Loading...
The URL can be used to link to this page
Your browser does not support the video tag.
Home
My WebLink
About
Permit EL13-0209 - TELX - REMODEL
TEI.X 3433 S 120 PL EL% -0209 13 City ofkukwila Department of Community Development 6300 Southcenter Boulevard, Suite #100 Tukwila, Washington 98188 Phone: 206-431-3670 Fax: 206-431-3665 Web site: http://www.TukwilaWA.gov Parcel No.: 1023049081 Address: 3433 S 120 PL TIIKW Project Name: TELX ELECTRICAL PERMIT Permit Number: EL13-0209 Issue Date: 03/28/2013 Permit Expires On: 09/24/2013 Owner: Name: SABEY CORPORATION Address: 12201 TUKWILA INTL BLVD , 4TH FLOOR 98168 Contact Person: Name: TERRY MCCABE Address: 600 WASHINGTON AV S , KENT WA, 98032 Contractor: Name: HOLMES ELECTRIC CO Address: PO BOX 338 , RENTON WA 98035 Contractor License No: HOLMEEC549BH Phone: 206 755-6235 Phone: (253)479-4000 Expiration Date: 10/31/2014 DESCRIPTION Or WORK: Value of Electrical: NRES: 1,700,000.00 RES: $0.00 Type of Fire Protection: UNKNOWN Electrical service provided by: SEATTLE CITY LIGHT Permit Center Authorized Signature: Fees Collected: National Electrical Code Edition: $12,708.94 2008 Date: I—)-0— (3 I hereby 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 d s not presume to : e authority to violate or cancel the provisions of any other state or local laws regulating construction or the erfo ce of work. I . . horized to sign and obtain this electrical permit. Signature: Print Name: / erry This permit shall become null/ and void if the work is not commenced within 180 days from the date of issuance, or if the work is suspended or abandoned for a period of 180 days from the last inspection. Date: doc: EL -4/10 EL13-0209 Printed: 03-28-2013 • PERMIT CONDITIONS 411 Permit No. EL 13-0209 **ELECTRICAL** 1: A copy of the electrical work permit shall be posted or otherwise made readily accessible to the Electrical Inspector at each work site. 2: Approved plans shall be maintained at the construction site and shall be readily available to the Electrical Inspector. 3: All electrical work shall be in accordance with NFPA 70 - NEC, and requirements for electrical installations, Chapter 296-46B WAC. 4: 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. 5: 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. 6: 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. doc: EL -4/10 EL13-0209 Printed: 03-28-2013 CITY OF TUKWILA Community Development Department Permit Center 6300 Southcenter Blvd, Suite 100 Tukwila, WA 98188 http://www.TukwilaWA.gov Electrical Permit No. --\ 3 0 -2-t99 Project No. Date Application Accepted: % )_t _ f 3 9 Date Application Expires: - 1-4 - 1 (For office use only) 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** HECO# 2 32 5- 5 0 0 SITE LOCATION Site Address: 3433 South 120th Place Tenant Name: Telx King Co Assessor's Tax No.: Suite Number: N/A Floor: Main New Tenant: m Yes ❑ ..No PROPERTY OWNER Name: Sabey Corporation Address:12201 Tukwila International Blvd City: Seattle State: WA Zip: 98168 CONTACT PERSON — person receiving all project communication Name: Terry McCabe Address: 600 Washington Ave South City: Kent State: WA Zip: 98032 Phone: 206-755-6235 Fax: 253-234-2912 Email: terry.mccabe@holmes.com ELECTRICAL CONTRACTOR INFORMATION Company Name: Holmes Electric Address: 600 Washington Ave. South City:Kent State: WA Zip: 98032 Phone: 253-234-2867 Fax: 253-234-2912 Contr Reg No.: HOLMEEC549BH Exp Date: 10/31/14 Tukwila Business License No.: 0101476 Valuation of Project (contractor's bid price): $ $1,700,000 Scope of Work (please provide detailed information): Re -distribute feeders for a 2N configuration. Update lighting with new high effeciency lamps. Relocate PDU's and RPP's. Will service be altered? ❑ Yes I No Adding more than 50 amps? ❑ Yes Z No Type of Use: Type of work: ❑ New ❑ Addition ❑ Service Change ❑ Remodel ® Tenant Improvement ❑ Low Voltage ❑ Generator 0 Fire Alarm ❑ Telecommunication ❑ Temporary Service Property Served by: i 0 Puget Sound Energy Z Seattle City Light ./ �C H:\ Applications\Forms-Applications On Line \2011 Applications\Electrical Permit Application Revised 8-9-11.docx 1 Revised: August 2011 V bh 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) ❑ 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) ❑ 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) MULTI -FAMILY AND COMMERCIAL Fees are based on the valuation of the electrical contract. MISCELLANEOUS FEES ❑ Temporary service (residential) $63.00 ❑ Temporary service (generator) $78.75 ❑ Manufactured/mobile home service $84.00 (excluding garage or outbuilding) ❑ Carnivals $78.75 Number of concessions $10.50 ea PERMIT APPLICATION NOTES - 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 1 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 1 AM AUTHORIZED TO APPLY FOR THIS PERMIT. BUILDING OWNE&ECTRICAL CONTRACTOR t-//1 Signature: Print Name: Terry McCabe Mailing Address: 600 Washington Ave South Date: 3/4/2013 Day Telephone: 206-755-6235 Kent WA 98032 City H.\Applications\Forms-Applications On Line\201 1 Apphcations\Electrical Permit Application Revised 8-9-11 docx Revised. August 2011 bh State Zip Page 2 of 2 • • City of Tukwila �y `c Department of Community Development Gl 6300 Southcenter Boulevard, Suite #100 Pi- �5f Tukwila, Washington 98188 Phone: 206-431-3670 Fax: 206-431-3665 Web site: http://www.TukwilaWA.gov Parcel No.: 1023049081 Address: 3433 S 120 PL TUKW Suite No: Applicant: TELX RECEIPT Permit Number: EL13-0209 Status: APPROVED Applied Date: 03/04/2013 Issue Date: Receipt No.: R13-01155 Payment Amount: $13,667.15 Initials: WER Payment Date: 03/28/2013 10:49 AM User ID: 1655 Balance: $0.00 Payee: TERRY MCCABE TRANSACTION LIST: Type Method Descriptio Amount Payment Credit Crd VISA Authorization No. 045917 ACCOUNT ITEM LIST: Description 13,667.15 Account Code Current Pmts ELECTRICAL PERMIT - NONR 000.322.101.00.00 13,667.15 Total: $13,667.15 d..n• Deneint_ /1R Printed- 03-28-2013 Parcel No.: Address: Suite No: Applicant: TELX • City of Tukwila Department of Community Development 6300 Southcenter Boulevard, Suite #100 Tukwila, Washington 98188 Phone: 206-431-3670 Fax: 206-431-3665 Web site: http://www.TukwilaWA.gov 1023049081 3433 S 120 PL TUKW RECEIPT Permit Number: Status: Applied Date: Issue Date: EL13-0209 PENDING 03/04/2013 Receipt No.: R13-00954 Initials: User ID: WER 1655 Payment Amount: Payment Date: Balance: $3,416.79 03/04/2013 01:55 PM $13,667.15 Payee: TERRY MCCABE TRANSACTION LIST: Type Method Descriptio Amount Payment Credit Crd VISA Authorization No. 514045 ACCOUNT ITEM LIST: Description 3,416.79 Account Code Current Pmts ELECTRICAL PLAN - NONRES 000.345.832.00.00 Total: $3,416.79 3,416.79 Prinfatl• n3_na_9n13 INSPECTION RECORD Retain a copy with permit INSPECTION NO. PERMIT NO. CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd., #100, Tukwila. WA 98188 (206) 431-367 Permit Inspection Request Line (206) 431-2451 4' _ Project: (1",( Type of Inspection: r Address: 3 1 3 S+ /20 p�,Date Catled: Instructions: Date Wanted: f 1 1Special 7 a r p.m. Requester: Phone No: Approved per applicable codes. t:J Corrections required prior to approval. COMMENTS: Inspector: Date: 07 I 1 (13 REINSPECTION FEE REQUIRED. Prior to next inspection, fee must be paid at 6300 Southcenter Blvd., Suite 100. Call to schedule reinspection. INSPECTION RECORD Retain a copy with permit INSPECTION NO. PERMIT NO., 1 CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd., #100, Tukwila. WA 98188 y_.(2O6) 431-3670 Permit Inspection Request Line (206) 431-2451 eit 3 -ceor Project:�", Type of Inspection: ©O2.— Address: , d3 S .124. Date Called: Special Instructions: Date Wanted:. 5/30 Requester: f Phone No: 0 Approved per applicable codes. Corrections required prior to approval. 1/ COMMENTS: r z ,�/6-6c/ eth wek_S Inspector: Date: 5fro ! 3 REINSPECTION FEE REQUIRED. Prior to next inspection. fee must be paid at 6300 Southcenter Blvd.. Suite 100. Call to schedule reinspection: 3 INSPECTION RECORD Retain a copy with permit ttf �- 0207 INSPECTION NO. PERMIT N0; CITY OF TUKWILA BUILDING DIVISION. , 6300 Southcenter Blvd., #100, Tukwila. WA 98188 (t (206) 431-3670 Permit Inspection Request Line (206) 431-2451 Project: /� Type of Inspection: 7102, I trAddress: „1'�„/�' f�0 Pt. Date Called: Special Instructionnns: . Date Wanted:. l .m. P.m Requester: Phone No: Approved per applicable codes. EJ Corrections required prior to approval. COMMENTS: aeeiort - 444- i'bJ< CLL c 5(A41.6 r", (')k t�x� i b3 3 (JPi5 !giA4 2_ 231 '4)1 381 DZ. 9y^ fA ► 5;A ('De.. 1( ,1) 3 W f, r cl � i*4 �4 EA- -A-TAI2 43 A4 -e fiqjInspector: (..c ,.. Date: Sir° Ir n REINSPECTION FEE REQUIRED. Prior to next inspection, fee must be: paid at 6300 Southcenter Blvd., Suite 100. Call to schedule reinspection. INSPECTION NO. INSPECTION RECORD Retain a copy with permit PERMIT NO. CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd., #100, Tukwila. WA 98188 (206) 431-3670 Permit Inspection Request Line (206) 431-2451 IS - Project:. .F Type of Inspection: o3 7a7�1 Address:. '311i 5 /2.1)' Date Called. Special Instructions: Date Wanted:. c oZ g.m. . Requester: Phone No: 0 Approved per applicable codes. Corrections required prior to approval. COMMENTS: A .00.07 4 id ti3 d eo,o v ;41. (.9to 3-4-6 c4 • ddirs ID t,116 6Alairtt 1-14 6,64)0.1 ti7f iR Inspector: -.1./7 Date: 495/011/ ri REINSPECTION FEE REQUIRED. Prior to next inspection, fee must be paid at 6300 Southcenter Blvd., Suite 100. Call to schedule reinspection. INSPECTION RECORD E1AZO? 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) 431-2451 Project: 17A Type of Inspection: Address: 3*.)35 .��f® DateCalled:1.#?f Special Instructions: Date Wanted: 7 m. p.m Requester: Phone No: ElApproved per applicable codes. Corrections required prior to approval. COMMENTS: PA (0,04 WE) CPQ Scfr� Inspector: I 6-6\114A Date: 04143 4143 d 1 REINSPECTION FEE REQUIRED. Prior to next inspection. fee must be paid at 6300 Southcenter Blvd.. Suite 100. Call to schedule reinspection. • • T CO PLAN REVIEW/ROUTING SLIP ACTIVITY NUMBER: EL13-0209 DATE: 03-04-13 PROJECT NAME: TELX SITE ADDRESS: 3433 S 120 PL X Original Plan Submittal Response to Incomplete Letter # Response to Correction Letter # Revision # After Permit Issued DEPARTMENTS:Ading division Public Works ❑ Fire Prevention Structural Planning Division Permit Coordinator n 1 DETERMINATION OF COMPLETENESS: (Tues., Thurs.) DUE DATE: 03-05-13 Complete Incomplete ❑ Not Applicable ❑ Comments: Permit Center Use Only INCOMPLETE LETTER MAILED: LETTER OF COMPLETENESS MAILED: Departments determined incomplete: Bldg 0 Fire 0 Ping ❑ PW ❑ Staff Initials: TUESITHURS ROUTING: Please Route Structural Review Required ❑ No further Review Required n REVIEWER'S INITIALS: DATE: APPROVALS OR CORRECTIONS: Approved ❑ Approved with Conditions Notation: DUE DATE: 04-02-13 Not Approved (attach comments) REVIEWER'S INITIALS: DATE: Permit Center Use Only CORRECTION LETTER MAILED: Departments issued corrections: Bldg 0 Fire 0 Ping 0 PW 0 Staff Initials: Documents/routing slip.doc 2-28-02 Contractors or Tradespeople Pri" er Friendly Page Electrical Contractor A business licensed by Lal to contract electrical work within the scope of its specialty. Electrical Contractors must maintain a surety bond or assignment of savings account. They also must have a designated Electrical Administrator or Master Electrician who is a member of the firm or a full-time supervisory employee. Business and Licensing Information Name Phone Address Suite/Apt. City State Zip County Business Type Parent Company HOLMES ELECTRIC CO 2534794000 Po Box 338 Kent WA 98035 King Corporation UBI No. Status License No. License Type Effective Date Expiration Date Suspend Date Specialty 1 Specialty 2 177003752 Active HOLMEEC549BH Electrical Contractor 1/8/1946 10/31/2014 General Unused Master Electrician INFORMATION License HILLME'973KR Name HILLMAN, ED Status Active Business Owner Information Name Role Effective Date Expiration Date HOLMES, JERAY A Agent 01/01/1980 Bond Amount HOLMES, MICHAEL J President 01/01/1980 929558590 RICHARDS, MICHAEL W Secretary 01/01/1980 ELECTRICAL CITATION RICHARDS, EUGENE M 11 /08/2012 01/01/1980 10/15/2010 Bond Information Page 1 of 1 Bond Bond Company Name Bond Account Number Effective Date Expiration Date Cancel Date Impaired Date Bond Amount Received Date 4 Western Surety Co 929558590 12/08/2012 Until Cancelled 19.28.101 RCW ELECTRICAL CITATION $4,000.00 11 /08/2012 3 HARTFORD FIRE INS 52BSBFB9243 12/08/2008 Until Cancelled 12/08/2012 $4,000.0012/09/2008 2 AMCASUALTY 9239830 12/08/1984 Until Cancelled 02/09/2009 $4,000.0009/14/2008 Assignment of Savings Information No records found for the previous 6 year period Insurance Information No records found for the previous 6 year period Summons/Complaint Information Summons and Complaints are not filed with the department for this contractor type Warrant Information Warrants are not filed with the department for this contractor type Infractions/Citations Information Infraction / Citation Date RCW Code Type Status Violation Amount ESHA000715 7/25/2012 19.28.101 RCW ELECTRICAL CITATION Satisfied $1,000.00 EREEB00495 10/8/2009 19.28.101 RCW ELECTRICAL CITATION Satisfied $250.00 httns://fortress.wa.gov/Ini/bbin/Print. asnx 03/28/2013 2 3 4 5 6 7 8 9 10 11 12 ente ELECTRICAL SHEET INDEX ....,.::::::xu:.�,u.:a,... .rs�ss�tssir ssssasssr,••..rr :ir SEATTLE, WA SABEY DATA CENTERS 12201 TUKWILA INTERNATIONAL BLVD FOURTH FLOOR SEATTLE, WA PHONE: 206-281-8700 FAX: 206-282-9951 SEPARATE PERMIT REQUIRED FOR: Methanicat 0 Elul Plumbing Gas Piping City of Tukwila BUILDING DIVISION SHEET NUMBER TITLE SD PRICING SET 1/14/2013 PRICING SET 1/16/2013 DD SET 1/21/2013 PERMIT SET 3/1/2013 E2.01 PARTIAL POWER PLAN X X X X E0.01 COVER SHEET & DRAWING INDEX X X X X E0.02 LEGEND, SYMBOLS LEGEND, & ABBREVIATIONS X X X X E0.03 FEEDER & BRANCH CIRCUIT SCHEDULES X X X X E0.04 MECHANICAL SCHEDULES AND CALCULATIONS X X X X E0.05 FAULT CURRENT CALCULATIONS X X X X E0.06 BASIS OF DESIGN X X X X E0.07 BASIS OF DESIGN X X X X E0.08 BASIS OF DESIGN X X X X E0.09 SEQUENCE OF OPERATON ' X E0.10 SEQUENCEOFOPERATON X E0.11 SEQUENCE OF OPERATON X E2.14 PARTIAL ROOF MECHANICAL POWER PLAN ED1.01 DEMOLITION ONE -LINE DIAGRAM X X X X ED1.02 ENLARGED DEMOLITION ONE -LINE DIAGRAM X X X X ED1.03 ENLARGED DEMOLITION ONE -LINE DIAGRAM X X ED1.04 ENLARGED DEMOLITION ONE -LINE DIAGRAM X X X X X ED2.01 PARTIAL DEMOLITION POWER PLAN ED2.02 PARTIAL DEMOLITION POWER PLAN X X X X ED2.03 PARTIAL DEMOLITION POWER PLAN X X X X ED2.04 PARTIAL DEMOLITION POWER PLAN X X X X ED2.05 PARTIAL DEMOLITION POWER PLAN X X X X ED2.06 PARTIAL DEMOLITION POWER PLAN X X X X X X ED3.01 PARTIAL DEMOLITION LIGHTING PLAN ED3.02 PARTIAL DEMOLITION LIGHTING PLAN E4.01 PARTIAL GROUNDING PLAN ED3.03 PARTIAL DEMOLITION LIGHTING PLAN E4.02 PARTIAL GROUNDING PLAN X ED3.04 PARTIAL DEMOLITION LIGHTING PLAN E4.04 PARTIAL GROUNDING PLAN X ED3.05 PARTIAL DEMOLITION LIGHTING PLAN E4.04 PARTIAL GROUNDING PLAN ED3.06 PARTIAL DEMOLITION LIGHTING PLAN E4.05 PARTIAL GROUNDING PLAN X E1,01 ONE -LINE DIAGRAM X X X X E1.02 ENLARGED ONE -LINE DIAGRAM X X X X E1.03 ENLARGED ONE -LINE DIAGRAM X X X X E1.04 ENLARGED ONE -LINE DIAGRAM X X X X E1.05 ENLARGED ONE -LINE DIAGRAM X X X X E1.06 ENLARGED ONE -LINE DIAGRAM X X X X X X E1.07 ENLARGED ONE -LINE DIAGRAM X X E1.08 WEAVING SCHEME X X X X E1.08A WEAVING SCHEME OPTIONS X E7.03 X X E1.09 EXISTING BREAKER MAP X X X X X E7.05 PANEL SCHEDULES REVISIONS No changes shalt be made to the scope of work without prior approval of Tukwila Building Division. NOTE=: Revisions will require a new plan submittal and may include additional pian review fees. 1 1 ELECTRICAL SHEET INDEX a ENGINEERING INEE.RIN LANE COBURN & ASSOCIATES, LLC 12900 -NE 180TH STREET, SUITE 201 BOTHELL, WA 98011 MAIN OFFICE: 425-368-4848 MANHATTAN, NY: 646-580-5221 LOS ANGELES, CA: 213-375-5221 FAX: 425-968-9796. SHEET NUMBER TITLE SD PRICING SET 1/14/2013 PRICING SET 1/16/2013 DD SET 1/21/2013 PERMIT SET 3/1/2013 E2.01 PARTIAL POWER PLAN X X X X E2.02 PARTIAL POWER PLAN X X X E2.03 PARTIAL POWER PLAN X X X X E2.04 PARTIAL POWER PLAN X X X X E2.05 PARTIAL POWER PLAN X X X X E2.06 PARTIAL POWER PLAN X X X X E2.07 PARTIAL MECHANICAL POWER PLAN E2.08 PARTIAL MECHANICAL POWER PLAN E2.09 PARTIAL MECHANICAL POWER PLAN X E2.10 E2.11_ PARTIAL MECHANICAL POWER PLAN PARTIAL MECHANICAL POWER PLAN ' E2.12 PARTIAL MECHANICAL POWER PLAN X E2.13 PARTIAL ROOF MECHANICAL POWER PLAN X E2.14 PARTIAL ROOF MECHANICAL POWER PLAN E2.15 PARTIAL ROOF MECHANICAL POWER PLAN E2.16 PARTIAL ROOF MECHANICAL POWER PLAN X E2.17 PARTIAL ROOF MECHANICAL POWER PLAN E2.18 PARTIAL ROOF MECHANICAL POWER PLAN E3.01 PARTIAL LIGHTING PLAN X E3.02 PARTIAL LIGHTING PLAN E3.03 PARTIAL LIGHTING PLAN X E3.04 E3.05 PARTIAL LIGHTING PLAN PARTIAL LIGHTING PLAN X E3.06 PARTIAL LIGHTING PLAN X E3.07 COLO 5 & 6 EGRESS CALCULATIONS X E4.01 PARTIAL GROUNDING PLAN X E4.02 PARTIAL GROUNDING PLAN E4.04 PARTIAL GROUNDING PLAN E4.04 PARTIAL GROUNDING PLAN X E4.05 PARTIAL GROUNDING PLAN E4.06 PARTIAL GROUNDING PLAN X E6.01 GROUNDING DIAGRAM X E6.02 TYPICAL GROUNDING DETAILS X E6.03 TYPICAL DETAILS_ X E7.01 PANEL SCHEDULES X E7.02 PANEL SCHEDULES X E7.03 PANEL SCHEDULES X E7.04 PANEL SCHEDULES X E7.05 PANEL SCHEDULES X E7.06 PANEL SCHEDULES X E7.07 PANEL SCHEDULES X E7.08 PANEL SCHEDULES X E7.09 PANEL SCHEDULES X E7.10 PANEL SCHEDULES X E7.11 PANEL SCHEDULES X E7.12 PANEL SCHEDULES X E7.13 PANEL SCHEDULES X E7.14 PANEL SCHEDULES X E7.15 PANEL SCHEDULES X TOTAL NUMBER OF SHEETS IN ISSUE: 29 29 32 70 REVIEWED FOR COMPLIANCE WITH NFPA70-NEC MAR 2 7 .2013 City of BUILDING`DI3IISION FILE COPY Pen„ No. fb Plan review approval ls subject town and omissions. Approval of construction doc umeclts does not authorize the violation of any adopted code or Receipt ro and .lwledpe da1� � L\3O2O Cit efl dcwi[ BUILDING DIVISION RECEIVED CITY OF TUKWILA MAR 0 4 2013 PERMIT CENTER 4.4 w 0 4-3 4111.44116 O a. W ce 1- W 0- 0 0 oG W 1- z w V 1-- a w CO CD N LCD Cao OD w O) C=7CO O c) Cr) CD Cr) a C=) E: c=) co O " t• • CV N X N wQ 1- L o3 -OI -I3 EXPIRES: 11-16-2013 0 LL Cl W C/) w F w - W EC cocr °a, H Q N m w J C2, Z rn F c cs7mM W v k Q co co 4� l" °�"a W N 0 o=44 Edi- - J y W 1- , N 0 1- U w 0 c 0 - ISSUED ISSUED / REVISED DATE LCA JOB 13102 SABEY TELX PLOTTED: 2/20/2013 COVER SHEET & DRAWING INDEX E0.07 1 2 3 4 5 6 7 8 9 10 11 12 SYMBOLS LEGEND - POWER SYMBOL DESCRIPTION DESCRIPTION PLAN DIAGRAM ♦A LUMINAIRE ADJACENT NUMBER INDICATES CIRCUIT GROUPING LOWER CASE LETTER INDICATES SWITCHING GROUP SHADING INDICATES EGRESS LUMINAIRE ON EMERGENCY CIRCUIT OR WITH BATTERY BACKUP BALLAST (TYPICAL) SURFACE 2x4 FLUORESCENT, TYPE AS NOTED SURFACE 1x4 FLUORESCENT, TYPE AS NOTED SURFACE 2x2 FLUORESCENT, TYPE AS NOTED RECESSED 2x4 FLUORESCENT, TYPE AS NOTED RECESSED 1x4 FLUORESCENT, TYPE AS NOTED RECESSED 2x2 FLUORESCENT, TYPE AS NOTED PENDANT -MOUNTED LUMINAIRE, TYPE AS NOTED WALL -MOUNTED FLUORESCENT LUMINAIRE, TYPE AS NOTED STRIP FLUORESCENT, TYPE AS NOTED STAGGERED -STRIP FLUORESCENT, TYPE AS NOTED DOWNLIGHT OR CEILING -MOUNTED LUMINAIRE, TYPE AS NOTED WALL -MOUNTED LUMINAIRE, TYPE AS NOTED WALL WASH LUMINAIRE, TYPE AS NOTED DIRECTIONAL LUMINAIRE, TYPE AS NOTED TRACK LIGHT - LENGTH AS INDICATED NUMBER OF LUMINAIRES AS SHOWN POLE -MOUNTED LUMINAIRE, TYPE AS NOTED NUMBER OF LUMINAIRES AS SHOWN EXTERIOR LANDSCAPE LUMINAIRE, TYPE AS NOTED ILLUMINATED EXIT SIGN - SINGLE FACE ARROW INDICATES DIRECTION OF EGRESS ILLUMINATED EXIT SIGN - SINGLE FACE ARROW INDICATES DIRECTION OF EGRESS BATTERY -POWERED EMERGENCY WALLPACK COMBINATION BATTERY POWERED EMERGENCY WALLPACK AND ILLUMINATED EXIT SIGN TIME CLOCK - TYPE AS NOTED LIGHTING CONTROL SYSTEM POWER PACK ILLUMINATION CONTROL STATION OCCUPANCY SENSOR PHOTOELECTRIC CONTROL TELEPHONE OUTLET `nrIT`J d TRANSFORMER 480Y/277V, 30, 4 -WIRE PANELBOARD 208Y/120V, 30, 4 -WIRE PANELBOARD EQUIPMENT CABINET - TYPE AS NOTED VAULT METER MICROPROCESSOR CONTROLLED MONITOR REFER TO SPECIFICATIONS FOR METERING VALUES AND PROTECTIVE FUNCTIONS CURRENT TRANSFORMER QUANTITY AND RATIO AS INDICATED CIRCUIT BREAKER NUMBER INDICATES TRIP SETTING AND NUMBER OF POLES CL - INDICATES CURRENT LIMITING ST - INDICATES SHUNT TRIP BREAKER WITH EXTERNAL GROUND FAULT RELAY AND CT SURGE ARRESTORS FUSE WITH RATING MOTOR THERMAL OVERLOADS - (3) UNLESS OTHERWISE NOTED NORMALLY OPEN CONTACT NORMALLY CLOSED CONTACT 2 -POSITION SELECTOR SWITCH 3 -POSITION SELECTOR SWITCH HAND -OFF -AUTOMATIC ON-OFF SELECTOR SWITCH MAINTAINED CONTACT PUSHBUTTON BATTERY SINGLE -POLE WALL SWITCH WALL SWITCH - SUBSCRIPT INDICATES LOWER CASE LETTER INDICATES SWITCHING GROUP 2 2 -POLE LV LOW -VOLTAGE 3 3 -WAY OC OCCUPANCY SENSOR TYPE 4 4 -WAY OP OCCUPANCY/PHOTOELECTRIC TYPE K KEYED WP WEATHERPROOF T TIMER MOTOR -RATED SWITCH - SIZE OL PER MOTOR REQUIREMENTS MECHANICAL EQUIPMENT EMERGENCY SHUTDOWN SWITCH EQUIPMENT CONNECTION GENERATOR MOTOR CONNECTION - SEE SCHEDULE FOR MOTOR DATA STARTER 3 -POLE, NEMA SIZE 1 MINIMUM UNLESS NOTED OTHERWISE COMBINATION STARTER HP RATED, 3 -POLE, NEMA SIZE 1 MINIMUM, UNLESS NOTED OTHERWISE - OVERCURRENT PROTECTION AS REQUIRED BY EQUIPMENT MANUFACTURER OR AS NOTED DISCONNECT SWITCH 3 -POLE UNLESS NOTED OTHERWISE FUSED DISCONNECT SWITCH 3 -POLE UNLESS NOTED OTHERWISE -- OVERCURRENT PROTECTION AS REQUIRED BY EQUIPMENT MANUFACTURER OR AS NOTED CONTACTOR INDICATES NUMBER OF POLES RELAY COIL CR -CONTROL RELAY; TD -TIME DELAY RELAY; UV-UNDERVOLTAGE RELAY; M -MOTOR CONTACTOR; RECEPTACLE - SUBSCRIPT INDICATES SUBSCRIPT NUMBER INDICATES CIRCUIT GROUPING SUBSCRIPT LEITER INDICATES: C -MOUNTED 6" ABOVE COUNTER GFI-GROUND FAULT CIRCUIT INTERRUPTER IG -ISOLATED GROUND TYPE SP -SURGE PROTECTION TYPE WP -WEATHERPROOF XP -EXPLOSION PROOF GROUNDING TYPE SINGLE RECEPTACLE GROUNDING TYPE DUPLEX RECEPTACLE GROUNDING TYPE DOUBLE DUPLEX RECEPTACLE CEILING -MOUNTED DUPLEX RECEPTACLE CEILING -MOUNTED DOUBLE DUPLEX RECEPTACLE SPLIT WIRED GROUNDING TYPE DUPLEX RECEPTACLE SPECIAL PURPOSE RECEPTACLE - TYPE AS NOTED FLOOR BOX WITH FIRE/SMOKE RATED PENETRATION FLUSH WITH HINGED COVER UNLESS OTHERWISE NOTED PEDESTAL -MOUNTED DEVICES ON FLOOR BOX POKE-THRU FITTING WITH 2 -HOUR FIRE/SMOKE RATED PENETRATION, WITH DEVICES AS INDICATED r//rrr/ T COMBINATION VOICE/DATA OUTLET SCHED SCHEDULE I"Th WP INDICATES WEATHERPROOF FBO A - COMPLIES WITH A.D.A. CI MINIMUM CIRCUIT AMPACITY D - DESK -MOUNTED I_1 KEYPAD P - PAY PHONE FC FOOTCANDLE W - WALL -MOUNTED V © TELEVISION JACK (Db MD OM FOUNDATION OM Q SHIELD or SHIELDED SPEAKER - CEILING SURFACE -MOUNTED Q FDR SPEAKER - CEILING RECESSED -MOUNTED Q ELECTRIC DOOR STRIKE 1=1 IZI IQ AIC SPEAKER - WALL RECESSED -MOUNTED a FRACTIONAL HORSEPOWER NURSE CALL MECHANICAL DOOR/WINDOW CONTACT C C MM ' 1--0-• ,_--'�-• nT Y p 0 O► I0 °CD o Of tet 1=P ' oa SQ TC WP ARCHITECTURAL WP INDICATES WEATHERPROOF oa) oa) 200/5 1ST • WP ii OC PC AMP TRIP CB FULL LOAD AMPERES ) MANHOLE • p ATS Q 130/3 b} :11 6-1H • 0 I I 30 ALARM PUSHBUTTON MIN MINIMUM STD STANDARD AUTO AUTOMATIC P - INDICATES WITH PILOT LIGHT H - I— MISCELLANEOUS STL STEEL - 6/ 432 Is a ei Qi FLUOR FLUORESCENT MLO a--ak STRUCT STRUCTURAL BC BARE COPPER FT r, MOCPD MAXIMUM OVERCURRENT PROTECTIVE SV o o BUILDING - + -I I I I— I ill, $ $3a $M ED 0 CO 0 �� ®, D, 0 14 AWP e 4 ® 0 0 © -00- �;.0.1:01 O _HIE_SUBSCCRIPT CR O GROUND I ID X P MOUNTED 01- SWITCH C CONDUIT or CENTIGRADE SYMBOLS LEGEND - LIGHTING SYMBOL DESCRIPTION PLAN DIAGRAM ABBREVIATION ♦A LUMINAIRE ADJACENT NUMBER INDICATES CIRCUIT GROUPING LOWER CASE LETTER INDICATES SWITCHING GROUP SHADING INDICATES EGRESS LUMINAIRE ON EMERGENCY CIRCUIT OR WITH BATTERY BACKUP BALLAST (TYPICAL) SURFACE 2x4 FLUORESCENT, TYPE AS NOTED SURFACE 1x4 FLUORESCENT, TYPE AS NOTED SURFACE 2x2 FLUORESCENT, TYPE AS NOTED RECESSED 2x4 FLUORESCENT, TYPE AS NOTED RECESSED 1x4 FLUORESCENT, TYPE AS NOTED RECESSED 2x2 FLUORESCENT, TYPE AS NOTED PENDANT -MOUNTED LUMINAIRE, TYPE AS NOTED WALL -MOUNTED FLUORESCENT LUMINAIRE, TYPE AS NOTED STRIP FLUORESCENT, TYPE AS NOTED STAGGERED -STRIP FLUORESCENT, TYPE AS NOTED DOWNLIGHT OR CEILING -MOUNTED LUMINAIRE, TYPE AS NOTED WALL -MOUNTED LUMINAIRE, TYPE AS NOTED WALL WASH LUMINAIRE, TYPE AS NOTED DIRECTIONAL LUMINAIRE, TYPE AS NOTED TRACK LIGHT - LENGTH AS INDICATED NUMBER OF LUMINAIRES AS SHOWN POLE -MOUNTED LUMINAIRE, TYPE AS NOTED NUMBER OF LUMINAIRES AS SHOWN EXTERIOR LANDSCAPE LUMINAIRE, TYPE AS NOTED ILLUMINATED EXIT SIGN - SINGLE FACE ARROW INDICATES DIRECTION OF EGRESS ILLUMINATED EXIT SIGN - SINGLE FACE ARROW INDICATES DIRECTION OF EGRESS BATTERY -POWERED EMERGENCY WALLPACK COMBINATION BATTERY POWERED EMERGENCY WALLPACK AND ILLUMINATED EXIT SIGN TIME CLOCK - TYPE AS NOTED LIGHTING CONTROL SYSTEM POWER PACK ILLUMINATION CONTROL STATION OCCUPANCY SENSOR PHOTOELECTRIC CONTROL TELEPHONE OUTLET d D d COMPUTER/DATA OUTLET A W 6a,b COMBINATION