED POSITION. THE CONTACTS CLOSE, OPERATING THE EPO SYSTEM WHEN BOTH SWITCHES AT A STATION HAVE BEEN ACTIVATED. PROVIDE FIVE REPLACEMENT GLASS DISKS. THE ENCLOSURE SHALL BE A FIKE EPSMS SINGLE DOOR, WALL MOUNT ENCLOSURE WITH HINGED DOOR, LOCK KIT ACCESSORY, NEMA 1 SURFACE MOUNTED. PROVIDE RED LAMACOID NAMEPLATE WITH 3/8" HIGH WHITE LETTERING (2 LINES) LABELED "EP001000". EPO SYSTEM OPERATION THE ELECTRICAL CONTRACTOR SHALL PROVIDE ALL LABOR AND MATERIALS REQUIRED TO FURNISH A COMPLETE AND OPERATIONAL EPO SYSTEM. EPO SWITCHES SHALL BE INTERFACED WITH ALL CRAC UNITS, RPPS, AND THE FIRE ALARM PANEL. THE FOLLOWING ARE CONTROL FUNCTIONS FOR THE SPACE: 1. THE SYSTEM SHALL PROVIDE CONTROL TO SHUT DOWN ALL DATA CENTER CRAC UNITS AND CLOSE ALL FIRE/SMOKE DAMPERS IN THE EVENT A STAGE TWO ALARM RELAY IS ACTIVATED (TWO SMOKE DETECTORS IN ALARM, VIA FIRE ALARM CONTROL PANEL). 2. THE SYSTEM SHALL PROVIDE CONTROL TO SHUT DOWN ALL DATA CENTER CRAC UNITS, ALL UPSS, IN THE EVENT TWO EPO SWITCHES ARE ACTIVATED. 3. THE SYSTEM SHALL PROVIDE CONTROL TO SHUT DOWN ALL DATA CENTER CRAC UNITS, ALL UPSS IN THE DATA CENTER IN THE EVENT THE WATER RELEASE RELAY IS ACTIVATED. CONTRACTOR SHALL BE RESPONSIBLE FOR INTERFACING WITH THE BUILDING FIRE ALARM SYSTEM. 4. THE SYSTEM SHALL BE BUILT WITH ENOUGH CAPACITY TO ACCOMMODATE ALL FUTURE UPSS, CRACS UNITS, ETC. AS INDICATED ON EPO WIRING DIAGRAM THIS SHEET. 5. REFER TO THE EPO WIRING DIAGRAM THIS SHEET FOR ADDITIONAL INFORMATION. CONTROL POWER FOR THE EPO SYSTEM SHALL BE DERIVED FROM A NORMAL POWER SOURCE. UPS POWER SHALL NOT BE USED. 6. ALL EPO BREAKGLASS COMPONENTS AND/OR ANY FIRE ALARM SIGNAL. FUNCTIONS MUST BE RESTORED TO NORMAL BEFORE EPO RESET BUTTON CAN RESTORE THE EPO SYSTEM TO NORMAL CONDITION. O O O O NEW NEW EXISTIi•••!G EXISTING AUTOMATIC AUTOMATIC ® AUTOMAT IC AUTOMATIC TRANSFER TRANSFER TRANSFER �\ TRANSFER SWITCH SWITCH ® Sv:ITCN I �Wff-H "ATSD1000" "ATSC1000" "ATSB1000" j "ATSA1000" O O EXISTING GENERATOR SWBDS GSBO1000' 0a62 Ire' m NEW OPT. STANDBY m 600kW/750KVA 600kW/750KVA GENERATOR GEN05000 GENERATOR GEN06000 57< o A11/09/18 0 (D ---------------- 1 1 `; 600kW ; 600kW J t!VlEVVtLJ r F A YO -% rm-CE CD LdII FEB 0 5 201 1 . 1 z I N c� -D cl) 1 . 1 , 1 M EXISTING GENERATOR SWBDS 'GSB02000' MO22 M02,3 EXIST EXIST EXIST— EXIST E.P.O ACTIVATION INPUTS EPO STATION #1 DATA CENTER EPO STATION #2 DATA CENTER EPO ACTIVATION ALARM r F-10 - REMOTE MONITORING (TO BMS PANEL IN ISS SYSTEM IN BYPASS ALARM ROOM) /*02�DH-1 EXISTING EPO SYSTEM DIAGRAM E3.4 NOT TO SCALE MASTER EXISTING P1.001000 EXISTING BMS EXIST. OPT. STANDBY EXIST. OPT. STANDBY 6001<0 750 ; ViH 600"k,W,! ? 50KVA GENERATOR GEN01000 GENERA,TOR GEN02000 480Y/277V, 30, 4W, 0.80PF 480Y/27'•V, 30, 4W, 0.80PF {\EXIST EXIST EXIST EXIST � M005 M007 M008 M009 M010 I EXIST EXIST EXIST-- M012 M013 EXIST }- 4 EXIST EXIST _ EXIST EXIST EXIST REMOVE EXISTING CONNECTION FROM EXISTING UPS AND EXTEND TO EXISTING FUTURE CRA04000 TERMINALS NEW OPT. STANDBY k NEW OPT. STANDBY 600kW/750KVA 600kW/750KVA GENERATOR GEN03000 GENERATOR GEN04000 480V277V, 30, 4W, 0.80PF 480Y/277V, 30, 4W, 0.80PF 600kW I I I I 600kW I I 11 600kW Doc` 4 100100% /~ t j I I 100%3 KEYED NOTES O1 GENERATOR FEEDER. REFER TO FEEDER SCHEDULE ON SHEETS E4.1 AND E4.2 FOR MORE INFORMATION. O EXTEND ALL EXISTING CONDUITS TO THE NEW GENERATOR ENCLOSURE USING LIQUID TIGHT FLEXIBLE METAL CONDIUT. EXIST E MO 18 EXIST , I T rl"***N GENERATOR CONTROLS WIRING REQUIREMENTS M019 600kW O1000/3 100% m STAGE 2 ONLY OUTPUTS E.P.O ACTIVATION OUTPUTS RECEIVED CITY OF TUKWILA DEC 0 4 2018 PERMIT CENTER 2 NEW OPT. STANDBY FUT. OPT. STANDBY 600kW/750KVA 600kW/750KVA GENERATOR GEN05000 GENERATOR GEN06000 480Y/277V, 30, 4W, 0.8OPF 480Y/277V, 30, 4W, 0.80PF A11/09/18 (D ---------------- 1 1 `; 600kW ; 600kW J t!VlEVVtLJ r F A YO -% 1 1 1 �% i 1 CD J a FEB 0 5 201 1 . 1 z I N c� -D cl) 1 . 1 , 1 M 2 1000/3 , 00 1 O 1000/3 a 100% 0) i 100% M' i CFO— �a :M0:2:0:)_EXIST J Cw r 0 cr) f) 10 E.P.O ACTIVATION OUTPUTS RECEIVED CITY OF TUKWILA DEC 0 4 2018 PERMIT CENTER ISSUES & REVISIONS Na Datejr- Description or c� 9/9/16 ISSUE FOR PERMIT 7/26/17 REVISION #1 A11/09/18 (D N J t!VlEVVtLJ r F A YO -% CD J a FEB 0 5 201 C z I N c� -D cl) < M 00 00 -r- 0) CFO— �a C1) J Cw W cr) f) F- 0 uj ISSUES & REVISIONS Na Datejr- Description 1 9/9/16 ISSUE FOR PERMIT 7/26/17 REVISION #1 A11/09/18 REVISION #2 pI t!VlEVVtLJ r F A YO -% FEB 0 5 201 City of Tu . UILDIfdG DME I N SHMrTfrIE ELECMCAL DETAMS i SHBETNO DRAWN: MAG REVIEWED: RWB zL HE 3,04 PROJECT NO.: C1395.00 IL PROPRIETARY: NOT FOR DISCLOSURE OR USE WITHOUT THE V CONSENT OF BURR COMPUTER ENVIRONMENTS, INC. EDGECONNEX SEATTLE FEEDER SCHEDULE LOAD ANALYSIS - MSB01000/UTILITY -ULTIMATE FEEDER CONDUCTOR CONDUIT NUMBER FEEDER MARK FROM TO QUANTITY AND SIM SIZE OF SETS AMPERAGE REMARKS PROJECT: EDGECONNEX SEATTLE, WA 001 MSB01000 ATSC1000 (3) 400kCM, (1) #4/0 G. 3" 5 1600 MISCELLANEOUS ELECTRICAL LOADS 2 002 MSB01000 ATSD1000 (3) 400kCM, (1) #4/0 G. 3" 5 1600 003 GSBO1000 ATSC1000 (3) 400MCM, (1) #4/0 G. 3" 5 1600 # DESCRIPTION F.L.A. VOLT. PH. kVA 004 GS802000 ATSD1000 (3) 400MCM, (1) #4/0 G. 3" 5 1600 1 32,500SF LIGHTING (3.5 VA/SF PER NEC T220.12) - - - 113.8 005 ATSC1000 MDSC1000 (3) 400kCM, (1) #4/0 G. 3" 5 1600 1 RECEPTACLES (1 VA/SF PER NEC T220.12) - - - 32.5 006 ATSD1000 MDSD1000 (3) 400kCM, (1) #4/0 G. 3" 5 1600 007 MDSC1000 MDPC1000 (3) #300kCM, (1) #1/OG. 2-1/2" 3 800 1 PANEL LCPC1000 (LESS LTS AND RCPT) - - - 26.5 008 MDSC1000 MBCC1000 (SECT. 1) (3) 300kCM, (1) #1/0 G. 2-1/2" 3 800 1 PANEL LCPD1000 (LESS LTS AND RCPT) - - - 32.2 009 MDSC1000 UPSC1000 (3) 350kCM, (1) #2/0G. 2-1/2" 3 900 1 PANEL LCPC2000 (LESS LTS AND RCPT) - - - 0.8 010 MBCC1000 (SECT. 1) MBCC1000 (SECT. 2) (3) 300kCM, (1) #1/0 G. 2-1/2" 3 800 011 MBCC1000 (SECT. 1) UPSC1000 (3) 300kCM, (1) #1/0 G. 2-1/2" 3 800 1 PANEL LCPD2000 (LESS LTS AND RCPT) - - - 9.5 012 MBCA1000 (SECT. 2) UPSC1000 (3) 300kCM, (1) #1/0 G. 2-1/2" 3 800 013 MBCC1000 (SECT. 2) PDUC1000 (3) 300kCM, (1) #1/0 G. 2-1/2" 3 800 014 MDSD1000 MDPD1000 (3) #3OOkCM, (1) #1/0G. 2-1/2" 3 800 ULTIMATE MISCELLANEOUS ELECTRICAL LOADS SUBTOTAL (KVA) 215.2 015 MDSD1000 MBCD1000 (SECT. 1) (3) 300kCM, (1) #1/0 G. 2-1/2" 3 800 DATA CENTER MECHANICAL EQUIPMENT 016 MDSD1000 UPSD1000 (3) 350kCM, (1) #2/OG. 2-1/2" 3 900 # DESCRIPTION 017 MBCD1000 (SECT. 1) MBCD1000 (SECT. 2) (3) 300kCM, (1) #1/0 G. 2-1/2" 3 800 2 018 MBCD1000 (SECT. 1) UPSD1000 (3) 300kCM, (1) #1/0 G. 2-1/2" 3 800 019 UPSD1000 MBCD1000 (SECT. 2) (3) 300kCM, (1) #1/0 G. 2-1/2" 3 800 020 MBCD1000 (SECT. 2) PDUD1000 (3) 300kCM, (1) #1/0 G. 2-1/2" 3 800 021 MBCA1000 (SECT. 2) PDUA2000 (3) 300kCM, (1) #1/0 G. 2-1/2" 3 800 022 PDUA2000 JUNCTION BOX (3) #300kCM, (1) #1/OG. 2-1/2" 3 800 4 023 MBCB1000 (SECT 2) POUB2000 (3) 300kCM, (1) #1/0 G. 2-1/2" 3 800 024 PDUB2000 JUNCTION BOX (3) #300kCM, (1) #1/0G. 2-1/2" 3 800 4 025 PDUA2000 BSWAA111 (3) #4/0, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 026 PDLIA2000 BSWAA211 (3) #4/0, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 027 PDLIA2000 BSWAA311 (3) #4/0, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 028 PDLIA2000 RPPA1300 (3) #4/0, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 029 PDLIA2000 WPA1400 (3) #4/0, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 030 PDLJA2000 JUNCTION BOX (3) #4/0, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 4 031 PDLIA2000 JUNCTION BOX (3) #4/0, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 4 032 PDUA2000 JUNCTION BOX (3) #4/0, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 4 033 PDUB2000 BSWAB111 (3) #4/0, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 034 PDUB2000 BSWAB211 (3) #4/0, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 035 PDUB2000 BSWAB311 (3) #4/0, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 036 PDUB2000 BSWAB411 (3) #4/0, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 037 PDUB2000 RPPB1300 (3) #4/0, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 038 PDUB2000 JUNCTION BOX (3) #4/0, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 4 039 PDUB2000 JUNCTION BOX (3) #4/0, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 4 040 PDUB2000 JUNCTION BOX (3) #4/0, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 4 041 PDUC2000 BSWAC111 (3) #4/0, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 042 PDUC2000 BSWAC211 (3) 94/0, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 043 PDUC2000 BSWAC311 (3) #4/0, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 044 PDUC2000 BSWAC411 (3) #4/0, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 045 PDLIC2000 BSWAC511 (3) #4/0, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 2 046 PDLJC2000 JUNCTION BOX (3) #4/0, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 4 047 PDUC2000 JUNCTION BOX (3) #4/0, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 4 048 PDUC2000 JUNCTION BOX (3) #4/0, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 4 049 PDUD2000 BSWAD111 (3) #4/0, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 050 PDUD2000 BSWAD211 (3) 94/0, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 NOTES: 051 PDUD2000 BSWAD311 (3) #4/0, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 1) EQUIPMENT QUANTITIES INCLUDE ALL FUTURE EQUIPMENT SERVED BY MSBO1000 052 PDUD2000 BSWAD411 (3) #4/0, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 053 PDUD2000 RPPD1400 (3) #4/0, (1) #i4/0 N., (1) #2 G. 2-1/2" 2 450 054 PDUD2000 JUNCTION BOX (3) #4/0, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 4 055 PDUD2000 JUNCTION BOX (3) #4/0, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 4 056 PDUD2000 JUNCTION BOX (3) #4/0, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 4 FAULT CURRENT CALCULATIONS 057 MDPA1000 TRNC2000 (3) #1, (1) #6G. 1-1/2" 1 125 1 058 TRNC2000 LCPC2000 (4) #250kCM, (1) #4 G. 2-1/2" 1 250 1 EDGECONNEX SEATTLE, (DH -21 059 MDPB1000 TRND2000 (3) #1, (1) #6G. 1-1/2" 1 125 1 060 TRND2000 LCPD2000 (4) #25OkCM, (1) #4 G. 2-1/2" 1 250 1 061 MDPB1000 CRA24000 (3) #6, (1) #10 G. 1" 1 50 1 062 MDPB1000 CON15241 (3) #8, (1) #8 G. 3/4" 1 20 1,3 063 MDPA1000 FUT. CRA18000 - - - - 064 MDPB1000 FUT. CRA18000 - - - - 065 FUT. CRA18000 FUT. ERP18000 - - - - MBCC1000 E1.1A 65,000 39,166 PASS 066 FUT. CRA10000 FT. CON35181 - - - - UPSC1000 E1.1A 100 067 FUT. CON35181 FUT. CON36182 - - - 068 MDPA1000 FUT. CRA19000 - _ _ _ 069 MDPB1000 FUT. CRA19000 - - - 070 FUT. CRA19000 FUT. ERP19000 - - - 071 FUT. CRA19000 FUT. CON37191 - - - 072 FUT. CON37191 FUT. CON38192 - - - _ PD 073 MDPD1000 CRA20000 (3) #1/0, (1) #6 G. 1-1/2" 1 150 1 074 CRA20000 ERP20000 (3) #8, (1) #8 G. 3/4" 1 15 1,3 075 ERP20000 CON39201 (3) #8, (1) #8 G. 3/4" 1 15 1,3 076 CON39201 CON40202 (3) #8, (1) #8 G. 3/4" 1 15 1,3 077 MDPC1000 CRA21000 (3) #1/0, (1) #6 G. 1-1/2" 1 150 1 078 MDPD1000 CRA20000 (3) #1/0, (1) #6 G. 1-1/2" 1 150 1 2 079 CRA21000 ERP21000 (3) #8, (1) #8 G. 3/4" 1 15 1,3 080 ERP21000 CON41211 (3) #8, (1) #8 G. 3/4" 1 15 1,3 081 CON41211 CON42212 (3) #8, (1) #8 G. 3/4" 1 15 1,3 1 082 MDPA1000 CRA22000 (3) #1/0, (1) #6 G. 1-1/2" 1 150 1 083 CRA22000 ERP22000 (3) #8, (1) #8 G. 3/4" 1 15 1,3 084 ERP22000 CON43221 (3) #8, (1) #8 G. 3/4" 1 15 1,3 085 CON43221 CON44222 (3) #8, (1) #8 G. 3/4" 1 15 1,3 086 MDPC1000 CRA23000 (3) #1/0, (1) #6 G. 1-1/2" 1 150 1 087 NOT USED - - _ - _ 088 CRA23000 ERP23000 (3) #8, (1) #8 G. 3/4" 1 15 1,3 089 ERP23000 CON45231 (3) #8, (1) #8 G. 3/4" 1 15 1,3 090 CON45231 CON46232 (3) #8, (1) #8 G. 3/4" 1 15 1,3 091 MBCC1000 (SECT. 2) PDUC2000 (3) 300kCM, (1) #1/0 G. 2-1/2" 3 800 092 PDUC2000 JUNCTION BOX (3) #300kCM, (1) #1/OG. 2-1/2" 3 800 4 093 MBCD1000 (SECT 2) PDUD2000 (3) 300kCM, (1) #1/0 G. 2-1/2" 3 800 094 PDUD2000 JUNCTION BOX (3) #300kCM, (1) #1/OG. 2-1/2" 3 800 4 095 MDPB1000 FLIT. CRA11000 - - - - 096 NOT USED - - _ - _ 097 FUT. CRA11000 FUT. CON21111 - - - - 098 FUT. CON21111 FUT. CON22112 - - - - 099 MDPD1000 FLIT. CRA09000 - - - - 100 FUT. CRA09000 FUT. ERP09000 - - - - 101 FUT. CRA09000 FUT. CON17091 - -T. - - 102 FLM CON17091 FUT. CON18092 - - - - S003 GEN03000 GSB01000/GSB02000 (4) #400MCM, (1) #2/0 G. 4" EXIST. 3 1000 1 S004 GEN04000 GSB01000/GSB02000 (4) #400MCM, (1) #2/0 G. 4" EXIST. 3 1000 1 S005 GEN05000 GSB01000/GSB02000 (4) #400MCM, (1) #2/0 G. 4" EXIST. 3 1000 1 NOTES: 1) PROVIDE LFMC FLEXIBLE CONNECTION AT EQUIPMENT. 2) CAP BELOW RAISED FLOOR. 3) FEEDER INCREASED DUE TO EXPOSED ROUTING ON ROOF. PROVIDE GRS CONDUIT WHERE EXPOSED ON ROOF. 4) PROVIDE HEAT SHRINK AT CONDUCTOR ENDS IN JUNCTION BOX AND LOTO FOR SERVING FEEDER BREAKER. 1 2 CITY OF TUKWILA DEC 0 4 2018 .m PERiv9lI CENTER LIGHT FIXTURE SCHEDULE MARK LAMPS VOLTAGE DESCRIPTION MANUFACTURERS CATALOG NUMBER MOUNTING REMARKS T A 1 LED UNIV / 35W 2X2 LAY -IN TROFFER LITHONIA 2ALL2-40L-EZ1-LP850-N80 RECESSED AE 1 LED UNIV / 35W 2X2 LAY -IN TROFFER, EMERGENCY BALLAST LITHONIA 2ALL2-40L-EZ1-LP850-N80-ELI 4L RECESSED PROVIDE EMERGENCY BALLAST. INSTALL REMOTE MOUNTED TEST SWITCH B 1 LED UNIV / 68W 2X4 LAPIN TROFFER LITHONIA 2ALL4-72L-EZ1-LP850-N80 RECESSED BE 1 LED UNIV / 68W 2X4 LAY -IN TROFFER, EMERGENCY BALLAST LITHONIA 2ALL4-72L-EZ1-LP850-N80-ELI 4L RECESSED PROVIDE EMERGENCY BALLAST. INSTALL REMOTE MOUNTED TEST SWITCHREVISION NO` C 1 LED UNIV/ 107W 8 FOOT SURFACE MOUNTED LINEAR LENSED STRIP LIGHTING FIXTURE METALUX METALUX 8TSNLED-LD1-115-LC-UNV-L850-CD2-U SUSPENDED SUSPENDED UTILIZING UNISTRUT SUPPORT CE 1 LED UNIV / 107W 8 FOOT SURFACE MOUNTED LINEAR LENSED STRIP LIGHTING FIXTURE, EMERGENCY BALLAST METALUX METALUX 8TSNLED-LD1-115-LC-UNV EL -L850 -CD2 -U SUSPENDED SUSPENDED UTILIZING UNISTRUT SUPPORT, PROVIDE EMERGENCY BALLAST F 1 LED UNIV / 53W 4 FOOT SURFACE MOUNTED LINEAR LENSED STRIP LIGHTING FIXTURE METALUX METALUX SNLED-LD1-58-LC-UWL850-CD1-U SUSPENDED SUSPENDED UTILIZING UNI STRUT SUPPORT FE 1 LED UNIV / 53W 4 FOOT SURFACE MOUNTED LINEAR LENSED STRIP LIGHTING FIXTURE, EMERGENCY BALLAST METALUX METALUX SNLED-LD1-58-LC-UW-L850-CD1-U SUSPENDED SUSPENDED UTILIZING UNI STRUT SUPPORT G 1 LED UNIV / 54W WALL MOUNTED FLOOD LIGHT McGRAW EDISON IST 602-LED-E1-BL4-GM WALL MOUNT TOP OF FIXTURE 12" BELOW TOP OF SCREEN WALL. FIXTURE SHALL BE FULL CUTOFF. JE 2 LED 120V / 3W EXTERIOR WALL MOUNTED EMERGENCY/EGRESS LIGHTING FIXTURE WITH REDUNDANT LED'S DUAL -LITE DUAL LITE PG Z -HTR WALL MOUNT ONE FOOT ABOVE DOOR, CONTAINS BATTERY HEATER FOR COLD OPERATION. BRONZE FINISH I-,EvEIVED U Na WA Description EQUIPMENT ONE -LINE REFERENCE EQUIPMENT RATING A1C MAXIMUM FAULT PASS OR 3-PHASE AMPS FAIL UMC E1.1A 100,000 60,290 PASS MSB01000 E1.1 A 100, 000 57, 363 PASS ATSC1000 E1.1A 100 000 51,944 PASS MDSC1000 E1.1A 65,OOb 49,851 PASS VIEW �P�FPA�®C C � SEB 05 019 000 38 710 PASS PDUC1000 E1.1A 65 000 30 340 PASS ATSD1000 E1.1A 100,040 51944 PASS MDSD1000 E1.1A 65,000 49,851 PASS MBCD1000 E1.1A 65 000 36 906 PASS UPSD1000 E1.1A 100,000 38,710 PASS PDUD1000 00 E1.1A- 1. B 65 000 5 0 - 28-642 1,5 3 PASS PA S PDUB2000 E1.1$ 65,000 8 DATA CENTER CRACS 123.4 480 3 820.7 PASS 2 DATA CENTER CRACS (REDUNDANT, FAN ONLY) 22,000 14,305 3 2 . E1.1B E1.1 B 3 UPS/ELEC ROOM CRACS 39.2 480 3 97.8 26,727 2 UPS/ELEC ROOM CRACS (REDUNDANT, FAN ONLY) 14.0 480 3 23.3 BSWAA111 16 DATA CENTER ACCU'S 8.4 480 3 111.7 22 000 4 DATA CENTER ACCU'S (REDUNDANT) 0.0 480 3 0.0 PASS 8 DATA CENTER REF. PUMPS (NON -COINCIDENTAL) 0.0 480 3 0.0 E1.1 B 2 DATA CENTER REF. PUMPS (NON -COINCIDE 0.0 480 3 0.0 15,712 3 UPS/ELEC ROOM ACCU'S 5.6 480 3 14.0 BSWAC111 2 UPS/ELEC ROOM ACCU'S (REDUNDANT} 0.0 480 3 0.0 22 000 8 30KW CRA REHEAT DIVERSITY AT 60% -14.4 480 3 -96.0 PASS BSWAC411 E1.1B 22,000 19,878 PASS BSWAC511 BSWAD111 E1.16 E1.16 ULTIMATE DATA CENTER MECHANICAL EQUIPMENT SUBTOTAL (KVA) 994.8 DATA CENTER UPS EQUIPMENT BSWAD211 # DESCRIPTION F.L.A. VOLT. PH. kVA E1.1 B 1 1600kW CRITICAL LOAD 1,924.5 480 3 1,600.0 4 UPS BATTERY CHARGING (4 UPS AT 10% FULL CHARGIN 60.1 480 3 200.0 ULTIMATE DATA CENTER UPS EQUIPMENT SUBTOTAL (KVA) 1,800.0 TOTAL UTILITY LOAD (KVA) 3,010 LOAD AT 480Y/277V, 3-PHASE, 4 -WIRE 3,620 AMPS SERVICE SIZE AT 480Y/277V, 3-PHASE, 4 -WIRE 4,000 AMPS SPARE CAPACITY AT 480Y/277V, 3-PHASE, 4 -WIRE 380 AMPS EDGECONNEX SEATTLE FEEDER SCHEDULE LOAD ANALYSIS - MSB01000/UTILITY -ULTIMATE FEEDER CONDUCTOR CONDUIT NUMBER FEEDER MARK FROM TO QUANTITY AND SIM SIZE OF SETS AMPERAGE REMARKS PROJECT: EDGECONNEX SEATTLE, WA 001 MSB01000 ATSC1000 (3) 400kCM, (1) #4/0 G. 3" 5 1600 MISCELLANEOUS ELECTRICAL LOADS 2 002 MSB01000 ATSD1000 (3) 400kCM, (1) #4/0 G. 3" 5 1600 003 GSBO1000 ATSC1000 (3) 400MCM, (1) #4/0 G. 3" 5 1600 # DESCRIPTION F.L.A. VOLT. PH. kVA 004 GS802000 ATSD1000 (3) 400MCM, (1) #4/0 G. 3" 5 1600 1 32,500SF LIGHTING (3.5 VA/SF PER NEC T220.12) - - - 113.8 005 ATSC1000 MDSC1000 (3) 400kCM, (1) #4/0 G. 3" 5 1600 1 RECEPTACLES (1 VA/SF PER NEC T220.12) - - - 32.5 006 ATSD1000 MDSD1000 (3) 400kCM, (1) #4/0 G. 3" 5 1600 007 MDSC1000 MDPC1000 (3) #300kCM, (1) #1/OG. 2-1/2" 3 800 1 PANEL LCPC1000 (LESS LTS AND RCPT) - - - 26.5 008 MDSC1000 MBCC1000 (SECT. 1) (3) 300kCM, (1) #1/0 G. 2-1/2" 3 800 1 PANEL LCPD1000 (LESS LTS AND RCPT) - - - 32.2 009 MDSC1000 UPSC1000 (3) 350kCM, (1) #2/0G. 2-1/2" 3 900 1 PANEL LCPC2000 (LESS LTS AND RCPT) - - - 0.8 010 MBCC1000 (SECT. 1) MBCC1000 (SECT. 2) (3) 300kCM, (1) #1/0 G. 2-1/2" 3 800 011 MBCC1000 (SECT. 1) UPSC1000 (3) 300kCM, (1) #1/0 G. 2-1/2" 3 800 1 PANEL LCPD2000 (LESS LTS AND RCPT) - - - 9.5 012 MBCA1000 (SECT. 2) UPSC1000 (3) 300kCM, (1) #1/0 G. 2-1/2" 3 800 013 MBCC1000 (SECT. 2) PDUC1000 (3) 300kCM, (1) #1/0 G. 2-1/2" 3 800 014 MDSD1000 MDPD1000 (3) #3OOkCM, (1) #1/0G. 2-1/2" 3 800 ULTIMATE MISCELLANEOUS ELECTRICAL LOADS SUBTOTAL (KVA) 215.2 015 MDSD1000 MBCD1000 (SECT. 1) (3) 300kCM, (1) #1/0 G. 2-1/2" 3 800 DATA CENTER MECHANICAL EQUIPMENT 016 MDSD1000 UPSD1000 (3) 350kCM, (1) #2/OG. 2-1/2" 3 900 # DESCRIPTION 017 MBCD1000 (SECT. 1) MBCD1000 (SECT. 2) (3) 300kCM, (1) #1/0 G. 2-1/2" 3 800 2 018 MBCD1000 (SECT. 1) UPSD1000 (3) 300kCM, (1) #1/0 G. 2-1/2" 3 800 019 UPSD1000 MBCD1000 (SECT. 2) (3) 300kCM, (1) #1/0 G. 2-1/2" 3 800 020 MBCD1000 (SECT. 2) PDUD1000 (3) 300kCM, (1) #1/0 G. 2-1/2" 3 800 021 MBCA1000 (SECT. 2) PDUA2000 (3) 300kCM, (1) #1/0 G. 2-1/2" 3 800 022 PDUA2000 JUNCTION BOX (3) #300kCM, (1) #1/OG. 2-1/2" 3 800 4 023 MBCB1000 (SECT 2) POUB2000 (3) 300kCM, (1) #1/0 G. 2-1/2" 3 800 024 PDUB2000 JUNCTION BOX (3) #300kCM, (1) #1/0G. 2-1/2" 3 800 4 025 PDUA2000 BSWAA111 (3) #4/0, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 026 PDLIA2000 BSWAA211 (3) #4/0, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 027 PDLIA2000 BSWAA311 (3) #4/0, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 028 PDLIA2000 RPPA1300 (3) #4/0, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 029 PDLIA2000 WPA1400 (3) #4/0, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 030 PDLJA2000 JUNCTION BOX (3) #4/0, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 4 031 PDLIA2000 JUNCTION BOX (3) #4/0, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 4 032 PDUA2000 JUNCTION BOX (3) #4/0, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 4 033 PDUB2000 BSWAB111 (3) #4/0, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 034 PDUB2000 BSWAB211 (3) #4/0, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 035 PDUB2000 BSWAB311 (3) #4/0, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 036 PDUB2000 BSWAB411 (3) #4/0, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 037 PDUB2000 RPPB1300 (3) #4/0, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 038 PDUB2000 JUNCTION BOX (3) #4/0, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 4 039 PDUB2000 JUNCTION BOX (3) #4/0, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 4 040 PDUB2000 JUNCTION BOX (3) #4/0, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 4 041 PDUC2000 BSWAC111 (3) #4/0, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 042 PDUC2000 BSWAC211 (3) 94/0, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 043 PDUC2000 BSWAC311 (3) #4/0, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 044 PDUC2000 BSWAC411 (3) #4/0, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 045 PDLIC2000 BSWAC511 (3) #4/0, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 2 046 PDLJC2000 JUNCTION BOX (3) #4/0, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 4 047 PDUC2000 JUNCTION BOX (3) #4/0, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 4 048 PDUC2000 JUNCTION BOX (3) #4/0, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 4 049 PDUD2000 BSWAD111 (3) #4/0, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 050 PDUD2000 BSWAD211 (3) 94/0, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 NOTES: 051 PDUD2000 BSWAD311 (3) #4/0, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 1) EQUIPMENT QUANTITIES INCLUDE ALL FUTURE EQUIPMENT SERVED BY MSBO1000 052 PDUD2000 BSWAD411 (3) #4/0, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 053 PDUD2000 RPPD1400 (3) #4/0, (1) #i4/0 N., (1) #2 G. 2-1/2" 2 450 054 PDUD2000 JUNCTION BOX (3) #4/0, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 4 055 PDUD2000 JUNCTION BOX (3) #4/0, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 4 056 PDUD2000 JUNCTION BOX (3) #4/0, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 4 FAULT CURRENT CALCULATIONS 057 MDPA1000 TRNC2000 (3) #1, (1) #6G. 1-1/2" 1 125 1 058 TRNC2000 LCPC2000 (4) #250kCM, (1) #4 G. 2-1/2" 1 250 1 EDGECONNEX SEATTLE, (DH -21 059 MDPB1000 TRND2000 (3) #1, (1) #6G. 1-1/2" 1 125 1 060 TRND2000 LCPD2000 (4) #25OkCM, (1) #4 G. 2-1/2" 1 250 1 061 MDPB1000 CRA24000 (3) #6, (1) #10 G. 1" 1 50 1 062 MDPB1000 CON15241 (3) #8, (1) #8 G. 3/4" 1 20 1,3 063 MDPA1000 FUT. CRA18000 - - - - 064 MDPB1000 FUT. CRA18000 - - - - 065 FUT. CRA18000 FUT. ERP18000 - - - - MBCC1000 E1.1A 65,000 39,166 PASS 066 FUT. CRA10000 FT. CON35181 - - - - UPSC1000 E1.1A 100 067 FUT. CON35181 FUT. CON36182 - - - 068 MDPA1000 FUT. CRA19000 - _ _ _ 069 MDPB1000 FUT. CRA19000 - - - 070 FUT. CRA19000 FUT. ERP19000 - - - 071 FUT. CRA19000 FUT. CON37191 - - - 072 FUT. CON37191 FUT. CON38192 - - - _ PD 073 MDPD1000 CRA20000 (3) #1/0, (1) #6 G. 1-1/2" 1 150 1 074 CRA20000 ERP20000 (3) #8, (1) #8 G. 3/4" 1 15 1,3 075 ERP20000 CON39201 (3) #8, (1) #8 G. 3/4" 1 15 1,3 076 CON39201 CON40202 (3) #8, (1) #8 G. 3/4" 1 15 1,3 077 MDPC1000 CRA21000 (3) #1/0, (1) #6 G. 1-1/2" 1 150 1 078 MDPD1000 CRA20000 (3) #1/0, (1) #6 G. 1-1/2" 1 150 1 2 079 CRA21000 ERP21000 (3) #8, (1) #8 G. 3/4" 1 15 1,3 080 ERP21000 CON41211 (3) #8, (1) #8 G. 3/4" 1 15 1,3 081 CON41211 CON42212 (3) #8, (1) #8 G. 3/4" 1 15 1,3 1 082 MDPA1000 CRA22000 (3) #1/0, (1) #6 G. 1-1/2" 1 150 1 083 CRA22000 ERP22000 (3) #8, (1) #8 G. 3/4" 1 15 1,3 084 ERP22000 CON43221 (3) #8, (1) #8 G. 3/4" 1 15 1,3 085 CON43221 CON44222 (3) #8, (1) #8 G. 3/4" 1 15 1,3 086 MDPC1000 CRA23000 (3) #1/0, (1) #6 G. 1-1/2" 1 150 1 087 NOT USED - - _ - _ 088 CRA23000 ERP23000 (3) #8, (1) #8 G. 3/4" 1 15 1,3 089 ERP23000 CON45231 (3) #8, (1) #8 G. 3/4" 1 15 1,3 090 CON45231 CON46232 (3) #8, (1) #8 G. 3/4" 1 15 1,3 091 MBCC1000 (SECT. 2) PDUC2000 (3) 300kCM, (1) #1/0 G. 2-1/2" 3 800 092 PDUC2000 JUNCTION BOX (3) #300kCM, (1) #1/OG. 2-1/2" 3 800 4 093 MBCD1000 (SECT 2) PDUD2000 (3) 300kCM, (1) #1/0 G. 2-1/2" 3 800 094 PDUD2000 JUNCTION BOX (3) #300kCM, (1) #1/OG. 2-1/2" 3 800 4 095 MDPB1000 FLIT. CRA11000 - - - - 096 NOT USED - - _ - _ 097 FUT. CRA11000 FUT. CON21111 - - - - 098 FUT. CON21111 FUT. CON22112 - - - - 099 MDPD1000 FLIT. CRA09000 - - - - 100 FUT. CRA09000 FUT. ERP09000 - - - - 101 FUT. CRA09000 FUT. CON17091 - -T. - - 102 FLM CON17091 FUT. CON18092 - - - - S003 GEN03000 GSB01000/GSB02000 (4) #400MCM, (1) #2/0 G. 4" EXIST. 3 1000 1 S004 GEN04000 GSB01000/GSB02000 (4) #400MCM, (1) #2/0 G. 4" EXIST. 3 1000 1 S005 GEN05000 GSB01000/GSB02000 (4) #400MCM, (1) #2/0 G. 4" EXIST. 3 1000 1 NOTES: 1) PROVIDE LFMC FLEXIBLE CONNECTION AT EQUIPMENT. 2) CAP BELOW RAISED FLOOR. 3) FEEDER INCREASED DUE TO EXPOSED ROUTING ON ROOF. PROVIDE GRS CONDUIT WHERE EXPOSED ON ROOF. 4) PROVIDE HEAT SHRINK AT CONDUCTOR ENDS IN JUNCTION BOX AND LOTO FOR SERVING FEEDER BREAKER. 1 2 CITY OF TUKWILA DEC 0 4 2018 .m PERiv9lI CENTER LIGHT FIXTURE SCHEDULE MARK LAMPS VOLTAGE DESCRIPTION MANUFACTURERS CATALOG NUMBER MOUNTING REMARKS T A 1 LED UNIV / 35W 2X2 LAY -IN TROFFER LITHONIA 2ALL2-40L-EZ1-LP850-N80 RECESSED AE 1 LED UNIV / 35W 2X2 LAY -IN TROFFER, EMERGENCY BALLAST LITHONIA 2ALL2-40L-EZ1-LP850-N80-ELI 4L RECESSED PROVIDE EMERGENCY BALLAST. INSTALL REMOTE MOUNTED TEST SWITCH B 1 LED UNIV / 68W 2X4 LAPIN TROFFER LITHONIA 2ALL4-72L-EZ1-LP850-N80 RECESSED BE 1 LED UNIV / 68W 2X4 LAY -IN TROFFER, EMERGENCY BALLAST LITHONIA 2ALL4-72L-EZ1-LP850-N80-ELI 4L RECESSED PROVIDE EMERGENCY BALLAST. INSTALL REMOTE MOUNTED TEST SWITCHREVISION NO` C 1 LED UNIV/ 107W 8 FOOT SURFACE MOUNTED LINEAR LENSED STRIP LIGHTING FIXTURE METALUX METALUX 8TSNLED-LD1-115-LC-UNV-L850-CD2-U SUSPENDED SUSPENDED UTILIZING UNISTRUT SUPPORT CE 1 LED UNIV / 107W 8 FOOT SURFACE MOUNTED LINEAR LENSED STRIP LIGHTING FIXTURE, EMERGENCY BALLAST METALUX METALUX 8TSNLED-LD1-115-LC-UNV EL -L850 -CD2 -U SUSPENDED SUSPENDED UTILIZING UNISTRUT SUPPORT, PROVIDE EMERGENCY BALLAST F 1 LED UNIV / 53W 4 FOOT SURFACE MOUNTED LINEAR LENSED STRIP LIGHTING FIXTURE METALUX METALUX SNLED-LD1-58-LC-UWL850-CD1-U SUSPENDED SUSPENDED UTILIZING UNI STRUT SUPPORT FE 1 LED UNIV / 53W 4 FOOT SURFACE MOUNTED LINEAR LENSED STRIP LIGHTING FIXTURE, EMERGENCY BALLAST METALUX METALUX SNLED-LD1-58-LC-UW-L850-CD1-U SUSPENDED SUSPENDED UTILIZING UNI STRUT SUPPORT G 1 LED UNIV / 54W WALL MOUNTED FLOOD LIGHT McGRAW EDISON IST 602-LED-E1-BL4-GM WALL MOUNT TOP OF FIXTURE 12" BELOW TOP OF SCREEN WALL. FIXTURE SHALL BE FULL CUTOFF. JE 2 LED 120V / 3W EXTERIOR WALL MOUNTED EMERGENCY/EGRESS LIGHTING FIXTURE WITH REDUNDANT LED'S DUAL -LITE DUAL LITE PG Z -HTR WALL MOUNT ONE FOOT ABOVE DOOR, CONTAINS BATTERY HEATER FOR COLD OPERATION. BRONZE FINISH I-,EvEIVED U Na WA Description EQUIPMENT ONE -LINE REFERENCE EQUIPMENT RATING A1C MAXIMUM FAULT PASS OR 3-PHASE AMPS FAIL UMC E1.1A 100,000 60,290 PASS MSB01000 E1.1 A 100, 000 57, 363 PASS ATSC1000 E1.1A 100 000 51,944 PASS MDSC1000 E1.1A 65,OOb 49,851 PASS VIEW �P�FPA�®C C � SEB 05 019 000 38 710 PASS PDUC1000 E1.1A 65 000 30 340 PASS ATSD1000 E1.1A 100,040 51944 PASS MDSD1000 E1.1A 65,000 49,851 PASS MBCD1000 E1.1A 65 000 36 906 PASS UPSD1000 E1.1A 100,000 38,710 PASS PDUD1000 00 E1.1A- 1. B 65 000 5 0 - 28-642 1,5 3 PASS PA S PDUB2000 E1.1$ 65,000 31,337 PASS RPPA1300 E1.1B 22,000 15 096 PASS RPPA1400 E1.1B 22,000 14,305 PASS RPP61300 RPPD1400 E1.1B E1.1 B 22,000 22 000 16 954 13 662 PASS PASS PDUC2000 E1.113 65,000 26,727 PASS PDUD2000 E1.1 B 65,000 24,476 PASS BSWAA111 E1.1B 22,000 14,654 PASS BSWAA211 E1.1 B 22 000 14 237 PASS BSWAA311 E1.1 B 22, 000 13 470 PASS BSWAB111 E1.1B 22,400 18,754 PASS BSWAB211 E1.1 B 22 000 16 859 PASS BSWAB311 E1.1 B 22,000 15,712 PASS BSWA6411 E1.1 B 22 000 15 311 PASS BSWAC111 E1.16 22,000 19 241 PASS BSWAC211 E1.1B 22 000 19,878 PASS BSWAC311 E1.1 B 22 000 21 909 PASS BSWAC411 E1.1B 22,000 19,878 PASS BSWAC511 BSWAD111 E1.16 E1.16 22 000 22,000 17,351 21,953 PASS PASS BSWAD211 E1.1 B 22 000 20 048 PASS BSWAD311 E1.1 B 22 OOb 19 400 PASS BSWAD411 E1.11322,000 17,379 PASS OTES: 1. THE AVAILABLE FAULT CURRENT FROM THE UTILfTY IS 72,169AAT THE SECONDARY SIDE OF THE NEW PADMOUNT TRANSFORMER. MOTOR CONTRIBUTION IS AN ADDITIONAL 2,000A Y IS HIGHER THAN THAT FROM THE GENERATOR PLANT. THE UTILITY FAULT CURRENT HAS BEEN USED FOR THIS STUDY. 2. THE AVAILABLE FAULT CURRENT FROM THE UTILITC9 5005 Greenville Avenue Dallas, TX 75206 Phone: 214/273-1559 El ISSUES eL REVISI®NS Na Date Description 1 9/9/16 ISSUE FOR PERMIT 7/26/17 REVISION #1 11/09/18 REVISION #2 VIEW �P�FPA�®C C � SEB 05 019 City of 7 BUILDING wi a VISION X1 WA LED UNIV / 1W UNIVERSAL MOUNT EXIT LIGHT WITH GREEN LETTERS AND INTEGRAL BATTERY BACKUP. LITHONIA QUANTUM SERIES WALL/CEILING X1 INDICATES SINGLE FACE, X2 INDICATES DOUBLE FACE, PROVIDE ARROWS AS INDICATED, GREEN 5005 Greenville Avenue Dallas, TX 75206 Phone: 214/273-1559 El ISSUES eL REVISI®NS Na Date Description 1 9/9/16 ISSUE FOR PERMIT 7/26/17 REVISION #1 11/09/18 REVISION #2 VIEW �P�FPA�®C C � SEB 05 019 City of 7 BUILDING wi a VISION S)E)$E'TTPIZ.B ELECTRICAL SCHEDULES DRAWN: MAG REVIEWED: RWB PROJECT NO.: C1395.00 BURR COMPUTER ENVIRONMENTS, INC. Volts: 208Y/120 kAIC: 10 Cu Bus: 250A MCB: 250A MLO: Data Hall Recept 1 Ckt # Load VA Description of Load 1 740 N Mech Hall Recept./fs d, 3 820 W Mech Hall Recept 5 900 Data Hall Recept 7 540 S Mech Hall Recept. 9 540 SE Mech Hall Recept 11 360 Elec. Room Recept 13 250 EPO PANEL 02000 15 500 PA -3 2 17 2,880 IT -2 RACK TRANSFER 19 2,880 - 21 2,880 - 23 750 EWHO2000 25 750 - 27 720 RR & Janitor Recepts. 29 720 Coffee Bar Recepts. 31 500 Security Diffuser Heater 20/1 L 35 1,920 1 IT -2 RACK TRANSFER 391 900 1 Conf Recepts 41 360 1 Data Hall Cord Reel Panel: LCPC2000 Site: EDGECONNEX SEATLLE-DH2 200% Nuetral: 3 PHASE, 4 WIRE Iso. Grnd: Feed Thru: YES NEMA Rating: N1 Surface/Flush Mtd: SURFACE New/E)ast.: NEW ype Ckt Brkr PHASE A VA PHASE B VA PHASE C VA Ckt BrkrA-v- I Type Description of Load Load Ckt VAIN 7,025 R 20/1 2;245 ////!/////// !///////!/// 20/1 L Storage/IT/Pre-Action 1,505 2 2 R 20/1 //////////// 820 //////////// 20/ 0 SPARE K Kitchen E ui ment 4 o R 20/1 !/////////// //////////// 1,437 20/1 L Mech. Corridor NW 537 6 /lllllllllll R 20/1 1,704 lllllllllll! /!/1111/1111 20/ L Mech. Corr SE/RR/SecNest 1,164 8 1 R 20/1 /I/////////! 1,493 ////////ll// 20/ L Data Hall 2 953 10 20/1 M GEN05000 BATT CHG 792 R 20/1 //////////// //////////// 1,040 20/ L Data Hall 2 680 12 Mech. Corridor SE M 20/1 1,271 /I//////I/// /////////ll/ 20/1 L Data Hall 2 1,021 14 //////////// M 20/1 /!//!/////// 1,114 //////////// 20/k L Data Hall 2 614 16 20/1 M 30/3 !/////////// //!///////// 3,431 20/ L I Jan/Breakout/RR/SecurityNe 551 18 500 M - 2,880 //////////// //////////// 20/1 20/1 SPARE Data Hall 2 20 14 M - //////////// 2,880 //////////// 20/1 //!///////// 1,860 //////////// 20A L M 15/2 /lllllllllll )lllllllllll 750 20/1 CON32051 SPARE 20/3 24 //////////// M - 750 lllll!l!llll lllllllllll) 20/1 ISPARE 1,440 26 C R 20/1 //////////// 720 //////////// 20/1 Janitor/Security/Lobby SPARE 20 28 21 M 20/1 //////////// !/////////// 720 20/1 //////////// SPARE 30 H 20/2 860 //////////// //////////// 2011 R Data Hall Cord Reel 360 32 20/1 'tNJ/////////// EXF04000 864 1,000 ///!//////// 20/2 H Conference Diffuser Heater 500 134 3,360 M 20/1 /////!//!/!! //////////// 2,420 - H - 500 136 - C - 1,080 ////////J/// //////ll/1!/ 20/1 R Data Hall Cord Reel 360 38 R 20/1 //////////// 1,080 ///////////! 20/1 R Data Hall Cord Reel 180 40 I Security Recepts. R 2011 //////////// /////////!// 360 Fire Alarm Annunc FAA 02000 M SPACE 4,250 42 U////////!/' Subtotals: 1 10.790 1 9.107 1 1n_im 331 SPARE Load Type Connected Load Diversified Load Load Type Connected Diversified Load Load 9/9/16 R Receptacles 7,500 7,500 L Lighting 7,025 8,781 C Cooling 0 0 EL Exterior Lighting 0 0 Heating 2,000 2,000 W Water Heater 0 0 F Fans 0 o Lar est Motor 0 0 K Kitchen E ui ment 0 o f Elevators 0 0 M Miscellaneous 13,530 13,530 SP Subpanel 0 0 Total Connected Load: 30,055 VA = 83 AMPS Feed Thru Load: VA = 0 AMPS Total Diversified Load: 31.811 VA = 88 AMPS Load Ty pe Volts: kAIC: Cu Bus: MCB: MLO: 208Y/120 10 250A 250A Panel: Site: 3 PHASE, 4 WIRE LCPD2000 EDGECONNEX ATLANTA-DH2 9/9/16 200% Nuetral: Iso. Grnd: Feed Thru: NEMA Rating: Surface/Flush Mtd: New/E:ast.: YES N1 SURFACE NEW 5,340 L Lighting Ckt # Load VA Description of Load Type Ckt Brkr PHASE A VA PHASE B VA PHASE C VA Ckt Brkr Type Description of Load Load Ckt 0 1 920 Hallway Recept./fs damper R 20/1 1,454 //////////// ////////!/// 20/1 L Storage/IT/Pre-Action 534 2 2 3 1,000 Storage Recepts. R 20/1 /lllllllllll 2,179 //////////// 20/1? L storage 1,179 4 11 500 PRE -ACTION PACKAGE -1 5 900 Data Hall 2 Recept. R 20/1 //////////// //////////// 1,435 20/1 L Mech. Corridor NW 535 6 20/1 M GEN05000 BATT CHG 792 7 720 NE Mech Room/corr. Recept. R 20/1 1,255 //////////// //////////// 20/ L Mech. Corridor SE 535 8 25 792 GEN04000 BATT CHG 9 900 Roof Receptacles R 20/1 //////////// 1,007 //////////// 20/1 L Mech. Corridor Single NE 107 10 1 11 456 EXF03000 F 20/1 //////////// /////!////// 2,090 20/1 L Data Hall 2 1,634 1 12 39 2,500 GEN03000 JKT WTR HTR 13 500 Fire Alarm Panel FAC 02000 M 20/1 2,200 //////////// /////////!// 20/1 L Data Hall 2 1,700 14 15 500 PA -4 M 20/1 //!///////// 1,860 //////////// 20A L Data Hall 2 1,360 16 a 17 1,440 CON32051 C 20/3 ///!//////// //////////// 2,839 20/1( L Data Hall 2 1,399 18 19 1,440 - C - 1,881 //////////// //////////// 20/1 L Janitor/Security/Lobby 441 20 21 1,440 - C - //////////// 1,440 //////////// 20/1 SPARE 22 23 3,360 FCU05000 C 35/3 //////////// //////////// 4,224 20/1 F EXF04000 864 24 25 3,360 - C - 3,360 271 3,360 - C - ///!//////// 3,360 //////////// 2011 ISPARE 28 291 500 SEC 02000 PANELS M 20/1 (lllllllllll )lllllllllll 1,400 20/1 R I Security Recepts. 900 130 311 250 Fire Alarm Annunc FAA 02000 M 20/1 4,250 J!/////!/!// U////////!