VOICE/DATA OUTLET SCHED SCHEDULE ' WP INDICATES WEATHERPROOF FBO A - COMPLIES WITH A.D.A. MCA MINIMUM CIRCUIT AMPACITY D - DESK -MOUNTED I_1 KEYPAD P - PAY PHONE FC FOOTCANDLE W - WALL -MOUNTED © © TELEVISION JACK (Db MD SPEAKER FOUNDATION LOWER-CASE LETTER INDICATES SWITCHING GROUP Q SHIELD or SHIELDED SPEAKER - CEILING SURFACE -MOUNTED Q FDR SPEAKER - CEILING RECESSED -MOUNTED Q ELECTRIC DOOR STRIKE 1=1 IZI IQ AIC SPEAKER - WALL RECESSED -MOUNTED a FRACTIONAL HORSEPOWER NURSE CALL MECHANICAL DOOR/WINDOW CONTACT C C APPROXIMATELY ' 1--0-• ,_--'�-• nT Y p 0 O► I0 °CD o Of tet 1=P ' oa SQ TC WP ARCHITECTURAL WP INDICATES WEATHERPROOF oa) oa) PP SS WP ii OC PC AMP TRIP SYMBOLS LEGEND - COMMUNICATIONS SYMBOL DESCRIPTION PLAN DIAGRAM ABBREVIATION ♦A 4 TELEPHONE OUTLET d D d COMPUTER/DATA OUTLET A W A COMBINATION VOICE/DATA OUTLET SCHED SCHEDULE SUBSCRIPTS INDICATE: WP INDICATES WEATHERPROOF FBO A - COMPLIES WITH A.D.A. MCA MINIMUM CIRCUIT AMPACITY D - DESK -MOUNTED I_1 KEYPAD P - PAY PHONE FC FOOTCANDLE W - WALL -MOUNTED © © TELEVISION JACK (Db MD SPEAKER FOUNDATION LOWER-CASE LETTER INDICATES SWITCHING GROUP Q SHIELD or SHIELDED SPEAKER - CEILING SURFACE -MOUNTED Q FDR SPEAKER - CEILING RECESSED -MOUNTED Q ELECTRIC DOOR STRIKE SPEAKER - WALL SURFACE -MOUNTED IQ AIC SPEAKER - WALL RECESSED -MOUNTED a FRACTIONAL HORSEPOWER NURSE CALL SYMBOLS LEGEND - SECURITY SYMBOL DESCRIPTION PLAN DIAGRAM ABBREVIATION DESCRIPTION ABBREVIATION WP A CR FCP CARD READER CR MAXIMUM SCHED SCHEDULE AC WP INDICATES WEATHERPROOF FBO FURNISHED BY OWNER OR OTHERS MCA MINIMUM CIRCUIT AMPACITY WP I_1 KEYPAD AMP FRAME FC FOOTCANDLE MC METAL CLAD CABLE SECT WP INDICATES WEATHERPROOF AFF MD FDN FOUNDATION MD MOTOR CONTROL CENTER MOTION DETECTOR - INFRARED TYPE SHIELD or SHIELDED AFG ABOVE FINISHED GRADE FDR FEEDER MDF ELECTRIC DOOR STRIKE ES ES AIC AMPS INTERRUPTING CURRENT FHP FRACTIONAL HORSEPOWER MECH MECHANICAL DOOR/WINDOW CONTACT C C APPROXIMATELY oa FINISHED FLOOR MFR oa SQ CCTV CAMERA - FIXED TYPE WP ARCHITECTURAL WP INDICATES WEATHERPROOF oa) oa) CCTV CAMERA - PAN/TILT/ZOOM TYPE SS WP AT AMP TRIP FLA FULL LOAD AMPERES WP INDICATES WEATHERPROOF MANHOLE • p ATS • p ALARM PUSHBUTTON MIN MINIMUM STD STANDARD AUTO AUTOMATIC P - INDICATES WITH PILOT LIGHT TYPICAL ELECTRICAL ABBREVIATIONS ABBREVIATION DESCRIPTION ABBREVIATION DESCRIPTION ABBREVIATION DESCRIPTION ABBREVIATION DESCRIPTION A AMP or AMPERE FCP FIRE ALARM CONTROL PANEL MAX MAXIMUM SCHED SCHEDULE AC ALTERNATING CURRENT FBO FURNISHED BY OWNER OR OTHERS MCA MINIMUM CIRCUIT AMPACITY SEC SECONDARY AF AMP FRAME FC FOOTCANDLE MC METAL CLAD CABLE SECT SECTION AFF ABOVE FINISHED FLOOR FDN FOUNDATION MCC MOTOR CONTROL CENTER SHLD SHIELD or SHIELDED AFG ABOVE FINISHED GRADE FDR FEEDER MDF MAIN DISTRIBUTION FRAME SHT SHEET AIC AMPS INTERRUPTING CURRENT FHP FRACTIONAL HORSEPOWER MECH MECHANICAL SPECS SPECIFICATIONS APPROX APPROXIMATELY FIN FLR FINISHED FLOOR MFR MANUFACTURER SQ SQUARE ARCH ARCHITECTURAL FIXT FIXTURE MG MOTOR GENERATOR SS STAINLESS STEEL AT AMP TRIP FLA FULL LOAD AMPERES MH MANHOLE ST SHUNT TRIP ATS AUTOMATIC TRANSFER SWITCH FLEX FLEXIBLE CONDUIT MIN MINIMUM STD STANDARD AUTO AUTOMATIC FLR FLOOR MISC MISCELLANEOUS STL STEEL AWG AMERICAN WIRE GAUGE FLUOR FLUORESCENT MLO MAIN LUGS ONLY STRUCT STRUCTURAL BC BARE COPPER FT FOOT or FEET MOCPD MAXIMUM OVERCURRENT PROTECTIVE SV SOLENOID VALVE BLDG BUILDING FUT FUTURE DEVICE SVC SERVICE BKR BREAKER G or GND GROUND MTD MOUNTED SW SWITCH C CONDUIT or CENTIGRADE GA GAUGE MTS MANUAL TRANSFER SWITCH SWBD SWITCHBOARD CAT CATALOG GALV GALVANIZED N NEUTRAL SYM SYMMETRICAL CB CIRCUIT BREAKER GEN GENERATOR NC NORMALLY CLOSED SYNC SYNCHRONOUS CKT CIRCUIT GFI GROUND FAULT CIRCUIT INTERUPTER NEC NATIONAL ELECTRICAL CODE SYS SYSTEM CLG CEILING GRS GALVANIZED RIGID STEEL NEMA NATIONAL ELECTRICAL TB TERMINAL BLOCK CO CONDUIT ONLY WITH PULL STRING HH HANDHOLE MANUFACTURERS ASSOCIATION TD TIME DELAY COL COLUMN HID HIGH INTENSITY DISCHARGE NIC NOT IN CONTRACT TEL TELEPHONE COMM COMMUNICATIONS HORIZ HORIZONTAL NL NIGHT LIGHT TEMP TEMPERATURE or TEMPORARY CONN CONNECT or CONNECTION HP HORSEPOWER NO. NUMBER TERM TERMINAL CP CONTROL PANEL HPS HIGH PRESSURE SODIUM NO NORMALLY OPEN THHN HEAT -RESISTANT THERMOPLASTIC CPT CONTROL POWER TRANSFORMER HT HEIGHT NTS NOT TO SCALE THWN MOISTURE AND HEAT RESISTANT CS CONTROL STATION HTR HEATER OC ON -CENTER THERMOPLASTIC CT CURRENT TRANSFORMER I CURRENT OD OUTSIDE DIAMETER TOS TOP OF STEEL OR SUPPORT CU COPPER IBE NSTALLED/CONNECTED BY ELECTRICAL OFCI OWNER FURNISHED CONTRACTOR TS TAMPER SWITCH DC DIRECT CURRENT IBO NSTALLED BY OTHERS INSTALLED TSP TWISTED SHIELDED PAIR DED DEDICATED IC NTERRUPTING CAPACITY OL OVERLOADS TTB TELEPHONE TERMINAL BOARD DET DETAIL ICS LLUMINATION CONTROL STATION OPNG OPENING TTC TELEPHONE TERMINAL CABINET DIA DIAMETER D NSIDE DIAMETER P POLE TYP TYPICAL DIM DIMENSION DF NTERMEDIATE DISTRIBUTION FRAME PA PUBLIC ADDRESS UC UNDER -COUNTER DISC DISCONNECT JB NSTRUMENT JUNCTION BOX PB PULLBOX UF UNDER -FLOOR DN DOWN N NCH or INCHES PBX PRIVATE BRANCH EXCHANGE UG UNDERGROUND DWG DRAWING NST NSTANTANEOUS PF POWER FACTOR UL UNDERWRITER LABORATORIES EA EACH NSTR NSTRUMENT PH PHASE UON UNLESS OTHERWISE NOTED EL ELEVATION (HEIGHT) JB or JBOX JUNCTION BOX PKG PACKAGE UPS UNINTERRUPTIBLE POWER SUPPLY ELEC ELECTRICAL k THOUSAND PLCS PLACES UTP UNSHIELDED TWISTED PAIR ELEV ELEVATION (VIEW) kcmil THOUSAND CIRCULAR MILS PNL PANEL V VOLTS EMERG EMERGENCY kV KILOVOLT PR PAIR VM VOLTMETER EMT ELECTRICAL METALLIC TUBING kVA KILOVOLT -AMPERES PRI PRIMARY W WATTS or WIRE ENCL ENCLOSURE kVAR KILOVOLT -AMPERES REACTIVE PT POTENTIAL TRANSFORMER W/ WITH EOL END -OF -LINE DEVICE kW KILOWATTS PVC POLYVINYL CHLORIDE WM WIREMOLD EPR ETHYLENE PROPYLENE RUBBER kWH KILOWATT-HOURS PWR POWER W/O WITHOUT EQUIP EQUIPMENT kWHD KILOWATT-HOUR DEMAND QTY QUANTITY WP WEATHERPROOF EWC ELECTRIC WATER COOLER LED LIGHT EMITTING DIODE R RESISTANCE or RADIUS X REACTANCE EWH ELECTRIC WATER HEATER LS LIMIT SWITCH REC RECEPTACLE XFMR TRANSFORMER EXH EXHAUST LTG LIGHTING REQD REQUIRED XHHW MOISTURE AND HEAT RESISTANT EXIST OR (E) EXISTING LTS LIGHTS REV REVISION CROSS-LINKED SYNTHETIC POLYMER EXT EXTERIOR LV LOW -VOLTAGE RM ROOM XLP CROSS-LINKED POLYETHYLENE F FAHRENHEIT M or MTR MOTOR RPM REVOLUTIONS PER MINUTE XP EXPLOSION -PROOF FA FIRE ALARM MATL MATERIAL RS RAPID START Z IMPEDANCE SYMBOLS LEGEND - FIRE ALARM SYMBOL DESCRIPTION PLAN DIAGRAM J_ •-III 0-I I I -'- •--III 0 -III I FIRE ALARM SYSTEM CONTROL PANEL ESR - ELEVATOR STATUS/RECALL FAC - FIRE ALARM COMMUNICATOR FCP - FIRE ALARM CONTROL PANEL FSA - FIRE SYSTEM ANNUNCIATOR HCP - HALON CONTROL PANEL HVA - HVAC OR EXHAUST STAIRWELL PRESSURIZATION FIRE ALARM FLOW SWITCH FIRE ALARM PRESSURE SWITCH FIRE ALARM TAMPER SWITCH POST INDICATOR VALVE FIRE ALARM PULL STATION FIRE ALARM STROBE FIRE ALARM HORN -STROBE NUMBER INDICATES CANDELLA RATING FIRE FIGHTER PHONE JACK HEAT DETECTOR F - FIXED TEMPERATURE R - RATE OF RISE ONLY R/C - RATE COMPENSATION R/F - RATE OF RISE AND FIXED TEMPERATURE SMOKE DETECTOR BT - BEAM TRANSMITTER BR - BEAM RECEIVER I - IONIZATION P - PHOTOELECTRIC FIRE ALARM SMOKE DETECTOR DUCT -MOUNTED WITH TUBE FLAME DETECTOR GAS DETECTOR ALARM LIGHT A -ALARM; B -BEACON; F -FIRE; R -REMOTE; S -SECURITY LOWER-CASE LEITER INDICATES SWITCHING GROUP ALARM BUZZER A -ALARM; F -FIRE; S -SECURITY ALARM BELL A -ALARM; F -FIRE; S -SECURITY ALARM HORN WITH CHIME A -ALARM; F -FIRE; S -SECURITY FCP AREAS, EXPOSED IN UNFINISHED AREAS - - - - SECTION OR ELEVATION SYMBOL CONDUIT - CONCEALED IN OR UNDER FLOOR FS CONDUIT - ROUTED UNDERGROUND FS GROUND WIRE G -LV- C -SHEET WHERE SECTION IS SHOWN LOW -VOLTAGE WIRING (CLASS B) NORTH ARROW //////� PS / NORTH AS INDICATED PS HEAVY LINEWEIGHT INDICATES NEW WORK Oq SHEET NOTE TAG SYMBOL A - NOTE NUMBER LIGHT LINEWEIGHT INDICATES EXISTING INFORMATION LIGHTING FIXTURE IDENTIFICATION 34 TS CONDUIT OR CABLE TURNING DOWN TS CONTROL DIAGRAM NUMBER O CONDUIT OR CABLE TURNING UP AND DIRECTION At PIV ] 1 PIV UNDERGROUND F CI- CONDUIT SEAL F D- FLEXIBLE CONDUIT 'o ' HOME RUN - NUMBER OF CONDUCTORS AS INDICATED 'o ' ' SMALL HASH MARKS INDICATE PHASE CONDUCTORS 30 30 C BACKSLASH INDICATES EQUIPMENT GROUND C BACKSLASH WITH DOT INDICATES ISOLATED GROUND - %U�° I- Ol 0 O 0 AD/ A KJ O • F- - N�o.. IAD/ I-® Ol Q? Q^ 0 A 0 • SYMBOLS LEGEND - GENERAL SYMBOL DESCRIPTION PLAN DIAGRAM J_ •-III 0-I I I -'- •--III 0 -III I CONDUIT - CONCEALED IN CONSTRUCTION IN FINISHED B -SHEET WHERE DETAIL IS TAKEN AREAS, EXPOSED IN UNFINISHED AREAS - - - - SECTION OR ELEVATION SYMBOL CONDUIT - CONCEALED IN OR UNDER FLOOR -UG- CONDUIT - ROUTED UNDERGROUND IMF GROUND WIRE G -LV- C -SHEET WHERE SECTION IS SHOWN LOW -VOLTAGE WIRING (CLASS B) NORTH ARROW //////� EXISTING TO BE REMOVED (CROSS -HATCHED) / NORTH AS INDICATED NORTH HEAVY LINEWEIGHT INDICATES NEW WORK Oq SHEET NOTE TAG SYMBOL A - NOTE NUMBER LIGHT LINEWEIGHT INDICATES EXISTING INFORMATION LIGHTING FIXTURE IDENTIFICATION 34 POWER RACEWAY/CABLE IDENTIFICATION CONDUIT OR CABLE TURNING DOWN 0 CONTROL DIAGRAM NUMBER O CONDUIT OR CABLE TURNING UP AND DIRECTION At CONDUIT STUB - TERMINATE WITH BUSHING OR CAP IF ] 1 UNDERGROUND —A-- CONDUIT SEAL FLEXIBLE CONDUIT AN//4 HOME RUN - NUMBER OF CONDUCTORS AS INDICATED SMALL HASH MARKS INDICATE PHASE CONDUCTORS LARGER HASH MARK INIDCATES NEUTRAL BACKSLASH INDICATES EQUIPMENT GROUND BACKSLASH WITH DOT INDICATES ISOLATED GROUND ALL UNMARKED CONDUIT RUNS ARE 1/2" CONDUIT WITH 2#12, 1#12 GND UNLESS OTHERWISE NOTED -f- CONDUCTORS - CONNECTED -I- CONDUCTORS - NOT CONNECTED 0 JUNCTION BOX PB PULLBOX - SIZE AS INDICATED OR AS REQUIRED BY CODE HANDHOLE WITH DESIGNATION HH MANHOLE WITH DESIGNATION MH SYMBOLS LEGEND - GROUNDING SYMBOL DESCRIPTION PLAN DIAGRAM J_ •-III 0-I I I -'- •--III 0 -III I GROUND CONNECTION GROUND ROD GROUND WELL REFERENCE SYMBOL LEGEND SYMBOL DESCRIPTION DEfAIL SYMBOL A -IDENTIFYING NUMBER D B -SHEET WHERE DETAIL IS TAKEN C -SHEET WHERE DETAIL IS SHOWN A SECTION OR ELEVATION SYMBOL A -IDENTIFYING NUMBER IMF B -SHEET WHERE SECTION IS TAKEN C -SHEET WHERE SECTION IS SHOWN �0/pnf a NORTH ARROW TRUE NORTH AND BUILDING BUILDING NORTH AS INDICATED NORTH Oq SHEET NOTE TAG SYMBOL A - NOTE NUMBER A LIGHTING FIXTURE IDENTIFICATION 34 POWER RACEWAY/CABLE IDENTIFICATION CONTROL RACEWAY IDENTIFICATION OA CONTROL DIAGRAM NUMBER O REFERENCE PHOTO NUMBER AND DIRECTION At REVISION SYMBOL PROJECT GENERAL NOTES: 1. SYMBOLS SHOWN IN THE LEGEND ARE TYPICAL. NOT ALL SYMBOLS MAY APPLY TO THIS PROJECT. 2. CONDITIONS SHOWN ON DOCUMENTS WERE TAKEN FROM AVAILABLE RECORD DOCUMENT INFORMATION AND FIELD INVESTIGATION. THE CONTRACTOR SHALL LOCATE AND VERIFY ALL ELECTRICAL SYSTEMS WITHIN THE IDENTIFIED AREAS PRIOR TO STARTING ANY WORK. ANY DISCREPANCIES BETWEEN INFORMATION SHOWN AND ACTUAL CONDITIONS SHALL BE BROUGHT TO THE ATTENTION OF THE ENGINEER. 3. PROVIDE ALL MATERIALS, LABOR AND EQUIPMENT REQUIRED FOR A COMPLETE AND OPERATIONAL INSTALLATION. MATERIALS AND WORKMANSHIP SHALL FULLY COMPLY WITH THE REQUIREMENTS OF THE LATEST EDITION OF THE NATIONAL ELECTRICAL CODE, THE INTERNATIONAL BUILDING CODE, AND THE LAWS AND REGULATIONS OF THE STATE OF WASHINGTON. 4. ALL SHADED LIGHTING SYMBOLS INDICATES LUMINAIRE WITH BATTERY BACKUP BALLAST. ELECTRICAL CONTRACTOR SCOPE OF WORK: 1. THE OWNER WILL BE PRE -PURCHASING THE FOLLOWING EQUIPMENT DEFINED IN THESE PRE -PURCHASE SPECIFICATIONS. THE ELECTRICAL CONTRACTOR SHALL BE RESPONSIBLE FOR THE FOLLOWING: A. COORDINATING AND RECEIVING ALL EQUIPMENT DEFINED IN THESE SPECIFICATIONS. B. INSPECT AND ENSURE THAT ALL MATERIAL AS DEFINED IN THE SPECIFICATIONS AND PROCEEDING SHOP DRAWINGS IS SHIPPED TO THE SITE. THE ELECTRICAL CONTRACTOR SHALL CONTACT THE OWNER IMMEDIATELY IF ANY OF THE EQUIPMENT IS MISSING OR DAMAGED. C. ENSURING SAFE & ENVIRONMENTALLY CONTROLLED STORAGE OF ALL EQUIPMENT. D. INSTALLATION & PROPER FUNCTIONALITY OF ALL EQUIPMENT. REFER TO BASIS OF DESIGN. ± REVIEWED FOR COMPLIANCE WITH NFPA70-NEC MAR 2 7 2013 City of Tukwila BUILDING DIVISION Q10 9 RECEIVED CITY OF TUKWILA MAR 0 4 2013 PERMIT CENTER 11.3 cv c w J J LU _ J Q W CL 0� a¢� N Lt W W L I- 1- z Z co 0 w(o c� ' ti co tS a�ao CV a:41c �ao Q N w w n- Z N W N � a O N 9, CC >- 0 03 0 EXPIRES: 11-16-2013 w 0 0 LL w Cl) C/) co co N. oo co L O N CN W U) V_ N c:i.No E N O :11: ��c0 0 E• v�m y co o CD V N W S rn u., Q o � 0 g¢ N } U v Q mLi ?Z ,oj N O ▪ ZWoi a • No ,T,. p m Z CC CCI 0 C.) W Z lat ISSUED / REVISED DATE LCA JOB 13102 SABEY TELX PLOTTED: 2/20/2013 SYMBOLS LEGEND, ABBREVIATIONS & PROJECT GENERAL NOTES E0.02 1 2 3 4 5 6 7 8 9 10 11 12 TRANSFORMER SECONDARY FEEDER SCHEDULE 480-208Y/120V XFMR, 75 -DEGREE C COPPER THHNITHW N CONDUCTORS CIRCUIT TAG RACEWAY CONDUCTORS PER SET, TO PANELBOARD SETS SIZE PHASE NEUTRAL BONDING JUMPER IG GROUND ELEC COND T15 1 3/4" (3)48 (1)48 (1)-#8 11 (1)48 T15K 1 1" (3)-#6 (2)48 (1)48 4180 (1)48 T15K-IG 1 1" (3)-#6 (2)-#8 (1)48 (1)-#8 (1)48 T30 1 1-1/4" (3)42 (1)-#2 (1)48 3500C3 (1)-#8 T3OK 1 1-1/2" (3)42 (2)-#2 (1)48 (1)-500 kcmil (1)-#8 T30K-IG 1 1-1 /2" (3)-#2 (2)42 (1)-#8 (1)-#8 (1)-#8 T45 1 2" (3)41 /0 (1)-#1 /0 (1)-#6 (3)-500 kcmil (1)-#6 T45K 1 2" (3)-#2/0 (2)-#1 /0 (1)-#4 3-1/2" (1)44 T45K-IG 1 2" (3)-#2/0 (2)41/0 (1)-#4 (1)-#4 (1)44 T75 1 2-1/2" (3)-250 kcmil (1)-250 kcmil (1)42 6 (1)42 T75K 1 3" (3)-300 kcmil (2)-250 kcmil (1)-#2 2010 (1)42 T75K-IG 1 3" (3)-300 kcmil (2)-250 kcmil (1)-#2 (1)-#2 (1)-#2 T112 2 2" (3)-#3/0 (1 )-#3/0 (1)-#2 1600C3 (1)-#2 T112K 2 2-1/2" (3)-#4/0 (2)-#3/0 (1)-#1 /0 (1)44/0 (1)-#1 /0 T112K-IG 2 2-1/2" (3)-#4/0 (2)-#3/0 (1)41/0 (1)-#1/0 (1)-#1/0 T150 2 2-1/2" (3)-250 kcmil (1)-250 kcmil (1)41/0 (3)-500 kcmil (1)41/0 T150K 2 3" (3)-300 kcmil (2)-250 kcmil (1)-#1/0 3-1/2" (1)-#1/0 T150K-IG 2 3" (3)-300 kcmil (2)-250 kcmil (1)-#1/0 (1)-#1/0 (1)-#1/0 T225 3 3" (3)-300 kcmil (1)-300 kcmil (1)-#2/0 4 (1)-#2/0 T225K 3 3.5" (3)-400 kcmil (2)-300 kcmil (1)-#3/0 1240 (1)43/0 T225K-IG 3 3.5" (3)-400 kcmil (2)-300 kcmil (1)-#3/0 (1)-#3/0 (1)-#3/0 T300 3 3" (3)-400 kcmil (1)-400 kcmil (1)-#3/0 1000C3 (1)-#3/0 T300K 3 3-1/2" (3)-500 kcmil (2)-400 kcmil (1)-#3/0 (1)-#2/0 (1)-#3/0 T300K-IG 3 4" (3)-500 kcmil (2)-400 kcmil (1)43/0 (1)-#3/0 (1)43/0 T500 4 3-1/2" (3)-600 kcmil (1)-600 kcmil (1)-300 MCM (3)-600 kcmil (1)43/0 T500K 5 3.5" (3)-500 kcmil (2)-400 kcmil (1)-350 MCM 3-1/2" (1)-#3/0 T500K-IG 5 4" (3)-500 kcmil (2)-400 kcmil (1)-350 MCM (1)-350 MCM (1)-#3/0 750 6 3-1/2" (3)-600 kcmil (1)-600 kcmil (1)-500 MCM 2 (1)-#3/0 T750K 7 4" (3)-600 kcmil (2)-500 kcmil (1)-600 MCM 620 (1)-#3/0 T750K-IG 7 4" (3)-600 kcmil (2)-500 kcmil (1)-600 MCM (1)-500 MCM (1)-#310 GENERAL NOTES: 1. USE RACEWAY AS EQUIPMENT GROUND PER NEC 250-118. WHERE CONTINUOUS METALLIC RACEWAY IS NOT UTILIZED, PROVIDE EQUIPMENT GROUNDING CONDUCTOR. 2. RACEWAY SIZE IS BASED ON EMT & FLEX, WHICHEVER REQUIRES THE LARGER SIZE. 3. CONDUIT AND WIRE MAYBE REPLACED WITH MC CABLE. REVIEWED FOR— COMPLIANCE ITH NPPA 74 MAR 27 2013 City of Tu kwila BUILDING DIVISION FEEDER AND BRANCH CIRCUIT SCHEDULE 90 -DEGREE C COPPER CIRCUIT TAG (NOTE 1) OCPD AMPS (NOTE 2) WIRE AMPS (NOTE 3) RACEWAY CONDUCTORS PER SET NO. SETS SIZE (NOTE 4) CU PHASE CONDUCTORS NEUTRAL CONDUCTOR CU GROUND (NOTE 5) EMT RMC /SCH.40 4000C4 4000 4180 11 3" 3-1/2" (3)-500 kcmil (1)-500 kcmil (1)-500 kcmil 4000C3 4000 4180 11 3" 3-1/2" (3)-500 kcmil (1)-500 kcmil 3500C4 3500 3800 10 3" 3-1/2" (3)-500 kcmil (1)-500 kcmil (1)-500 kcmil 3500C3 3500 3800 10 3" 3-1/2" (3)-500 kcmil (1)-500 kcmil 3000C4 3000 3040 8 3" 3-1/2" (3)-500 kcmil (1)-500 kcmil (1)-400 kcmil 3000C3 3000 3040 8 3" 3-1/2" (3)-500 kcmil (1)400 kcmil 2500C4 2500 2660 7 3" 3-1/2" (3)-500 kcmil (1)-500 kcmil (1)-350 kcmil 2500C3 2500 2660 7 3" 3-1/2" (3)-500 kcmil (1)-350 kcmil 2000C4 2000 2010 6 3" 3-1/2" (3)-400 kcmil (1)-400 kcmil (1)-250 kcmil 2000C3 2000 2010 6 2-1/2" 3" (3)-400 kcmil (1)-250 kcmil 1600C4 1600 1675 5 3" 3-1/2" (3)-400 kcmil (1)-400 kcmil (1)-#4/0 1600C3 1600 1675 5 2-1/2" 3" (3)-400 kcmil (1)44/0 1500C4 1500* 1520 4 3" 3-1/2" (3)-500 kcmil (1)-500 kcmil (1)44/0 1500C3 1500* 1520 4 3" 3" (3)-500 kcmil (1)44/0 1300C4 1300* 1340 4 3" 3-1/2" (3)400 kcmil (1)-400 kcmil (1)44/0 1300C3 1300* 1340 4 2-1/2" 3" (3)-400 kcmil (1)44/0 1200C4 1200 1240 4 3" 3" (3)-350 kcmil (1)-350 kcmil (1)-#3/0 1200C3 1200 1240 4 2-1/2" 3" (3)-350 kcmil (1)-#3/0 1000C4 1000 1005 3 3" 3" (3)-400 kcmil (1)-400 kcmil (1)-#2/0 1000C3 1000 1005 3 2-1/2" 3" (3)-400 kcmil (1)-#2/0 800C4 800 840 2 3-1/2" 3-1/2" (3)-600 kcmil (1)-600 kcmil (1)41/0 800C3 800 840 2 3 3" (3)-600 kcmil (1)-#1/0 700C4 700 760 2 3" 3-1/2" (3)-500 kcmil (1)-400 kcmil (1)-#1/0 700C3 700 760 2 3" 3" (3)-500 kcmil (1)-#1/0 600C4 600 620 2 2-1/2" 3" (3)-350 kcmil (1)-350 kcmil (1)-#1 600C3 600 620 2 2-1/2" 2-1/2" (3)-350 kcmil (1)-#1 500C4 500 510 2 2-1/2" 3" (3)-250 kcmil (1)-250 kcmil (1)-#2 500C3 500 510 2 2" 2-1/2" (3)-250 kcmil (1)-#2 450C4 450 460 2 2-1/2" 2-1/2" (3)44/0 (1)44/0 (1)42 450C3 450 460 2 2" 2" (3)44/0 (1)-#2 400C4 400 420 1 3-1/2" 3-1/2" (3)-600 kcmil (1)-600 kcmil (1)-#3 400C3 400 420 1 2-1/2" 3" (3)-600 kcmil (1)-#3 350C4 350 380 1 3-1/2" 3-1/2" (3)-500 kcmil (1)-500 kcmil (1)-#3 350C3 350 380 1 2-1/2" 3" (3)-500 kcmil (1)-#3 300C4 300 310 1 2-1/2" 3" (3)-350 kcmil (1)-350 kcmil (1)44 300C3 300 310 1 2-1/2" 2-1/2" (3)-350 kcmil (1)-#4 250C4 250 255 1 2-1/2" 2-1/2" (3)-250 kcmil (1)-250 kcmil (1)-#4 250C3 250 255 1 2" 2" (3)-250 kcmil (1)-#4 225C4 225 230 1 2-1/2" 2-1/2" (3)-#4/0 (1)44/0 (1)-#4 225C3 225 230 1 2" 2" (3)-#4/0 (1)44 200C4 200 200 1 2" 2" (3)-#3/0 (1)-#3/0 (1)-#6 200C3 200 200 1 2" 2" (3)43/0 (1)46 175C4 175 175 1 2" 2" (3)-#2/0 (1)-#2/0 (1)-#6 175C3 175 175 1 1-1/2" 2" (3)42/0 (1)-#6 150C4 150 150 1 1-1/2" 2" (3)-#1/0 (1)-#1/0 (1)-#6 150C3 150 150 1 1-1/2" 1-1/2" (3)-#1/0 (1)-#6 125C4 125 130 1 1-1/2" 1-1/2" (3)-#1 (1)-#1 (1)46 125C3 125 130 1 1-1/2" 1-1/2" (3)-#1 (1)-#6 110C4 110 115 1 1-1/4" 1-1/2" (3)-#2 (1)42 (1)-#6 110C3 110 115 1 1-1/4" 1-1/4" (3)-#2 (1)-#6 100C4 100 100 1 1-1/4" 1-1/4" (3)-#3 (1)43 (1)48 100C3 100 100 1 1" 1-1/4" (3)43 (1)48 90C4 90 100 1 1-1/4" 1-1/4" (3)43 (1)-#4 (1)48 90C3 90 100 1 1" 1-1/4" (3)-#3 (1)48 80C4 80 85 1 1-1/4" 1-1/4" (3)-#4 (1)-#4 (1)48 80C3 80 85 1 1" 1-1/4" (3)-#4 (1)48 70C4 70 65 1 1" 1" (3)46 (1)46 (1)48 70C3 70 65 1 3/4" 1" (3)46 (1)48 60C4 60 65 1 1" 1" (3)46 (1)-#6 (1)410 60C3 60 65 1 3/4" 1" (3)46 (1)410 50C4 50 50 1 3/4" 1" s (3)-#8 (1)-#8 (1)-#10 50C3 50 50 1 3/4" 3/4" (3)48 (1)410 45C4 45 50 1 3/4" 1" (3)-#8 (1)-#8 (1)-#10 45C3 45 50 1 3/4" 3/4" (3)-#8 (1)-#10 40C4 40 50 1 3/4" 1" (3)-#8 (1)-#8 (1)-#10 40C3 40 50 1 3/4" 3/4" (3)-#8 (1)-#10 35C4 35C3 35 35 50 50 1 1 3/4" 3/4" 1" 3/4" (3)-#8 (3)-#8 (1)48 (1)-#10 (1)-#10 30C4 30C3 30 30 30 30 1 1 1/2" 1/2" 3/4" 1/2" (3)-#10 (3)410 (1)410 (1)410 (1)410 25C4 25 30 1 1/2" 3/4" (3)410 (1)410 (1)410 25C3 25 30 1 1/2" 1/2" (3)-#10 (1)410 20C4 20 20 1 1/2" 1/2" (3)-#12 (1)412 (1)412 20C3 20 20 1 1/2" 1/2" (3)-#12 (1)412 GENERAL NOTES INDICATES NOMINAL CIRCUIT AMPS, CONDUCTOR MATERIAL (A = ALUMINUM, C = COPPER), OF CONDUCTORS (EXCLUDING GROUND). EQUIPMENT GROUNDING CONDUCTORS ARE PROTECTIVE DEVICE RATING PER NEC 240-6. ADJUSTABLE TRIP CIRCUIT BREAKER. REPRESENTS THE MAXIMUM CIRCUIT DESIGN AMPS AND IS BASED 310-16 WITH NO CORRECTION FACTORS FOR TEMPERATURE OR REQUIRED FOR VOLTAGE DROP. SIZED TO INCLUDE AN EQUIPMENT GROUNDING CONDUCTOR. "MAX' SIZE IS BASED ON SCHEDULE 80. AS EQUIPMENT GROUND PER NEC 250-118. WHERE CONTINUOUS IS NOT UTILIZED, PROVIDE EQUIPMENT GROUNDING CONDUCTOR. CONDUCTORS SHALL BE XHHW-2. CONDUCTORS SHALL BE THHN/THWN. 1. CIRCUIT TAG AND NUMBER COPPER. 2. STANDARD OVERCURRENT * ASSUMES 3. WIRE AMPACITY ON NEC TABLE ADJUSTMENT 4. RACEWAY IS RIGID PVC CONDUIT, 5. UTILIZE RACEWAY METALLIC RACEWAY 6. UNDERGROUND 7. ABOVE GROUND RECEIVED CITY OF TUKWILA MAR 0_4 2013 PERMIT CENTER F2 w 4-0 w z 0 J J SABEY DATA CENTER PROPERTIES 12201 TUKWILA INTERNATIONAL 0 0 a) ca y 0 ail A l C ti o a! �. d -- Od- 0 E o1.40 O Nc*)C (J : OE a) zc o Ui X C c.) a)Nm "- - as CO a) <X 1— C '— Z I— li 3 03-01 -I3 EXPIRES: 11-16-2013 LL w 0 0 0 w CO n COCO0) N V w F ISSUED / REVISED DATE LCA JOB 13102 SABEY TELX PLOTTED: 2/20/2013 FEEDER & BRANCH CIRCUIT SCHEDULES E0.03 G F E D C B A 1 2 3 4 5 6 7 8 9 10 11 12 VARIABLE AIR VOLUME SCHEDULE - ELECTRIC LAST UPDATED 2/26/13 UNIT TAG LOCATION SERVES BASIS OF DESIGN FAN CFM VALVE ESP IN WG FAN MOTOR ELECTRIC HEATING COIL WEIGHT LBS REMARKS MAX CFM MIN CFM MAT °F 1 LAT °F KW STAGES V/PH HP V/PH VAV-101 1ST FLOOR SOUTH OFFICES NAILOR D35SE-ST 600 600 250 0.30 1/2 460/3 64.9 80.6 3.0 2 460/3 124 1,3,4 120/1 76 65 1-6 13.44 20.00 20% PG CH -103 MECH YARD SERVER ROOMS FUTURE 420 1 10.3 460/3 1 1 - 10 1 DISCONNECT BY ELECTRICAL 2 SMOKE DETECTOR REQUIRED. SMOKE DETECTOR PROVIDED BY ELECTRICAL, INSTALLED BY MECHANICAL. 3 460V/3PH TERMINAL UNITS REQUIRE A FOUR WIRE POWER FEED IN ORDER TO SUPPLY 277V/1PH POWER TO THE FAN MOTOR 4 SERIES FAN POWERED TERMINAL UNIT WITH HEAT - SIZE AS LISTED, PRESSURE INDEPENDENT, FACTORY OPTIONS INCLUDE: - WITH ECM MOTORS PER WSEC REQUIREMENTS - EXTENDED DAMPER 1/2" DIAM. SHAFT - FACTORY INSTALLED 1" THROW -AWAY FILTERS - UNIT CONTROLS AND AUTO RESET 130 DEG. F. THERMOSTAT BY CONTROLS CONTRACTOR - MATT FACED INTERNAL INSULATION TO AIRSTREAM - VARIABLE SPEED FAN CONTROL - 24V TRANSFORMER, 50 VA MIN RATING - HEAT STAGING & FAN CONTROL THROUGH FACTORY WIRED RELAYS m COOLEDAIR CHILLER LAST UPDATED: 02/28/13 UNIT TAG LOCATION SERVES BASIS OF DESIGN NOM. TONS CHILLED WATER NPLV (EER) ELECTRICAL WEIGHT LBS REMARKS GPM PD FT EWT °F LWT °F MCA V/PH CH -101 MECH YARD SERVER ROOMS FUTURE 420 0.50 0.32 0.50 120/1 76 65 1-6 EF -R02 FUTURE CH -102 MECH YARD SERVER ROOMS FUTURE 420 0.32 0.50 120/1 76 65 1-6 13.44 20.00 20% PG CH -103 MECH YARD SERVER ROOMS FUTURE 420 1 10.3 460/3 1 1 - 10 1 ELECTRICAL DISCONNECT AND MOTOR STARTER (AS REQUIRED) BY ELECTRICAL CONTRACTOR 2 EMERGENCY POWER BY ELECTRICAL CONTRACTOR, ALARM MODE CONTROL BY FIRE ALARM/ELECTRICAL CONTRACTOR 3 BIRDSCREEN AND ROOF CURB 4 MOTORIZED DAMPER 5 EXPLOSION PROOF CONSTRUCTION 6 FAN TO OPERATE CONTINUOUSLY SUITE 2 FUTURE 24,000 CH -104 MECH YARD SERVER ROOMS FUTURE 420 461.0 461.0 13.44 20.00 20% PG 55 69 7.1 YES CH -105 MECH YARD SERVER ROOMS YORK-YVAA 420 672 11.8 70 55 22.50 595 460/3 22,000 1,2,3,4,5 CH -106 MECH YARD SERVER ROOMS YORK-YVAA 420 672 11.8 70 55 22.50 595 460/3 22,000 1,2,3,4,5 NA 1 - 10 CRAH-401 SUITE 4 FUTURE 24,000 0.2 85.0 62.0 65.0 - 461.0 461.0 13.44 1 ELECTRICAL CONTRACTOR TO PROVIDE SCCR PROTECTION FOR EQUIPMENT AS REQUIRED BY NATIONAL ELECTRICAL CODE. MANUFACTURER TO PROVIDE SCCR LISTING (14 KAIC MINIMUM) INSIDE CONTROL PANEL AS REQUIRED BY NATIONAL ELECTRICAL CODE. 2 PROVIDE CHILLER OPERATION TO OF DB 3 MANUFACTURER TO PROVIDE MULTIPLE REFRIGERATION CIRCUITS WITH VFD ON SCREW COMPRESSORS AND A TURNDOWN CAPABILITY OF 10% 4 PROVIDE HIGH AMBIENT CONTROL 5 PROVIDE 0.95 POWER FACTOR ACROSS ALL OPERATING CONDITIONS AND 0 INRUSH CURRENT - VFD WILL SOFT -START COMPRESSORS SCHEDULEFAN LAST UPDATED: 02/25/13 UNIT TAG LOCATION SERVES BASIS OF DESIGN TYPE CFM ESP IN WG MOTOR ELECTRICAL LWA WEIGHT LBS REMARKS BHP HP/W V/PH EF -R01 ROOF UPS GREENHECK GB -121 DOMEX 1 500 0.50 0.32 0.50 120/1 76 65 1-6 EF -R02 FUTURE UPS GREENHECK GB -121 DOMEX 1,500 0.50 0.32 0.50 120/1 76 65 1-6 13.44 20.00 20% PG 55 69 7.1 YES - 1 10.3 460/3 1 1 - 10 1 ELECTRICAL DISCONNECT AND MOTOR STARTER (AS REQUIRED) BY ELECTRICAL CONTRACTOR 2 EMERGENCY POWER BY ELECTRICAL CONTRACTOR, ALARM MODE CONTROL BY FIRE ALARM/ELECTRICAL CONTRACTOR 3 BIRDSCREEN AND ROOF CURB 4 MOTORIZED DAMPER 5 EXPLOSION PROOF CONSTRUCTION 6 FAN TO OPERATE CONTINUOUSLY Executive Sum Sabey Data Centers: Building 4 Telex Buildout - Tukwila, WA FACILITY .ASSESSMENT REPORT zwEcurivr SUMMARY 14clUnstry was asked to review the existing capacity of the Building 4 data center in Tukwila, WA to determine if a mal of 6,250 kW of alikal server load could be installed as part of a Telex buildout. This review Includes the following: ▪ Study of the misting anechanical systems and their eve electrical load to pride Input towards the assumed installed PUE of 1.65. O Identify the existing system coiling capacity assuming l4÷1 redundancy on the dithers at original design conditions and a 105T ambient condition. • Id ify the available cooling capacity in each of the three planned POD assuming original design redundancy 01+2 per POD = 6 redundant Computer Room Air Handling Units - Clams? • Dobe new UPS/ battery mom ,design options pending a final last from LCA. • Descibe potential orgy saving adorns. It appears the fadIity has the driller capacity to handle the proposed 6,250 kW of critical load at the original design conditions. However, the distribution of CI Hs across the three proms Phases of work is not spilt evenly. Additionally, if there is a mire for til cooling load availability at an eirtrerne elevated oar air temperature of 1054F, there is not enough chiller~ capacity to handle the Koposed 6250 kW of critical Toad at this time. See the table below for further explanation. *CRAH kW ASSUMeS 0,95 povier facer per LCA COMPUTER AIR HANDLING LAST UPDATED: 02/19/13 ELECTRICAL LOAD F ECHANICAL CO LING CAPACIrr TSI Chiller Capacity at 95F fAssu es one redundant chiller) 2452.5 kW (5 of 6 operating) 1849.0 teras = 6501.0 kW (5 of 6 chillers operating) Total Chiller Capadty at 105F (Assumes one redundant chiller) 2661.5 kW (5 of 6operating) 1752.0 tons = 6160.0 kW (5 of 6 chillers operating) Phrase 1 CSI Capadty (Assumes 2 redundant C Hs) 22.1 kWW15 = 331.5 kW 490.4 tons = 1724.1 kW (15 of 17 CRAri5 operating) Phase 2 CSI Capacity (Assumes 2 redundant CRAHS) 22.1 kW 20 = 442.0 kW 653.8 tons = 2298.9 kW (20 or 22 CRAM operating) Phase 3 CRAH Capacity (Assumes 2 redundant Cl is) 22.1 kW 20 = 442.0 kW 653.8 tons = 2298.9 kW (20 of 22 CR is operating) Total C H Camun s 6 redundant CRAHs) 22.1 X55 = 1215.5 kW 1798.0 torts = 6321.9 kW (55 of 61 CRAHs ° er ating) *CRAH kW ASSUMeS 0,95 povier facer per LCA COMPUTER AIR HANDLING LAST UPDATED: 02/19/13 INDOOR UNIT UNIT TAG LOCATION / SERVES BASIS OF DESIGN SUPPLY CFM ESP IN WG EAT °F LAT °F EVAPORATOR MBH MOTOR BHP TOTAL MOTOR HP FLUID EWT GPM WPD (FT) EMERGENCY POWER ELECTRICAL WEIGHT LBS REMARKS DB WB DB WB TOTAL SENS. REQUIRED OPTIONAL MCA MOCP V/PH CRAH-101 SUITE 1 FUTURE 24,000 0.2 85.0 62.0 65.0 - 461.0 461.0 13.44 20.00 20% PG 55 69 7.1 YES - 1 10.3 460/3 1 1 - 10 CRAH-201 SUITE 2 FUTURE 24,000 0.2 85.0 62.0 65.0 - 461.0 461.0 13.44 20.00 20% PG 55 69 7.1 YES - NA NA 460/3 1 1 - 10 CRAH-301 SUITE 3 FUTURE 24,000 0.2 85.0 62.0 65.0 - 461.0 461.0 13.44 20.00 20% PG 55 69 7.1 YES - 480 435 460/3 NA 1 - 10 CRAH-401 SUITE 4 FUTURE 24,000 0.2 85.0 62.0 65.0 - 461.0 461.0 13.44 20.00 20% PG 55 69 7.1 YES - 460/3 1 - 10 CRAH-501 TO 507 SUITE 5 LIEBERT CW -181 24,000 0.2 85.0 62.0 65.0 - 461.0 461.0 13.44 20.00 20% PG 55 69 7.1 YES - 460/3 1 - 10 CRAH-601 TO 608 SUITE 6 LIEBERT CW -181 24,000 0.2 85.0 62.0 65.0 - 461.0 461.0 13.44 20.00 20% PG 55 69 7.1 YES - 460/3 1 - 10 1 ELECTRICAL CONTRACTOR TO PROVIDE SCCR PROTECTION FOR EQUIPMENT AS REQUIRED BY NATIONAL MANUFACTURER TO PROVIDE SCCR LISTING (5 KAIC MINIMUM) INSIDE CONTROL PANEL AS REQUIRED BY 2 DOWNFLOW CONFIGURATION WITH (QTY 3) DROP DOWN PLENUM SUPPLY FANS, DUAL -FLOAT CONDENSATE 3 UNIT CONTROLS TO BE ICOM LARGE DISPLAY COMPLETE WITH BAC -NET CONTROLLER. 4 SMOKE SENSOR INSTALLED WITHIN UNIT. 5 4" MERV FILTERS 6 18" HIGH FACTORY FILTER PLENUM, HERMANSON TO EXTEND RETURN AIR INLET TO BE A MINIMUM 10' 7 LEAK DETECTION SENSOR 8 EXTRA TERMINALS FOR REMOTRE SHUTDOWN 9 EXTRA COMMON ALARM CONTACTS ELECTRICAL CODE. NATIONAL ELECTRICAL CODE. PUMP WITH DUAL LOCKING DISCONNECTS FOR UNIT SHUTDOWN, 2 -WAY CONTROL VALVE, 30"HIGH SEISMIC RATED FLOOR STAND. ABOVE RAISED FLOOR re FYL-QTIVE sUYs rig E0,03 dated 5/8/2012 REVIEWED FOR COMPLIANCE WITH NFPA70-NEC MAR 27 2013 City of Tukwila 'BUILDING DIVISION NEW MECHANICAL EQUIPMENT FLA QTY TOTAL CHILLER 3 0 CHILLER WATER PUMP 3 0 CRAH- UPS RM CRAH-501 CRAH-601 17.2 7 120.4 7 WITH 1 REDUNDANT 17.2 8 137.6 8 WITH 1 REDUNDANT 258 TOTAL ADDED LOAD MECHANICAL EQUIPMENT REMOVED FLA QTY CHILLER 652 3 1956 CHILLER WATER PUMP 52 3 156 CRAC 5-1- 5-11 28 11 308 CRAC 6-1- 6-8 28 8 224 2644 TOTAL REMOVED EXISTING MECHANICAL LOADS PER SCHEDULES MCC -1 MCC -1A MCC -2 MCC -2A MCC -3 MCC -3A MCC -4 MCC -5 MCC -7 MCC -8 SIZE INECTED LOAD 1200 704 1200 704 1200 704 1200 704 1200 704 1200 704 600 141.2 600 126.8 600 309 600 348 5149 EXISTING LOAD 1408 1549.2 1534.8 657 LCONNECTEDFLA 5149 TOTAL 4 PACKAGED ROOFTOP AC UNIT SCHEDULE LAST UPDATED: 02/27/13 UNIT TAG LOCATION SERVES BASIS OF DESIGN EAT °F SUPPLY CFM OSA CFM ESP IN WG SEER/EER COOLING CAPACITY GAS HEATING CAPACITY SUPPLY FAN RET/RELIEF FAN ELEC SOUND dBA WEIGHT LBS REMARKS TOTAL MBH SENS MBH STAGES INPUT MBH OUTPUT MBH NG CONN DB WB QTY BHP HP QTY BHP HP MCA V/PH RTU -1 ROOF UPS TRANE TCD -480 80.0 62.0 16,000 2,000 1.00 10.3 480 435 NA NA NA NA 1 10.3 15 1 98.4 460/3 5,600 1-4 RTU -2 ROOF UPS TRANE TCD -480 80.0 62.0 16,000 2,000 1.00 10.3 480 435 NA NA NA NA 1 10.3 15 1 98.4 460/3 5,600 1-4 RTU -3 FUTURE UPS - REDUNDANT 16,000 480 435 NA NA NA NA 98.4 460/3 5,600 GENERAL UNIT CAPACITY RATED AT 85/67 OUTSIDE AIR DESIGN TEMPERATURES 1 ELECTRICAL CONTRACTOR TO PROVIDE SCCR PROTECTION FOR EQUIPMENT AS REQUIRED BY NATIONAL ELECTRICAL CODE. THE PACKAGED ROOFTOP AC UNIT HAS A MAXIMUM SKAIC RATING - ELECTRICAL TO PROVIDE ADDITIONAL SCCR PROTECTION TO MEET NEC REQUIREMENTS. 2 PROVIDE FULL ECONOMIZER CYCLE. 3 MINIMUM UNIT EFFICIENCY TO MEET THE ENERGY CODE TABLE 14-1 4 MANUFACTURER TO PROVIDE DOWN DISCHARGE DUCT CONNECTIONS AND 12" ROOF CURB WITH ELECTRICAL CONNECTIONS THROUGH THE BOTTOM OF THE ROOF CURB. RECEIVED CITY OF TUKWILA MAR 0 4 2013 PERMIT CENTER J J u) W FH J a.o 0 H 4--r a z W W LC) CD I- Cap ZZon �,.J W-oo0, 0 Q 'ti co Q -'CO O co �N w40....1I-moi Q _ °o °o N GI 1 co m W .F. N Lijm CQ J X Q N W W Q 0 U) cn t LL E 0 U >+ Ca= L 0 tf 0 C C LL o c .. v rz. Oen o .4t c E -ooao co 0 N O O c7 = 0 _,_: ch , C a) >- I O E o ` a> zo03 0 v ,°; C4°. O "r v ▪ 0 Vi " CN X C - V 0 r N a) .rN t s N a w< I- o.- Zr-LL 03 -0I -I., EXPIRES: 11-16-2013 w 0 0 LL CD w C/) N O M 1-- U W cc0 CL ISSUED / REVISED DATE LCA JOB 13102 SABEY TELX PLOTTED: 2/20/2013 MECHANICAL SCHEDULES CALCULATIONS E0.04 H c F E D c B A 1 2 3 4 5 6 7 8 9 10 11 12 UTILITY TRANSFORMER DATA TYPE P4#A',.. VOLTAGE 48 KVA * NOMINAL VALUE BASED ON UTILITY COMPANY SCHEDULE MOTOR CONTRIBUTION HP AFC* IMPEDANCE X/R RATIO * MOTOR CONTRIBUTION IS 5 TIMES THE RUNNING CURRENT, BASED ON 1 KVA/HP AFC t443s.3:. UTILITY COMPANY DATA* IMPEDANCE X/R RATIO *IF VALUES ARE PROVIDED BY THE UTILITY COMPANY ra ENGINEERING Lane Coburn and Associates, LLC. 12900 NE 180th Street. Suite 201 Woodinville, WA 98071 Office: 425-368-4848 NODE# AVAILABLE FAULT CURRENT FROM UTILITY AT:. 64,438 A RMS.SYM. :PIPE AND ... 4i?`. 9: S2A TiP D.ISTAICE: ': ......................................... 415 VOLTAGE;:::: 1 WAY :: MOTOR DJ US EN X/R A TMS T ADJUSTED:. 480 48( 480 WITI-I € MOTOR . 65,792..; 59,451 53,190 50,720:::: ARMS SYM. ARMS SYM A R MS SYM ARMS SYM X/R RATIO 10.07:: 6'.71 :TESTED: 4,9 • JUST.;:: FACTOR ASSYM. CURRENT. 74636.: NODE -.SW B -D4 • 5:3.5 54205 1:000 48,059::::: ARMS SYM 50720 48059 29,692:, ..' ARMSSYM: ............... [55 62,611, :ARMS SYM ARMS SYM:; 2.52:. 9 4.9.: • :.1.000 1.104 20100 UPS -2A1 : DP-CR4 (OW I:;i ; C4) DP -C4 NOTES: 1. X/R CALCULATIONS ARE PERFORMED ON A PER-UNIT BASIS. THE BASE KVA IS 1000, THE BASE VOLTAGE IS 480, THE BASE IMPEDANCE IS 0.2304 OHM 2. SERIES RATED EQUIPMENT SHALL BE PROVIDED IN ACCORDANCE WITH N.E.C. , AND SERIES RATED COMBINATIONS SHALL BE LISTED BY UNDERWRITERS LABORATORIES. UTILITY TRANSFORMER DATA TYPE Pf.:LASEIF VOLTAGE KVA :107 * NOMINAL VALUE BASED ON UTILITY COMPANY SCHEDULE MOTOR CONTRIBUTION HP 400 : AFC* IMPEDANCE X/R RATIO * MOTOR CONTRIBUTION IS 5 TIMES THE RUNNING CURRENT, BASED ON 1 KVA/HP AFC UTILITY COMPANY DATA* IMPEDANCE X/R RATIO *IF VALUES ARE PROVIDED BY THE UTILITY COMPANY .a ENGINEERING Lane Coburn and Associates, LLC. 12900 NE 180th Street. Suite 201 Woodinville, WA 98071 Office: 425-368-4848 NODE # AVAILABLE FAULT ,CURRENTFROM UTILITYAT: 64,438 A RMS SYM PIPEAN#3 WH BUSWAY MOTOR X/RADJBUM ENTS PREVIOUS NODE DISTANCE IN FEET VOLTAGE . L=L ::COND.0 CTt.3RS;:::: S >::I MAG, NON -MAG ;' N :: nnoTOR 65,879 :ARMS SYM X/R:. TIO RA ................... 10.13: 4.. aWB ID% ARMS SYM UPS -381 WBD-D 3.8 : CSP C:R6,(OUD: PP-CR5) 3_ :,,4.... 7 4s_:; ........................... . 4 30 51,807 49,461 47;146 38,738 ARMS, SYM; ARMS SYM:: ARMS SYM ARMS SYM :4-51 2,93::: 2.53 ! XIR TESTED 4.9. .9 4.9 ADJUST. FACTOR:: : :.1:135 ADJUSTED ASSYM..' : 1 CURRENT NODE NAME : 1.007 ..... . 61333 SWB D6,..;: :52.168 SW BD -©3B 49461 UPS -3B1 4�9,.,..... . :: 26,053: ARMS SYM' 1.000 t000 28376 DP -C6 (OLD! DP-CR4) 26053 : DP_CR6::(OLD DP -CRS) NOTES: 1. X/R CALCULATIONS ARE PERFORMED ON A PER-UNIT BASIS. THE BASE KVA IS 1000, THE BASE VOLTAGE IS 480, THE BASE IMPEDANCE IS 0.2304 OHM 2. SERIES RATED EQUIPMENT SHALL BE PROVIDED IN ACCORDANCE WITH N.E.C. , AND SERIES RATED COMBINATIONS SHALL BE LISTED BY UNDERWRITERS LABORATORIES. UTILITY TRANSFORMER DATA TYPE VOLTAGE 48. KVA * NOMINAL VALUE BASED ON UTILITY COMPANY SCHEDULE MOTOR CONTRIBUTION HP ....:.......................:............ AFC* IMPEDANCE X/R RATIO * MOTOR CONTRIBUTION IS 5 TIMES THE RUNNING CURRENT, BASED ON 1 KVA/HP AFC UTILITY COMPANY DATA* IMPEDANCE X/R RATIO *IF VALUES ARE PROVIDED BY THE UTILITY COMPANY .a ENGINEERING Lane Coburn and Associates, LLC. 12900 NE 180th Street. Suite 201 Woodinville, WA 98071 Office: 425-368-4848 NODE# AVAILABLE FAULT CURRENT; FROM UTILITYAT: 64;438. A. RMS:SYM.... AND:W :BUSWAY MOTOR X/R ADJ USTMENTS ... ADJUSTED NODE NAME: PREVIOUS:... NODE # DISTANCE.° IN FEET VOLTAGE:.:: ;:::::CONE: JCTORS; ( WITH .:•, 0 O M T R vvia 65;879:: ;A RIVIS,SYM 52,210 :ARMS SYM A RMS-SYM: 0;13 :. TESTED : 4.9 4.9 ADJUST: FACTOR- '. 1.135 ASSYM.:: CURRENT:: 74793 NODE NAME 627,16 SWB 1.011 4.66 R2B 8 6 47,454 27,002 cARMS SYM 3 480 SW BD-DR2E3 2.55 4.9 ARMS SYM DP -A5 62,689 26,288 ARMS yNt. .1.006 69237 26288 NOTES: 1. X/R CALCULATIONS ARE PERFORMED ON A PER-UNIT BASIS. THE BASE KVA IS 1000, THE BASE VOLTAGE IS 480, THE BASE IMPEDANCE IS 0.2304 OHM 2. SERIES RATED EQUIPMENT SHALL BE PROVIDED IN ACCORDANCE WITH N.E.C. , AND SERIES RATED COMBINATIONS SHALL BE LISTED BY UNDERWRITERS LABORATORIES. REVIEWED FOR COMPLIANCE WITH NFPA 70 - NEC MAR 2 7 2013 City of Tukwila DMSION MOTOR CON TRII3L1TIONI Akr5-n-18 'TEC, • 42 7325.4 svv 500 1.4 3.13 353513 49302 ' CrkG 1000 31880 ' s ,54a 8.88 33062 01.1 1 .000 23281., 1.000 3501,C IL. P4 NI ▪ RIMS 5‘41,4 3.2 1.000 • ars Ft NIS SY1N4 " .4.9 skr • tc. R45 A RIMS NTJA 0 1-4 0 0 0 7,578 3,2 0 2.4 ptivss 7,576 A121.4S S'11,4 7975, 0 MAG 7.578 797 8 IVLA A RMS. .50 47-3 • 3.2 7.07.3 0.56 7575, WIN/01151GS •.. FtISS -1507 • • 11,41,S044.40 . 2. • ARMS • 211.4F, IDANICE 3,2155 • .4.80 13:215,5-- Aft 1. >,./8 LCLJILATIONIS ...RE IRROIRM E CDNI REIR-LJNIIT 1000. THE BASE VOLTAGE IS 450, 1-1-1E ISASE IMRE OA NICE IS 0.230. 0 1-11"s/1 2. SERIES Ft...TEM E01...)11=.1,11E.91-1- SI-1/..LL R IROVICE ID IN ACCORIDA NICE WITH N.I.E.C. NJ1D SERIES RATEID CON' ESINIA-TIONJ5 LISTE ISN' I -J NJOE IRVV RITE IRS LABORATORIES. RECEIVED CITY OF TUKWILA MAR 0,4 2013 PERMIT CENTER co 4-0 4-0 cri 0 a. CO 12201 TUKWILA INTERNATIONAL 0 C LL ca szt- co as LC) CO CO EXPIRES: 11-16-2013 af Lu 0 LL LANE COBURN & ASSOCIATES CO CO CO CN 0.1 co 75 91 - g Z.74 LL Z-71 E 111 03 5,11 fl CO CO E z coo) (-) LLI 0 ISSUED / REVISED DATE LCA JOB 13102 SABEY TELX PLOTTED: 2/20/2013 FAULT CURRENT CALCULATIONS E0.05 1 2 3 4 5 6 7 8 9 10 11 12 LANE COBURN & ASSOCIATES, LLC Electrical Engineering & Technology Solutions forthe Constru st. LANE COBURN & ASSOCIATES, ,LLC Electrical Evincering & Technology Sohrtions for the Construction tri LANE COBURN & ASSOCIATES, LLC Electrical r & Technolny Solutions r the Coristruction Industry LANE COBURN & ASSOCIATES, LLC Eketricaiaksineeriv & Technolmy Solutionsfor the CO/1 t/ w lr ~fin y yfts£4¢� H INTORDUCTION Introduction G Project Hawk 433 South 120th Place Building 4 Tukwila, WA 98168 The :pis: of this :Basis of Design document is to establish and document the electrical design criteria for the projed and the solutions that meet the criteria, Where mon than one solution to a specific requirement was being considered, alternative solutions were presented for Telma' review, comment and selection.. As ,the criteria and proposed solution for each element of the UPS System is appruved, the development of that element continued until the construction documents are completed. This document will be used as a guide 'throughout the design process to insure that rhos 'project was developed to meet all of Tele 'project requirement. As the design developed, changes to the projeet ,requirements and the proposed designs were documented. and the Basis of ,Design document will be uprktt .. Project Description The project will involve the replacement of the existing UPS systems from the rotary :Hirsh; h. units to ;reliable and efficient static UPS systems. Additionally, PDU's will be added and configured :in a 2N nfiguration. We will evaluate this system with and without Static Transfer switches for more flexibility and redundancy. The mechanical chiller plants and CRAC units are also being replaced,. The design :is based on information received the existing building drawings, the Sabrey propose UPS design,, and the DPR Building Assessment Wit. DATA CE RSUITES LOAD ANALYSIS Jim. A. The each h Data Center suite '' Wiling load, electrical capacities and power densities are listed below: -J J CO W H w CI. 0 CL w H w 0 F w N TUKWILA INTERNATIONAL O N N Cji ti CO 00 C0 N J w 1— Co 0) coN CO X IL E 0 0 0) cc u) 2.0 ELECTRICAL Data Center:€ :Power Distribution and Power Density 4.1 GENERAL REQULREME TS (kW) Pow Density Sum 41 7753 A. :replace existing UPS system with new 6,200kVA/6,200kW distributed :redundant system to serve (6) data halls as .follows Phase 1 3000kV.tt3000KW and Phase 2 3200kVA/3200KW 42 ELECTRICAL INFRASTRUCTURE Suite 44 Suite.: .5 Suite #6 A. Unit Substation Load Analysis ;ltli htect: area :.represents Phase:. (1) of the .: rinse BASIS OF DESIGN - ELECTRICAL Substation/ SWGR Capacity Nom Operation - UPS Loads (A) UPS 1A Fails (A) UPS 1B Fails (A) UPS 1C Fails (A) UPS 2A Fails (A) UPS 2B Fails (A) UPS 2C Fails (A) SWGR SS -TR Fails (A) SWGR M2 Fails (A) eli s 0 0 w 0 0 d CU F- a E 0 0 a) CU 0 cc 0) 0 d CO Cy) CO CO N N X L E 0 U X CU SS -T1/ SWGR Mi 3750kVA/ 5000A Schematic Level F January 21, 2013 30 SS.T'2/ SWGR M2 SS -T3/ SWGR M3 3750:kVAI 5000A 3750kVA/ 5000A SS -T' SWGRMR 375001.N 5000A 03-01-13 EXPIRES: 11-16-2013 E Telx Project Hawk - 3433 South 1Building 1 1/10 '13 'nth Project Hawk - 3433 South 112014 Ptd, Buil 4 2 1/10/13 Telx Project Hawk - 3433 South 1 Ham Building 4 X1/10/13 ANE COBURN & A SSOCATE , LLC E �1, a, eeri & Technology Solutio s for the Construction ludry D LANE COBURN & ASSOCIATES., LLC Electrical Engineering & Technology Solutions forthe Construction Industry LANE COBURN & ASSOCIATES, LLC Electric(' i Engineering & Technology l rt ns fur the const uct , t Industry LANE COBURN & ASSOCIATES, L.C Electrical Elgin ring & Technology Shtmm r tip Constramtion Industry Utility Power Service (EXISTING): :L The existing utility service consists of (1) one active 26.4kV utility services capable of importing the full. load of 12.5 ]M.VA. on a continuous service. The utility service is configured to accept a future 26.,4kV feed. C The 26.4kV existing feeder terminates into (4) four exterior substation where the voltage will be step down to 480/277V (3,750 kVA) and feed outdoor distribution swingear located outside of the building. The 26.4kV distribution switchgear is configured in a -tie-tie-min arrangement with space for future feed. At this lime, to maintain the 26.4kV switchgear, the system. will need to transfer to generators. The existing utility equipment is separated by separate enelosurs. All existing 26.4kV circuit breaker are vacuum type and dawn. The existing (4) main 480/277V switchgears, :IMI, :M2, M3, MR arc :rated at 5,000A 480V, 3 Phase, 3 Wire. IOOkA1C. UL 1558 Const ion, The existing (6) distribution 480/277'! switchboards 1)1, 132, D3, D4, 1)5, DR are rated at 3,000A, 480V, 3 Phase, 3 Wire. 100kAIC, UL 1558 Construction. DR. is existing and will. ,be 'renamed D6. The . rl.l, M2 st M3 SWGR Merlin-Gerlin. bakers are obsolete. ,Lee Teehnologics shall replace the trip units. Elkol contractor shall cote the replacement and coordinate the updated selective coordination study. The MI, M2 & M3 SWGR has a ,High Resistance Grounding (MG) system that will ,remain in place. Standby Power Generation (EXISTING): ): Cenl Chiller Plant Emergency Power Generation The existing Standby generator power consists of (3) generators connected to an existing two -section paralleling switchgear. e generator is sharedbetween the two sections. The existing Standby Generators provide power to ,mechanical equipment and general 'building spaces. .The eat Standby Generators are 2000 kW capacity at 480/277V 3 phase. An existing common 2000kW 'load bank is installed for testing and exercising of critical electrical eq ipment, The paralleling SWGR :Elm allow for :N±1 'redundancy on the standby generators. There are (3) 2,000 MW generators in an N+1 configuration. with Generator 2 being the Swing Generato: We need .to verify Kirk Key operation to ensure the highest reliability of the system. l'aralielieg SWGR ba Hi Resistance Groundieg (TIR ) system that will .remain in .place. The existing Standby generator power consists of (6) genitors, each connected individually to a data hall via the input schboards. The existing :Hitech unit consists of a 2,000 kW generator (Pacific :Detroit Diesel) an alternator, induction coupling and control elements. The generator manufacturer Shall remove the duction pling and clean dip and bake the alternator and replace the ;Bearings. The generator alternator shall :remain in the same location so the feed from alternator to the generator output can remain the sante. A drive shaft connector provided. by PDD from the alternator to the generator shall be implemented by the generator rrtaruxfaduree, PDD shall coordinate the :modification of the hiteeh controls, c, The "S" boards turd associated 3,0 .A breaker shall amain in place. The controls shall be removed. The U.RP Board shall be used as a junction box. Contactor to ] ' G shall be :removed providing permanent connection. to HRG. 1— W 0 I 0 0 W (1) 0) LANE COBURN & ASSOCIATES N w H C7 CO WIll co �t S CO CO QLf) Ca. co w J U_ Z CD O OC cam m cq m co CD CDN N LL N E L9 C O L W C .9 C7 N > V 0 Z 0.7 a) d C co 6) CO ci)— s ¢ m o J :LS a B W g a leo CD 4 I- 0�a WNZ� 0IL 0 = J Q Ca k J � W M M Tell Proj Hawk -3433 South 120th Ham, Building 4 1/16/13 Teht Pro' Hawk -- 3433 Sys ath 12O Plum Building 4 1/16/13 Te,1, Projet.t Hawk -' South 1.M11 Flom Building 4 1/16/13 The existing Standby Generators provide back-up power to the 1IT sus and CRAC units. e. The existing Standby Generators are 2,000 kW capacity at 480/277V 3 phase indoor type generators. f An existing comrnon 2000kW load bank is installed for testing and exercising of critical electrical equipment. Tebc Project Hawk - 3433 South -Ma 1'1 ,Buil ng 4 7 1/16/13 ISSUED / REVISED DATE A RECEIVED CITY OF TUKWILA MAR 0 4 2013 BASIS OF DESIGN PERMIT CENTER LCA JOB 13102 SABEY TELX PLOTTED: 2/20/2013 E0.06 H G F E D c B A 1 2 3 4 5 6 7 8 9 10 11 12 LANE COBURN & Assarmns, LLC Electrical bier:wring & Technology Solutions for the Constniction Brushy D. Utility / Emergency Switching kr Mechanical System (EXISTING): 2. Upon a loss of voltage and/or frequency, the circuit breaker transfer pairs will send a start aigrial to generators. 3. Emergency generators will start and close on to paralleling gear once it reaches rated voltage and frequency. 4. On :rated power 'reaches the required load, feeder breakers will close supplying power to each distribution awitchboard via Emcr,gericy side of the switchboard. 5. The transfer pairs will transfer to emergency generator. 6. Th transfer pair will re-traaafer automatically after a set time of stable utility soma:. E. HVAC Switchgears (EXISTING): 1„ Central Chiller Plant a. The existing Mechanical Switchgear "MR is rated at 5,000A, 480V, 3 Phase, 3 Wire. 1.00kAIC. UL 1558 Consttuction. b. The :main circuit breaker and all load circuit breakers are "air” type breakers installed in draw out. carriages. Circuit breakers electronic trip unit and LW.; functions are to be invigated. c. The replacement chillers will be connected to the existing MCC boards. 2. CRAC Units a. The CRAC units for COLO 1, 2, and 3 are distributed in a salt- andpepper configuration between System 1 switchboards D1, D2, and D3. b. The CRAC units for COLO 4, 5, and 6 are distributed in a salt - and -pepper configuration between System 2 switchboards 04, 05 and D6. Tea Project Hwk -3433 South 120th Place,. Building 4 LANE COBURN & ASSOCIATES, LLC EkcIrical Engineering & Technology SZthiliONS for the Construction industry • Pew 2000A : Feed (5) sets of 600 MCLI: 7 4"C kgRs Input Board ;. New 2000 A eed. (.5) sets of 600 filChi - 4:C fi-orn UPS Output " Dokinnect existing 2000:A undereound feed tef.aisting and connect new UPS inpui. Feeders Spilice.feeder ;'togetteri,, Provide Isblalion and • support Mx Project Hawk - 3433 South120a nem Building4 12 •LANE COBURN & ASSOCIATES, LLC Electrical Engineering & Technology Sol 'utious for the COlidnietil3B hdutnj F. UPS Systems: Data Clatter Suite Data Ceni*r Power Distribwlion and Power Density Anal ft) Power Density (witft, Remarks Sae In '7,753 680 88 :Phase 31Sysk7n 1 Suite #2 9,907 1320 133 Phase 3/ System 1 Saito #3 10,822 1320 122 Phan 2/Systicin1 Suite 10,730 1320 123 Ptw 2/SYStam 2 150 89 B/System 2 Suite #6 7,355 805 :109 Phase 1 iSySteni: iiiiiiiii • . , 1 The UPS design will incorporate two Redundant Distributed systems, System 1 and System 2, that supports (3) three daim halls per system. 2., UPS systems 2 shall be ratted at 3000kVA/3000kW (Suite 4, 5 et 6). System 2 is comprised of (3) -1500kVA systems in Redundant Distributed configumtiora UPS systems 1 shall be rated at 3200kVA13200kW. System 1 is comprised of (3)-1600kVA systems in Redundant Distributed configuration. 3. The 1500kVA UPS system is comprised of (2) 750kW/750kVA unity power factor UPS rated at 480V, 3 Phase. The 1600kVA UPS system is comprised of (2) 800kW/800kVA unitypower factor UPS rated at 480V, 3 Phase. 4. As defined in the UPS load profile noted above, the Phase 1 ('2" System) shall wive Suite #4, #5 & #6) for a total load of 2875 kW with 3,000 kW of UPS capacity. The Phase 2 rI" System) shall serve Suite #1, #2 & #3 for a total load of 3,320 kW with 3,200 kW of UPS capacity, 5„ We have provided a failure mode analysis below for both System I. (1,2 &3) and System 2 (Suite 4, 5 &6). Based on the projected load profile above, Suite 4, 5 & 6 has a projected maximum load of 2,875 kW or approadmately 960 kW per UPS system (assuming even loading) Under a failure mode, the remaining systems would carry 1.44 MW and the UPS modules would be loaded to approximately 96%. Telx Project Hawk - 3433 South 120, Place, Building 4 9 1/16/13 LANE COBURN & ASSOCIATES, LLC Electrical Engineering & Technology Solutions for the Construe:iv' n Industry Telx Project Hawk - 34335mA:1200411am, Building 4 13 1/16/13 LANE COBURN & ASSOCIATES, LLC Eiertrieni Engineering & Technology Soh:dans for the COltarildieril inthistiy 6. Based on the projected load profile above, Suite 1,2,3 has a projected maximum load of 3,320 kW or appoximately 1106 kW per UPS system (assuming even loading). Under a failure mode, the remaining systems would carry 1.66 MW and the UPS modules would be loaded to approximately 104%. Sults4,546 11 Mti 3-2 93% :194575 PIDEMLIACIDE MW 1,36.114V1 ups .1.50.MW 1.50 .MW 1,50.MW 5339% OM% .5.3,B9% FAL:MODE A 1.441„MW. 2.44 MW 139.MW 1.50 WV 55.E3St a.5,a3% Sulttely:243 i RORMALMOLIE 3-2 :1,11.MW FAL.MOCIE IMAM/ :1M3MW 1,50.MW la03.MW 2,50 MW 138.17% 23.17% :10.755S 19175% 7, The UPS modules shall be Emerson., MitsubLahi or Powerware. 8. The UPS Batteries will be VRLA type rated for 9 minutes of full load epemtion at the beginning of life and. 5 minutes end of life (based on full load capafaity of the UPS module) at the 10 years pro -rated. Batteries shall be Deka or equal (See Specifications). 9. Each battery system will have centralized automated battery monitoring system to check each cell for temperature, voltage and impedance. 10. The new System 1 UPS and System 2 UPS will include the following features: a, '.Normal UPS Input from the same switchgear, .Bypass connected toiNormal :Input b. Maintenance Bypass from the same switchgear. 11. The UPS Input Switchboards are rated at 2,000A, 480V, 3 Phase, 3 Wire. 65 kAIC, UL 891 Construction. Tebc Project Hawk - 3433 South 120v! Mace, Building 4 10 1/16/13 •LANE COBURN & ASSOCIATES, LLC Electrical Engineering & Technology Solutions for the Construction Industry MM& RNA 17 -mo ENS 17-77 PPS 4 , ....' ... TYP1CAL. Ex...Frig; ehi.?:oirtum •wl,) 4ar Yps 'Nix Project Hawk -3433 South 120ai Plum Building 4 14 LANE COBURN & ASSOCIATES, LLC Electlical Engin erring & Technology Solutions for the construction Industry 12. The main circuit breaker and all load circuit breakers shall be "air" type bneakers installed in draw out carriages with dual function setting electronic trip units to allow the operator to switch back and forth from a normal operating triode to maintenance mode. 13, The UPS Output Board will be equipped with a Safety Ilnterlock System to prevent the UPS System from being paralleled with the -utility when transferring to maintenance bypass. The UPS System Control Cabinet will be rated at 2,000 Ampere, 480Volt, 3 Phase, 4 Wire S3rstem. 