/' 60/2 H FCU04000 4,000 132 331 SPARE 20/1 //////////// 4,000 //////////// - H - 4,000 134 351 SPARE 1 20/1 )lllllllllll /!l/llllllll 1,800 25/2 C CON36061 1,800 136 37 SPARE 1 20/1 1,800 //////////// !//////!//// - C - 1,800 38 39 SPARE 20/1 //////////// 1,800 !/////////// - C - 1,800 40 41 ISPARE 20/1 //////////// //////////// 0 SPACE 42 Subtotals: 16-9-20-0- 15,64 13,788 Load Ty pe Connected Load Diversified Load Load Type Connected Diversified Load Load 9/9/16 R Receptacles 5,340 5,340 L Lighting 9,424 11,780 C Cooling 19,800 19,800 EL Exterior Lighting 0 0 Heating 8,000 a W Water Heater 0 0 Fans 1,320 1,320 Largest Motor 0 0 K Kitchen Equipment o o f Elevators 0 0 M Miscellaneous 1,7501 1,750 SP Sub ane) 1 0 0 Total Connected Load: 45,634 VA = 127 AMPS Feed Thru Load: VA = 0 AMPS Total Diversified Load: 39,990 VA = 111 AMPS MAIN DISTRIBUTION SWITCHBOARD WDSA1000' AND 'ATSA1000' PROJECT: EDGECONNEX JOB NUMBER: C1395 AND LOVING IT.... DISTRIBUTION PANEL RATINGS: 480V, 30, 3W, 1600A Volts: kA1C: Cu Bus: MCB: MLO: 208Y/120 10 225 225 Panel: 3 -Phase, 4 -Wire LCPC1000 9/9/16 # Door in Door Construction. NEMA Rating: Feed Thru:: Surf, M.- Flush Mtd: New/E)ist. 1 X NEW VOLT. Ckt # Load VA Description of Load Type Ckt Brkr Phase A VA Phase B VA Phase C VA Ckt Brkr Type Description of Load Load VA Ckt # 1 1,080 RCPT - GREEN ROOM R 20/1 1962 2 167 2,500 1 290 5 354 4660 2 952 2,050 2,042 1,033 500 3400 1,512 750 4,562 4,660 4,660 7,062 5,354 L 4,660 4,660 20/1 L LIGHTING 882 2 3 1,260 RCPT- GREEN ROOM R 20/1 20/1 L LIGHTING 790 4 5 1,400 RCPT - COFFEE MAKER K 20/1 20/1 1 L DATA LTG 642 6 7 1,200 RCPT- MICROWAVE K 20/1 20/1 L DATA LTG 967 8 9 500. PRE -ACTION PACKAGE -1 M 20/1 20/1 L ELEC RM LIGHTING 533 10 11 500 PRE -ACTION PACKAGE -1 M 20/1 1 13 SPARE 20/1 40/2 H GEN05000 JKT WTR HTR 2,500 14 15 900 RCPT - ELEC RM/MECH R 20/1 - H - 2,500 16 17 720 RCPT - DC R 20/1 20/1 M GEN05000 BATT CHG 792 18 19 540 RCPT - EQUNP YARD/ROOF R 20/1 3 21 SPARE 20M - WH -- 750 22 23 SPARE 20/1 60/2 H FCLI02000 4,562 124 25 792 GEN04000 BATT CHG M 20/1 - H -- 4,562 26 27 2,500 GEN04000 JKT WTR HTR H 40/2 30/3 C CON28021 2,160 28 29 2,500 - H - - C -- 2,160 30 31 2,500 GEN01000 JKT WTR HTR H 40/2 - C -- 2,160 32 33 2,500 -- H - 60/2 H FCU03000 4,562 134 35 792 GEN01000 BATT CHG M 20/1 - H -- 4,562 36 37 792 GEN03000 BATT CHG M 20/1 30/3 C CON30031 2 160 38 39 2,500 GEN03000 JKT WTR HTR H 40/2 - C -- 2,160 40 411 2,500 - H I - - C -- 2,160 42 Load Type R Receptacles C Cooling H Heating Fans M Miscellaneous Subtotals: 20 885 23,615 23,289 Connected Load Diversified Load Load T" Connected Load Diversified Load 4,500 4,500 (L).Lighting 3,814 4,788 12,9x0 a EL Exterior Lighting 0 a 38,246 38,246 WH Water Heater 1,500 1,500 01 0 Largest Motor 0 0 4,1681 4,168 SP Subpanet 0 0 Total Connected Load: 67,788 VA = 188 AMPS Total Diversified Load. 53,182 VA = 148 AMPS MAIN DISTRIBUTION SWITCHBOARD WDSA1000' AND 'ATSA1000' PROJECT: EDGECONNEX JOB NUMBER: C1395 AND LOVING IT.... DISTRIBUTION PANEL RATINGS: 480V, 30, 3W, 1600A MECHANICAL DISTRIBUTION PANEL 'MDPA1000' PROJECT: EDGECONNEX JOB NUMBER: C1395 DISTRIBUTION PANEL RATINGS: 480V, 30, 3W, 800A Date DISTRIBUTION PANEL LOADS 1 9/9/16 # DESCRIPTION F.L.A. VOLT. PH. DIV. FACTOR LOAD TOTAL F.L.A. VOLT-AMPERES VOLT. 1 UPS (NOTE 1) 661.5 480 3 1.00 661.5 550,010 93.7 1 UPS MAI NT. BYPASS (NOTE 2) 601.4 480 3 0.00 0.0 0 6 1 MDPA1000 661.9 480 3 1.00 661.9 550,275 0 U 6 DUAL COND. UNITS 16.8 480 3 t� 1.00 100.8 83,805 1 ISS RM CRA UNIT 1.4 480 DISTRIBUTION PANEL LOAD TOTALS 1.00 1,323.4 1,100,285 NOTES: 1) INCLUDES FULL LOAD UPS PLUS BATTERY CHARGING. 2) MAINTENANCE BYPASS LOAD IS NON -COINCIDENTAL WITH UPS LOAD. MAIN DISTRIBUTION SWITCHBOARD 'MDSB1 000'AND 'ASTB1000" PROJECT: EDGECONNEX JOB NUMBER: C1395 DISTRIBUTION PANEL RATINGS: 480V, 30, 3W, 1600A MECHANICAL DISTRIBUTION PANEL 'MDPA1000' PROJECT: EDGECONNEX JOB NUMBER: C1395 DISTRIBUTION PANEL RATINGS: 480V, 30, 3W, 800A Date DISTRIBUTION PANEL LOADS 1 9/9/16 # DESCRIPTION F.L.A. VOLT. PH. DIV. FACTOR LOAD TOTAL F.L.A. VOLT-AMPERES VOLT. 1 UPS (NOTE 1) 661.5 480 3 1.00 661.5 550,010 93.7 1 UPS MAI NT. BYPASS (NOTE 2) 601.4 480 3 0.00 0.0 0 6 1 MDPB1000 676.8 480 3 1.00 676.8 562,689 0 U 6 DUAL COND. UNITS 16.8 480 3 t� 1.00 100.8 83,805 1 ISS RM CRA UNIT 1.4 480 DISTRIBUTION PANEL LOAD TOTALS 1.00 1,338.3 1,112,699 NOTES: 1) INCLUDES FULL LOAD UPS PLUS BATTERY CHARGING. 2) MAINTENANCE BYPASS LOAD IS NON -COINCIDENTAL WITH UPS LOAD. MAIN DISTRIBUTION SWITCHBOARD 'MDSC1000" AND 'ATSC1000' PROJECT: EDGECONNEX JOB NUMBER: C1395 DISTRIBUTION PANEL RATINGS: 480V, 30, 3W, 1600A MECHANICAL DISTRIBUTION PANEL 'MDPA1000' PROJECT: EDGECONNEX JOB NUMBER: C1395 DISTRIBUTION PANEL RATINGS: 480V, 30, 3W, 800A Date DISTRIBUTION PANEL LOADS 1 9/9/16 # DESCRIPTION F.L.A. VOLT. PH. DIV. FACTOR LOAD TOTAL F.L.A. VOLT-AMPERES VOLT. 1 UPS (NOTE 1) 661.5 480 3 1.00 661.5 550,010 93.7 1 UPS MAI NT. BYPASS (NOTE 2) 601,4 480 3 0.00 0.0 0 6 1 MDPC1000 722.5 480 3 1.00 722.5 600,715 0 U 6 DUAL COND. UNITS 16.8 480 3 t� 1.00 100.8 83,805 1 ISS RM CRA UNIT 1.4 480 DISTRIBUTION PANEL LOAD TOTALS 1.00 1,384.1 1,150,726 NOTES: 1) INCLUDES FULL LOAD UPS PLUS BATTERY CHARGING. 2) MAINTENANCE BYPASS LOAD IS NON -COINCIDENTAL WITH UPS LOAD. MAIN DISTRIBUTION SWITCHBOARD 'MDSD1000' AND 'ASTD1000' PROJECT: EDGECONNEX JOB NUMBER: C1395 DISTRIBUTION PANEL RATINGS: 480V, 30, 3W, 1600A MECHANICAL DISTRIBUTION PANEL 'MDPA1000' PROJECT: EDGECONNEX JOB NUMBER: C1395 DISTRIBUTION PANEL RATINGS: 480V, 30, 3W, 800A Date DISTRIBUTION PANEL LOADS 1 9/9/16 # DESCRIPTION F.L.A. VOLT. PH. DIV. FACTOR LOAD TOTAL F.L.A. VOLT-AMPERES VOLT. 1 UPS (NOTE 1) 661.5 480 3 1.00 661.5 550,010 93.7 1 UPS MAI NT. BYPASS (NOTE 2) 601.4 480 3 0.00 0.0 0 6 1 MDPD1000 699.7 480 3 1.00 699.7 581,702 0 U 6 DUAL COND. UNITS 16.8 480 3 t� 1.00 100.8 83,805 1 ISS RM CRA UNIT 1.4 480 DISTRIBUTION PANEL LOAD TOTALS 1.00 1,361.2 1,131,712 NOTES: 1) INCLUDES FULL LOAD UPS PLUS BATTERY CHARGING. 2) MAINTENANCE BYPASS LOAD IS NON -COINCIDENTAL WITH UPS LOAD. D A 1 NOTES: 1) PUMP IS NON -COINCIDENTAL WITH COMPRESSOR IN ASSOCIATED CRA UNIT. 2) DIV. FACTOR FOR CRA UNITS ACCOUNTS FOR 60% DIVERSITY OF 30KW REHEAT IN EACH UNIT. MECHANICAL DISTRIBUTION PANEL 'MDPA1000' PROJECT: EDGECONNEX JOB NUMBER: C1395 DISTRIBUTION PANEL RATINGS: 480V, 30, 3W, 800A Date Description 1 9/9/16 DISTRIBUTION PANEL LOADS A7/26/17 'Q # DESCRIPTION F.L.A. VOLT. PH. DIV. FACTOR LOAD TOTAL F.L.A. VOLT-AMPERES oo 5 CRA UNITS (INCLUDES REDUNDANT AND FUT.) (NOTE 2) 93.7 480 3 0.77 360.7 299,923 6 REF. PUMPS (NOTE 1) 7.0 480 (VISION 3 0.00 0.0 0 U 6 DUAL COND. UNITS 16.8 480 3 t� 1.00 100.8 83,805 1 ISS RM CRA UNIT 1.4 480 3 1.00 1.4 1,164 1 ISS RM COND. UNIT 8.4 480 3 1.00 8.4 6,984 1 PANEL LCPC2000 FULLY LOADED 90.3 480 3 1.00 90.3 75,036 1 5° S O C 5 48 3 00 3 4,365 1 NEW DH2 CRA UNITS (NOTE 2) 123.4 480 3 0.77 95.0 78,998 D LOAD TC11111111111 676.8 661.9 550,275 D A 1 NOTES: 1) PUMP IS NON -COINCIDENTAL WITH COMPRESSOR IN ASSOCIATED CRA UNIT. 2) DIV. FACTOR FOR CRA UNITS ACCOUNTS FOR 60% DIVERSITY OF 30KW REHEAT IN EACH UNIT. NOTES: 1) PUMP IS NON -COINCIDENTAL WITH COMPRESSOR IN ASSOCIATED CRA UNIT. 2) DIV. FACTOR FOR CRA UNITS ACCOUNTS FOR 60% DIVERSITY OF 30KW REHEAT IN EACH UNIT. MECHANICAL DISTRIBUTION PANEL 'MDPB1000' PROJECT: EDGECONNEX JOB NUMBER: C1395 DISTRIBUTION PANEL RATINGS: 480V, 30, 3W, 800A Date Description 1 9/9/16 DISTRIBUTION PANEL LOADS A7/26/17 'Q # DESCRIPTION F.L.A. VOLT. PH. DIV. FACTOR LOAD TOTAL F.L.A. VOLT-AMPERES oo 6 CRA UNITS (INCLUDES REDUNDANT AND FUT.) (NOTE 2) 93.7 480 3 0.77 432.9 359,908 6 REF. PUMPS (NOTE 1) 7.0 480 (VISION 3 0.00 0.0 0 U 6 DUAL COND. UNITS 16.8 480 3 t� 1.00 100.8 83,805 1 ELEC. RM CRA UNIT 39.2 480 3 1.00 39.2 32,591 1 ELEC. RM COND. UNIT 8.4 480 3 1.00 8.4 6,984 1 PANEL LCPD2000 FULLY LOADED 90.3 480 3 1.00 90.3 75,036 1 25% LARGEST MOTOR (CRA COMP.) 5.3 480 3 1.00 5.3 4,365 2 NEW DH2 CRA UNITS (NOTE 2) 123.4 480 3 0.77 190.0 157,996 DISTRIBUTION PANEL LOAD TOTALS LOAD TC11111111111 676.8 562,689 NOTES: 1) PUMP IS NON -COINCIDENTAL WITH COMPRESSOR IN ASSOCIATED CRA UNIT. 2) DIV. FACTOR FOR CRA UNITS ACCOUNTS FOR 60% DIVERSITY OF 30KW REHEAT IN EACH UNIT. D "A D 2 1 NOTES: 1) PUMP IS NON -COINCIDENTAL WITH COMPRESSOR IN ASSOCIATED CRA UNIT. 2) DIV. FACTOR FOR CRA UNITS ACCOUNTS FOR 60% DIVERSITY OF 30KW REHEAT IN EACH UNIT. MECHANICAL DISTRIBUTION PANEL 'MDPC1000' PROJECT: EDGECONNEX JOB NUMBER: C1395 DISTRIBUTION PANEL RATINGS: 480V, 30, 3W, 800A Date Description 1 9/9/16 DISTRIBUTION PANEL LOADS A7/26/17 'Q # DESCRIPTION F.L.A. VOLT. PH. DIV. FACTOR LOAD TOTAL F.L.A. VOLT-AMPERES oo 4 CRA UNITS (INCLUDES REDUNDANT AND FUT.) (NOTE 2) 93.7 480 3 0.77 288.6 239,939 6 REF. PUMPS (NOTE 1) 7.0 480 (VISION 3 0.00 0.0 0 U 6 DUAL COND. UNITS 16.8 480 3 t� 1.00 100.8 83,805 1 ELEC. RM CRA UNIT 39.2 480 3 1.00 39.2 32,591 1 ELEC. RM COND. UNIT 8.4 480 3 1.00 8.4 6,984 1 PANEL LCPC1000 FULLY LOADED 90.3 480 3 1.00 90.3 75,036 1 25° S O C 5 48 3 QO 3 4, 3 5 2 NEW DH2 CRA UNITS (NOTE 2) 123.4 480 3 0.77 190.0 157,996 D LOAD TC11111111111 722.5 600,715 D "A D 2 1 NOTES: 1) PUMP IS NON -COINCIDENTAL WITH COMPRESSOR IN ASSOCIATED CRA UNIT. 2) DIV. FACTOR FOR CRA UNITS ACCOUNTS FOR 60% DIVERSITY OF 30KW REHEAT IN EACH UNIT. A 2 1 NOTES: 1) PUMP IS NON -COINCIDENTAL WITH COMPRESSOR IN ASSOCIATED CRA UNIT. 2) DIV. FACTOR FOR CRA UNITS ACCOUNTS FOR 60% DIVERSITY OF 30KW REHEAT IN EACH UNIT. CV MECHANICAL DISTRIBUTION PANEL 'MDPD1000" PROJECT: EDGECONNEX JOB NUMBER: C1395 DISTRIBUTION PANEL RATINGS: 480V, 30, 3W, 800A Date Description 1 9/9/16 DISTRIBUTION PANEL LOADS A7/26/17 'Q # DESCRIPTION F.L.A. VOLT. PH. DIV. FACTOR LOAD TOTAL F.L.A. VOLT-AMPERES oo 5 CRA UNITS (INCLUDES REDUNDANT AND FUT.) (NOTE 2) 93.7 480 3 0.77 360.7 299,923 6 REF. PUMPS (NOTE 1) 7.0 480 (VISION 3 0.00 0.0 0 U 6 DUAL COND. UNITS 16.8 480 3 t� 1.00 100.8 83,805 1 ELEC. RM CRA UNIT 39.2 480 3 1.00 39.2 32,591 1 ELEC. RM COND. UNIT 8.4 480 3 1.00 8.4 6,984 1 PANEL LCPD1000 FULLY LOADED 90.3 480 3 1.00 90.3 75,036 1 5° S O C 5 4 3 00 3 4, 3 5 1 NEW DH2 CRA UNITS (NOTE 2) 123.4 480 3 0.77 95.0 78,998 LOAD TC11111111111 699.7 581,702 A 2 1 NOTES: 1) PUMP IS NON -COINCIDENTAL WITH COMPRESSOR IN ASSOCIATED CRA UNIT. 2) DIV. FACTOR FOR CRA UNITS ACCOUNTS FOR 60% DIVERSITY OF 30KW REHEAT IN EACH UNIT. CV No. Date Description 1 9/9/16 ISSUE FOR PERMIT A7/26/17 'Q 11/09/18 REVISION #2 -00 Q COco oo � WLIRb �� TH FEB 0 2019 C1tyofTjkwi18 BUILDING (VISION U N W t� ra W co ISSUES & PXVISIONS No. Date Description 1 9/9/16 ISSUE FOR PERMIT A7/26/17 REVISION #1 11/09/18 REVISION #2 WLIRb �� TH FEB 0 2019 C1tyofTjkwi18 BUILDING (VISION y- . a �f • , 0 SRMTrrLE ELECTRICAL SCHEDULES DRAWN: MAG REVIEWED: RWB "jrL."j4e2 PROJECT NO.: C1395.00 1-4 BURR COMPUTER ENVIRONMENTS, INC. 2 Panel: RPPA1400 Load Type Volts: kAIC: Cu Bus: MCB: MLO: 208Y/120 22 400 400 3 -Phase, 4 -Wire Connected Load Diversified Load Door in Door Construction: NEMA Rating: 1 Feed Thru: Surf. Mid: Flush Mtd: New/Exist: NEW 0 Ckt # Load VA RECEPT WHIP Description of Load TYPE LENGTH Type Ckt Brkr Phase A VA Phase B VA Phase C VA Ckt Type RECEPT WHIP Description of Load Load Brkr TYPE LENGTH VA Ckt # 1 Heating SPACE o 0 0 0 0 0 0::::] 0 0 0 0 0 0 0 0 0 0 0 0 0 L 0::] 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 SPACE 2 3 SPACE SPACE 4 5 ISPACE 1 1 1 SPACE 6 7 SPACE SPACE 8 9 SPACE SPACE 10 11 SPACE SPACE 12 131 ISPACE SPACE 14 15 SPACE SPACE 16 17 SPACE SPACE 18 19 SPACE0 SPACE 20 21 SPACE SPACE 22 23 SPACE SPACE 24 25 ISPACE SPACE 26 27 SPACE 1 SPACE 28 29 SPACE SPACE 30 31 SPACE SPACE 32 33 SPACE SPACE 34 35 SPACE SPACE 36 37 SPACE SPACE 38 39 SPACE SPACE 40 41 SPACE SPACE 42 43 SPACE SPACE 44 45 SPACE SPACE 46 47 SPACE SPACE 48 49 SPACE SPACE 50 51 SPACE SPACE 52 53 SPACE SPACE 54 55 SPACE SPACE 56 57 SPACE SPACE 58 59 SPACE SPACE 60 611 ISPACE SPACE 62 63 SPACE SPACE 64 65 SPACE SPACE 66 67 SPACE SPACE 68 69 SPACE SPACE 70 71 SPACE SPACE 72 73 SPACE SPACE 74 75 SPACE SPACE 76 77 SPACE SPACE 78 79 SPACE SPACE 80 81 SPACE SPACE 82 83 SPACE SPACE 84 SPACE 76 77 SPACE Suhtntak- n n n 80 81 SPACE Load Type Connected Load Diversified Load Load Type Connected Load Diversified Load R Receptacles 0 o L Lighting 0 0 C Cooling o o EL Exterior Lighting 0 0 Heating 0 o W Water Heater 0 0 Fans 0 o Lar est Motor 0 0 Kitchen Equipment 0 0 E Elevators 0 0 Miscellaneous 0 o SP Subpanel 0 0 Total Connected Load: 0 VA = 0 AMPS Feed Thru Load: VA = 0 AMPS Total Diversified Load: 0 VA = 0 AMPS Panel: RPPD14OO Load Type Volts: kAIC: Cu Bus: MCB: MLO: 208Y/120 22 400 400 3 -Phase, 4 -Wire Connected Load Diversified Load Door in Door Construction: NEMA Rating: 1 Feed Thru: Surf. Mtd: Flush Mtd: New/E)ast: NEW 0 Ckt # Load VA RECEPT WHIP Description of Load TYPE LENGTH Type Ckt Brkr Phase A VA Phase B VA Phase C VA Ckt Type RECEPT WHIP Description of Load Load Brkr TYPE LENGTH VA Ckt # 1 H Heating SPACE o 0 0 0 0 0 1 0 0 0 0 1 0 1 0 =0:1 I 0 0 1 I 0 L 0 0 0 0 0 0 0 0 0 1 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 SPACE 2 3 SPACE SPACE 4 5 SPACE SPACE 6 7 SPACE SPACE 8 9 SPACE SPACE 10 11 SPACE SPACE 12 13 SPACE SPACE 14 15 SPACE ISPACE 16 17 SPACE SPACE 18 19 SPACE SPACE 20 211 SPACE SPACE 22 23 SPACE SPACE 24 25 SPACE ISPACE 26 27 SPACE ISPACE 28 29 SPACE SPACE 30 31 SPACE SPACE 32 33 SPACE SPACE 34 35 SPACE SPACE 36 37 SPACE SPACE 38 39 SPACE SPACE 40 41 SPACE SPACE 42 43 SPACE SPACE 44 45 SPACE ISPACE 46 47 SPACE SPACE 48 49 SPACE SPACE 50 51 SPACE SPACE 52 53 SPACE SPACE 54 55 SPACE ISPACE 56 57 SPACE SPACE 58 59 SPACE SPACE 60 61 SPACE SPACE 62 63 ISPACE SPACE 64 65 SPACE SPACE 66 67 SPACE SPACE 68 69 SPACE ISPACE 70 71 SPACE SPACE 72 73 SPACE 1 SPACE 74 75 SPACE SPACE 76 77 SPACE SPACE 78 79 SPACE SPACE 80 81 1 ISPACE SPACE 82 811 ISPACE SPACE 184 SPACE 76 77 SPACE Sutrtotals: a a n 80 81 SPACE Load Type Connected Load Diversified Load Load Type Connected Load Diversified Load R Receptacles 0 0 L Lighting.o o 0 C Cooling 0 0 EL Exterior Lighting a o H Heating 0 o WH Water Heater 0 0 F Fans 0 0 M Largest Motor 0 0 K Kitchen Equipment 0 a E Elevators 0 0 M Miscellaneous 0 o SP Subpanel 0 0 Total Connected Load: Feed Thru Load: 0 VA = 0 AMPS VA = 0 AMPS 0 VA = 0 AMPS D Load Type Connected Load kAIC: Cu Bus: IVILO:- 0: 22 00 .00 - - - -•. 00 R Receptacles Door in Door Construction: NEMA Rating: --. Surf. Mtd: Flush Mtd: 1 o 0 C Cooling 0":" o EL Exterior Li htin o pow WCE Mmm =M'27W.1.0 Ma- 22 _01� o 0 View 0 0Lar est Motor o 0 K Kitchen Equipment 0 0 E Elevators 0 0 M Miscellaneous 12,060 12,060 SP Subpanel 0 0 4- 5 2,880 - M - Battery Moni ring 1 6 off Kwo ME me SPACE 8 ���►fir' "',' 11 SPACE SPACE 12 13 SPACE SPACE 14 15 SPACE SPACE 16 17 SPACE SPACE 18 19 SPACE SPACE 20 21 SPACE SPACE 22 231 1 SPACE SPACE 24 25 ISPACE SPACE 26 27 SPACE SPACE 28 29 SPACE SPACE 30 31 SPACE SPACE 32 331 SPACE SPACE 34 35 SPACE SPACE 36 37 SPACE SPACE 38 39 SPACE SPACE 40 41 SPACE SPACE 42 43 SPACE SPACE 44 45 SPACE SPACE 46 47 SPACE SPACE 48 49 SPACE SPACE 50 ' _m-- -® 52 53 SPACE SPACE 54 55 SPACE SPACE 56 57 SPACE T4q-� 58 59 SPACE SPACE 60 61 SPACE SPACE 62 63 SPACE SPACE 64 65 SPACE SPACE 66 67 SPACE SPACE 68 69 SPACE SPACE 70 71 SPACE ISPACE 72 73 SPACE SPACE 74 75 SPACE SPACE 76 77 SPACE SPACE 78 79 SPACE SPACE 80 81 SPACE SPACE 182 83 SPACE SPACE 1 184 Subtotals: 3,880 3,380 3,380 Load Type Connected Load Diversified Load Load Type Connected Load Diversified Load R Receptacles 0 o L Lighting o 0 C Cooling 0 o EL Exterior Li htin o 0 Heating 0 o W Water Heater o 0 F Fans 0 0Lar est Motor o 0 K Kitchen Equipment 0 0 E Elevators 0 0 M Miscellaneous 12,060 12,060 SP Subpanel 0 0 Total Connected Load: 12,060 VA = 34 AMPS Feed Thru Load: VA = 0 AMPS Total Diversified Load: 12,060 VA = 34 AMPS Load Ty pe Connected Load Volts: kAIC: Cu Bus: MCB: MLO: 208Y/120 22 400 400 Panel: 3 -Phase, 4 -Wire RPPB1300 R Receptacles 0 Door in Door Construction: NEMA Rating: Feed Thru: Surf. Mtd: Flush Mtd: New/E)ast: 1 NEW o 0 C Cooling Ckt Load RECEPT WHIP Description of Load Type Ckt Phase A Phase B I Phase C Ckt Typel RECEPT WHIP Description of Load Load Ckt 0 2 1 2,880 L15 -30R IT.02.016 M 30/3 3,380 500 0 0 0 0::::] 0 0 0 0 0 0 0 0 3,380 L 0 0 0 0 0 0 0 0 0 0 1 1 0-1 1 0 3,380 0 0 0 0 0 0 0 0 0 0 0 0 0 20/1 M Battery Monitoring 500 2 SP Subpanel 1 3 2,880 (IN IT ROOM 2) M - 20/1 M Battery Monitoring 500 4- 5 2,880 - M - 20/1 M Battery Monitoring 500 1 6 7 500 L5 -20R SEC 02000 PANELS M 20/1 SPACE 8 11 SPACE SPACE 12 13 SPACE SPACE 14 15 SPACE SPACE 16 17 SPACE SPACE 18 19 SPACE SPACE 20 21 SPACE SPACE 22 231 1 SPACE SPACE 24 25 ISPACE SPACE 26 27 SPACE SPACE 28 29 SPACE SPACE 30 31 SPACE SPACE 32 331 SPACE SPACE 34 35 SPACE SPACE 36 37 SPACE SPACE 38 39 SPACE SPACE 40 41 SPACE SPACE 42 43 SPACE SPACE 44 45 SPACE SPACE 46 47 SPACE SPACE 48 49 SPACE SPACE 50 51 SPACE SPACE 52 53 SPACE SPACE 54 55 SPACE SPACE 56 57 SPACE SPACE 58 59 SPACE SPACE 60 61 SPACE SPACE 62 63 SPACE SPACE 64 65 SPACE SPACE 66 67 SPACE SPACE 68 69 SPACE SPACE 70 71 SPACE ISPACE 72 73 SPACE SPACE 74 75 SPACE SPACE 76 77 SPACE SPACE 78 79 SPACE SPACE 80 81 SPACE SPACE 182 83 SPACE SPACE 1 184 Subtotals: 3,880 3,380 3,380 Load Ty pe Connected Load Diversified Load Load Ty pe Connected Load Diversified Load R Receptacles 0 o L Light o 0 C Cooling o o EL Exterior Lighting 0 0 H Heating 0 o WH Water Heater o 0 F Fans 0 o Largest Motor 0 0 K Kitchen Equipment 0 o f Elevators 1 o 0 M Miscellaneous 1 10,640 10,640 SP Subpanel 1 o 1 1 0 Total Connected Load: 10,640 VA = 30 AMPS Feed Thru Load: VA = 0 AMPS Total Diversified Load: 10,640 VA = 30 AMPS RECEIVED CITE' OF TUKWILA DEC 0 4 2018 PERI`01 a CENTER CV No.11 Date Description 1 9/9/16 ISSUE FOR PERMIT 7/26/17 Q 11/09/18 REVISION #2 Q � � 0 PLIP�PlC NIEPA 0 - Q C> efty gU1LDING T W CD Q Cly J U cv W M LU ca ISSUES & IZEVISI®NS No.11 Date Description 1 9/9/16 ISSUE FOR PERMIT 7/26/17 REVISION #1 11/09/18 REVISION #2 PLIP�PlC NIEPA 0 - O FC efty gU1LDING 11SION ' SEAL ;0, • _ a_ . 1 sHmTrnm ELECTRICAL SCHEDULES DRAWN: MAG REVIEWED: RWB PROJECT NO.: C1395.00 LJL BURR COMPUTER ENVIRONMENTS, INC. L 1 ELECTRICAL SYMBOLS LEGEND (ALL SYMBOLS SHOWN ARE NOT NECESSARILY USED ON DRAWINGS) ELECTRICAL SYMBOLS LEGEND fCONT111)► GENERAL ELECTRICAL NOTES CODES AND STANDARDS ALL ELECTRICAL WORK PREFORMED UNDER THIS CONTRACT SHALL COMPLY WITH THE 2014 VERSION OF THE NATIONAL ELECTRICAL CODE (INCLUDING ANY LOCAL CITY AND STATE AMENDMENTS), NFPA 70, ADA (AMERICAN DISABILITIES ACT) AND ALL LOCAL CODES AND ORDINANCES. PHRASES THE WORD "PROVIDE" AS USED IN THESE DRAWINGS SHALL MEAN "MATERIALS AND LABOR FURNISHED AND INSTALLED BY CONTRACTOR". THE PHRASE "OWNER PROVIDED/CONTRACTOR RECEIVED AND INSTALLED" AS USED IN THESE DRAWINGS SHALL MEAN EQUIPMENT IS PURCHASED AND SHIPPED BY THE OWNER AND IT IS THE CONTRACTOR'S RESPONSIBILITY TO RECEIVE/OFFLOAD THE EQUIPMENT AND TO STORE THE EQUIPMENT IN A MANNER WHICH PROTECTS THE EQUIPMENT FROM ENVIRONMENTAL AND PHYSICAL HAZARDS. GENERAL SECURE AND PAY ALL NECESSARY PERMITS AND FEES WHERE REQUIRED FOR EXECUTION AND COMPLETION OF WORK AND INCLUDE IN COST OF BID. ALL EQUIPMENT SHALL BE NEW AND UNDERWRITERS LABORATORIES (U.L.) LISTED. ALL NEW EQUIPMENT AND DEVICES SHALL BE OF THE SAME MANUFACTURER AND QUALITY AS THE BASE BUILDING EQUIPMENT AND DEVICES UNLESS NOTED OTHERWISE. DETERMINE THE ARC FLASH HAZARD RATING FOR EACH NEW SWITCHBOARD, PANELBOARD, INDUSTRIAL CONTROL PANEL AND MOTOR CONTROL CENTER AND PROVIDE THE PROPER LABELING AS REQUIRED PER NEC ART. 110.16. ALL WORK SHALL BE PERFORMED IN ACCORDANCE WITH BUILDING OWNER AND BCEI REQUIREMENTS. WHERE A SHUTDOWN OF THE ELECTRICAL SYSTEM OR ANY OTHER SYSTEM IS REQUIRED THE SHUTDOWN WILL BE COORDINATED WITH AND APPROVED BY THE OWNER AND BCEI AT LEAST TWO WEEKS PRIOR TO THE SHUTDOWN. INFORMATION PROVIDED SHALL INCLUDE BEGINNING DATE AND TIME, THE DURATION AND THE AREA AND SYSTEMS AFFECTED. PROVIDE CONNECTIONS TO EQUIPMENT FURNISHED BY OTHERS AS SHOWN ON DRAWINGS. COORDINATE WITH OTHER TRADES FOR INSTALLATION. CONTRACTOR SHALL BE REQUIRED TO KEEP THE WORK INSTALLED BY HIM IN REPAIR AND PERFECT WORKING ORDER FOR ONE (1) YEAR FROM TIME OF COMPLETION AND FINAL ACCEPTANCE. THE CONTRACTOR SHALL CAREFULLY EXAMINE THE SITE AND SHALL THOROUGHLY FAMILIARIZE HIMSELF WITH ALL EXISTING CONDITIONS WITHIN THE SCOPE OF WORK. BY THE ACT OF SUBMITTING A BID, THE CONTRACTOR WILL BE DEEMED TO HAVE MADE SUCH EXAMINATION AND TO HAVE ACCEPTED SUCH CONDITIONS, AND TO HAVE MADE ALLOWANCE THEREFORE IN PREPARING HIS BID. THE CONTRACTOR SHALL BE RESPONSIBLE TO COORDINATE WITH ALL TRADES ANY ELECTRICAL REFERENCES ON DRAWINGS. VERIFY LOCATIONS OF ALL ELECTRICAL EQUIPMENT WITH DRAWINGS AND INTERIOR DETAILS AND FINISHES. IN CENTERING OUTLETS AND LOCATING BOXES AND OUTLETS, ALLOW FOR OVERHEAD PIPES, DUCTS, TRIM, PANELING, HUNG CEILINGS, AND THE LIKE AND CORRECT ANY INACCURACY RESULTING FROM FAILURE TO DO SO WITHOUT EXPENSE TO THE OWNER. THE CONTRACTOR SHALL RELOCATE NEW EQUIPMENT FIVE FEET IN ANY DIRECTION WHERE REQUIRED WITHOUT ANY ADDITIONAL EXPENSE. ON A DAILY BASIS AND AFTER COMPLETION OF WORK CLEAN UP THE RESULTANT DEBRIS FROM THIS WORK AND REMOVE FROM THE SITE. ALL WORK PERFORMED IN AN OPERATIONAL DATA HALL SHALL BE DONE IN A MANNER TO PREVENT THE PRODUCTION OF DUST. SUBMITTALS SUBMIT MANUFACTURER'S CATALOG CUTS AND SHOP DRAWINGS FOR THE EQUIPMENT AS INDICATED IN SPECIFICATIONS, GIVING FULL DESCRIPTION AND OTHER PERTINENT FACTS. THESE SHALL BE SUBMITTED TO BCEI AND THEIR REVIEW SECURED BEFORE APPARATUS IN QUESTION IS ORDERED, BUILT, OR INSTALLED. CONTRACTOR SHALL SUBMIT "AS -BUILT" DRAWINGS AT COMPLETION OF THE PROJECT. DRAWINGS SHALL BE SUBMITTED IN THE LATEST VERSION .OF AUTOCAD FORMAT AND REPRODUCIBLE VELLUM. QUANTITIES AND TYPES OF SUBMITTALS SHALL BE AS REQUESTED. UTILITY COMPANY ARRANGE WITH THE LOCAL UTILITY COMPANY FOR NEW SERVICE AND COMPLY WITH THEIR REQUIREMENTS. PROVIDE ALL WORK NOT SHOWN OR SPECIFIED WHICH THE UTILITY COMPANY MAY DEEM NECESSARY TO FULFILL THEIR REQUIREMENTS. UTILITY COMPANY APPROVAL OF WORK SHALL BE OBTAINED. FIRE SAFING ALL PENETRATIONS IN FLOORS, WALLS AND CEILINGS SHALL BE ADEQUATELY CLOSED UP AND FIRE SAFED PER "ASTM" E814 (U.L. 1479) AND ALL LOCAL AND STATE CODES. FIRE SAFING MATERIAL SHALL BE LISTED IN THE MOST RECENT FACTORY MUTUAL RESEARCH CORPORATION (FMRC) APPROVAL GUIDE. FIRE SAFING MATERIALS SHALL BE INSTALLED PER THE MANUFACTURER'S PUBLISHED DIRECTIVES AND SUITABLE FOR THE TYPE OF PENETRATING MATERIAL, AND RATING OF THE PARTITION. ELECTRICAL DRAWINGS THE ELECTRICAL DRAWINGS ARE DIAGRAMMATIC AND SHALL NOT BE SCALED. THE CONTRACTOR SHALL DETERMINE THE EXACT LOCATION OF DOORS, WALLS, FURNITURE, EQUIPMENT, DUCTWORK, PIPING, ETC.. THE LOCATION OF RACEWAY SYSTEM COMPONENTS IS SCHEMATIC. THE EXACT LOCATION OF RACEWAY SYSTEM COMPONENTS SHALL BE DETERMINED BY THE CONTRACTOR IN THE FIELD. INTERPRETATION OF DOCUMENTS CAREFULLY COMPARE THE DRAWINGS AND SPECIFICATIONS, CHECKING THE REQUIREMENTS AND CONDITIONS UNDER WHICH THIS INSTALLATION IS TO BE MADE. FOR CLARIFICATION BETWEEN THE VARIOUS DRAWINGS, BETWEEN DRAWINGS AND SPECIFICATIONS, OR BETWEEN SECTIONS OF THE SPECIFICATIONS, THE MATTER SHALL BE REFERRED TO BCEI BEFORE ANY WORK IS EXECUTED. THE CONTRACTOR SHALL STATE TO MAKE THIS A COMPLETE, READY TO USE INSTALLATION. IF NOT STATED IN THE PROPOSAL, IT WILL NOT BE CONSIDERED EXTRA. MISCELLANEOUS SUPPORTING MEMBERS ALL ANGLES, CHANNELS AND OTHER MISCELLANEOUS STEEL, BOLTS, ROD, ETC.. REQUIRED TO SUPPORT LIGHT FIXTURES, LADDER TRAY, OR OTHER ELECTRICAL EQUIPMENT OR DEVICES SHALL BE FURNISHED AND INSTALLED BY THE CONTRACTOR. ELECTRICAL CONNECTIONS PROVIDE FINAL ELECTRICAL CONNECTIONS FOR ALL EQUIPMENT FURNISHED UNDER OTHER DIVISIONS. TERMINATIONS ALL LUGS SHALL BE 2 -BOLT, LONG BARREL TYPE WITH INSPECTION HOLES PRODUCED WITH NON -FLASHING TYPE DYES AS MANUFACTURED BY "THOMAS AND BETTS" OR APPROVED EQUAL, MINIMUM 10 TONS OF COMPRESSION. INSTALL WITH NO DAMAGE TO THE LUG, CONDUCTOR OR INSULATION. PROVIDE LUGS FOR ALL CONNECTIONS TO SWITCHBOARDS, UPS'S, TRANSFER SWITCHES, DISTRIBUTION AND LIGHTING CLASS PANELBOARDS, TRANSFORMERS, ETC. THE USE OF MECHANICAL LUGS IS PROHIBITED. CABLING/CONDUCTORS UNLESS SPECIFICALLY NOTED OTHERWISE ALL CABLING SHALL BE 2-#12, 1-#12G, 3/4 -EMT. WHERE ONLY TICK MARKS ARE INDICATED WITHOUT WIRE SIZES, ALL CABLES ARE #12. ALL #8 AWG WIRE AND LARGER SHALL BE STRANDED. ALL #10 AWG WIRE AND SMALLER SHALL BE SOLID. WIRE AND CABLE SHALL BE COPPER, TYPE THHN/THWN 600VOLT INSULATION, SIZES AS INDICATED ON DRAWINGS, AND SHALL NOT BE LESS THAN #12 AWG. COLOR CODING FOR WIRE AND CABLE SHALL BE AS FOLLOWS: 120/208V -BLACK, RED, BLUE, WHITE, FOR PHASES A, B, C, AND NEUTRAL, RESPECTIVELY. 480/277V -BROWN, ORANGE, YELLOW, GRAY, FOR PHASES A, B, C, AND NEUTRAL, RESPECTIVELY. WHERE THIS COLOR CODING DIFFERS FROM THAT REQUIRED BY THE LOCAL AUTHORITY, COMPLY WITH THE LOCAL AUTHORITY. ALL WIRE AND CABLE #16AWG AND LARGER SHALL HAVE COLOR CODED INSULATION. COLOR CODING, ONCE SELECTED, MUST BE USED CONSISTENTLY FOR THE ENTIRE PROJECT. PROVIDE IDENTIFICATION BY CIRCUIT NUMBERS INALLCABINETS, BOXES, WIRING TROUGHS, OTHER ENCLOSURES, AT ALL SPLICES, TERMINATION POINTS, ETC. LIMIT BRANCH CIRCUIT HOMERUNS TO A MAXIMUM OF THREE PHASE CONDUCTORS (ON DIFFERENT PHASES), INSTALL THREE INDIVIDUAL NEUTRAL CONDUCTORS (FOR EACH 120V OR 277V BRANCH CIRCUIT), AND GROUND CONDUCTOR(S) IN CONDUIT. "SHARED" NEUTRALS WILL NOT BE ALLOWED. CONDUCTORS OF DIFFERENT SYSTEMS (UPS, STANDBY POWER, NORMAL POWER) SHALL NOT SHARE RACEWAYS. VOLTAGE DROP 20AMP BRANCH CIRCUITRY SHALL BE AS INDICATED BELOW: A. 120/208 VOLT CABLING SHALL BE: B. 277/480 VOLT CABLING SHALL BE: 0' - 100' # 12AWG 0' - 150' # 12AWG 100' - 200' #10AWG 150' - 250' #10AWG 200' - 250' #8AWG 250' - 300' #8AWG GROUNDING GROUND ALL CONDUITS, CABINETS, MOTORS, PANELS, AND OTHER EXPOSED NON-CURRENT CARRYING METAL PARTS OF ELECTRICAL EQUIPMENT IN ACCORDANCE WITH ALL PROVISIONS OF THE NATIONAL ELECTRICAL CODE OR LOCAL CODE THAT MAY APPLY. PROVIDE GROUND WIRE FOR ALL BRANCH CIRCUITING AND FEEDERS, MINIMUM #12 AWG. RACEWAYS WILL NOT BE ALLOWED TO BE THE SOLE GROUNDING PATH FOR ANY SYSTEM. HOUSEKEEPING PADS FLOOR -MOUNTED TRANSFORMERS, SWITCHBOARDS, MCC'S, UPS'S, BATTERIES, ETC. SHALL BE PLACED ON, 3-1/2" HOUSEKEEPING PADS. #4 RODS SHALL BE CAST INTO FLOOR OR DRILLED TO TIE THE PAD TO FLOOR. SEE ARCHITECTURAL DRAWINGS. FLOOR -MOUNTED TRANSFORMERS ALL TRANSFORMERS SHALL BE SECURED TO THE HOUSEKEEPING PAD. THE PAD SHALL BE DRILLED TO ACCEPT EPDXY ANCHORS. THE USE OF HILTI TYPE EXPANSION ANCHORS IS PROHIBITED. VIBRATION ISOLATORS OR NEOPRENE GASKETS SHALL BE USED. SWITCHGEAR / MCC'S ALL SWITCHGEAR AND MCC INDIVIDUAL SECTIONS SHALL BE SECURED TO THE HOUSEKEEPING PAD WITH 4 EPDXY ANCHORS. ADDITIONALLY, EACH SECTION SPLIT OF GEAR SHALL BE SECURED BY BOLTS TO THE ADJACENT SECTION OF GEAR. ALL ANCHORS SHALL BE DRILLED INTO THE SLAB. VIBRATION ISOLATORS OR NEOPRENE GASKETS SHALL NOT BE USED. WALL -MOUNTED PANELBOARDS ALL WALL -MOUNTED PANELBOARDS SHALL BE SECURELY BOLTED TO WALLS BY A MINIMUM OF (4) BOLTS. ADEQUATE BLOCKING IN WALLS SHALL BE PROVIDED FOR PROPER SUPPORT OF PANELBOARDS, SHEETROCK SHALL NOT BE USED FOR SUPPORTS. CONDUIT RUNS CONDUIT RUN ON THE INTERIOR OF THE BUILDING SHALL BE EMT. CONDUIT RUN ON THE EXTERIOR SHALL BE IMC OR GRS. CONDUIT RUN UNDERGROUND SHALL BE SCHEDULE 40 PVC WITH PVC COATED GRS ELBOWS AND BENDS. PROVIDE "RED" CONCRETE ENCASEMENT WHERE CONCRETE ENCASEMENT IS INDICATED. MINIMUM SIZE CONDUIT 3/4", UNLESS OTHERWISE NOTED. TYPE MC CABLE WITH A MINIMUM #12AWG GROUND WILL BE ALLOWED FOR FIXTURE WHIPS ONLY, MAXIMUM 6'-0" LENGTH. TYPE AC CABLE WILL NOT BE ALLOWED. LIQUID TIGHT FLEXIBLE METAL CONDUIT (MIN. 18" LENGTH) SHALL BE USED FOR CONNECTIONS TO VIBRATING EQUIPMENT (MOTORS, TRANSFORMERS, ETC.). DO NOT TERMINATE IN OR FASTEN RACEWAYS TO MOTOR FOUNDATION. STEEL COMPRESSION CONNECTORS AND COUPLINGS SHALL BE USED FOR ALL EMT CONNECTIONS. FIRE ALARM, SMOKE DETECTION, FACILITY MONITORING, SECURITY AND OTHER SYSTEMS SHALL BE INSTALLED IN CONDUIT. OPEN WIRING OF ANY TYPE WILL NOT BE ALLOWED. NO RACEWAY SHALL BE WITHIN THREE INCHES (Y) OF HOT WATER PIPES, OR APPLIANCES. RUN ALL RACEWAYS PARALLEL AND/OR PERPENDICULAR TO BUILDING WALLS, AVOID MOISTURE TRAPS. ROUTE CONDUITS AS CLOSE TO STRUCTURAL ROOF AS PRACTICAL. PROVIDE CONDUIT SEALS WHERE CONDUITS CROSS AREAS OF TEMPERATURE DIFFERENCES TO PREVENT CONDENSATION. PROVIDE WATERPROOF SLEEVES, AS APPROVED FOR ROOF, FLOOR AND WALL PENETRATIONS. PROVIDE SEPARATE PULL/JUNCTION BOXES AND RACEWAYS FOR EACH FEEDER AND BRANCH CIRCUIT UNLESS SPECIFICALLY APPROVED BY BCEI. PULL/JUNCTION BOXES SHALL NOT BE SHARED. PULL/JUNCTION BOXES WITH SPACE DIVIDERS WILL NOT BE ALLOWED. FIRE ALARM FIRE ALARM DRAWINGS ARE NOT INCLUDED IN THIS SET AND ARE CONSIDERED A DEFERRED SUBMITTAL. FIRE ALARM CONTRACTOR SHALL BE RESPONSIBLE FOR PREPARATION AND SUBMITTAL OF ALL DRAWINGS RELATED TO THE FIRE ALARM SYSTEM TO THE AUTHORITY HAVING JURISDICTION. CONTRACTOR SHALL COORDINATE WITH FIRE ALARM CONTRACTOR AND RELATED DRAWINGS AND PROVIDE ROUGH -IN AS/IF REQUIRED. SECURITY SECURITY DRAWINGS NOT INCLUDED IN THIS SET ANDR A E CONSIDERED A DEFERRED SUBMITTAL. SECURITY CONTRACTOR SHALL BE RESPONSIBLE FOR PREPARATION AND SUBMITTAL (IF REQUIRED) OF ALL DRAWINGS RELATED TO THE SECURITY SYSTEM TO THE AUTHORITY HAVING JURISDICTION. CONTRACTOR SHALL COORDINATE WITH SECURITY CONTRACTOR AND RELATED DRAWINGS AND PROVIDE ROUGH -IN AS/IF REQUIRED. DATA/VOICE/FIBER/BAS DATA/VOICE/FIBER/BAS DRAWINGS NOT INCLUDED IN THIS SET AND ARE CONSIDERED A DEFERRED SUBMITTAL. DATA/VOICE/FIBER/BAS CONTRACTOR SHALL BE RESPONSIBLE FOR PREPARATION AND SUBMITTAL (IF REQUIRED) OF ALL DRAWINGS RELATED TO THE DATA/VOICE/FIBER/BAS SYSTEM TO THE AUTHORITY HAVING JURISDICTION. CONTRACTOR SHALL COORDINATE WITH DATA/VOICE/FIBER CONTRACTOR AND RELATED DRAWINGS AND PROVIDE ROUGH -IN AS/IF REQUIRED. DEVICES ALL DEVICES SHALL BE RECESSED IN WALL WHEREVER POSSIBLE. CONDUIT SHALL BE CONCEALED IN WALL TO 10' AFF MINIMUM OR ABOVE FINISHED CEILING. DEVICES INCLUDE BUT NOT LIMITED TO RECEPTACLES, LIGHT SWITCHES JUNCTION BOX ROUGH -IN FOR SECURITY, DATA VOICE, FIRE ALARM. PANELBOARD DIRECTORIES PROVIDE UPDATED, TYPED PANELBOARD DIRECTORIES. PROVIDE PHENOLIC LABELING ON ALL CFCI AND OFCI ELECTRICAL AND MECHANICAL EQUIPMENT. BREAKER TESTING E.C. RESPONSIBLE FOR HIRING INDEPENDENT 3RD PARTY TESTING AGENCY TO TEST ALL NEW, RELOCATED AND RE -ASSIGNED BREAKERS, 250A AND LARGER IN EXISTING, O.F.C.I. AND C.F.C.I. EQUIPMENT. PERFORM EACH VISUAL AND MECHANICAL INSPECTION AND ELECTRICAL TEST INDICATED IN NETA ATS, SECTION 7.6 FOR MOLDED -CASE CIRCUIT BREAKERS (PRIMARY INJECTION). CERTIFY COMPLIANCE WITH TEST PARAMETERS AND SUBMIT TEST RESULTS TO BCEI FOR INLCUSION IN COMMISSIONING DOCUMENTATION. TESTING TO BE PERFORMED IN A TIMELY MANNER SO AS NOT TO INHIBIT THE PROGRESS OF THE PROJECT. REVISIONS NO changes shall ire made to the so of r-jork vtgthout prior approval of TukE-rila Buit'ding Division. N'C'l E. Revisions will require a new plan submittal and may include adcltionat plan review fees. 1 ELECTRICAL SHEET INDEX E0.1 ELECTRICAL SYMBOLS, NOTES &ABBREVIATIONS E0.2 ELECTRICAL SPECIFICATIONS E0.3 ELECTRICAL SPECIFICATIONS E1.1A ELECTRICAL ONE -LINE DIAGRAM EXISTING E1.1 B ELECTRICAL ONE -LINE DIAGRAM NEW E1.2A ELECTRICAL GROUNDING ONE -LINE DIAGRAM DH1 E1.2B ELECTRICAL GROUNDING ONE -LINE DIAGRAM DH2 E2.1 E2.2 E2.3 E2.4 E2.5 ELECTRICAL POWER PLAN ELECTRICAL LIGHTING PLAN ELECTRICAL GROUNDING PLAN ELECTRICAL CONDUIT PLAN ELECTRICAL ROOF PLAN E3.1 ELECTRICAL DETAILS E3.2 ELECTRICAL DETAILS E3.4 ELECTRICAL DETAILS E4.1 ELECTRICAL SCHEDULES E4.2 ELECTRICAL SCHEDULES E4.3 ELECTRICAL SCHEDULES SEPARATE PERMIT REQUIRED FOR: t3dmicai Q ectt'icat ;fflu" fGas Poft City of Tukwila 5At;E DIVISION i FIRE DEFECTION/SUPPRESSION/ALARM WILL BE PROVIDED AS A DEFERRED SUBMITTAL FOR THIS PROJECT. ALL EQUIPMENT WILL BE IDENTIFIED, LABELED, LISTED, APPROVED AND INSTALLED BY DEFINITION OF THE 2014 NEC THE ELECTRICAL CONTRACTOR IS TO PROVIDE AT A MINIMUM THE SERVICES OF TWO JOURNEYMAN ELECTRICIANS FOR (5) TEN HOUR —DAYS -EACH TOASSIST-INTHE—COMMISSIONINGOF- THIS PROJECT. THE ELECTRICAL CONTRACTOR IS TO INCLUDE IN HIS COST THE RENTALS OF (8) 70KW LOAD BANKS FOR 3 DAYS. ALSO TO BE INCLUDED IS ALL NECESSARY CABLING, CAMLOCKS, TEMPORARY LUGS, ETC. TYPICAL COMMISSIONING SERVICES WILL BE OPERATING BREAKERS, REMOVING PANEL COVERS, PROVIDING THERMAL SCANNING AND REQUIRED REPORT, ETC. PRIOR TO COMMISSIONING THE ELECTRICAL CONTRACTOR IS TO VERIFY ALL SYSTEMS WITHIN HIS SCOPE OF WORK ARE COMPLETE AND FUNCTIONING PROPERLY. THE ELECTRICAL CONTRACTOR WILL MAKE HIMSELF AND STAFF FAMILIAR WITH THE COMMISSIONING SCRIPTS AS PROVIDED BY BCEI. CABLES FOR LOAD BANKS WILL BE OF SUFFICIENT LENGTH TO LOCATE LOAD BANKS OUTSIDE OF THE DATA HALL. THE ELECTRICAL CONTRACTOR IS TO PROVIDE WRITTEN MOPS FOR ALL WORK REQUIRING CONNECTIONS AND/OR TERMINATIONS TO EXISTING EQUIPMENT, WHETHER THE EXISTING EQUIPMENT IS SERVING LOAD OR NOT. THE MOPS SHALL BE SUBMITTED TO BCEI IN A TIMELY MANNER FOR REVIEW, COORDINATION AND APPROVAL. REVIEWED _FOR COMPLIANCE WITH NFPA 70 - NEC AUG 21 2017 City of-TukWila BUILDING DIVISION RECEIVED CITY OF TUKWILA JUL 27 2017,.3; PERMIT CENTER s N SINGLE POLE SWITCH 2OA. 120/277 VOLT. (MOUNTED AT 42" AFF) - — — - CONDUIT CONCEALED IN OR BELOW FLOOR GRADE 1 9/9/16 ISSUE FOR PERMIT Q 7/26/17 REVISION #1 $3 3 -WAY SWITCH 2OA. 120/277 VOLT. (MOUNTED AT 42" AFF) CONDUIT IN CEILING OR WALLS Cf) 4 SWITCH 2OA. 120/277 VOLT. AFF) SWITCH LEG -1 HOT � } -WAY (MOUNTED AT 42" Q A r - Cl) HASH MARKS INDICATE NUMBER OF #12 CONDUCTORS IN CONDUIT UNLESS NOTED OTHERWISE M SINGLE PHASE MANUAL MOTOR SWITCH STARTER WITH THERMAL OVERLOAD ELEMENT MOUNTED N ON PLANS OR ONE LINE DIAGRAM) 42"AFF, UNLESS NOTED OTHERWISE. GROUND NEUTRAL F_ - - ,. DUPLEX RECEPTACLE: 20A 125V 3WIRE GROUNDING TYPE NEMA 5 OR MOUNT ( # 2 ), ED +18 SINGLE HOMERUN TO PANEL WITH CIRCUIT NUMBER AS INDICATED WHERE SINGLE HOMERUNS AFF TO CENTERLINE UNLESS OTHERWISE NOTED. I' ARE SHOWN NEUTRAL AND GROUND CONDUCTORS SHALL NOT BE SHARED WITH OTHER CIRCUITS. WAD RECEPTACLE: 20A, 125V, 3 -WIRE, GROUNDING TYPE (NEMA #5-20R), UNDER A COMMON COVER PLATE MOUNTED +18" AFF TO CENTERLINE UNLESS OTHERWISE NOTED. � MULTIPLE HOMERUNS TO PANEL WITH CIRCUIT NUMBERS AS INDICATED SIMPLEX RECEPTACLE: 20A, 125V, 3 -WIRE, GROUNDING TYPE (NEMA #5-20R), MOUNTED +18" �— CONDUIT EXPOSED AFF TO CENTERLINE UNLESS OTHERWISE NOTED. O CONDUIT UP NEW DUPLEX OR QUAD. RECEPTACLE ON UPS PROTECTED SYSTEM: DEVICE COLOR RED: 20A, 125V, 3WIRE, GROUNDING TYPE MOUNTED 18"AFF TO CENTERLINE UNLESS SPECIFICALLY NOTED CONDUIT DOWN OTHERWISE. IG DUPLEX RECEPTACLE: 20A, 125V, 3WIRE, GROUNDING TYPE (NEMA 5-20R). 