14. System 1 and System 2 shall be installed in separate rooms. 15. We are locating the UPS loom on the West side, we have evaluated coming out of the D" SWGR into the UPS system, then going back to the 'D" SWGR overhead from the UPS output and utilizing a section in the "0" switchgear as a junction to connect to the existing underground feeders to the existing CR boards that will feed the new PDlls. See Diagram Below. Mix Proje' L't Hawk - 3-1.33 South 12119, Mare, Building 4 REVIEWED FOR COMPLIANCE WITH NFPA70 - NEC MAR 27 2013 City of Tukwila BUILDING DIVISION 1/103 LANE COBURN & ASSOCIATES, LLC Electrkal Engineering & Technology Solutions for the Construction Industry We are utilizing the existing Storage space to house the Phase 1 UPS input boards, UPS modules and UPS output Boards. The separate battery area will now only occupy 1,000 SF on the data center floor, to allow more space for IT loads,. Also the close proximity from the "D" SWGR and UPS input/output will ACM for shorter runs. The output from D6 (Fomierly DR) to DP -05 is new and shall be run overhead as shown below: .......... UPS ROOM LOCATED ONTHE WEST SIDE Telx Prf*t Hawk 3433 Strattariai .Ploce, Building 4 .15 1/16/13 RECEIVED CITY OF TUKWILA MAR 042013 PERMIT CENTER z 0 SABEY DATA 12201 TUKWILA INTERNATIONAL CD CL E 0 0 w c 0 a) cc ca CO CD i=3 cu cc) co cs) a) c) CN = C•1 crs —I X cu LLI < CI") u_ ••cr CD C) CO C) (*) Cr, CO C) ›- 0 C) zco CO - "Cr cq ° CNI . . . . ZI— X LL 0-01-P EXPIRES: 11-16-2013 1— LU 00 D LLI LANE COBURN & ASSOCIATES E 0 0 a) ca E 0 0 (7) co co C‘I c) 4,h 0 w 0 0 - ISSUED / REVISED DATE LCA JOB 13102 SABEY TELX PLOTTED: 2/20/2013 BASIS OF DESIGN E0.07 KVA KVA KVA)SCH .KVA/SCH 945CTOTAL KVA PER A DENTON H G F E D c B A 1 2 3 4 5 6 7 8 9 10 11 12 LANE COBURN & ASSOCIATES, LLC Electrical Eaginrering & Technology Solutions for the Construction Washy G. SWBD MR Functionality and Failure Mode analysis I, SWBD MR is fed via SNorrnal source Transformer TR (3,750 kVA) and Statulby power E1/E2 with (3) 2,000 kW Generators configud in an Nil topology for a total "N" capacity of 4,000 kW. 2. Under existing conditions SWBD MR has no load on it The major Chiller mechanical loads are normally fed via SW1313 Mt, M2 and M3. The col° CRAH units are fed via the (6) 2,000 kW gen.eratots and panel SWBD CR fed via SWBD DR feeds SWBD DP -HA that feeds the miscellaneous tnechanical and house loads. 3. This scenario provides for 11:12.XiMILIM flexibility for SWBD MR to provide back feed to multiple systems via multiple alternate route& 4. in for, new topology, there is no more SWBD DR as there is no more Reserve generator/UPS s,ystem, instead of the 51- Reserve Sytem, we now have a 2(2+1) system. Therefore SWBD DR is now SWBD D6 and feeds a new SWBD DP -C6 for PDU loads and feeds a new DPAC for CRAH units, 5. En this new topology SWBD AR will be frel via SWBD MR, SWBD AR is the backup source for the colo CRAB units, therefore there will still normally be no colo CRAE1 units on SWBD MR, 6. SWBD CR will no longer have a normal. source from SWBD DR, therefore the only source to SWBD CR will be from SWBD MR. The intent is to keep :in place SWBD MDP and SWBD CR to feed DP -HA. An alternate feed from SWBD MR to DP -HB is already in place. 7. In this manner there shall be normally be approximately 500 kVA of load on SWBD MR (to be verified by me -mica( plan) from the mechanical and house loads on SWBD HA and HB, The normal. capacity of SWBD MR is 3,750 kVA and the Standby generator supply via (3) 2,000 kW generators at 90% loaded in an N+1 topology is approximately 3,600 kW. Therefore, systeur MR wilt be normally loaded to about 14% of its capacity. We believe this scenario wilt allow for the use of SWBD DR to feed new critical load and CRAH units and minimally impact eystern MR to allow for back feed and concurrent maintainability of the system. TaxIPrcjt Hzwk - 3433 South 12K1da ...g 4 16 1/16/13 LANE COBURN & ASSOCIATES, LLC Electrical Engineerhrg & Technology Solutions r the Co cam Washy DIM] SWIM PAVEL:HA 25.iCONNECTED KVA PER SCHED .2201/ CP1 na :H3VL. ATS .. ... . . . v .. • . , . . . . .. •• •• . , . . . . .40 99,66 50 91 UA HA 16,136 7.5 L15 :25.24 .21.79 1.10 32.77 R3E3 3 1R3C 3 <-,5 KVA .H19 11913C .HD DSTR131,1111.014 PANIEL.HB ::•• 3373CQECTED KVA PER SCHED 12 KVA .................................... R2 KVA H2 KVA ; AMU KVA .4.3 .1312 473 MCCS R2D1 6516 R.2A 360. KVA .R2B la I RaC 171.R2D MUST .B E .REDUNDANT.LOA 03Z KVA .331 KVA KVA 2.43.,EITOIAL KVA PER ADD1TON S. The new topology will also :remove the .MBP back feed to the DP -C panels, UPS Output Distribution Panels- !. Each UPS System normally supports three UPS Output INsnibution Panels (ODP's). The UPS ODP's have the following characteristics: The existing ODPs are rated at 2000 Ampere, 480V, 3 Phase, 3 Win, 100kAIC UL, b. The existing primary and redundant OD.Ps shall be connected together to allow for recrnifiguration of output loads. c. The existing ODP branch circuit breaker frame size will be verified to accept a new 400A trip unit, Existing ODP will be expanded as required to support new PDUs to support the 2N load distribution. d.. The new ODP shall be rated at 2000 Ampere, 480V, 3 Phase, 3 Wire, 65kAIC UL 891 Construction. e. All circuit breakers are fixed irmunted type, f. Alt circuit breakers will include electronic hip unit with LSI functions as well as enhanced power measurement fimctions and power qualiiy measurements. Telx Project Hawk- 3433 South120e1Plaw, Building 4 17 1/16/13 LANE COBURN & ASSOCIATES, LLC Metrical Engineering & Technology Solutions for the Cotsfraethm hulastry 1. Power Distribution Units (ALTERNATE PRICING): 1. The Power Distribution Units (PDUs) will have the following characteristic: a. 300 kVA K13 transformer rated with 115 degrees C insulation, 480V 60Hz input, 120/208V output, with manual transfer overlap and dual input. PDU shall be rated for 100% continuous operation, Short circuit rating shall be 6SkAIC. 1) Alternate; P1311 shall be provided with Static Transfer Switch instead of Mennal transfer vriap switching. 2) Alternate pricing for 225 kVA PDU' shall be provided. 3) PDU's shall be low inrush type, less than 5X FLA b. The Schematic Design is based on Suite #2, #3 and #4 with a power requirement of 1,320 kW per suite utilizing 300 kVA PDU's, Suites #1, #2 and #6, with less than 1,000 kW per suite shall utilize 225 kVA PDU's. See calculations below: 1.320 kW Suite (#2. #3 & 04) 1,320 kW/12 PDU's = 110 kW per PDU during normal operaticm Failure Mode - 2 X 220 kW 0.95 PF ss 232 kVA Assume maximum of 25% imbalance = 289 kVA RECOMMEND 300 KVA PDU FOR SUITE #24 #3 & 04 805 kW or less Suite On, #5 & #61, 805 kW/12 PDU's - 67 kW per PDU during noimal opera ion Failure Mode - 2 X = 134 kW ® 0.95 PF = 141 kVA Assume maximum of 25% imbalance ss 176 kVA RECOMMEND 225 KVA PDU FOR SUITE A, #5 & 06 c, The current breakers in. the DP -C panels are rated at 400 A, typically a 500 .A trip unit is called for a 300 kVA transformer to ensure the saturation of the transformer does :not trip the breaker. Low inrush PMI's and a selective coordination study should be completed prior to ordering the 300 kVA PDU's to mute proper operation. As defined above Phase 1 (colo 5 and colo 6) have Telx Project Hawk - 3433 South 1230 Ram,. -Building 4 20 1/16/13 LANE COBURN & ASSOCIATES, LLC Electlical &sinew* & Technology Sohttions Or the Construction hulastry L PDU - BASE PRICING a Re -use cxistin 200 kVA UPS modules b. Based on the load profile of Suite 4, 5 & 6, we will need 10 - 200 kVA PDU's in Suite 5, 10 in Suite 6 and 16 in suite 4. There are currently 4 - 200 kVA PDU's in Suite 4 and 4 -200 kVA PDU's in Suite 5, therefore wc need to utilize and relocate and re circuit 12 total existing 200 kVA PDU's for Suite 5 & 6 (Phase 1). .1.0AZ 305E5 MM., .51AT0,1 13ZWW:Ar 1A7.,..00;v .4.4.444.4 .,?.;N: I,".Pi.x.?.> X'Z'',:::: n.,:n Pf7.3 4 :3S.V.: .7KOS.,Se 1 •7K WA, 1 '3Si:4., •7S.,?..,W 7,1,i074' g -...1>K11 0:04W :.00a•N .0faa.' 0-004' f#Ii.af0<, ..0.;.Vr '..a.,..;,..sa 00k,k 010.* 0xz'nea 0,0m :.:001,?4. Atv.w a 0::7r.W -'0 g:001.• %? 0,1We 4 Z 4 I14 .4"nclz .0.4.-, E4444 I '74Cm,. 1 .M.,.:q -73 1<4; :.07444 03Z44e 4;00.o 04w,0 zs.s,N74 ..iyees ,2,,,. :..CMYe .e0,i44 >..":44.E :a.54.4 -.•,'MW ,..:•...e<3. '..4.10•,. .i.nYef 544";'. :.>",?%: 4(4•2,4444 :441".3t1 ..40M1.5% 4444 5444¼ Wiiti MVX," 542441 ,6 ;Ky2.3 . tr.;V. 44134 .4445.4 444¼ 449.4 44444 4424 .44444 1 :ttsss, 1714.44 42544 .0744044 :4544' :44244 53:4.44' 444444 ZCKW iF.Z40;41 A 433iF 54▪ 244 =KW 544*44 .ce.3.4W .8 442. 94 :VW?' ?WM( :V:47,`e 45344 0440 424442 AsAca 544(42 444* 44445 ,Dx,e :.Z.V7de 44,44" 4443 A 0.. 4 .0232 4 .e .4 .450 3 .0 .A.4244 .7EVLKW • Ze.h.?,*?i? MZ,,ta aAl< 5444,'; (44444 55434 .44,m 52 44g.s‘9 gww 4z,t,W 04?tW Wye -:iKtEV? 434.0 342(44 :44.g.KW 4 .4444 ..:31MA • 4444? 44.3V .214%.1." 434440,1/4 i'PPW 524*4 404,1w g .4 .0 .412::."24 :45022 (41221222;M 44445'4:2,444 5:3444 42444' 02.rq$..44442414 :4*474 33444¼? 54344 Vev.N 4v4; :4744 (445:4 42654¼ :4444408', 4 I .3 .4234(1 .0 544'4 54 e. A total of 36 - 200 kVA PDU's will be required for System (2) (Suite 4, 5, 6). Each PDU wilt require (2) connections for 2N for a total of 72 breakers. These PDU's will be connected across (3) systems DP 4, DP5 and DP6. Each, system will require 24 breaker positions. There are currently (8) 300 A breaker positions per "C" board and room for (7) additional 300 A breakers per board. The current PDU's are connected across the "C" and the "CR" boards of the same system, in order to provide for 2N without re -weaving at the PDU level, DP -C4 will have to be connected to DP-CR5 and DP C5 connected to DP CR4. Telx Project Hawk - 3433 South120Ek Ham Building 4 15 1/16/13 LANE COBURN & ASSOCIATES, LLC Eiectrical Wagering & Technology Solutions for the Construction Imhf-1y lower power requirements and will only require 225 kVA PDU so this will not be an issue in phase L d. Utilization of PDUs to be limited to correctly balance data hall loads en distributor]. redundant system. e. PDU shall have (8) 225A output circuit breakers. f, The PDU shall have SPD and Power Monitoring functions„ PUD's shall be Cyberex. PDI or Emerson. h. The PDU distribution per COLO is per below: g. 1) COW I - 12 PDUs 2) COLO 2 - 12 PDUs 3) COLO 3 - 12 PDUs 4) COLO 4-12 PDUs COLO 5 - 12 PDUs COLO 6 - 12 PDUs K. Raceways and Wiring 1. Feeders and branch wiring in this facility are made of copper conductors. 2. All conduit shall be steel EMT with set screw fittings. 3. Splicing was explicitly as unacceptable in any panel or main distribution feeders unless specifically called for on the construction documents. 4, No =essay penetration allow on top of the equipment L.. Battery Monitoring System 1. :Battery monitoring system will be installed to monitor each battery jar in UPS and EPG system and will be connected to EPMS system- Telx Project Hawk -3433 South 12001P1ace, Bundh,G 4 21 1/16/13 LANE COBURN & ASSOCIATES, .LLC Electrical Engingelft & Technology 3SJOr the Construction indastly '00 -8) Tot.al•-• . 300 A.:. • Breaker§ . . Telx Projtxt Hawk - 3433 South 120h Place, Building 4 19 REVIEWED FOli COMPLIANCE WITh NFPA 70 - NEC MAR 27 2013 City of Tukwila BUILDING DIVISION' LANE COBURN & ASSOCIATES, LLC Metric' t' Engineering & Technology Solutions the Construction industry Commissioning Required Electrical Studies 1/16/13 ▪ 4.; LCA will provide a fault current study for the new equipment be. on the existing fault current study of the existing electrical infrastructure. LCA will also provide the selective coordination study for the new equipment based on the study for the existing electrical infrastructure. The selected Electrical. Contractor shall supply arc Av.& study and labeling perfonned by a RE on SKM or equivalent software. The arc flash study will be provided to the engineer for review prior to energizing any SWGR, The Electrical Contractor shall also provide all repired 313 modeling. The Electrical Engineer ofRecord shall attend Factory Witness Testing. Telx Project Hawk - 3433 South 12eollace, Building 4 22 1/16/23 RECEIVED CITY OF TUKWILA MAR 0,4 2013 PERMIT CENTER SABEY DATA TUKWILA INTERNATIONAL ca 0 0 03 0 2. 03 .4w• 03 1 4- 0 0 >t - Li- m 0 0 1. 03 03 0 03 as Cl,0 CN 4- 03 03 03 03 u) 03 03 03 C) >- 0>03 z- EXPIRES: 11-16-2013 1.11 0 LU D (/) C/) LANE COBURN & ASSOCIATES CNI 10 L0 0 0) E CO 0 • CN1 CO s' (0.0• CO 0)al (=, -I X F - FA" FIs -Le) LO =473-111 -cc 17:1 4040 .0 • - C as =I I 733 co LL.1 ra Cs4 01 1- 0 w 0 ce ISSUED / REVISED DATE LCA JOB 13102 SABEY TELX PLOTTED: 2/20/2013 BASIS OF DESIGN E0.08 H G F E D B A 1 2 3 4 5 6 7 8 9 10 11 12 LANE COB & ASSOCIATES, LLC Electrical Enghteer* & Technology Solutions for the Constructirm Inthishy TAT - Project Hawk - Sequence of Operation Project Hawk 3433 South 120th Place Building 4 Tukwila, WA 98168 ELECTRICAL SEQUENCE OF OPERATION - PRELIMINARY FEBRUARY 16,2013 LANE COBURN & ASSOCIATES, LLC Keith Lane, RE, RCDDINTS, LEED AP Soatt Coburn LAME COBURN & ASS(. CIATES, LLC Electrical Engineering & Technology Solutions of the Construction Industry Tekr - Project Hawk = Sequence of Operation d) The Coloteetion room air handlers/CRAC mite are power by an Ax and an alternate sourced Ax. An integral automatic transfer device switches to the alternate source (Ax) should the preferred source (Ax) become interrupted. e) One half of the Colocation room lighting is powered from the Cx and half -from and alternally sourced Cx switchboard by way of an automatic transfer switch. G. House power. Distribution panels DP -HA, -W -HC provide power to house loads. a) Panel DP -HA is powered from svvitchboard MR, via a new feeder. This panel is equipped with auto transfer switch for alternate power connection to panel 1)6. Panel DP -HA serves house critical loads (4) (5) (6) (7) One half of the Colocation room lighting. Life safety lighting and equipment Building HVAC management equipment. Switchgear redundant control power circuits. Facility control room equipment Security desk and equipment Office computer circuits. Note- Items 3 through 6 have alternate fix source available byway of transfer switch. b) Panel DP -HB is powered from switchboard MR This panel serves the non-critical and non-essential facility house loads. (I) General facility int dor and exterior lighting. (2) General purpose receptacles. 51.ge * a tg01..W.4-.044 LANE COB I & ASSOCIATES, LLC Electrical Engineering & Technology Solutions for the Construction Tndush:y Tie& - Project Haw* - Sequence of Operation L SYSTEM DESCRJPTION ,A. For supporting infortnation refer to the project single line diagrams B. Medimn voltage switchgear and transformers The facility is served from the campus, Inter Gate East, medium voltage distribution system. One medium voltage feeder circuit (utility) powers the building. The medium voltage switthgear is equipped with provisions to add a future feeder or utility service to the building. The service voltage is 26.4 kV. The medium voltage distribution is a basic radial/primary, selective, radial secondary system. 2. The incoming utility sources have limited capacity. Therefore, incoming source loading should be coordinated the utility company. 3. Transformers are low temperature, vegetable oil filled and dead front construction. They are equipped with vacuum interrupter switches and over current and ground protection. There is four of them -T1, TZ T3, TR 4. The medium voltage switchgear feeder breakers serve two or more transformers. The breaker and transformer over -current devices are coordinated so that the transformer protection dears a fault before a feeder breaker trips. This prevents losing another transformer(s) when one is faulted. 5. The transformer seconda neutral point is ground by way of a high impedance grounded neutral system. This limits any fault current to a few amperes, thus it is able ea prevent the low voltage power system from nuisance tripping and provide personnel safety. The power system does not shutdown because of ground faults. An alarm signal alerts facility personnel about a fault condition and they can safely locate and repair it. C. Main distribution system, low voltage System consists of four main switchboards- Ml, M2, M3 and MR. They are fed bytheir respettive transformer- Ti, T2, T3, TR. 2 1 Page LANE COBURN & ASSOCIATES, LLC Electrical Engineering & Technology Sohrtions for the Construction Industry TAT - Project Hawk = Sequence of Operation (3) Equipment such as water heaters, Hit AC, vending machines and so forth. Panel OP -HC is powered from switchbo,ard MR Via AR. This panel serves the essential house mechanical loads such as fire pumps and associated equipment H. Load bank L A 2000 kW resistive load bank is available for testing the UPS's and diesel generators. 6 1 Peg- gx.s,i4a.m LANE COBURN & ASSOCIATES, LLC Elearkal Engineer* & Technology Solutions for the Construction Truhrstry Tehe _Project Hawk - Sequence of Operation a) Switchboards Ml -M3 provide main utility and standby power distribution to the plant essential mechanical load by way of their respective K switchboard- Ki, K2, K3. MR is the redundant switchboard. It provides utility or standby power to the TIE busway, house power (DP -1113)„ the essential mechanical switchboard KR, D. Central plant essential power dis' tribution. 1. The K (1, 2, 3, R) boards are fed by their respective M board. 2. Chillers and associated support equipment are powered from the Kx switchboards by way of motor control centers (MCCx). These MCCs (1, IA„ 2, 2A 3, 3A) are equipped with manual transfer breakers for connection to the redundant power switchboard KR. 3. KI feeds MCCs I and IA K2 feeds MCCs 2 and 2A, K3 feeds MCCs 3 and 3A. 4. The RPU (Generator) rooms are equipped with. MCCs powered from the ICx switchboards These MCCs provide power to the RPU room fans, standby diesel generator accessory equipment, and diesel fuel tank pumps, Distribution to equipment is arranged so that no single room fan or accessory is powered from the same MCC. Any redundant fan or accessory is powered from a different source. E. Standby (Emergency) diesel generator power system. L 3-2000 kW diesel generators, EG1, EG2 and EG3. Redundancy is N. 2. This system provides standby power for the essential mechanical' equipment (K and KR switchboards), house loads (DP -H13) and Maintenance Bypass switchboard. 3. The system is equipped with two paralleling switchboards El and E2. One can be taken out of service without affecting the facility standby power operation. 4. The system is equipped with high -impedance grounded neutral system. LANE COBURN & ASSOCIATES, LLC Electrical Engineering & Technology Solutions for the Construction Indesby Telx *ed. Hawk - Sequence of Operation IL SEQUENCE OF OPERATION - SWITCHBOARDS A General. 3 1 Page I. Four Mx switchboards control and distribute power from the utility service to the facility. Switchboards (SWB) M1, M2 and M3 are identical to each other.. SWB M1 powers KI and D1 and D2, SWEi M2 powers K2 and D3 and 04, M3 powers 13, D5and 06 SWB MR is unique and supports the house load, SWB MPB, SWB KR and the TIE busway. Each switchboard is equipped with a 5000A utility main breaker (UTILx/xQ7 A) that is the secondary main breaker for the upstream 3570 kVA transformer (Tx). 2. Other SWB Mx breakers. a) 5000A EMRG xQ7C standby power input breaker. b) 5000A TIE xQ7B busway tie input breaker. c) 3000A RPU/critical xQi 0, and bypass/essential xQ30 breakers d) 2500A KX feeder breaker. 3. Other SWB MR breakers. a) 5000A EMRG OQ7B standby power input breaker. b) 5000A TIE busway feeder breaker. c) 2500A KR feeder breaker. d) 2000A MBP feeder breaker. e) 1200A HA feeder breaker. Tie busway. 1. The TIEx circuit breakers provide a redundant power source if the Mx normal (utility) and standby (emergency) power sources fail. SWB MR powers the tie busway. 2. Each SWB Mx can automatically attach to the tie busway. The control logic permits only one Mx to attach automatically. Other attachments may be done manually. 71Page .• ?.'0.*•4ogm, LANE COBURN & ASSOCIATES, LLC Electrkal Engineering & Technology Solutions for the Construdion Trulushy Teter - Project Hawk - Sequence of Operation F. REVIEWED FOR COMPLIANCE WITH NFPA70 - NEC MAR 27 2013 TUlr- BUILDING DIVISION 5. Diesel generator EG1 is assigned to SWB EL Generator EG3 is assigned to SWB E2. The swing generator EG2 is normally assigned to SWB EL However, it can be manually assigned to either switchboard. SWB El normally serves the essential mechanical loads by way of the Mx switchboards. 7. SWB E2 normally serves the house load, MBP switchboard and TIE busway by way of the redundant MR switchboard. 8. The system can be load tested by way of the El and E2 switchboards. Manual controls are provided for operator use. Refer to the Zenith sequence of operation for detailed description (Need additional information here. 9. The El and E2 switchboard logic control the diesel generator starting and paralleling, and the Mx switchboard circuit breakers, UTILx and EMERic Control system provides open transition on utility failure and dosed transition on return to utility power at Mx switchboards Colocation (Colo) room critical and essential distribution system. 1. Switchboards DI, 02, 03, 04,05 and 6. These are the data room(s) essential and critical distribution switchboards. Mi powers DI and 02, M2 powers 1)3 and 1)4, M3 powers D5 and 1)6 (aka DR). a) Switchboards 131 thrill:* provide power to the Colocation room essential and critical power by way of the Ax (air) and Cir (critical) switchboards, b) Colocation roornPDUs are equipped with two transformers that are fed from a Cx board and Cx board on an alternate sources. The PMI's power the remote power panels (RPPs) and MDF/Data 48 vDC rectifiers. There are eight PDUs for Coios 1 thru 4, four in Colo 5, and four in Colo 6. c) Each PDU supplies three RPPs. Certain PDlis also feed the DC plant Each RPP has 84 circuit breakers. The RPPs supply the server racks. See TeIx scope of work for wiring past the RPP. LANE COBURN & ASSOCIATES, LLC Electrical Engineering & Technology Sohrtfor the Telx - Project Hawk - Sequence of Operation c. Normal system configuration. I. SWB MR. a) b) im Utility main breaker closed. Standby (emergency) input breaker open, 43TS transfer control switch, set to AUTO mode. 4 3 Page d) Tie breaker closed, ready to provide power to another M board. e) All feeder breakers dosed. 2. SWB Mx. a) Utility main breaker closed. b) Tie breaker open. c) 43TS transfer control switch, set to AUTO mode. d) Feeder breakers dosed, Note - the RPU breaker(s) automatically close, after a short delay (10 seconds), when the utility breaker is closed and 43TS transfer control switch set to AUTO mode. SWB El a) Generator EG2 assigned to EL b) Mx feeder breakers closed. c) MR feeder breaker opened and rackad out d) Load bank breaker opened and racked out e) MTC -1 and EGx controls set to AUTO mode. MTC -1 and EG ir alarm windows closed. 0 4. SWB E2 a) MR feeder breaker closed. b) Load bank breaker opened and racked eut EL vi---axo 9 8IPage RECEIVED CITY OF TUKWILA MAR 0 4 2013 PERMIT CENTER a) SABEY DATA CENTER PROPERTIES TUKWILA INTERNATIONAL 0 w 0 0 1 w 0. 0 0 CD CU CCI EXPIRES: 11-16-2013 Lo 0-3 0) 'CN CO �c.4 '(0 CO cD 0 (.4 CNI • - • - —J>< LIJ (1) M co co 1 • z vi co c3 c) N Z 111. O I —I cc — X 0 ca g Ili 01 4v) C:1 c) 1— w —2 0 c 1:1 ISSUED / REVISED DATE LCA JOB 13102 SABEY TELX PLOTTED: 2/20/2013 SEQUENCE OF OPERATION EO -09 H G F E D B A 1 2 3 4 5 7 8 9 10 11 12 LANE COBURN & A OCIATES, .LLC Electriaal Engineering & Technology Solutions for the Construction Indusby Mix - Project Hawk - Sequence of Operation c) MTC -2 and EGar controls set to AUTO mode. d) MTC -2 and EGx alarm windows cleared. D. Automatic operations and protective relaying. 1. Each 'M' switchboard is equipped with protective relays that provide system protection from various problems. Protective relay operation is indicated and reset using the SEL multifunction unit 2. Voltage sequence relay. device 47. a) Monitors the incoming utility supply for phase reversal, negative voltage sequence, phase balance and loss of phase Its primary purpose is to protect the plant from excessive voltages when one utility phase is lost b) When the utility voltage is out of tolerance, the utility main breaker is tripped, initiating the standby generator etart c) When the utility voltage is restored, the utility main breaker is redosed by the Zenith control system. 