'AC' INDICATES OSD O OCCUPANCY SENSOR SWITCHING DEVICE. REFER TO SPECIFICATIONS. AC MOUNTED ABOVE COUNTER TOP. COORDINATE MOUNTING HEIGHT WITH COUNTER CONTRACTOR. 'IG' INDICATES ISOLATED GROUNDING TYPE. OS# OCCUPANCY SENSOR. '#' DENOTES TYPE OF SENSOR. REFER TO SPECIFICATIONS. ARROW(S) GFI GROUND FAULT CIRCUIT INTERRUPTER TYPE DUPLEX RECEPTACLE 20A, 125V, 3 -WIRE GROUNDING INDICATE SENSOR ORIENTATION. TYPE. MOUNTED 18"AFF TO CENTERLINE, UNLESS NOTED OTHERWISE. EQ = EPO SYSTEM PUSHBUTTON. OGFI GROUND FAULT CIRCUIT INTERRUPTER TYPE DUPLEX RECEPTACLE MOUNTED IN A WEATHERPROOF DEVICE BOX, 20A, 125V, 3 -WIRE GROUNDING TYPE. COORDINATE MOUNTING WITH INSTALLATION CHEMICAL GROUND ROD LOCATION. 2'x4' FLUORESCENT FIXTURE O GROUND ROD O 1'x4' FLUORESCENT FIXTURE HH GROUNDING HANDHOLE 2'x2' FLUORESCENT FIXTURE © OPEN OFFICE FURNITURE POWER POLE SUPPLIED WITH FURNITURE. EMERGENCY LIGHT FIXTURE. (1) LAMP UNSWITCHED AND WIRED TO EMERGENCY SOURCE. REMAINING LAMPS SWITCHED AND WIRED TO NORMAL SOURCE. © OPEN OFFICE FURNITURE COMMUNICATIONS POLE SUPPLIED WITH FURNITURE. EMERGENCY WALL MOUNTED LIGHT FIXTURE. ALL LAMPS WIRED TO NORMAL AND EMERGENCY SOURCE. L LIQUIDTIGHT FLEXIBLE METAL CONDUIT (LFMC) CONNECTION TO EQUIPMENT. MAXIMUM LENGTH OF FLEXIBLE CONDUIT 6'-0". Ql WALL MOUNTED LIGHT FIXTURE 0 4" SQUARE JUNCTION BOX RECESSED IN WALL UNLESS NOTED OTHERWISE. RECESSED DOWN LIGHT OR INCANDESCENT LIGHT FIXTURECJD/ JUNCTION BOX WITH CONDUIT FOR VOICE/DATA CABLING STUBBED TO ABOVE CEILING, SIZE AS RECESSED WALL WASHER INDICATED. PROVIDE BUSHING AT CONDUIT END ABOVE CEILING. NUMBERS ADJACENT TO DEVICE INDICATE QUANTITY OF VOICE AND DATA RECEPTACLES (I.E. - '12/6' _ (12) DATA AND (6) D SURFACE MOUNTED BRACKET LIGHT VOICE). ® EXIT LIGHT FIXTURE. COORDINATE EXACT LOCATION MOUNTING AND FACE COLOR WITH AUTHORITY HAVING JURISDICTION. PROVIDE ARROWS AS INDICATED ON PLAN. SHADED AREAS INDICATE REQUIRED FACES. POLE MOUNTED SITE LIGHTING FIXTURE TRANSFER SWITCH. SWITCH POSITION INDICATES NORMAL POWER SOURCE. 'ATS' DESIGNATION DENOTES AUTOMATIC TRANSFER SWITCH. to SINGLE PHASE OR THREE PHASE MOTOR WITH INDICATED HORSEPOWER ELECTRICAL ABBREVIATIONS ESREVIATIONS❑T - ET NON-FUSED, HEAVY DUTY SAFETY SWITCH A AMPS LA LIGHTNING ARRESTOR COMBINATION MAGNETIC MOTOR STARTER/DISCONNECT SWITCH ABV ABOVE LFMC LIQUIDTIGHT FLEXIBLE METAL CONDUIT AC ABOVE COUNTER LRGST LARGEST FUSED, HEAVY DUTY SAFETY SWITCH AFC AVAILABLE FAULT CURRENT LRA LOCKED ROTOR AMPS AFF ABOVE FINISHED FLOOR LTG LIGHTING ® MOTOR STARTER, TYPE AS INDICATED ON DRAWINGS AFG ABOVE FINISHED GRADE LVL LEVEL AHU AIR HANDLING UNIT MAX MAXIMUM 120/208 OR 277/480 VOLT PANEL BOARD UNLESS NOTED OTHERWISE. SURFACE MOUNTED. TOP ARF ABOVE RAISED FLOOR MC MECHANICAL CONTRACTOR OF PANEL 72"AFF. AUX. AUXILIARY MECH MECHANICAL AWG AMERICAN WIRE GAUGE MIN MINIMUMBRF 120/208 OR 277/480 VOLT PANEL BOARD FLUSH MOUNTED TOP OF PANEL 727AFF. BELOW RAISED FLOOR MSGB MASTER STATION GROUND BAR BC BELOW COUNTER M.O. MOTOR OPERATED ^-� DRY TYPE TRANSFORMER. SEE ONE LINE DIAGRAM AND SPECIFICATIONS FOR TRANSFORMER BLDG BUILDING MTR MOTOR. . INFORMATION. C CONDUIT MV MEDIUM VOLTAGE C.F.C.I. CONTRACTOR FURNISHED, N.C. NORMALLY CLOSED CONTRACTOR INSTALLED NEC NATIONAL ELECTRIC CODE • FIXED MOUNTED CIRCUIT BREAKER. SEE ONE -LINE DIAGRAM AND SPECIFICATIONS FOR MORE CH CHILLER NEMA NATIONAL ELECTRICAL MANUF. ASSOC. ®� INFORMATION. CKT CIRCUIT NFPA NATIONAL FIRE PROTECTION ASSOCIATION FG _FA - CL CENTERLINE NF NON-FUSED GROUND FAULT DETECTION/ALARM. CLG CEILING N.O. NORMALLY OPEN I -� L COMP COMPRESSOR NIC NOT IN CONTRACT CONC CONCRETE NTS NOT TO SCALE J cFPE - COND CONDENSER OAHU O.C. OUTSIDE AIR HANDLING UNIT GROUND FAULT INTERRUPTION. CONN CONNECTION ON CENTER CT CURRENT TRANSFORMER O.F.C.1. OWNER FURNISHED, L - CTV CABLE TELEVISION CONTRACTOR INSTALLED J CTW COOLING TOWER OHE OVERHEAD ELECTRIC DISC. DISCONNECT PH PHASE BFT BLOWN FUSE TRIP (SINGLE -PHASING PROTECTION) DS DISCONNECT SWITCH PL PILOT LIGHT I DN DOWN PROV'S PROVISIONS DTS DOUBLE -THROW SWITCH PVC POLYVINYL CHLORIDE CONDUIT 2LA LIGHTNING ARRESTOR WITH INDICATED VOLTAGE DWG DRAWING PWR POWER _ (E) EXISTING RCPT RECEPTACLE '#' EA. EACH REDUND. REDUNDANT [K # KIRK -KEY DESIGNATION AS SHOWN ON ONE -LINE DIAGRAM. INDICATES KIRK -KEY LABEL IN EC ELECTRICAL CONTRACTOR RE: REFERENCE SYSTEM. EDF ELECTRIC DRINKING FOUNTAIN REQ'D REQUIRED EF EXHAUST FAN REV REVISION A# ONE -LINE DIAGRAM FEEDER/CIRCUIT CONTINUATION SYMBOL. ELEC. ELECTRICAL RLA RUNNING LOAD AMPS ELEV. ELEVATOR RM ROOM A -XXX WHERE SHOWN ON ONE -LINE DIAGRAM, FEEDER/CIRCUIT SCHEDULE DESIGNATION. REFER TO EMT ELECTRICAL METALLIC TUBING RPM REVOLUTIONS PER MINUTE FEEDER SCHEDULES FOR SIZE. ENL. ENLARGED S.T. SHUNT TRIP E.O. ELECTRICALLY OPERATED STD STANDARD GAP I GENERATOR ANNUNCIATOR PANELSW EPO EMERGENCY POWER OFF SWITCH SWBD SWITCHBOARD EXH. EXHAUST S WGR SWITCHGEAR EXIST. EXISTING FCU FAN COIL UNIT TRANS. TRANSITION FLA FULL LOAD AMPS TV TELEVISION FLEX. FLEXIBLE TYP TYPICAL FLR FLOOR UGE UNDERGROUND ELECTRIC FMS FACILITY MONITORING SYSTEM U.N.O. UNLESS NOTED OTHERWISE FS FUSED SWITCH UTIL. UTILITY COMPANY FT FOOT/FEET V VOLTS FUT. FUTURE VA VOLT AMPS GC GENERAL CONTRACTOR VAV VARIABLE AIR VOLUME GFI GROUND FAULT INTERRUPTOR W WATTS GND GROUND WH WATER HEATER GNDG GROUNDING W/ WITH GEN. GENERATOR W/0 WITHOUT HP HORSE POWER WP WEATHERPROOF IC INTERMEDIATE CLASS XFMR TRANSFORMER J -BOX JUNCTION BOX Z IMPEDANCE KVA KILOVOLT -AMPS KW KILOWATTS GENERAL ELECTRICAL NOTES CODES AND STANDARDS ALL ELECTRICAL WORK PREFORMED UNDER THIS CONTRACT SHALL COMPLY WITH THE 2014 VERSION OF THE NATIONAL ELECTRICAL CODE (INCLUDING ANY LOCAL CITY AND STATE AMENDMENTS), NFPA 70, ADA (AMERICAN DISABILITIES ACT) AND ALL LOCAL CODES AND ORDINANCES. PHRASES THE WORD "PROVIDE" AS USED IN THESE DRAWINGS SHALL MEAN "MATERIALS AND LABOR FURNISHED AND INSTALLED BY CONTRACTOR". THE PHRASE "OWNER PROVIDED/CONTRACTOR RECEIVED AND INSTALLED" AS USED IN THESE DRAWINGS SHALL MEAN EQUIPMENT IS PURCHASED AND SHIPPED BY THE OWNER AND IT IS THE CONTRACTOR'S RESPONSIBILITY TO RECEIVE/OFFLOAD THE EQUIPMENT AND TO STORE THE EQUIPMENT IN A MANNER WHICH PROTECTS THE EQUIPMENT FROM ENVIRONMENTAL AND PHYSICAL HAZARDS. GENERAL SECURE AND PAY ALL NECESSARY PERMITS AND FEES WHERE REQUIRED FOR EXECUTION AND COMPLETION OF WORK AND INCLUDE IN COST OF BID. ALL EQUIPMENT SHALL BE NEW AND UNDERWRITERS LABORATORIES (U.L.) LISTED. ALL NEW EQUIPMENT AND DEVICES SHALL BE OF THE SAME MANUFACTURER AND QUALITY AS THE BASE BUILDING EQUIPMENT AND DEVICES UNLESS NOTED OTHERWISE. DETERMINE THE ARC FLASH HAZARD RATING FOR EACH NEW SWITCHBOARD, PANELBOARD, INDUSTRIAL CONTROL PANEL AND MOTOR CONTROL CENTER AND PROVIDE THE PROPER LABELING AS REQUIRED PER NEC ART. 110.16. ALL WORK SHALL BE PERFORMED IN ACCORDANCE WITH BUILDING OWNER AND BCEI REQUIREMENTS. WHERE A SHUTDOWN OF THE ELECTRICAL SYSTEM OR ANY OTHER SYSTEM IS REQUIRED THE SHUTDOWN WILL BE COORDINATED WITH AND APPROVED BY THE OWNER AND BCEI AT LEAST TWO WEEKS PRIOR TO THE SHUTDOWN. INFORMATION PROVIDED SHALL INCLUDE BEGINNING DATE AND TIME, THE DURATION AND THE AREA AND SYSTEMS AFFECTED. PROVIDE CONNECTIONS TO EQUIPMENT FURNISHED BY OTHERS AS SHOWN ON DRAWINGS. COORDINATE WITH OTHER TRADES FOR INSTALLATION. CONTRACTOR SHALL BE REQUIRED TO KEEP THE WORK INSTALLED BY HIM IN REPAIR AND PERFECT WORKING ORDER FOR ONE (1) YEAR FROM TIME OF COMPLETION AND FINAL ACCEPTANCE. THE CONTRACTOR SHALL CAREFULLY EXAMINE THE SITE AND SHALL THOROUGHLY FAMILIARIZE HIMSELF WITH ALL EXISTING CONDITIONS WITHIN THE SCOPE OF WORK. BY THE ACT OF SUBMITTING A BID, THE CONTRACTOR WILL BE DEEMED TO HAVE MADE SUCH EXAMINATION AND TO HAVE ACCEPTED SUCH CONDITIONS, AND TO HAVE MADE ALLOWANCE THEREFORE IN PREPARING HIS BID. THE CONTRACTOR SHALL BE RESPONSIBLE TO COORDINATE WITH ALL TRADES ANY ELECTRICAL REFERENCES ON DRAWINGS. VERIFY LOCATIONS OF ALL ELECTRICAL EQUIPMENT WITH DRAWINGS AND INTERIOR DETAILS AND FINISHES. IN CENTERING OUTLETS AND LOCATING BOXES AND OUTLETS, ALLOW FOR OVERHEAD PIPES, DUCTS, TRIM, PANELING, HUNG CEILINGS, AND THE LIKE AND CORRECT ANY INACCURACY RESULTING FROM FAILURE TO DO SO WITHOUT EXPENSE TO THE OWNER. THE CONTRACTOR SHALL RELOCATE NEW EQUIPMENT FIVE FEET IN ANY DIRECTION WHERE REQUIRED WITHOUT ANY ADDITIONAL EXPENSE. ON A DAILY BASIS AND AFTER COMPLETION OF WORK CLEAN UP THE RESULTANT DEBRIS FROM THIS WORK AND REMOVE FROM THE SITE. ALL WORK PERFORMED IN AN OPERATIONAL DATA HALL SHALL BE DONE IN A MANNER TO PREVENT THE PRODUCTION OF DUST. SUBMITTALS SUBMIT MANUFACTURER'S CATALOG CUTS AND SHOP DRAWINGS FOR THE EQUIPMENT AS INDICATED IN SPECIFICATIONS, GIVING FULL DESCRIPTION AND OTHER PERTINENT FACTS. THESE SHALL BE SUBMITTED TO BCEI AND THEIR REVIEW SECURED BEFORE APPARATUS IN QUESTION IS ORDERED, BUILT, OR INSTALLED. CONTRACTOR SHALL SUBMIT "AS -BUILT" DRAWINGS AT COMPLETION OF THE PROJECT. DRAWINGS SHALL BE SUBMITTED IN THE LATEST VERSION .OF AUTOCAD FORMAT AND REPRODUCIBLE VELLUM. QUANTITIES AND TYPES OF SUBMITTALS SHALL BE AS REQUESTED. UTILITY COMPANY ARRANGE WITH THE LOCAL UTILITY COMPANY FOR NEW SERVICE AND COMPLY WITH THEIR REQUIREMENTS. PROVIDE ALL WORK NOT SHOWN OR SPECIFIED WHICH THE UTILITY COMPANY MAY DEEM NECESSARY TO FULFILL THEIR REQUIREMENTS. UTILITY COMPANY APPROVAL OF WORK SHALL BE OBTAINED. FIRE SAFING ALL PENETRATIONS IN FLOORS, WALLS AND CEILINGS SHALL BE ADEQUATELY CLOSED UP AND FIRE SAFED PER "ASTM" E814 (U.L. 1479) AND ALL LOCAL AND STATE CODES. FIRE SAFING MATERIAL SHALL BE LISTED IN THE MOST RECENT FACTORY MUTUAL RESEARCH CORPORATION (FMRC) APPROVAL GUIDE. FIRE SAFING MATERIALS SHALL BE INSTALLED PER THE MANUFACTURER'S PUBLISHED DIRECTIVES AND SUITABLE FOR THE TYPE OF PENETRATING MATERIAL, AND RATING OF THE PARTITION. ELECTRICAL DRAWINGS THE ELECTRICAL DRAWINGS ARE DIAGRAMMATIC AND SHALL NOT BE SCALED. THE CONTRACTOR SHALL DETERMINE THE EXACT LOCATION OF DOORS, WALLS, FURNITURE, EQUIPMENT, DUCTWORK, PIPING, ETC.. THE LOCATION OF RACEWAY SYSTEM COMPONENTS IS SCHEMATIC. THE EXACT LOCATION OF RACEWAY SYSTEM COMPONENTS SHALL BE DETERMINED BY THE CONTRACTOR IN THE FIELD. INTERPRETATION OF DOCUMENTS CAREFULLY COMPARE THE DRAWINGS AND SPECIFICATIONS, CHECKING THE REQUIREMENTS AND CONDITIONS UNDER WHICH THIS INSTALLATION IS TO BE MADE. FOR CLARIFICATION BETWEEN THE VARIOUS DRAWINGS, BETWEEN DRAWINGS AND SPECIFICATIONS, OR BETWEEN SECTIONS OF THE SPECIFICATIONS, THE MATTER SHALL BE REFERRED TO BCEI BEFORE ANY WORK IS EXECUTED. THE CONTRACTOR SHALL STATE TO MAKE THIS A COMPLETE, READY TO USE INSTALLATION. IF NOT STATED IN THE PROPOSAL, IT WILL NOT BE CONSIDERED EXTRA. MISCELLANEOUS SUPPORTING MEMBERS ALL ANGLES, CHANNELS AND OTHER MISCELLANEOUS STEEL, BOLTS, ROD, ETC.. REQUIRED TO SUPPORT LIGHT FIXTURES, LADDER TRAY, OR OTHER ELECTRICAL EQUIPMENT OR DEVICES SHALL BE FURNISHED AND INSTALLED BY THE CONTRACTOR. ELECTRICAL CONNECTIONS PROVIDE FINAL ELECTRICAL CONNECTIONS FOR ALL EQUIPMENT FURNISHED UNDER OTHER DIVISIONS. TERMINATIONS ALL LUGS SHALL BE 2 -BOLT, LONG BARREL TYPE WITH INSPECTION HOLES PRODUCED WITH NON -FLASHING TYPE DYES AS MANUFACTURED BY "THOMAS AND BETTS" OR APPROVED EQUAL, MINIMUM 10 TONS OF COMPRESSION. INSTALL WITH NO DAMAGE TO THE LUG, CONDUCTOR OR INSULATION. PROVIDE LUGS FOR ALL CONNECTIONS TO SWITCHBOARDS, UPS'S, TRANSFER SWITCHES, DISTRIBUTION AND LIGHTING CLASS PANELBOARDS, TRANSFORMERS, ETC. THE USE OF MECHANICAL LUGS IS PROHIBITED. CABLING/CONDUCTORS UNLESS SPECIFICALLY NOTED OTHERWISE ALL CABLING SHALL BE 2-#12, 1-#12G, 3/4 -EMT. WHERE ONLY TICK MARKS ARE INDICATED WITHOUT WIRE SIZES, ALL CABLES ARE #12. ALL #8 AWG WIRE AND LARGER SHALL BE STRANDED. ALL #10 AWG WIRE AND SMALLER SHALL BE SOLID. WIRE AND CABLE SHALL BE COPPER, TYPE THHN/THWN 600VOLT INSULATION, SIZES AS INDICATED ON DRAWINGS, AND SHALL NOT BE LESS THAN #12 AWG. COLOR CODING FOR WIRE AND CABLE SHALL BE AS FOLLOWS: 120/208V -BLACK, RED, BLUE, WHITE, FOR PHASES A, B, C, AND NEUTRAL, RESPECTIVELY. 480/277V -BROWN, ORANGE, YELLOW, GRAY, FOR PHASES A, B, C, AND NEUTRAL, RESPECTIVELY. WHERE THIS COLOR CODING DIFFERS FROM THAT REQUIRED BY THE LOCAL AUTHORITY, COMPLY WITH THE LOCAL AUTHORITY. ALL WIRE AND CABLE #16AWG AND LARGER SHALL HAVE COLOR CODED INSULATION. COLOR CODING, ONCE SELECTED, MUST BE USED CONSISTENTLY FOR THE ENTIRE PROJECT. PROVIDE IDENTIFICATION BY CIRCUIT NUMBERS INALLCABINETS, BOXES, WIRING TROUGHS, OTHER ENCLOSURES, AT ALL SPLICES, TERMINATION POINTS, ETC. LIMIT BRANCH CIRCUIT HOMERUNS TO A MAXIMUM OF THREE PHASE CONDUCTORS (ON DIFFERENT PHASES), INSTALL THREE INDIVIDUAL NEUTRAL CONDUCTORS (FOR EACH 120V OR 277V BRANCH CIRCUIT), AND GROUND CONDUCTOR(S) IN CONDUIT. "SHARED" NEUTRALS WILL NOT BE ALLOWED. CONDUCTORS OF DIFFERENT SYSTEMS (UPS, STANDBY POWER, NORMAL POWER) SHALL NOT SHARE RACEWAYS. VOLTAGE DROP 20AMP BRANCH CIRCUITRY SHALL BE AS INDICATED BELOW: A. 120/208 VOLT CABLING SHALL BE: B. 277/480 VOLT CABLING SHALL BE: 0' - 100' # 12AWG 0' - 150' # 12AWG 100' - 200' #10AWG 150' - 250' #10AWG 200' - 250' #8AWG 250' - 300' #8AWG GROUNDING GROUND ALL CONDUITS, CABINETS, MOTORS, PANELS, AND OTHER EXPOSED NON-CURRENT CARRYING METAL PARTS OF ELECTRICAL EQUIPMENT IN ACCORDANCE WITH ALL PROVISIONS OF THE NATIONAL ELECTRICAL CODE OR LOCAL CODE THAT MAY APPLY. PROVIDE GROUND WIRE FOR ALL BRANCH CIRCUITING AND FEEDERS, MINIMUM #12 AWG. RACEWAYS WILL NOT BE ALLOWED TO BE THE SOLE GROUNDING PATH FOR ANY SYSTEM. HOUSEKEEPING PADS FLOOR -MOUNTED TRANSFORMERS, SWITCHBOARDS, MCC'S, UPS'S, BATTERIES, ETC. SHALL BE PLACED ON, 3-1/2" HOUSEKEEPING PADS. #4 RODS SHALL BE CAST INTO FLOOR OR DRILLED TO TIE THE PAD TO FLOOR. SEE ARCHITECTURAL DRAWINGS. FLOOR -MOUNTED TRANSFORMERS ALL TRANSFORMERS SHALL BE SECURED TO THE HOUSEKEEPING PAD. THE PAD SHALL BE DRILLED TO ACCEPT EPDXY ANCHORS. THE USE OF HILTI TYPE EXPANSION ANCHORS IS PROHIBITED. VIBRATION ISOLATORS OR NEOPRENE GASKETS SHALL BE USED. SWITCHGEAR / MCC'S ALL SWITCHGEAR AND MCC INDIVIDUAL SECTIONS SHALL BE SECURED TO THE HOUSEKEEPING PAD WITH 4 EPDXY ANCHORS. ADDITIONALLY, EACH SECTION SPLIT OF GEAR SHALL BE SECURED BY BOLTS TO THE ADJACENT SECTION OF GEAR. ALL ANCHORS SHALL BE DRILLED INTO THE SLAB. VIBRATION ISOLATORS OR NEOPRENE GASKETS SHALL NOT BE USED. WALL -MOUNTED PANELBOARDS ALL WALL -MOUNTED PANELBOARDS SHALL BE SECURELY BOLTED TO WALLS BY A MINIMUM OF (4) BOLTS. ADEQUATE BLOCKING IN WALLS SHALL BE PROVIDED FOR PROPER SUPPORT OF PANELBOARDS, SHEETROCK SHALL NOT BE USED FOR SUPPORTS. CONDUIT RUNS CONDUIT RUN ON THE INTERIOR OF THE BUILDING SHALL BE EMT. CONDUIT RUN ON THE EXTERIOR SHALL BE IMC OR GRS. CONDUIT RUN UNDERGROUND SHALL BE SCHEDULE 40 PVC WITH PVC COATED GRS ELBOWS AND BENDS. PROVIDE "RED" CONCRETE ENCASEMENT WHERE CONCRETE ENCASEMENT IS INDICATED. MINIMUM SIZE CONDUIT 3/4", UNLESS OTHERWISE NOTED. TYPE MC CABLE WITH A MINIMUM #12AWG GROUND WILL BE ALLOWED FOR FIXTURE WHIPS ONLY, MAXIMUM 6'-0" LENGTH. TYPE AC CABLE WILL NOT BE ALLOWED. LIQUID TIGHT FLEXIBLE METAL CONDUIT (MIN. 18" LENGTH) SHALL BE USED FOR CONNECTIONS TO VIBRATING EQUIPMENT (MOTORS, TRANSFORMERS, ETC.). DO NOT TERMINATE IN OR FASTEN RACEWAYS TO MOTOR FOUNDATION. STEEL COMPRESSION CONNECTORS AND COUPLINGS SHALL BE USED FOR ALL EMT CONNECTIONS. FIRE ALARM, SMOKE DETECTION, FACILITY MONITORING, SECURITY AND OTHER SYSTEMS SHALL BE INSTALLED IN CONDUIT. OPEN WIRING OF ANY TYPE WILL NOT BE ALLOWED. NO RACEWAY SHALL BE WITHIN THREE INCHES (Y) OF HOT WATER PIPES, OR APPLIANCES. RUN ALL RACEWAYS PARALLEL AND/OR PERPENDICULAR TO BUILDING WALLS, AVOID MOISTURE TRAPS. ROUTE CONDUITS AS CLOSE TO STRUCTURAL ROOF AS PRACTICAL. PROVIDE CONDUIT SEALS WHERE CONDUITS CROSS AREAS OF TEMPERATURE DIFFERENCES TO PREVENT CONDENSATION. PROVIDE WATERPROOF SLEEVES, AS APPROVED FOR ROOF, FLOOR AND WALL PENETRATIONS. PROVIDE SEPARATE PULL/JUNCTION BOXES AND RACEWAYS FOR EACH FEEDER AND BRANCH CIRCUIT UNLESS SPECIFICALLY APPROVED BY BCEI. PULL/JUNCTION BOXES SHALL NOT BE SHARED. PULL/JUNCTION BOXES WITH SPACE DIVIDERS WILL NOT BE ALLOWED. FIRE ALARM FIRE ALARM DRAWINGS ARE NOT INCLUDED IN THIS SET AND ARE CONSIDERED A DEFERRED SUBMITTAL. FIRE ALARM CONTRACTOR SHALL BE RESPONSIBLE FOR PREPARATION AND SUBMITTAL OF ALL DRAWINGS RELATED TO THE FIRE ALARM SYSTEM TO THE AUTHORITY HAVING JURISDICTION. CONTRACTOR SHALL COORDINATE WITH FIRE ALARM CONTRACTOR AND RELATED DRAWINGS AND PROVIDE ROUGH -IN AS/IF REQUIRED. SECURITY SECURITY DRAWINGS NOT INCLUDED IN THIS SET ANDR A E CONSIDERED A DEFERRED SUBMITTAL. SECURITY CONTRACTOR SHALL BE RESPONSIBLE FOR PREPARATION AND SUBMITTAL (IF REQUIRED) OF ALL DRAWINGS RELATED TO THE SECURITY SYSTEM TO THE AUTHORITY HAVING JURISDICTION. CONTRACTOR SHALL COORDINATE WITH SECURITY CONTRACTOR AND RELATED DRAWINGS AND PROVIDE ROUGH -IN AS/IF REQUIRED. DATA/VOICE/FIBER/BAS DATA/VOICE/FIBER/BAS DRAWINGS NOT INCLUDED IN THIS SET AND ARE CONSIDERED A DEFERRED SUBMITTAL. DATA/VOICE/FIBER/BAS CONTRACTOR SHALL BE RESPONSIBLE FOR PREPARATION AND SUBMITTAL (IF REQUIRED) OF ALL DRAWINGS RELATED TO THE DATA/VOICE/FIBER/BAS SYSTEM TO THE AUTHORITY HAVING JURISDICTION. CONTRACTOR SHALL COORDINATE WITH DATA/VOICE/FIBER CONTRACTOR AND RELATED DRAWINGS AND PROVIDE ROUGH -IN AS/IF REQUIRED. DEVICES ALL DEVICES SHALL BE RECESSED IN WALL WHEREVER POSSIBLE. CONDUIT SHALL BE CONCEALED IN WALL TO 10' AFF MINIMUM OR ABOVE FINISHED CEILING. DEVICES INCLUDE BUT NOT LIMITED TO RECEPTACLES, LIGHT SWITCHES JUNCTION BOX ROUGH -IN FOR SECURITY, DATA VOICE, FIRE ALARM. PANELBOARD DIRECTORIES PROVIDE UPDATED, TYPED PANELBOARD DIRECTORIES. PROVIDE PHENOLIC LABELING ON ALL CFCI AND OFCI ELECTRICAL AND MECHANICAL EQUIPMENT. BREAKER TESTING E.C. RESPONSIBLE FOR HIRING INDEPENDENT 3RD PARTY TESTING AGENCY TO TEST ALL NEW, RELOCATED AND RE -ASSIGNED BREAKERS, 250A AND LARGER IN EXISTING, O.F.C.I. AND C.F.C.I. EQUIPMENT. PERFORM EACH VISUAL AND MECHANICAL INSPECTION AND ELECTRICAL TEST INDICATED IN NETA ATS, SECTION 7.6 FOR MOLDED -CASE CIRCUIT BREAKERS (PRIMARY INJECTION). CERTIFY COMPLIANCE WITH TEST PARAMETERS AND SUBMIT TEST RESULTS TO BCEI FOR INLCUSION IN COMMISSIONING DOCUMENTATION. TESTING TO BE PERFORMED IN A TIMELY MANNER SO AS NOT TO INHIBIT THE PROGRESS OF THE PROJECT. REVISIONS NO changes shall ire made to the so of r-jork vtgthout prior approval of TukE-rila Buit'ding Division. N'C'l E. Revisions will require a new plan submittal and may include adcltionat plan review fees. 1 ELECTRICAL SHEET INDEX E0.1 ELECTRICAL SYMBOLS, NOTES &ABBREVIATIONS E0.2 ELECTRICAL SPECIFICATIONS E0.3 ELECTRICAL SPECIFICATIONS E1.1A ELECTRICAL ONE -LINE DIAGRAM EXISTING E1.1 B ELECTRICAL ONE -LINE DIAGRAM NEW E1.2A ELECTRICAL GROUNDING ONE -LINE DIAGRAM DH1 E1.2B ELECTRICAL GROUNDING ONE -LINE DIAGRAM DH2 E2.1 E2.2 E2.3 E2.4 E2.5 ELECTRICAL POWER PLAN ELECTRICAL LIGHTING PLAN ELECTRICAL GROUNDING PLAN ELECTRICAL CONDUIT PLAN ELECTRICAL ROOF PLAN E3.1 ELECTRICAL DETAILS E3.2 ELECTRICAL DETAILS E3.4 ELECTRICAL DETAILS E4.1 ELECTRICAL SCHEDULES E4.2 ELECTRICAL SCHEDULES E4.3 ELECTRICAL SCHEDULES SEPARATE PERMIT REQUIRED FOR: t3dmicai Q ectt'icat ;fflu" fGas Poft City of Tukwila 5At;E DIVISION i FIRE DEFECTION/SUPPRESSION/ALARM WILL BE PROVIDED AS A DEFERRED SUBMITTAL FOR THIS PROJECT. ALL EQUIPMENT WILL BE IDENTIFIED, LABELED, LISTED, APPROVED AND INSTALLED BY DEFINITION OF THE 2014 NEC THE ELECTRICAL CONTRACTOR IS TO PROVIDE AT A MINIMUM THE SERVICES OF TWO JOURNEYMAN ELECTRICIANS FOR (5) TEN HOUR —DAYS -EACH TOASSIST-INTHE—COMMISSIONINGOF- THIS PROJECT. THE ELECTRICAL CONTRACTOR IS TO INCLUDE IN HIS COST THE RENTALS OF (8) 70KW LOAD BANKS FOR 3 DAYS. ALSO TO BE INCLUDED IS ALL NECESSARY CABLING, CAMLOCKS, TEMPORARY LUGS, ETC. TYPICAL COMMISSIONING SERVICES WILL BE OPERATING BREAKERS, REMOVING PANEL COVERS, PROVIDING THERMAL SCANNING AND REQUIRED REPORT, ETC. PRIOR TO COMMISSIONING THE ELECTRICAL CONTRACTOR IS TO VERIFY ALL SYSTEMS WITHIN HIS SCOPE OF WORK ARE COMPLETE AND FUNCTIONING PROPERLY. THE ELECTRICAL CONTRACTOR WILL MAKE HIMSELF AND STAFF FAMILIAR WITH THE COMMISSIONING SCRIPTS AS PROVIDED BY BCEI. CABLES FOR LOAD BANKS WILL BE OF SUFFICIENT LENGTH TO LOCATE LOAD BANKS OUTSIDE OF THE DATA HALL. THE ELECTRICAL CONTRACTOR IS TO PROVIDE WRITTEN MOPS FOR ALL WORK REQUIRING CONNECTIONS AND/OR TERMINATIONS TO EXISTING EQUIPMENT, WHETHER THE EXISTING EQUIPMENT IS SERVING LOAD OR NOT. THE MOPS SHALL BE SUBMITTED TO BCEI IN A TIMELY MANNER FOR REVIEW, COORDINATION AND APPROVAL. REVIEWED _FOR COMPLIANCE WITH NFPA 70 - NEC AUG 21 2017 City of-TukWila BUILDING DIVISION RECEIVED CITY OF TUKWILA JUL 27 2017,.3; PERMIT CENTER s N Na Date Description 1 9/9/16 ISSUE FOR PERMIT Q 7/26/17 REVISION #1 Cf) 00 Q A r - Cl) J CW� U N W 0-5 F_ 0 W IF__ c ISSM & REVISIONS Na Date Description 1 9/9/16 ISSUE FOR PERMIT 7/26/17 REVISION #1 aN7,01-+- y E ELECTRICAL SYMBOLS, NOTES {► ABBREVIATIONS s• SIUM NO. DRAWN: WAM REVIEWED: RWB PROJECT NO.: C1395.00 huel BURR COMPUTER ENVIRONMENTS, INC. ELECTRICAL SPECIFICATIONS PART I: GENERAL - ELECTRICAL 1-1 DESCRIPTION: All work on these drawings shall be done in strict accordance with these specifications. All work fairly implied as essential to the complete functioning of the electrical systems shown on the Drawings and Specifications shall be completed as part of the work of this Division unless specifically stated otherwise. It is the intention of the Drawings and Specifications to establish the types of the systems, but not set forth each item essential to the functioning of the system. In case of doubt as to the work intended, or in the event of amplification of clarification thereof, the Contractor shall call upon BCEI for supplementary instructions, Drawings, etc. 1-2 WARRANTY: The undertaking of the work described in this Division shall be considered equivalent to the issuance, as part of this work, of a specific guarantee extending one year beyond the date of completion of work and acceptance by Owner, against defects in materials and workmanship. Materials, appliances and labor necessary to effect repairs and replacement so as to maintain said work in good functioning order shall be provided as required. Replacements necessitated by normal wear in use or by Owner's abuse are not included under this guarantee. 4. Phase C: 1-3 PROJECT CONDITIONS: 4. Visit the site of the proposed construction in order to fully understand the facilities, difficulties and restriction attending the execution of the work. No additional compensation will be allowed this Contractor for work or items omitted from his original Proposal due to his failure to inform himself regarding such matters affecting the performance of the work in this Contract or necessary for the installation and completion of the work included herein. RECEIVED CITY OF T U KW I LA _-_--------._-- ------- - - - SEP --1- 6- PERMIT CENTER 4 PERMITS AND FEES: The contractor shall arrange and pay for all permits, fees, tests, and all inspections as required by governmental authorities. 1-5 COORDINATION WITH FIELD CONDITIONS: Contractor shall review all pertinent Drawings and adjust his work to all conditions shown there on. Discrepancies between Plans, Specifications, and actual field conditions shall be brought to the prompt attention of BCEI. Approximate location of transformers, feeders, branch circuits, lighting and power outlets panels, outlets for special systems, etc., are indicated on the Drawings. However, the Drawings, do not give complete and accurate detailed locations of such outlets, conduit runs, etc., and exact locations must be determined by actual field measurement. Such locations will, at all times, be subject to the approval of BCEI. Communicate with BCEI and secure approval of any outlet (light fixture, receptacle, switch, etc.) location about which there may be the least question. Outlets obviously placed in a location not suitable to the finished room or without specific approval, shall be removed and relocated when so directed by BCEI. Location of light fixtures shall be coordinated with reflected ceiling plans. 1-6 SUBMITTALS: Contractor shall provide six sets of submittals, shop drawings, descriptive literature, physical data and a specification critique for the following items: Conduit and Accessories Grounding Components Lighting Controls Heavy Duty Disconnect Switches Lighting Fixtures and Lamps Fire Alarm System Any deviations from the specified items shall be listed on the cover sheet and clearly itemized for all deviations. The contractor shall provide two copies of owner's manuals to the architect upon completion of the work. 1-7 SUBSTITUTIONS A. The names, manufacturers, and model numbers have been used in the Contract documents to establish types of equipment and standards of quality. Where more than one manufacturer is named for a specific item of equipment, only one of the specified manufacturers will be considered for approval. Where only one manufacturer is mentioned with the phrase "or approved equal , Contractor may submit an alternate manufacturer for consideration, provided the following conditions are met: 1. Submit alternate equipment with complete descriptive data in shop drawing form. Provide sample of equipment upon request for review by Architect. Samples will be returned if requested in writing. 2. Alternate equipment must be equal from the standpoint of materials, construction and performance. B. The Architect and Engineer shall be the sole judge of quality and equivalence of equipment, materials and methods. 1-8 QUALITY ASSURANCE: All work shall be performed in accordance with all state, local & federal codes and all authorities having jurisdiction, including but not limited to: National Electrical Code (NEC) American Society for Testing and Materials (ASTM) Underwriter's Laboratories, Inc. (UL) Insulated Power Cable Engineer's Association IPCEA). National Electrical Manufacturer's Association NEMA). Institute of Electrical and Electronic's Association (IEEE). American National Standards Institute (ANSI). National Fire Protection Association (NFPA). City of Houston Building Code 1-9 SLEEVES, CUTTING AND PATCHING: This Section shall be responsible for the placing of sleeves for all conduit passing through walls, partitions, beams, floors, roof, etc. Sleeves through below -grade walls shall be as specified and detailed on the plans. All cutting and patching will be done under another Division, but this Section will be responsible for timely performance of this work and layout of holes and setting sleeves. 1-10 EXCAVATION AND BACKFILL: Trenching and backfilling and other earthwork operations required to install the facilities specified herein shall conform to the applicable requirements of Division 2 (95% of maximum standard density). Where trenching or excavation is required in improved areas, the backfill shall be compacted to a condition equal to that of adjacent undisturbed earth and the surface of the area restored to the condition existing prior to trenching or excavating operations. The plans indicate information pertaining to surface and sub -surface obstructions; however, this information is not guaranteed. Should obstructions be encountered whether or not shown, the Contractor shall alter routing of new work, reroute existing lines, remove obstructions where permitted, or otherwise perform whatever work is necessary to satisfy the purpose of new work and leave existing surfaces and structures in a satisfactory and serviceable condition. 1-11 CLEANING: Clean lighting fixtures and equipment. Touch-up and refinish scratches and marred surfaces on panels, switches, starters, and transformers. 1-12 TESTS AND INSPECTIONS Tests and inspection requirements shall be coordinated with BCEI.. Date for final acceptance test shall be sufficiently in advance of completion date of contract to permit alterations or adjustments necessary to achieve proper functioning of equipment prior to contract completion date. Conduct re -tests as directed by BCEI on portions of work or equipment altered or adjusted as determined to be necessary by final acceptance test. No resultant delay or consumption of time as a result of such necessary re -test beyond contract completion date shall relieve Contractor of his responsibility under contract. Put circuits and equipment into service under normal conditions, collectively and separately, as may be required to determine satisfactory operation. Demonstrate equipment to operate in accordance with requirements of these specifications. Perform tests in the presence of BCEI. Furnish instruments and personnel required for tests. At the time designated by BCEI, the entire system shall be inspected by the Architect and Engineer. The contractor or his representative shall be present at this inspection. Panelboards, switches, fixtures, etc., shall be cleaned and in operating condition. Certificates and documents required hereinbefore shall be in order and presented to BCEI prior to inspection. Panel covers, junction box covers, etc., shall be removed for visual inspection of the wire, bus bars, etc. After the inspection, any items which are noted as needing to be changed or corrected in order to comply with these specifications and the drawings shall be accomplished without delay. PART 2: PRODUCTS - ELECTRICAL 2-1 ALL PRODUCTS: All products shall be listed by Underwriter's Laboratories and have the U.L. label affixed. 2-2 RACEWAYS AND FITTINGS: Except as noted or otherwise specified, all wiring shall be installed in galvanized rigid steel conduit or electrical steel tube (EMT) of the proper size to contain the number of conductors required in accordance with the latest edition of the N.E.C. Where conduit sizes are shown on the drawings, those shall take preference. Provide EMT in sizes up to 4 inches when concealed or not exposed to damage; Rigid steel, galvanized for underground use, where exposed to damage, or in exterior applications; Rigid galvanized steel where embedded in concrete or masonry construction. Minimum size shall be 3/4 inch except for fixture whips not exceeding 6'- 0" long. Branch circuits run underground shall be run in Carlon Schedule 40 PVC conduit. Install ground wire in accordance with NEC table 250-95. All conduit systems shall utilize compression type fittings. Conduit shall be run concealed in finished areas. Conduit may be exposed in mechanical rooms and where otherwise indicated. In finished areas with no suspended ceiling, all conduit shall be painted to match ceiling. Concealed conduit shall run in as direct manner with as long bends as possible. Exposed conduit shall be run parallel with, or at right angles to the lines of the building; and all bends shall be made with standard conduit ells or conduit bent to not less than some radius. Not more than equivalent of four quarter bends shall be used in any run between terminals and cabinet, of between outlet or junction boxes. Approved conduits shall be used in lieu of conduit ells where ease of installation and appearance warrants their use. Conduit joints shall be made with approved couplings and unions. Provide #30 nylon pulling line in all conduits in which permanent wiring is not installed. Branch circuit conduits installed in concrete slabs on fill or grade shall be positioned in a manner to ensure complete concrete cover. In no case shall such conduits be exposed below or above the slab surfaces, or penetrate the waterproof membrane. At locations where feeder, or other large conduits, must pass through slabs on fill or grade, the conduit shall be PVC coated rigid galvanized steel, extended 6 inches into the earth, and 2 inches above exposed surface of slab. All conduit shall be securely fastened and supported using hot galvanized malleable iron one -hole pipe straps, clamps, hangers or other means pproved by the engineer. Supports shall be as required by NEC Table 346-12. Tie wire shall not be used as support or securing means. Support conduit independently of ceiling hanger wire. 2-3 OUTLET AND JUNCTION BOXES: Provide on approved galvanized outlet box with adequate volume for number of conductors concerned. Provide standard galvanized switch boxes of the required number of gangs. Switch boxes for exposed wiring shall be handy boxes or approved equal. Outlet boxes for receptacles shall be similar to Universal 52151 with suitable raised cover. Receptacle boxes on exposed wiring shall be handy boxes or approved equal. Weatherproof boxes where necessary shall be FS or FD. Outdoor boxes shall be NEMA 3R, with conduit connections made by Myers Hubs. See notes and details on Drawings for special box requirements. Provide junction boxes required to facilitate installation of the various conduit systems. Provide support boxes required for risers, each complete with approved cable supports as described elsewhere in this Division. Outlet boxes for drywall shall be standard galvanized switch boxes. Provide coverplates for all outlet boxes. Provide junction boxes and conduit system for all electrical systems: (i.e. electrical, sound, security, fire alarm, CCTV, cameras, CATV, intercom). 