'There is a time delay, roughly 5 minutes, before the breaker is re -dosed. The re -close operation is a closed transition make -before -break operation Under/over voltage relay, device 27/59, a) Monitors the incoming utility supply for under and over voltage conditions. (1) Under -voltage (27). (a) When the utility voltage drops below 90 -percent of normal (432 volts, phase to phase), the utility breaker is automatically tripped and standby diesel generator starting is initiated. The Zenith system controls the transfer of load to diesel generator. (b) When the utility voltage is restored, the utility main breaker is re -closed by the Zenith control system. There is a time delay, roughly 5 minutes, before the breaker is reedosed. The re -close operation is a make before break operation LANE COBUR.N & ASSOCIATES, .11C Electrical Engineering & Teeknology Sohrthyns for the Construction Industry Telx Project Rini& - Sequence of Operation 91 Page (a) Trip the standby (EMRG) breaker by way of the breaker push buttons. (b) Close the utility (UTIL) breaker by way of the breaker push buttons, 5. Lockout relay, device 86. a) There are two lockout relays -the 86U (utility main breaker) and the 86S (standby main breaker). b) The lockout relays are used to trip a breaker and prevent automatic re -dosing of that breaker during a condition that would damage the system or equipment c) The 86U relay is activated whenever the reverse power (32 device)or over -voltage (59 device) operates. Also, this lockout relay operates when the Automatic Tie Control is operated. d) The 865 relay is activated whenever the Automatic Tie Control is operated. 6. Automatic tie control (ATC) system, a) The ATC is located at SWB MR. b) The ATC monitors main bus voltage at SWB MI, M2 and M3. if the voltage goes out of tolerance, and remains out for 50 -seconds continuously, the local tie control (SWB Mx) initiates a, 'request to dose' signal the ATC. c) If more than one Mx switchboard has initiated a request to close, only the first request is acknowledged without restrictions. d) Additional 'Mx switchboards can be connected by manual operation to the TIE busway only after the local tie control trips RPU feeder breaker(s). Thus, the affected RPU is placed on the associated diesel engine. e) When ATC permits closure of SWB Mx(s) TIE breakers, these operates are initiated. 2.21 Page LANE COBURN & ASSOCIATES, .LLC Electrical Engineer* & Technology Solutions for the Construction industry Teta; Project Hawk - Sequence of Operation (2) Over -voltage (59). (a) When the utility voltage exceeds 115 percent or normal (550 volts, phase to phase), the lockout relay (device 86U) is activated. Then the utility breaker is tripped and locked out of operation. The generator starting signal is initiated. The Zenith system controls the transfer of load to diesel generator. (b) When the utility voltage is restored, within tolerance, the control system must be manually reset (i) Verify that utility voltage has returned to nominal using the PowerLogic or SEL relay readouts. (ii) Reset the SEL relay target (Ili) Verify that the TE breaker is open. (iv) Reset the 86U lockout relay. (v) At Zenith MTC -1 operator interface panel (01P), push the master reset icon. This should remove all SWB Mx red alarm windows. For SWB MR,, use same operation at Zenith MTC -2. (vi) If the Zenith system is in the AUTOMATIC raode, normal condition, then the Zenith system does an automatic transfer back to utility powerTransfer to utility is a make before -break operation. (vii) If the Zenith system is in the MANUAL mode, then manually initiate the re -transfer to utility power by way of open transition, open- beforemake. b) Trip the standby (EMRG) breaker by way of the breaker push buttons. 10 1 P LANE COB & ASSOCIATES, LIC Electrical Engineering & Technology Solutions fOr the Construction Industry TeIx - Project Hawk - Sequence of Operation (1) The 86U and 865 relays are operated. This trips and locks out the utility and standby breakers. (2) The Tie breaker is closed only after the utility and standby breakers are opened and lodeed out 1) Restoring plant to normal after ATC operation. (1) Reset SEL relay targets that may have operated. (2) Verify that utility voltage is available by using the PowerLogic or SEL relay readouts. (3) At the Tie Control Switch (43TS) located on SWB Mx, move selection from AUTO to MANUAL mode. (4) Trip the TIE breaker by way of the breaker TRW pushbutton. (5) Reset the 8611 and 865 lockout relays. (6) At the Zenith MTC -1, set the AUTO/MANUAL key switch to MANUAL mode. (7) At Zenith MTC -1 operator interface panel (01P), push the master reset icon. This should remove all SWB Mx red alarm windows. (8) With the Zenith system is in the MANUAL mode manually initiate the re -transfer to utility power by way of open, breakbefore- make transition. (a) Verify that standby (EMRG) breaker is open. If dosed, then trip the breaker by way of the breaker push buttons. (b) Close the utility (UTIL) breaker by way of the breaker push buttons. (9) Return the Tie Control Switch from MANUAL to AUTO mode. (10) The RPU breaker(s) should close within 10 -seconds. 13 1 Page LANE COBURN & ASSOCIATES, LLC Electrical Engineering & Tecbno/oy Solutionsfor the Construction Trulusby Mix - Project Hawk - Sequence cif Operation REVIEWED FOR COMPLIANCE WITH NFPA 70 - NEC MAR 27 2013 City of Tukwila BUILDING DIVISION c) Close the utility (UT ) breaker by way of the breaker push buttons. 4. Reverse power relay, device 32. a) Monitors and protects plant from power flowing from the HITEC system back to the utility system. b) Relay setting -operates at roughly 240 kW of reverse power flow for 0.25 seconds. c) IRby operation would indicate a serious power system malfunction. Therefore, the utility breaker is tripped and locked out of operation. The generator starting signal is initiated. The Zenith system controls the transfer of load to diesel generator. Note - the RPU (xQ10) breaker is open whenever the utility breaker is open. Therefore, the system is protected by any damage. d) When the problem is corrected and utility voltage available the control system must be manually reset (1) Verify that utility voltage is ay. ilab e using the PowerLogic or SEL relay readouts. C2) (3) Reset the SEL relay target Verify that the TIE breaker is open. (4) Reset the 86U lockout relay. (5) At Zenith MTC -1 operator interface panel (01P), push the master reset icon. This should remove all SWB Mx red alarm windows. For SWB MR, use same operation at Zenith MTC -2, (6) lithe Zenith system is in the AUTOMATIC mode„ normal condition, then the Zenith system does an automatic transfer back to utility power. Transfer to utility is a make-leefore-break operation. (7) if the Zenith system is in the MANUAL mode then manually initiate the re -transfer to utility power by way of open transition, open -before -make. LANE COBURN & ASSOCIATES, LIE Electrical Engineering & Technology Solutions for the Construction Inthistry Tdx - Project Hawk - Sequence of Operation Important reminders 11 1 Page (11) At the Zenith MTC -I, set the AUTO/MANUAL key switch to AUTO mode. 1. Switchboards Mx are equipped with electrical interlocks that prevent the UM, EMRG and TIE breakers from being dosed at the same time. The TIE breaker must be opened before the UTILIEMRG breaker can be dosed, and conversely, the UTILIEMRG breakers must be opened before the TIE breaker can be closed. 2. The RPU breakers automatically close, roughly 10 -seconds after UTIL breaker closes, when the 43TS transfer control switch is set to AUTO mode. 3. When the 43TS transfer control switch is set to MANUAL mode, the RPU breaker(s) can be manually opened. This is usually done for maintenance and feeder circuit isolation. The breaker(s) can be re -dosed only by the following methods. a) With the 43T5 set to MANUAL mode, manually close the RPU breaker(s). Then set the 43TS to AUTO mode, b) If the 43TS is reset to the AUTO mode, the RPU breaker(s) do not automatically close. The system control logic blocks the RPU breaker auto dose feature. The logic system only goes through a normal RPU trip/re-dose cycle when initiated by an UTIL breaker changing position. Therefore, you must cycle the UTIL breaker to reset automatic close feature. RPU breaker over -current trip -The breaker remains opened and locked -out until the pop up indictor, located on breaker, is manually reset After reset and automatic dose is present the breaker closes. 111. SEQUENCE OF OPERATION - HITECS A. By other 14 I.Page RECEIVED CITY OF TUKWILA MAR 0 4 2013 PERMIT CENTER TUKWILA INTERNATIONAL CNI CN 0 03-01-I3 EXPIRES: 11-16-2013 C/f 0 0 LL CD LLI (i) (/) co c, LO Cv LU L- O1 CJ c71 E - co lO LO r._ Lu CO •—• CO - CC CO CM, CO cn Lu - -J c=0 = cm 0 cT3 co se E szt 3 E >c k 4 co CO COL v. e tD 0 .1 ex X 0 ci)W 0 14) co) Ce) 1- 0 LIJ 0 ISSUED / REVISED DATE LCA JOB 13102 SABEY TELX PLOTTED: 2/20/2013 SEQUENCE OF OPERATION EO -10 H G F E D B A 1 2 3 4 5 6 7 8 9 10 11 12 LANE COBURN & ASSOCiATES, LLC Eledrical Eng* wering & Teems TedmoIoy Solutiwisfrr the Construction industry Tel:( - Project Hawk - Sequence of Operation IV. SEQUENCE OF OPERATION - 'Et' SWITCHBOARDS (The following Review is for summary only - CANE through Holmes shall complete this portion of the Sequence of Operation). The main feed for the D boards comes from the M board and feed both the critical and CRAH bus of the D board. When the M board feeder looses utility power the D board shall commit to transfer both the critical and the CRAH bus to the converted high tech unit. These breakers will lock onto the generator and will only move back to the M Board after the M board seed good utility power for x minutes. LANE COBURN & ASSOCIATES„ LLC Eiectrical Engineering & Technokigy Sohdions for the Construction buturhy Tek - Project Hawk - &fume of Oprrritirm D. They are key operated. i REVIEWED FOR COMPLIANCE WITH NFPA 70 - NEC MAR 2r7 2013 City of Tukwila lill_ 15 !Page 2. With the BREAKER CONTROL selector -in AUTO mode, the DP -HA wander breakers operate automatically. In MANUAL mode, the DP -HA transfer breakers are manually operated using breaker push buttons. Electrical interlockingprevents MAIN and TIE breaker from being shnultaneously dosed. 3. The PREFERRED SOURCE selector allows selection of either D6 or MR 4. TRANSFER MODE selector. In AUTO mode, after preferred source restoration, re -transfer back is automatic. In MANUAL mode, it does not automatically re -transfer back to preferred source. You will need to place selector to AUTO mode for re -transfer. Normal configuration. 1. DP -HA, MAIN breaker open. KM is fed from RIM HR.. 2. DP -HA, TIE breaker closed. HA is fed from DP -11B. 3. DP -HB, MAIN breaker dosed, H/B is fed from SWB MIL 4. DP -HB, TIE breaker closed. Alternate power source to DP -HA 5. PREFERRED SOURCE selector switch, set to HMI. 6. TRANSFER MODE selector switch, set to AUTO mode. 7. BREAKER CONTROL selector switch, set to AUTO mode.. Normal operation, 1. DP-HAIDP-HB set to normal con ration. 2. Preferred source loss for 2 2 -seconds or more. After 10 -seconds, the autothrow-over scheme powers DP -HA from DP -HB source. This is an open transition transfer. Critical House power will drop during this transition. Preferred source restored. After 40 -seconds, the auto -throw -over scheme powers DP -HA from the preferred source. This is an open transition transfer. 1.6 !Page LANE COBURN- E? ASSOCIATES, LLC Electrical Engineering & Technology Solutions for the Construction Intlusby Telx - Project Hawk - Sequence of Operation V. SEQUENCE OF OPERATION - SWITCHBOARD MBP A General description. this board is being removed from the system VI. SEQUENCE OF OPERATION - SWITCHBOARD Cx AND CRx A General PUD will now be weaved between systems and not nehmen the normal and reserve. Final board names will be per owner but for the purpose of this document the names shall be as follows. C4=C4A CR4=C6A C5=CSA CR5=C6B New board C4B new board C5B VII. SEQUENCE OF OPERATION - SWITCHBOARDS DP -Ax AND DP-ARx. A. Switchboard provides a convenient means for connecting coloration room. DP -Ax are feed from the Dx boards. DP-ARx will be feed from MR via SWBD-AR SEQUENCE OF OPERATION - SWITCHBOARD LI3 A. The switchboard provides a convenient means for load testing the UPS or standby diesel generators. Refer to the load bank operating instructions for procedures. B. It has a Kirk key system arrangement and is designed so that only one UPS unit or one Zenith switchboard can be tested at a time. C. When load testing a Zenith switchboard and a utility power interruption occurs, then the load bank is tripped, This breaker located at the Zenith switchgear lineup. There is one load bank breaker at SWB El and one at SWB E2. D. Normal configuration. Ox svvitchboards-load bank (Q20) breakers open and racked out SWB DO -the Q20 breaker Kirk lock normally holds the key. 2. SWB(s) El and E2 load bank breakers open and racked -out SWB LB, breaker closed. 4. Load bank, off. E. To load bank test a TPS (RPUx) unit 16 J Page LANE COBURN & ASSOCLITES, LLC Electrical Engin' eering & Teetotaling Solutions for the COliStrliCtiON' Industry Telx _Project Hawk - Squaw of Operation E. Manual operation. 1. Place BREAKER CONTROL selector switch to MANUAL mode. 2. Breakers can manually be opened and dosed. This is an open transition operation. Electrical interlocks prevent DP -HA MAIN and TIE breakers from being dosed at the same time. F. UPS bypass operation Each (lithe (3) systems in Phase 1 will be provided with (2) UPS modules in parallel operation. The paralleled system has an internal and external bypass. The transfer to external bypass must be complete per the diagram below UPS Output Board - SICRU/KK Interlock Diagram: 191Pese LANE COB & ASSOCIATES, LLC Electrical Engin' ening & Technology Solutions for the Constraction Industry Telx - Project flwrok - Sequence of Operation 1. Isolate SWB Ox and associated RPUx unit following Hitec instructions and these procedures. Refer to putting critical loads on standby diesel generator power by way of MBP Busway 2. SWB: DO, remove Kirk key front Q20 breaker. At SWB Ox, insert in xQ20 breaker. Rack -in and close breaker. 3. Follow the Hitec instructions for load testing. 4. Start load bank and set to the desired load. Monitor load by observing the SWB Ox or SWB LB PowerLogic. 5. Return to normal configuration by reversing steps. F. To load bank a Zenith switchboard. 1. Refer to Zenith and Detroit Diesel operating instructions for load testing 2. At SWB DO, remove Kirk key from Q20 breaker. At Zenith SWB E. insert in load bank breaker. Rack -in and close breaker. 3. SWB LB, dose load bank breaker. 4. Follow the Zenith and Detroit Diesel instructions for load testing. 5. Start load bank and set to the desired load. Monitor load by observing the SWB Ex or SW8 LB PowerLogic unit 6. Return to normal configuration by reversing steps. SEQUENCE OF OPERATION - DP-HA/DP-HB General description. DP-HA/DP-HB is a double -ended distribution panel, fed from two different sources,(MR anti D6) and is equipped with automatic throw -over control. This distribution panel provides power to house loads. DP -HA powem critical house and life safety loads. DP -HB powers the non-essential house loads. B. Selector switches. LANE COBURIV & ASSOCIATES„ LLC Ekdricai Engineering & Technology Solutions Cons Tett! - Project Hawk - Setptetwe of Operation 17 IP 0 TRANSFER SE ",,ENCE INSPJCTIONS NING pMSONS .:NOT FAMILIAR WITH THE CIPMATVIN CW THIS va;irry.. sHALL WIT ATTEMPT TOCHANGE THE NATION ON ..AW OF THEE orvicEs, FAURE TO HEED THESE I N STRU CTIMS WILL PELT II LOSS .DF POWER AND PC6751I1LE DME ziRiTICAL EQUIPMENT, TRMSFER, TO I:MAINTENANCE THE 1.P.B SYSTEM MIST BE P.,; THE BYPASS MOLE CT tiPEROJKX MDR TO THE .STAERT Afa TRANSFERS, REM TO THE UPS 0.4FOR OPEATY A110 MiNkfTEINANCE N'ANUAL F INSTACTKINS IgYiPM111,O THE On N.CiAtE, '• 711-W 'THE INDIZATOR BY THE SOLENOID MT 15 ILLONINATED,1')EPP THE NI.the,D4T ogH-puTroq RENWE THE IT'rIW TmR,NPiarr • INSERT THE NU WM 1)1E L NEB MU WIN IT • RLOSE 0.r10_ ''• itERIFY .14N ts 'LE) mu,RE r cwit gee vat INTER.PI ROWER TX,f; THE UW,). , C43E4 MEL • TURN AND )1E1KOVE THE KEY' FA THE IDIAL LJ < :CM MIB. • 11'T 1111E NEW' 1100 THE SOLONKAO ,04TT TORK. St. THE MIEN IS N.V.4 MidziTED FROYI THE twineLow.k TRANSFER TP,:x. 7411T,...14V$ 1. THE WS SMTEM FAJST RE IN THE OlF:4!;773 NO.LI 1:1F OPERATr* Pii1Q1 TO THE STAKE Of 4.1.0 174RIVERS. 2, Mei THE mum BY THE SOLEIZIO AITT ILLNPOM MISICI 11-EAWACENT. • FUSH--atiTTO iFgEWSE THE .1er Re TM** It 3. WENT 11-E KV IN THE DIAL LUCK 01 NIB Alit) T.11 • CiLISE .15 !I VERIFY NE L J.JE FAILAT -KJ MOSE ME ?AU_ INTERRUPT POPM Tr) THE Lateo„ • fesPEN NW. 7. TURN ,410 REMOVE THE VE V MO THE OM tw kfl • IQT THE KEY MO THE 93LENZO: Amn":-w.z 9, THE Lc, fl(STEN1 .441.AKE WI BE MID ..FLCEDIM ERWIZE, LE ONLY) 0 LI3q).02iYcif 20 1 RECEIVED CITY OF TUKWILA MAR 0 4 2013 PERMIT CENTER SABEY DATA 0 LJ 0) 0- u) E o ▪ a) a) a) 0 a, 0) CJ) 0) 03-01-1, EXPIRES: 11-16-2013 F-- 0 0 LJ - 0 CO CO 5 E uJ co -I co 0. 1. 03 0 N Z 0 • a - M 2 - CO if) ISSUED / REVISED DATE LCA JOB 13102 SABEY TELX PLOTTED: 2/20/2013 SEQUENCE OF OPERATION EO -11 1 2 3 4 5 6 7 9 10 11 12 PHASE 1 - REFER TO ENLARGED ONE -LINE DIAGRAM SHEET ED1.04� iMOOD MIN= MEM 411111•11111 411, L 1111111110 WIZ iiSISM IZAZ OVS 1 s L FM= CsiSZT SM. WS SC ZMS MSS SI? MS ASS MA CZ SMIS MSZ L PHASE 2 - REFER TO ENLARGED ONE -LINE DIAGRAM SHEET ED1.02 NOT IN CONTRACT 444,4. 30 FM MS 7 PHASE 1 - REFER TO EN4RGED ONE -LINE DIAGRAM mud SHEET ED1.02 L I"'r"ll ?iDR ac,.T* AFRI = %a 1KM RC NO, 4316 9ZPV .... �. .,.-- ..wwwwww--...-.-..WAWA,. 'A* .. �---- ...---:..� raj 70 Sol OS MS e 1 1 MRS GENERAL NOTES: 1. CONDITIONS SHOWN WERE TAKEN FROM FIELD INVESTIGATION AND AVAILABLE RECORD DOCUMENT INFORMATION. LOCATE AND VERIFY ALL ELECTRICAL SYSTEMS WITHIN THE IDENTIFIED AREAS PRIOR TO STARTING ANY WORK. ANY DISCREPANCIES BETWEEN INFORMATION SHOWN AND ACTUAL CONDITIONS SHALL BE BROUGHT TO THE ATTENTION OF THE ENGINEER. 2. REFER TO ENLARGED PLAN SHEET E1.02. REFERENCE NOTES: INTERCEPT EXISTING FEEDER AND RE—ROUTE TO NEW SWITCHBOARD PER ONE—LINE DIAGRAM, REFER TO El SERIES DRAWINGS. C) J J vi LU 1_ w 0 ec aC w 1- > V N W N ELECTRICAL CONTRACTORS SCOPE OF WORK: 1. CONTRACTOR TO DISCONNECT AND ABANDON IN PLACE (FOR FUTURE USE) ALL INFRASTRUCTURE SHOWN IN SHADED AREAS FOR PHASE 1 ONLY. 2. PACIFIC POWER SHALL PROVIDE NEW CONTROLLER ON THE GENERATOR. LEE TECHNOLOGIES SHALL DISASSEMBLE GENERATOR HOUSING. OMEGA SHALL PULL OUT INDUCTION COUPLING. SINCRO SHALL RE—BUILD ALTERNATOR. SABEY TO ACQUIRE DRIVE TRAIN TO RECONNECT GENERATOR ENGINE TO RE—BUILT ALTERNATOR. ELECTRICAL CONTRACTOR TO COMMISSION RECONSTRUCTED GENERATOR AND RETAIN A QUALIFIED PLC VENDOR/PROGRAMMER TO PROVIDE NEW ATS LOGIC IN DR4, D5, & DR. 3. ELECTRICAL CONTRACTOR SHALL ALSO REMOVE CONTACTOR AND LOGIC IN THE S4, S5 & SO BOARDS AND REMOVE INDUCTOR IN URP-4, URP-5 AND URP-0. RE—LABEL EQUIPMENT AS SHOWN ON ONE—LINE El SERIES. 4. REFER TO BASIS OF DESIGN. 42 COMPLIANCE WITh iVFPA 70 - NEC MAR 2 7 2013 City of Tukwila BUILDING DIVISION RECEIVED CITY OF TUKWILA 1 MAR 0 4 2013 PERMIT CENTER 1 PHASE PHASE 2 NOT IN CONTRACT 1 G *2 £ate os4 a-11.22,suelp O89 tam on. fa &^98.&22 Ria. GOMM CCM SW I= BUS 1 1 EIMMIND MONO IMMO 4MMII 1111. I WAN INA 1.0 /YF�II d. DEMOLITION ONE -LINE DIAGRAM SCALE: NONE PHASE 1- - REFER TO ENLARGED ONE -LINE DIAGRAM SHEET ED1.03 EXISTING HITECH UNIT SCALE: NONE LCA JOB 13102 SABEY TELX PLOTTED: 2/20/2013 0 �o c LL 0 caO. I.. c d O C (> c o C d C C.) d w .c R i- V d .1+ N LO a) 0 a) ' N co Q O p N N 1 1 co _(0 N o N N ca ---I X N w Q U) U_ 0 co 0 o CO c+, co ch 1 E c)o o -� . L N N X O�— N�O >- ai w < 3 Z1 -LL o3-oI-I3 EXPIRES: 11-16-2013 LU 0 0 LLW cn 5 W • a co � co 4 • atm 1- � oWa W wr N Z O=.IQ — a.>>— om3 J W M 1- M M PROJECT #13102 ISSUED / REVISED DATE DEMOLITION ONE -LINE DIAGRAM ED1.01 G F E D B A 1 2 3 4 5 6 7 8 9 10 11 12 LCPL1C TY IVb 6a 1 1 [-='-- • ...._ Lk- -, Et; CNI C:) re) I I=1 /• LLI i a 6 •--, , I <:•"„ . /1, bJ w w (1, QI 6a h 2 . • / •;."-Lt • • 60; 1 0 i I FJ 1 1 Lvi .... \ <, A =M. N<i \ ...... 7 /0 1 7 •.( . \X 1 E / / 9 • 9 Ll 16 Kc 1) J ) KID -9 • UNDERCOUNTER LED ft 9 / • LV 0 - 9 (I "17 tvw„ / 16 n , / • n r- „"---, ,----, - a ks '.' Q X Q1,)-- 0 ,./ / . u • .....Its•WrAtI • ....tftx•ItItst.Sx4 r I;; L Q \ C r) EJ 1 1 c 11 c LV 9 R2D---- 2.2,24 VIA OU..D 0 OR CONTROL LTG PANEL / r- , • "V X-)--114:) ............ 24: 11..4/\> • 9 th={2131t1 t • 112111=19101===== 1:11' 15 0 N E .. 2 ”. 15 15 'I 5 ,32p E ) , • 12a b 1,4 -cd 10 I nar', ac?.;1•,b( LV L 16 „.4.4 ....O.Aftt8taa :52 < Q1). 1 18 N, V 0 32o TYP OF 8 C.) L1D17 tat -4-G V....7 • • ••••' aiS 32o r • / -\ / / 7,2. o 3:i? / 7 --Th, ,----; / /------, <,G?G ) / l, G ) // ,..........,/ E E 1 1 10 Q 14 -cd -"( ) c's 14ed Li -cd R it _] . ...'.._c....d.c3....14c d 1....] r:r_i ...-., Q < —2 -...._, 4.cd rj / I 4C d f.., 16 E ")15rn \ D > 10 4c d ,—/ 1 4.rd rg \ 2 ' L.2 1 \ • 11 c 11 a 16" zau 1. L.1 10:12,14 ---\ Lr • 4cd J 14 -cd :., \.c.N 1 10 47 53 51 •1 -110 /Q ) Q 1 -T"-----17. # '-' ..... -....- 16 CM t-1 26t-`• 17 .itto z, Air Adroy tipAT.4614.40c4 ik"A 61 e GM r Val M9 / r PARTIAL DEMOLITION LIGHTING PLAN SCALE: NONE 2a 2o MATCHLI 2a • • . 26 26 20 — —FOR CONTIN 2 b 20 611111110 ..0 I"? •-•C-4'r 5.5 34-) UATION lEE SHEET ED3.06 2. a 2.6 . Ct4' AS30 ‘IE 000R ...... \ (L1A, 9 • +12' L REFERENCE NOTES: REMOVE EXISTING FIXTURES IN SHADED AREA. REVIEWED r COMPLIANCE wiTi- NFPA 70 - Npo MAR 2? 2013 City of Tukwila BUILDING DIvIInt9 RECEIVED CITY OF TUKWILA MAR 0 4 2013 PERMIT CENTER TUKWILA INTERNATIONAL Ip1. EXPIRES: 11-16-2013 LANE COBURN & ASSOCIATES 0 _0 ISSUED / REVISED DATE LCA JOB 13102 SABEY TEUC PLOTTED: 2/20/2013 PARTIAL DEMOLITION LIGHTING PLAN ED3.03 E 1 2 3 4 5 6 7 8 9 10 11 12 3P 1200A 3P 120.0A 3P1206 NC )NC NC :MCC -1A k MCC -2A MCC - M1 ELECTRICAL ROOM 129 Ic TIE BUSWAY TB 5000A 480Y/277V 30 3W, 100 KAIC M2 ELECTRICAL ROOM 130 SWBD M1 5000A 480Y/277V 30 4W, 100 KAIC CPT 2KVA CPT 2KVA 3 ELECTRICAL ROOM 131 CP11 SWBD M3 5000A 48017277V 30 4W, 100 KAIC CPT 2KVA CPT 2A HRG NR CPT 2KVA CPT 2KVA CPT 2KVA CPT 2KVA CPT 2KVA 3 HRG TVSSI NR PM620 PM620 PM620 5000:5 5000:5 Ut€I 1 Tie 1 1Q7C NO Ener 1Q7B NO Utll 2 207A NC 7`47/32/59 Te 2 207C NO 5000:5 Emer 2 2078 NO Mil 3 307A ATC -3 t 400QA LS 3P E0 5000A LS 3P E0 Tie 307C NO Emer 3 307B NO -)5000A LSI P E0 GENERAL NOTES: 1. CONDITIONS SHOWN WERE TAKEN FROM FIELD INVESTIGATION AND AVAILABLE RECORD DOCUMENT INFORMATION. LOCATE AND VERIFY ALL ELECTRICAL SYSTEMS WITHIN THE IDENTIFIED AREAS PRIOR TO STARTING ANY WORK. ANY DISCREPANCIES BETWEEN INFORMATION SHOWN AND ACTUAL CONDITIONS SHALL BE BROUGHT TO THE ATTENTION OF THE ENGINEER. REFERENCE NOTES: PACIFIC POWER TO CONVERT ALL (3) EXISTING HITECH UNITS AND FEEDERS TO STANDARD 2MW GENERATORS (MTU). REFER TO SCOPE OF WORK. DISCONNECT EXISTING FEEDER AND PROVIDE NEW FEEDER TO SWITCHBOARDS. INTERCEPTED AND EXTENDED EXISTING FEEDER TO NEW OUTPUT SWITCHBOARD. REFER TO ONE -LINE DIAGRAM SHEET E1.03. DISCONNECT EXISTING FEEDERS AND ABANDON IN PLACE (FOR FUTURE USE). REMOVE INDUCTOR AND CONVERT URP INTO JUNCTION BOXES TO RE -CONNECT FEEDERS FROM GENERATOR TO SWITCHBOARD. J J SABEY DATA CENTER PROPERTIES 0 N N •:,,:"a& 4000A Ls 3P E0 5000:5 5000:5 MM 3 -32 ELECTRICAL CONTRACTORS SCOPE OF WORK: 1. CONTRACTOR TO DISCONNECT AND ABANDON IN PLACE (FOR FUTURE USE) ALL INFRASTRUCTURE SHOWN IN SHADED AREAS FOR PHASE 1 ONLY. BYP 1030 NC RPU2 2010 NC RPU3 5YP4 3010 J ',14030 4Q30 NC INC NC 2 3P LSI 3P LSI,E0 3I� 3P LSI,E0 RPT 4010 NC K3 NC B5 5030 NC RPUS I BYP6 5010 J 16030 NC NC 3000 3P LSI 3P 3P 3P LSI LSI LSI,E0 L5 3P LSI RPUS 6010 NC 3P LSI,E 3P LSI,E REVIEW WITH COMPLIANCE NFPA 70 - NEC MAR 27 2013 PHASE 2 - NOT IN CONTRACT Cit y of i kwila BUIL PACIFIC POWER SHALL PROVIDE NEW CONTROLLER ON THE GENERATOR. LEE TECHNOLOGIES SHALL DISASSEMBLE GENERATOR HOUSING. OMEGA SHALL PULL OUT INDUCTION COUPLING. SINCRO SHALL RE -BUILD ALTERNATOR. SABEY TO ACQUIRE DRIVE TRAIN TO RECONNECT GENERATOR ENGINE TO RE -BUILT ALTERNATOR. ELECTRICAL CONTRACTOR TO COMMISSION RECONSTRUCTED GENERATOR AND RETAIN A QUALIFIED PLC VENDOR/PROGRAMMER TO PROVIDE NEW ATS LOGIC IN DR4, D5, & DR. ELECTRICAL CONTRACTOR SHALL ALSO REMOVE CONTACTOR AND LOGIC IN THE S4, S5 & SO BOARDS AND REMOVE INDUCTOR IN URP-4, URP-5 AND URP-0. RE -LABEL EQUIPMENT AS SHOWN ON ONE -LINE El SERIES. REFER TO BASIS OF DESIGN. 