2-4 PULL BOXES: Pull boxes shall be provided for conduit systems as required and shall be constructed of galvanized steel of not less than gouge and size specified by National Electrical Code. Where two or more feeders pass through a common pull box, they shall be tagged to indicate clearly their electrical characteristics, circuit number, and panel designation. 2-5 WIRE AND CABLE: All wire shall be new and continuous without weld, splice, or joints throughout its length. It must be uniform in cross-section, free from flaws, scales and other imperfections. Wire shall be soft drawn, annealed, 98% pure copper, with tin coating. Aluminum wiring is not acceptable. Acceptable manufacturers for conductors and cables include, but are not limited to, Alcan Aluminum Corporation, American Insulated Wire Corporation, General Cable Corporation, Senator Wire and Cable Company, and Southwire Company. Acceptable manufacturers for connectors and splices shall be AMP, Hubbell/Anderson, O.Z. Gedney, and 3M Company. A. TYPES: 1. Provide code gauge type "THHN" or "THWN" insulation. 2. All wire No. 8 and larger shall be stranded. All wire No. 10 and smaller shall be solid. Minimum wire shall be No. 12, unless otherwise shown on Drawings. 3. Provide type "RHH" or other 90 degrees C insulation wiring for branch circuit wiring installed through continuous rows of fluorescent fixture bodies. 4. Fire alarm device wiring shall be 300 volt, PVC jacket UL - listed when routed in. a raceway. The jacket shall be UL listed for use in air plenums when a raceway is not used. 5. Control wiring shall be No. 14 AWG copper conductor unless otherwise shown; 600 volt rated insulation. 6. Open low voltage wiring in return air plenums shall be plenum rated or run in conduit. All wiring in mechanical rooms electrical rooms and other areas subject to physical damage shall be run in conduit. B. COLOR CODING: Conductors shall be color coded in accordance with the governing authority requirements or as follows (if conflicting, local governing authority shall override) : 120/208V 277/480V 1. Neutral: White. 1. Neutral: Gray 2. Phase A: Black. 2. Phase A: Brown 3. Phase B: Red. 3. Phase B: Orange 4. Phase C: Blue. 4. Phase C: Yellow 5. Ground: Green. 5. Ground: Green C. SPLICES: Splices, where required, shall be fully made up in outlet boxes with compression crimp -on type splice connectors and at least 12 inches tagged end left for the fixture hanger. Where local requirements specify certain colors for phases and neutral, etc., these shall become the standard for this project. Joints and splices will not be permitted in mains or feeder. Joints in branch circuits will be permitted where branch circuits divide, and then shall consist of one through -circuit to which the branch shall be spliced. Joints shall not be left for the fixture hander to make. Fit joints and splices with Buchanan Series "2000' solderless connectors complete with insulating caps or properly sized wire nuts. 2-6 WIRING DEVICES: Acceptable manufacturers are Hubbell, or Pass & Seymour. A. SWITCHES Furnish and install generally where indicated on the Drawings. Coordinate final color and exact locations with architect. Wall switches shall be 20 amp, 120-277 volt and shall be Hubbell Style Line Series 21 or equal as follows: 1. SINGLE POLE SWITCHES: 2121-W, White. 2. DOUBLE POLE SWITCHES: 2122-W, White. 3. THREE WAY SWITCHES: 2123-W, White. 4. FOUR WAY SWITCHES: 2124-W, White. B. DIMMERS: Provide Lutron "NOVA T Star" series wall box dimmers sized to handle the load. Gang dimmers without removing heat sink fins and mount under a common Lutron coverplate. C. RECEPTACLES: Furnish and install generally where indicated on the Drawings. Coordinate final color and exact location with architect. Receptacles shall be Hubbell or equal as follows: 1.Duplex 20A -125V -self grounding: 2162-W (White, Nema configuration 5-20R). 2. Simplex 20A -125V -Self Grounding: 2161-W (White, Nema configuration 5-20R). 3. Isolated grounding 20A -125V: IG -2162 (Orange, Nema configuration 5-20R.) 4. Clock hanger receptacle 20A -125V: 5361 -CH (Brown with stain finished stainless steel plate with hanger, Nema configuration 5-20R). 5. Ground fault circuit interrupter (GFCI) receptacle 20A -125V; GF -5362-W. (White with indicator light Nemo Configuration 5- 20R, with "Feed through" connectors capable of protecting connected downstream receptacles on a single circuit, and of being installed in a 2-3/4' deep outlet box without adaptor). 6. Equipment receptacles shall be coordinated with owner/manufacturer requirements and the correct and appropriate receptacle and cover plate then installed. D. PLATES: 1. Furnish and install plates on all outlet boxes. 2. Plates in offices and similar finished areas shall be Hubbell smooth thermo-plastic. 3. Wet Locations: Provide Toymac or Carlon Nema 3R, impact resistant polycarbonate enclosure. Enclosure shall be suitable for wet locations when in use. 4. Provide Hubbell stainless steel type 302/304 coverplates installed in kitchens. 5. Indoor Exposed Raceway Systems: Stamped sheet metal, sized to match box without overlapping sharp edges. E. Floor boxes shall be cast iron as manufactured by Hubbell and as indicated below: (Note: If floors are wood, provide a Hubbell cast iron floor box and flush cover designed for this application.) 1. Slab at grade (dual level, fully adjustable type 1). a. Single gang: #B-2436 w/#SB-3083 carpet flange. b. Two gang: #B-4233 w/ SB -3084 carpet flange. c. Three gang: #B-4333 w/#SB-3085 carpet flange. 2. Slab above grade (shallow, semi -adjustable, type II) a. Single gang: #B-2414 w #SB -3083 carpet flange. b. Two gang: #B-4214 w/ SB -3084 carpet flange. c. Three gang: #13-4314 w/#SB-3085 carpet flange. 3. Cover plates shall have brass finish as follows: a. S-3825 for duplex flap for duplex receptacles. b. S-2425 for data/communications. c. Provide appropriate coverplate for special purpose receptacles. Unless noted to the contrary on plans, or directed otherwise during the progress of the Work, wiring devices shall be set as follows: 1. Switches 42 inches above finished floor. 2. Duplex and single receptacles 15 inches above finish floor except where located above counters or interferes with shelving or as required by local codes. 3. Wall telephone outlets, except where counters or shelving interferes 15 inches above finished floor. 4. At locations above counters, set devices 1 foot -0 inches above counter tops, verify exact mounting height with the architect. 2-7 DRY -TYPE TRANSFORMERS: Transformers provided by BCEI, received and installed by contractor. Transformers shall operate at 60 Hertz. All transformers shall be manufactured with standard materials. All cores shall be constructed of high grade, non -aging silicon steel with high magnetic permeability, and low hysteresis and eddy current losses. Magnetic flux densities are to be kept well below the saturation point. The core laminations shall be clamped together with structural steel angles. The completed core and coil shall be isolated from the base by means of rubber, vibration -absorbing mounts. There shall be no metal -to - metal contact between the core and coil and the enclosure. The vibration isolating system shall be designed to provide a permanent fastening of the core and coil to the enclosure. Sound isolating system requiring the complete removal of all fastening devices will not be accepted. Windings shall be copper or electrical grade aluminum terminated on tin plated or copper bars. Foil windings are not acceptable. The transformer core shall be visibly grounded to the enclosure by means of a flexible grounding conductor sized in accordance with NEMA, IEEE and ANSI standards. Transformer coils shall be of continuous -wound type construction and shall be impregnated with non -hygroscopic, thermo-setting varnish. Transformers shall be enclosed in drip -proof, metallic enclosures designed to provide for air cooling and prevent accidental contact with live conductors. Wiring compartment shall be located below the core and coil and cooled by air circulation or insulated from the core and coil by means of a suitable thermal insulation barrier. Transformer exposed to weather or installed in a sprinkled area shall have rain shields on all openings. Entire transformer enclosure shall be cleaned, phosphatized, primed and painted with a grey, baked enamel. Transformers shall operate at 100% nameplate KVA rating continuously while in a 40 degree C ambient without exceeding the rated average winding temperature rise of the ANSI insulation system as described below. Temperature rating shall be as follows: RATING PHASE INSULATION - TEMP. RISE 0.025 through 3 KVA Single Type B - 80°C 5 through 25 KVA Single Type F- 115'C 3 through 15 KVA Three Type F - 115°C 37-1/2 KVA and larger Single Type H - 150°C 30 KVA and larger Three Type H - 150°C Transformers shall have minimum full load rated taps in high voltage winding as follows: 3 through 25 KVA 2 - 5% FCBN 15 through 300 KVA 6 - 2-1/2% TAPS, 2 above and 4 below normal Maximum sound ratings shall be as follows: KVA DB 0 - 9 40 10 - 50 45 51 - 150 50 151 - 300 55 Provide a nominal 3-1/2" high, 2500 PSI (28 Day) concrete reinforced pad with number 6 welded wire mesh. The pad shall conform to the shape of the transformer and extend at least 3 inches beyond the length and width of the transformer. All corners of the pad shall be rounded. Install floor mounted transformers on properly sized rubber -in -shear vibration isolators. Trapeze mounted transformers shall use rubber -in -shear hangers. Wall mounted transformers shall not be mounted directly to the wall without vibration isolation. Route conductors in a minimum of 2 feet of flexible steel conduit to transformer enclosure. Provide grounding conductor sized per NEC, connected to the building grounding electrode system. 2-8 PACKAGED DIESEL ENGINE GENERATORS Generator provided by BCEI, received and installed by contractor. Generator shall be MTU, 600kW, rated for continuous standby service, 3-phase, .8 P.F., 480/277VAC, 60 cycle. Generator shall contain but not limited to the following accessories: battery charger, day tank, engine generator set, muffler, remote annunciator, remote stop switch, starting battery, jacket water heater, output circuit breaker, customer communication module, and fuel priming pump. Contractor shall obtain from BCEI a copy of the generator submittal. Contractor responsible for coordinating with shop drawings all installation requirements for complete installation, including, but not limited to: all control wiring, remote monitorring installation and wiring, control wiring between generator and (2) transfer switches, grounding per N.E.C., and connection of power to all locations on generator not already included. Coordinate remote monitorring requirements with systems monitorring contractor and Cummins. Contractor responsible for coordinating with, and assisting, Cummins during all testing procedures and submitting reports. These tests include Field Tests and Observation Reports, Certified Test Reports, Certified Summary of Performance Tests, Factory Test Reports, Exhaust Emissions Test Reports, Certification of Vibration Compatibility, and Sound Measurement Test Report. 2-9 GROUNDING: Provide electrical service, equipment and wiring device grounding as shown, scheduled and as specified. The types of grounding include, but are not limited to, the grounding bonding of all equipment devices, building steel piping, and as required by the National Electrical Code, Local Inspection Department and Power Company. A grounding conductor is required for all feeders and circuits. Provide grounding products manufactured by Copperweld and Cadweld. Ground rods shall be 3/4" inch diameter by 10 feet long construction with copper jacket and a steel core. Ground clamps shall be copper except for steel or iron pipes in which the clamps shall be galvanized iron. Conductors shall be connected by means of an approved pressure connector or clamp. Perform a ground resistance test using a biddle megger. The system resistance shall not exceed 5 OHMS. Provide additional electrodes as required (refer to 250-84 of the NEC). Test shall not be conducted following wet weather. Provide personnel and instruments to conduct these tests and submit certified test for review. A. BUILDING STEEL AND PIPING SYSTEM: Install a bonding jumper between building steel and metallic piping systems to bond them to the electrical grounding system. B. NEUTRAL: The neutral shall be grounded only at the service entrance and other separately derived systems. The neutral shall be kept separate from the grounding system and shall not be used as a ground. C. GROUNDING SEPARATELY DERIVED ALTERNATING CURRENT SYSTEM TRANSFORMERS: The center point (neutral) of each wye connected transformer shall be bonded to the case and a grounding electrode conductor. The grounding electrode conductor shall be connected to building steel, a ground rod or the building grounding system, if building steel or ground rod are not possible. D. GROUNDING CONDUCTOR: A grounding conductor and metallic conduit system shall bond all equipment served by the electrical system. Provide a flexible bonding jumper for isolated metallic piping and ductwork and around expansion fittings and joints. E. CONDUIT GROUNDING BUSHING: Conduit terminating in equipment that has a ground bus such as switchboards, panelboards, etc., shall have grounding bushings installed. Ground each conduit by means of a grounding bushing and to the ground bus in the equipment. F. MOTORS: The frame of all motors shall grounded. H. REMOTE PANELBOARDS: Provide a grounding electrode conductor at all remote panels as required by the NEC. I. LIGHTING FIXTURES: All light fixtures shall be grounded. Flexible fixture whips are not considered to be grounded. J. RECEPTACLES: All receptacle shall be grounded. Receptacles shall use an approved grounding yoke. 2-10 PANELBOARDS: Panelboards provided by BCEI, received and installed by contractor. Power distribution panelboards shall be equipped with fusible switches or circuit breakers as shown on the one line diagram. Panelboards shall be equipped with thermal -magnetic, molded case circuit breakers of frame and trip ratings as shown on the schedule. Manufacturer shall be the some as the manufacturer of the equipment furnished by the owner. Ponelboard bus structure and main lugs or main breaker shall have current ratings as shown on the panelboard schedule. Such ratings shall be established by heat rise tests with maximum hot spot temperature on any connector or bus bar not to exceed 50°C. rise above 40°C ambient. Heat rise test shall be conducted in accordance with Underwriters Laboratories Standard UL 67. The use of conductor dimensions will not be accepted in lieu of actual heat tests. All current carrying parts of the bus shall be tin plated copper. Bus structure shall be insulated. Bus bar connections to the branch circuit breakers shall be distributed phase or phase sequence type and shall accept bolt -on circuit breakers for lighting and appliance panelboards. Provide a bare uninsulated and/or insulated ground bus and full or double size neutral bus as required and indicated in each panelboard schedule. Each panelboard shall have an engraved bakelite nameplate. Nameplates shall be white with black letters and show panel designation. Nameplates shall be attached with stainless steel screws. Place a neat, carefully typewritten directory card identifying the load served by each branch circuit in the frame on the panel door, under a clear plastic cover. Spares and spaces shall be written with erasable pencil for future use. A. Circuit Breakers Where circuit breakers or fuses are applied in compliance with the series combination ratings marked on the equipment by the manufacturers, the equipment enclosure(s) shall be legibly marked in the field to indicate the equipment has been applied with a series combination rating. The marking shall be readily visible and state "caution - Series Rated System." (NEC 110-22). Nameplate shall identify replacement components. 1. Distribution Panelboards: Circuit breakers shall be equipped with individually insulated, braced and protected connectors. The front faces of all circuit breakers shall be flush with each other. Large, permanent, individual circuit numbers shall be affixed to each breaker in a uniform position. Tripped indication shall be clearly shown by the breaker handle taking a position between "ON and "OFF". Provisions for additional breakers shall be T � � OCT 1 2 2016 • 1-:11111111111 R e. W CD W d W rM to- -00 cn oo s-- C n �C � J M F_ ISSUES chi REVISIONS Na Date Description 1 9/9/16 ISSUE FOR PERMIT - ---- --- i I, RECEIVED CITY OF T U KW I LA _-_--------._-- ------- - - - SEP --1- 6- PERMIT CENTER 011CRIZO)o � SERWNO. DRAWN: WAM REVIEWED: RWB PROJECT NO.: C1395.00 I r,0.2 PROPRIETARY: NOT FOR DISCLOSURE OR USE WITHOUT THE WRITTEN CONSENT OF BURR COMPUTER ENVIRONMENTS, INC. such that no additional connectors will be required to add Na breakers. Circuit breakers shall be of the frame size, trip Description setting and interrupting capacity as indicated on the 9/9/16 drawings. Current limiting circuit breakers shall be equal to Square D Company "I -Limiter" Series. Circuit breakers shall be conventional interrupting capacity (unless otherwise noted) but in no case be less than the following symmetrical amperes RMS. CONVENTIONAL HIGH FRAME SIZE/ INTERRUPTING INTERRUPTING CURRENT VOLTAGE CAPACITY CAPACITY LIMITING 100AF/240V 10,000 AIC 65,000 AIC 200,000 AIC 225AF/240V 10,000 AIC 65,000 AIC 200,000 AIC 40OAF/240V 42,000 AIC 65,000 AIC 200,000 AIC 60OAF/240V 42,000 AIC 65,000 AIC 200,000 AIC 80OAF/240V 42,000 AIC 65,000 AIC 200,000 AIC 1000AF/240V 42,000 AIC 65,000 AIC 200,000 AIC 1200AF/240V 42,000 AIC 65,000 AIC 200,000 AIC 10OAF/480V 14,000 AIC 25,000 AIC 200,000 AIC 225AF/480V 22,000 AIC 65,000 AIC 200,000 AIC 400AF/480V 30,000 AIC 35,000 AIC 200,000 AIC 60OAF/480V 30,000 AIC 65,000 AIC 200,000 AIC 80OAF/480V 30,000 AIC 65,000 AIC 200,000 AIC 1000AF/480V 30,000 AIC 65,000 AIC 200,000 AIC 1200AF/480V 50,000 AIC 65,000 AIC 200,000 AIC 2. 480/277 Volt Lighting Panelboards: All main circuit breakers shall be vertically mounted and shall not be installed in branch breaker spaces. Circuit breakers shall be bolt -on thermal -magnetic, molded case r circuit breakers. Breakers shall be 1, 2 or 3 pole with an Integral crossbar to assure simultaneous opening of all poles in multiple circuit. breakers. Breakers shall have an over - center, tri -free, toggle -type operating machinist with quick - make, quick -break action and positive handle indication. Handles shall have "ON", "OFF" and "TRIPPED" positions. Circuit breakers shall be UL listed in accordance with UL Standard 489 and shall be rated 277 volts ac (single pole, 15- 30 amperes) or 480Y/277 volts ac (2 and 3 pole) with continuous current ratings as noted on the plans. Interrupting ratings shall be 14,000 rms symmetrical amperes at 277 volts ac (single pole) or 480Y/277 volts ac (2 and 3 pole). Single pole, 15 and 20 ampere circuit breakers intended to switch fluorescent lighting loads on a regular basis shall carry the SWD marking. The lugs for terminating conductors shall be rated at 75° c. 3. 240 Volt Lighting and Appliance Panelboard: All main circuit breakers shall be vertically mounted and shall not be installed in branch breaker spaces. Circuit breakers shall be bolt -on thermal -magnetic, molded case circuit breakers. Breakers shall be 1, 2, or 3 pole with an integral crossbar to assure simultaneous opening of all poles in multiple circuit breakers. Breakers shall have an over - center, tri -free, toggle -type operating machinist with quick - make, quick -break action and positive handle indication. Handles shall have "ON", "OFF" and "TRIPPED" positions. Circuit breakers shall be UL listed in accordance with UL standard 489 and shall be rated 240 volts ac maximum with continuous current rating as noted on the plans. The lugs for terminating conductors shall be rated at 75° c. Single pole 15 and 20 ampere circuit breakers shall be UL listed as "Switching Breakers" at 120V ac and carry the SWD marking. UL Class A ground fault circuit protection shall be provided on all receptacle circuits serving wet areas and on all 120V ac branch circuits as specified on the plans or panelboard schedule. This protection shall be an integral part of the branch circuit breaker which also provides overload and short circuit protection for branch circuit wiring. Tripping of a branch circuit breaker containing ground fault circuit interruption shall not disturb the feeder circuit to the panelboard. A single pole circuit breaker with integral ground fault circuit interruption shall require no more panelboard branch circuit space than a conventional circuit breaker. Circuit breakers shall be rated 10,000 AIC at 240V unless otherwise noted on plans. B. Fusible Switches All fusible switches shall be quick -make, quick -break with visible blades and dual horsepower ratings. Switch handles shall physically indicate "ON" and "OFF" positions. Switches shall be lockable only in the "OFF" position and accept three industrial type heavy duty padlocks. Switch covers and handles shall be interlocked to prevent opening in the "ON" position. A means shall be provided to permit authorized personnel to release the interlock for inspection purposes. Switches shall include positive pressure rejection type fuse clips for use with UL class R fuses and be UL labeled for 200,000 AIC. Class "J" fuses shall be UL labeled for 200,000 AIC. The lugs for terminating conductors shall be rated at 75° c. C. Cabinets and Fronts The panelboard bus assembly shall be enclosed in a steel cabinet with multiple knockouts. The rigidity and gauge of steel to be as specified in UL Standard 50 for cabinets. Wiring gutter space shall be in accordance with UL Standard 67 for panelboards. The box shall be fabricated from galvanized steel or equivalent rust resistant steel. Each front shall include a door and have a flush, cylinder tumbler -type lock with catch and spring-loaded stainless steel door pull. All panelboard lock shall be keyed alike. Fronts shall have adjustable indicating trim clamps which shall be completely concealed when the doors are closed. Doors shall be mounted with completely concealed steel hinges. 600A panelboard front shall have exposed trim clamps. A circuit directory frame and card with a clear plastic covering shall be provided on the inside of the door. Where required by local code, provide Nema 3R enclosure where installed in a sprinklered area. D. Safety Barrier The distribution panelboard interior assembly shall be dead front with panelboard front removed. Main lugs or main breakers shall have barriers on five sides. The barrier in front of the main lugs shall be hinged to a fixed part of the interior. The end of the bus structure opposite the mains shall have barriers. E. Integrated Equipment Short Circuit Rating Each panelboard, as a complete unit, shall have a short circuit current rating equal to or greater than the integrated equipment rating shown on the panelboard schedule or on the plans. This rating shall be established by testing with the over -current devices mounted in the panelboard. The short circuit tests on the over - current devices and on the panelboard structure shall be made simultaneously by connecting the fault to each over -current device with the panelboard connected to its rated voltage source. Method of testing shall be per Underwriters Laboratories Standard UL 67.. The source shall be capable of supplying the specified panelboard short circuit current or greater. Testing of panelboard over - current devices for short circuit rating only while individually mounted is not acceptable. Also, testing of the bus structure alone is not acceptable. Ponelboards shall be marked with their maximum short circuit current rating at the supply voltage and shall be UL listed. 2-11 MANUAL MOTOR STARTERS: Manual starters shall consist of a manually operated toggle switch equipped with melting alloy type thermal overload relay. Thermal unit shall be of one-piece construction and interchangeable. Starter shall be inoperative if thermal unit is removed. Contacts shall be double break, silver alloy, visible from both sides of starter. Manual starters shall be Square "D" class 2510 or 2512 or approved equal. Provide the size and number of poles shall be as shown and required by equipment served. Furnish red pilot light as indicated. All manual motor starter enclosures shall be NEMA 1, general purpose enclosures, unless shown otherwise. Provide Nema 3R enclosure where installed outside or in a sprinklered area when required by local code. MOTOR CONNECTIONS: Provide electrical and grounding connections to motors as indicated. Connections as follows: 1. Not less than 18 inch length of Sealtite, extending from motor connection box to motor branch circuit conduit on outdoor and wet locations. Provide Greenfield for inside dry locations. 2. Install connections mechanically secure, assuring electrical continuity, proper and effective grounding. INSTALLATION OF MOTOR STARTER Install motor starters in accordance with the manufacturer's written instructions, the applicable requirements of the NEC and the NECA's "Standard of Installation", and recognized industry practices to ensure that products serve the intended function. 2-12 CURRENT - LIMITING FUSES: Provide 200,000 amp interrupting capacity current limiting fuses of the ampacity and voltage indicated and scheduled. Upon completion of the building the contractor shall provide the owner with spare fuses as shown below. A. 10% (minimum of 3) of each type and rating of installed fuses shall be supplied as spares. B. BUSSMAN spare fuse cabinets - Catalog No. SFC - shall be provided to store the above spares. Mains, Feeders and Branch Circuits 1. Circuits 0 to 600 ampere shall be protected by current limiting BUSSMAN LOW -PEAK Dual Element Fuses, LPJ. All dual - element fuses shall have separate overload and short-circuit elements. Fuse shall incorporate a spring activated thermal overload element having a 284 degree Fahrenheit melting point alloy and shall be independent of the short-circuited clearing chamber. The fuse must hold 500% of rated current for a minimum of 10 seconds and listed by Underwriters' Laboratories Inc., with an interrupting rating of 200,000 amperes r.m.s. symmetrical. The fuses shall be UL Class J. 2-13 SAFETY AND DISCONNECT SWITCH: A. Products shall be designed, manufactured, tested and installed in compliance with applicable standards. 1. NEMA KS1 - Enclosed switches 2. Federal specification W -S -865C -Heavy duty switches Products shall conform all applicable UL standards, including UL98 (standard for safety, enclosed and dead front switches) and shall be UL -labeled. Acceptable manufacturers are: General Electric Company, Square D Company, or Siemens. Furnish and install heavy duty type safety switches with the number of switched poles as indicated on the plans and specifications. All safety switches shall be NEMA Heavy Duty Type HD, and Underwriters Laboratories listed. B. Switch Interior All switches shall have switch blades which are fully visible in the "OFF" position when the door is open. Switches shall have removable arc suppressor where necessary, to permit easy access to line side lugs. Lugs shall be front removable and UL listed for 60°C and 75°C copper aluminum cables. All switches blades and contacts shall be plated copper. C. Switch Mechanism Switches shall have a quick -make and quick -break operating handle and mechanism which shall be an integral part of the box, not the cover. Padlocking provisions shall be provided for locking in the "OFF" position with at least three padlocks. Switches shall have a dual cover interlock to prevent unauthorized opening of the switch door when the handle is in the "ON" position, and to prevent closing of the switch mechanism with the door open. A means shall be provided to permit authorized personnel to release the interlock for inspection purposes. Handle position shall indicate if switch is "ON" or "OFF". D. Neutral Provide a solid neutral with the safety switch where a neutral is present in the circuit. E. Ratings Switches shall be horsepower rated for ac and/or do as indicated by the plans. The fused switches shall have Class R rejection fuse clips when required. Adjust load side terminal block as required to accept Class J fuses. UL listed short circuit ratings of the switches, when equipped with Class R or Class J fuses, shall be 200,000 symmetrical amperes. F. Enclosures 1. Indoor switches shall be furnished in NEMA 1 enclosures. 2. Outdoor switches, switches located in wet areas, or inside a sprinkled area shall be furnished in NEMA 3R enclosures. G. Service Entrance Switch shall be suitable for use as service entrance equipment when installed in accordance with the National Electrical Code. H. Hubs: Provide bolt -on hubs for rainproof or wet area applications. 2-14 LIGHTING FIXTURES: All fixtures shall conform to all applicable UL standards and shall be UL label including damp and wet location ratings. All fluorescent ballasts shall comply with certified ballast manufacture (CBM) standard and CBM labeled. Acceptable manufacturers for ballasts are Advance Transformer Company or Magnetek Universal Manufacturing. Acceptable manufacturers for lamps are General Electric Company, Osram-Sylvania or North American Philips. General Electric "Constant Color" is the only MR -16 lamp acceptable. Provide the size, type and rating of each light fixture shown and scheduled. All light fixtures shall be complete with reflectors, lens, trim rings, flanges, lamps, lamp holders, ballast, starters, fuses wiring, earthquake clips, etc. to provide a complete functioning light fixture. A. Lighting Fixture Types: 1. Fluorescent Fixtures a. Fixture ballast and lamp holders shall be pre -wired and installed. Fixture shall be equipped with a top access plate with knockouts for conduit entry. Fixture shall also include knockouts at each end plate for conduit entry. b. Provide 1100 lumen battery packs for emergency operation when specified. 2. LED Fixtures a. Fixtures shall be pre -wired equipped with frame in kit and a integral thermal protection required by UL for recessed fixtures. b. Provide appropriate trim rings for recessed mounted fixtures compatible with the ceiling in which the fixture is installed. 3. High Intensity Discharge Fixtures (HID) a. Fixtures shall be pre -wired with frame -in kit and integral thermal protection required by UL for recessed fixtures. Ballast shall be encased and potted and mounted on the frame -in kit. b. Provide remote ballast mounted on a separate mounting plate where indicated or scheduled. Ballast shall include a splice box. c. Provide a heat resistant glass shield below the lamp to contain lamp glass envelope and ARC tube to prevent them from falling to the floor and causing damage to life and property. Lamps rated for open bottom fixtures may be used in lieu of the glass shield if approved by the engineer. d. Provide a fuse and fuse holder installed on the line side of each ballast to prevent branch circuit from tripping due to a faulty ballast. The fuse and fuse holder shall be mounted in a junction box for recessed fixtures and in the base of all poles. The fuse holder shall be waterproof when installed in damp or wet locations. Fuse size and type shall be as recommended by ballast manufacturer. 4. Exit signs a. Exit signs shall meet all federal, state and local codes. b. Provide fire alarm interface relay when required to flash exit signs. c. Provide battery packs for emergency operation when specified. B. Ballasts - Coordinate with Light Fixture Schedule 1. Fluorescent a. Electronic ballast shall be high power factor (90% minimum), operate lamp at 20 KHZ, less than 20% total harmonic content, full light output, crest factor less than 1.6%, parrel lamp configuration, multi -lamp, class "P" thermally protected, sound "A" rating, encased and potted and 50 degrees F minimum starting temperature. Provide 5 year warranty parts and labor. Ballast shall be Advanced Mark V or Magnetek HP Series. b. Magnetic ballast shall be energy saving, high power factor, rapid start, class P thermally protected, encased and potted, sound "A" rating, and a 60 degree F temperature rating. Ballast shall be CBM certified by an ETL and UL approved. Ballast shall be Advance Mark III or equal by Magnetek Universal. c. All outdoor ballast unless otherwise noted shall be high power factor, rapid start, class P thermally protected, encased and potted, sound rating B and a 0 degrees F temperature rating. Ballast shall be CBM certified by an ETL and UL approved. d. Provide suitable dimming ballast where indicated. e. Compact fluorescent ballast shall be high power factor, sound rating "A" and UL approved. 2. HID a. Provide high power factor, constant wattage auto - transformer with a -20 degree F temperature rating. Ballast shall have a sound rating of "B" for lamps less than 400 watts. Ballast for recessed downlights or located remotely shall be encased and potted and shall be provided with a splice box. Provide 120 volt tap for auxiliary lamp when specified. C. Lamps - Coordinate with Light Fixture Schedule 1. F032T8 fluorescent lamps shall be 32 watt energy saving and 4100 degree K. D. Coordination 1. The contractor shall verify the type of fixtures with the ceiling types as indicated on the drawings. Any discrepancies shall immediately be brought to BCEI's attention before the contractor places his order and accepts delivery. Fixtures shall fit exact in the type of ceiling scheduled. Provide plaster frames, trim rings and other accessories required for a correct fit. 2. Provide supports attached to structural member to support fixtures when the ceiling system cannot maintain support. Provide separate supports for all recessed ceiling mounted HID fixtures. 3. Refer to architectural reflected ceiling plan for the exact location of all light fixtures. Notify the architect for any discrepancies or conflicts with structural architectural, mechanical piping or ductwork before installation. E. Mounting 1. Pendant or surface mounted fixture shall be provided with required mounting devices and accessories, including hickeys and stud -extensions, ball -aligners, canopies and stems. Locations of fixtures in mechanical areas shall be coordinated with mechanical contractor. Mounting stems of pendant fixtures shall be of the correct length to uniformly maintain the fixture heights shown on the drawings or established in the field. The allowable variation tolerance in mounting individual fixtures shall not exceed 1/4 inch and shall not vary more than 1/2 inch from the floor mounting height shown on the Drawings. Fixtures hung in continuous runs shall be installed absolutely level and in line with each other. Hanging devices shall comply with Code requirements. Fixtures shall employ single - not twin - stem hangers unless otherwise noted. 2. All structure mounted fixtures (i.e. bracket mounted, pipe mounted and surface mounted) shall be provided with cables of suitable size and weight to support the weight of the fixture. Cables shall be fastened around or fastened to the housing of the fixture. On pendant fixtures, one safety cable of suitable size and weight to support the weight of the fixture assembly shall connect the top of the pendant to the supporting structure by means of welding or bolting, and one safety cable shall connect the housing of the fixture to the bottom of the pendant. Where more than one pendant per fixture occurs, only one pendant must be cabled. Track fixtures for pendant mounted track shall also be supplied with clip -on safety cables of suitable size and weight to support the weight of the fixture. F. Electrical Connection 1. All light fixtures installed in an accessible suspended ceiling shall be connected from a branch circuit junction box using 1/2" flexible metal conduit fixture pigtails not exceeding 6'- 0". All fixtures must be grounded by using a grounding conductor or the conduit system. Fixture to fixture wiring of fixtures installed in an accessible ceiling is not permitted. G. Fire Rated Ceiling 1. Provide fire rated canopy or enclosure for all fixtures recessed in a fire rated ceiling. The fire rated canopy or enclosure shall be as required by the UL design number listed in the UL fire resistance directory. Refer to architectural drawing for the UL design number. Coordinate with ceiling installer and manufacturer. H. Air Handling Fixtures 1. Install all air handling light fixtures with return air slot in the open position, if it is to be as an air handling fixture. Coordinate with mechanical contractor. I. Final Inspection: 1. Remove all plastic and protective coating from all fixtures. Fixtures shall be thoroughly cleaned. Replace any damaged fixture or fixture parts including reflectors, louvers, lens and metal parts that show signs of corrosion. 2. All final incandescent lamps used during construction shall be replaced with new lamps. Replace all other defective ballast, lamps or discolored lamps, showing signs of excessive usage. 3. Demonstrate proper operation of all fixtures and controls. 2-15 ELECTRICAL SERVICE ENTRANCE: A. POWER SOURCE: SMUD. B. SOURCE VOLTAGE: 480/277 volt 34, 4w C. Field coordinate exact requirements and include in bid. 2-15 TELEPHONE RACEWAY SYSTEM A. Not Applicable. 2-16 MISCELLANEOUS ELECTRICAL CONTROLS AND WIRING A. The types of miscellaneous control devices and wiring include but not limited to the following. 1. Contactors 2. Relays 3. Photocells 4. Time switches 5. Additional control wiring and safety devices as shown and specified. Various control devices, of an electrical nature, for the safe operation and temperature control of the heating, ventilating, air conditioning and plumbing systems are provided under Division 15. All other control wiring and conduit shall be provided by Division 16. B. CONTACTORS AND RELAYS: Provide contactors and relays with the number of poles, ampere -rating, control wiring as required, is shown and specified for a complete function system. Acceptable manufacturers are General Electric Company, Square D Company, and Automatic Switch Company. Provide 2 -wire or 3 -wire control modules as required to operate lighting contactors. C. Control wiring shall be not less than #14 AWG type TW, and shall be color coded and labeled with Brady markers throughout. Bundle multiple conductors with Ty -Raps. 2-17 UNINTERRUPTED POWER SUPPLY (UPS) A. UPS modules shall be owner -furnished. B. Electrical Contractor shall be responsible for receiving and setting the UPS modules and associated system cabinets. C. FIELD QUALITY CONTROL: Assist as needed an owner engaged factory -authorized service representative to supervise UPS installation, startup, and preliminary testing and adjustment. Participate in final tests, inspections, and adjustments. All testing shall be by an independent third -party hired by the Electrical Contractor. D. Contractor shall obtain from BCEI a copy of the UPS submittal. Contractor shall be responsible for coordinating with shop drawings all installation requirements for a complete installation. 2-18 AUTOMATIC TRANSFER SWITCHES (ATS) A. Automatic Transfer Switches shall be owner -furnished. B. Electrical Contractor shall be responsible for receiving and setting the Automatic Transfer Switches. C. TESTING: Electrical Contractor shall assist in the testing of the Automatic Transfer Switches. D. Contractor shall obtain from BCEI a copy of the UPS submittal. Contractor shall be responsible for coordinating with shop drawings all installation requirements for a complete installation. 2-19 REMOTE POWER PANELS (RPP) A. RPPs shall be owner -furnished. B. Electrical Contractor shall be responsible for receiving and setting the RPPs. C. TESTING: Electrical Contractor shall assist in the testing of the Automatic Transfer Switches. D. Contractor shall obtain from BCEI a copy of the UPS submittal. Contractor shall be responsible for coordinating with shop drawings all installation requirements for a complete installation. 2-20 POWER DISTRIBUTION UNITS (PDU) A. PDUs shall be owner -furnished. B. Electrical Contractor shall be responsible for receiving and setting the PDUs. C. FIELD QUALITY CONTROL: Assist as needed an owner engaged factory -authorized service representative to supervise UPS installation, startup, and preliminary testing and adjustment. Participate in final tests, inspections, and adjustments. All testing shall be by an independent third -party hired by the Electrical Contractor. D. Contractor shall obtain from BCEI a copy of the UPS submittal. Contractor shall be responsible for coordinating with shop drawings all installation requirements for a complete installation. END OF SECTION maitATRATO ,' �. , OCTI, 11111,U] 1141 co IQUM& REVISIONS Na Date Description 1 9/9/16 ISSUE FOR PERMIT -- -R EC -F LV_ED------- CITY OF TUKWVILA ------- SEP -1-6 2016-------- PEIi IF G-ENTE-13 -- r co IQUM& REVISIONS Na Date Description 1 9/9/16 ISSUE FOR PERMIT -- -R EC -F LV_ED------- CITY OF TUKWVILA ------- SEP -1-6 2016-------- PEIi IF G-ENTE-13 -- I , NQ DRAWN: WAM REVIEWED: DGC PROJECT NO.: C1395.00 E0*J BURR COMPUTER ENVIRONMENTS, INC. FUT. OPT. STANDBY --- 1. UTILITY METERING CABINET FUT. OPT. STANDBY OPT. STANDBY 800A 1 L --J 1 I OPT. STANDBY I q,l 3F 480Y/277V, 30, 4W, 4000A, 1o0KAIC, N3R, 600kW/750KVA �, i �,--,� '�� 600kW/750KVA (EXIST) ► 1 1 1 r - SE RATED PER UTILITY STANDARDS ______ _________________ 1 1 600kW/750KVA GENERATOR GEN01000 I I ssokw 1 1 I I 550kW I I GENERATOR GEN02000 `- T NEW UTILITY 1 1 ; GENERATOR GEN05000 rEXIST 1 L 480Y/277V, 30, 4W, 0.80PF1 480V277V, 34, 4W, 0.80PF ; �� j j ,� j 480Y/277V, 30 0 , �YxYI TRANSFORMER I 1 I I I I I I I I I I i` i` i` i` i` i` i` i` 1 1600AF 1600AF 1600AF 1600AF 1600AF 1600AF 1600AF 1600AF --J 1 . , 1 , 1 __ T I 1 __ �' 1 NEW OPT. -1 1 3000kVA I-4----�- I I - ---------q--- I I I ■ ■ 1 1 IrEXIST � L- - I L__ J �"' I rL_E_ L- LE_ r 600kW ( EXIST )( EXIST )( EXIST )( EXIST )( EXIST )( EXIST ) 480Y/277V SECONDARY I I I MErEJ J { II-- L I i� I i. 4000AF ECP>E- 1000/3 I I I I I I u LIii III LIii I 1000/3 ��I I _ J I 1000/3 ��► GENERATOR G I a "' 100% I I L I ,1 - - - J r1 -I �13600AT 4 100% -L, LSIG I-------------I-----� --�� ----------------+------------1-----� --�� I 4� � - - - - - � - - - _+ - , - - 480Y/277V, 30, -.---( EXIST ) _ _ POLE 1 1 1 LTVS II L � 480Y/277V 30 4W 0.80PF ( EXIST ) __L_ ( EXIST) ---- _ I L------I-------� I --N I I I I I I I <C7> IL____JL____J�L�==JL==�J j LTJ Y -I-------I 1 --G I "^. "^. <\B4,> <�C4,> "^. .^. <�A4,> <�D4/ I 1 <�B6/ FUT. OPT. STANDBY --- 1. r -- FUT. OPT. STANDBY -- 800A 1 L --J 1 800A 800A 1 L --J 2 ) KK ----KK I 1 4,1 q,l 3F 3P 4" L J L_ J 4� 3P I f 1 I 1 1 600kW/750KVA 1 1 ; �� � , , ► 1 1 1 ; �� , , 1 1 600kW/750KVA 1 ; �% 1 � 1 1 , ♦ / GENERATOR GEN04000 1 r \ ; 550kW ; 1 1 ; ; ► � ; 550kW ; 1 ; GENERATOR GEN05000 1 ► � / ; 55OkW 480Y/277V, 30, 4W, 0.80PF1 1 1 2 3 4 1 5 6 7 8 1 �% �--4----4----4�---�-i---4----4----4----q--- � I I I �--q----q----q----q� � � -q- -t' � 480Y/277V, 30, 4W, 0.8OPF 1 11 ; ; 1 I I I I I I I I I I i` i` i` i` i` i` i` i` 1 1600AF 1600AF 1600AF 1600AF 1600AF 1600AF 1600AF 1600AF 1 . , 1 , . , 1 1 -__I----i-----_---F--_-4----1-------------i 1 1 ■ . 1 ► 1 ► ■ ■ 1 1 1 ■ 1 1 . 1 ( EXIST )( EXIST )( EXIST )( EXIST )( EXIST )( EXIST) ( EXIST )( EXIST )( EXIST )( EXIST )( EXIST )( EXIST ) 1000/3" `-TJ `T� `-TJ �T� `T� `-TJ I 1000/3 "' FUT. OPT. STANDBY 1000/3 I I I I I I u LIii III LIii I o '�'' 100% 1 1 a "' 100% 1 600kW/750KVA o ' 3 I-------------I-----� --�� ----------------+------------1-----� --�� GENERATOR GEN06000 --�-- _ _ POLE 1 1 EXIST) 11 I II I I II I L_JL_J L_JL_J ( EXIST) 480Y/277V 30 4W 0.80PF ( EXIST ) ------- I----� EXIST }------� ----- �----------- � ---- L --rpt---- --- - ---I-------------------------------- I -I- I Y i I --------------------------F-----I--- II r--------------------r-----{--- ------------------------� MAIN SWITCHBOARD 'MSB01000' GENERATOR SWBD 'GSB01000' 1 480Y/277V, 34, 4W, 4000A, SE RATED, N1, 100KAIC 480/277V, 34, 4W, 4000A, 65KAIC I I I I I I -rt-------- _ I I I I I TvSS LEXIST O.F.C.I. O.F.C.►. SEXIST J L240kAJ 1900AF 1 2 3 4 �, 1900AT I-------4mi mmq_---q-------q--- 1 4' 100% I I ♦" j I 6. y, 1600AF j, 1600AF 1600AF 1600AF LSI - - I 1 I CFP-11600AT CFP1600AT FP 1600AT FP - 1600AT I I 1 1' 1 q' 1 4' 1600AF i, 1600AF I I I 1 I I 100% 1 I 100% 100% I 100% FP1p 1600AT [FP]--11600AT I F_ - - -1 I � � LSIG L � LSIG L LSIG L LSIG 100% I 4� 100% I 1 I I NSS 1 I 1� LSIG I � LSIG --o- -N I I I J< I I I L L I 1 -�--G I L --_J 1_ I I -L I -I- ( EXIST) ( EXIST) ( EXIST) I I- �TJ LTJ �-T� __.r___________ _L - L -________J I I 003 ( EXIST ) I I ------------------1-------{------ ---------------------------s� I I I I I I ---------------------- I 002 I I I 001 I I I I I I I I I I I I I I I I I I --------------------------------- AUTOMATIC ---------------------------- --- ------ r7___rt_� AUTOMATIC TRANSFER rr----7--1 AUTOMATIC TRANSFER AUTON I +� I SWITCH 'ATSA1000' MAIN DIST. 1 +\ + 1 MAIN DIST. O 1600A, 48ov SWITCHBOARD I `� _ I SWITCH ATSB1000 SWITCHBOARD SWITCI 1 SEXIST - 13 -POLE, 3 -WIRE, 1 OOKAIC ' M DSA 1000' I LEXIST 11600A, 480V ' M DS B 1000' O.F.C.I. 1600A, 4 L - -fes- - -a OPEN TRANSITION L ___� _ _ _ J 3 -POLE, 3 -WIRE, 100KAIC 3 -POLE, ( EXIST) 1600A, 480V, 34, 3W, ( EXIST) OPEN TRANSITION 1600A, 480V, 30, 3W, 005 OPEN TR 65KAIC _ _ _ �- 65KAIC _ _ _ EXIST J I 1 i------------------ 'EXIST -1 1 L --J 1 1 1 2 3 4 1 1 1 1 2 3 4 1 1 1 ---t------q ------ -- 1 1 -4- q ------q•--- -- 1 1 1 1 q____ �•_ 1 1 I I �______�_ I 1 i. 800AF i. 1200AF i. 800AF i• 800AF 1 1 i• 800AF 6, 1200AF i. 800AF i. 800AF 1 800AF , CFP} 80OAT CFP 900AT CFP j 800AT CFP'E 800AT 1 1 [FP]- �1800AT CFP'E 900AT CFP �1800AT [FP]--1800AT I 800AT I I I I 1 4 I 1 t I 80% 80% t 80% I I 80% 80% 80% 1 80% I 80% I_ 80% 80% L LSIG LSIG L LSIG I 1 L LSIG I_ LSIG L LSIG I- LSIG I I_ LSIG L_ +/- 1 I I I x I I I I I x L--- I ---- I -----I ----- ----I L--- I ---- I ---- 1 ----- --I .-r-7 _ r7 -7-7-7 _-rte -7-7-7 _-r7 - - ( EXIST) ( EXIST) ( EXIST) DEMO ( EXIST) ( EXIST) ( EXIST) DEMO T�' CO( `TJ _TJ _TJ �TJ `-TJ �TJ II L------------------I------I----- I I x I I L ------x--------------- 1 I I I t X- X- X- XX- X- I I LX -X -X -X -XI -X -X -IX - X - X - X - X -X -X -X -X-: - - - - - IL------------ I L------------- L- - - - - -- I r 8(70i/3P 1 I r 800A 3P I ;LEXIST _.c. I I STATIC UPS ILEXIST _ N.C. I I STATIC UPS 1 H---� ♦_�_•--� I I SYSTEM UPSA1000 ; H---♦ i--� 1 1 SYSTEM 'UPSB1000' I f\ �J j 500kVA/500kW, 1.Opf I t �j SOOkVA/500kW, 1.Opf 180OA/3P I (EXIST) I 480V, 30, 3W, INPUT I (- 180OA/3P 1 (EXIST) KK J N.O. I 48OV, 30, 3W, INPUT 1 J q' N.O. I T I 480V, 30, 3W OUTPUT ; L J q' I ` T J I 480V, 30, 3W OUTPUT �---I--r---11 1�-1----4 1-+--I-�-_--Il -_-------1 I LEXIST _j I I t EXIST 1 ( EXIST) I 1 1 I �, ( EXIST) L--------- L --J 1 010 I 1 `Z�-I----1 -i 1 I 1 1 1 1 1 I �T I 1 1 T 1 I W I I I �' �I� i i I i �' DIS 1 I 1 I r� I 1 1 1 1 1 r11 I 1 1 1 I I I I I I I I 1 1 I I '� 1 I 1 I LIJ I F10 1 1 1 1 LIJ I SNI 1 1 I wI 1 wI �1 iI TTa--- 1 1 1 1 I T 1� 1 I I z T 41 1— I 1 1 I 1 ---j I t, I I 1 1 1 1 __� I I I I 1 I II I 1 1 1 T - - 111 I 1 ; --�-- 1- G -J II I 1 I ; L_.�. �- G J II 1 I 1 ( EXIST) ( EXIST ) I ( B003) 1 I I ( EXIST) ( EXIST) 1 ( B006 ) `T_ T -L� TJ I I LTJ �T =�� TJ '-----t'1 I ( B002 ) I I ----rt -I I ( B005) I 1 I 80OA/3P ,� I I - T J I I 800A 3P , I ` T_ I I f'- IST 1wT I�1 1 / � I r- _ T �T �1 1 I N.C. I I ��I GSM I I N.C. 1 I IK 1 I 'I IP11 1 �q 1 8I�� 0IziN I�� 1 `q 1 I� Icy I. (-� I� I� la I 1 j-� 1 1 2LJ t l I �1) I �1) I �j) I 1 1 1 2LJ 1 �• -_-- --•� 1 1 1 1 1 l 1 1 �. ---- -_J I I I I I 1 1 'q' 4 '�' 4' I I I= 1 1 . 800A , 800A 1 �- - -i- - -+- - -� 1 I I I L - -�- - -i- - -j 800A i, 4,►3P i )3PO11 MAINTENANCE BYPASS i 4,13P 13Po2 1 MAINTENANCE BYPASS CABINET MBCA1000 �i� --vv CABINET MBCB1000 ( EXIST) TX-X-X-x-x-x-X-X-x-x-X-X-X-X-X-X-X-X-X-X-X-x-x 800A, 480V, 30, 3W (EXIST) D800A, 480V, 30, 3W 19 RE: SHEET 1.1B 19 RE: SHEET 1.18 j X -X -X -X -X -X -X -X -X- I T ' ' ' T I I I -------��L--J I ---t---------�T----------------------J I I i i GENERATOR SWBD 'GSB02000' I I 480/277V, 34, 4W, 4000A, 65KAIC I ONELINE DIAGRAM KEYED NOTES I O1 PROVIDE CONTROL WIRING BETWEEN ATS AND GENERATOR SYSTEM PLC. COORDINATE ALL REQUIREMENTS WITH MTU SYSTEM REQUIREMENTS. O UTILIZE EXISTING BREAKER. O3 PROVIDE NEW BREAKER IN EXISTING SPACE TO MATCH EXISTING PANEL MANUFACTURER AND RATINGS. O4 CABLING PROVIDED BY EQUIPMENT MANUFACTURER, INSTALLED BY ELECTRICAL CONTRACTOR. O5 REFER TO GROUNDING ONE LINE DIAGRAM E1.2A FOR ADDITIONAL INFORMATION. O UNIT MOUNTED DISCONNECT PROVIDED WITH EQUIPMENT (TYPICAL FOR ALL CRAC'S/ERP'S/CONDENSERS UNLESS OTHERWISE NOTED). O PROVIDE NEMA 1 PULL BOX SIZED PER NEC REQUIREMENTS LOCATED AAbUVL LQUIh'MtNI. FREMOVE EXISTING SPARE BREAKER AND PROVIDE NEW BREAKER TO MATCH EXISTING PANEL MANUFACTURER AND RATINGS. ONELINE DIAGRAM GENERAL NOTES 1. REFER TO GENERAL ELECTRICAL NOTES, SYMBOLS, AND ABBREVIATIONS SHEET EO.1 FOR ALL SYMBOLS ON THIS SHEET. 2. REFER TO SHEETS EO.2 AND EO.3 FOR ELECTRICAL SPECIFICATIONS. 3. GROUND UPS EQUIPMENT AS RECOMMENDED BY MANUFACTURER, AS SHOWN ON SHEET E1.2 AND REQUIRED PER N.E.C. 4. PROVIDE CONTROL WIRING BETWEEN UPS AND MAINTENANCE BYPASS CABINET PER MANUFACTURER'S RECOMMENDATIONS. 5. PROVIDE CONTROL WIRING BETWEEN UPS AND BATTERY CABINETS PER MANUFACTURER'S RECOMMENDATIONS. 6. PROVIDE CONTROL WIRING BETWEEN NEW UPSC1000 AND PDUC1000. 7. PROVIDE CONTROL WIRING BETWEEN NEW UPSD1000 AND PDUD1000. 8. PROVIDE CONTROL WIRING BETWEEN UPSA1000 AND NEW PDUA2000. 9. PROVIDE CONTROL WIRING BETWEEN UPSB1000 AND NEW PDUB2000. 10. REFER TO SHEET E4.1 FOR FEEDER SCHEDULES, LOAD ANALYSIS, AND FAULT CURRENT DUTY SCHEDULE. 11. PHASE ROTATION SHALL BE A -B -C CLOCKWISE THROUGHOUT SYSTEM. Ir-- ----------------------------------------------------------------------- 1 1 I MECHANICAL DIST. PANEL 'MDPA1000' 800A, 480V, 30, 3W, 65KAIC 1 1 1 1- 2 -- 3 -- 4 -- 5 -- 6 -- 7 -- 8 - 9 - 10 11 12 13 14 --------------------------------------------------I I I------�-- --q- -�- -q-- -q- -� --q- --q-- --q-- -t-- -q-----q--------q----- I 1 I I I I I I I I I I I I I I I I i• 125A 6, 30A i. 11 OA 4, 30A 6, 110A i. 30A i, 110A i, 30A i. 15A i. 15A i 125A il 125A il 125A i 125A 1 AUTOMATIC TRANSFER I 1 q,13P q,13P 0,13P 0,13P 0,13P 0,13P 0,13P 0,13P 4,13P 9,) 3P ) 3P / 3P / 3P ) 3P MAIN DIST. I 1 1 SPARE SPARE SPARE SPARE SWITCH 'ATSD1000' SWITCHBOARD I IrEXIST 1600A, 480v11 'MDSD1000' I L� _ J-- r---------I----------------------------------r- - --- -- - ---- -----1 3 -POLE, 3 -WIRE, 100KAIC I , I OPEN TRANSITION 1600A, 48OV, 30, 3W, I (�- r----- ------------------n rEXIST �` 800A I r---------------- I rEXIST 1` I I rEXIST ` -I N 1 L --J 3P 1 800A 1 L --J 1 800A 800A 1 L --J 2 ) KK ----KK I 1 4,1 q,l 3F 3P 4" L J L_ J 4� 3P I f 1 I 1 1 1--------t----i---- I 1 PDU 'PDUA1000' «1A. i 1 PDU 'PDUB1000' ��iAJ I 1 PDU 'PDUC1000' ����� 500kVA, 480V, 30, 3W INPUT Y1 Y \ /Y Yl I 500kVA, 480V, 30, 3W INPUT X I (Y Y1 1 500kVA, 48OV, 30, 3W INPUT "y 1 208Y/12OV, 30, 4W OUTPUT1208Y/120V, 30, 4W OUTPUT -� I 1 208Y/120V, 30, 4W OUTPUT - 1 98.36% EFF. I I 198.36% EFF. I 1 1 98.36% EFF. 1 1 1 2 3 4 1 5 6 7 8 1 1 1 2 3 4 1 5 6 7 8 I 1 1 2 3 4 1 5 6 7 8 1 �--4----q----4•---'�-i---4----q----4•---t-- � I I I l I I I I �--4----4----4�---�-i---4----4----4----q--- � I I I �--q----q----q----q� � � -q- -t' � 1 I i` 600AF i` 600AF i` 600AF i` 600AF i` 600AF i` 600AF i` 600AF i` 600AF 1 1 1 1 1 1 I 1 I I I I I I I I I i` 600AF i` 600AF i` 600AF i` 600AF i` 600AF i` 600AF i` 600AF i` 600AF I 1 1 1 I I ) 1 1 I I I I I I I I I I I i` i` i` i` i` i` i` i` 1 1600AF 1600AF 1600AF 1600AF 1600AF 1600AF 1600AF 1600AF q� 4509 q� 450AT q, 450AT q, 450AT q, 450AT q, 450AT 0, 450AT 0, 450AT 1 1 q� 450AT q, 450AT q� 450AT q, 450AT q.- 450AT q� 450AT e. 450AT 9, 450AT 1 I q� 450AT q� 450AT q, 450AT q, 450AT q, 450AT q, 450AT 0, 450AT 0. 450AT I 3P I 3P I 3P I 3P I 3P I 3P 3P 3P I 1 I 3P I 3P I 3P I 3P I 3P I 3P 3P 3P 1 1 I 3P I 3P I 3P I 3P I 3P I 3P 3P 3P 1 -__I----i-----_---F--_-4----1-------------i --I-__-1••----4-----I•----�I�_---I----------__J �----)-_--1---_I--_-�•----4----�-_-----------� 11F_1�1_1_I 1�1�F_17 I F--L7f 17 II_ll_17 I I '_L� I I I ( EXIST )( EXIST )( EXIST )( EXIST )( EXIST )( EXIST) ( EXIST )( EXIST )( EXIST )( EXIST )( EXIST )( EXIST) ( EXIST )( EXIST )( EXIST )( EXIST )( EXIST )( EXIST ) `-TJ TJ LTJ LTJ `T� LTJ I I I I I I `-TJ `T� `-TJ �T� `T� `-TJ I LTJ �T.� �T� `-TJ LTJ LTJ A LIJ III LIj I I I I I Lii u LIQ I I I I I I u LIii III LIii <Al> <A2> <A3> <B1> <B2> <B3> <Cl> <C2> .--i--. ,--i--. ,--i --i-- -i-- -i-- ,--i--. ,--i--. ,--i--. ,--i--. 1 FUT. X FUT. H FUT. ) 1 FUT. H FUT. X FUT. ) I FUT. H FUT. )l FUT. H FUT. ) III POLE 42 II 42 POLE I II 42 POLE I) 42 POLE I II III II 11 III 42 POLE II 42 POLE I II 42 POLE II POLE I ; II III I I 11 -T- -T-"--T--/-T- POLE 1 1 ;i POLE ii POLE i Ii POLE ii POLE 11 I II I I II I L_JL_J L_JL_J <A4> <A5> <A6> <B4> <B5> <B6> <C3> <C4> <C5> <C6> I L_ - _j I 1 L_ _ J L____� L------I----___I <A1> <B1> <C1> <D1> <A3> <B3> <A2> <D2> <B2> <C2> "^` FUT. '^` <C3�> <D3'> Y RPP y y RPP y y RPP y y RPP y y RPP y '`Y' RPP .,Y, rEXIST ,�'RPP01000' I rEXIST �'�'RPP02000' I rEXIST 1, RPP I rEXIST-'I'RPP04000' I rEXIST ��'RPP05000' IrEXIST , I' '' RPP06000 L__J I L__J� I L__J I L__J, I L _ _ J 1- - - - - - __ �- -I_ r =_ �-1 f r =_ �- -I- � =r_ �- -� 225A 225N �- - �- - r - -1 r - -1 I I I I r -----y------ ------1------1 1 �--1--Y l r--1--� 1 225A 225AII 225A 225AI 225A 225AI I 225A 225A1 225A 225AI I 225A 225A1 225A 225AI 4" 3P i\3P j\3P i\3P i\3P i\3P 1\3P i\3P i\3P i\3P 1\3P i- 3Y i\3P j\3P \3P 4\3P 400A I i\3P I I 400A 1�3P I 1 225A 1 225N I 225A I 225A� I'�3P �'�3P A-�3P 4'�3P 1 I ti 80% ti80% T'/80% ti80% I III I I I ti 80% ti80% ti 80% ti80% I 1 1 I ?./80% ti80% T,/80% t�80% IIIII 1 1 I I ti 80% ti80% ti 80% ti80% I I I fi 100% I I ti 100% 1 , 4p,180% ,180% ( T 180% Y 180% ; I 1�1_1(-J_7 IF_i_IFL-1 1 I 11�1_II_17 11_-L_1�1� I I I 11F_1�1_1_I 1�1�F_17 I F--L7f 17 II_ll_17 I I '_L� I I I ,,, , , , 11 PANEL I PANEL I PANEL I IIRPPO AO111RPP0 A071 I R PO1 B04 RPP018041 I PANEL 11 PANEL PANEL I PANEL I 1 IIR P02COj COa I I I I I PANEL 11 NEL I I PANEL 11 PANEL I 1 IIRPP03A011 PA 3AOA I P03B04 I I I I I PANEL 11 PANEL I PANEL 11 PANEL I I IIRPPO I ( I PANEL I IRPP804001I i I ; I PANEL 1PANEL �tPP8400� I PANEL PMEL PANEL IIRP I;� � RPPO PPP02DOI RPP02DOI R R PPP03BOI A011IRPPO A02I PPP0 DOI Pt PO D041 ( EXIST) 086 OPAN6C j �tPPO6C0�, PO6D04 ItPPO6D0J II 42 POLE II 42 POLE III 42 POLE II 42 POLE I I I III II I III 42 POLE II 42 POLE I II 42 POLE II POLE I I I III I I 11 III POLE 42 II 42 POLE I II 42 POLE I) 42 POLE I II III II 11 III 42 POLE II 42 POLE I II 42 POLE II POLE I ; II III I I 11 ( i POLE i 1 ( POLE 1 1 ;i POLE ii POLE i Ii POLE ii POLE 11 I II I I II I L_JL_J L_JL_J I II I II I I II I I I 1 L_.JL_J L_ IL_J II I II I I II I I I I L._JL_.J II I II I I II I 11 I I L_JL_J L_JL-J I L_ - _j I 1 L_ _ J L____� L------I----___I L------I-------� _JL _j L------I------J L--. I I I I I I I I <C7> IL____JL____J�L�==JL==�J j -I-------I 97.7 EFF = I L__ JC20 L------------ "^. "^. <\B4,> <�C4,> "^. .^. <�A4,> <�D4/ .^. "^. <�A5,> <�65/ .^. "^. <\C5/ <�D5,> <�B6/ <�C6,> <�A6,> <�D6/ Y Y I I Y Y I I Y Y I I Y Y Y Y Y Y I I 1 } 1 1 } 1 1 I 1 } 1 1 } 1 I 1 1 } 1 1 } 1 I I I I 1 } 1 1 } 1 I I I I I I I I 1 } 1 1 } 1 1 } ' I 400A 1 I 400A 1 ' ' i, ' 1 �3P 1 1 .3P 1 1 1 400A 1 1 I 400A ' i` ' ' i` ' 1 �3P 1 1 �3P 1 1 I 400A 1 1 4OOA 1 ' i, 1 1 �. 1 1 .3P 1 1 .3P 1 I 400A 1 1 I 400A 1 1 j, 1 1 j, 1 1 1 1 1 1 I 400A 1 1 j. 1 1 1 1 1 I 400A 1, 1 1 1 1 1 I 400A 1 1 400A 1 1 j. 1 1 j, 1 1 1 t 100% ; ; 11100% ; ; 1"100% ; ; t ►100% ; ; t ►100% ; ; t r 100% ; �3P �3P ; t ►100% ; ; f" 100% ; .3P ; .1,1100% ' ' 1 1 .3P T' ► t DO% �3P 1 1 N3P 1 ' ' r ' ' r ' 1 1 �' 100% 1 1 1' 100% 1 1 �-�-� 1 1 �.--L-., 1 1 '„-�-.� 1 1 r•-�-,� 1 1 �.-�-� 1 1 �-�-., 1 1 �-�-., 1 1 �--I.,- 1 1 �- 1 1 �- 1 1 1 1 1 1 1 t 1 1 1 1 1 1 1 PANG PANEL 1 1 1 iiPPBO70d 1 �PPC070d 1 1 1 1 1 1 1 1 1 t 1 1 1 1 PANEL PANEL I t 1 1 hPPA08ad 1 1 I PPDo80d 1 1 1 I 1 1 1 1 1 1 1 1 1 PANEL PANEL 1 1 1 1 �PPA090d 1 r iZPPBo90d 1 1 1 1 1 1 1 1 1 1 1 1 1 PAN EL PANEL 1 1 1 1 1 �PPCtood IzPPDtood 1 1 1 t 1 1 1 P ANEL 1 1 1 1 �PPB11od 1 1 1 1 1 1 PANEL �PPCttod 1 1 1 1 1 1 1 1 1 1 1 1 1 PANEL PANEL 1 1 I t 1 1 1 LPA12od 1 1 WD12od 84 ; ; ; 84 ; ; ; ; 84 ; ; ; 84 ; ; ; ; 84 ; ; ; 84 ; ; 84 ; ; ; 84 ; ; ; 84 ; ; 84 ; ; ; ; 84 ; ; ; 84 1 1 1 1 1 1 PO 1 1 LE POLE 1 1 1 1 1 1 1 1 1 1 1 1 1 1 POLE 1 POLE I t l 1 1 1 1 1 1 1 1 1 1 1 1 1 1 POLE POLE I I 1 1 1 1 1 1 1 1 1 1 1 1 1 POLE POLE 1 1 1 1 1 1 1 1 1 1 1 1 1 P OLE 1 1 1 1 1 / 1 P OLE 1 1 1 1 1 1 1 1 1 1 1 1 1 POLE POLE ' �•----� 1 1 ' ' 1 ' ' ' ' 1 1 ' 1 1 1 1 1 1 1 ' 1 , , 1 1 / , 1 1 , 1 1 1 1 1 1 L -------_---J L -----------J FUT RPP FUT RPP L ----------- J L -----------J FUT RPP FUT RPP L -----------J L -----------J FUT RPP FUT RPP L -----------J L -----------J FUT RPP FUT RPP L -----------J L -----------J L -----------J L -----------J FUT RPP FUT RPP FUT RPP FUT RPP 'RPPB0700' 'RPPC0700' 'RPPA0800' 'RPPDO800' 'RPPA0900' 'RPPBO900' 'RPPC1000' 'RPPD1000' 'RPPB1100' 'RPPC1100' 'RPPA1200' 'RPPD1200' D EXIST EXIST ) ( FUT. ) I FUT. ) ( EXIST) ( EXIST 082 068 063 65KAIC I T -7- `--T- `--T--' -F _T 2 RE: I I ; ; 1 I SHEET E1.1B 4 I I I <B7> i <138> I i i I I I I 20 A21 2 1200AF 800AF I �, �, I I j j RE: RE: �900AT FP0�80OAT I L.I_J LS_J i i I ISHEET SHEET 80% ( 80% I i 1 ; L------------------- E11B E1.1B LSIG L LSIGI ( EXIST) ( EXIST ------------------- op SPARE1 I I 1 � T J ` T � - 1� �� ----.�. ---�I I 065 066 F 7-1 f 1J rl-1 ; r", ; ; r', ; rl_ FI -I I r L -i1 r L J r 1 r L 1 r -J -L-, r- I-�-, r- 1- J--, r -1-L-, r L r L ' rLp I I I I I I I I i i i i i i i t I I I NEW NEW NEW 6 I I CRA I I ERP- I I CON- I I CON- I ; FUT. ; ; FUT. ; ; FUT. i i FUT i I CRA- I ICON- I CRA- ERP- CON - 1 1 02000 1 1 02000 1 1 05021 1 1 06022 1 i CRA- i i ERP- i i CON- 1 1 CON- i 1 12000 1 1 20121 1 18000 18000 35181 ------------------------------------------J I DATA I I DATA I I DATA I I DATA 1 06000 06000 111061 I 1 12062 1 (ISS) I I (ISS) I (DH2) (DH2) (DH2) 067 -------------------------------------------- I HALL 1 1 I HALL 1 1 I HALL 1 1 I HALL 1 1 I DATA I I DATA I I DATA I I DATA 1 1 I I I -------------------------------------1 1 I 1 I I I I I 1 !HALL 11 I HALL 1 I !HALL 11 !HALL 11 1 I I I O6 6 7 6 7 ' - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -r - - - -1 1 1- - - - J L - - L - - L - - J L - - - - - - J L - - - - - - J L ------ J L - - - - - - J L _ _ -1 L _ _ J I I I Ir--I-----------------------------------------------------------------------� iP STATIC UPS I I i I MECHANICAL DIST. PANEL 'MDPB1000' ; SYSTEM 'UPSD1000' 800A, 48OV, 30, 3W, 65KAIC 500kVA/5OOkW, 1.Opf 1 l- 1 2 3 4 5 6 7 8 9 10 11 12 13 14 018 480V, 30, 3W, INPUT I I I -----q----�----�•----q-----q-----q-----q-----q-----q---- f•-- -q---- q--- -q--- �---- I 48OV, 30, 3W OUTPUT I 1 1 I I I I I I I I I I I I I I 1 i. 50A i. 20A i. 125A i. 30A 125A i. 30A i. 110A i. 30A 4. 110A i, 30A il 125A i 125A i. 125A i 125A I I I 1 13P 13P q,13P 9,) 3P 4,13P q,13P 0,13P 0,13P 0/13P 0,13P / 3P ) 3P 0,13P 3P 1 1 ' 2 ' O2 SPARE SPARE SPARE SPA ' 1 I I r-- O O i O J 1 I LEXIST J � � I I I I I 1 -----,-- -- �----�----I-----1-----t---------------------- - --- --- -�--- ----� I I i i I I I I FUT. ) l FUT. ) ( EXIST) ( EXIST) ( EXIST) ( EXIST) 069 064 1 FUT ) I I i i I I I I I I I I i i I I I 20 I B21 I <B7> <B8> 2 2 ; 24 RE: j j I RE: I RE: I I I v RE: i SHEET E1.1B I I ; SHEET ; SHEET I I I SHEET ' I I I i E1.1B i E1.1B I I L-E1.1B 1 FUT ) I FUT ),d FUT ) G I r�j j �l-I I-�J �-IJ f 1J r'�� I r�� I r�� r��� J, r --1--'-J, F_ J- 1 r -L -I r- J- 1 r L J- -1 I 1 I I I ALJ I I I J -LJ 1 1 1 J I I J_LJ I 019 O 4 I I FUT. FUT. I CRA- I I ERP- I I CON- I I CON- 1 FUT. FUT. FUT. FUT. I I I 1 1 I I I I I I I I 1 1 CRA- 1 1 1 ERP- 1 1 1 CON- 1 1 CON- I I I I I I 1 1 1 1 1 1 I 1 I I I , CRA- , ,CON- , 1 01000 1 1 01000 1 101011 1 1 02012 1 1 11000 I' 1 11000 I' I 21111 I I 22112 1 15000 i i 27151 i DATA DATA DATA DATA ' ' ' ' iP � I � I I I I I I I I I i (DH2) iii (DH2) , I , (DH2) ' ' ( ) ' /� I I 1 (ELEC 1 1 (ELEC 1 1 HALL 1 1 1 HALL 1 1 1 HALL 1 1 1 HALL 1 1 I 1 1 1 1 1 1 i i DH2 1i. C` I I 1 I I 1 1 1 I I I 1 I I 29 TJ I I i ROOM) l 1 ROOM) i 1 1 1 1 1 1 1 1 '� I ( L ------J L ------J L-- -I L-- J L-- J �- -- J L__T-_J I L ------J I L ------J L -----_J X - , r-------------------- ---------- rEXIST _ O 800A ` � f J77OA 1 L --J 2 1 KK ----KK I 3P 3P I 1 PDU 'PDUD1000' 1 500kVA, 48OV, 30, 3W INPUT Yx Y l 1 1 208Y/12OV, 30, 4W OUTPUT -� 1 1 98.36% EFF. 1 1 2 3 4 1 5 6 7 8 --q----q----4----t'6--'q'----q----4---rt--- � I I I I I I I I i` 600AF i` 600AF 16\) ` 600AF i\) ` 600AF 6\) 600AF iN 600AF i` 600AF i` 600AF j q�1450AT q�1450AT q,1450AT q�1450AT q,450AT q,1450AT 0.1450AT o.1450AT 1 1 1 3P 1 3P 1 3P 1 3P 1 3P 1 3P 3P 3P 1 ( EXIST )( EXIST )( EXIST )( EXIST )( EXIST )( EXIST ) `-TT.J LTT� LTJ `TJ 1 1 1 1 1 1 u u u u 1 FUT. H FUT. X FUT. X FUT. ) /" .. . _T_. �_T_� '.--T--/ T--/ <D3;> <D4> <'D5;> <D6;> LINE TYPE LEGEND EXISTING FEEDERS/EQUIPMENT TO REMAIN - - - - - - - - - NEW FEEDERS/EQUIPMENT FUTURE FEEDERS/EQUIPMENT-------------------------- FEEDERS/EQUIPMENT TO BE DEMOLISHED - X - X - X - SCALE: NOT TO SCALE s I FUT �) CON- I 1 j I FJ 1 �J I Ir-- ------------------------------------------ ----------------------- 1 I MECHANICAL DIST. PANEL 'MDPC1000' II I 1 CON- 19101 20102 I 1 I 800A, 48OV, 30, 3W, 65KAIC i (DH2) I I I 1 1 II I 1 2 3 4 5 6 7 8 9 10 11 12 13 14 1 I1--�--�----•q----�----q-----q-----q-----q-----q----�----+----q-- I --q-----q-----q--- I I I I 125A i. 50A 1 q,13P q,13P I 6, 20A q,13P I I I I I I I I 4, 125A i. 30A i. 125A i. 30A 6, 11 OA 4, 30A i, 11 OA 6, 30 q,13P q,13P q,13P q,13P 0,13P 0,13P 0,13P 0,13P I i 125A , 3P I I i 125A i, 125A 1 , 3P 0,13P 1 I I I I I I I I I O O IrLEXI--� ST I ------------------ 'TR NC1000': ( EXIST) ( EXIST) ( EXIST) ( EXIST) ( EXIST) ( EXIST) ( EXIST) 086 077 1 FUT ) -7 � 7 �� LTJ -7 T LTJ 480V:208Y/120V I 75kVA, NEMA 1' '--yY I -C- I rEXIST -1 I I I I I I I I I <C7> <C8> I 1 97.7 EFF = I L__ JC20 C2 I ( EXIST) I I I I I RE: RE: I T_ I I I I L SHEET I SHEET I I I I I I I I I I I I E1.1B E1.1B 1 1 ,-----� ; FUT ) I I-I_J F_ 7 -1f 11J r -U(" �-1 F _J FJ I r__I_� F_ --Ir- --I r LJ 1 rL�1 F_ 7 rL�1 r-�--1-, I II I I I NEW I I CRA- I I PANEL 1 1 09000 1 I I I CON- 1 117091 1 I I I I I I 1 CRA- I I ERP- I I CON- I 1 03000 1 1 03000 1 1 03031 1 I I I CON- 1 1 04032 1 i FUT. , i, FUT. 1 CRA -iii ERP - 1 10000 i 10000 1 ILCPC100q I (ELEC I I (ELEC I I DATA I I DATA I I DATA I I DATA 1 ' (DH2) i� DH2 i( ) I r-- -1I 1 ROOM) I I EXIST I I I I ROOM) I I I I HALL 1 1 I HALL 1 1 1 HALL 1 I I I I I I I I' HALL 1 1 I I I III 1 III 1 L ---I L__jL_ _j L_ _j L_ _j L__jL_ _jL-- -J I L ------J r-------------------l-----T------------------------------------------------ I MECHANICAL DIST. PANEL MDPD1000 I 800A, 480V, 30, 3W, 65KAIC 1 I 1 2 3 4 5 6 7 8 9 10 11 12 13 14 1 I--:-----q----•q----t----q-----q-----q-----q-----q-----q----�---q•----q-----q-----�---- I I I I I I I I I I I I I I I i• 125A i, 50A i, 20A i. 125A i. 30A i. 11 OA i. 30A i. 11 OA i. 30A i. 110A i 125A i 125A i 125A i. 125A 1 1,13P t,13P )3P T,13P t,13P q,13P q,► 3P 0,► 3P 0,13P 0,13P , 3P , 3P , 3P ®,13P __ IrEXIST I-L-�--1-----L----L----I------------------ --- - - - - ---- ' J NEW CON - 36182 (DH2) 1 _ ..._ ED FOR co PUANCE WITH PPA70 - NEC AUG 21 2017 1 FUT �),4 FUT �) CON- I 1 j I FJ 1 �J FUT. ; ; FUT. CON- 1 1 CON- 19101 20102 (DH2) i (DH2) I I I 1 'TRND1000': ( EXIST) ( EXIST) ( EXIST) ( EXIST) ( EXIST) 1 FUT. ) 1 FUT. ) 073 087 078 l� FUT ) 480V:208Y 120V ` T_ `- T � ` T � � T J �-- T--/ � --T--/ / 75kVA, NEMA 1' Y -Tr - 7 1 1 1 1 97.7% EFF -� i LEXIST J I I L { L__________________ 20 D21 2 I j j L l IRE: ' RE: RE: RE: <C7> I <C8> I i i SHEET SHEET SHEET E1.1B E1.1B E1.1B 1 ( EXIST) I I y I y I 1 I T I I rI - ?