0 _ 0 0 1- E O U a) as0 co) o3-oI-I3 EXPIRES: 11-16-2013 1IMM 411111110 URP-1 CPTr----- r- -1 URP-3 1 CPT URP-4 PHASE 1 .11111111, 111111111 4M•111. SUNNI URP-5 CPT URP-0 CPT 3000A ) 1Q1 3P LS NC 1 012 3000A 3P MCS 3000A 3P LS 301 NC 3012 3000A 3P MCS RPU -1 1250KW NB 500KW SB __A L._ S3 r(] 3000 3P LS 4012 3000A 3P MCS 3000 3P LS I1 RPU -3 1250KW NB I 500KW SB 5012 3000A 3P MCS 3.000 3P LS 6012 3000A 3P MCS RPU -4 S4 i I 1250KW NB 1 RPU -5 I 1250KW NB 5001 86 OSO RPU—O I I 1SO0K ElfW Of0 LL0 W C/) v I LANE COBURN & ASSOCIATES D1 ELECTRICAL ROOM 106 UPC -1 SWB D1 3000A 480V, 1 30 3W 100 LAIC 105 NC 600:5 D2 ELECTRICAL ROOM UPC -2 107 SWB D2 3000A 480V, 30 3W 100 KA,IC 03 ELECTRICAL ROOM 1 UPC -3 158 SWB D3 3000A 480V, 30 3W 100 LAIC D4 LECTRICAL ROOM 109 SWB D4 3000A 480V, 30 3W 100 LAIC BYPASS BUS DUCT BPB 2000A 460V, 30 3W 100 LAIC 05 ELECTRICAL ROOM 110 SWBpp�pD5 3000A 4607f, 30 3W 100 KAIC DR ELECTRICAL ROOM UPC -R 111 SWB DR 3000A 480V, 30 3W 100 LAIC 1 A Q6 103 NO NO 3-0-26 3P LSI EXISTING MECHANICAL LOAD 203A NO Q2 303A NC t NO ATC-SB5 506 5038 ATC -SBR RQ2 NC R03A NC LS 3P E0 2000:5 600:5 2000:5 600:5 2000:5 2000:5 2000:5 2000:5 NB L61 NO 1020 2000A 3P LSI LB3 NO 3020 2000A 3P LSI LB5 NO 5020 2000A 3P LSI LBR N Rt20 2000A 3P LSI • Nese; 2O0OA Feed (,) sets 0600tiCM- 4'0t QPS �£ t Bdo,di Now 2000 A Fesd (5) sots Ms„ 6i4 UPS +:1£.£tp t C1 D,oscione ° odstog 2000 A u£vd0t3Ound feud iG E):sting "C' SWGR and ro ndct t£2b4 UP S pSer f< lOersuport- ISSUED / REVISED DATE N Cr) 1- 0 w 0 0 LOAD K BUS DUCT LBB' 3000A 480V, 30 3W 100 KAIC EY.istim Pander to C Boards CRITICAL LOAD EXISTING MECHANICAL LOAD CRITICAL LOAD EXISTING MECHANICAL LOAD CRITICAL LOAD EXISTING MECHANICAL LOAD CRITICAL LOAD EXISTING SWB-AR ENLARGED DEMOLITION ONE -LINE DIAGRAM SCALE: NONE CRITICAL LOAD EXISTING SWB-CR oc)- RECEIVED CITY OF TUKWILA MAR 0 4 2013 PERMIT CENTER LCA JOB 13102 SABEY TELX PLOTTED: 2/20/2013 ENLARGED DEMOLITON ONE -LINE DIAGRAM EDI02 1 2 3 4 5 6 7 8 9 10 11 12 d . (...> .4 .4 �.,..�r..,C. ..i ../. .S .i...r �'� .:.....A..at'. ,eG :d .A < /////////////////////////, GENERAL NOTES: 1. CONDITIONS SHOWN WERE TAKEN FROM FIELD INVESTIGATION AND AVAILABLE RECORD DOCUMENT INFORMATION. LOCATE AND VERIFY ALL ELECTRICAL SYSTEMS WITHIN THE IDENTIFIED AREAS PRIOR TO STARTING ANY WORK. ANY DISCREPANCIES BETWEEN INFORMATION SHOWN AND ACTUAL CONDITIONS SHALL BE BROUGHT TO THE ATTENTION OF THE ENGINEER. H BYPASS ELECTRICAL ROOM 126 SWB—AR 1200A 480V, 30 3W 65KAIC Mi ELECTRICAL ROOM 129 DP—HC 800A 480V, 30 3W 65KAIC BYPASS ELECTRICAL ROOM 126 SWB—CR 2000A 480V, 30 3W 65KAIC BYPASS ELECTRICAL ROOM 126 r DP—HA 1200A 480V, 30 3W 65KAIC MR ELECTRICAL ROOM 128 MR ELECTRICAL ROOM 128 DP—HB 1200A 460V, 30 3W 1 00KAtC BYPASS ELECTRICAL. ROOM 133 SWB—LB 3000A 480V, 30 3W 100KAIC (13 0 0 J -J N w 1- cc w o. 0 D. w 1- w 0 F >- w CO N TUKWILA INTERNATIONAL N N CO O,� O rs- w o 0) ' N < OD c N N � -CO CC N O N N m -1X CDW< fnF-LI- E 0 U 0 .O CIRCUIT BREAKER(N) BP -CR 20.00A O3P MBPW- EMRG 3000:5 200A 3P LS1 ,E0 AR -4 ' ". A--5 .... AcE6 Lao 3P 3P 3P MCC -4 NC 156 3P SPARE �NO I3P G CR -1 CR -2 NC)NC 2000A 2000A N,../ 3P 3P LS1 LS1 CR -3 ,` CR -4 SNC)NC 2000A ~12000A 3P V./ 3P LS1 LS1 20€0:5 NC "N, NC _,ZQ6, 3P 3P SNC 120.4 3P L1 NC REFERENCE NOTES: INTERCEPT EXISTING FEEDER AND RE—ROUTE TO NEW SWITCHBOARD PER ONE—LINE DIAGRAM E1.06. ATS -LP 1 I-.�:.. PANEL H1 "XHA1 112.5 KVA 480V - 277/480V 30 4W 11/0 REMOVE EXISTING BUS DUCT AND RETURN TO OWNER. REMOVE EXISTING KIRK KEY, ATS LOGIC AND INSURE BOTH BREAKERS CAN CLOSE IN DP—C4, DP—CR4, DP—05 AND DP—CR5 DISTRIBUTION PANELBOARDS. DISCONNECT EXISTING FEEDER FROM BREAKER AND LEAVE IN PLACE. CASNE TO COORDINATE THE REMOVAL OF ATC. BOTH BREAKERS TO BE SET TO NC.. CUE 0 0 L 0 0 0 co 0 0 0 Y O >- >- MCC -4 - X LL E 0 0 MCC -4 FOP --1A FOP --2A PANEL CP1 PANEL L1 PANEL R2 PANEL L1 PANEL H2 PANEL LB1 2000KW LOAD NK SCALA ELECTRICAL CONTRACTORS SCOPE OF WORK: 1. CONTRACTOR TO DISCONNECT AND ABANDON IN PLACE ALL INFRASTRUCTURE SHOWN IN SHADED AREAS FOR PHASE 1 ONLY. PANEL H3B PANEL H3 PANEL HA PANEL L1A PANEL L18 PANEL Li 0 PANEL L1D PANEL R3A PANEL R3B PANEL R3C PANEL R2A PANEL R2B PANEL R2C PANEL R20 PANEL H2A ELECTRICAL CONTRACTOR IS TO REMOVE EXISTING KIRK KEY, ATS LOGIC AND INSURE BOTH BREAKERS CAN CLOSE IN DP—C4, DP—CR4, DP—05 AND DP—CR5 DISTRIBUTION PANELBOARDS. 03-0H, EXPIRES: 11-16-2013 PANEL H3C PANEL H30 REFER TO BASIS OF DESIGN. E PUMP ROOM 163 A MCC -7 50A PANEL R2D1 0 1 DP—C-41 r ELECTRICAL ROOM 188 Q I �' 2000A 480V, 30 301 65 KAIC NC 2000A 3P LSI 2000.6 3P LSI DP:CR4 1 ELECTRICAL ROOM 189 MAINTENANCE BYPASS BUSWAY MBPB' PHASE 2000A 3P LSI DP --05 ELECTRICAL ROOM 164 2000A 480V, 30 3W 65 KAIC 2OQOA 3P LSI DP—CR5 ELECTRIC 53 ROOM �X 2000A 480V, 30 3W 65 KM MAR 2 7 2013 D PUMP ROOM 163 A PANEL wH-r" 100A MAIN CI) 1P 3P 3P ; 3P . 3P LI L1 LI LI U ON ROOF ATS-4LnS Zia 3P ATS -SLS 206 3P C B PDU-4A PDU-4B PDU-4C PDU-5A PDU-6A PDU-5B W k a co ml to z 452. ul uel- wa WNZ� C=tea O. > pmt co W M H M M N Cs, 1— C—) w 0 1X a PDU-4D F PDU-4E PDU-4F PDU-4G PDU-4H PDU-6B PDU-5C ISSUED / REVISED DATE PDU-6C PDU-5D PDU-6D A ENLARGED DEMOLITION ONE -LINE DIAGRAM SCALE: NONE RECEIVED CITY OF TUKWILA MAR 0 4 2013 PERMIT CENTER ENLARGED DEMOLITON ONE -LINE DIAGRAM LCA JOB 13102 SABEY TELX PLOTTED: 2/20/2013 ED1.03 PHASE 2 NOT IN SCOPE G F E D c B A 1 2 3 4 5 6 7 8 9 10 11 12 NMI MEM MINIMI MEM MM MM MMI MM MM ----- -- -- MM MM MM MM MM MM MM MM MM MM MM MM -- MEI PHASE 1 6 C1 CS 1..200A 6 K-2 t/Afg----11 1200A CP 3 CS 1200A CK 2I 3P I 1.200A ICK 3P 1200A F-6:1 -- 5 200A CIP]5 MCS 3P 12€0A FC7-1i € --41 C[±1. -2I U-1-6 3P CWF]6 MCS MCS 3P 3P 1200A 120/208V 480V-- 45 KVA "®1" MCS 3P MaS IMIMM MM. =NEM MM. 120/206V 480V- 43 KVA "HC6®1 MCS MCS 3P 3P 1 NC j� MCC' 1 NO 0 MCC -1A PUMP ROOM 163 0 NC NC NO j NO PUMP ROOM 163 C MCC 2 PUMP ROOM 163 C MCC -2A PUMP ROOM 163 B NC ) NC MCC -3 ) NO PUMP ROOM 163 8 PUMP ROOM 163 B NO NC MCC -4 EG -1 ROOM MCC -5 N O EG -2 ROOM Li 3P3P 3P NC NC M00-1 MCC -1A 30 3W 65KAIC 3000A 480V, OPK11 IMMO M1 ELECTRICAL ROOM 129 Milla MEMO Li 11 1200A 1200 Li 3P 600A LI LI 3P 3P 3P 1200A liQQA L1 ,123P A Li LI 3P 1 ZOQA NC NC ) NC MCC -2 MCCmm2A ICC -4 30 3W 65KAIC 3000A 480V, DP—K2 M2 ELECTRICAL ROOM 130 NC MCC -3 30 3W 65KAIC 3000A 480V, DP -K3 NC CC -3A NC MCC -5 M3 ELECTRICAL ROOM 131 30 3W 65KAIC 3000A 480V, DP—KR NC NC NC NC MCC -3A MCC -1A MCC ---2A `.i MCC - PUMP ROOM 163 6 L1 3P LI 3P 100A NC NC MCC -2 MCC -3 MM MIM MM MM MM MM MM ENLARGED DEMOLITION ONE -LINE DIAGRAM SCALE: NONE GENERAL NOTES: 1. CONDITIONS SHOWN WERE TAKEN FROM FIELD INVESTIGATION AND AVAILABLE RECORD DOCUMENT INFORMATION. LOCATE AND VERIFY ALL ELECTRICAL SYSTEMS WITHIN THE IDENTIFIED AREAS PRIOR TO STARTING ANY WORK. ANY DISCREPANCIES BETWEEN INFORMATION SHOWN AND ACTUAL CONDITIONS SHALL BE BROUGHT TO THE ATTENTION OF THE ENGINEER. REFERENCE NOTES: REMOVE EXISTING BREAKERS AND INSTALL WITH NEW. REFER TO SHEET E1.07. 0 J J 141 aCD Ce I - Z CNI c oc CC'- W W O 3W Z Z O O W — O O C3 Q `—r`- a J a)1 memilel 03 < c•Ni 0 = N 0 . - - cc ° w .�.. N W O zm N a3 J a N WW 0 v) -u)1— ELECTRICAL CONTRACTORS SCOPE OF WORK: 1. CONTRACTOR TO REMOVE EXISTING BREAKERS BREAKERS AND REPLACE WITH NEW PER SHEET E1.07. O o _ = u_ o Q. to 0 0 0 0 E • N O O M d �L13-off 9 REVIEWED FOH COMPLIANCE WITH NFPA70-NEC MAR 27 2013 City of Tukwila BUILDING DIVISION RECEIVED CITY OF TUKWILA MAR 0 4 2013 PERMIT CENTER 03-0I—I3 EXPIRES: 11-16-2013 0) ISSUED / REVISED DATE LCA JOB 13102 SABEY TELX PLOTTED: 2/20/2013 ENLARGED DEMOLITON ONE -LINE DIAGRAM EDI.04 1 2 8 9 10 11 12 H G F E D� C 8 A FOP 2A FOP 26 �-7; .,,, ....... 0 V : lv z 2MW GENERATOR Y�w 2000KW GENERATOR _._..ALTERNArtOR DAYTANK 0 I 00 88 00 00 C: 0 re MCC—EG-3 ALTERNATOR co I 01 0 88 SWB—DR 2MW GENERATOR DAYTANK SWB—D5 UCP -5 772 SW 2MW GENERATOR DAYTANK cn MCC—EG-2 2000KW GENERATOR ALTERNATOR 2MW GENERATOR 2MW GENERATOR a. 2000KW GENERATOR EXISTING HITECH UNIT SCALE: NONE 11. 0 • CLI SWB—D3 UCP -3 SWB—D2 UCP -2 r. mimormano PARTIAL DEMOLITION POWER PLAN SCALE: NONE EXISTING BREAKER SCALE: NONE / I 0 if g PDU 1 ID 111 aa EXISTING SWBD D1 SCALE: NONE IMMO 41111M10 RAC —07 r 1 I MC4 En Ill i 1 MATCHLIIIIE — FOR CONTINUATION SEE S* EXISTING SWBD M1 1 SCALE: NONE M•MMI MINIM 1 1 1 REFERENCE NOTES: EXISTING PDU AND ASSOCIATED RPP'S TO BE RE—LOCATED TO COLO 4 OR 5. FEEDERS AND CONDUIT TO BE ABANDONED IN PLACE FOR FUTURE USE. REMOVE INDUCTOR AND CONVERT URP INTO JUNCTION BOX TO RE—CONNECT FEEDERS FROM GENERATOR TO SWITCHBOARD. FEEDER TO BE DISCONNECTED FROM SWITCHBOARD. PACIFIC POWER TO CONVERT (3) EXISTING HITECH UNITS AND FEEDERS TO STANDARD 2MW GENERATORS (MTU). ALTERNATOR TO BE RE—BUILT BY SINCRO. DRIVE TRAIN TO RECONNECT GENERATOR ENGINE TO RE—BUILT ALTERNATOR REFER TO DETAIL 2, SHEET E1.09 FOR FUTURE CONNECTIONS. RE—LABEL EXISTING EQUIPMENT PER ONE—LINE DIAGRAM SHEET E1.03 REVIEWED FOR COMPLIANCE WITH NFPA 70 - NEC MAR 2 7 2013 City of Tukwila BUILDING DIVISION' RECEIVED CITY OF TUKWILA MAR 0 4 2013 PERMIT CENTER -J 111 ILI Crn 0- ce C:1 I:7- 7:1 rs"C) :Cr) 03 oes.: : LL! c) ..4. o EXPIRES: 11-16-2013 SSUED FOR PERMIT CO 03 CO CO CV CV co E LLJ "ch OD a CO C0 ao 02 CO UJ X 03 CD CC IL m. IL 0 X Ca LLI CI) 0 ISSUED / REVISED DATE LCA JOB 13102 SABEY TELX PLOTTED: 2/20/2013 PARTIAL DEMOLITION POWER PLAN ED2.01 H G F E D c B A 1 2 3 4 5 6 7 5 9 10 11 12 1 2 N N 1 1 1 1 1 4 PDU-2H LAJ N N N PDU-2G W 3 w 2F2 2G2 r PDU-2F1 L. 2H1 3G2 WCN N P� PDU-3F 3F2 3G1 2G1 2F1 PDU-2E 2E1 n 3H1 PDU-3G PDU-3E 3E1 3F1 PDU-3H PARTIAL DEMOLITION POWER PLAN SCALE: NONE 411 MWI Ir) F.A. KIOSKI 4111. .1111111 PDU-4H F.A. KIOSK OMER t MATCHLINE FOR INUATION SEE SHE' D2.05 N z 0 U f 1 1 1 1 EL13- 6A.0 REFERENCE NOTES: EXISTING PDU TO BE RE -LOCATED TO COLO 4 OR 5. FEEDERS AND CONDUIT TO BE ABANDONED IN PLACE FOR FUTURE USE. REVIEWED FOR COMPLIANCE WITH NFPA 70 NEC Tukwila MAR 2 7 2013 City of Tu `la BUILDING DIVISION RECEIVED CITY OF TUKWILA MAR 0 4 2013 PERMIT CENTER 112 1 c 0 03 03 0 .. O TUKWILA INTERNATIONAL N N 1 0 ad o C C LL O O �. d - O. u O E' o O N C.0 F. X LL 03-01-13 EXPIRES: 11-16-2013 ME cifW 0 LL 0 W C/) C/) 5 N C) 1- U w 0 ISSUED / REVISED DATE LCA JOB 13102 SABEY TELX PLOTTED: 2/20/2013 PARTIAL DEMOLITION POWER PLAN ED2.02 1 2 3 4 5 6 8 9 10 11 12 1 1 3}... ra. y 4 V 1 1 1 PDU-4G PDU-4F Sul 4H2 4E2 7 41 .. r. -11 -� C t omm mm LJ u4mmo t Ei } LS K) f�. 0 11 3 4H1 0 4F1 4E1 I PDU 4EI ■ • 4G1 IEEPO-3 MIMEO =MO T— PARTIAL DEMOLITION POWER PLAN SCALE: NONE u ray MEND .111= 3 (1 / 11111. • ,111 1•11M11 5D2 6D2 ( 6B3 6C3 T- 0 0 a REVIEWED W TI-� COMPLIANCE NFPA MAR 27 2013 City of Tukwila BUILDING DIVISION MATCHLINE — FOR CONTINUATION SEE SHEET ED2.06 REFERENCE NOTES: CONTRACTOR TO SUPPLY SQUARE FOOT PRICING FOR REMOVAL OF EXISTING EQUIPMENT FOR REMODEL OF ADMINISTRATION AREA. CONTRACTOR TO SUPPLY SQUARE FOOT PRICING FOR REMOVAL OF EXISTING LIGHT FIXTURES IN COLO -6. FEEDERS AND CONTROLS TO REMAIN FOR INSTALLATION OF NEW FIXTURES. RECEIVED CITY OF TUKWILA MAR 0 4 2013 PERMIT CENTER LCA JOB 13102 SABEY TELX PLOTTED: 2/20/2013 J J SABEY DATA CENTER PROPERTIES 12201 TUKWILA INTERNATIONAL N 00 p CO p CO °O CO C3) ' N CO < 00 N N a) p N N 0) J X mwQ LI- C., ▪ M = a) • >- ' p E 0 L a) Z o p 0 aD = - C O O N d .— N a) t ea Cl) a) W < 3 1— 0 Z1- u- 1 (ms \ONA EXPIRES: 357 ' T* F'% �� /' /. 03-0I—I3 11-16-2013 LANE COBURN & ASSOCIATES 12900 NE 180TH STREET, SUITE 201 s BOTHELL, WA 98011 Main Office: 425-368-4848 Fax: 425-968-9796 Manhattan, NY: 646-580-5221 Los Angeles, CA: 213-375-5221 www.lanecoburn.com ISSUED FOR PERMIT TELX PROJECT HAWK 3433 SOUTH 120TH PLACE BUILDING 4 TUKWILA, WA 98168 cc c 44 1- U W c n ISSUED / REVISED DATE PARTIAL DEMOLITION POWER PLAN ED2.03 1 2 3 4 5 6 7 8 9 10 11 12 REFERENCE NOTES: EXISTING PDU AND ASSOCIATED RPP'S TO BE RE -LOCATED TO COLO 4 OR 5. FEEDERS AND CONDUIT TO BE ABANDONED IN PLACE FOR FUTURE USE. FOR CONTINUATION SEE SHE; ED2.©1 REMOVE INDUCTOR AND CONVERT URP INTO JUNCTION BOX TO RE -CONNECT FEEDERS FROM GENERATOR TO SWITCHBOARD. SABEY DATA 12201 TUKWILA INTERNATIONAL N Lti O O o rn cr) co co 0) ' N 00 < CO N N -cp CD a) O N as J X CD W < E 0 U a) DISCONNECT FEEDERS FROM SWITCHBOARD. FEEDERS AND CONDUIT TO BE ABANDONED IN PLACE FOR FUTURE USE. ALTERNATOR , 0 SWB—D 1 c c 0 0 CD C C 0 CD 4.4CD t H 0 0 LL N a) L a) cC o `r 0 O M Cr) O c+) . ' O co co c ' N � N J X W Q Hu - E 0 0 a) CP -02C F "XHB2" FRONT M3 CPU CPU CP -01A SEISMIC DEVICE UNIT "XHB3" "XHA2" 03 -01-13 EXPIRES: 11-16-2013 FRONT 14A2 -- CP -02B E FRONT "M 1 PDU-1C 1 D 1A2N "XHA1"-"XHB1" vPDU —1 B \75 WA. FRONT "MR" D co rs- co N LLI CV N '• C'71 'n E • d r LU coo 113 c6• f!) O ' Sfl W x rn c? V 1-2 12,12 I-1-'0 (1) o c ¢ ce a' al m '� 3 06 m 0 W 5 C PARTIAL DEMOLITION POWER PLAN SCALE: NONE REVIEWED .FOR COMPLIANCE WITH NFPA70 - NEC MAR 2 7 2013 B RECEIVED CITY OF TUKWILA MAR 0 4 2013 W k a co � a vIn.im 0 Ci a W N Z 0=.1a oc I— - .� m? J�p W M M C) PERMIT CENTER PHASE 1 1111“11 ISSUED / REVISED DATE A UADRANT LVO?O9 UADRAIIT PARTIAL DEMOLITION POWER PLAN KEY PLAN ED2.04 LCA JOB 13102 SABEY TELX PLOTTED: 2/20/2013 1 2 3 4 5 6 7 8 9 10 11 12 H REFERENCE NOTES: DISCONNECT FEEDERS FROM SWITCHBOARD. FEEDERS AND CONDUIT TO BE ABANDONED IN PLACE FOR FUTURE USE. EXISTING PDU AND ASSOCIATED RPP'S TO BE RE -LOCATED TO COLO 4 OR 5. FEEDERS AND CONDUIT TO BE ABANDONED IN PLACE FOR FUTURE USE. 4-1 N 0 12201 TUKWILA INTERNATIONAL N 1,0 MATCHLINE - FOR CONTINUATION SEE SHEET ED2.02 • G PDU-2D PDU-3D REVIEVVED WITH FOR coNIPLIANE NFPA 70 - NEC MAR 2"7 2013 F CP -03A E PDU-3C PDU-3A 1F.A. KIOSK PDU-4A F.A. KIOSK si F.A. KIOSK D 03-0I-13 EXPIRES: 11-16-2013 LLJ 0 O LL 0 LIU (/) 0) !Luc‘l'%; ::CCI6°' N , NUO 1.:.° YI luLiO a LLI 0 0DVQp z co N JM 1 =2.4- ; _I!! 05 Z OC CO CA W Z 5 C PARTIAL DEMOLITION POWER PLAN SCALE: NONE B RECEIVED CITY OF TUKWILA MAR 0 4 2013 W k a co Pm 0 WNZ� O=te1.a o. 0 Ca X 0 M W M M d' M PERMIT -CENTER PHASE 1 ISSUED / REVISED DATE A PARTIAL DEMOLITION POWER PLAN KEY PLAN LCA JOB 13102 SABEY TELX PLOTTED: 2/20/2013 ED2.05 H G F E D C B A 1 2 3 4 5 6 7 9 10 11 12 ( L I 7 I r 1 1 I 1 Ln 1 PDU-4D cV w w ✓ / W 1 cn- 0 I Z F -- z 0 V 0 I Lu I l J 41MIR MEMO 4B3 4D3 PDU-4B 4C2 PDU-4C 4A3 4C3 J 4B2 N EPO -3 -I-- - --- F.A. KIOSK W/EPO R2D1 I H3A o R3A IH2A "w5" jig o-; XFMR 1 111R2D I\LCP"L1 D" 10 "AR5" 0 0 M 0 a 0 / 11 PDIT5A in in MATCHLIN FOR CONTINUATION T- E SEE SHEET ED.03 1 z i i PDU-5B- -1 110 N x Y, i L i 3 L 1 11 L MM. =MEM 4111=1 e. 1 5D1 L 6D3L 0 d 15D3 1 5C 1 480 1/4 M 0 0 A 0 0 PNL H1 SFORMER "T1" / k2OV, 30 "XJ -I-2" 45KVA CP -03 "X HT" 30KVA Ui cU L a r5B3 L5A1 0 0 m i REFERENCE NOTES: DISCONNECT FEEDERS FROM SWITCHBOARD. FEEDERS AND CONDUIT TO BE ABANDONED IN PLACE FOR FUTURE USE. CONTRACTOR TO SUPPLY SQUARE FOOT PRICING FOR REMOVAL OF EXISTING LIGHT FIXTURES IN COLOR -5 AND COLO -6. FEEDERS AND CONTROLS TO REMAIN FOR INSTALLATION OF NEW FIXTURES. PARTIAL DEMOLITION POWER PLAN SCALE: NONE REVIEWED _FOR COMPLIANCE WITH NFPA 70 - NEC MAR 2 7 2013 City of Tukwila BUILDING DIVISION RECEIVED CITY OF TUKWILA MAR Q 4 2013 PERMIT -CENTER (13 0 c C 0 -- c. g- 0 0 C 0 0 as 1 0 = 0 C 0 t H 0 N LO CO o O ✓ ti CO at, O 1 Q 00 N a) c) N O J O W (/� ) F -- C▪ :) O O 0 >- 0 O C*) Cr) 00 N N J W 1- 03 -OI -I3 EXPIRES: 11-16-2013 0) N CO N CO N X LL E O 0 a) O CA 00 M co o E co 0 N X a) x� 3g LL ISSUED / REVISED DATE LCA JOB 13102 SABEY TELX PLOTTED: 2/20/2013 PARTIAL DEMOLITION POWER PLAN ED2.06 1 2 3 4 5 7 8 9 10 11 12 REFERENCE NOTES: REMOVE EXISTING FIXTURES IN SHADED AREA. H REMOVE EXISTING SWITCHES. TUKWILA INTERNATIONAL G 0 CA 0 0 L.CD a> F- E 0 0 a) 0 0 0 LL co p ▪ opo N o O C� CO o I_; M a) } ' o E a) Zoo a. W CO Y ' N ca N (NJ 0 N "- C/, X 3 a)wel: 3 • z1 -Li- 3 F 3a ., 50 b o,-ol-I3 EXPIRES: 11-16-2013 E :3 a f:: D REVIEWED FOIA COMPLIANCE WITH NEPA 70 - NEC MAR 2 7 2013 City of Tukwila BUILDING DIVISION Ckf uJ 0_ Ckf 0 LL_ L1J C/) C/) h W 0 H a as oc m 0 C3 W 5 LU r CO CO 00 COCp N CO • NLO E O W••=s - US ,413, ; WV. ch y- LO 1— O co CO = CO 09 ES ' Z (I ' 8 C N C WO Zr .0£ff ¢� N in o 22 J 3 3b 1.3b Baa C 7a b ;L1 A� PARTIAL DEMOLITION LIGHTING PLAN SCALE: NONE B RECEIVED CITY OF TUKWILA MAR 0 4 2013 W v g a co � 40 e ✓ 0ID4 W N Z I. 3 O Z J Q 0 m'S' W M � M M N C7 1- U w O Ckf PERMIT CENTER PHASE 1 ISSUED / REVISED DATE A PARTIAL DEMOLITION LIGHTING PLAN KEY PLAN ED3.01 LCA JOB 13102 SABEY TELX PLOTTED: 2/20/2013 7 8 9 10 11 H 12 REFERENCE NOTES: REMOVE EXISTING FIXTURES IN SHADED AREA. © REMOVE EXISTING SWITCH. © DISCONNECT FROM EXISTING FIXTURE AND EXTEND TO NEW FIXTURES. REFER TO SHEET E3.06 SHE: ED3.01 1: b 0 0 O Cr) Cr) O CO N J w H CO M CO O CO N N X LL. F LTG CONTROL tt N, REL L`A-7.9 E Ll 810 REVIEWED .FOR COMPLIANCE WITH NFPA 70 - NEC D MAR 2 7 2013 o3 -OI -I3 EXPIRES: 11-16-2013 w LL 0 LL 0 C1) CO co 0) 0) 5 C PARTIAL DEMOLITION LIGHTING PLAN SCALE: NONE B RECEIVED CITY OF TUKWILA MAR 0 4 2013 W v k a 03 Tm tO==d.� F- I- • © W N Z 3 O .. Ce 011 J y M F' M M N 1- U w 0 a PERMIT -CENTER PHASE 1 ISSUED / REVISED DATE A PARTIAL DEMOLITION LIGHTING PLAN KEY PLAN LCA JOB 13102 SABEY TELX PLOTTED: 2/20/2013 ED3.04 2 7 8 10 11 12 REFERENCE NOTES: REMOVE EXISTING FIXTURES IN SHADED AREA. © DISCONNECT FROM EXISTING FIXTURE AND EXTEND TO NEW FIXTURES. REFER TO SHEET E3.06. © REMOVE EXISTING LOW VOLTAGE SWITCHES. Col 0 J J U. w 1- 1Y w d 0 ce ce w > 1- z w V 1— G w m N N LO ODo O O 00 co 0) Q 00 -(D a> O E O U N a )w< CO 1— LL 1 --t:.t' ti 0 C) O C d t 1- AI: • Z! rrz,7,744 vrw7,x'v,/A Perx-vr,r4 01I. ';_..;Uk' LTG .iO RE L 03-0I—I3 EXPIRES: 11-16-2013 I- ce w 0 O LL CDw co n N w X O N O N E CO Fc,' v r cF lD E CC coo O CDCDN W 2 CO as O p Q N z U ao � z (DC) aOca wzoNawo :¢ m3� CC CCI CO W BUG FY.E iii ii�ol, ��,/��. MAR 2 7 2013 City of Tukwila BUILDING DIVISION PARTIAL DEMOLITION LIGHTING PLAN SCALE: NONE RECEIVED CITY OF TUKWILA MAR 0 4 2013 W M a 03 CO a Tr ea oma W Z o=mil ICE M I- 0.> 0 m r? J� 2 M 1- I—) Tr M N 1— U w 0 ce PERMIT CENTER PHASE 1 ISSUED / REVISED DATE / COLO 5 PARTIAL DEMOLITION LIGHTING PLAN KEY PLAN LCA JOB 13102 SABEY TELX PLOTTED: 2/20/2013 ED3.06 H G F E D B A 1 2 3 4 5 6 7 8 9 10 11 12 PHASE 1 SCOPE OF WORK PHASE 2 - REFER TO ENLARGED ONE -LINE DIAGRAM SHEET E1.06 NOT IN SCOPE \ Data :enter Suite Data Center Power Distribution and Power Density Area (Sq. ft) Power (kW) Power Density (w/sq ft) Remarks Suite #1 Suite #2 Suite #3 Suite #4 7753 9907 10822 10730 680 1320 1320 1320 88 133 122 123 Phase 3/ System 1 Phase 3/ System 1 Phase 2/ System 1 Phase 2/ System 2 Highlighted are represents Phase (1) of the project - Suite #5 and #6 PHASE 2 - REFER TO ENLARGED ONE -LINE DIAGRAM SHEET E1.07 NOT IN SCOPE \ �1 PHASE 1 - REFER TO ENLARGED ONE -LINE DIAGRAM SHEET E1.07 CH -5 PHASE 1 - REFER TO ENLARGED ONE -LINE DIAGRAM SHEET E1.02 si r PHASE 2 - REFER TO ENLARGED ONE -LINE DIAGRAM SHEET E1.02 NOT IN SCOPE r 0 L CH -1 CH -t IIT PHASE 1 - REFER TO ENLARGED ONE -LINE DIAGRAM SHEET E1.06 PHASE 2 - REFER TO ENLARGED ONE -LINE DIAGRAM SHEET E1.03 NOT IN SCOPE 1 1 PHASE 1 - REFER TO ENLARGED ONE -LINE DIAGRAM SHEET E1.03 GENERAL NOTES: 1. CONDITIONS SHOWN WERE TAKEN FROM FIELD INVESTIGATION AND AVAILABLE RECORD DOCUMENT INFORMATION. LOCATE AND VERIFY ALL ELECTRICAL SYSTEMS WITHIN THE IDENTIFIED AREAS PRIOR TO STARTING ANY WORK. ANY DISCREPANCIES BETWEEN INFORMATION SHOWN AND ACTUAL CONDITIONS SHALL BE BROUGHT TO THE ATTENTION OF THE ENGINEER. 2. LIGHT LINE WEIGHT INDICATES EXISTING EQUIPMENT, FEEDERS, ETC. 3. VERIFY ALL EXISTING PANELBOARDS FOR SPACE AVAILABILITY AND THAT BREAKERS ARE ADJUSTABLE TO MATCH ONE -LINE. 4. THE SELECTIVE COORDINATION STUDY AND ARC FLASH STUDY WILL NOT BE IN THE E.C. SCOPE. THIS WORK WILL BE PROVIDED BY SIGMA SIX. 5. ASSUME THAT DURING COMMISSIONING THE EXISTING LOAD BANK CAN BE UTILIZED. ADDITIONAL LOAD BANKS AND/OR HEATERS WILL BE PROVIDED BY SIGMA 6. 6. CASNE IS RESPONSIBLE WITH LCA TO ASSIST WITH THE SEQUENCE OF OPERATION, SPECIFICALLY WITH THE OPERATION OF THE "D" SWGR, BREAKER PAIR AND THE OPERATION OF THE GENERATORS. 7. CASNE TO CONFIRM THE BREAKER PAIR SWITCHING BETWEEN GENERATOR AND NORMAL POWER PLC LOGIC SHALL INCORPORATE THE 800A CRAH FEEDER. 8. CASNE TO CONFIRM THE PLC PROGRAMMING SHALL OPEN THE Q30 BREAKER FROM THE "M" BOARDS DURING STANDBY GENERATOR OPERATION TO PREVENT VOLTAGE SENSING ISSUES. ELECTRICAL CONTRACTORS SCOPE OF WORK: 1. SEE ENLARGED PLAN SHEETS FOR DETAILED SCOPE OF WORK. 2. SWITCHBOARD M1 MAIN BREAKERS ARE BEING REPLACED BY MERLIN GERIN BREAKERS BY LEE TECHNOLOGIES. ELECTRICAL CONTRACTOR TO COORDINATE REPLACEMENT AND SELECTED COORDINATION STUDY. NEW 2000A SWBU-DIA 480V, 30.3W NEW 2000A SWBO-O2A 45OV. 30.3W NM 2000A SWED-03A 480V. 30.3W 1 1 NEW 2WW SWSD-001A 480V, 30.3W NEW 2000A 30.3W NEW 2000A SWBO-0123A 480V. 30.3W PHASE 1 - REFER TO ENLARGED ONE -LINE DIAGRAM SHEETS E1.06 014,st 41•111111• =IMMO MINIM 1 1 PHASE 2 - REFER TO ENLARGED ONE -LINE DIAGRAM SHEET E1.04 1 NOT IN SCOPE iNe 11 11 31")' Yr i) 411•111111 IMMO ,yL ra�p, Wall, MOM t iir1010 Y>~uYY�YYrr Y;u•l Y■ 'Y1uP'wimp.? Ir, Y; i,R„' e u r r 1 1 1 it 1 1 MOO 11 11 1 k_ PHASE 1 - REFER TO ENLARGED ONE -LINE DIAGRAM SHEETS E1.05 REVIEWED FOR COMPLIANCE WQ NFPA70-N-. 71-1 MAR 2 7 2:., City of Tukwila BUILDINP !�'1S!ONI 1 1 1111 MI=M1 40 OMNI, ONE -LINE DIAGRAM SCALE: NONE RECEIVED CITY OF TUKWILA MAR 0 4 2013 PERMIT CENTER LCA JOB 13102 SABEY TELX PLOTTED: 2/20/2013 (1) CD 4-0c (i) N O co aa 0 O O N -J w 1- CD - 03-01-13 EXPIRES: 11-16-2013 co N V 1- X t'c\-1 N N L E 00 LO W 4 co C W W CSO co co "c74 .a SCD = CO CD CO O J0 m = H o == s ¢ 3 CO2 N 0 c0 N 0 0 W N c*) 1- 0 w 0 0 CL ISSUED / REVISED DATE ONE -LINE DIAGRAM E1.07 2 3 4 5 6 8 9 10 11 12 -01 CD c w H FUTURE UTIL0Y INPUT GEN #1 2000KW 450/27' GEN #2 2000KW 460/27 ca 0 U) E O U a) sa 0 u) 3i 3g GEN #3 2000KW 480/277V S B SCI 1200A 27KV 30 3W 1250MVA NEMA 3R WALK—IN MCC -EG -3 G FUTURE UTILITY METERING PANE 1 PARALLELING 'S E1 E, HRS—E2 L . NRG 0 0 y.+ 0 C 0 c t.) as .= as 1- 0 CO Cr) CO CO N N >C u_ F i R 18 400 FDR 28 52 ? 3000A E PHASE 2 - REFER Ti ENLARGED ONE -LINE DIAGRAM SHEET E1.02 NOT IN SCOPE --- . ELECTRICAL ROOM 127A ELECTRICAL ROOM 1278 LOAD BANK BUSWAY °LBr D 50G/51G 50G/51G GENERAL NOTES: 1. CONDITIONS SHOWN WERE TAKEN FROM FIELD INVESTIGATION AND AVAILABLE RECORD DOCUMENT INFORMATION. LOCATE AND VERIFY ALL ELECTRICAL SYSTEMS WITHIN THE IDENTIFIED AREAS PRIOR TO STARTING ANY WORK. ANY DISCREPANCIES BETWEEN INFORMATION SHOWN AND ACTUAL CONDITIONS SHALL BE BROUGHT TO THE ATTENTION OF THE ENGINEER. 3000A 480V 30 3W REVIEWEDEAE WITH FOH COMPLIANCE NFPA70 - NEC MAR 27 2013 LIGHT LINE WEIGHT INDICATES EXISTING EQUIPMENT, FEEDERS, ETC. o3-oI-I3 EXPIRES: 11-16-2013 N 1 --- CO CO OD ) Co u) BATTERY RUN TIME TO BE 9 MINUTES BEGINNING OF LIFE, 5 MINUTES END OF LIFE. REFERENCE NOTES: INTERCEPT EXISTING FEEDERS AND PROVIDE NEW BREAKER AS SHOWN TO RE -FEED SWITCHBOARD SWB-AR. VERIFY ADEQUATE SPACE IS AVAILABLE IN SWBD-MR PRIOR TO PURCHASE. C TIE BUSWAY TB 5000A 480Y/277V 30 4W, 100 KAIC M1 ELECTRICAL ROOM 129 M2 ELECTRICAL ROOM 130 M3 ELECTRICAL ROOM 131 MR ELECTRICAL ROOM 128 ELECTRICAL CONTRACTORS SCOPE OF WORK: 1. ELECTRICAL CONTRACTOR SHALL COORDINATE THE REMOVAL OF THE INDUCTION COUPLING FROM EXISTING GENERATOR AND RE -COUPLE GENERATOR TO ALTERNATOR BY THE GENERATOR MANUFACTURER. SWBD M1 5000A 480Y/277V 30 4W, 100 KM CPT 2KVA CPT 2KVA CPT 2KVA CPT 2KVA CPT 2KVA CPT 2KVA CPT 2KVA B ELECTRICAL CONTRACTOR SHALL COORDINATE THE RECONDITIONING OF THE GENERATOR BY THE MANUFACTURER. ELECTRICAL CONTRACTOR SHALL INTERCEPT EXISTING FEEDERS AND PROVIDE NEW BREAKER TO RE -FEED SWITCHBOARD SWB-AR. VERIFY ADEQUATE SPACE IS AVAILABLE IN SWBD-MR PRIOR TO PURCHASE. W V a co tO ui1- C.) � Ili N Z '9 O .. p Z J a c H - p Xy 1 W M M co) Uth 1 5000A 107A 3P Te 1 1070 NO E€& 1 1078 00A C 4000A 3P 3P UM 2 2Q7A NC Emer 2 2078 5000A DA 5 00 4330A 3R 3P 3P Mil 3 3074 NC 5000A E er 3078 NO ISSUED / REVISED DATE BYP1 RPU1 1 " BYP2 RPU2 1030 1010 j 2030 2010 NC NC NC J NC 3 0A � 3000A 3000A ' 3000A NC 2500A BYP3 RPU3 I BYP4 RPU14 3030 3010 4030 4010 NC SNC NC NC _______] 3000A3000A s___- 3000A + 3000A 13 e"'S RPU5 I BYPS 1 RPU5 5030 5010 J 6030 6010 NC SNC �NC NC SNC 25004 3000A 3000A __- 3000A 30004 ELS 3-O)O °P SWB K1 SWB D1 SWB D2 SWB K2 SWB D3 SWB D4 FOR CONTINUATION SEE SHEET E1.03 SWB K3 SWB D5 SWB DR ENLARGED ONE -LINE DIAGRAM SCALE: NONE TIE BUS SWB KR SWB AR SWB MBP SWB HB RECEIVED CITY OF TUKWILA MAR 0 4 2013 PERMIT -CENTER ENLARGED ONE -LINE DIAGRAM LCA JOB 13102 SABEY TELX PLOTTED: 2/20/2013 E7 .02 1 2 3 4 5 6 7 8 9 10 11 12 01 ELECTRICAL ROOM 106 SWBD M1 MMO MINIM 01•1111111 .1111111 UPC --1 SWB D 3000A 480V, 30 3W 100 KAIC URP-1 CPT 41111111•• 1111111M CPT SWBD M1 URP-2 SWBD M2 URP-3 New 20=00A Peel (5) Nets of 6100 MCM ... .t6 UPS New 2000.A Feed (5) sets of 600 MCMI 4:C tom UPS -Ciitput Oosrin.ra existing 2000.A uerg fid feed . tExisting "C4 GR and. connect new UPS input Feeders Splice €ceder togethom Prole support EAstng Feeder to C Boards CPT RE -WIRING OF SWBD D4 AND SWBD D5 SWBD M2 URP-4 ELECTRICAL CONTRACTORS SCOPE OF WORK: 1. THE OWNER WILL PRE PURCHASE THE UPS MODULES, UPS INPUT/OUTPUT SWITCHGEAR. CONTRACTOR TO INSTALL EQUIPMENT AND PERFORM COORDINATION STUDY. 