-I rT - � -I FUT ) I I I 1 1I I I i i r1-1 T r�� 1 I I L 1_ J L 1_ J FUT. FUT. j I I I I I L I I I I V u \ 1 I I I CRA- 1 I ERP- I I � � r� r-1 r I -1 r -1 r� r� r� I J J J J J L , �J , FJ 1 FJ 1 ,J i 09000 ' 09000 1 r� -17 r L J. 1 r L '1 1 r_ L_ _L 1 r_ i- _L 1 r L J. -I r -JJ--, r-J�--, r-�--'--, r -JJ--, I 1 1 I I I1 I1 I I I I II II II II II II I I I I 1 1 I I 1I I1 (DH2)11 11 11 (DH2) ) I NEW CRA- I CON- I CRA- ERP- CON- CON - II FUT. FUT. FUT. Fes • PANEL 10000 18101 1 05000 05000 09051 10052 CRA- ERP- CON- ; i CON 1LCPD100q I (ELEC I I (ELEC I I DATA I I DATA I I DATA I I DATA 1 1 04000 i i 04000 i i 070411 i 08042 i TZ_J_-� `------J I-- I I 1 I 1 1 HALL 1 1 1 HALL 1 1 1 HALL 1 1 1 HALL 1 1 i DATA i i DATA i i DATA i i DATA i L_____________ F � ROOM) ROOM) , I LEXIST JI I I I I I I I I I I I I; HALL 1; ; HALL 1; ; HALL 1; ; HALL 1; L = = J L _ _ J L _ _ J L_ _ _ J L _ _ J L _ _ J L _ _ J L ------ J L ------- L ------ J L ----_-J RECEIVED CITY OF TUKWILA JUL 27 2017 PERMIT CENTER 11ilimmo1oil1 FUT. 1 1 FUT. CON- I 1 I 1 CON - 17091 118092 9/9/16 (DH2) (DH2) 1 a Two Lincoln Centre 5420 LBJ Freeway, Suite 1100 Dallas, TX 75240 Phone: 214/273-1559 co X (2D 6 FW ISSUES & REVISIONS No. Date IF Description 1 9/9/16 ISSUE FOR PERMIT 7/26/17 REVISION #1 SEIBBTZZm ELECTRICAL ONE -LINE 0 419 S ENO. DRAWN: WAM -ff".A -A A REVIEWED: RWB 11-4 PROJECT NO.: C1395.00 BURR COMPUTER ENVIRONMENTS, INC. ■t® I I I I I I I 1 it FUTURE UTILITY A_" v'\ ' ' v TRANSFORMER 3 '_1y X r480Y/277V SECONDARY -1•- I FUTURE OPT. STANDBY r ----------------- - 1 1010 10.10, 1r-----------1010--1010 r------------1010---, r-------------1010--, 10.10, 1 - 1 FUTURE OPT. STANDBY 1 1 FUTURE OPT. STANDBY ; ;FUTURE OPT. STANDBY ; ;FUTURE OPT. STANDBY r------------1010---, ; ;FUTURE OPT. STANDBY 600kW/750KVA 1 ' ' : �' 1 1 .1010- ,1010__., ,._-.., t t . , t 1 . , / % 600kW/750KVA % 600kW/750KVA 1 % 600kW f 750KVA ..1010., 1 .- . ; % 1 600kW 750KVA ._-_., 1 .- . : % ' 480Y/277V, 30, 4W, 4000A, 65KAIC UPSIROOM 2 1191 i i i i 1 600kW/750KVA 1 i 1 I 1 / % 1 1 1 I ♦ t t I ♦ t 1 . . 1 1 . . 1 1 . . 1 GENERATOR GEN07000 ; ; 600kw ; 1 ; 1 ; 7 1 / 1 , 1 1 1 f , t ; 600kw ; ; GENERATOR GEN08000 ; ; 600kw 1 ; GENERATOR GEN09000 1 ; 60okW ; GENERATOR GEN10000 1 , , ; 1 600kw ' 1 ; GENERATOR GEN11000 1 . , ; 1 600kw ; 1 ; GENERATOR GEN12000 480Y/277V, 30, 4W, 0.80PF 1 1 ; % . % 1 ; , I . 1 1 , , 1 1 , 1 / , % % 1 480Y 277V, 30, 4W, 0.80PF ; % : I. ' % / �-480Y/277V, 30, 4W, 0.80PF �� 480Y 277V, 30, 4W, 0.80PF / , , , ' �� , 480Y/277V, 30, 4W, 0.80PF , , , ' • • , 480Y/277V, 30, 4W, 0.80PF ".\ I 1 , I 1 1 ; 1 'r-' 100% M 100% p,' 100% q,' 100% p,' 100% a-' 100% , 1 %`+101 ; 1 ' 1 �'.-'--,� .,._,-'-, ; ,`'-ter•-, ; ** '. ; 1 1 1 10'-" ■ 1 ; 1 ; ; ; ; ; . 1 1 , ; •. r- *- ......... b...... ---_i..- ... ___.�......1010- b........... y...�.....-_� .....610..... ; 1 ■ -- -• 1 ; 1 ; 1 1 1 1 1 116�``10'10--" ■ 1 t 1 1 1 1 1 -- .. ; ; L --•w•1010 ; ; 1----1►--- ; 1 1 t 1 ; L...*--. 1 1 ; 1 1 t 1 1 L --r7--- 1 1 ' ' 1 I 1 ; , 1000 3 ") // 1 1 1 1 1 1 1 1 1 ; 1 1000/3") - 1000 3 ") "�` 1000/3 1 1 1 ' : "�` , 1000/3 1 , 11 ; I / "'` 1000 3 I ' ; -r � LSIG,---L--, 1 L-----100% "' ; ' ; 100% f'- I 1010--^ 11 100% r' ; ; 100% ?'' ; �1010-^\ x1010 -_-J i 1010-^\--y1010-__J -I,_-----( FUT ) .I��1010---1 FUT 1 w�1010---{ FUT ) ; r; 1 100% 1 1 1 1 , 100% Y' ; L_ -1010 -1010____y__ -__J , LSI r-- r-- 1 LC ---a 1600AT LGA _'r_ ---L-- \ L , , `r `1010 ' I ♦_ , `-----' -_1_^ \) ; _1_- '�' LSI ; I "' SPARE T I 100% "'100% ; ( FUT ) `--T--' s--- L i NSS 1 1 N ------------------------1010--1010 ------------------- 1��------1010-__- ' 1010--------- =-----1010--1010 -, I r------------------------1010--1010---���--------------------------1010-1010----------1010-'-r----1010---1 l FUT `--T--/ ; l FUT \) ♦--T--' 1 N.C. 1 i LOAD 1 -,I- 1 -' ; I I LSIG 1 I I I I I I I- I I I I 1 1 i i r---------------------------------------------------------------------"J------------1----------I-----------1010---J , T< y-< L-- 1 L-- 1 ; _ '- -1010$-.. N I BANK) 1010.tenon N L--LSIG L--1 1 ; 11 11 1 'fes I 1'-5�---------1--------------(1010-----'1010-----1010--1010 L-1010---1010--1010--1010 T�-----1010- --1010--1010 --1010--1010 I I I -\L!, I I I------------------------------------10101010------------1010--1010---, I I I 110101010---- ------------------------------------------1010-- -J 1 I I ' .. ... ?e G I ' I 1 ; 1 , r 1 1 1 _1_ 1 ,--1--\ ( FUT ) `-_T_-/ II I I r-------------------------1010-----------------1010---- 1 10101010--1010 1-------- 1 -. 1L1;---� I I I I I I 1 ; 1 1 ..;$... G T_________ ------{------------------------------1010---r ------------------------------+1010-1010---i-----+-------------------1010---r 1 1 ---------------------------------------------'1010-1010--1010 -----}10101010---� FUTURE 1 GENERATOR SWBD 1 1010----1010 I I --1010--1010 1010----1010 II I I I r--------1010--101010101010-----1010---1010---1010--1010 I I I 110101010---- I 11010------111j _ y_ I _ I (♦ FUT ) (� FUT ) 1 1 I 1 1 I I I 1 1 /-- \ /- \ ( FUT ) ( FUT 1 r---1010-1010-1010--1010 I I I 1010--1010--1010 1 1010--- ----- I 1 I ' I FUTURE MAIN SWITCHBOARD 'MSB02000' 600AF °ll 450A T J 3P 600AF ° 450AT � 3P 'GSB03000' I I I I I I I I I I I I I I 1 I I I 600AF + 450AT / 3P I I I I I I I I 1 1 FUTURE GENERATOR SWBD 'GSB04000' 600AF 450AT 3P 480Y/277V, 30, 4W, 4000A, SE RATED, N1, 100KAIC UPS ROOM 2 119 028 480Y/277V, 30, 4W, 4000A, 65KAIC UPSIROOM 2 1191 i i i i 030 1 i i i i 1 480Y/277V, 30, 4W, 4000A, 65KAIC UPS ROOM 2 119 r--------------------1010---- 1 ---------------------1010----------------------------1010---, r--------1010----------------------------------y----------+---------------------�+----------i---------------1010---- T__________________ I I I I 1 I +-------------------a----1010---- I + -- _ _____________.1 I I 1 (BUS A) 400A 22000 22000 43221 44222 1 ; ; t r-1010---, 1 NSS 1 1 1000AF 1 1o00AF 1 1000AF 1 1000AF 1 1000AF 1 1000AF I 1 1 1 L 240kA j w\ w'\ a'\ ; I i 1000AF 1 1000AF I 1 I I I I r -W---, 1 1000AF 1 1000AF 1 1000AF 1 1000AF i TVSS I ; 1 I 1 24OkA 1 ;1 (DH2) (DH2) (DH2) (DH2) I 1 I 1 I I I I 1 (DH2) 1 I 1 (DH2) 1 I 1 (DH2) 1 1 (DH2) 1 2 3 4 (BUS B) g00AT 900AT 900AT 900AT 1 T-- "'` "'\ "'� 900AT 900AT ; \ 900AT \ 900AT "' N' \ p'\ 900AT »-\ °' 900AT 900AT T-- t ,1 t-.......$...-- I (BUS C) -----yr------------a-1010--1010 ---+►-------------�►-1010--1010 ; ".\ I 1 , I 1 1 ; 1 'r-' 100% M 100% p,' 100% q,' 100% p,' 100% a-' 100% , 1 I , »' 100% s,' 100% :1\900AT I I , 1I M,' 100% a' 100% .' 100% s.' 100% `�1` ; 1 ' 1 I I 1 I I I I I I I I I 1 t 1 N.' I I I 1 1 I , , 1 LSI 1 LSI 1 LSI 1 LSI 1 LSI 1 LSI 1 1 I I I LSI 1 LSI I I I I a i ; 1 LSI 1 LSI 1 LSI 1 LSI ; �,, 4000AF ,�. *1 1600AF ,I,. 1600AF ;1*. 1600AF ,I,. 1600AF ; 1 ....� .......---...$...s..� .......,.---------------------------•� ••------.�.......------.........a 1010--- ; .....�.1010-s•-..10104.......... ......... b...... ---_i..- ... ___.�......1010- b........... y...�.....-_� .....610..... ; 11 _ �GFP 7) ) E]- 4000AT rGFPE rGFPE -` rGFPE L �- L �- 1L ---) rGFPE --a } 1600AT L } 1600AT 1 ; i i I ; ' ' ' I ' ' 1 I M M' T 1 100% I ,1600AT ,1600AT '' T 1 100% T '�" 100% T I 1" 100% 1 M� 100% , , , , , *,�1600AF rGFPE '1,i 1600AF 11 4000AF : *,,) 4000/3 / 1►'\ 1600AF 1600AF t *',` I 1 -r � LSIG,---L--, 1 +\ LSIG _I-� LSIG 1 1 -r` LSIG 1 •+'` LSIG 1 ; �GFP , --- y ,1600AT LT} a ,1600AT ;4000AT 1 , , LSI r-- r-- 1 LC ---a 1600AT LGA _'r_ 1 L , , L I- L__�{' L__ ; I 1 100% I 1 100% '�' LSI ; I "' SPARE T I 100% "'100% ; 1 .. s--- L i NSS 1 1 N i' i' 1 i'� i-1 ; ; i -'-, LSIG 1 -I-,, LSIG 1 N.C. 1 i LOAD 1 -,I- 1 -' ; I I LSIG I I I I 1 ' I I 1--'�-1010 G I L ------J f I I I I I I I- I I I I 1 1 1 ; , T< y-< L-- 1 L-- 1 ; _ '- -1010$-.. N I ; 1 I 1 I BANK) 1010.tenon N L--LSIG L--1 1 ; 11 11 1 'fes I 1'-5�---------1--------------(1010-----'1010-----1010--1010 1010; 1010- 1010 1---J-------1010--1010 - -1010---J -�; 1 I I ' .. ... ?e G I ' I 1 ; 1 , r 1 1 1 _1_ 1 ,--1--\ ( FUT ) `-_T_-/ /--1--. /1010 ( FUT ) ( FUT ) __- `-- / `1010 / /_-1--\ ,1010 ( FUT ) ( FUT )-----I'-1010---- \-_ / `-_ / 1010 ; 1 1 ..;$... G T_________ ------{------------------------------1010---r ------------------------------+1010-1010---i-----+-------------------1010---r 1 1 ---------------------------------------------'1010-1010--1010 -----}10101010---� 1 T__ T 1 I T T__ I I I I -_t_^ _t_- _1_ / \ /- \ _ ' I I I 1 /-___-\ I _ y_ I _ I (♦ FUT ) (� FUT ) L---( FUT Y --J /-- \ /- \ ( FUT ) ( FUT 1 r---1010-1010-1010--1010 I I I 1010--1010--1010 1 1010--- ----- I 1 I I ----1010--1010 ----------------1010--1010 I I I I T-- -_T__ I -------1010--1010 J L `1010---' `1010 / `�-- / T-- -/ I I I 1 I I --1010-1010--10101010----1010--1010-1010-1010---� II I'--------------------------------------1010101010101010---1010--1010 I ------------------------------------------------------------------------------------------------------------1010------------1010-1010--1010---- I I I 1 I �-1010--1010 I I r1010--1010 I ---1010-----------------------1010---J I I I 1II 1 ' `--------------------------1010----1010--------------10101010--1010 1 --------------------------------1010-----------1010---1010---- L__ I ________________________________________________________, I I I 1 11 1 1 1 1 1 1 L_______� I I I I I I FUT AUTOMATIC UPS ROOM 2 119 _._._._..�.._.; FUT AUTOMATIC UPS ROOM 2 119 r_}1010_..-_-*___� FUT AUTOMATIC UPS ROOM 2 119 1 1 FUT AUTOMATIC UPS ROOM 2 119 r-r--------�---y ■ a\ * ' TRANSFER FUT MAIN DIST. �` 1 TRANSFER FUT MAIN DIST. \ 2 ) ; *\ :TRANSFER FUT MAIN DIST. ; ",," �,\ 11 ;TRANSFER FUT MAIN DIST. 1 \ . , \ 1 __, , \ , 1 'SWITCH 'ATSA2000' SWITCHBOARD : \\` 'SWITCH 'ATSB2000' SWITCHBOARD a \\\ 1 SWITCH 'ATSC2000' SWITCHBOARD : SWITCH 'ATSD2000I SWITCHBOARD 1 \ 1 ■ \ t ■ \ 1 1 \ , ■ ■ 1 7 ; \ ; , , ; \ __-__ �; 7 7 1 \ r -----I1 . 1600A, 48ov MDSA2000 . 1600A, 480v MDSB2000 I o.F.c.1.,,1sooA, 48ov MDSC2000 1 1010__;' 1600A, 48ov 'MDSD2000' +� , O.F.C.I. , �""'�'-""'� L ---'-z',.....; L --1010-z- ____=J 3 -POLE, 3 WIRE, 100KAIC �-----z_- ----a 3 -POLE, 3 -WIRE, 100KAIC 3 -POLE, 3 -WIRE, 100KAIC 1600A, 480V, 30, 3W, i - 3 -POLE, 3 -WIRE, 100KAIC 1600A, 48OV, 30, 3W, /1010 1600A, 48OV, 30, 3W, - 1600A, 48OV, 30, 3W, ( FUT 1 OPEN TRANSITION (FUT ) OPEN TRANSITION 65KAIC UPS ROOM 2 119 (\ FUT ) OPEN TRANSITION ( FUT \) OPEN TRANSITION 65KAIC UPS ROOM 2 119 65KAIC UPS ROOM 2 119 65KAIC UPS ROOM 2 119 1010 ==z = -------------------------------------------1010--1010----= Z 1 I 1 1 I--------------1010--'•1010---_-------------------------------------------=----------------------------------------------1010--'+ 1 I 1 1 1 1010____ ' ' I r_____is , 1 r_____�, 1 I t 1 I ; 1 `0_F_C.LJ; ; 1 iO.---i; ; 1 1 2 3 4, t 1 I 1 1 I t 1 1 L_____J , _# ; ; 1 1 2 3 4 ; ; 11 2 3 4 ; ; 11 2 3 4 1 ' ---'�'------------'a'------1010--1010 -----1010--1010 - ; ;----�•-'a'------------4J'------1010--1010 1 ' .---�'- 1 , y►" -yh - - 1010---h------------�h------1010--1010 1 ' i i t 1 i i-----1010-----1010 I I i i ' ' 1 1-1�-------------1010 1 1 * , 800AF ,►,\ 1200AF *1.\ 800AF r'►.\ 800AF _ *.\ 800AF *,,\ 1200AF 1'.\ 800AF 1►.\ 800AF ►.\ 800AF +1.\ 800AF *-\ 1200AF *.\ 800AF � �,.\ 800AF ►.\ 800AF _ I1, 1200AF _ *.\ 800AF 1. �GFPE}- - rG�}--� g00AT [GFPE ---1 GFPE 1010+ 1 t rGFPE - -7 rGFPE ---\ rGFPE ---+ rGFPE 1010 I 1 t rGFPE - a rGFP 1 rGFPE --a GFP}--\ BOOAT 1 1 *FPE 1010\1 rGFPE --a rGFPE ---+ rGFPE --\ 1 T -, 800AT LT T} , 800AT LT} , 800AT L } r T} T} , 800AT L } 800AT L } - E}-- 800AT L } 90oAT L } 800AT L ]- 800AT L 800AT L , 900AT L a- a- a. a. 1 1 T -,- , , , , 800AT L } 800AT 1 I , I , 1 , I 1 1 1 a' I a- I 'J- 1 1 I M. T I T y: T 0 1 1 T y; T '* T M� 900AT LT. "; , 1 I , 80% I 1 80% I , 80% I I 80% 1 1 1 I 80% I I 80% I 1 80% I I 80% 1 1 I I 80% i I 80% 1 I 80% 1 80% ; ; i I 80% 1 1 80% 1 I 80% 1 80% ; j^, LSIG I ' i••` I -+. 1 1 I �, I t, I �-. I _,.., 1 1 1 I I 1 L__ L__ I , LSIG L___ - I LSIG L__ , I LSIG 1 ; 1__ , I LSIG I LSIG I L_ , I LSIG I , , LSIG L_-_ 1 , I , I LSIG I LSIG 1 T� T< _T� -� _ �I LSIG I LSIG 1 I L- _k L_ *` -�.I LSIG i �I LSIG ; ; i -F` LSIG i t` ' -k), LSIG i �, ' 1 1 , , ,SPARE 1 1 I 1 �I - I I - 1 1 SPARE 1 1 -T`I -,`,, �, SPARE ; ; L_- �, L_-,�, L_-,�� L__:�' SPARE 1 1 i i i i 1 1 i i i i i ; t I I 1 1 ; ; I I I 1 ; 1 I I 1 1 1 1 I I 1 _1 ^ 1_- _1_^ 1-- -1-- _t_._ _1_^ _1_^ _1_- _t_^ _1_^ 1_^ J._- _1_- , ♦ /- \ /- \ /- \ / \ /- \ /- \ /- \ /- \ /- \ /---L--\ /--.L--\ /- \ i \ ( FUT ) ( FUT I ( FUT ) ( FUT ) ( FUT ) ( FUT ) ( FUT ) ( FUT ) ( FUT ) ( FUT ) ( FUT I ( FUT ) ( FUT I ( FUT ) ♦ / ♦ / "--T--/ / ♦ / ♦ / ♦ / ♦ / ,---T--/ / ♦ / ,---T--/ / ♦ / \--T--/ ,---T--/ / ♦ ---r-- --T-_ --T__ --T-- --T-- --T-- -_T-- --T-- --T-- --T-- 1010 i -- 1010 i --/ �_ i _.� -_ i _-/ I 1 1 1 1 1 1 1 1 1 1 I L------1010---- 1 --1010------------1010--1010 I-----1010--1010 I-10101010-1010--- 1-1010--1010--1010 I---1010--1010-----10101010--1010 11010--1010-1010-- 1---1010--1010 1010-- 1010--1010 ' 1010---1010--1010 ' 1 II I I I ''----------__ I I ( I I I ----------- , ------------------------1010-__-----------_. -----------------1010--1010 1-----1010--1010 1-----1010--1010 1------------------------------------���-----1010--1010 1-----1010--1010 1 -----------------------------------1010---- I _• I 1 ( 1 L---------------------1010 I I . ----- ----------- -----------------------1010--1010 I I ---------------1010--1010 -----------------1010--1010 ,L!� - ' -----1010--1010 I --------------------------------------------1010--1010 ' 1 I ----1010--1010 , I I --101010101010--- I ----------------------------------1010---- L________________10101010__ I � � I 1 � 1 1 1 1 L- 1010---1 i 1 1 L--1010--1010 I 1 1 I � L ----1010---i 7 I �______+1010___-_____________7 1 ' I ' 1 I 80oA/3P 1 FUT STATIC UPS ; I 80oA/3P 1 FUT STATIC UPS 800A/3P 1010- I 1 1 ,-, N.C. _ 1 1 FUT STATIC UPS # 80OA/3P I 1 -.N.C. 1 I 1 FUT STATIC UPS �------a--a �- 1 SYSTEM 'UPSA2000' 11 # N'c' F ------•--i i- » 1 1 SYSTEM 'UPSB2000'I '' * ' 1 SYSTEM 'UPSC2000' ---4 �t---- 1 'U 0' 1 ■ I ' I ' �------�-; r -i-- ; I1010--1010 * SYSTEM PSD200 -------�J ' I 1 t , I * I ' 500kVA/500kW, l.Opf ; * 11010____-_rJ 1 500kVA 500kW 1.0 f ; i -- I 1 + ' 1 1 _1_- I / . P I +J 1 500kVA/500kW 1.Opf t , t 1 ' 500kVA/5OOkW 1.Opf r-- 71��\ 800A 3P 1 /- \ I 1 ' i -1 ^\ 1 t 1 / _1-^\ 1 ' 1 t /--1---\ 1 ' 1 ' ' 1 1 ( FUT ) I 480V, 30, 3W, INPUT, 100kAIC 1 1010 °�' 800A/3P 1 1 48OV, 30, 3W, INPUT, lOokAIC 1 r--� �''` 800A/3P� 1 r--,1►'\ 80OA/3P1 KK I �,,, N.O. ; ♦-_T__/ 1 480V, 30, 3W OUTPUT 1 KK I M' N.O. 1 (\ FUT 1 480V, 30, 3W OUTPUT ,' KK i ,r,1 N 0 (\ FUT ) 1 480V, 30, 3W, INPUT, 100kAIC ; 1 KK' ; N 0 ; (\ FUT ) 1 480V, 30, 3W, INPUT, 100kAIC - 48OV, 30, 3W OUTPUT 1 L__J M' 1 --T-- I 480V 30, 3W OUTPUT r----t------1� 1 r ---T-1010-•{-1010--1010---, r ----t------ 1 t-----1---------- ' I ' ' 'I-_________ 1 I 1 I I �__�__\ t 1 I r1010---, ,UPS ROOM 2 119 J_- t , ---I I 1 UPS ROOM 2 119 r ----f--1010--4 1 r ----►10101010 ,UPS ROOM 2 119 r----t--1010--.r 1 r---*1010---+1010---1010---, -----------1010---� 1 . LO_F_C.I. J, - 1 1 1 r } , _1-_ 1 1 ; i ' 1 \ 1 1 I ,- \ 1 ,- \ 1 -1_- 1 t 1 I I , UPS ROOM 2 119 l\ FUT ) , , ; •�\ I ; (♦ FUT ) a------------1010---+ 1 I t t _-T-- 1 1 1 I I 1 --T--' ; ; ; .., I I (\ FUT ) ; ---------1010--1010 ; ; "\ 1 I `--T--' ; --1010--1010 ; ��\ '----- '1------� 1 1 ' 1 L-1010-�'--1010-- 1 1 ' L---- ( FUT ) F'-1010--1010 11 , 1 t 1 t .' 1 t j 1 1 !' 1 ;-1010---? ; ; •.1 I 1 1 1 1 ; •� I ; 1 L____;1010____ 1 I I 11 ; ; ; 1 `----1 : ; ; ; ; I L----, ; ; ; ; ; 1 L_____ ; ; ; ; 1 1 I , 1 1 1 , I 1 t ■ 1 1 I I 1 1 1 1 1 ' I 1 1 1 1 ; ; L'---- ; 1 1 1 t I I 1 11 1 1 1 1 -r , 1 1 , , I _L 1 , 1 , 1 I _L 1 1 t 1 t ' 1 1 1 1 1 ' I 1 1 ' 1 1 ' I , t ; , 1 I I 1 11 ' 1 1 1 I, ; 1 I ; 1 ',,,�' IT �1� 1 ; I ; 'td' '`:� ; 111 ; 11 , 1 1' TRS, ; ; t ; ' i T 1 1 , 1 1 1 T 1 1 1 I e- �) t 1 1 1 1 �i L \1 t t , 1 1 1 1 , t 1 rte-, I 1 1 ; 1 t r-'-, 1 1 1 ; 1 1 r-' I 1I 1 1 1 1 , 1 1 1 I I 1 1 1 1 1 I I 1 1 1 1 t t I I , t , I I I II 1 .' ; ■ ; ; *I I* 1L ; ; , ; ; *1 *1 1 ; ; ' 1 1 *1 �Ir ILL 1 I- ; ; ; 1 1 i I i -I ; ; ; 1 1 T T �-_ 1 1 ; ; ; T T r-_ ; 1 t 1 1 LTJ I 1 1 ; 1 1 LTJ I F 1.. 1 1 t t LTJ 1 t 1 1 1 ; L J ' F' 1 t 1 1 I 1 lm 1 1 1 , , , I l t 1 1 1 1 1 I I I I 1 1 , I= I I I I 1 t 1 1 1 1 hr 1 1 1 1 1 1 1 y 1 1 1 1 t I 1 y 1 1 ; 1 t 1 1 y 1 t 1 1 F\=l 1, 1 , 1 , , 1�♦=l 1, 1 1 t 1� -1 1 ' 1 ' ; T '-T� T 1 ; t ; 1 L I:^T�I � 1 1 1 1 1 1 lT" T t / ; 1 t 1 L`]I T 1 t I ;. , , - ;:.. L.. 1 , ■. 1 1. �. I. 1 1. 1 1 ; / T ��zz ,.,...;. t t t. 1. , T T I ,.. 1 ■ , , , 1, , , ■. 1 I i I I, 1 1 1 1 1. I. 1 / 1 1 t I 1 i 1. 1 t 1 1 1 T 1_ 1 1 1 1 I T 1 1- 1 1 , 1 1 i t t 1 t 1 I J_ I t 1 1 1 1 1 1+ 1 1 ' 1 , , T-, -I , 1 , 1 I T }_1_- 1 1 1 1 1 T 11 1 - II ; ■ ; 1 t-----------' ' 1 1 ' ■ ' 1 i( J' 1' 11 1 1 1 ' J I 1 I 1 ' 1 1 ' j ' 1 1 1 ' I none... 1, 1 , 1 t--------1010 I 1 t 1 ' 1 1 1. ■ 1 1 1 1 t----1010--1010 , / 1 G 1 1 1 , I ■..$...(,` 1 1 1 ' 1 I u.$. u , t---------- t l 1 ; L___T______r________J I 1 ■ ' L___' I J I 1 ; 1 L_--' L G J 1 1 1 1 t 1 -.t10$10--G 1 1 1 1 T ------r--1010--1010 I 1 1 T ------I.--1010---- I 1 1'--- J J 1 1 , 1 __I.________ J _ _ _ --J 1 1010 _ -1_ r--- 1 1 I -1_ _J 1 t I _t_ _ t _ _ 1010 r-- t 1010 r--- 1 t 1 ' -1-- 1 ,- 1 -\ I ' ' ' - U ^ ' ' ' ' ( FUT ) I 1 1 1 ( FUT ) 1 ( FUT ) i l FUT \) i ; ; ; 1 1 1 1 1 -` 1 t \- / I 1 ■ 1 ♦ / I ! 1 1 ♦_ / 1 1 t 1 ♦1010 / I 1 , 1 T-- , t , 1 -r-- , 1 1 t -T-- I 1 t T_- 1 --------I-- r- -�-_.' 1010__ ; ; ; __F_T____ ; �_______-i_ ; ; __H_T___- ; ; �_________ ; ; '.____ ; 800A/3P , » ; ; -'- �'-�--; ; ; / ; A ; ; -i - ; ; 800A/3P ; 1 --';"' 1 t 1 800A 3P " �- ,-- 91r 9 800A 3P 'I" �" 1 ,1010, 1 / 1 1 t - �-- t ' N.C. ; i ' i i ' ; N.C. ; i I �; 1 21 ; ( 1 1 1 ; i ; ; , ; 1 ; 1 ; �p 1 1 1 1 0 1 ,; 1 ; \�� 1 ' I; t 1 1,1 ; �M 1 1 1 1 1 1 r--7 I 1 1 1 Y� 1 t 1 N.C. \ 1 1 ft: 'f t1 1 t N.C. \ 1 1 ���e1 �`t'1 1 I I 1 r---1 I 1 1 1 1 I 1 t 1 1 9, 1` I 1 ; ' r--7 `7 ; ; `N' 163 1 9 I�l; t , I I I 1 1 1 1 ; I K K I 4; I g'\ ; K� ; t I I+ 1 1 1 t 1 1 S( 2S 1 1 ■ IKKI t I Kh I K1\ 1 • ■ I 1 I 1 1 1 1 1 1 t L__J 1 t 1 �' I T/ 1 1 1 L__J 1 1 1$ 1 / 1 ; 1 I KK I, 1 I K I G �\ , , , I KK I 1 1 K •\ I K ♦\ 1 �- t ■ L__J 1 1 t 1 1 1 t 1 1 1 t 1 1 t 1 T 1 1 t T T' 1 , L__J 1 1 �' 1 9 T' 1 t ....___..fi n..... a 1 1 J_ 1 J- 1 t �.. ........ .......1 t 1 -- 1 J_ , ' L J' ' J_ ' J_ ' t - 1 1 t 1 1 1 , 1 1 _ 1 _ 1 t t 1 _ 1 _ 1 ;---------�1010--1010 1 I _ 1 _ 1 t L_--1010--1010 -• 1 11 -1- t J- t -�1010---- 1 1 1 1 = 1 = 1 1 , 1 1 = t _ 1 1 ' ■ 1 _ 1 1010 i 1 , 1 1 = 1_1 1 1 1 L_--_.L-___J 1 1 - - 1 1 t 1 1 1 I , t L____1____J 1 , 1 L____1____J t 1 1 1____J FUT MAINTENANCE BYPASS 1 1 ; FUT MAINTENANCE BYPASS 1 ; FUT MAINTENANCE BYPASS 1 FUT MAINTENANCE BYPASS 1.------------ ----- ' 1 1 j- ' 1 1 1 ' I ' ' --1010-'1010 CABINET MBCA2000 '""""""""'�---1010---� CABINET MBCB2000 `------------1010''-� � `------------1010---' 1--- - 1---1010---- _l__ 1 i ' "'" CABINET MBCC2000 i CABINET MBCD2000' /-- - ,1010 --♦ ,-- --\ 800A, 48OV, 30, 3W, 65kAIC 800A, 48OV, 30, 3W, 65kAIC 800A, 48OV, 30, 3W, 65kAIC 800A, 48OV, 30, 3W, 65kAIC ( FUT ) ( FUT ) ( FUT ) ( FUT ) `--T- UPS ROOM 2 119 `--T--' UPS ROOM 2 119 `--T---' UPS ROOM 2 119 `--T--' UPS ROOM 2 119 RE: SHEET 1.1A 021 ) ( 022 3P A b) KK -- KK +) 3P A U.L. LISTED ASSEMBLY ONO NEW PDU 'PDUA2000' 500kVA, 48OV, 30, 3W INPUT, 65kAIC 208Y/12OV, 30, 4W OUTPUT UPS ROOM 2 119 1 2 3 4 5 6 7 8 °l J 600AF °) 450AT 3P 600AF °ll 450A T J 3P 600AF ° 450AT � 3P 600AF + 450A T � 3P 600AF + 450AT / 3P 600AF + 450AT 3P 600AF • 450AT 3P 600AF 450AT 3P 025- 026 027 028 029 030 031 032 (BUS D) ROW 01-1 - BSWM111 (BUS A) j 400A i 083 084 085 j -�i i 1010--\ i 1010-^\ i 1010--\ FUT ) I I (" FUT ) (\ FUT ),�1'----r-4 ROW 01-1 - BSWAB111 (BUS B) 400A ' --Z T----'� ---= I I T---,r,' I I I r 'I . I r 7 1 r 1 1 r'1J r�1.1 I I FJ I I FJ I FJ ROW 02-1 - BSWAC111 (BUS C) 400A NEW NEW NEW NEW r -L. - , I r -11L-, I r--1-1--, r- 1 1 -, 1 FUT. I 1 I FUT. I i 1 FUT. 1 1 FUT. 1 ROW 02-1 - BSWAD111 (BUS D) 400A CRA- ERP- CON- CON- I CRA- i1i ERP- 111 CON- 1 1 CON- 1 ROW 03-1 - BSWAA211 (BUS A) 400A 22000 22000 43221 44222 1 14000 111 14000 II1 XX1411 1 XX142 1 1 1 ROW 03-1 - BSWAD211 (BUS D) 400A (DH2) (DH2) (DH2) (DH2) I 1 I 1 I I I I 1 (DH2) 1 I 1 (DH2) 1 I 1 (DH2) 1 1 (DH2) 1 ROW 04-1 - BSWAB211 (BUS B) 40 AA 7 7 8 7 8 7 $ O I 1 1 1 1 1 1 1 I I I I I I I I I 1 1 I I I I I 1 1 1 I I I ROW 04-1 - BSWAC211 (BUS C) 400A 7 8 L_-�_� J I L______J 1 L ------J L ------J L -1010-----1010---J ROW 05-1 - BSWAA311 (BUS A) 400A __10-------- -------------------------------------- ROW 05-1 - BSWAC211 (BUS C) RE: 19 J 3 RE: C 1 091 9 J 3 RE: 19 SHEET 1.1A SHEET 1.1A SHEET 1.1A 023 024 092 093 3P A ;0) KK KK -- o) 3P A U.L. LISTED ASSEMBLY NEW PDU 'PDUB2000' 500kVA, 48OV, 30, 3W INPUT, 65kAIC 208Y/12OV, 30, 4W OUTPUT = UPS ROOM 2 119 1 2 3 4 5 6 7 8 O 8 i 0 i i 8 600AF 600AF 6 A 00 F 600AF 600AF 600A T) l ll F 600AF 600AF / / / ) l l l 450AT 450AT 450AT q q/ / / / 3P 1 3P 1 3P I 3P ATI 3P AT 1 3P AT 1 3P AT t 3P AT �TTTTTT�TTTTT�'� ROW 06-1 - BSWAB311 (BUS B) j 400A i 083 084 085 j -�i i 1010--\ i 1010-^\ i 1010--\ FUT ) I I (" FUT ) (\ FUT ),�1'----r-4 ROW 06=1 - BSWAD311 (BUS D) 400A ' --Z T----'� ---= I I T---,r,' I I I r 'I . I r 7 1 r 1 1 r'1J r�1.1 I I FJ I I FJ I FJ ROW 07-1 - BSWM411 (BUS A) 400A NEW NEW NEW NEW r -L. - , I r -11L-, I r--1-1--, r- 1 1 -, 1 FUT. I 1 I FUT. I i 1 FUT. 1 1 FUT. 1 ROW 07-1 - BSWAB411 (BUS B) 400A CRA- ERP- CON- CON- I CRA- i1i ERP- 111 CON- 1 1 CON- 1 ROW 08-1 - BSWAC41i (BUS C) 400A 22000 22000 43221 44222 1 14000 111 14000 II1 XX1411 1 XX142 1 1 1 ROW 08-1 - BSWAD411 (BUS D) 400A (DH2) (DH2) (DH2) (DH2) I 1 I 1 I I I I 1 (DH2) 1 I 1 (DH2) 1 I 1 (DH2) 1 1 (DH2) 1 ROW 09-1 - BSWM511 (BUS A) 400A 7 7 8 7 8 7 $ O I 1 1 1 1 1 1 1 I I I I I I I I I 1 1 I I I I I 1 1 1 I I I ROW 09-1 - BSWAD511 (BUS D) 400A 7 8 L_-�_� J I L______J 1 L ------J L ------J L -1010-----1010---J ROW 10-1 - BSWAB511 (BUS B) 400A __10-------- -------------------------------------- ROW 10-1 - BSWAC511 (BUS C) 8000A o) KK -- KK s) $POA U.L LISTED ASSEMBLY 3P NEW PDU 'PDUC2000' 500kVA, 48OV, 30, 3W INPUT, 65kAIC 208Y/12OV, 30, 4W OUTPUT = UPS ROOM 2 119 1 2 3 4 .5 6 7 8 • 0 0 l l o • e a 450AT ON600AF / 450AT / 450AT 165 AAF 1600AF 1600AF 1600AF 3POAT I 3P I 3P I 3P 1 3P AT T 3P AT T 3POAT I 35POAT rlrlr,TITT 047 048 0 10 ROW 11-1 - BSWM611 (BUS A) 400A ROW 11-1 - BSWAC611 (BUS C) 094 r------------------------------------------------------------------------------------------------------------------1010---� FUT. MECHANICAL DIST. PANEL 'MDPA2000' UPS ROOM 2 119 IL-_ i 800A, 48OV, 30, 3W, 65KAIC ; ' 1 1 2 3 4 5 6 7 8 9 10 11-14 t ,---e-------a---1010-1010 m---------s---------a---------a---1010---4--------s-----------------t--------s---------s---1010--1010 ; I I I I I 1 I I I I I I , 1 I I I I 1 I I I I I' 1 4-125A , I I I I I I I I I I ; e-� 125A *' ,\ 30A N,\ 125A 1►,\ 30A o-\ 125A N-\ 30A e'-\ 125A 1►-\ 30A ,6',,125A a-\ 30A ° 3P ; 1 a,' 3P ,,,; 3P w ) 3P „,) 3P a.; 3P ,,,) 3P a-; 3P ,,,) 3P « ) 3P „,; 3P N PREP. ; tI , t 1 I I I -----------1-------------------*------------1010-- --- ------------------+----------------------------------1010---- SPACE 1010-J I I I I 1 I I I J --- -J--^ .L - -J- - -^ (\ FUT ) ( FUT ) ( FUT ) ( FUT ) 1--T-- --T-- 1010 I 1 I I I 1 1 RE: I / �♦ 1 RE: /^\ RE: 11 20 SHEET i <�A7' i SHEET A21 <�C9; P A �000nn••nFeel nnnFeel noonFeel o0nno I° 0 0 0 0 101 •• o[!j o lol 0 0 0 0 0•� o o� • o 6 0 0of lnl l I0 l0 0 CD 0 00 (0 00 00 PO �- 1�1� �I�I�I� �I I� Y I � i � I I 1 11 11 I IIII I I II EXISTING EXISTING I 1 N -G LINK WHERE 'UPSA1000'_ REQUIRED BY EQUIPMENT NEUTRAL BUS + MANUFACTURER 1 � I I GROUND BUS EXISTING N -G LINK WHERE 'UPS61000' REQUIRED BY I'NEUTRAL BUS EQUIPMENT -� MANUFACTURER 1 GROUND BUS 'UPSC1000' N -G LINK WHERE REQUIRED BY NEUTRAL BUS EQUIPMENT MANUFACTURER GROUND BUS N -G LINK WHERE 'UPSD1000' REQUIRED BY NEUTRAL BUS EQUIPMENT r MANUFACTURER 1 GROUND BUS SHEET E1.26 III �I- ----------------------------- I I I EXISTING 1 1 1 1 1 �-------------------J I I I 'TRNC1000' (75kVA) I — —� — EXISTING 'TRND1000' (75kVA) I I I ( I 1 1 1 I 1 �' -� - -� I I I 1 'MSBO1000' I 'GSBO1000' N -G LINK _ I — —� — I I NEUTRAL BUS I I NEUTRAL BUS 11 EXISTING I 1 — - �DUA1-- - 000' (500kVA) GROUND BUS N -G LINK GROUND BUS 4�-Y�— ABOVE GRADE ,EXISTING I Lj L J I GSB02000 BELOW GRADE EXISTING I ( N -G LINK 19- _ I WATER SERVICE 'PDUB1000' (500kVA) 1 — — — I I I NEUTRAL BUS — J ENTRANCE PIPING I I I 1 GROUND BUS (� --�— 1 IN1 �^ 10'-0" (TYP.)1 00 0002 HH 02 EXISTING 'PDUC1000' (500kVA) I Gp0`Z L4�—Y�-1 EXISTING 'PDUD1000' (500kVA) L 4 � —Y,— I EXISTING GENERATOR 'GENO1000' EXOTHERMIC WELD TO NEW REBAR EXISTING LOCATED IN NEW CONCRETE SLAB GENERATOR 'GEN02000' AT EQUIPMENT YARD PER NEC CGOOI � C EXOTHERMIC WELD TO NEW REBAR NEW LOCATED IN NEW CONCRETE SLAB GENERATOR 'GEN03000' AT EQUIPMENT YARD PER NEC --<t2' G002 L -( EXOTHERMIC WELD TO NEW REBAR T E N T LOCATED IN NEW CONCRETE SLAB 'GEN04000' AT EQUIPMENT YARD PER NEC G002 EXOTHERMIC WELD TO NEW REBAR FUTURE GENERATOR LOCATED IN NEW CONCRETE SLAB 'GEN05000' AT EQUIPMENT YARD PER NEC I coo) EXOTHERMIC WELD TO NEW REBAR FUTURE GENERATOR LOCATED IN NEW CONCRETE SLAB 'GEN06000' AT EQUIPMENT YARD PER NEC I I 4 \- EXOTHERMIC WELD TO NEW REBAR LOCATED IN NEW CONCRETE SLAB AT EQUIPMENT YARD PER NEC NOTE: BOND EACH GENERATOR FUEL TANK TO REBAR IN CONCRETE SLAB UTILIZING "GO02" CONDUCTOR. REFER TO GROUNDING PLAN FOR GROUND ROD AND TEST WELL LOCATIONS AND QUANTITIES N I 0 o n n n o 0 0-1 'MSG01000' EXISTING 0 0• 0 • 0 0 0° I MOUNTING: 8'-0" ABOVE FINISHED FLOOR — — LOCATION: ELECTRICAL ROOM 0 0 0 1�1 I L_ L--- -1 'PGPO1000' EXISTING MOUNTING: HORIZONTAL AT 8'-0" ABOVE RAISED FLOOR LOCATION: DATA HALL P IA N__I Fo ol0 0 onnnnn_o o� 1° 0 0 u o ' 0 0 •••• 0 0 °I _-'� 'Ir.-�Ir-.� 'FBG01000' EXISTING MOUNTING: INSIDE FIBER BOX LOCATION: MECH-1 P IA N I 17- — — — 0 0 0 0 0 0 0 0 11 ° 0 101 0° 0 0 0 0° L_ — — — 17h o o 'EFG02000' 1 1 EXISTING MOUNTING: HORIZONTALBELOW RAISED FLOOR 1 -- I(�) SI I I I LOCATION: MMR1 C ( 1 ( I I ABOVE RAISED FLOOR CJI BELOW RAISED FLOOR CABLE TRAY I o I o ABOVE RAISED 0 0 FLOOR rn 0) l0I� II 'EFG01000' EXISTING MOUNTING: HORIZONTAL BELOW RAISED FLOOR LOCATION: DATA HALL P IA N I VERIFY WITH OWNER I o o o 0 o o n n n n o o o o o o o o o n n n n o o o o o QUANTITY OF RACKS TO BE 1° 0 0 o u 0 0. 0 0 0 0 0 0 0 0 0 0 0 0 10I Y-7 0 0 0 0 0° 1 INSTALLED IN EACH ROW. -- ---------�j j (TYPICAL) L I'I'I'I F- -1 I—� EQUIP. EQUIP. EQUIP. EQUIP. 1 ROW 1 1 RACK I I RACK I o 0 0 0 1 RACK I 1 RACK 1 ROW 5 r r r - L—I__j L—I--j 0 I 0( I I L—I-1 L—I_J G011 GD 011 f -0 G011 CD Ci I I I -J III III ROW 2 1 ERACK I 1 EQUIP. RACK ( I I I I I I ERACK I EQUIP. RACK I ROW 6 L- __j G011 G011 I I I 16011 ( G011 C� C� ROW 3 1 ERQACK I I EQUIP. RACK I I I I I I EQUIP. I I ER CK I ROW 7 I I I I L- RACK L- � G011 G011 I I I I G011 G011 C� C� I I I I -_J ROW 4 1 ERQACK 1 1 UIPERACK I 1 1 1 ERACK I I EQUIP.RACK1 ROW 8 CG (0 C01� I I G01 1 011 /0001 . GROUNDING E1.Z NOT TO SCALE P 1A N I F— -- 7 10 0 . 0 0 0 0 0 01 ° 101 0 0 0 0 0 0 — — — — — — -1 I 'FBG02000' EXISTING MOUNTING: INSIDE FIBER BOX LOCATION: UPS ROOM PIA N I F— — l 0 0 0 0 0 0 0 0 0 01 o U o 0 0 0 0 0 —.- — — -J 'EFG03000' EXISTING 1 MOUNTING: HORIZONTAL BELOW RAISED FLOOR 1 LOCATION: MMR2 P IA N I I° 0 -0-o 0 0 0 0 0° I 0 101 0 0 0 0 0 0 L_ — — — J 'RFG01000' EXISTING MOUNTING: HORIZONTAL BELOW RAISED FLOOR LOCATION: DATA HALL P 1A N I o• o o nn o o I° °I 0 0 0 0 0 0 0 0 L u 'I 0 0 N I� c� 1 L MEfAL� I COMPUTER ROOM DOOR RAISED FLOOR LFRAMEJ GROUND GRID 7 CG(0 1 G012�- --5 �-- — L : 1 C00� COO I I L�-GOOn�L---5--E�---�i G000�—LrT- 1 C0I11 D RPP 'EQ PMEN CEJ-- G0131�-EJ TYP. �—CG07nn� -— — HVAC EQUIPMENT 00000C000D7 �007U�-E7 �G011�— �-- -.� c— i — L _ J UL LISTED 'C' OR 'H' TAP -/ COMPRESSION FITTING (TYP. WHERE SHOWN ON THIS SHEET). REVIEWED.FOR COMPLIANCE WITH NFPA70 o NEC AUG 21 2011 Gid of -TU ila f RMLDING [AMY -0-0M. GROUNDING GENERAL NOTES 1. REFER TO SHEET E1.2B FOR GROUNDING GENERAL NOTES AND GROUNDING CONDUCTOR SCHEDULE. RECEIVED CITY OF TUKWILA JUL 2 7 2017 LEGEND PERF 11T CENTER - - - - EXISTING TO REMAIN ------------ FUTURE NEW Two Lincoln Centre 5420 LBJ Freeway, Suite 1100 Dallas, TX 75240 Phone: 214/273-1559 N J J Q 0 0 UjQ W b XX IN] me, mINION SH=NQ DRAWN: WAM REVIEWED: RWB PROJECT NO.: C1395.00 uile2A BURR COMPUTER ENVIRONMENTS, INC. ....ee ... .ee��rW ...... 'GEN07000' W e.eW.. J I �/-<� �--�-� -� G002 }-rJ c0 00(M ) M I I I 11c�1I lc�l 0 0 I l01 10 �( )il 1 01 'j- 0 ( Oo M co 11 c0 co co ( 1 ( M 1l 1 101 00 1 � I l") I I Y I Y I '1' 1 1 1 I I I I I I F---_ -------------------------------------------------------------------- I I ------------------------------------------------------------------- --J I IRE: ------------------------------------- I I 1 r------- I I SHEEP I I 1 I I I I E1.2A I I I II I I I I I I 1 1 I I I I I I I I I I I 1 I I I I 1 I I FUTURE 'UPSA2000' I I 1 I 'TRNC2000' (75kVA) I I I I N -G LINK WHERE --1,1 1- --==__ _- 1 1 I I I I I I I REQUIRED BY I NEUTRAL BUS I I I I I IJ I I EQUIPMENT I� I--� I I I r------------------------ - J I MANUFACTURER I I r I I i r----------------------- I ----� 1 GROUND BUS I I I I I I 1 L _ _ _ _ _ _ _ _ J I I I 'TRND2000' (75kVA) I I I I I I I I I FUTURE 'UPS82000' I I I I I I I N -G LINK WHERE r - - _ _ _ _ _- I I I FUTURE 'GSBO3000' I 1 .9 FUTURE MSB02000 I _ _ _ ABOVE GRADE REQUIRED BY I � I NEUTRAL BUS I I 1 I N -G LINK � \r - �_ _ _ _ � .� - � I I _ _ - _ _ EQUIPMENT I 1 �- --4----J 1 I I I NEUTRAL BUS 1 I I I NEUTRAL BUS I I I - -- BELOW GRADE I MANUFACTURER I 1 1 I I ~I r -4--_J 1 �I r--I----J I I GROUND BUS I I I PDUA2000 (500kVA) I I ---------- I I GROUND BUS I N -G LINK -�� GROUND BUSI I � I - -- FUTURE 'UPSC2000' I I FUTURE 'GS604000' I .�- �C�02 I N -G LINK WHERE � I I N -G LINK � _ _ _ _ _- - I � "� I N) �,� \� � _ ^ � _ ^ I REQUIRED BY j NEUTRAL BUS 1 I I `�j NEUTRAL BUS I 1 10 -0 (TYP.) 1 0 1 �` �- G002 L � -{ G002 }t EQUIPMENT I y1 r - -I- - - - - J I 'PDUB2000' (500kVA) I I r - -1- - - - - ( 0 I -- MANUFACTURER I I I I �_ _ I I -T- GROUND / �p2j GROUND BUS 1 I n I GROUND BUS 1 1 I/ L ---------I / \ L --------J ----- 1-� FUTURE 'UPSD2000' I N -G LINK WHERE-IRED BY �_ _ _ _ -- - - I 'PDUC2000' (500kVA) � � REEQUIPMENT ,I NEUTRAL BUS -I - - - _ _ _ EFG07000 MANUFACTURER I �_ I MOUNTING: HORIZONTAL BELOW RAISED FLOOR L - GROUND BUS _ _ LOCATION: DATA HALL PI A I N 1I 'PDUD2000' I Z� 1 GROUNDING GENERAL NOTES 1. ALL BARS, LUGS, AND CONDUCTORS PROVIDED BY ELECTRICAL CONTRACTOR UNLESS NOTED OTHERWISE. 2. CONTRACTOR SHALL USE CADMIUM YELLOW, ZINC CHROMATE, OR STAINLESS STEEL BOLTS FOR CONNECTIONS TO GROUND BARS. 3. BEND RADIUS FOR GROUNDING CONDUCTORS SHALL BE AT LEAST 12 INCHES THRU #4/0 AND AT LEAST 24 INCHES FOR GROUNDING CONDUCTORS GREATER THAN #4/0. 4. PULL BOXES IN DEDICATED GROUNDING SYSTEM AS SHOWN ON THIS SHEET SHALL BE KEPT TO A MINIMUM AND SHALL BE NON-METALLIC OR ELECTRICALLY ISOLATED FROM ADJACENT CIRCUITS AND BUILDING COMPONENTS. 5. GROUND BAR CONDUCTORS SHALL NOT SHARE CONDUITS OR PULL BOXES WITH CONDUCTORS OR CABLES OF OTHER SYSTEMS. 6. ALL BARE GROUNDING CONDUCTORS SHALL BE TINNED. 7. STRANDED GROUNDING CONDUCTORS SHALL HAVE CLASS B STRANDING. 8. GROUNDING SYSTEM IMPEDENCE SHALL NOT EXCEED 5 OHM. CONTRACTOR SHALL ADD CHEMICAL GROUND ROD(S) AS NECESSARY TO ADHERE TO THIS REQUIREMENT. 9. ALL GROUNDING SHALL COMPLY WITH NEC ARTICLE 250 AS A MINIMUM UNLESS NOTED OTHERWISE. 10. ALL GROUNDS SHALL BE COPPER. NO ALUMINUM SHALL BE PERMITTED. 11. ANY REQUIRED CONDUIT FOR GROUNDING SHALL BE PVC UNLESS NOTED OTHERWISE. NO METAL CHOKES SHALL BE ACCEPTABLE. SUPPORTS FOR GROUNDING CONDUITS SHALL UTILIZE NYLON BOLTS AND NON-METALLIC STRAPS TO PREVENT INSTALLATION OF CHOKE POINT IN GROUNDING SYSTEM. 12. ALL COMPRESSION LUGS SHALL BE TWO -HOLE LONG BARREL AND CRIMPED USING THE MANUFACTURER'S RECOMMENDED DIE AND CRIMPING TOOL. GROUND LUGS SHALL BE SHRINK-WRAPPED AND LABELED WITH NONMETALLIC TAGS. 13. TOTAL GROUNDING CONDUCTOR BENDING RADIUS SHALL NOT EXCEED 90' AT EACH LOCATION. 14. GROUNDING CONDUCTORS SHALL BE CONTINUOUS BY GAUGE FOR ENTIRE LENGTH. SPLICES ARE NOT ALLOWED. 15. LEXAN COVER FOR ALL GROUND BARS SHALL BE LABELED WITH GROUND BAR NAME AND PANI DIVISIONS. 16. CONNECTIONS TO ALL BUS BARS SHALL BE IN PANI LOCATIONS AS INDICATED ON THIS SHEET. 