2. THE ELECTRICAL CONTRACTOR SHALL BE RESPONSIBLE FOR THE FOLLOWING WITH OWNER PROVIDED EQUIPMENT: A. COORDINATING AND RECEIVING ALL EQUIPMENT DEFINED IN THE SPECIFICATIONS. B. INSPECT AND ENSURE THAT ALL MATERIAL AS DEFINED IN THE SPECIFICATIONS AND PROCEEDING SHOP DRAWINGS IS SHIPPED TO THE SITE. THE ELECTRICAL CONTRACTOR SHALL CONTACT THE OWNER IMMEDIATELY IF ANY OF THE EQUIPMENT IS MISSING OR DAMAGED. C. ENSURING SAFE & ENVIRONMENTALLY CONTROLLED STORAGE OF ALL EQUIPMENT. D. INSTALLATION AND PROPER FUNCTIONALITY OF ALL EQUIPMENT. 3. ELECTRICAL CONTRACTOR IS ALSO RESPONSIBLE FOR THE COMMISSIONING OF THE RECONFIGURED GENERATOR. 4. REFER TO BASIS OF DESIGN. REVIEWED FOR COMPLIANCE WITH NFPA70-NEC MAR 2 7 2013 City of Tukwila BUILDING DIVISION SWBD M3 CPT GENERAL NOTES: 1. CONDITIONS SHOWN WERE TAKEN FROM FIELD INVESTIGATION AND AVAILABLE RECORD DOCUMENT INFORMATION. LOCATE AND VERIFY ALL ELECTRICAL SYSTEMS WITHIN THE IDENTIFIED AREAS PRIOR TO STARTING ANY WORK. ANY DISCREPANCIES BETWEEN INFORMATION SHOWN AND ACTUAL CONDITIONS SHALL BE BROUGHT TO THE ATTENTION OF THE ENGINEER. 2. LIGHT LINE WEIGHT INDICATES EXISTING EQUIPMENT, FEEDERS, ETC. 3. BATTERY RUN TIME TO BE 9 MINUTES BEGINNING OF LIFE, 5 MINUTES END OF LIFE. REFERENCE NOTES: EACH USP SYSTEM SHALL BE LOAD BUS SYNC (LBS). SWBD M3 HRG 1012 FC_Eyj_I. 1 RG CPT CP 7 E 3000A € N MCS RPU -1 S 1 t 1500K NB I 2012 :300OA 3P RPU -2 MCS1250KW NB 32 1 500KW SB 3012 3000A MCS RP J-3 i 1250KW NS 33 E 500KW SB 02 ELECTRICAL ROOM I UPC -2 107 03 ELECTRICAL ROOM UPC -3 108 SWBD2 3000A 480V, 30 3W 100 KAIC WB D3 3000A 480V, 30 3W 100 KAIC i ELECTRICAL ROOM 04 1 109 1 1 4012 3000A 'CPI ) Int � RPU -4 1250KW NB 34 500KW S8 I 5012 3000A S RPU -3 a S5' 1 00K 8 I PROVIDE NEW FEEDER FROM EXISTING SWITCHBOARD TO NEW INPUT SWITCHBOARDS IN UPS ROOMS. REFER TO DIAGRAM 2, SHEET E1.09. INTERCEPT AND EXTEND EXISTING CONDUIT AND FEEDER FROM CRITICAL LOAD TO NEW OUTPUT SWITCHBOARDS IN UPS ROOM. REFER TO DIAGRAM 2, SHEET E1.09. INTERCEPT AND EXTEND EXISTING FEEDER TO SWITCHBOARD HA. REPLACE EXISTING NAMEPLATE WITH NEW DESIGNATION STYLE TO MATCH EXISTING. RE—CONNECT FEEDERS FROM GENERATOR TO SWITCHBOARD THROUGH URP USED AS A JUNCTION BOX. INTERCEPT AND EXTEND EXISTING FEEDER TO SWITCHBOARD CR. URP-6 CPT IMMO 6012 I ) 3000A CPJ1 P RPMc© S6 1 1 1 00 'NiSB UPC -4 05 ELECTRICAL ROOM 110 UPC -5 DR ELECTRICAL ROOM UPC -R 111 i SWB D4 3000A 480V, 30 3W 100 KAIC SWB R D5 3000A 480V, 30 3W 100 KAIC SWB D6 C 3000A 480V, 30 3W 100 KAIC CP 1Q5 ATC -SB 1 j 1 Q6 NC _ l NO 10 N C 3P 2000:5 02 1Q3A NO NO 3P 312 N8 LBR )1020 200( N O Ls! LB 3P r 205 ; ATC-SB2 206 NC's L NO 5 3P 3P 600:5 E3 2038 :rE•n.I:Y 202 2Q3A NO NO N C>22013- _ .2. 3P 3P 3P 2000:5 NB LBR 2020 2O.QOA 3P LSI 305 NCS L v" 3P 600:5 CP, ATC-SB3 CP 306 3Q3 NO N C22€ 00A 3P ATC-NB3 302 3Q3A NO t NO IA21/0A— )2201 3P 3P 11 NC NO J10.6 J5-011.6II 3P 3P 1I 405 ATC-SB4 406 4038 NC 4Q2 403A NO NO 2Q A 3? 3P 3P 505 ATC-SB5 506 NCS -)__L NO ia0126 3P + 3P 5038 ATC-NB5 502 NO NCLm .� �Gi 3P 4 3P 503A NO 3P 1cP RQ5 ATC-SR1 RQ6 R03 NO NC AL ) 63 NCS 3P 3P 3? ATC-NBR 2000:5 600: 2000:5 600:5 800:5 NB LBR 3020 I I �� GA11 NO LSI Le NO NB LBR )4020 2000A 3P LSI LBR 5020 LB 3P NO LSI RQ2 ROA NO 1 NC )2000A 3P 4, 3P MM 2000:5 C 3 C2 NB LBR RQ20 000A LB 3P NO LSI )1200/3 LSIG NEW 2000A SWBD—D1A 480V, 30,3W 1200/3 ) 2000/3) LSIG LSIG UPS -1A1 800 kVA/ 800KW 480V, T)T)T BATTERY STRING 1200C3 1200C3 2000C3 UPS -1A2 750kVA/ 750KW 480V, T)T)T BATTERY STRING C 1200C3 1200C3 )1200/3 )1200/3 NEW 2000A SWBD—DR1A 480V, 30,3W DP—A1 12000/3 r 2000/3 SKRU CRITICAL LOAD DP—C1 PHASE 2 NOT IN SCOPE n )1200/3 LSIG NEW 2000A SWBD—D2A 480V, 30,3W NEW 2000A SWBD—D3A 480V, 30,3W 1200/3 ) 2000/3) LSIG LSIG UPS -1 B1 800 kVA/ 800KW 480V, T)T)1) BATTERY STRING 1200C3 1200C3 2000C3 UPS -1 B2 750 kVA/ 750KW 480V, T)T)T BATTERY STRING T C1200C3) )1200/3 1200C3 )1200/3 NEW 2000A SWBD—DR2A 480V, 30,3W DP—A2 1 2000/3 2000/3 SKRU CRITICAL LOAD DP—C2 DP—A3 )1200/3 LS IG 1200C3 UPS -1C1 800 kVA/ 800KW 480V, T)T)T) BATTERY STRING 1200C3 1200/3 ) LSI G 1200C3 UPS -1C2 750 kVA/ 750KW 480V, 1)1)1) BATTERY STRING 2000/3) LSIG 2000C3 )1200/3 1200C3 )1200/3 NEW 2000A SWBD—DR3A 480V, 30,3W 2000/3 2000/3 SKRU CRITICAL LOAD DP—C3 ENLARGED ONE -LINE DIAGRAM SCALE: NONE I1 II 1 1 I I I I II I 1 I1 I1 NEW 2000A SWBD-D1B 480V, 30.3W 65kAIC )1200/3 LSIG 1200/3 LSIG 2000/3) LSIG )1200/3 LSIG NEW 2000A SWBD-D2B 480V, 30,3W 65kAIC 1200/3 ) LSIG 2000) LSIG 2000C3 2000C3 UPS -2A1 750KW 480V, 65kAIC STRING U PS -2A2 750KW 480V, 65kAIC STRING 750KW 65 kAIC ?I?" BATTERY STRING 1200C3 1200C3 1200C3 DP—A4 )1200/3 NEW 2000A 480V, 30.3W 65 kAIC 1200/3 _1 moo/3 2000/3 SKRU CRITICAL LOAD DP—CR4 (OLD DP—C4) DP—A5 )1200/3 NEW 2000A SWBD-DR2B 480V, 30,3W 65kAIC )1200/3 2000/3 2000/3 SKRU n )1200/3 LSIG UPS -2C1 750KW 480V, 65 kAIC STRING CRITICAL LOAD DP—05 NEW 2000A SWBD-D3B 480V. 30.3W 65kAIC 1200/3 ) 2000/3) LSIG LSIG U PS -2C2 750KW 480V, 65kAIC IYI?1 STRING 1200/3 NEW 2000A SWBD-DR3B 480V, 30,3W 65kAIC SKRU BYPASS ELECTRICAL ROOM 126 30 3W 65KAIC FOR CONTINUATION SEE SHEET E1.04 AND E1.05 9 ELECTRI 800Ai30 3W IT 1E8 SWBD—MR RECEIVED CITY OF TUKWILA MAR 0 4 2013 PERMIT CENTER 0 LU LU SABEY DATA TUKWILA INTERNATIONAL 0 0 0 0 0 CNJ UD OD CO CO 0 EXPIRES: 11-16-2013 0 LL CD Cn LANE COBURN & ASSOCIATES CO CO co 0 04 LL - 0 co CNI . . . . .1_ _C. OF;I I - I < c!:: $ . .:C s l' - ! oE ZLUOVI 2-7 csaj 0 Ca ca IS' 0 0 0 • ct ett 11. Ci 0 Ca 1— ISSUED / REVISED DATE LCA JOB 13102 SABEY TELX PLOTTED: 2/20/2013 ENLARGED ONE -LINE DIAGRAM E1.03 H 0 F E D c B 1 9 10 11 12 Li DR1A NC ,110 1•101111, MIME& DR2A .111 0111•11111MINE11111111111 ••••••• 010. FOR CONTINUATION SEE SHEET E1.03 4111.M. 4111. PHASE 2 NOT IN SCOPE DR3A IMMII ,11. MEMO NO 3P u 20005 3F' 3P u ELECTRICAL ROOM 132 2000A 480V, 30 3W 65 LAIC 3P ` 3P 3P LI u NO NC 2000:5 MM 2 DP—CRI 1 r ELECTRICAL ROOM 133 �r`'yy �Y'� pRt,, 2000A 450V, 30 3W 65 KAIC 3 3P L .J 3P 3P 3P 3P 3P LI LI LI LI u INS PANEL 1LS 1<VA 60-480/277V 3 PDU-1A PDU-1B PDU-1C PDU-1D PDU-1E PDU-1 F PDU-1G 3P PDT } 3P u U_i L NC NO 2000:5 MM DP�C21 ELECTRICAL ROOM 161 2000A. 480V, 30 3W 65 LAIC NO 2000:5 DRP° ...CR ELECTRICAL ROOM 162 2000A 480V, 30 3W 65 LAIC 30 KVA 460-4 0/277V 30 3P 3P 3P LI U U MAIN PANEL 2LS PDU-2A PDU-2B PDU-2C PDU-2D PDU-2E PDU-2F PDU-2G PDU-2H n 4 3j% Li LI 1.1 LI LIj ENLARGED ONE -LINE DIAGRAM SCALE: NONE NC 2000:5 E 3 MM 3M Q 3,4Q06P LI U U NO \REVIEWEDFORH f COMPLIANCE EC NFPA MAR 2 7 2013 City of .Tukwila all ILDING A.I-I0N ELECTRICAL ROOM Yy 141 2000A 460V, 30 3W 65 LAIC 3P 3P 3P 3P LI �LI LI LI NO 2000:5 3 MM NC LI u u LI u DF.-CR3 ELECTRICAL ROOM 142 2000A 480V, 3 3W 65 KA C 30 KVA 460-460/277V -J 30 MAIN +,# PANEL 3L5 PDU-3H tLy;---o xrc7 RECEIVED CITY OF TUKWILA MAR 0 4 2013 PERMIT CENTER FOR REFERENCE ONLY NO SCOPE w cl.! 0 0 .. O ad 0 O C C 0 0 C 41 1-- 0 a� C 1_74:D � Q. O d- ooao O O M M O c.i > M O E i ZOO 0 ,'-- c ' CD' r U C V) Y CV N X ci O O .— N Q) CN 3 G)W¢ O r- ZI— LL W � 03—OI—I3 EXPIRES: 11-16-2013 E__ w 0 LL 0 w COC/) CD Ca) W v k co mml co 4 CIE T. Gm N "a WNZ3 O.. O I -i Od F- O m he H N O C+-) 1- U w —)0 Ix 0 ISSUED / REVISED DATE LCA JOB 13102 SABEY TELX PLOTTED: 2/20/2013 ENLARGED ONE -LINE DIAGRAM E7 .04 1 2 3 4 5 6 7 8 9 10 11 12 ATS–LP 1 E L_ DR1B NC NC 2000C3 DP-CR4 (OLD DP -C4) ELECTRICAL ROOM 188 2800A 000A LSi LSI 6 5 \5 5 1� �300_A 1300A 1300A 1300 ..;i 3P / 3P J 3P / LP J �I P 3P I3P 3P 3P 3P' SWB–CR ATS H3 1 3P J3P u_1 I I L_ - -- 30KVA.460V 460 46 1 377V ,f2 L: J NC 2 LSI NC 24O3POOA LSI DP -C6 (OLD DP-CR4) EL.EOTRICAL ROOM 189 Q 0 0 3P . 3P . 3P ,. 3 u n n )1) u u u u U ELECTRICAL CONTRACTORS SCOPE OF WORK: 1. ELECTRICAL CONTRACTOR TO PURCHASE AND INSTALL DISTRIBUTION PANEL AND ASSOCIATED FEEDERS. 2. EXISTING BUS CONNECTIONS NEED TO BE REPLACED WITH WIRE CONNECTIONS, IF NECESSARY, TO ACCOMMODATE INCOMING FEEDERS. ELECTRICAL CONTRACTOR TO VERIFY AND ADJUST NO/NC SETTINGS WHERE NECESSARY. 3. THE OWNER WILL PRE PURCHASE THE UPS MODULES, UPS INPUT/OUTPUT SWITCHGEAR. CONTRACTOR TO INSTALL EQUIPMENT AND PERFORM COORDINATION STUDY. 4. THE ELECTRICAL CONTRACTOR SHALL BE RESPONSIBLE FOR THE FOLLOWING WITH OWNER PROVIDED EQUIPMENT: A. COORDINATING AND RECEIVING ALL EQUIPMENT DEFINED IN THESE SPECIFICATIONS. B. INSPECT AND ENSURE THAT ALL MATERIAL AS DEFINED IN THE SPECIFICATIONS AND PROCEEDING SHOP DRAWINGS IS SHIPPED TO THE SITE. THE ELECTRICAL CONTRACTOR SHALL CONTACT THE OWNER IMMEDIATELY IF ANY OF THE EQUIPMENT IS MISSING OR DAMAGED. C. ENSURING SAFE & ENVIRONMENTALLY CONTROLLED STORAGE OF ALL EQUIPMENT. D. INSTALLATION & PROPER FUNCTIONALITY OF ALL EQUIPMENT. 4. REFER TO BASIS OF DESIGN. 5. REMOVE AUTOMATIC TRANSFER SWITCH AND KIRK KEY FROM DISTRIBUTION PANELS DP–C4, DP–CR4, DP–05 AND DP–CR5 AND INSURE BOTH BREAKERS IN EACH PANELBOARD CLOSE. DR2B MOW mom Ira NOT IN SCOPE MIMEO PDU-4K REVIEWED FOR COMPLIANCE WITH NFPA 70 - NEC MAR 27 2013 City of Tukwila BUILDING DIVISION SWB–CR NC zsp LSI NC LSI 2000C3 DP -05 ELECTRICAL ROOM 164 NC 2020.6 3P UUUUUU)1§196P Yr Yr >13fl'iS )132MP )33131;1A 3P 3P lug u OKVA,460V 1 35 4804/277V L. .J MAIN.„, PANEL 5LS PDU-5A PDU-5B PDU-5C LSI REFERENCE NOTES: PROVIDE AND INSTALL NEW 2000A DISTRIBUTION PANEL AND MAIN FEEDER. >RE–FEED EXISTING PDU'S AS SHOWN TO MATCH WEAVING SCHEME. >EXISTING 200kVA PDU TO REMAIN. [>COLOS 5 AND 6 HAVE 4 EXISITNG PDU'S IN PLACE. RELOCATE 6 PDU'S TO EACH COLO FOR A TOTAL OF 10 PDU'S PER COLO. A TOTAL OF 12 PDU'S ARE RELOCATED. INSTALLATION OF PDU'S AND BREAKERS FOR COLO -4 NOT IN SCOPE. PROVIDE NEW BREAKERS TO MATCH EXISTING IN DISTRIBUTION PANEL AS REQUIRED. INTERCEPT EXISTING FEEDER AND EXTEND TO RE–CONNECT ATS'S. REPLACE EXISTING NAMEPLATE WITH NEW DESIGNATION STYLE TO MATCH EXISTING. FOR CONTINUATION SEE SHEET E1.03 & E1.06 u3P 3P 3 u l u( u PDU 6B PDU 6C PDU 6D PDU 6E PDU 6F DP-CR6 (OLD DP-CR5 ELECTRICAL ROOM 153 3 u UUU)106 )31P u PDU-5G PDU-5H PDU 51 PDU 6G PDU-61-1 PDU-61 GENERAL NOTES: 1. CONDITIONS SHOWN WERE TAKEN FROM FIELD INVESTIGATION AND AVAILABLE RECORD DOCUMENT INFORMATION. LOCATE AND VERIFY ALL ELECTRICAL SYSTEMS WITHIN THE IDENTIFIED AREAS PRIOR TO STARTING ANY WORK. ANY DISCREPANCIES BETWEEN INFORMATION SHOWN AND ACTUAL CONDITIONS SHALL BE BROUGHT TO THE ATTENTION OF THE ENGINEER. 2. LIGHT LINE WEIGHT INDICATES EXISTING EQUIPMENT, FEEDERS, ETC. NC l /3Pt LSI NEW DP -C4 r- ELEROOMCTRICAL 155A 2000A 480V, 30 3W 65 KAIC +,‘ No6+\ Qatv 0 0 AtN3,ait6 ma.+N 3,0,0L+N m+, 102 UUUUUUULIUUUU1 NC 3P LSI ,110 NEW DP -CR -15 ELECTRICAL ROOM I 155A 2000A 480V, 30 3W 65 KAIC 11111111111 411111. MEM. NOT IN SCOPE PDU-4L PDU-4M PDU-4N PDU-40 PDU 4P PDU-5J PDU-6J ENLARGED ONE -LINE DIAGRAM SCALE: NONE RECEIVED CITY OF TUKWILA MAR 0 4 2013 PERMIT CENTER 0U 0 J J CO _W F W a 0 a W 1- Lu > 0 W a E O N C d 0 as cc 0 0 0 LL co 0 O Y O >- a) o3 -0I -I3 EXPIRES: 11-16-2013 H ckf Cl_ LL 0 LL W cc co NLO W ? LL N l E N O LO W v co o fn CO C N [O Z Vj 0 w J V C C ZJ`j rn0 co � o ¢ El m • N CO N N X IJ - CO Cr) CO O CO N N X W E O U a a) E 0 U X a) N O c+) 1- C.) w 0 CL ISSUED / REVISED DATE LCA JOB 13102 SABEY TELX PLOTTED: 2/20/2013 ENLARGED ONE -LINE DIAGRAM E1.05 1 2 3 4 5 6 7 8 9 10 11 12 GENERAL NOTES: 1. CONDITIONS SHOWN WERE TAKEN FROM FIELD INVESTIGATION AND AVAILABLE RECORD DOCUMENT INFORMATION. LOCATE AND VERIFY ALL ELECTRICAL SYSTEMS WITHIN THE IDENTIFIED AREAS PRIOR TO STARTING ANY WORK. ANY DISCREPANCIES BETWEEN INFORMATION SHOWN AND ACTUAL CONDITIONS SHALL BE BROUGHT TO THE ATTENTION OF THE ENGINEER. FOR CONTINUATION SEE SHEET E1.02 & E1.03 BYPASS— ELECTRICAL ROOM 126 ELECTRICAL ROOM 129 SWBD-DR3B tzliVAbb ELECTRICAL ROOM 126 SWB-AR 30 12004 3W 65KAIC DP - HC 8004 4'80V, ('� 30 3W 65I IC SWB-CR 2000A480V,^+ 6 0V, 30 3W IIC DP -HA 12004 �"0g�V, j'+ 303W 65KAIC MR ELECTRICAL ROOM 126 —� ELECTRICAL ROOM 128 DP -HB 12004 480V, 480V, a 30 3W b 00KAIC NO 20004 3P AR -1 NC 3P AR -3 NC 6004 3P AR -4 AR -5 NC NC upb, 12Q6 3P 3P MCC -4 SPARE -1 I SPARE * SPARE NC NO ) NC )NC )C 1SA 1,. / ZONA 2000A 3P 3P 3R 3P * 3P I1 LS1 SPARE N 20004 3P 1 OUT OF SERVICE 4BP—CR 000A NO..:: gip:.: 2000:5 IBP— ERG 12004 LIGHT LINE WEIGHT INDICATES EXISTING EQUIPMENT, FEEDERS, ETC. vi LU 1- W 0- 0 CLN W W LC) 1-. co c) W v¢—tia) co co VERIFY ALL EXISTING PANELBOARDS FOR SPACE AVAILABILITY AND THAT BREAKERS ARE ADJUSTABLE TO MATCH ONE -LINE. 44. Z 0 REFERENCE NOTES: PROVIDE NEW FEEDERS TO RE -FEED ATS H3 AND LP1. USE EXISTING FEEDERS AND BREAKERS TO CONNECT 1209A NEW CRAC UNITS IN COLO -5 AND COLO -6. 3P 1 NC NC t NC 5A 1 � 3P 3P 3P u) N PANEL X11 45 KVA ' 112.5 KVA I—�1 0V— I 1480V - 120/208V OV I I 10 20 - I 4 0V 30� CO Cr) CO O CO N N 100C3 ELECTRICAL CONTRACTORS SCOPE OF WORK: 1. ELECTRICAL CONTRACTOR TO PROVIDE AND INSTALL NEW EQUIPMENT AND FEEDERS SHOWN. PANEL CP1 PANEL L2 PANEL H2 DP -AR 1 THROUGH DP-AR5 PANEL 11 PHASE 1 ELECTRICAL CONTRACTOR TO CONNECT TO NEW CRAC UNITS TO EXISTING FEEDERS AS SHOWN. ASSUME OVER CURRENT PROTECTION SIZE AND WIRE OF EXISTING WILL REMAIN. PANEL H3B PANEL H3 PANEL 1`I3A PANEL 11A PANEL 1113 PANEL LI C PANE L10 PANEL R3A PANEL R38 PANEL R30 PANEL R28 PANEL R20 PANEL R20 PANEL H2A 03-01—I3 EXPIRES: 11-16-2013 PANEL 1130 PANEL H30 DP -C6 DP-CR4 PUMP ROOM 163 A PANEL R201 FOR CONTINUATION SEE SHEET E1.05 "XMCC8-1 0 45 KVA 140- 12€/20SV 30 4W 175/3 CB ID Si C ?;f XFMR REVIEWEDE W TF1 COMPLIANCE 70 - NEC MAR 27 2013 PANEL "IIS.° PUMP ROOM 163 A ON ROOF NC 3P MCS 1 NC 3P MCS NC 3P MCS NC 3P MCS NC 3P m m DF�A1� LDP.°-AR.1 ELECTRICAL ROOM ELECTRICAL ROOM ELECTRICAL ROOM 161 LRZ ELECTRICAL ROOM ELECTRICAL ROOM 141 LDP-AR3 ELECTRICAL ROOM 142 DP -A4 12P-AR4 ELECTRICAL ROOM ELECTRICAL ROOM 188 189 ELECTRICAL ROOM 164 L-5 ELECTRICAL ROOM W 4 IL CD owa WNZ3 0=..la 0 m J W M F- F - v4. N co) ISWB D1 ITHROUGH SWB D5 ISSUED / REVISED DATE SWB AR ENLARGED ONE -LINE DIAGRAM SCALE: NONE RECEIVED CITY OF TUKWILA MAR 0 4 2013 PERMIT CENTER ENLARGED ONE -LINE DIAGRAM LCA JOB 13102 SABEY TELX PLOTTED: 2/20/2013 E1.06 1 2 3 4 5 6 7 8 9 10 11 12 1 1 1 1 MM MM MM MM MM MM OMM MM MM MM MM IMMO IMM IMM MM MM MM MM 1MM MM MM 11 CWF] II I 800AF 700AT 3P CS 3P 1200A NC MCC -1 PIMP ROOM 163 C NC MCC -1A CS 3P 200A 700AT 800AF 3P NO MCC -1A PUMP ROOM 163 C PHASE 2 NOT IN SCOPE M1 ELECTRICAL ROOM 129 IMMF MCS 3P 1200A I NC 11 1 LCK,.. MCS 3P 100A NC T PHASE 1 MCC -2 FWP31 PUMP ROOM 163 C CP MANUAL TRANFER WCH, 600A A. MCS Cj 3P 1200A NO MCC -2A PUMP ROOM 163 8 800AF 700AT 3P IL MCS 1200A 3P 1200A NC NO ICC -3 PUMP ROOM 163 8 MCS 3P 1200A NO 800AF 700AT 3P MCC -3A PUMP ROOM 163 Il EMI] MINED MCS 1200A NC MM 1MM MM MMO MM MM MM /20/208V 480V- 48 KVA "C-1 MCS VK▪ 3P NC MCC -4 ROOM P2A PANEL 120/206V 0V- 4 KVA 'X C6--1 MCS BRCS 3P` y95E 3P N0 NC MCC -5 EG -2 ROOM MCS _am NO r I DP—K2 NC )NC ) NC RCC -2 MCC -2A CC --4 M2 ELECTRICAL. ROOM 130 N )NC NC MCC --3 MCC -3A MCC -5 DP�K IMM MM MMI MM MM MM mm mm M3 ELECTRICAL ROOM 131 DP—KR NC MCC -3A PUMP ROOM 163 8 NC MCC -1A NC CC --2A NC CC -1 N MCC -2 )NC CC -3 MM MM MM MM MM MM -- MM MM IMM MM -- MM MM ---- ENLARGED ONE -LINE DIAGRAM SCALE: NONE FOR CONTINUATION SEE SHEET E1.03 SWBD MR REVIEWED FOh COMPLIANCE WITh NFPA70 - NEC MAR 27 2013 City of Tukwila BUILDING DIVISIoN N O LSI w LiJ LU 1 _J SWBD M1 THROUGH ISWBD M3 GENERAL NOTES: 1. CONDITIONS SHOWN WERE TAKEN FROM FIELD INVESTIGATION AND AVAILABLE RECORD DOCUMENT INFORMATION. LOCATE AND VERIFY ALL ELECTRICAL SYSTEMS WITHIN THE IDENTIFIED AREAS PRIOR TO STARTING ANY WORK. ANY DISCREPANCIES BETWEEN INFORMATION SHOWN AND ACTUAL CONDITIONS SHALL BE BROUGHT TO THE ATTENTION OF THE ENGINEER. 2. LIGHT LINE WEIGHT INDICATES EXISTING EQUIPMENT, FEEDERS, ETC. 3. VERIFY ALL EXISTING PANELBOARDS FOR SPACE AVAILABILITY AND THAT BREAKERS ARE ADJUSTABLE TO MATCH ONE -LINE. REFERENCE NOTES: PROVIDE NEW BREAKER IN MCC TO ACCOMMODATE THE REPLACEMENT OF CHILLER. PROVIDE NEW FUSE TO ACCOMMODATE THE REPLACEMENT OF CHILLER. ELECTRICAL CONTRACTORS SCOPE OF WORK: 1. ELECTRICAL CONTRACTOR TO COORDINATE WITH MECHANICAL THE INSTALLATION OF NEW CHILLER EQUIPMENT INSTALLED IN PHASE 1. DISCONNECT EXISTING CHILLER AND RECONNECT NEW CHILLER TO EXIST CHILLER FEEDER. NEW CHILLER WILL HAVE LOWER OVERALL ELECTRICAL LOAD THAN EXISTING CHILLER. ASSUME EXISTING FEEDER WILL REMAIN AND POSSIBLY MAY NEED TO BE EXTENDED TO NEW CONNECTION POINT (MAXIMUM OF 25'). BREAKER MAY NEED TO BE MANUALLY ADJUSTED DURING INSTALLATION BASED ON MECHANICAL SCHEDULES. ELECTRICAL CONTRACTOR TO COORDINATE REPLACEMENT AND SELECTED COORDINATION STUDY. EL1'3—G2dq RECEIVED CITY OF TUKWILA MAR 0 4 2013 PERMIT CENTER (12 a) c 0 o.. 0 J J SABEY DATA CENTER PROPERTIES J z 0 1— a� Z N W 70 C C • LL_ O c CNI Cr) O c E Cr) CD ac d 0 N O o 0, Cil 0 c*, ; M w >- ' o E o m a� zcoo o ` N N x C - (-) a) O N a) CCI CD -Li t CO °I mw< 3 1-- 0 Z 1— LL. o'-oI-I3 EXPIRES: 11-16-2013 W (3 he a 00 a cg I- voila N Z W v.4)ZJa J CI. >> mum Ca: o0! W M M Nt M N c) 1- 0 W –)0 ISSUED / REVISED DATE LCA JOB 13102 SABEY TELX PLOTTED: 2/20/2013 ENLARGED ONE -LINE DIAGRAM E1 .07 1 2 3 4 5 6 7 8 9 10 11 12 WEAVE MATRIX FOR SUITES 4,5,6 N 100% 3-2 33% J% 0.94875 NORMAL MODE 3-2 A 0.96 MW B C 0.96 MW 0.96 MW UPS 1.50 MW 63.89% 1.50 MW 63.89% 1.50 MW 63.89% FAIL MODE 3-2 A 1.44 MW B C 1.44 MW 1.50 MW 95.83% 1.50 MW 95.83% WEAVE MATRIX FOR SUITES 1,2,3 N 100% is r NORMAL MODE 3-2 A 1.11 MW B C 1.11 MW 1.11 MW UPS 1.60 MW 69.17% 1.60 MW 69.17% 1.60 MW 69.17% FAIL MODE 3-2 A B 1.66 MW 1.66 MW 1.60 MW 1.60 MW 103.75% 103.75% FAILURE MODE ANALYSIS THERE ARE 3 DIFFERENT SYSTEMS FEEDING THE 2N PDU'S. THERE ARE 6 COMBINATIONS OF FEEDERS THAT CAN BE ACHIEVED FROM 3 SYSTEMS AS FOLLOWS: PREFERRED SOURCE ALTERNATE SOURCE A B A C B A B C C A C B UPON THE FINAL BUILD OUT OF PODS 4,5 AND 6 THERE WILL BE 36 PDU'S. TO BALANCE THE SYSTEM EACH OF THE FEEDER COMBINATIONS LISTED ABOVE WILL BE CONNECTED ACROSS 6 PDU'S LOAD SUITE 5 SUITE 6 SUITE 4 NORMAL 750.0KW 805.0KW 1320.0KW 2875.0KW 10 10 16 36 75.0KW 80.5KW 82.5KW ;::::fa°024"ArarOMIO SUITE 5 PDU 1 75.0KW PDU 2 75.0KW PDU 3 75.0KW PDU 4 I 75.0KW PDU 5 75.0KW PDU 6 75.0KW PDU 7 I 75.0KW PDU 8 I 75.0KW PDU 9 I 75.0KW PDU 10 75.0KW A B C SUITE B C 75.0KW 0.0KW 0.0KW 0.0KW 75.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 75.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW . 75.0KW 75.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 75.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 75.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 75.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 75.0KW 75.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 4.00 3.00 3.00 750.0KW 300.0KW 225.0KW 225.0KW SUITE 6 PDU 1 80.5KW PDU 2 I 80.5KW PDU 3 I 80.5KW PDU 4 80.5KW PDU 5 80.5KW PDU 6 I 80.5KW PDU 7 I 80.5KW PDU 8 80.5KW PDU 9 I 80.5KW PDU 10 80.5KW B C SUI TE B 80.5KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 80.5KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 80.5KW 80.5KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 80.5KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 80.5KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 80.5KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 80.5KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 80.5KW 80.5KW 0.0KW 0.0KW 0.0KW 0.0KW 3.00 3.00 4.00 805.0KW 241.5KW 241.5KW 322.0KW B C PHASE 1 541.5KW 466.5KW 547.0KW 1555.0KW 1500.0KW UPS 1500.0KW UPS 1500.0KW UPS 36% 31% 36% SUITE 4 AMEO.Side,";„ANIMPA,--. PDU 5 82.5KW PDU 6 I 82.5KW PDU 7 I 82.5KW ::...................:....:::. PDU 8 I 82.5KW N W Fes. c is 2/ PDU 9 82.5KW / PDU 10 82.5KWI �Wn.,::ti% /;,ter///%».»» PDU 11 82.5KW PDU 12 82.5KW PDU 13 82.5KW firgVirkitigh PDU 14 I 82.5KW c'<r` PDU 15 82.5KW PDU 16 82.5KW A B C SUITE B 82.5KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 82.5KW 0.0KW 0.0KW 0.0KW 82.5KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 82.5KW 0.0KW 0.0KW 82.5KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 82.5KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 82.5KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 82.5KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 82.5KW 0.0KW 82.5KW 0.0KW 0.0KW 0.0KW 0.0KW 82.5KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 82.5KW 0.0KW 0.0KW 0.0KW 0.0KW 82.5KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 82.5KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 82.5KW 82.5KW 0.0KW 0.0KW 0.0KW 0.0KW 5.00 6.00 5.00 1320.0KW 412.5KW 495.0KW 412.5KW B C PHASE 2 954.0KW 961.5KW 959.5KW 2875.0KW 1500.0KW UPS 1500.0KW UPS 1500.0KW UPS 64% 64% 64% 12.00 12.00 12.00 FAIL A SUITE 5 A B C 0.0KW 0.0KW 0.0KW 0.0KW 75.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 75.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 75.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 75.0KW 0.0KW PDU 5 I 75.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 75.0KW PDU 6 1 75.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 75.0KW PDU 7 I 75.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 75.0KW PDU 8 75.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 75.0KW PDU 9 PDU 10 I 75.0KW 75.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 75.0KW 75.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW A B C SUITE 5.00 5.00 750.0KW 0.0KW 375.0KW 375.0KW SUITE 6 A B C 0.0KW 0.0KW 0.0KW 0.0KW 80.5KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 4111214PEA,4011111154112:1:111g1Mix,9' PDU 2 I 80.5KW 0.0KW 0.0KW 0.0KW 0.0KW 80.5KW 0.0KW PDU 3 I 80.5KW 0.0KW 0.0KW 0.0KW 0.0KW 80.5KW 0.0KW PDU 4 I 80.5KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 80.5KW / f/ PDU 5 1 80.5KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 80.5KW A c PDU 6 I 80.5KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 80.5KW PDU 7 I 80.5KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 80.5KW • i PDU 8 80.5KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 80.5KW »im.:. »: ,:,. ».✓/i.�:»; ...:..lin PDU 9 PDU 10 1 80.5KW 80.5KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 80.5KW 80.5KW 0.0KW • 0.0KW 0.0KW 0.0KW A B C SUITE 4.00 6.00 805.0KW 0.0KW 322.0KW 483.0KW A B C PHASE 1 0.0KW 697.0KW 858.0KW 1555.0KW 1500.0KW UPS 1500.0KW UPS 1500.0KW UPS 0% 46% 57% SUITE 4 A B C 0.0KW 0.0KW 0.0KW 0.0KW 82.5KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 82.5KW 0.0KW PDU 3 82.5KW 0.0KW 0.0KW 0.0KW 0.0KW 82.5KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 82.5KW 0.0KW PDU 5 1 82.5KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 82.5KW PDU 6 I 82.5KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 82.5KW n C PDU 7 1 82.5KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 82.5KW A PDU 8 I 82.5KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 82.5KW PDU 9 82.5KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 82.5KW yfp� PDU 10 82.5KWI 0.0KW 82.5KW 0.0KW h•Pei PDU 12 PDU 11 82.5KW 82.5KW 0.0KW 0.0KW 0.0KW 82.5KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 82.5KW 0.0KW uz 0.0KW 0.0KW 0.0KW PDU 13 1 82.5KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 82.5KW e PDU 14 1 82.5KW 0.0KW 0.0KW 0.0KW 82.5KW 0.0KW 0.0KW e»ro PDU 15 1 82.5KW 0.0KW 0.0KW 0.0KW PDU 16 82.5KW 0.0KW 0.0KW 0.0KW 82.5KW 82.5KW 0.0KW 0.0KW 0.0KW 0.0KW A B C SUITE 9.00 7.00 1320.0KW 0.0KW 742.5 K W 577.5KW A B C PHASE 2 0.0KW 1439.5 K W 1435.5KW 2875.0KW 1500.0KW UPS 1500.0KW UPS 1500.0KW UPS 0% 96% 96% 18.00 18.00 FAIL B SUITE 5 PDU 1 75.0KW PDU 2 75.0KW PDU 3 75.0KWI PDU 4 75.0KWI PDU 5 75.0KW PDU 6 75.0KW PDU 7 1 75.0KW PDU 8 I 75.0KW PDU 9 I 75.0KW PDU 10 1 75.0KW B C SUI TE B C 75.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 75.0KW 0.0KW 0.0KW 0.0KW 75.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 75.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 75.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 75.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 75.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 75.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 75.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 75.