17. PANI DESIGNATION LOCATIONS SHOWN ON THIS SHEET ARE SCHEMATIC IN NATURE. PROVIDE ADEQUATE MOUNTING HOLES AT EACH DESIGNATION LETTER FOR PRESENT AND FUTURE CONNECTIONS. NOTE: BOND EACH GENERATOR I FUEL TANK TO REBAR IN I I CONCRETE SLAB UTILIZING I I- "GO02" CONDUCTOR_ - I REFER TO GROUNDING PLAN j I FOR GROUND ROD AND TEST I I WELL LOCATIONS AND I I QUANTITIES I L— — — — — — — — — — — — -i VERIFY WITH OWNER QUANTITY OF RACKS TO BE INSTALLED IN EACH ROW. (TYPICAL) EQUIP. E( ROW 1 RACK R G011 C ROW 2 EQUIP. E( RACK R G011 C Ci - EQUIP. E( ROW 3 RACK R G011 C EQUIP. E( ROW 4 RACK R G011 C it - EQUIP. EC ROW 5 RACK R G011 C 5- EQUIP. EC ROW 6 RACK R G01 1 CGI cr- EQUIP. EC ROW 7 RACK Rr G011 CG( CT - EQUIP. EQ ROW 8 RACK R) G01 1 CG( 5 - EQUIP. EQ ROW 9 RACK R/ G01 1 CC S- ROW 10 EQUIP. EQ RACK R/ G011 C ROW 2 EQUIP. EQ RACK R/ G01 1 CC C VERIFY WITH OWNER QUANTITY OF RACKS TO BE INSTALLED IN EACH ROW. (TYPICAL) p II 'MSG02000' MOUNTING: 8'-0" ABOVE FINISHED FLOOR LOCATION: ELECTRICAL ROOM 'PGP02000' MOUNTING: HORIZONTAL AT 8'-0" ABOVE RAISED FLOOR LOCATION: DATA HALL AlN II FUTURE GENERATOR Date 'GEN07000' EQUIP. I 1 RACK I I EQUIP. I I RACK I J I �/-<� �--�-� -� G002 }-rJ GROUNDING CONDUCTOR SCHEDULE 0 EXOTHERMIC WELD TO NEW REBAR CONDUIT 0 MARK CONDUCTOR SIZE SIZE REMARKS FUTURE GENERATOR LOCATED IN NEW CONCRETE SLAB 'GEN08000' AT EQUIPMENT YARD PER NEC I EQUIP. I RACK I I EQUIP. I I RACK I L -I- J GOO1 500kCM 1-1/2" BARE TINNED, PROVIDE SCHEDULE 80 PV AT EXTERIOR OF BUILDING F_- -------I (G011) (G011) 7— - I 1\ // G002 500kCM NONE BARE TINNED;; G003 500kCM 1-1/2" INSULATED I EQUIP. I I RACK I EXOTHERMIC WELD TO NEW REBAR FUTURE GENERATOR LOCATED IN NEW CONCRETE SLAB 'GEN09000' GQO4 #1/0 1" INSULATED G005 #6 3/4" INSULATED = C� r------� AT EQUIPMENT YARD PER NEC G006 #2 3/4"" INSULATED L -I- J L -I- J j - �\ 1' -t-\ - -{ G002') - 002) -G008 I -� G007 #4 NONE BARE TINNED G008 #4/0 1" INSULATED z S E F---I - L - - - - J \--EXOTHERMIC WELD TO NEW REBAR G009 #4/0 NONE INSULATED J_ FUTURE GENERATOR IOCATED IN NEW CONCRETE SLAB 'GEN10000' AT EQUIPMENT YARD PER NEC i� I I G010 #2/0 NONE INSULATED G011 #6 NONE INSULATED C F ---I F--7 /� IC �\ - t-\ -( G( G012 #2/0 NONE BARE TINNEDI L__- I C �- - `- - � \- EXOTHERMIC WELD TO NEW REBAR G013 #2 NONE INSULATED LTJ G014 #2/0 1" INSULATED` FUTURE GENERATOR LOCATED IN NEW CONCRETE SLAB 'GEN 11000' AT EQUIPMENT YARD PER NEC I EQUIP. I RACK I L —I— J L —�— I —J_— 1— /-� G016 250kCiUl NONE INSULATED I 1- �� - G002 F--7 ROW 8 I EQUIP. I RACK I I EQUIP. I I RACK I G017 500kCM NONE INSULATED ��_% ( G01 1) ( G01 1 ) I -4� EXOTHERMIC WELD TO NEW REBAR FUTURE GENERATOR LOCATED IN NEW CONCRETE SLAB NOTE: ALL CONDUCTORS ARE STRANDED COPPER WITH GREEN INSULATION UNLESS NOTED OTHERWISE. ALL. CONDUCTORS LOCATED BENEATH THE RAISED FLOOR SHALL BE MARKED "FOR USE IN CABLE TRAYS" OR "FOR CT USE" PER NEC ART. 'GEN12000' AT EQUIPMENT YARD PER NEC 645.5(E)(6)b. PROVIDE SCHEDULE. 40 PVC CONDUIT INTERIOR TO THE BUILDING AND SCHEDULE 80 EXTERIOR TO THE BUILDING_ I EXOTHERMIC WELD TO NEW REBAR LOCATED IN NEW CONCRETE SLAB AT EQUIPMENT YARD PER NEC GROUNDING GENERAL NOTES 1. ALL BARS, LUGS, AND CONDUCTORS PROVIDED BY ELECTRICAL CONTRACTOR UNLESS NOTED OTHERWISE. 2. CONTRACTOR SHALL USE CADMIUM YELLOW, ZINC CHROMATE, OR STAINLESS STEEL BOLTS FOR CONNECTIONS TO GROUND BARS. 3. BEND RADIUS FOR GROUNDING CONDUCTORS SHALL BE AT LEAST 12 INCHES THRU #4/0 AND AT LEAST 24 INCHES FOR GROUNDING CONDUCTORS GREATER THAN #4/0. 4. PULL BOXES IN DEDICATED GROUNDING SYSTEM AS SHOWN ON THIS SHEET SHALL BE KEPT TO A MINIMUM AND SHALL BE NON-METALLIC OR ELECTRICALLY ISOLATED FROM ADJACENT CIRCUITS AND BUILDING COMPONENTS. 5. GROUND BAR CONDUCTORS SHALL NOT SHARE CONDUITS OR PULL BOXES WITH CONDUCTORS OR CABLES OF OTHER SYSTEMS. 6. ALL BARE GROUNDING CONDUCTORS SHALL BE TINNED. 7. STRANDED GROUNDING CONDUCTORS SHALL HAVE CLASS B STRANDING. 8. GROUNDING SYSTEM IMPEDENCE SHALL NOT EXCEED 5 OHM. CONTRACTOR SHALL ADD CHEMICAL GROUND ROD(S) AS NECESSARY TO ADHERE TO THIS REQUIREMENT. 9. ALL GROUNDING SHALL COMPLY WITH NEC ARTICLE 250 AS A MINIMUM UNLESS NOTED OTHERWISE. 10. ALL GROUNDS SHALL BE COPPER. NO ALUMINUM SHALL BE PERMITTED. 11. ANY REQUIRED CONDUIT FOR GROUNDING SHALL BE PVC UNLESS NOTED OTHERWISE. NO METAL CHOKES SHALL BE ACCEPTABLE. SUPPORTS FOR GROUNDING CONDUITS SHALL UTILIZE NYLON BOLTS AND NON-METALLIC STRAPS TO PREVENT INSTALLATION OF CHOKE POINT IN GROUNDING SYSTEM. 12. ALL COMPRESSION LUGS SHALL BE TWO -HOLE LONG BARREL AND CRIMPED USING THE MANUFACTURER'S RECOMMENDED DIE AND CRIMPING TOOL. GROUND LUGS SHALL BE SHRINK-WRAPPED AND LABELED WITH NONMETALLIC TAGS. 13. TOTAL GROUNDING CONDUCTOR BENDING RADIUS SHALL NOT EXCEED 90' AT EACH LOCATION. 14. GROUNDING CONDUCTORS SHALL BE CONTINUOUS BY GAUGE FOR ENTIRE LENGTH. SPLICES ARE NOT ALLOWED. 15. LEXAN COVER FOR ALL GROUND BARS SHALL BE LABELED WITH GROUND BAR NAME AND PANI DIVISIONS. 16. CONNECTIONS TO ALL BUS BARS SHALL BE IN PANI LOCATIONS AS INDICATED ON THIS SHEET. 17. PANI DESIGNATION LOCATIONS SHOWN ON THIS SHEET ARE SCHEMATIC IN NATURE. PROVIDE ADEQUATE MOUNTING HOLES AT EACH DESIGNATION LETTER FOR PRESENT AND FUTURE CONNECTIONS. NOTE: BOND EACH GENERATOR I FUEL TANK TO REBAR IN I I CONCRETE SLAB UTILIZING I I- "GO02" CONDUCTOR_ - I REFER TO GROUNDING PLAN j I FOR GROUND ROD AND TEST I I WELL LOCATIONS AND I I QUANTITIES I L— — — — — — — — — — — — -i VERIFY WITH OWNER QUANTITY OF RACKS TO BE INSTALLED IN EACH ROW. (TYPICAL) EQUIP. E( ROW 1 RACK R G011 C ROW 2 EQUIP. E( RACK R G011 C Ci - EQUIP. E( ROW 3 RACK R G011 C EQUIP. E( ROW 4 RACK R G011 C it - EQUIP. EC ROW 5 RACK R G011 C 5- EQUIP. EC ROW 6 RACK R G01 1 CGI cr- EQUIP. EC ROW 7 RACK Rr G011 CG( CT - EQUIP. EQ ROW 8 RACK R) G01 1 CG( 5 - EQUIP. EQ ROW 9 RACK R/ G01 1 CC S- ROW 10 EQUIP. EQ RACK R/ G011 C ROW 2 EQUIP. EQ RACK R/ G01 1 CC C VERIFY WITH OWNER QUANTITY OF RACKS TO BE INSTALLED IN EACH ROW. (TYPICAL) p II 'MSG02000' MOUNTING: 8'-0" ABOVE FINISHED FLOOR LOCATION: ELECTRICAL ROOM 'PGP02000' MOUNTING: HORIZONTAL AT 8'-0" ABOVE RAISED FLOOR LOCATION: DATA HALL AlN II 1 I CABLE TRAY ABOVE RAISED FLOOR ABOVE RAISED FLOOR BELOW RAISED FLOOR No. Date ROW 1 EQUIP. I 1 RACK I I EQUIP. I I RACK I J Q MIEN 0 0ITi (G011) 0 00 Q Cf3 00 795�95]i ROW 2 I EQUIP. I RACK I I EQUIP. I I RACK I L -I- J .117�jilq (n -ice 0rnc� (G011) (G011) 1 I CABLE TRAY ABOVE RAISED FLOOR ABOVE RAISED FLOOR BELOW RAISED FLOOR 'EFG04000' MOUNTING: HORIZONTAL BELOW RAISED FLOOR LOCATION: DATA HALL A N I No. Date ROW 1 EQUIP. I 1 RACK I I EQUIP. I I RACK I J Q MIEN 0 0ITi (G011) 0 00 Q Cf3 00 0 ROW 2 I EQUIP. I RACK I I EQUIP. I I RACK I L -I- J L -�_ I (n -ice 0rnc� (G011) (G011) 7— LTJ —7— 'EFG04000' MOUNTING: HORIZONTAL BELOW RAISED FLOOR LOCATION: DATA HALL A N I 00 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 o 0 'EFG05000' MOUNTING: HORIZONTAL BELOW RAISED FLOOR LOCATION: MMR1 PI A I N II No. Date ROW 1 EQUIP. I 1 RACK I I EQUIP. I I RACK I J Q MIEN REVISION #1 (G011) (G011) OHO Q Cf3 00 0 ROW 2 I EQUIP. I RACK I I EQUIP. I I RACK I L -I- J L -�_ I (n -ice (G011) (G011) 7— LTJ —7— W C'7 F ROW 3 I EQUIP. I 1 RACK I I EQUIP. I I RACK I Itt— co ( G01 1) ( G 01 1 ) ` ` = C� F ---I F---1 ROW 4 I EQUIP. I 1 RACK I I EQUIP. I I RACK I L -I- J L -I- J - J_ -1- ( G 01 1) ( G01 1 ) �T � � z S E F---I F--7 ROW 5 I EQUIP. I 1 RACK I I EQUIP. I I RACK I J_ G01 (G011) (G011) LTJ C F ---I F--7 ROW 6 I EQUIP. I 1 RACK I I EQUIP. I I RACK I L —�_ J L__- I ( G 01 1) ( G01 1 ) �T� LTJ F---1 r- 7 ROW 7 I EQUIP. I 1 RACK I I EQUIP. I RACK I L —I— J L —�— I —J_— 1— (G011) (G011) F--� F--7 ROW 8 I EQUIP. I RACK I I EQUIP. I I RACK I ( G01 1) ( G01 1 ) 00 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 o 0 'EFG05000' MOUNTING: HORIZONTAL BELOW RAISED FLOOR LOCATION: MMR1 PI A I N II I EQUIP. I I EQUIP. I RACK I I RACK I ROW 9 I- -, � i -- (G011) (G011) i 1 EQUIP 1 I EQUIP RACK I I RACK I ROW 10 ( G011) ( G011 ) F--_1 r--_1 I EQUIP I I EQUIPI I RACK I I RACK I ROW 11 (G011) (G011) I EQUIP. I I EQUIP. I ROW 12 I RACK I I RACK (G011) (G011) F ---I F ---I I EQUIP I I EQUIPI I RACK I I RACK I ROW 13 ( G011) ( G011 ) 2 z F--_1 F---1 I EQUIP I I EQUIP1 I RACK I I RACK I ROW 14 (G011�) (G011) F_ -1 F---1 I EQUIP. I I EQUIP. I ROW 15 I RACK I I RACK I (G011) (G011) i EQUIP I I EQUIP RACK I i RACK I ROW 16 (Goll) (G011) `T—' 1 GROUNDING ONE—LINE DIAGRAM—DATA HALL 2 e, z a..o SCALE 'EFG06000' MOUNTING: HORIZONTAL BELOW RAISED FLOOR LOCATION: MMR2 PI A I N II No. Date Description 1 9/9/16 J Q MIEN REVISION #1 OHO I EQUIP. I I EQUIP. I RACK I I RACK I ROW 9 I- -, � i -- (G011) (G011) i 1 EQUIP 1 I EQUIP RACK I I RACK I ROW 10 ( G011) ( G011 ) F--_1 r--_1 I EQUIP I I EQUIPI I RACK I I RACK I ROW 11 (G011) (G011) I EQUIP. I I EQUIP. I ROW 12 I RACK I I RACK (G011) (G011) F ---I F ---I I EQUIP I I EQUIPI I RACK I I RACK I ROW 13 ( G011) ( G011 ) 2 z F--_1 F---1 I EQUIP I I EQUIP1 I RACK I I RACK I ROW 14 (G011�) (G011) F_ -1 F---1 I EQUIP. I I EQUIP. I ROW 15 I RACK I I RACK I (G011) (G011) i EQUIP I I EQUIP RACK I i RACK I ROW 16 (Goll) (G011) `T—' 1 GROUNDING ONE—LINE DIAGRAM—DATA HALL 2 e, z a..o SCALE 'EFG06000' MOUNTING: HORIZONTAL BELOW RAISED FLOOR LOCATION: MMR2 PI A I N II MOUNTING:193 i MRjs i m RFG02000' HORIZONTAL BELOW RAISED FLOOR LOCATION: DATA HALL PI.A I N 1I N 0 0 N 0 COMPUTER ROOM RAISED FLOOR GROUND GRID G012 G007 G007 G007 CT GO07 S—fP- METAL DOOR G007 UL LISTED 'C' OR 'H' TAP -/ COMPRESSION FITTING (TYP. WHERE SHOWN ON THIS SHEET). ... IED FOR GO PIANO NITH NPPA AUG 21 2017 m1 m n1NG DIVISION-: RECEIVED CITY OF TUKWILA JUL 2 7 2017 PERMIT CENTER LEGEND ------ EXISTING TO REMAIN FUTURE -- NEW Two Lincoln Centre 5420 LBJ Freeway, Suite 1100 Dallas, TX 75240 Phone: 214/273-1559 N No. Date Description 1 9/9/16 J Q 193EN REVISION #1 OHO MOUNTING:193 i MRjs i m RFG02000' HORIZONTAL BELOW RAISED FLOOR LOCATION: DATA HALL PI.A I N 1I N 0 0 N 0 COMPUTER ROOM RAISED FLOOR GROUND GRID G012 G007 G007 G007 CT GO07 S—fP- METAL DOOR G007 UL LISTED 'C' OR 'H' TAP -/ COMPRESSION FITTING (TYP. WHERE SHOWN ON THIS SHEET). ... IED FOR GO PIANO NITH NPPA AUG 21 2017 m1 m n1NG DIVISION-: RECEIVED CITY OF TUKWILA JUL 2 7 2017 PERMIT CENTER LEGEND ------ EXISTING TO REMAIN FUTURE -- NEW Two Lincoln Centre 5420 LBJ Freeway, Suite 1100 Dallas, TX 75240 Phone: 214/273-1559 N No. Date Description 1 9/9/16 J Q 7/26/17 REVISION #1 OHO Q Cf3 00 0 0 LLQ (n �[ ULO W C'7 It._. Itt— co ISSUES & REVISIONS No. Date Description 1 9/9/16 ISSUE FOR PERMIT 7/26/17 REVISION #1 `! !M GROUNDING ' DRAWN: WAM REVIEWED: RWB PROJECT NO.: C1395.00 BURR COMPUTER ENVIRONMENTS, INC. Two Lincoln Centre 5420 LBJ Freeway, Suite 1100 Dallas, TX 75240 Phone: 214/273-1559 z N Na Date J 1 F J N Na Date J 1 9/9/16 J Q 7/26/17 REVISION #1 oTo H� Q C 0 J L W t H a W H Cl ISSUES & REVISIONS Na Date Description 1 9/9/16 ISSUE FOR PERMIT 7/26/17 REVISION #1 S � W91121 DRAWN: MCG REVIEWED: RWB PROJECT NO.: C1395.00 &EIR TNO BURR COMPUTER ENVIRONMENTS, INC. WIN A •i Two Lincoln Centre 5420 LBJ Freeway, Suite 1100 Dallas, TX 75240 Phone: 214/273-1559 Y 09-pwllof-� ELECTRWAL DRAWN: WAM REVIEWED: RWB PROJECT NO.: C1395.00 r, 'L 03 BURR COMPUTER ENVIRONMENTS, INC. r 09-pwllof-� ELECTRWAL DRAWN: WAM REVIEWED: RWB PROJECT NO.: C1395.00 r, 'L 03 BURR COMPUTER ENVIRONMENTS, INC. Two Lincoln Centre 5420 LBJ Freeway, Suite 1100 Dallas, TX 75240 Phone: 214/273-1559 W F- co Tf j?jv I 701--r `1 1:! ELECMCAL CONDUITPLAN S MEr DRAWN: WAM -r".j2e4 REVIEWED: RWB PROJECT NO.: C1395.00 BURR COMPUTER ENVIRONMENTS, INC. ROOF PLAN KEYED NOTES ROOF PLAN GENERAL NOTES O ROOF PENETRATION HOOD BY MECHANICAL CONTRACTOR. COORDINATE WITH 1. REFER TO SHEET EO.1 FOR ALL SYMBOLS ON THIS SHEET. MECHANICAL FOR CONDUIT ROUTING. 2. REFER TO SHEETS EO.2 AND EO.3 FOR ELECTRICAL SPECIFICATIONS. O REFER TO SHEET E2.1 FOR CONTINUATION OF CIRCUIT. 3. SEE ONE LINE DIAGRAM. SHEET E1.113 AND FEEDER SCHEDULE E4.1 FOR O ROUTE POWER AND CONTROLS WIRING ALONGSIDE REFRIGERANT PIPING, UTILIZE FEEDER SIZES AND EQUIPMENT SIZES NOT INDICATED ON THIS PLAN. SAME ROOF PENETRATION. 4. SEE MECHANICAL PLANS FOR EXACT LOCATIONS AND MOUNTING HEIGHTS OF O PROVIDE SEPARATE SUPPORT INDEPENDENT OF CONDENSERS. HVAC EQUIPMENT. O DISCONNECT INTEGRAL TO UNIT. 5. ALL BRANCH CIRCUITS ON THIS PLAN UNLESS OTHERWISE NOTED ON E1.16 ELECTRICAL ONE -LINE DIAGRAM OR E4.1 FEEDER SCHEDULES SHALL BE (3) #10 IN 3/4" GRS TO ACCOUNT FOR DE -RATING DUE TO EXPOSED ROUTING ACROSS ROOF. 6. FIELD VERIFY EXACT LOCATION OF ALL MECHANICAL EQUIPMENT TERMINATIONS. 7. PROVIDE CONTROLS/MONITORING WIRING FOR MECHANICAL EQUIPMENT. COORDINATE EXACT REQUIREMENTS WITH DETAILS AND MECHANICAL CONTRACTOR. 8. SUPPORT EXPOSED CONDUITS ON ROOF WITH DURABLOCK SUPPORTS SO BOTTOM OF CONDUITS ARE GREATER THAN 3-1/2° ABOVE THE ROOF SURFACE. 1 NEW ROOF LCD2000-11 O _ 3 EXF03000gM 4 O OLCPD2000_ 9 3 5 CON43221 5 CON39201 O CON35181 WP LCPD2000-36,38,40 GFl 3#8, #10G., 3/4 C. O O O O O O CON30031 30/3/NF/N3R VIA CRA22000 VIA CRA20000 VIA CRA18000 4 (EX)CON01011 4000 4 LCPD2.0,00�-9 LCPD2000-9 LCPD2000-9 11 NEW ROOF 1 O wP CON44222 NEW ROOF ---1� CON40202 O CON36182 NEW ROOF �' FUT.CON07041 OPENING GR OPENING GR OPENING GFl O O O 1* 0 0 EX)CON02012 55 CON45231 O CON41211 O CON37191 (FUT.)CON08042 2 3 VIA CRA2 000 VIAO 00O O VIA CRA19000 00 (EX)CON03021 CON46232 CON42212 CON38192 EX CON3 031 5 5 (EX)CON09051 O O0010� as as 0007 on as EX EXF02 100 O ANEW ROO� (EX)CON04022 FUT. CON311 1 (FUT.)CON27141 FUT. CON191 1 (FUT. COOPENING N17091 (EX)CON10052 F EL: 0 0 0 EX CON2 021 0 [0— — EX CON2 011 as as EX CON05031 as so me FUT. CON321 i2 (FUT.)CON28142 FUT. CON201 2 FUT. CON18092 (FUT.)CON11061 L 00 - 0 000 (EX)CON06032=7777777770 (EX)CON26151 0 00 0 00, D 0 NEW ROOF0 OPENING FUT. CON331 71 (FUT.)CON29151 FUT. CON251 51 (FUT.)CON19101 (FUT.)CON12062 00 A 0 00 00 00 Ll 0 O (FUT.)CON21111 r_� 00 0 00 0 1 FUT. CON341 2 (FUT.)CON30152 FUT. CON261 2 (FUT.)CON20102 Ll 0 00 L 000 '00 0 00 0 00 (FUT.)CON22112 EX CON3 041 lee O O O Ll H Ll 0 NEW ROOF NEW ROOF NEW ROOF OPENING OPENING OPENING 8 9 10 1 1 12 13 14 15 16 1-7 EVIEWED .FOR F L M CE WITH FPA70 o NEC AUG 21 2017 RECEIVED CITY OF TUKWILA 1 ELECTRICAL ROOF PLAN Z City ofTUR I F JUL 2720V E2. 5 SCALE- iib• -y' -O• BUILDING DIVISION V1� PERMIT CENTER ID N J Q O Q Lu U cl Lu 0 Lu xic IF ISSM & REVISIONS No.11 Date Description 1 9/9/16 ISSUE FOR PERMIT 7/26/17 REVISION #1 oa-0olzop- DRAWN: WAM REVIEWED: RWB PROJECT NO.: C1395.00 V. E'f BURR COMPUTER ENVIRONMENTS, INC. BLOCKING (FOR GYP. BD. WALL ONLY) — POLYESTER INSULATER (TYP.) 5/8" HARDWARE AND LOCKWASHERS (TYP.) LEXAN COVER WITH NAME LABEL AND N PANI DESIGNATIONS GROUND BAR Z o MOUNTING BRACKET Uiv Z GYP. OR CMU WALL Q + j I FINISHED FLOOR GRNDOUBAFi MOUNTIN- C E3.1 NOT TO SCALE a N 3/4" -� O O O O O 0-0 O O O O O -�— O O O O 0 0 0 0 0 0 0 0 3/16" 0 (TYP.) AS REQUIRED NOTES: 1. ALL HOLES ARE COUNTERSUNK 1/16". 2. BAR STOCK IS 1/2" THICK, 98% CONDUCTIVE COPPER. 3. SILVER-PLATED COPPER BUS BAR. 4. REFER TO 3/E6.1 FOR MOUNTING DETAIL. 5. REFER TO 1/E6.1 FOR GROUND LUG DETAIL. 6. DETAIL IS SIMILAR FOR ALL GROUND BUSSES. 7. PROVIDE BUS EQUAL TO LIGHTNING MASTER "BUSMASTER" SERIES "B" PATTERN. 8. BUS LEXAN COVER SHALL BE CLEARLY LABELED WITH NAME CORRESPONDING TO THOSE INDICATED ON 1/E1.2. 9. BUS LEXAN COVER SHALL BE CLEARLY LABELED LEFT-TO-RIGHT WITH "P", "A", "N", "I" DESIGNATIONS WITH A VERTICAL LINE BETWEEN EACH DESIGNATION. ALLOW FOR ENOUGH MOUNTING HOLES AT EACH DESIGNATION FOR ALL CURRENT CONNECTIONS WITH ALLOWANCES FOR FUTURE CONNECTIONS. REFER TO 1/E1.1. 5 GROUND US DETAIL E3.1 NOT TO SCALE N 11/16" 0 (TYP. OF 2) NGER Inn]ME100 Ittlil7:Z.911CiILI[All IN #4 AWG STRANDED COPPER CONDUCTOR TO NEXT PEDESTAL. N\`-PANDUIT #GPQC SIZED TO ACCOMODATE PEDESTAL DIAMETER. #4 AWG STRANDED COPPER CONDUCTOR TO NEXT PEDESTAL. REMOVE PAINT AROUND PERIMETER AT GROUNDING CONNECTION POINT. e1 INTERNAL PEDESTAL GROUNDING DETAIL E3.1 NOT TO SCALE FLOOR STRINGER #4 AWG, STRANDED COPPER CONDUCTOR TO INTERNAL PEDESTAL. MAINTAIN 12" BENDING RADIUS FLOOR STRINGER #4 AWG TO FLOOR STRINGER PERIMETER #2/0 AWG STRANDED COPPER CONDUCTOR s s PANDUIT #GPQC SIZED TO ACCOMODATE PEDESTAL DIAMETER. PEDESTAL PEDESTAL BURNDY YAV RING LUG WITH THRU BOLT, LOCKWASHER, AND NUT. PFI TIS PEDESTALGROUNDIN"G DETAIL EJ'.1 NOT TO SCALE FOR ALL #2/0 TO #2/0 CONNECTORS PROVIDE BURNDY C -TAP CRIMP CONNECTOR. ATTACH PEDESTAL TO #2/0 AWG PERIMETER WIRE AND #4 AWG SUPPLEMENTARY WIRE AT EACH INTERSECTION OF WIRE. LOCATE ALL GROUNDING WIRE AND GROUNDING CLAMPS UNDER RAISED FLOOR. GROUND EVERY FOURTH PEDESTAL OF RAISED FLOOR IN BOTH DIRECTIONS ONLY BETWEEN ROWS OF EQUIPMENT. GROUNDING CONDUCTORS ARE NOT ALLOWED UNDER EQUIPMENT ROWS PARALLEL TO THE ROWS. CONNECT TO THE MAIN STRINGER WITH A #4 COPPER WIRE AT ALL PERIMETER CONNECTIONS. #4 AWG STRANDED COPPER CONDUCTOR TO INTERNAL PEDESTAL ---PERIMETER #2/0 AWG STRANDED COPPER CONDUCTOR PANDUIT #GPQC SIZED TO ACCOMODATE PEDESTAL DIAMETER. REMOVE PAINT AROUND PERIMETER AT GROUNDING CONNECTION POINT. PEDESTAL DETAIL NOTES: 1. PROVIDE THE GROUNDING CONDUCTORS, CONNECTORSN AND CONNECTIONS TO THE RAISED FLOOR IN ACCORDANCE WITH THE RAISED FLOOR GROUNDING DETAIL AS SHOWN. GROUNDING LUG MAXIMUM 1/8" —1/4" (MIN.) ` 2. PROVIDE A #2/0 AWG STRANDED COPPER CONDUCTOR FOR THE PERIMETER RING AROUND THE RAISED FLOOR. PROVIDE A SUPPLEMENTARY SYSTEM OF #4 AWG STRANDED COPPER CONDUCTORS INSIDE THE PERIMETER IN BOTH DIRECTIONS AT EVERY 6TH S/S NUT - - - - - �� PEDESTAL MAXIMUM AS SHOWN ON GROUNDING PLAN. CONNECT SUPPLEMENTARY #4 AWG TO EVERY 4TH PEDESTAL ALONG ITS LENGTH. AT EACH INTERFACE BETWEEN THE #2/0 / PERIMETER AND #4 SUPPLEMENTARY CONDUCTORS (WHERE THEY CROSS), CONNECT BOTH CONDUCTORS TO A RAISED FLOOR PEDESTAL VIA A BURNDY TYPE GP -G1 CONNECTOR. S/S BELLEVILLE WASHER _ _ EXOTHERMIC CONNECTION � ,- (CADWE MI 3. AT ALL PERIMETER CONNECTOR LOCATIONS, PROVIDE A #4 AWG STRANDED COPPER -� STRUCTURAL STEEL MEMBER CONDUCTOR BETWEEN THE CONNECTOR AND THE MAIN (CONTINUOUS) STRINGER OF THE CLEAR HEAT SHRINK / RAISED FLOOR SYSTEM, ATTACH TO THE MAIN STRINGER WITH A BOLT WITH LOCKING ` WASHER AND NUT, DRILLED AND INSERTED THROUGH THE SIDE OF THE STRINGER. S/S BELLEVILLE WASHER COPPER BUS GROUNDING CONDUCTOR 4. 0ND ALL FLOOR CROSS CONDUCTORNVADCRAC A #4 AWGTSTANDS STRANDEDTOTHE #2/0 PERIMETER CO PER CONDUCTOR BURNDY CCTOP OR #4 GALVANIZING THEN REAPPLY NECESSARY AFTER FLOOR SHALL BE RAISED AS HIGH AS POSSIBLE OFF OF CONCRETE FLOOR. LABEL INDICATING FAR END TERMINATION CRIMP OR APPROVED EQUAL. S/S BOLT (1 OF 2) "DO NOT DISCONNECT" TAG ON ALL GROUND BAR 5. INSTALL ALL GROUNDING CONDUCTORS AND CONNECTORS UNDER RAISED FLOOR (TO TAG TO CONDUCTOR. NOTES: INTERCONNECTS. PROVIDE NYLON STRAP TO ATTACH PRIOR TO CONNECTION, SCRAPE AWAY ALL PAINT AND/OR / y THE EXTENT THAT THIS IS POSSIBLE ALL GROUNDING CONDUCTORS BELOW RAISED / � CONNECTION IS COO MPLETE 1. ALL HARDWARE SHALL BE 18-8 STAINLESS STEEL INCLUDING BELLEVILLES. GROUNDING CONDUCTOR 6. REMOVE ALL PAINT AROUND PERIMETER OF PEDESTAL AT THE POINT WHERE GROUND COAT ALL SURFACES WITH KOPR-SHIELD BEFORE MATING. (REFER TO DRAWINGS FOR SIZES) / CONNECTOR AND CONDUCTORS ARE ATTACHED TO PEDESTAL. 2. FOR GROUND BOND TO STEEL ONLY: INSERT A DRAGON TOOTH WASHER `� / 7. BOND ALL UNDERFLOOR METALLIC CONDUITS, CABLE TRAY, OR OTHER CONDUCTING BETWEEN LUG AND STEEL. COAT ALL SURFACES WITH KOPR-SHIELD. STRUCTURES TO THE RAISED FLOOR GROUNDING SYSTEM AT THEIR POINTS OF ENTRY INTO THE RAISED FLOOR AREA VIA A #4 AWG STRANDED COPPER CONDUCTOR BURNDY C -TAP CRIMP OR APPROVED EQUAL. 7 GROUNDINGLUG DETAILNOT TO SCALE TY. E3. NOT TO SCALE CONNECTION TO STEEL r37 ***N R A Ics D �NOT TO SCALE COMPLIANCE $ aPJ. Y _ NR_ . i'. NEC 1 iOCT 1- 2 2016 WTz N Na Date Description 1 9/9/16 J TQ i Q cf3 co 0 W Cf) Q 1FI- V Lo cm 0 q" UJ M 0 W ISSUES & REVISIONS Na Date Description 1 9/9/16 ISSUE FOR PERMIT ,i j RECEIVED CITY OF TUKWILA SEP 16 2016 PERMIT CENTER 1FI- r A 11 DRAWN: WAM j REVIEWED: RWB PROJECT NO.: C1395.00 BURR COMPUTER ENVIRONMENTS, INC. oQloql70a J� II II I i; of }: I S X� ° ------ -------------i 77 II II 4 `, SECTION A -A 1. 1 OR 2 HR FIRE -RATED GYPSUM BOARD/STUD WALL ASSEMBLY. 2. CHANNEL SHAPED STEEL STUDS, MIN 3-1/2 IN. WIDE AND SPACED MAX 24 IN. OC. ADDITIONAL FRAMING MEMBERS SHALL BE INSTALLED IN STUD CAVITY CONTAINING THROUGH PENETRANTS TO FORM A RECTANGULAR BOX AROUND THE PENETRANT. 3. GYPSUM BOARD* - 5/8 IN. THICK, MAX AREA OF OPENING IS 765 SQ IN. WITH MAX DIMENSION OF 40 IN. WIDE. 4. CONDUITS - MAX OF TEN CONDUITS TO BE INSTALLED WITHIN THE OPENING. A MAX OF SIX CONDUITS SHALL BE GREATER THAN 2 IN. THE MAX SPACE BETWEEN CONDUITS AND BOARD CUTOUT AND OTHER CONDUITS IS 1 INCH. 4. CABLES - MAX OF ONE 4 IN. -(OR SMALLER) DIAM TIGHTLY BUNDLED CABLES INSTALLED WITHIN THE OPENING AND RIGIDLY SUPPORTED ON BOTH SURFACES OF WALL. 5. FIRESTOP DEVICE* - BOARD - MIN 1 IN. THICK BOARD TO BE INSTALLED ON EACH SIDE OF WALL WITH MIN 1 IN. OVERLAP ONTO WALL AND TIGHTLY BUTTED SEAMS. BOARD TO BE ATTACHED TO FRAMING MEMBERS AROUND ENTIRE PERIMETER USING 2-5/8 IN. LONG SELF -DRILLING TYPE S STEEL SCREWS WITH 1-1/4 IN. OD STEEL FENDER WASHERS AT EACH CORNER AND SPACED MAXIMUM 8 IN. OC IN BETWEEN. 6. FILL, VOID OR CAVITY MATERIAL* - SEALANT - MIN 1 IN. THICKNESS OF FILL MATERIAL APPLIED WITHIN ANNULUS BETWEEN THE METALLIC THROUGH PENETRANTS (ITEM 2) AND THE PERIPHERY OF THE BOARD. FILL MATERIAL INSTALLED FLUSH WITH BOTH SURFACES OF WALL. 7. FILL, VOID OR CAVITY MATERIAL* - SEALANT - MIN 1 IN. THICKNESS OF FILL MATERIAL APPLIED WITHIN ANNULUS BETWEEN THE CABLE BUNDLE (ITEM 3) AND THE PERIPHERY OF THE BOARD. FILL MATERIAL INSTALLED FLUSH WITH BOTH SURFACES OF WALL. ,6-,W*N CO WALL LL R .� T TI E3.2 NOT TO SCALE PRIOR TO SUPPORTING TRAPEZES FROM THE STRUCTURE THE ELECTRICAL CONTRACTOR WILL PROVIDE TO THE STRUCTURAL ENGINEER CONDUIT ROUTING PATHS AND WEIGHTS AND OBTAIN WRITTEN APPROVAL FROM THE STRUCTURAL ENGINEER. WHERE CONDUITS CANNOT BE SUPPORTED FROM STRUCTURE ABOVE PROVIDE STANTION POLES FOR SUPPORT OF TRAPEZES. "BACK TO BACK" OUTLET BOXES ARE TO BE INSTALLED ON OPPOSITE SIDES OF FRAMING MEMBERS TO LIMIT SOUND TRANSMISSION. WHERE THIS IS NOT POSSIBLE PROVIDE MINIMUM 6" CLEAR SPACE BETWEEN BOXES. 1`— 6" MIN --I 00 OUTLET BOX (TYPICAL) —� WALL PARTITION O O '— OUTLET COVER (TYPICAL) PARTITION FRAMING MEMBER 7"'OUTLET EO I STALLATION E3.2 NOT TO SCALE 1/2" ALLTHREAD ROD TO STRUCTURE OVERHEAD. REFER TO SPECIFICATIONS FOR ACCEPTABLE SUPPORT METHODS TRAPEZES ARE TO BE SPACED MAXIMUM 5'-0" APART. AFTER INSTALLATION OF CONDUITS]AND CONDUCTORS TAPEZES SHALL SHO VISIBLE DEFLECTION CONDUIT CLAMPS SCHEDULED CONDUIT PROVIDE SINGLE THREADED NUT AND WASHER No. Date ON TOP OF MATED SURFACES AND TWO NUTS q� 9/9/16 AND WASHER ON BOTTOM OF MATED SURFACES PROVIDE TWO 1-1/2" SECTIONS STRUT MATED BACK TO BACK Z MAXIMUM FIVE EXPOSED THREADS WITH ENDS FILED SMOOTH AND ROUNDED .5" 3/8„ 91, 3 8„ GREEN COLOR PRINT ON BOTH SIDES NOTE: NAMEPLATE SHALL HANG BELOW LIGHTS APPROX. 3". USE SMALL LINK CHAIN. 5" r3"4%\U �D�RFLOOR BAR LOCATION I#�tC�TOR E3.2 NOT TO SCALE PROVIDE PHENOLIC LABELS AT EACH PIECE OF ELECTRICAL DISTRIBUTION EQUIPMENT (AND ASSOCIATED BRANCH FEEDERS AND DISCONNECTING MEANS INCLUDING UNIT MOUNTED DISCONNECTING MEANS. EQUIPMENT UPSTREAM FROM ATS EQUIPMENT SHALL BE WHITE LABELS WITH BLACK 1/4" LETTERING. ALL ATS AND EQUIPMENT DOWNSTREAM SHALL BE AS FOLLOWS: A DISTRIBUTION: RED LABELS WITH WHITE LETTERING B DISTRIBUTION: BLUE LABELS WITH WHITE LETTERING C DISTRIBUTION: ORANGE LABELS WITH WHITE LETTERING D DISTRIBUTION: PURPLE LABELS WITH WHITE LETTERING PROVIDE INFORMATION IN THE FORMAT INDICATED. PANEL "EDC*****MDPA1000" 480/277V, 3 PHASE, 4 WIRE, 60 HERTZ MAIN BUS: 800A, BRACED FOR: 65kAIC COLOR CODING: PHASE A -BROWN PHASE B -YELLOW PHASE C -ORANGE NEUTRAL - GREY NOTE: ALL COLOR CODING SHALL BE IN ACCORDANCE WITH LOCAL CODES AND ORDANANCES. *' IN PANEL NAME REFERENCES EDGECONNEX SITE ID NUMBER. REFER TO EDGECONNEX SITE ID IN SHEET TITLEBLOCK. BRANCH DEVICE H— TO LOAD N G— IG — A 1:3 208Y/120V SECONDARY . MAIN BRKR T T IL�t'a. ZZZ� NEUT. EQUIPMENT GROUNDING CONDUCTOR DRY—TYPE TRANSFORMER —GROUND CONNECTION POINT AT TRANSFORMER GROUNDING ELECTRODE CONDUCTOR STRUCTURAL STEEL j � I W� �l OR AREA GROUND 0 _,"_T BUS EUTRAL CONDUCTOR EQUIPMENT GROUNDING CONDUCTOR N INSULATED NEUTRAL TERMINAL e I s 120/208V PANELBOARD GROUND BUS \—ISOLATED GROUND BONDING JUMPER ISOLATED GROUND BUS H — BLACK, RED OR BLUE N — WHITE G — GREEN IG — GREEN/ WITH YELLOW STRIPE TR E3.2 NOT TO SCALE ori =;fru INFO I 18" LI V J1111 VIILJ ELECTRIC L DE ICE MOUINTIONG DETAIL E3.2 NOT TO SCALE POWER SUP w nn , nn . n u n,nr,n„ nnv DETAIL NOTES: 1. DOOR ELECTRIC LOCK HARDWARE AND LOCAL POWER SUPPLY SHALL BE PROVIDED BY SECURITY CONTRACTOR. 2. COORDINATE THE EXACT LOCATION OF SECURITY DEVICES, CONDUIT, AND JUNCTION BOXES WITH THE ARCHITECT, ENGINEER, AND SECURITY CONSULTANT. 3. ALL DETAILS OR COMPONENTS OF DETAILS ARE NOT NECESSARILY USED. COORDINATE ALL REQUIREMENTS WITH TENANT'S SECURITY CONTRACTOR. PROVIDE ROUGH -IN FOR THE SECURITY SYSTEM ONLY (CONDUIT, BOXES, PULLSTRINGS, 120V AC POWER, ETC.) ALL WIRING, DEVICES, INSTALLATION OF DEVICES AND TERMINATIONS BY OTHERS. 4. ALL CONDUITS INDICATED ON THIS DETAIL SHALL BE CONCEALED IN WALL OR CEILING WHERE POSSIBLE. ALL BOXES INDICATED ON THIS DETAIL SHALL BE RECESSED IN WALL WHERE POSSIBLE. SECURITY E3.2 NOT TO SCALE PITH PULLSTRING SECURITY ROOM .L CEILING (WHERE APPLICABLE) REVIEWEL) .FUR COMPLIANCE WITH PPA 70 m HIPC OC i 12 2016 City ®f-Tu6Wila BUILDING DIVISION N No. Date J 1 9/9/16 J Z 00 O - fE-4CEj FE ID CITY OF TUKWILA W cn Q ca J L 0 LU ISSUES REVISIONS No. Date Description 1 9/9/16 ISSUE FOR PERMIT - fE-4CEj FE ID CITY OF TUKWILA SEP 16 2016 - RM IT } DRAWN: WAM REVIEWED: RWB hj*2 PROJECT NO.: C1395.00 CONSENT OF BURR COMPUTER ENVIRONMENTS, INC. EPO SYSTEM COMPONENTS E.P.O. STATION SWITCH(ES) SHALL BE A SQUARE D MODEL #90011<15 GLASS BREAK OPERATOR #9001KA1 CONTACT BLOCK. THE E.P.O. SWITCH SHALL BE MOUNTED TO MATCH OTHER DEVICES HEIGHTS. PROVIDE RED LAMACOID NAMEPLATE 2"Wx4"H WITH 3/8" HIGH WHITE LETTERING (2 LINES) LABELED "EMERGENCY POWER OFF". THERE SHALL BE (1) EPO SWITCH AT EACH LOCATION. THE EPO SWITCH(ES) SHALL OPERATE SUCH THAT WHEN THE GLASS DISK IS BROKEN THE OPERATOR IS NO LONGER HELD IN A DEPRESSED POSITION. THE CONTACTS CLOSE, OPERATING THE EPO SYSTEM WHEN BOTH SWITCHES AT A STATION HAVE BEEN ACTIVATED. PROVIDE FIVE REPLACEMENT GLASS DISKS. THE ENCLOSURE SHALL BE A FIKE EPSMS SINGLE DOOR, WALL MOUNT ENCLOSURE WITH HINGED DOOR, LOCK KIT ACCESSORY, NEMA 1 SURFACE MOUNTED. PROVIDE RED LAMACOID NAMEPLATE WITH 3/8" HIGH WHITE LETTERING (2 LINES) LABELED "EP001000". TH TN '-+-- .120V I —I I EXIST #14 ATSA1000 t 7 I - EXIST ATSB1000 [—N. 07 II ATSC1000 ( RR — N.O. I i R2 i 82 EXIST CRA01000 -C I TERMINAL BLOCK ATSD1000 I I I R2 N.O. I I ( � (SPARE L$ N.O. CONTACTS WHICH CLOSE (�' I� WHEN TRANSFER SWITCH IS IN R4 ]83 THE "EMERGENCY" POSITION. I EXIST CRA02000 LOCATED AT ATS TERMINAL I I I Z i — — — TERMINAL BLOCK STRIP. I R4� I SPARE L I —(R8 R8� 82 EXIST CRA03000 — 83 TERMINAL BLOCK I R8 r-- — — I I I � I SPARE I- R61'-" ------ I 821 FUTURE CRA04000 i- I 1831 TERMINAL BLOCK I I --i----------------4r I L_J I 1 R6 !SPARE I I I R9 1 1821 EXIST CRA05000 T_ 1831 TERMINAL BLOCK I I IR9 �--- I I I � I SPARE L I LINE TYPE LEGEND EXISTING FEEDERS/EQUIPMENT TO REMAIN - — — — - NEW FEEDERS/EQUIPMENT FUTURE FEEDERS/EQUIPMENT --------------------------- FEEDERS/EQUIPMENT TO BE DEMOLISHED - X — X — X - FUTURE CRA06000 TERMINAL BLOCK R1 R+ I SPARE R1 R1 SPARE m R+ ( SPARE R+ I SPARE R1 R+ I SPARE R1 R+ I SPARE EPO SYSTEM OPERATION THE ELECTRICAL CONTRACTOR SHALL PROVIDE ALL LABOR AND MATERIALS REQUIRED TO FURNISH A COMPLETE AND OPERATIONAL EPO SYSTEM. EPO SWITCHES SHALL BE INTERFACED WITH ALL CRAC UNITS, RPPS, AND THE FIRE ALARM PANEL. THE FOLLOWING ARE CONTROL FUNCTIONS FOR THE SPACE: 1. THE SYSTEM SHALL PROVIDE CONTROL TO SHUT DOWN ALL DATA HALL CRAC UNITS, ALL PDU's, IN THE EVENT TWO EPO SWITCHES ARE ACTIVATED. 2. THE SYSTEM SHALL BE BUILT WITH ENOUGH CAPACITY TO ACCOMMODATE ALL FUTURE UPSS, CRACS UNITS, ETC. AS INDICATED ON EPO -WIRING DIAGRAM THIS SHEET. 3. REFER TO THE EPO WIRING DIAGRAM THIS SHEET FOR ADDITIONAL INFORMATION. CONTROL POWER FOR THE EPO SYSTEM SHALL BE DERIVED FROM A NORMAL POWER SOURCE. UPS POWER SHALL NOT BE USED. 4. ALL EPO BREAKGLASS COMPONENTS MUST BE RESTORED TO NORMAL BEFORE EPO RESET BUTTON CAN RESTORE THE EPO SYSTEM TO NORMAL CONDITION. CONTROL TRANSFORMER PROVIDED BY CONTRACTOR, PROVIDE PRI. AND SEC. FUSING. 48Ox240/24V, 50VA. LOCATE INTERIOR OF CRAC UNIT. CONNECT �li 0V SOURCE ON LOAD SIDE OF UNIT MOUNTED NECT. CRA18000 TERMINAL BLOCK RELAY PROVIDED BY CONTRACTOR, 120V COIL, PROVIDE MINUMUM TWO CONTACTS RATED AT 10A, ONE N.O., ONE N.C., NEMA 1 ENCLOSURE. _ LOCATE INTERIOR OF CRAC UNIT. DETAIL NOTES: 1. FIELD WIRING CONSISTS OF #12 AWG CONTROL WIRING IN 3/4" CONDUIT. 2. CONDUCTOR TERMINATIONS AT CRAC'S TO BE PERFORMED BY OTHERS. CRA19000 TERMINAL BLOCK CRA20000 TERMINAL BLOCK ?Jz CRA21000 83 TERMINAL BLOCK CRA22000 TERMINAL BLOCK CRA23000 TERMINAL BLOCK r3o CRA UNIT REHEAT/HUMIDIFICATION SHUTDOWN' NOT TO SCALE EPO STATION #1 DATA HALL 2 ------------ I E.P.O. ACTIVATION INPUTS EPO STATION #2 DATA HALL 2 ------------- , -------------------------------- EP001000 POWER SMEAI RESETA MP TEST OKEY SWITCH KEY SWITCH O NORMAL OVERRIDE Q O MAINTENANCE OVERPoDE O KEY SWITCH r-71 101 L — J O O o 2ND ALARM EP.O. NOT USED ACTNATION ACTIVATION (AC EPO) (AC do UPS EPO) O 0 SILENCE #14 PDu - EPO TO PDUA2000 #14 #14 PDu ---------------------------------------------- PD ------ TO - EPO #14 #14 PDu --------------------------------------------TO PDUC2000 - EPO ---------------- #14 ------------------------------------- #14 TO PDUD2000 EPo X14 E.P.O ACTIVATION OUTPUTS i i I I 0 0 #14 37 „ GEIST PDU IN 0 0 GEIST PDU IN RACK, OFCI CRA18000 TERMINALS � 00 � RACK, OFC( 0 #14 0--«4--e— 92 --- 38 0 W 91 EPO ACTIVATION ALARM 11.6 0 L0 -#14 -------------- cr) #14 ca REMOTE MONITORING L--------------------------------------------------------------l14----------------II �� co 37 CRA19000 TERMINALS (TO BMS PANEL) ' I' SYSTEM IN BYPASS ALARM „ II #14 38 L--------------------------------------------------------------X14------------------J #14 37 CRA20000 TERMINALS #14 92 --- 38 91 #14 37 CRA21000 TERMINALS 14 91 92 --- 38 #14 37 CRA22000 TERMINALS #14 91 -o--�•--o— 92 --- 38 14 37 CRA23000 TERMINALS 14 91 92 --- 38 1 EPO S Y S T EDIAGRAM DATA HALL 2 E3.3 NOT TO SCALE MECH CORRIDOR CONCRETE FLOOR 2 N CRA/E E3.3 NOT TO SCALE 2#12, 1#12G., 1/2"C. p JI TO 20/3 BRKR IN RPPA1300 TO 20/3 BRKR IN PNL LCPC2000 4#12, 1#12G., 3/4"C. L21 -20R RECEPTACLE CORD PROVIDED WITH SWITCH RACK MOUNTED NOTE: RACK TRANSFER TRANSFER SWITCH, SWITCHES REQUIRE A & B 120/208V, 3P, OFC( INPUT SOURCES TO BE IN APC MODEL NO. AP7701 PHASE WITH EACH OTHER. CORD PROVIDED WITH SWITCH — JUNCTION BOX / TO 20/3 BRKR IN RPP81300 4#12, 1#12G., 4#12, 1#12G., TO REMOTE DRY 1 /2"C. 1 /2"C. CONTACT BOX (BMP03000) IN MECH CORRIDOR FE Ic 3P, 4W RECEPTACLE TO MATCH GEIST PDU 1 CANBUS WIRING LEGEND OA (1) PLENUM RATED TSP CABLE EQUAL TO BELDEN #89207. OB (3) #14 WITH 600V INSULATION. KEYED NOTES O1 CONNECT TO INDICATED TERMINALS. O2 INSTALL ALL INDICATED WIRING IN (1) 1-1/4" EMT CONDUIT. PROVIDE FLEXIBLE CONNECTION AT UNIT. O3 INSTALL ALL INDICATED WIRING IN (1) 1-1/4" GRS CONDUIT WHERE EXPOSED ON ROOF. PROVIDE FLEXIBLE CONNECTION AT UNIT. SUPPORT CONDUIT ON ROOF WITH DURABLOCK SUPPORTS SO CONDUIT IS MORE THAN 3-1/2" ABOVE ROOF LEVEL. O INSTALL ALL INDICATED WIRING IN (1) 1" EMT CONDUIT. PROVIDE FLEXIBLE CONNECTION AT UNIT. /004"REDUNDANT POWER TRANSFER SWITCH - IT -2 ROOM. E3.3 NOT TO SCALE 1 City of TukWila BUILDING DIVISION RECEIVED CITY OF TUKWILA JUL 2 7 20V PERMIT CENTER N 0 0 O 0 Q GEIST PDU IN 0 0 GEIST PDU IN RACK, OFCI Q � 00 � RACK, OFC( 0 0 0 W 0 1 CANBUS WIRING LEGEND OA (1) PLENUM RATED TSP CABLE EQUAL TO BELDEN #89207. OB (3) #14 WITH 600V INSULATION. KEYED NOTES O1 CONNECT TO INDICATED TERMINALS. O2 INSTALL ALL INDICATED WIRING IN (1) 1-1/4" EMT CONDUIT. PROVIDE FLEXIBLE CONNECTION AT UNIT. O3 INSTALL ALL INDICATED WIRING IN (1) 1-1/4" GRS CONDUIT WHERE EXPOSED ON ROOF. PROVIDE FLEXIBLE CONNECTION AT UNIT. SUPPORT CONDUIT ON ROOF WITH DURABLOCK SUPPORTS SO CONDUIT IS MORE THAN 3-1/2" ABOVE ROOF LEVEL. O INSTALL ALL INDICATED WIRING IN (1) 1" EMT CONDUIT. PROVIDE FLEXIBLE CONNECTION AT UNIT. /004"REDUNDANT POWER TRANSFER SWITCH - IT -2 ROOM. E3.3 NOT TO SCALE 1 City of TukWila BUILDING DIVISION RECEIVED CITY OF TUKWILA JUL 2 7 20V PERMIT CENTER N Q ~If— co ~ Q � 00 � 'Q W 4 cn 0 L0 W cr) ca co SFffiE'I'111Z.B ELECTRICAL I li���1� 1 �►� Axa DRAWN: WAM REVIEWED: RWB PROJECT NO.: C1395.00r A BURR COMPUTER ENVIRONMENTS, INC. EPO SYSTEM COMPONENTS E.P.O. STATION SWITCH(ES) SHALL BE A SQUARE D MODEL #9001K15 GLASS BREAK OPERATOR #9001 KA1 CONTACT BLOCK. THE E.P.O. SWITCH SHALL BE MOUNTED TO MATCH OTHER DEVICES HEIGHTS. PROVIDE RED LAMACOID NAMEPLATE 2"Wx4"H WITH 3/8" HIGH WHITE LETTERING (2 LINES) LABELED "EMERGENCY POWER OFF". THERE SHALL BE (1) EPO SWITCHES AT EACH LOCATION. THE EPO SWITCH(ES) SHALL OPERATE SUCH THAT WHEN THE GLASS DISK IS BROKEN THE OPERATOR IS NO LONGER HELD IN A DEPRESSED POSITION. THE CONTACTS CLOSE, OPERATING THE EPO SYSTEM WHEN BOTH SWITCHES AT A STATION HAVE BEEN ACTIVATED. PROVIDE FIVE REPLACEMENT GLASS DISKS. THE ENCLOSURE SHALL BE A FIKE EPSMS SINGLE DOOR, WALL MOUNT ENCLOSURE WITH HINGED DOOR, LOCK KIT ACCESSORY, NEMA 1 SURFACE MOUNTED. PROVIDE RED LAMACOID NAMEPLATE WITH 3/8" HIGH WHITE LETTERING (2 LINES) LABELED "EP001000'. 0 0 1 0 0 EPO SYSTEM OPERATION THE ELECTRICAL CONTRACTOR SHALL PROVIDE ALL LABOR AND MATERIALS REQUIRED TO FURNISH A COMPLETE AND OPERATIONAL EPO SYSTEM. EPO SWITCHES SHALL BE INTERFACED WITH ALL CRAC UNITS, RPPS, AND THE FIRE ALARM PANEL. THE FOLLOWING ARE CONTROL FUNCTIONS FOR THE SPACE: 1. THE SYSTEM SHALL PROVIDE CONTROL TO SHUT DOWN ALL DATA CENTER CRAC UNITS AND CLOSE ALL FIRE/SMOKE DAMPERS IN THE EVENT A STAGE TWO ALARM RELAY IS ACTIVATED (TWO SMOKE DETECTORS IN ALARM, VIA FIRE ALARM CONTROL PANEL). 2. THE SYSTEM SHALL PROVIDE CONTROL TO SHUT DOWN ALL DATA CENTER CRAC UNITS, ALL UPSS, IN THE EVENT TWO EPO SWITCHES ARE ACTIVATED. 3. THE SYSTEM SHALL PROVIDE CONTROL TO SHUT DOWN ALL DATA CENTER CRAC UNITS, ALL UPSS IN THE DATA CENTER IN THE EVENT THE WATER RELEASE RELAY IS ACTIVATED. CONTRACTOR SHALL BE RESPONSIBLE FOR INTERFACING WITH THE BUILDING FIRE ALARM SYSTEM. 4. THE SYSTEM SHALL BE BUILT WITH ENOUGH CAPACITY TO ACCOMMODATE ALL FUTURE UPSS, CRACS UNITS, ETC. AS INDICATED ON EPO WIRING DIAGRAM THIS SHEET. 5. REFER TO THE EPO WIRING DIAGRAM THIS SHEET FOR ADDITIONAL INFORMATION. CONTROL POWER FOR THE EPO SYSTEM SHALL BE DERIVED FROM A NORMAL POWER SOURCE. UPS POWER SHALL NOT BE USED. 6. ALL EPO BREAKGLASS COMPONENTS AND/OR ANY FIRE ALARM SIGNAL FUNCTIONS MUST BE RESTORED TO NORMAL BEFORE EPO RESET BUTTON CAN RESTORE THE EPO SYSTEM TO NORMAL CONDITION. NEW NEW EXISTING AUTOMATIC AUTOMATIC AUTOMATIC TRANSFER TRANSFER TRANSFER SWITCH SWITCH SWITCH EXISTING AUTOMATIC TRANSFER ('1I1I1-rnI 1 M022 M023 EXIST EXIST EXIST EXIST �- E.P.O ACTIVATION INPUTS EPO STATION #1 DATA CENTER EPO STATION #2 DATA CENTER EPO ACTIVATION ALARM r F__o_ REMOTE MONITORING (TO BMS PANEL IN ISS SYSTEM IN BYPASS ALARM ROOM) N--0 MASTER CONTROL NUI 1U J)UAU. EXIST. OPT. STANDBY 600kW/750KVA GENERATOR GEN01000 480Y/277V, 30, 4W, 0.80PF 600kW 1000/3 100% EXIST. OPT. STANDBY 600kW/750KVA GENERATOR GEN02000 480Y/277V, 30, 4W, 0.80PF 600kW 1000/3 100% NEW OPT. STANDBY 600kW/750KVA GENERATOR GEN03000 480Y/277V, 30, 4W, 0.80PF 600kW O1000/3 ®) 100% 4 REMOVE EXISTING CONNECTION FROM EXISTING UPS AND EXTEND TO EXISTING 10644 1y" 111 10MVI 7.1161 EXIST CRA03000 TERMINALS FUTURE CRA04000 TERMINALS EXIST CRA05000 TERMINALS FUTURE CRA06000 TERMINALS FUT. OPT. STANDBY 600kW/750KVA GENERATOR GEN04000 480Y/277V, 30, 4W, 0.80PF r------------------ 1 1 t ; 600kW I ; 1 ■ 1 1 . ;IL--or-o 1 1 ; 1 O 1000/3 100% 01", ; EXIST 1`01 GENERATOR CONTROLS WIRING REQUIREMENTS kZ.,4j SCALE: NTS KEYED NOTES 0 GENERATOR FEEDER. REFER TO FEEDER SCHEDULE ON SHEETS E4.1 AND E4.2 FOR MORE INFORMATION. O EXTEND ALL EXISTING CONDUITS TO THE NEW GENERATOR ENCLOSURE USING LIQUID TIGHT FLEXIBLE METAL CONDIUT. 0 STAGE 2 ONLY OUTPUTS FUT. OPT. STANDBY 600kW/750KVA GENERATOR GEN05000 480V277V, 30, 4W, 0.80PF r --------- -------- i 1 ' 600kW t 1 1 ■ t 1 . 1 1 , 1 1 � 1 O 1000/3 a` 100% EXIST 0 FUT. OPT. STANDBY 600kW/750KVA GENERATOR GEN06000 480Y/277V, 30, 4W, 0.80PF r-----------------� 1 1 : `% 1 , . 1 600kW I ; 1 ■ 1 1 . t %-..Was I 1 I t O 1000/3 I 100% EXIST E.P.O ACTIVATION OUTPUTS RECEIVED CITY OF TUKWILA JUL 2 7 7017 PERMIT CENTER CV GENERATOR SYSTEM CONTROL WIRING SCHEDULE MARK FROM TO CONTROL WIRING SPECIFICATIONS CONDUIT SIZE NUMBER OF SETS NOTES M005 FUT. GEN03000 PLCO1000 (2) CAT 5E (6E) 1-1/4" 1 1, 2, 3 M006 FUT. GEN03000 PLC01000 (12) #14, (4) #12 1-1/4" 1 1, 2,.3 M011 FUT. GEN03000 JUNCTION BOX (4) #14 THHN 1-1/4" 1 1, 2, 3 M011A JUNCTION BOX GSB02000 (2) #14 THHN 1" 1 1, 2, 3 M011 B JUNCTION BOX GSB01000 (2) #14 THHN 1" 1 1, 2, 3 M018 EXIST. GEN02000 NEW GEN03000 (16) #14 THHN 1-1/4" 1 1, 2, 3 M022 ATSD1000 PLC01000 (12) #14 THHN 1 1 1, 2, 3 M023 ATSC1000 PLC01000 (12) #14 THHN 1 1 1, 2, 3 NOTES: 1) ALL WIRING SHALL BE CONFIRMED WITH GENERATOR SUPPLIER PRIOR TO INSTALLATION. 2) EXISTING CONDUIT- EXTEND TO NEW EQUIPMENT 3) PROVIDE 600V INSULATION. EXIST 1`01 GENERATOR CONTROLS WIRING REQUIREMENTS kZ.,4j SCALE: NTS KEYED NOTES 0 GENERATOR FEEDER. REFER TO FEEDER SCHEDULE ON SHEETS E4.1 AND E4.2 FOR MORE INFORMATION. O EXTEND ALL EXISTING CONDUITS TO THE NEW GENERATOR ENCLOSURE USING LIQUID TIGHT FLEXIBLE METAL CONDIUT. 0 STAGE 2 ONLY OUTPUTS FUT. OPT. STANDBY 600kW/750KVA GENERATOR GEN05000 480V277V, 30, 4W, 0.80PF r --------- -------- i 1 ' 600kW t 1 1 ■ t 1 . 1 1 , 1 1 � 1 O 1000/3 a` 100% EXIST 0 FUT. OPT. STANDBY 600kW/750KVA GENERATOR GEN06000 480Y/277V, 30, 4W, 0.80PF r-----------------� 1 1 : `% 1 , . 1 600kW I ; 1 ■ 1 1 . t %-..Was I 1 I t O 1000/3 I 100% EXIST E.P.O ACTIVATION OUTPUTS RECEIVED CITY OF TUKWILA JUL 2 7 7017 PERMIT CENTER CV J J Q -00 Q Cn oo oo O 1z w co Q U U-.) W cr) W I -- co co SH r ITILE ELECCAL 1' 1 07�wjzdq- I EDGECONNEX SEATTLE FEEDER SCHEDULE MARK FROM TO FEEDER CONDUCTOR QUANTITY AND SIZE CONDUIT SIZE NUMBER OF SETS FEEDER AMPERAGE REMARKS 001 MSBO1000 ATSC1000 (3) 400kCM, (1) 94/0 G. 3" 5 1600 113.8 002 MSBO1000 ATSD1000 (3) 400kCM, (1) #4/0 G. 3" 5 1600 MDSC1000 003 GSBO1000 ATSC1000 (3) 400MCM, (1) #4/0 G. 3" 5 1600 1 004 GSB02000 ATSD1000 (3) 400MCM, (1) #4/0 G. 3" 5 1600 PANEL LCPC2000 (LESS LTS AND RCPT) 005 ATSC1000 MDSC1000 (3) 400kCM, (1) #4/0 G. 3" 5 1600 - 006 ATSD1000 MDSD1000 (3) 400kCM, (1) #4/0 G. 3" 5 1600 65,000 007 MDSC1000 MDPC1000 (3) #300kCM, (1) #1/OG. 2-1/2" 3 800 # 008 MDSC1000 MBCC1000 (SECT. 1) (3) 300kCM, (1) #1/0 G. 2-1/2" 3 800 DATA CENTER CRAGS 009 MDSC1000 UPSC1000 (3) 350kCM, (1) #2/OG. 2-1/2" 3 900 14.0 010 MBCC1000 (SECT. 1) MBCC1000 (SECT. 2) (3) 300kCM, (1) #1/0 G. 2-1/2" 3 800 480 011 MBCC1000 (SECT. 1) UPSC1000 (3) 300kCM, (1) #1/0 G. 2-1/2" 3 800 3 012 MBCA1000 (SECT. 2) UPSC1000 (3) 300kCM, (1) #1/0 G. 2-1/2" 3 800 111.7 013 MBCC1000 (SECT. 2) PDUC1000 (3) 300kCM, (1) #1/0 G. 2-1/2" 3 800 10,779 014 MDSD1000 MDPD1000 (3) #300kCM, (1) #1/OG. 2-1/2" 3 800 2 015 MDSD1000 MBCD1000 (SECT. 1) (3) 300kCM, (1) #1/0 G. 2-1/2" 3 800 UPS/ELEC ROOM ACCU'S 016 MDSD1000 UPSD1000 (3) 350kCM, (1) #2/OG. 2-1/2" 3 900 0.0 017 MBCD1000 (SECT. 1) MBCD1000 (SECT. 2) (3) 300kCM, (1) #1/0 G. 2-1/2" 3 800 480 018 MBCD1000 (SECT. 1) UPSD1000 (3) 300kCM, (1) #1/0 G. 2-1/2" 3 800 019 UPSD1000 MBCD1000 (SECT. 2) (3) 300kCM, (1) #1/0 G. 2-1/2" 3 800 DESCRIPTION 020 MBCD1000 (SECT. 2) PDUD1000 (3) 300kCM, (1) #1/0 G. 2-1/2" 3 800 1,924.5 021 MBCA1000 (SECT. 2) PDUA2000 (3) 300kCM, (1) #1/0 G. 2-1/2" 3 800 480 022 PDUA2000 JUNCTION BOX (3) #300kCM, (1) #1/OG. 2-1/2" 3 800 023 MBCB1000 (SECT 2) PDUB2000 (3) 300kCM, (1) #1/0 G. 2-1/2" 3 800 SERVICE SIZE AT 480Y/277V, 3-PHASE, 4 -WIRE 4,000 AMPS 024 PDUB2000 JUNCTION BOX (3) #300kCM, (1) #1/OG. 2-1/2" 3 800 02 DU 200 S 11 026 PDUA2000 BSWAA211 (3) #3/0, (1) #3 G. 2" -2 400 027 PDUA2000 BSWAA311 (3) #3/0, (1) #3 G. 2" 2 400 028 PDUA2000 BSWAA411 (3) #3/0, (1) #3 G. 2" 2 400 029 PDUA2000 BSWAA511 (3) #3/0, (1) #3 G. 2" 2 400 030 PDUA2000 BSWAA611 (3) #3/0, (1) #3 G. 2" 2 400 031 PDUA2000 RPPA1300 (3) #4/0, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 032 PDUA2000 JUNCTION BOX (3) #4/0, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 033 PDUB2000 BSWAB111 (3) #3/0, (1) #3 G. 2" 2 400 034 PDUB2000 BSWAB211 (3) #3/0, (1) #3 G. 2" 2 400 035 PDUB2000 BSWAB311 (3) #3/0, (1) #3 G. 2" 2 400 036 PDUB2000 BSWAB411 (3) #3/0, (1) #3 G. 2" 2 400 037 PDUB2000 BSWAB511 (3) #3/0, (1) #3 G. 2" 2 400 038 PDUB2000 RPPB1300 (3) #4/0, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 039 PDUB2000 JUNCTION BOX (3) #4/0, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 040 PDUB2000 JUNCTION BOX (3) #4/0, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 041 PDUC2000 BSWAC111 (3) #3/0, (1) #3 G. 2" 2 400 042 PDUC2000 BSWAC211 (3) #3/0, (1) #3 G. 2" 2 400 043 PDUC2000 BSWAC311 (3) #3/0, (1) #3 G. 2" 2 400 044 PDUC2000 BSWAC411 (3) #3/0, (1) #3 G. 2" 2 400 045 PDUC2000 BSWAC511 (3) #3/0, (1) #3 G. 2" 2 400 046 PDUC2000 BSWAC611 (3) #3/0, (1) #3 G. 2" 2 400 047 PDUC2000 JUNCTION BOX (3) #4/0, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 048 PDUC2000 JUNCTION BOX (3) #4/0, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 049 PDUD2000 BSWAD111 (3) #3/0, (1) #3 G. 2" 2 400 050 PDUD2000 BSWAD211 (3) #3/0, (1) #3 G. 2" 2 400 051 PDUD2000 BSWAD311 (3) #3/0, (1) #3 G. 2" 2 400 052 PDUD2000 BSWAD411 (3) #3/0, (1) #3 G. 2" 2 400 053 PDUD2000 BSWAD511 (3) #3/0, (1) #3 G. 2" 2 400 054 PDUD2000 JUNCTION BOX (3) #4/0, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 055 PDUD2000 JUNCTION BOX (3) #4/0, (1) #4/0 N., (1) #2 G. 2-1/2" 2 450 056 PDUD2000 JUNCTION BOX (3) #4/0, (1) 94/0 N., (1) #2 G. 2-1/2" 2 450 058 TRNC2000 LCPC2000 (4) #250kCM, (1) #4 G. 2-1/2" 1 250 1 059 MDPB1000 TRND2000 (3) #1, (1) #6G. 1-1/2" 1 -120 -1 060 TRND2000 LCPD2000 (4) #25OkCM, (1) #4 G. 2-1/2" 1 250 1 061 MDPB1000 CRA24000 (3) #6, (1) #10 G. 1" 1 50 1 062 MDPB1000 CON47241 (3) #8, (1) #8'G. 3/4" 1 20 1,3 063 MDPA1000 CRA18000 (3) #1, (1) #6 G. 1-1/2" 1 125 1 064 MDPB1000 CRA18000' (3) #1, (1) #6 G. 1-1/2" 1 125 1 065 CRA18000 ERP18000 (3) #10, (1) #12 G. 3/4" 1 15 1 066 CRA18000 CON35181 (3) #8, (1) #8 G. 3/4" 1 15 1,3 068 MDPA1000 CRA19000 (3) #1, (1) #6 G. 1-1/2" 1 125 1 069 MDPB1000 CRA19000 (3) #1, (1) #6 G. 1-1/2" 1 125 1 070 CRA19000 ERP19000 (3) #10, (1) #12 G. 3/4" 1 15 1 071 CRA19000 CON37191 (3) #8, (1) #8 G. 3/4" 1 15 1,3 072 CON37191 CON38192 (3) #8, (1) #8 G. 3/4" 1 15 1,3 073 MDPD1000 CRA20000 (3) #1, (1) #6 G. 1-1/2" 1 125 1 074 CRA20000 ERP20000 (3) #10, (1) #12 G. 3/4" 1 15 1 075 CRA20000 CON39201 (3) #8, (1) #8 G. 3/4" 1 15 1,3 076 CON39201 CON40202 (3) #8, (1) #8 G. 3/4" 1 15 1,3 077 MDPC1000 CRA21000 (3) #1, (1) #6 G. 1-1/2" 1 125 1 078 MDPD1000 CRA21000 (3) #1, (1) #6 G. 1-1/2" 1 125 1 079 CRA21000 ERP21000 (3) #10, (1) #12 G. 3/4" 1 15 1 080 CRA21000 CON41211 (3) #8, (1) #8 G. 3/4" 1 15 1,3 081 CON41211 CON42212 (3) #8, (1) #8 G. 3/4" 1 15 1,3 082 MDPA1000 CRA22000 (3) #1, (1) #6 G. 1-1/2" 1 125 1 083 CRA22000 ERP22000 (3) #10, (1) #12 G. 3/4" 1 15 1 084 CRA22000 CON41211 (3) #8, (1) #8 G. 3/4" 1 15 1,3 085 CON41211 CON44222 (3) #8, (1) #8 G. 3/4" 1 15 1,3 086 MDPC1000 CRA23000 (3) #1, (1) #6 G. 1-1/2" 1 125 1 087 MDPD1000 CRA23000 (3) #1, (1) #6 G. 1-1/2" 1 125 1 088 CRA23000 ERP23000 (3) #10, (1) #12 G. 3/4" 1 15 1 089 CRA23000 CON45231 (3) #8, (1) #8 G. 3/4" 1 15 1,3 090 CON45231 CON46232 (3) #8, (1) #8 G. 3/4" 1 15 1,3 091 MBCC1000 (SECT. 2) PDUC2000 (3) 300kCM, (1) #1/0 G. 2-1/2" 3 800 092 PDUC2000 JUNCTION BOX (3) #300kCM, (1) #1/OG. 2-1/2" 3 800 093 MBCD1000 (SECT 2) PDUD2000 (3) 300kCM, (1) #1/0 G. 2-1/2" 3 800 094 PDUD2000 JUNCTION BOX (3) #300kCM, (1) #1/OG. 2-1/2" 3 800 S003 GEN03000 GSB01000/GSB02000 (4) #400MCM, (1) #210 G. 4" EXIST. 3I- 1 1000 1 1) PROVIDE LFMC FLEXIBLE CONNECTION AT EQUIPMENT. 2) CAP BELOW RAISED FLOOR. 3) FEEDER INCREASED DUE TO EXPOSED ROUTING ON ROOF. PROVIDE GRS CONDUIT WHERE EXPOSED ON ROOF. LOAD ANALYSIS - MS1301000/UTILITY - ULTIMATE PROJECT: EDGECONNEX SEATTLE, WA MISCELLANEOUS ELECTRICAL LOADS LAMPS # DESCRIPTION F.L.A. VOLT. PH. kVA E1.1A 1 32,50OSF LIGHTING (3.5 VA/SF PER NEC T220.12) - - - 113.8 57,363 1 RECEPTACLES (1 VA/SF PER NEC T220.12) - - - 32.5 MDSC1000 1 PANEL LCPC1000 (LESS LTS AND RCPT) - - - 26.5 65,000 1 PANEL LCPD1000 (LESS LTS AND RCPT) - - - 32.2 PASS 1 PANEL LCPC2000 (LESS LTS AND RCPT) - - - 0.8 E1.1A 1 PANEL LCPD2000 (LESS LTS AND RCPT) - - - 9.5 49,851 PASS MBCD1000 E1.1A 65,000 36,906 PASS UPSD1000 ULTIMATE MISCELLANEOUS ELECTRICAL LOADS SUBTOTAL (KVA) 215.2 DATA CENTER MECHANICAL EQUIPMENT PASS # DESCRIPTION F.L.A. VOLT. PH. kVA E1.113 8 DATA CENTER CRAGS 93.7 480 3 623.2 25,170 2 DATA CENTER CRAGS (REDUNDANT, FAN ONLY) 14.0 480 3 23.3 RPPC1400 3 UPS/ELEC ROOM CRAGS 39.2 480 3 97.8 22,000 2 UPS/ELEC ROOM CRAGS (REDUNDANT, FAN ONLY) 14.0 480 3 23.3 PASS 16 DATA CENTER ACCU'S 8.4 480 3 111.7 E1.113 4 DATA CENTER ACCU'S (REDUNDANT) 0.0 1 480 3 0.0 10,779 8 DATA CENTER REF. PUMPS (NON -COINCIDENTAL) 0.0 480 3 0.0 PDUC2000 2 DATA CENTER REF. PUMPS (NON-COINCIDENTA) 0.0 480 3 0.0 65,000 3 UPS/ELEC ROOM ACCU'S 5.6 480 3 14.0 2 UPS/ELEC ROOM ACCU'S (REDUNDANT) 0.0 480 3 0.0 8 30KW CRA REHEAT DIVERSITY AT 60% -14.4 480 3 -96.0 ULTIMATE DATA CENTER MECHANICAL EQUIPMENT SUBTOTAL (KVA) 7 797.2 DATA CENTER UPS EQUIPMENT # DESCRIPTION F.L.A. VOLT. PH. kVA 1 1600kW CRITICAL LOAD 1,924.5 480 3 1,600.0 4 UPS BATTERY CHARGING (4 UPS AT 10% FULL CHARGING 60.1 480 3 200.0 ULTIMATE DATA CENTER UPS EQUIPMENT SUBTOTAL (KVA) 1,800.0 TOTAL UTILITY LOAD (KVA) 2,812 LOAD AT 480Y/277V, 3-PHASE, 4 -WIRE 3,383 AMPS SERVICE SIZE AT 480Y/277V, 3-PHASE, 4 -WIRE 4,000 AMPS SPARE CAPACITY AT 480Y/277V, 3-PHASE, 4 -WIRE 617 AMPS NOTES: 1) EQUIPMENT QUANTrrIES INCLUDE ALL FUTURE EQUIPMENT SERVED BY MSB01000 rAl LIGHT FIXTURE SCHEDULE FAULT CURRENT CALCULATIONS EDGECONNEX SEATTLE WA LAMPS EQUIPMENT ONE LINE REFERENCE EQUIPMENT RATING (AIC) MAXIMUM FAULT 3-PHASE (AMPS) PASS OR FAIL UMC E1.1A 100,000 60,290 PASS MSBO1000 E1.1A 100,000 57,363 PASS ATSC1000 E1.1A 100,000 51,944 PASS MDSC1000 E1.1A 65,000 49,851 PASS MBCC1000 E1.1A 65,000 39,166 PASS UPSC1000 E1.1A 100,000 38,710 PASS PDUC1000 E1.1A 65,000 30,340 PASS ATSD1000 E1.1A 100,000 51,944 PASS MDSD1000 E1.1A 65,000 49,851 PASS MBCD1000 E1.1A 65,000 36,906 PASS UPSD1000 E1.1A 100,000 38,710 PASS PDUD1000 E1.1A 65,000 28,642 PASS PDUA2000 E1.113 65,000 25,290 PASS PDUB2000 E1.1B 65,000 25,170 PASS RPPA1300 E1.1B 22,000 12,090 PASS RPPC1400 E1.113 22,000 11,413 PASS RPPC1500 E1.1B 22,000 10,995 PASS RPPA1600 E1.1B 22,000 10,787 PASS RPPB1300 E1.113 22,000 11,613 PASS RPPD1400 E1.113 22,000 10,944 PASS RPPB1500 EIAB 22,000 10,779 PASS PDUC2000 E1.1B 65,000 22,777 PASS PDUD2000 EIAB 65,000 22,184 PASS 1. THE AVAILABLE FAULT CURRENT FROM THE UTILITY IS 72,169AAT THE SECONDARY SIDE OF THE NEW PADMOUNT TRANSFORMER. MOTOR CONTRIBUTION IS AN ADDITIONAL 2,0004 2. THE AVAILABLE FAULT CURRENT FROM THE UTILITY IS HIGHER THAN THAT FROM LIGHT FIXTURE SCHEDULE MARK LAMPS VOLTAGE T DESCRIPTION MANUFACTURERS CATALOG NUMBER MOUNTING REMARKS A NOT USED AE NOT USED B NOT USED BE NOT USED G 1 L DU N10 FOSFU G IP E DCC 7JUP OR CE 1 LED UNIV/ 107W 8 FOOT SURFACE MOUNTED LINEAR LENSED STRIP LIGHTING FIXTURE, EMERGENCY BALLAST METALUX METALUX 8TSNLED-LD1-115-LC-UNV-EL-L850-CD2-U SUSPENDED SUSPENDED UTILIZING UNISTRUT SUPPORT, PROVIDE EMERGENCY BALLAST F 1 LED UNIV/ 53W 4 FOOT SURFACE MOUNTED LINEAR LENSED STRIP LIGHTING FIXTURE METALUX METALUX SNLED-LD1-58-LC-UNV-L850-CD1-U SUSPENDED SUSPENDED UTILIZING UNISTRUT SUPPORT FE 1 LED UNIV/ 53W 4 FOOT SURFACE MOUNTED LINEAR LENSED STRIP LIGHTING FIXTURE, EMERGENCY BALLAST METALUX METALUXSNLED-LD1-58-LC-UNV-L850-CD1-U SUSPENDED SUSPENDED U11LIZJNG UNISTRUT SUPPORT G 1 LED INIVERSAL/54 WALL MOUNTED FLOOD LIGHT McGRAW EDISON IST BO2-LED-E1-BL4-GM WALL MOUNT TOP OF FIXTURE 12" BELOW TOP OF SCREEN WALL. FIXTURE SHALL BE FULL CUTOFF. JE 2 LED 120V/3W EXTERIOR WALL MOUNTED EMERGENCY/EGRESS LIGHTING FIXTURE WITH REDUNDANT LED'S DUAL -LITE DUAL LITE PG Z HTR WALL MOUNT ONE FOOT ABOVE DOOR, CONTAINS BATTERY HEATER FOR COLD OPERATION. BRONZE FINISH X1 N/A LED UNIV / 1W JUNIVERSAL MOUNT EXIT LIGHT WITH GREEN LETTERS AND INTEGRAL BATTERY BACKUP., LITHONIA QUANTUM SERIES WALUCEILING X1 INDICATES SINGLE FACE, X2 INDICATES DOUBLE FACE, PROVIDE ARROWS AS INDICATED, GREEN REVIEWED .FOR COMPLIANCE WITH NEPA 7®- NE0 AUG 21 2017 -Ciity of TukWiIs BUILDING D IVISIOM RECEIVED, CITY OF TUKWILA JUL 2 7 2017 PERMIT CENTER Two Lincoln Centre 5420 LBJ Freeway, Suite 1100 Dallas, TX 75240 Phone: 214/273-1559 SCHEDULES I'mm DRAWN: WAM REVIEWED: RWB PROJECT NO.: C1395.00 .La4ml BURR COMPUTER ENVIRONMENTS, INC. 1 I Ckt # Load (VA) Panel: LCPC2000 Typell Ckt PHASE A Brkr (VA) PHASE B (VA) PHASE C (VA) Site: EDGECONNEX SEATLLE-DH2 200% Nuetral: Description of Load Volts: 208Y/120 3 PHASE, 4 WIRE Iso. Gmd: N Mech Hall Recept./fs dampe kAIC: 10 1,240 Feed Thru: YES Cu Bus: 250A Storage NEMA Rating: N1 MCB: 250A W Mech Hall Recept Surface/Flush Mtd: SURFACE MLO: !/!!//////// 20/1 New/Exist.: NEW 535 Ckt # Load (VA) Description of Load Typell Ckt PHASE A Brkr (VA) PHASE B (VA) PHASE C (VA) Ckt Brkr Type I Description of Load Load (VA) Ckl # 1 740 N Mech Hall Recept./fs dampe R 20/1 1,240 //////////// //!//////!// 20/1 L Storage 500 2 3 720 W Mech Hall Recept R 20/1 //////////// 1,255 !/!!//////// 20/1 L Elec. Room 535 4 5 900 Data Hall Recept R 20/1 /!////////// //!/////!/// 1,595 20/1 L Mech. Corridor NW 695 6 7 540 S Mech Hall Recept. R 20/1 1,182 /////!////// ///////!//// 20/1 L Mech. Corridor SE 20/1 8 9 540 SE Mech Hall Recept R 20/1 /!!/////!/// 1,396 //////////// 20/1 L Data Hall 2 856 10 11 360 Elec. Room Recept R 20/1 //////////// ////!/////// 1,323 20/1 L Data Hall 2 963 12 13 250 EPO PANEL M 20/1 1,106 //////////// ////////!/// 20/1 L Data Hall 2 856 14 /!/!////!f// ////!/////// 1,356 20/1 ////////!/// 1,463 /////////!!/ 20/1 L Data Hall 2 963 16 17 1,000 IT -2 RACK TRANSFER R 20/3 /////////// /!!/!/////// 1,749 20/1 L Data Hall 2 749 18 19 1,000 - R - 1,535 /!////////// /!///////!// 20/1 L Data Hall 2 535 20 21 1,000 - R - /////////// 1,000 //!///////// 20/1 Data Hall 2 SPARE 18 19 SPARE 20/1 963 0 20/1 20/1 SPARE Data Hall 2 24 25 SPARE 20/1 0 //////////// //////////// 20/1 !//l1l//!!/! SPARE L 26 27 22 SPARE 23 2011 //////////// 0 //////////// 20/1 //////////// SPARE 0 28 29 SPARE SPARE 20/1 !/////////// //////////// 0 SPARE SPARE 0 30 31 20/1 SPACE SPARE 0 ///////!//// /!/!//////// SPARE SPACE 20/1 32 33 /!/!////!/!/ SPACE f////!////// 0 //////////// 29 SPACE SPARE 34 35 !//////!//// SPACE 0 ///!//////// //////////// 0 30 SPACE 31 36 37 SPACE 4,000 ///1111///// 0 !///!///!/// ///!//////// FCUO4000 4,000 SPACE 38 39 SPACE ISPACE l!lllllfllll 0 !ll!!l!l!!ll - H ISPACE 4,000 40 41 35 SPACE SPACE //////////// //!///////// 0 //////////// 1,800 ISPACE C 142 1,800 -56- 637 Subtotals: 5,063 1 5.114 4.667 1,800 //////////// //!///////// - Load Type Connected Load Diversified Load Load Type Connected Diversified Load Load LCPD2000 EDGECONNEXATLANTA-DH2 (R) Receptacles 6,800 6,800 (L) Lighting 7,294 9,118 (C) Cooling 0 o (EL) Exterior Lighting o 0 (H) Heating o o (WH) Water Heater 0 0 (F) Fans 0 o (MT) Largest Motor 0 0 (K) Kitchen Equipment o o (E) Elevators o 0 (M) Miscellaneous 750 750 (SP) Subpanel 0 0 iota) connected Load: 14,544 VA = 41 AMPS Feed Thru Load: VA = 0 AMPS Total Diversified Load: 16,668 VA = 46 AMPS 1 Load Type Volts: kAIC: Cu Bus: MCB: MLO: 208Y/120 10 250A 250A Panel: Site: 3 PHASE, 4 WIRE LCPD2000 EDGECONNEXATLANTA-DH2 (R) Receptacles 200% Nuetral: Iso. Gmd: Feed Thru: NEMA Rating: Surface/Flush Mtd: New/Exist.: YES N1 SURFACE NEW 7,080 8,850 Ckt # Load (VA) Description of Load Type Ckt Brkr PHASE A (VA) PHASE B (VA) PHASE C (VA) Ckt Brkr Type Description of Load Load (VA) Ckt # 0 1 460 Storage Recept./fs damper R 20/1 960 //////////!/ ///////////! 20/1 L Storage 500 2 1 3 640 Elec. Room/exterior Recept R 20/1 ///////f//l! 1,068 //!!//////// 20/1 L Elec Room 428 4 ISS RM COND. UNIT 5 900 Data Hall 2 Recept. R 20/1 !/////////// !////!///!// 1,595 20/1 L Mech. Corridor NW 695 6 3 7 720 NE Mech Room/corr. Recept. R 20/1 1,255 llllllllllll llllllllllll 20/1 L Mech. Corridor SE 535 8 4,365 9 720 Roof Receptacles R 20/1 //////////// 827 //////////// 20/1 L Mech. Corridor Single NE 1 11 500 EXF03000 M 20/1 /!/!////!f// ////!/////// 1,356 20/1 L Data Hall 2 856 12 131 500 FIRE ALARM PANEL M 20/1 1,249 ////!//////! //////////// 20/1 L Data Hall 2 749 14 151 500 PA -4 M 20/1 !/////////// 1,463 //////////// 20/1 L Data Hall 2 963 16 17 SPARE 20/1 ////!/////// !/!///////// 749 20/1 L Data Hall 2 749 18 19 SPARE 20/1 963 H////////// ///f////!//! 20/1 L Data Hall 2 963 20 21 SPARE 20/1 ////!!!///I/ 535 !//l1l//!!/! 20/1 L Data Hall 2 535 22 23 SPARE 20/1 //////////// ////!/////// 0 20/1 SPARE 25 SPARE 20/1 0 ///f//////!f ///!//////// 20/1 SPARE 26 27 SPARE 20/1 /1///////1// Q /!/!////!/!/ 20/1 SPARE 28 29 SPARE 20/1 !//////!//// l//////!//// 0 20/1 SPARE 30 31 SPACE 4,000 ///1111///// //////!///ll 60/2 H FCUO4000 4,000 32 331 SPACE /!///!////// 4,000 lllllllfl/ll - H - 4,000 34 35 SPACE //////////// //////////// 1,800 25/2 C CO N36061 1,800 -56- 637 37 SPACE 1,800 //////////// //!///////// - C -1,800 38 39 SPACE" llllllllllfl 1,800 ////////////' __ C - 1,800 40 41 SPACE /////!////// %/////////!! 0 SPACE 1421 Subtotals: 10,227 9,693 5,500 Load Type Connected Load Diversified Load Load Type Connected Diversified Load Load DISTRIBUTION PANEL LOADS (R) Receptacles 3,440 3,440 (L) Lighting 7,080 8,850 (C) Cooling 5,400 0 (EL) Exterior Lighting 0 0 (H) Heating 8,000 8,000 (WH) Water Heater 0 0 (F) Fans o 0l(MT) Largest Motor 0 0 (K) Kitchen Equipment o 01(E) Elevators o 0 (M) Miscellaneous 1,500 1,500 (SP) Subpanel 0 0 Total Connected Load: 25,420 VA = 71 AMPS Feed Thru Load: VA = 0 AMPS Total Diversified Load: 21,790 VA = 61 AMPS MAIN DISTRIBUTION SWITCHBOARD 'MDSA1000' AND 'ATSA1000' PROJECT: EDGECONNEX JOB NUMBER: C1395 AND LOVING IT.... DISTRIBUTION PANEL RATINGS: 480V, 30,3W, 1600A MECHANICAL DISTRIBUTION PANEL 'MDPA1000' PROJECT: EDGECONNEX JOB NUMBER: C1395 DISTRIBUTION PANEL RATINGS: 480V, 30,3W, 800A COMPUANCE WITH FPA 70 - NEC AUG 21 2017 DISTRIBUTION PANEL LOADS -M-of T ila BUILDING DIVISION DISTRIBUTION PANEL LOADS DISTRIBUTION PANEL LOADS # DESCRIPTION F.L.A. VOLT. PH. DIV. FACTOR LOAD TOTAL F.L.A. VOLT-AMPERES DIV. FACTOR 0.77 1 UPS (NOTE 1) 661.5 480 3 1.00 480 661.5 550,010 0.00 1 UPS MAINT. BYPASS (NOTE 2) 601.4 480 3 0.00 480 0.0 0 1.00 1 M DPA 1000 550.0 480 3 1.00 480 550.0 457,310 1.00 -1 - 32,591 1 ISS RM COND. UNIT 8.4 480 3 3 1.00 F 6,984 6,984 1 PANEL LCPC2000 FULLY LOADED 90.3 480 3 3 DISTRIBUTION PANEL LOAD TOTALS 90.3 75,036 75,036 1,211.6 1,007,320 NOTES: 1) INCLUDES FULL LOAD UPS PLUS BATTERY CHARGING. 2) MAINTENANCE BYPASS LOAD IS NON -COINCIDENTAL WITH UPS LOAD. MAIN DISTRIBUTION SWITCHBOARD 'MDSB1000' AND 'ASTB1000' PROJECT: EDGECONNEX JOB NUMBER: C1395 DISTRIBUTION PANEL RATINGS: 480V, 30,3W, 1600A MECHANICAL DISTRIBUTION PANEL 'MDPA1000' PROJECT: EDGECONNEX JOB NUMBER: C1395 DISTRIBUTION PANEL RATINGS: 480V, 30,3W, 800A COMPUANCE WITH FPA 70 - NEC AUG 21 2017 DISTRIBUTION PANEL LOADS -M-of T ila BUILDING DIVISION DISTRIBUTION PANEL LOADS DISTRIBUTION PANEL LOADS # DESCRIPTION F.L.A. VOLT. PH. DN. FACTOR LOAD TOTAL F.L.A. VOLT-AMPERES DIV. FACTOR 0.77 1 UPS (NOTE 1) 661.5 480 3 1.00 480 661.5 550,010 0.00 1 UPS MAINT. BYPASS (NOTE 2) 601.4 480 3 0.00 480 0.0 0 1.00 1 M DP B 1000 676.8 480 3 1.00 480 676.8 562,689 1.00 -1 - 32,591 1 ISS RM COND. UNIT 8.4 480 3 3 1.00 F 6,984 6,984 1 PANEL LCPC2000 FULLY LOADED 90.3 480 3 3 DISTRIBUTION PANEL LOAD TOTALS 90.3 75,036 75,036 1,338.3 1,112,699 NOTES: 1) INCLUDES FULL LOAD UPS PLUS BATTERY CHARGING. 2) MAINTENANCE BYPASS LOAD IS NON -COINCIDENTAL WITH UPS LOAD. MAIN DISTRIBUTION SWITCHBOARD 'MDSC1000' AND 'ATSC1000' PROJECT: EDGECONNEX JOB NUMBER: C1395 DISTRIBUTION PANEL RATINGS: 480V, 30,3W, 1600A MECHANICAL DISTRIBUTION PANEL 'MDPA1000' PROJECT: EDGECONNEX JOB NUMBER: C1395 DISTRIBUTION PANEL RATINGS: 480V, 30,3W, 800A COMPUANCE WITH FPA 70 - NEC AUG 21 2017 DISTRIBUTION PANEL LOADS -M-of T ila BUILDING DIVISION DISTRIBUTION PANEL LOADS DISTRIBUTION PANEL LOADS # DESCRIPTION F.L.A. VOLT. PH. DIV. FACTOR LOAD TOTAL F.L.A. VOLT AMPERES DIV. FACTOR 0.77 1 UPS (NOTE 1) 661.5 480 3 1.00 480 661.5 550,010 0.00 1 UPS MAINT. BYPASS (NOTE 2) 601.4 480 3 0.00 480 0.0 0 1.00 1 MDPC1000 676.8 480 3 1.00 480 676.8 562,689 1.00 -1 - 32,591 1 ISS RM COND. UNIT 8.4 480 3 3 1.00 F 6,984 6,984 1 PANEL LCPC2000 FULLY LOADED 90.3 480 3 3 [DISTRIBUTION PANEL LOAD TOTALS 90.3 75,036 75,036 1,338.3 1,112,699 NOTES: 1) INCLUDES FULL LOAD UPS PLUS BATTERY CHARGING. 2) MAINTENANCE BYPASS LOAD IS NON -COINCIDENTAL WITH UPS LOAD. MAIN DISTRIBUTION SWITCHBOARD 'MDSD1000' AND 'ASTD1000' PROJECT: EDGECONNEX JOB NUMBER: C1395 DISTRIBUTION PANEL RATINGS: 480V, 30,3W, 1600A MECHANICAL DISTRIBUTION PANEL 'MDPA1000' PROJECT: EDGECONNEX JOB NUMBER: C1395 DISTRIBUTION PANEL RATINGS: 480V, 30,3W, 800A COMPUANCE WITH FPA 70 - NEC AUG 21 2017 DISTRIBUTION PANEL LOADS -M-of T ila BUILDING DIVISION DISTRIBUTION PANEL LOADS DISTRIBUTION PANEL LOADS # DESCRIPTION F.L.A. VOLT. PH. DN. FACTOR LOAD TOTAL F.L.A. VOLT-AMPERES DIV. FACTOR 0.77 1 UPS (NOTE 1) 661.5 480 3 1.00 480 661.5 550,010 0.00 1 UPS MAINT. BYPASS (NOTE 2) 601.4 480 3 0.00 480 0.0 0 1.00 1 M DP D 1000 676.8 480 3 1.00 480 676.8 562,689 1.00 1.4 1,164 32,591 1 ISS RM COND. UNIT 8.4 480 3 3 1.00 8.4 6,984 6,984 1 PANEL LCPC2000 FULLY LOADED 90.3 480 3 3 DISTRIBUTION PANEL LOAD TOTALS 90.3 75,036 75,036 1,338.3 1,112,699 NOTES: 1) INCLUDES FULL LOAD UPS PLUS BATTERY CHARGING. 2) MAINTENANCE BYPASS LOAD IS NON -COINCIDENTAL WITH UPS LOAD. 1 NOTES: 1) PUMP IS NON -COINCIDENTAL WITH COMPRESSOR IN ASSOCIATED CRA UNIT. 2) DIV. FACTOR FOR CRA UNITS ACCOUNTS FOR 60% DIVERSITY OF 30KW REHEAT IN EACH UNIT. MECHANICAL DISTRIBUTION PANEL 'MDPA1000' PROJECT: EDGECONNEX JOB NUMBER: C1395 DISTRIBUTION PANEL RATINGS: 480V, 30,3W, 800A COMPUANCE WITH FPA 70 - NEC AUG 21 2017 -M-of T ila BUILDING DIVISION DISTRIBUTION PANEL LOADS DISTRIBUTION PANEL LOADS DISTRIBUTION PANEL LOADS # 5 DESCRIPTION CRA UNITS (INCLUDES REDUNDANTAND FUT.) (NOTE 2) F.L.A. 93.7 VOLT. 480 PH. 3 DIV. FACTOR 0.77 LOAD TOTAL F.L.A. 360.7 VOLT-AMPERES 299,923 VOLT-AMPERES 359,908 5 REF. PUMPS (NOTE 1) 7.0 480 3 3 0.00 0.0 0 0 5 DUAL COND. UNITS 16.8 480 [43 3 1.00 84.0 69,838 83,805 1 ISS RM CRA UNIT 1.4 480 3 1.00 1.4 1,164 32,591 1 ISS RM COND. UNIT 8.4 480 3 3 1.00 8.4 6,984 6,984 1 PANEL LCPC2000 FULLY LOADED 90.3 480 3 3 1.00 90.3 75,036 75,036 1 25% LARGEST MOTOR (CRA COMP.) 5.3 480 3 3 1.00 5.3 4,365 4,365 DISTRIBUTION PANEL LOAD TOTALS DISTRIBUTIONPANEL LOAD TOTALS 550.0 457,310 1 NOTES: 1) PUMP IS NON -COINCIDENTAL WITH COMPRESSOR IN ASSOCIATED CRA UNIT. 2) DIV. FACTOR FOR CRA UNITS ACCOUNTS FOR 60% DIVERSITY OF 30KW REHEAT IN EACH UNIT. 1 NOTES: 1) PUMP IS NON -COINCIDENTAL WITH COMPRESSOR IN ASSOCIATED CRA UNIT. 2) DIV. FACTOR FOR CRA UNITS ACCOUNTS FOR 60% DIVERSITY OF 30KW REHEAT IN EACH UNIT. MECHANICAL DISTRIBUTION PANEL 'MDPB1000' PROJECT: EDGECONNEX JOB NUMBER: C1395 DISTRIBUTION PANEL RATINGS: 480V, 30,3W, 800A COMPUANCE WITH FPA 70 - NEC AUG 21 2017 -M-of T ila BUILDING DIVISION DISTRIBUTION PANEL LOADS DISTRIBUTION PANEL LOADS DISTRIBUTION PANEL LOADS # 6 DESCRIPTION CRA UNITS (INCLUDES REDUNDANT AND FUT.) (NOTE 2) F.L.A. 93.7 VOLT. 480 PH. 3 fIDIV.FACTOR 0.77 LOAD TOTAL F.L.A. 432.9 VOLT-AMPERES 359,908 VOLT-AMPERES 359,908 6 REF. PUMPS (NOTE 1) 7.0 480 3 3 0.00 0.0 0 0 6 DUAL COND. UNITS 16.8 480 3 3 1.00 100.8 83,805 83,805 1 ELEC. RM CRA UNIT 39.2 480 3 3 1.00 39.2 32,591 32,591 1 ELEC. RM COND. UNIT 8.4 480 3 3 1.00 8.4 6,984 6,984 1 PANEL LCPD2000 FULLY LOADED 90.3 480 3 3 1.00 90.3 75,036 75,036 1 25% LARGEST MOTOR (CRA COMP.) 5.3 480 3 3 1.00 5.3 4,365 4,365 DISTRIBUTION PANEL LOAD TOTALS DISTRIBUTIONPANEL LOAD TOTALS 676.8 562,689 1 NOTES: 1) PUMP IS NON -COINCIDENTAL WITH COMPRESSOR IN ASSOCIATED CRA UNIT. 2) DIV. FACTOR FOR CRA UNITS ACCOUNTS FOR 60% DIVERSITY OF 30KW REHEAT IN EACH UNIT. 1 NOTES: 1) PUMP IS NON -COINCIDENTAL WITH COMPRESSOR IN ASSOCIATED CRA UNIT. 2) DIV. FACTOR FOR CRA UNITS ACCOUNTS FOR 60% DIVERSITY OF 30KW REHEAT IN EACH UNIT. a �Clti�►AtC� �� MECHANICAL DISTRIBUTION PANEL 'MDPC1000' PROJECT: EDOECONNEX JOB NUMBER: C1395 DISTRIBUTION PANEL RATINGS: 480V, 30,3W, 800A COMPUANCE WITH FPA 70 - NEC AUG 21 2017 -M-of T ila BUILDING DIVISION DISTRIBUTION PANEL LOADS Q DISTRIBUTION PANEL LOADS # 6 DESCRIPTION CRA UNITS (INCLUDES REDUNDANT AND FUT.) (NOTE 2) F.L.A. 93.7 VOLT. 480 PH. 3 DIV. FACTOR 0.77 LOAD TOTAL F.L.A. 432.9 VOLT-AMPERES 359,908 VOLT-AMPERES 359,908 6 REF. PUMPS (NOTE 1) 7.0 480 3 3 0.00 0.0 0 0 6 DUAL COND. UNITS 16.8 480 3 3 1.00 100.8 83,805 83,805 1 ELEC. RM CRA UNIT 39.2 480 3 3 1.00 39.2 32,591 32,591 1 ELEC. RM COND. UNIT 8.4 480 3 3 1.00 8.4 6,984 6,984 1 PANEL LCPC1000 FULLY LOADED 90.3 480 3 3 1.00 90.3 75,036 75,036 1 25% LARGEST MOTOR (CRA COMP.) 5.3 480 3 3 1.00 5.3 4,365 4,365 DISTRIBUTION PANEL LOAD TOTALS DISTRIBUTIONPANEL LOAD TOTALS 676.8 562,689 1 NOTES: 1) PUMP IS NON -COINCIDENTAL WITH COMPRESSOR IN ASSOCIATED CRA UNIT. 2) DIV. FACTOR FOR CRA UNITS ACCOUNTS FOR 60% DIVERSITY OF 30KW REHEAT IN EACH UNIT. a �Clti�►AtC� �� 1 NOTES: 1) PUMP IS NON -COINCIDENTAL WITH COMPRESSOR IN ASSOCIATED CRA UNIT. 2) DIV. FACTOR FOR CRA UNITS ACCOUNTS FOR 60% DIVERSITY OF 30KW REHEAT IN EACH UNIT. CITY EC IVSD A JUL 2 7 2017 PERMIT CENTER 10400 Rodgers Road Ph: 281-374-8644 HOUSTON, TEXAS 77070 Fax: 281-374-8992 Two Lincoln Centre 5420 LBJ Freeway, Suite 1100 Dallas, TX 75240 Phone: 214/273-1559 GV MECHANICAL DISTRIBUTION PANEL 'MDPD1000' PROJECT: EDGECONNEX JOB NUMBER: C1395 DISTRIBUTION PANEL RATINGS: 480V, 30,3W, 800A COMPUANCE WITH FPA 70 - NEC AUG 21 2017 -M-of T ila BUILDING DIVISION J Q DISTRIBUTION PANEL LOADS # 6 DESCRIPTION CRA UNITS CL (INUDES REDUNDANT AND FUT.) (NOTE 2) F.L.A. 93.7 VOLT. 480 PH. 3 DIV. FACTOR 0.77 LOAD TOTAL F.L.A. 432.9 VOLT-AMPERES 359,908 6 REF. PUMPS (NOTE 1) 7.0 480 3 0.00 0.0 0 6 DUAL COND. UNITS 16.8 480 3 1.00 100.8 83,805 CV5 1 ELEC. RM CRA UNIT 39.2 480 3 1.00 39.2 32,591 1 ELEC. RM COND. UNIT 8.4 480 3 1.00 8.4 6,984 1 PANEL LCPD1000 FULLY LOADED 90.3 480 3 1.00 90.3 75,036 1 25% LARGEST MOTOR (CRA COMP.) 5.3 480 3 1.00 5.3 4,365 DISTRIBUTIONPANEL LOAD TOTALS 676.8 562,689 1 NOTES: 1) PUMP IS NON -COINCIDENTAL WITH COMPRESSOR IN ASSOCIATED CRA UNIT. 2) DIV. FACTOR FOR CRA UNITS ACCOUNTS FOR 60% DIVERSITY OF 30KW REHEAT IN EACH UNIT. CITY EC IVSD A JUL 2 7 2017 PERMIT CENTER 10400 Rodgers Road Ph: 281-374-8644 HOUSTON, TEXAS 77070 Fax: 281-374-8992 Two Lincoln Centre 5420 LBJ Freeway, Suite 1100 Dallas, TX 75240 Phone: 214/273-1559 GV J Q CU 00 Cf) 00 z.=: O LU C cC U U -)J LU CV5 H W C0 &V�jwlq­ I .%= T= ELECTRICAL SCHEDULES DRAWN: WAM REVIEWED: RWB PROJECT NO.: C1395.00 BURR COMPUTER ENVIRONMENTS, INC. 1 Load Type Volts: kAIC: Cu Bus: MCB: MLO: 208Y/120 22 400 400 Panel: 3 -Phase, 4 -Wire RPPA1300 Door in Door Construction: NEMA Rating: 1 Feed Thru: Surf. Mtd: Flush Mtd: New/Exist.: NEW 3,000 Ckt # Load (VA) RECEPT WHIP Description of Load TYPE LENGTH Type Ckt Brkr Phase A (VA) Phase B (VA) Phase C (VA) Ckt Type RECEPT WHIP Description of Load Load Brkr TYPE LENGTH (VA) Ckt # 1 1,000 L21 -20R IT.02.01A R 20/3 1,000 0 0 =1 0 0 0 0 0 0 0 0 0 0 L0 L0 1 L=1 L0 0 0 0 0 1 0 0 L0 0 1 0 1,000 0 0 0 0 0 0 0 0 0 0 0 0 0 SPACE 0 2 3 1,000 (IN IT ROOM 2) R -1,000 SPACE 4 5 1,000 - R - SPACE 6 7 SPACE SPACE 8 9 SPACE SPACE 10 11 SPACE SPACE 12 13 SPACE SPACE 14 15 SPACE SPACE _ 16 17 SPACE SPACE 18 19 SPACE SPACE 20 21 SPACE SPACE 22 23 SPACE SPACE 24 25 SPACE SPACE 26 27 SPACE SPACE 28 29 SPACE SPACE 30 31 SPACE SPACE 32 33 SPACE SPACE 34 35 SPACE SPACE 36 37 SPACE SPACE 38 39 SPACE SPACE 40 41 SPACE SPACE 42 431 SPACE SPACE 44 45 SPACE SPACE 46 47 SPACE SPACE 48 49 SPACE0 SPACE 50 51 SPACE SPACE- 52 53 SPACE SPACE 54 55 SPACE 1SPACE 56 57 SPACE SPACE 58 59 SPACE SPACE 60 61 SPACE SPACE 62 63 SPACE SPACE 64 65 SPACE SPACE 66 67 SPACE SPACE 68 69 SPACE SPACE 70 71 SPACE SPACE 72 73 SPACE SPACE 74 75 SPACE SPACE 76 77 SPACE SPACE 78 79 SPACE SPACE 180 81 SPACE SPACE 82 1831 SPACE SPACE 84 Subtotals: 1.000 000 Load Type Connected Load Diversified Load Load Type Connected Load Diversified Load (R) Receptacles 3,000 3,000 (L) Lighting o 0 (C) Cooling o o (EL) Exterior Lighting o 0 (H) Heating o o (WH) Water Heater o 0 (F) Fans 0 o (MT) Largest Motor o 0 (K) Kitchen Equipment 0 o (E) Elevators o 0 (M) Miscellaneous 0 o (SP) Subpanel o p iota) GOnnectea Load: 3,000 VA = U AMPS Feed Thru Load: . VA = 0 AMPS Total Diversified Load: 3,000 VA = 8 AMPS Panel: RPPB1300 m■ 57 Volts: kAIC: Cu Bus: MCB: MLO: 208Y/120 22 400 400 3 -Phase, 4 -Wire 61 Ckt # Load (VA) RECEPT WHIP Description of Load TYPE LENGTH Type Ckt Brkr Phase A (VA) Phase B (VA) 1 1,000 L21 -20R IT. 02.01 B R 20/3 1,000 o 3 1,000 (IN IT ROOM 2) R - 0 1,000 5 1,000 - R - 7 1 JSPACE 1 9 o SPACE o 0 0 11 SPACE 13 SPACE 15 0 SPACE 0 L0 171 SPACE 19 SPACE 21 SPACE 0 0 23 SPACE 25 SPACE 271 SPACE 0 0 29 SPACE 31 SPACE 33 SPACE 0 0 35 SPACE 37 SPACE 39 SPACE 0- 0 9 41 SPACE 43 SPACE 451 SPACE 0 471 SPACE m■ 57 S PACE 59 SPACE 61 SPACE 63 SPACE 65 SPACE 75 SPACE 77 SPACE 79 SPACE 81 SPACE 83 SPACE W I Door in Door Constniction: NEMA Rating: 1 Feed Thru: Surf. Mtd: Flush Mtd: New/Exist.: NEW e C Ckt Type RECEPT WHIP Description of Load Load �) Brkr TYPE LENGTH (VA) SPACE SPACE )0 SPACE SPACE SPACE I I 1 0 Subtotals 1 1.000 1 1.000 1 1.000 SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE Load Type Connected Load Diversified Load Load Type Connected Load Diversified Load (R) Receptacles 3,000 3,000 (L) Lighting o 0 (C) Cooling o o (EL) Exterior Lighting o 0 (H) Heating o o (WH) Water Heater 0 0 (F) Fans o o(MT) Largest Motor 0 0 (K) Kitchen Equipment o o (E) Elevators o 0 (M) Miscellaneous o o (SP) Subpanel o 0 mai connectea Loaa Feed Thru Load: Total Diversified Load 3,000 VA = S AMPS VA = 0 AMPS 3,000 VA = 8 AMPS a 2 4 6 8 10 1 2- 174- T6- 18 141618 20 22 24- 26 28 30 32 34 42 46 48 50 74 67880 76— T8- 80 82 84 t1 t E D 3 K ILA JUL 2 7 2017 PERMIT CENTER Two Lincoln Centre 5420 LBJ Freeway, Suite 1100 Dallas, TX 75240 Phone: 214/273-1559 im ELECTRICAL SCHEDULES SHBETNO DRAWN: WAM REVIEWED: RWB -4zi.3 PROJECT NO.: C1395.00 PROPRIETARY: NOT FOR DISCLOSURE OR USE WITHOUT THE WRITTEN CONSENT OF BURR COMPUTER ENVIRONMENTS, INC.