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 6.00 4.00 750.0KW 450.0KW 0.0KW 300.0KW SUITE 6 B F 80.5KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 80.5KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 80.5KW 0.0KW 0.0KW MWMK PDU 4 80.5KW 0.0KW 80.5KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW PDU 5 80.5KW 80.5KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW c PDU 6 I 80.5KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 80.5KW PDU 7 1 80.5KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 80.5KW PDU 8 I 80.5KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 80.5KW PDU 9 1 80.5KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 80.5KW PDU 10 I 80.5KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 80.5KW B C SUITE 5.00 5.00 805.0KW 402.5KW 0.0KW 402.5KW REVIEWED FOR COMPLIANCE WITH NFPA 70 -NEC MAR 2 7 2013 City of Tukwila BUILDING DIVISION 852.5KW 702.5KW PHASE 1 1500.0KW UPS 1500.0KW UPS 1500.0KW UPS 57% 0% 47% SUITE 4 PDU 1 82.5KW 82.5KW PDU 2 82.5KW PDU 3 82.5KW 0.0KW 82.5KW 0.0KW 0.0KW 0.0KW 0.0KW PDU 4 82.5KWI 82.5KW PDU 5 0.0KW 82.5KW 0.0KW 0.0KW 0.0KW 0.0KW PDU 6 I 82.5KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 82.5KW PDU 7 1 82.5KW PDU 8 I 82.5KW PDU 9 I 82.5KW 82.5KW PDU 10 1 82.5KW 82.5KW PDU 11 1 82.5KW 0.0KW 0.0KW 0.0KW 0.0KW 0.0KW 82.5KW PDU 12 I 82.5KW 82.5KW ▪ PDU 13 82.5KW 82.5KW arikiragiAttail PDU 14 82.5KW PDU 15 I 82.5KW 82.5KW PDU 16 I 82.5KW SUI TE 7.00 9.00 1237.5KW 577.5KW 742.5KW PHASE 2 1500.0KW UPS 1500.0KW UPS 1500.0KW UPS 95% 0% 96% 18.00 18.00 FAIL C SUITE 5 A 0.0KW 75.0KW 75.0KW 0.0KW 0.0KW 0.0KW PDU 8 PDU 9 PDU 10 A SUITE 5.00 5.00 SUITE 6 A 80.5KW PDU 2 I 80.5KW 80.5KW PDU 3 1 80.5KW PDU 4 PDU 5 80.5KW 80.5KW 0.0KW 80.5KW 80.5KW 0.0KW 0.0KW 0.0KW 80.5KW PDU 6 80.5KW PDU 7 80.5KWI 80.5KW PDU 8 80.5KW PDU 9 80.5KWI 80.5KW PDU 10 80.5KW 0.0KW 0.0KW 0.0KW 80.5KW 0.0KW 0.0KW I I I A SUI TE 5.00 5.00 402.5KW 402.5KW A PHASE 1 777.5KW 777.5KW 1500.0KW UPS 1500.0KW UPS 1500.0KW UPS 52% 52% 0% SUITE 4 A PDU 1 82.5KW 82.5KW PDU 2 82.5KW 82.5KW PDU 3 82.5KW 0.0KW 82.5KW 0.0KW 0.0KW 0.0KW 0.0KW PDU 4 1 82.5KW PDU 5 82.5KW 0.0KW 82.5KW 82.5KW 0.0KW 0.0KW 0.0KW PDU 6 82.5KWI 82.5KW PDU 7 82.5KWI 82.5KW PDU 8 82.5KWI 82.5KW PDU 9 82.5KW PDU 10 82.5KW PDU 11 82.5KW 82.5KW AilLs PDU 12 82.5KW 82.5KW PDU 13 82.5KW 82.5KW PDU 14 I 82.5KW 0.0KW 0.0KW 0.0KW 82.5KW 0.0KW 0.0KW PDU 15 82.5KW PDU 16 82.5KW 0.0KW 0.0KW 0.0KW 82.5KW 0.0KW 0.0KW A SUI TE 8.00 8.00 RECEIVED CITY OF TUKWILA MAR 0 4 2013 PERMIT CENTER A PHASE 2 1437.5KW 1437.5KW 1500.0KW UPS 1500.0KW UPS 1500.0KW UPS 96% 96% 0% 18.00 18.00 SABEY DATA CENTER PROPERTIES 12201 TUKWILA INTERNATIONAL 0 0 1- 0 0 LL CO ca 4.0 co CD LC) CO CO CO 0) co EXPIRES: 11-16-2013 LLJ CL 0 LLJ co co .11 co co co c%4 co • 0,4 • LL szr CD co CO op CD CO CO COra coal I:=1 (NJ CO -C2 CV 11)--- 1 6: ill <CC ea CC CO LIJI sa co 0 CO o LLI C4) ism PROJECT #13102 ISSUED / REVISED DATE LCA JOB 13102 SABEY TELX PLOTTED: 2/20/2013 WEAVING SCHEME E 1 .08 H G F E D C B A 1 2 3 4 5 6 7 8 9 10 11 12 UPS SYSTEM 1 ODP A COLO 4 PDU 2A1 UPS SYSTEM 1 ODP B COLO 4 PDU 2A2I— — COLO 4 PDU 2B1 COLO 4 PDU 2B2 COLO 4 PDU 2A3 (COLO 4 PDU 2A4 UPS SYSTEM 1 ODP A PREFERRED SOURCE RPP A2 UPS SYSTEM 1 ODP B NC NC ISO ISO XFMR XFMR ALTERNATE SOURCE NC EXISTING 200KVA PDU 5A1 RPP Al COLO 4 PDU 2B3 UPS SYSTEM 1 ODP B COLO 4 PDU 2841— — COLO 4 PDU 2C1 COLO 4 PDU 2C2 COLO 4 PDU 2C3 NOT IN CONTRACT LOADS DUAL CORD COLO 4 PDU 2C4 UPS SYSTEM 1 ODP A ALTERNATE SOURCE )NC UPS SYSTEM 1 ODP B PREFERRED SOURCE ISO ISO XFMR XFMR )c EXISTING 200KVA PDU 5A2 RPP B1 WEAVING SCHEME 1: LOADS DUAL CORD RPP B2 2N DISTRIBUTION FROM PRIMARY UPS TO IT CABINETS WITH PDU TRANSFER TO ALTERNATE UPS SOURCE. SECONDARY PDU HAS ALTERNATE/PREFERRED SOURCES REVERSED. 1 \ DIAGRAM 1.08A WEAVING SCHEME 1 SCALE: NONE FOR ALTERNATE BID ONLY REVIEWED W Tort COMPLIANCE NFPA MAR 2 7 2013 City of .Tukwila BUILDING DIVISION RECEIVED CITY OF TUKWILA MAR 0 4 2013 PERMIT CENTER LCA JOB 13102 SABEY TELX PLOTTED: 2/20/2013 (1) (115 0 co O co O w co rn aco _cp a) O N cu J o Cq i— ‘ -- Lc) CS) — 0 0 d C 0 0 d C m 1- 0 X LL E O 0 X a) D r z 1— LL 03-0I—J3 EXPIRES: 11-16-2013 LANE COBURN & ASSOCIATES CO CO W t) k 3J 1 a. a= ~ v W N n- .2 0I i 0 X° J W M M M ISSUED / REVISED DATE WEAVING SCHEME OPTIONS E1.08A 1 2 3 4 5 6 7 8 9 10 11 12 NEW OVERHEAD FEED ELECTRICAL ROOM 1 10 SWB D5 UPC -51 3000A 480V, 30 3W 100 KA 505 C ;83 —>- CP ATC-SB5 SOCA ." 600A •� 600:5 l.. 3 (MM \..N RE -FEED TO GENERATOR MOV ATC-NB5 1 502 CP] CP )2000A \, 3P 12000A 3P 2000:5 • New; 2000A Feed () sets of 600 MCM UP tnput Bard New 2000 A Feld (5) sets of 600 MCM 4:C lyorn UPS Oui. Doscinnect exisittlg 2000 kodergound feed to Existing "C SWGR and Convect new UPS Input Feeders • Splice feeder together - Provide solation and support Ex stin Roeder to C Roads L.E.; 2 5020 2 '1 3P LS EXISTING BUS DUCT CONNECTION UPS-D5A 750kVA/ 750KW 480V, 1200C3 )1200/3 I NEW 2000A SWBD-D5B 480V, 30, 1200/3) 2000/3 ) UPS-D5B 750kVA/ 750KW 480V, NEW 2000A SWBD-DR5B 480V, 30, 2000/3 EXISTING UNDERGROUND FEEDERS PARTIAL ONE -LINE DIAGRAM SCALE: NONE SKR) 0 DP—05 ELECTRICAL ROOM 64• 2000A 480V, 30 3W 65 KAIC 40nA \ 400A 3P .% .3P 00A . y 400/ 3P ) 3' .' 3P .i I..! THE EXISTING SWBD "D" PLC IS PROPRIETARY TO HITECH: A NEW PLC CONTROLLER AND INTEGRATION TO THE GENERATORS WILL NEED TO BE PROVIDED BY THE ELECTRICAL CONTRACTOR. D3 ELEC I RICAL ROOM "08 FSWB D3 3000a 480v, 30 3W ' 00 KAiC UPC 3J CP1 ATC-NB3 2000A 2000A 303A NO NO )2QQOA F MM • 1 TYPICAL EXISTING SWITCHGEAR E1.09 SCALE: NONE REVIEWED t-ut. COMPLIANCE E I IVFPA70 IA AR 27 2013 City of Tukwila BUILDING DIVISIP` ELECTRICAL CONTRACTORS SCOPE OF WORK: 1. PER THE AUTOMATIC TRANSFER SWITCH (ATS) PERFORMANCE SPECIFICATION THE PLC VENDOR TO PROVIDE NEW CONTROLS IN SWB—D4, SWB—D5, AND SWBD—D6 DISTRIBUTION PANELBOARDS AND INSURE BOTH BREAKERS IN EACH PANELBOARD CLOSE. 2. ELECTRICAL CONTRACTOR SO SUBCONTRACT QUALIFIED PLC VENDOR TO REMOVE HITECH PLC AND PROVIDE NEW ATS PLC AND LOGIC. CLQ ?7�1O RECEIVED CITY OF TUKWILA MAR 0 4 2013 PERMIT -CENTER LCA JOB 13102 SABEY TELX PLOTTED: 2/20/2013 Lf! 0 0 J J N w 1-- fY w a 0 re a ce w Z w 0 1- a w 07 0 N N 1 O o o C o (a .,_. Q. cn o v E o o °O O 0 N O M co C 0 C') C a) >- ' o E o a) c' co O c.) *ma - CO d 0 0 Ui ` N X C • 0 a) o N O as ca .0 (ao-W 1- o z 1 L 3 o3--oI-I3 EXPIRES: 11-16-2013 2N C.l W H XX LL N N C.4 E CO 0 W V Q Lo c W °D m c+) C t/� ~ m (n O CCJ GD N co C'7 O Q N j- U U CC CC) uc N C O Z JW m co o= c s Q 3 X0"0 m o m 3 AcE m e. O V W 5 W • a co to _ I d' F- Z o = J • N 0 Ca X ca W co)M M M ISSUED / REVISED DATE EXISTING BREAKER MAP E1 .09 1 2 3 4 5 6 7 8 9 10 11 12 J J GENERAL NOTES: 1. CONDITIONS SHOWN WERE TAKEN FROM FIELD INVESTIGATION AND AVAILABLE RECORD DOCUMENT INFORMATION. LOCATE AND VERIFY ALL ELECTRICAL SYSTEMS WITHIN THE IDENTIFIED AREAS PRIOR TO STARTING ANY WORK. ANY DISCREPANCIES BETWEEN INFORMATION SHOWN AND ACTUAL CONDITIONS SHALL BE BROUGHT TO THE ATTENTION OF THE ENGINEER. H LIGHT LINE WEIGHT INDICATES EXISTING EQUIPMENT, FEEDERS, ETC. REFERENCE NOTES: CONSOLIDATED LOCATION FOR NEW SWITCHBOARDS, UPS'S AND BATTERIES. G ALTERNATOR F 2MW GENERATOR DAYTANK 2000KW GENERATOR MCC -EG -3 ALTERNATOR SWB-D5 PROVIDE FEEDER FROM SWBD-D1 B AND DISTRIBUTION DP -C4. PROVIDE FEEDER FROM SWBD-D2B AND DISTRIBUTION DP -05. PROVIDE FEEDER FROM SWBD-D3B AND DISTRIBUTION DP -C6. PROVIDE AND INSTALL NEW FEEDER FROM SWBD-D6 TO NEW SWBD-D3B. INTERCEPT AND EXTEND EXISTING FEEDER FROM DP -HA TO DP -6. PROVIDE AND INSTALL NEW FEEDER FROM SWBD-D4 TO NEW SWBD-D1 B. PROVIDE AND INSTALL NEW FEEDER FROM SWBD-D5 TO NEW SWBD-D2B. EXTEND EXISTING FEEDERS IN SWBD D4 TO PROVIDE NEW FEEDER FROM SWBD-D1 B AND DISTRIBUTION DP-CR4 (OLD DP -C4). SIMILAR TO PARTIAL ONE -LINE DIAGRAM SHEET E1.09. EXTEND EXISTING FEEDERS IN SWBD D5 TO PROVIDE NEW FEEDER FROM SWBD-D2B AND DISTRIBUTION DP -05. REFER TO PARTIAL ONE -LINE DIAGRAM SHEET E1.09. EXTEND EXISTING FEEDERS IN SWBD D6 TO PROVIDE NEW FEEDER FROM SWBD-D2B AND SWB-CR. REFER TO PARTIAL ONE -LINE DIAGRAM SHEET E1.09. 0 �0 o �a — d- 0. co O d- iEu000O 0) 0 N O O M C 0 i ' O o L N Z O CO o 2 — co �r a▪ ) d YNN L c • }NN 03 CV; s acn cD W < I— c ZI— U_ E 0 0 G3 03-01-13 EXPIRES: 11-16-2013 2MW GENERATOR E DAYTANK I.. ALTERNATOR SWB-D4 2MW GENERATOR DAYTANK 1 FOP 1A FOP 1B REVIEWED FOR CONFPA 0 NEC7h MAR 27 2013 I D 2000KW GENERATOR ALTERNATOR SWB-D3 m v W 5 113_"1111 .1- 2MW GENERATOR DAYTANK l=. SOUTH CHILLER YARD ALTERNATOR SWB-D2 2MW GENERATOR DAYTANK C 2000KW GENERATOR B PHASE 1 RECEIVED CITY OF TUKWILA MAR 0 4 2013 PERMIT CENTER W k a co • _,gym • 00a W N Z DR O=.1 0- 000� co k W F- N M I- v M ISSUED ISSUED / REVISED DATE A QTADRA 1T PARTIAL POWER PLAN KEY PLAN LCA JOB 13102 SABEY TELX PLOTTED: 2/20/2013 E2.01 H G F E D C B A 1 2 3 4 5 6 7 8 9 10 11 12 1 1 N O N W wI cn LLI ZI0 I 0 LL IJ. 0 PDU-4G L1 • 4H2 PDU-4F 4E2 4H1 PDU-4E 4F1 4E1 li 4G1 Al 6B1 L i PDU 6A DEI 6C1 6/‘ E6F16E11 1 A 1 1 L7 F2 6E2132 6AS r J Lui PDU 6B PARTIAL POWER PLAN SCALE: NONE 6D1 6C' PDU 6F fiD2 6D2 L.. 1 • ;t 6B3 6C3 0 co .11111•1110. SMIN. GENERAL NOTES: 1. CONDITIONS SHOWN WERE TAKEN FROM FIELD INVESTIGATION AND AVAILABLE RECORD DOCUMENT INFORMATION. LOCATE AND VERIFY ALL ELECTRICAL SYSTEMS WITHIN THE IDENTIFIED AREAS PRIOR TO STARTING ANY WORK. ANY DISCREPANCIES BETWEEN INFORMATION SHOWN AND ACTUAL CONDITIONS SHALL BE BROUGHT TO THE ATTENTION OF THE ENGINEER. 2. LIGHT LINE WEIGHT INDICATES EXISTING EQUIPMENT, FEEDERS, ETC. REFERENCE NOTES: POWER REVISIONS FOR OFFICE AREA UNDER SEPARATE PERMIT. RE—INSTALL PDU'S AND RPP'S THAT WERE REMOVED FROM COLO 1 AND 2 AS SHOWN ON DEMOLITION SHEETS. FINAL LOCATIONS OF RELOCATED PDU'S TO BE DETERMINED. PROVIDE TIE TO EXISTING EPO SYSTEM TO ALL RELOCATED PDU'S. REVIEWED FOR COMPLIANCE WITH NFPA 70 - NEC MAR 2 7 2013 City of Tukwila BUILDING DIVISION RECEIVED CITY OF TUKWILA MAR 0 4 2013 PERMIT CENTER J J Cl) W H re a -- 0 +-I a CZ re0 -1-1 H t�3 a 0 = W z m a o co = as Q. E O 0 ca .100_ CV 0 a o3-ol-I , EXPIRES: 11-16-2013 Ic— G w 0 0 w V) N N C:1 0) UN Ocm WW ri :hNV QHQz J—RCFQ zN ea 05 Z CO CO0 CA W Z 5 z E O N CD CO W v • a co —I co ot �a) 1— I— o�a • N Z 1. mP O .. O .1 a.>>— • p DI co kJ M 1- M izt M N O Cr) 1- 0 w 0 ISSUED / REVISED DATE LCA JOB 13102 SABEY TELX PLOTTED: 2/20/2013 PARTIAL POWER PLAN E2.03 1 2 6 7 8 9 10 11 12 GENERAL NOTES: 1. CONDITIONS SHOWN WERE TAKEN FROM FIELD INVESTIGATION AND AVAILABLE RECORD DOCUMENT INFORMATION. LOCATE AND VERIFY ALL ELECTRICAL SYSTEMS WITHIN THE IDENTIFIED AREAS PRIOR TO STARTING ANY WORK. ANY DISCREPANCIES BETWEEN INFORMATION SHOWN AND ACTUAL CONDITIONS SHALL BE BROUGHT TO THE ATTENTION OF THE ENGINEER. H LIGHT LINE WEIGHT INDICATES EXISTING EQUIPMENT, FEEDERS, ETC. c-) y W F- a -- 0 • re W W W • � F - z Z_ OD W CO O () ¢ 0) E 'Jo > Q03 .4c� �, W CV w ,=, -• N W < (y N Q 0 co — un— u_ V MATCHLINE — FOR CONTINUATION SEE SHEET E2.01 REFERENCE NOTES: INTERCEPT EXISTING FEEDER TO ATS—LP1 AND EXTEND FEEDER TO DP—C4. 2000KW GENERATOR ALTERNATOR SWB—D1 G INTERCEPT EXISTING FEEDER TO ATS—H3 AND EXTEND FEEDER TO DP—C6 (OLD DP—CR4). PROVIDE AND INSTALL NEW FEEDER FROM SWBD—MR TO SWB—AR AS SHOWN. INTERCEPT AND EXTEND EXISTING FEEDER FROM DP—HA TO DP -6. SWITCHBOARD OUT OF SERVICE. 0 � ft:io L� Q. co O d - v E oaao O 0 N o 0 M c , -`''O° c) - M Q ▪ N > ' o o m Z o co 0.3CD 04 4im. d - N C c% >- N N as coJX . c as mw< I- 0 , Z I- LL E 0 U X F FRONT 'M3 CPU SEISMIC DEVICE UNIT "XHB3" "XHA2" 0�-01-13 EXPIRES: 11-16-2013 E REVIEWED FOR COMPLIANCE WITH NPPA 70 - NEC MAR 2 7 2013 "DP—HA" 1 "DP—HB" City of Tukwila BUILDING DIVISION D 5 C PARTIAL POWER PLAN SCALE: NONE B RECEIVED CITY OF TUKWILA MAR 0 4 2013 PERMIT CENTER PHASE 1 11.1110111 ISSUED / REVISED DATE A JLU3O2O 1 ADRAN PARTIAL POWER PLAN KEY PLAN LCA JOB 13102 SABEY TELX PLOTTED: 2/20/2013 E2.04 1 2 3 4 5 6 7 8 9 10 11 12 GENERAL NOTES: 1. CONDITIONS SHOWN WERE TAKEN FROM FIELD INVESTIGATION AND AVAILABLE RECORD DOCUMENT INFORMATION. LOCATE AND VERIFY ALL ELECTRICAL SYSTEMS WITHIN THE IDENTIFIED AREAS PRIOR TO STARTING ANY WORK. ANY DISCREPANCIES BETWEEN INFORMATION SHOWN AND ACTUAL CONDITIONS SHALL BE BROUGHT TO THE ATTENTION OF THE ENGINEER. LIGHT LINE WEIGHT INDICATES EXISTING EQUIPMENT, FEEDERS, ETC. MATCHLINE — FOR CONTINUATION SEE SHEET E2.02 REFERENCE NOTES: PROVIDE NEW FEEDER FROM EXISTING DP—C4 TO NEW DISTRIBUTION PANEL DP—CR4. INTERCEPT EXISTING FEEDER TO ATS—LP1 AND EXTEND FEEDER TO DP—C4. INTERCEPT EXISTING FEEDER TO ATS—H3 AND EXTEND FEEDER TO DP—C6 (OLD DP—CR4). c) J J W H re W a 0 CLN WWL) 1-. zzcoLo ,,. W — (O o co O' -�¢�co N 03 44 CNI co o' W Z. • N z ▪ • N "-- co J >< a N Q) W G 0 oiS aO ccLL o Ca — O. Cl) o E GD 0 N C 0 C N O L Q) V N i d C AO t 0 C F E PDU-3C PDU-3A F.A. KIOSK PDU-4A MAR 2 7 2013 F.A. KIOSK F.A. KIOSK D 03 -OI -I3 EXPIRES: 11-16-2013 C PARTIAL POWER PLAN SCALE: NONE B RECEIVED CITY OF TUKWILA MAR 0 4 2013 W v • a co CO 1- Im• o�a W N Z O .1 CC 0. 0 - W 0 M M Nr M PERMIT CENTER B=111116 ISSUED / REVISED DATE A CiTAORAN PARTIAL POWER PLAN KEY PLAN LCA JOB 13102 SABEY TELX PLOTTED: 2/20/2013 E2.05 1 2 3 4 5 6 7 8 9 10 11 12 GENERAL NOTES: 1. CONDITIONS SHOWN WERE TAKEN FROM FIELD INVESTIGATION AND AVAILABLE RECORD DOCUMENT INFORMATION. LOCATE AND VERIFY ALL ELECTRICAL SYSTEMS WITHIN THE IDENTIFIED AREAS PRIOR TO STARTING ANY WORK. ANY DISCREPANCIES BETWEEN INFORMATION SHOWN AND ACTUAL CONDITIONS SHALL BE BROUGHT TO THE ATTENTION OF THE ENGINEER. LIGHT LINE WEIGHT INDICATES EXISTING EQUIPMENT, FEEDERS, ETC. REFERENCE NOTES: RE -INSTALL PDU'S AND RPP'S THAT WERE REMOVED FROM COLO 1 AND 2 AS SHOWN ON DEMOLITION SHEETS. FINAL LOCATIONS OF RELOCATED PDU'S TO BE DETERMINED. 0 F.A. KIOSK W/EPO PROVIDE TIE TO EXISTING EPO SYSTEM TO ALL RELOCATED PDU'S. J -J co W H J W Z a O 0-2 — C CL ce s- : CN W W U) ZZaoo„ W O CO Q J O N -II—J I-- «, a Y N Q N CO - c0 i- a) O N W w '— 7N Z m N cC -J X Q N oWQ o va — v)I- LL f E O 0 PROVIDE NEW FEEDER FROM DP-CR4 (OLD DP -C4) AND NEW DISTRIBUTION DP -C4. PROVIDE NEW FEEDER FROM DP -05 TO NEW DISTRIBUTION CP-CR5. "XHT" 30KVA O Go �, o c EOow d O O O C7 _ "°° a)> o E o - a) Zc'co o ao d fn ` N X C V O O `- N a) >CV 03 2 . - - _ m a)w¢ 1— O Z 5LS "XH-2" 45KVA F TYPE .. 0 c n_ a G2 5H EXPIRES: 11-16-2013 CP -03C E PDU-4C MAR 2 7 2013 Li 0 0 LL D L.1 Com)) C D citS CC 03-4 O W N N CO U til If: Jot c PARTIAL POWER PLAN SCALE: NONE B RECEIVED CITY OF TUKWILA MAR 0 4 2013 PERMIT CENTER PHASE 1 ISSUED / REVISED DATE A PARTIAL POWER PLAN KEY PLAN LCA JOB 13102 SABEY TELX PLOTTED: 2/20/2013 E2.06 1 2 3 4 5 6 7 8 9 10 11 12 0 J J H REFERENCE NOTES: CONNECT NEW CRAC UNITS USING EXISTING FEEDERS AND BREAKERS. © OFFICE IMPROVEMENTS WILL BE UNDER SEPARATE PERMIT. (1) w 0 C3 SABEY DATA G 0 03 _L 0 CO •— O. co O v£ToQoo oQ N O O Cr) _ _ T CO pp (� Cr) a) O E o O a Z c) 0 0 V ..FDO d. U ,.-. at CV o 0, N 0 CI _ .. .. CC w 3LiX .= as co o w< H G T Z F— u- F PDU-4G 03-0I—I3 EXPIRES: 11-16-2013 REVIEWED .F01 COMPLIANCE WITH NFPA 70 - NEC MAR 2 7 2013 E City of Tukwila BUILDING DIVISION D CO CO N N W CNJ H (A N N NCO LID O W V Ca W CO o yCO ICC CO Z CID _rC CCI Cs N e a ao co ca 10d - x=O �¢ 3 Q N 0 p c e 0 maa' e� w CCI H. m O W 5 c EPO -3 Q 6C1 6 PDU 6A (GRAN -60 ) @CRAH-602 @CRAH-603 20HP 20HP 20HP 20 MCA 20 MCA 20 MCA 460/3 460/3 460/3 �... , PDU 6B C RAH -604) C RAH -605) C RAH -606) (CRAH-607 20HP 20HP 20HP 20HP 20 MCA 20 MCA 20 MCA 20 MCA 460/3 460/3 460/3 460/3 �CRAH-608 20HP 20 MCA 460/3 PARTIAL MECHANICAL POWER PLAN SCALE: NONE B RECEIVED CITY OF TUKWILA MAR 0.4 2013 W g cov � co 4 I— 422 I—oWa WNZ3 0 .1 pmt Xy W M N M d' M PERMIT CENTER PHASE 1 1211119111 COLO 5 ISSUED / REVISED DATE A �L13-O,L0 PARTIAL MECHANICAL POWER PLAN KEY PLAN LCA JOB 13102 SABEY TELX PLOTTED: 2/20/2013 E2.09 1 2 3 4 5 6 7 8 9 10 11 12 REFERENCE NOTES: CONNECT NEW CRAC UNITS USING EXISTING FEEDERS AND BREAKERS. REPLACE EXISTING BREAKERS WITH NEW 800AF/700AT IN PANELS FEEDING THE NEW CHILLERS. REPLACE EXISTING FUSES WITH NEW 600A FUSES. PULL BACK EXISTING FEEDER AND INSTALL NEW MANUAL TRANSFER SWITCH AND NEW FEEDER TO NEW CHILLER. REFER TO ONE—LINE DIAGRAM SHEET E1.07. 01 a) 0 444 ric?, W O J J SABEY DATA CENTER PROPERTIES J z 0 1- N W Li) Z co O — oo 1-1 J OOO NOCV• JNWH T gN 00 C1 N 7+ co N O as N X � Q U - LU MVH LV MUM LV MUM 460/3 460/3 460/3 LU MVH LV MUA LU MI.M LU M.4- 460/3 460/3 460/3 460/3 g _ MATCHLINE _ISR CONTINUATION SES SHEET E2.09 LU MUM 460/3 G F.A. KIOSK W/EPO CH -106) 595 MCA 460/3 PDU-4D H3A R3A H2A PNL H1 45 • FORMER "11 " 48 20 � � V, 30 "X HT" 30KVA E 0 U X d) 1— in M 1— LI- "XH-2" 45KVA F N N LI N CH -105 595 MCA 460/3 03-01-13 EXPIRES: 11-16-2013 NORTH CHLLER'AR E PDU-4C D ;RAH -50 @CRAH-50? 20HP 20HP 20 MCA 20 MCA 460/3 460/3 PAH -50) PAH -504) 4) C RAH -50) 20HP 20HP 20HP 20 MCA 20 MCA 20 MCA 460/3 460/3 460/3 @CRAH-504 (CRAH-507) 20HP 20HP 20 MCA 20 MCA 460/3 460/3 co Ir 0) coLUN H 5 PDU 5E PDU 5B N N N C PARTIAL MECHANICAL POWER PLAN SCALE: NONE B RECEIVED CITY OF TUKWILA MAR 0 4 2013 PERMIT -CENTER W v a 03 40 IL 1-~ 000a W N Z O IJq 0. 0 — 0 ca J u) W0 M M M 1— U W 0 PHASE 1 ISSUED / REVISED DATE A UAD UAD PARTIAL MECHANICAL POWER PLAN KEY PLAN LCA JOB 13102 SABEY TELX PLOTTED: 2/20/2013 E2.1 2 H G F E D C B A 1 2 3 4 5 6 7 8 9 10 11 12 MATCHLINE — FOR CONTINUATION SEE SHEET E2.16 UCH -HNC ROD F' -- Ca • el.3> -COORDINATE EXAC T LOCA.I„r . :. -.p 480l•!Fi�. r. • 0:-8 'f't, 48 � :}EC? Di C`. : °I NEMA W/ € :n WP Ni E 1 T0: iU k \ r \ DISC. SWi f .. 4 L2 30 WP 3/ f 1 /41 HP 70 l 120V. 10 30 MCC -8 NEMA 480V, W f 40A FUSE SC. SWITCH MIER MEMO PARTIAL ROOF MECHANICAL POWER PLAN SCALE: NONE .11. MINIM MCC -8/19 125AF EF—R01) 1/2HP 120/1 0 ROOF/25 f r i 44, ov,I 10 01 125AF RTU -1) 125A MOCP 98.4 MCA 460/3 1 (io; REVIEWED FOK CONFPA70C NEC� 7 MAR 27 2013 City of BUILDING DIVISION f Tukwila BUILDING DIVISION' 1111. =II1M1 N w It 0 IQ I� z 0 U w J U a 1UO3lTNGF — — L ?-0 REFERENCE NOTES: REMOVE EXISTING RTU -2, DISCONNECT AND FEEDER. REMOVE EXISTING EF -24, DISCONNECT AND FEEDER TO NEAREST JUNCTION BOX. RECEIVED CITY OF TUKWILA MAR 0 4 2013 PERMIT -CENTER KEY PLAN a) 4--'+ c 12201 TUKWILA INTERNATIONAL O Go C C LL o ( _,_, d Q. CO c - ET0000 o 0 N O O M T Cr) co C C▪ i- ' O E O L N Z O oO 0 L W V O - . a+ d (1) ` 1 N X C V ° O T N N CO i' (V *" • s , :. .0 O N W < 1- G T Z 1- LL 'S �—ol—I3 EXPIRES: 11-16-2013 W 0 0 LwLL- 11.1 CJ) C/) CO W V • a CO -iim 'ID 413- m- lict F 4: 11.1 • N 3 ') O .. O=Aa ods—J 06>>— Ca X0CO) W co) N M co) N O Cr) 1- 0 w 0 0 - ISSUED ISSUED / REVISED DATE LCA JOB 13102 SABEY TELX PLOTTED: 2/20/2013 PARTIAL ROOF MECHANICAL POWER PLAN E2.1 3 1 2 7 8 9 10 11 12 H c 0 cv 411/4 (Si 0 MATCHLINE - FOR CONTINUATION SEE SHEET E2.13 �.. NG ROD -44, OV,J 10 1 :..1(;} !fir,; 41•=11 4MM REFERENCE NOTES: 0 J J SABEY DATA CENTER PROPERTIES 12201 TUKWILA INTERNATIONAL G 2----4"C STUB OUT FOR EE4UR r, .3 COORDINATE i r i SECURITY -7 RTU -2 125A MOCP 98.4 MCA 460/3 0 C oa) o LL ( .t... v 000 N O O M - Cr) 03 C C.) .t.. CO t C a) i- ' O 1= 0 '- ZOco O U °)°O .4- "" -1-. -'v- 1 C'. AW d Ui L -N _ C0 U N— N N ._ ca CU .- .. .. .= ca (l) a) W Q 1— G , Z 1— LL 'S RTU -3 FUTURE F "R.r. 7 1 tl✓ MCC 03-01-1 EXPIRES: 11-16-2013 E 60A, %0J FUR`-.) r.f'._.. SWITCH NEMA 3-, PkJ :-5A FUSE D C REVIEWED Rif COMPLIANCE WE NFPA 70 - NEC MAR 27 2013 i PARTIAL ROOF MECHANICAL POWER PLAN SCALE: NONE RECEIVED CITY OF TUKWILA W V Hca �0. __ i ~ W N T- 0 I - 0I CG XO Jy W M M co) N O 1- U w 0 oe CL PHASE 1 MAR 0.4 2013 PERMIT CENTER ISSUED / REVISED DATE PARTIAL ROOF MECHANICAL POWER PLAN KEY PLAN LCA JOB 13102 SABEY TELX PLOTTED: 2/20/2013 E2.1 6 H G F E D C B 1 2 3 4 5 6 7 8 9 10 11 12 POR TYPE Hf*«URE --I-12' SOUTH CHILLER YARD L4>r L4)/T • \l r` 8 rTh � 1 {L1p' (L4Y \M1 Typi -z --/ 1 75 1 O L— r h • 1 Oh :--113 / 1 C,r • { E` L'` 175 t. \l 1 5b l \ <,L3,) r 1 55 L% K. EI L3) MATCHLINE — FOR CONTINUATION SEE SHEET E 4, - L2 155 tf K.y -5 170- L3)- 1 35 1 =IMP 411E11100 135 3h 1 0k 1 2 1 4 I000TILE r - r )) PARTIAL LIGHTING PLAN SCALE: NONE 1 0 . . L • 1 l yi b 17 1 >c- b 0A 1,h 1 :5 A ;X Al 1:L / 0 1Ob L b -;aI:! Ax A1; X; Oh S ��J `0 OMNI. 11111, r:r \yr 0 : 1 / LOP L1 1) dab 5 0D w w ff ,1 0 i. - I Z I— Z 50L 0 ,. O LL' ! ) L; '\ r 2' 1L3OE)O°1 REFERENCE NOTES: PROVIDE NEW WIRELESS CONTROL & PEDESTAL PJ-3BRL—GWH—T01. PROVIDE NEW MAESTRO WIRELESS DIMMER SWITCH MRF2—F6AN—DV—WH. INSTALL FIXTURES PROVIDED BY TELX AND CIRCUIT AS SHOWN. REVIEWED .FO COMPLIANCE WITH NFPA 70 - NEC MAR 27 2013 C ty of Tukwila BUILDING DIVISION RECEIVED CITY OF TUKWILA MAR 0 4 2013 PERMIT CENTER RA T 2” RA 5' LTADRAN KEY PLAN rr 0 J J oi W H W a O cc a cc W 4.4 H W 1— (3 0 >- W W m Za O CO 12201 TUKWILA INTERNATIONAL 0 off L() 0) 0) N 00 N N X Q LL Q C C L.L O O c — • 0 0 - _ O a) O N M� c co C 0- C N ' O O (1.O Z o as C) y-. L _ oo 'tet • d Y .i+ - N C V CD >- N N a) y° --#X .c ea - a)w< I— CI — ZI-L.L Z—x x-13 EXPIRES: 11-16-2013 cc 0 C/) co co LO co Lo LO LC? 07 CO cp ICE CQ ce 28 80- _7,5,.`° <I% Li. itz cod me co 0 ILI 0 ISSUED / REVISED DATE LCA JOB 13102 SABEY TELX PLOTTED: 2/20/2013 PARTIAL LIGHTING PLAN E 3 . 0 1 LUMINAIRE SCHEDULE TYPE ILLUSTRATION RXTURE DESCRIPTION MANUFACTURER (BASIS OF DESIGN) CATALOG NUMBER MOUNTING VOLTS INPUT WATTS LAMP QTY. LAMP TYPE BALLAST QUANTITY REMARKS F , 1 FT X4 FT LED WITH ACRYLIC LENS RECESSED MVOLT 39 1 LED 6 FIXTURES 1 OF THEM WITH BATTERY PAC K PROVIDED BYTELX LOCATED IN OPS CUSTOMER WORK AREA 156 K /, -ssw's> 4 FT LONG FLUROESCENT VAPOR PROOF ENCLOSED AND GASKETED W/ACRYLIC DIFFUSER ELECTRONIC BALLAST CORONET DP-4-1-54T5HO-UNV CHAIN 277 58 1 T5HO 735 ELECTRONIC DIMMING 16 FIXTURES 2 OF THEM WITH BATTERY PACKS PROVIDED BY TELX LOCATED IN UPS ROOM 120 K2 -'"'^''' ;f" `„(c 4 FT LONG FLUROESCENT INDUSTRIAL TYPE FIXTURE WITH GUARD ELECTRONIC BALLAST COLUMBIA KL4-232-277-4-EB8 CHAIN 277 59 2 F32T8 735 ELECTRONIC 4 FIXTURES 2 OF THEM WITH BATTERY PACKS INFORMATION TAKEN FROM RECORD DRAWINGS PROVIDED BYTELX LOCATED IN ELECTRICAL ROOM 155A T1 ✓✓✓ ( ��" ‘ 4 FT LONG FLUORESCENT NATIONAL LIGHTING JM(1)T5HO(54) 4' T -GRID MVOLT 58 1 T5HO ELECTRONIC 281 FIXTURES 38 OF THEM WITH BATTERY PACKS PROVIDED BYTELX LOCATED IN COLO'S 5 & 6 NOTES: 0D w w ff ,1 0 i. - I Z I— Z 50L 0 ,. O LL' ! ) L; '\ r 2' 1L3OE)O°1 REFERENCE NOTES: PROVIDE NEW WIRELESS CONTROL & PEDESTAL PJ-3BRL—GWH—T01. PROVIDE NEW MAESTRO WIRELESS DIMMER SWITCH MRF2—F6AN—DV—WH. INSTALL FIXTURES PROVIDED BY TELX AND CIRCUIT AS SHOWN. REVIEWED .FO COMPLIANCE WITH NFPA 70 - NEC MAR 27 2013 C ty of Tukwila BUILDING DIVISION RECEIVED CITY OF TUKWILA MAR 0 4 2013 PERMIT CENTER RA T 2” RA 5' LTADRAN KEY PLAN rr 0 J J oi W H W a O cc a cc W 4.4 H W 1— (3 0 >- W W m Za O CO 12201 TUKWILA INTERNATIONAL 0 off L() 0) 0) N 00 N N X Q LL Q C C L.L O O c — • 0 0 - _ O a) O N M� c co C 0- C N ' O O (1.O Z o as C) y-. L _ oo 'tet • d Y .i+ - N C V CD >- N N a) y° --#X .c ea - a)w< I— CI — ZI-L.L Z—x x-13 EXPIRES: 11-16-2013 cc 0 C/) co co LO co Lo LO LC? 07 CO cp ICE CQ ce 28 80- _7,5,.`° <I% Li. itz cod me co 0 ILI 0 ISSUED / REVISED DATE LCA JOB 13102 SABEY TELX PLOTTED: 2/20/2013 PARTIAL LIGHTING PLAN E 3 . 0 1 1 2 3 4 5 6 7 8 9 10 11 12 H REFERENCE NOTES: LIGHTING FOR OFFICE AREA UNDER SEPARATE PERMIT. 0 J -J N W 1- W d 0 OC a W 1- Z W 0 SABEY DATA 12201 TUKWILA INTERNATIONAL LO CO 0 �) O O O rn o CO 0) ' N Q O CO - CO N N O N CO J X N W < U) LL. E 0 U 0 (6 INSTALL FIXTURES PROVIDED BY TELX AND CIRCUIT AS SHOWN. PROVIDE LUTRON WIRELESS OCCUPANCY SENSORS LRFX—OCR2B—P—WH. VERIFY COVERAGE WITH MANUFACTURER PRIOR TO INSTALLATION. G \ 3 :.l-9 U DERCOLKIER LIGHT IUD-- 22,24 ViA 5 a[ -DOOR CONTROL N LEC k A'N E L iL . 12ab .2a 14 -cd F a .3 2 o 10a.^. 1? 1 „J..; . accb` 2.—x X—I'' EXPIRES: 11-16-2013 -cd E L 1D 1 7 D 2 0 0 LL Ci) CD CO co co LO Cal C ino I.1!U1Th1 1 m11 I Miff 11111Iran PETlab 1I BEEENIIIMIEEMEINga lab MIIIII=V=Mi& MD M ---._-- v3ab m ME :oc, EMT 3ab 111111111 iIFi rz�I�• � 'ter � >� � � IIS � � r MATCHLI ATION SIE SHEET MAR 27 2013 N O N PARTIAL LIGHTING PLAN SCALE: NONE B RECEIVED CITY OF TUKWILA MAR 0.4 2013 03 CD 00 CD a z� CO H N 1- W 0 PERMIT CENTER PHASE 1 ISSUED/ REVISED DATE COLO 5" A PARTIAL LIGHTING PLAN KEY PLAN LCA JOB 13102 SABEY TELX PLOTTED: 2/20/2013 E3.03 1 2 3 4 6 7 8 9 10 11 12 H MATCHLINE — FOR CONTINUATION SEE SHEET E3.01 REFERENCE NOTES: INSTALL NEW MAESTRO WIRELESS DIMMER SWITCH MRF2—F6AN—DV—WH PROVIDED BY TELX. 0 0 J J w F' re W a O a CC w 1- Z W U SABEY DATA 12201 TUKWILA INTERNATIONAL N O 00 O CO O r � 00 o0 0) I Q 7;0 _ C.0 a.) O N CB --I a) w CO F— r O CA C) N 00 N C0 X u - INSTALL FIXTURES PROVIDED BY TELX AND CIRCUIT AS SHOWN. G '70 i 0 c6 0 C C 1-1- O W ... �r c a EQ. r c> C) d 0 N O O Cr) M C V C') C N O E O LN Z w 0 O1:3° • C� `N G C C ▪ V N 0 r N N .- W .2 R •' < t CO a) w Q 1-- G r ZF-u- 8< B3'> TYP. LI.{{.U.O.N. 1 0 k F \ IEA O —I..<�- . � .� `'vet`. OUTDOOR i. ?.31_�`K. La, CON P ;L PANEL EA -.i,9 rab 2-x x-13 EXPIRES: 11-16-2013 66 f Li 610 1:' 1 o0 D L2-7 VIA OUTDOOR L... CONTROL PANEL N,„ E-- cif 0 0 LL 0 uJ 0) iiIVIEW D FOR • COMPLIANCE WM-f NEPA 70 NEC MAR 2 7 2013 City of Tukwila BUILDING DIVISION C PARTIAL LIGHTING PLAN SCALE: NONE 8 RECEIVED CITY OF TUKWILA W k a co co a� � Iowa 111 N Z OEC =Ja W cd, M N M PROJECT #13102 PHASE 1 MAR 0.4 2013 PERMIT -CENTER 1114911191111 ISSUED / REVISED DATE A PARTIAL LIGHTING PLAN KEY PLAN LCA JOB 13102 SABEY TELX PLOTTED: 2/20/2013 E3.04 1 2 3 4 5 6 7 8 9 10 11 12 REFERENCE NOTES: INSTALL FIXTURES PROVIDED BY TELX AND CIRCUIT AS SHOWN. PROVIDE NEW WIRELESS CONTROL & PEDESTAL PJ-3BRL-GWH-T01. PROVIDE LUTRON WIRELESS OCCUPANCY SENSORS LRFX-OCR2B-P-WH. VERIFY COVERAGE WITH MANUFACTURER PRIOR TO INSTALLATION. PROVIDE LUTRON POWPAK RELAY MODULE RMJ- 1 6R -DV -B. VERIFY QUANTITY AND LOCATION WITH MANUFACTURER PRIOR TO INSTALLATION. 41/4. TUKWILA INTERNATIONAL 0 N N 1 0 N LC) Csr- o CO O CO co CD i is N CO CD O .C4 Cu J CD w Cn I- C = LL O R — d' ._ C. co O .1- 0E O O co CD p N O O Ce) Cr) O ✓ - Cr) • = 0 >- ' o f O. d i a) Z O ao p Cf L CO d' U *WI,t,, a(5 C/) Y N X = ▪ V a) O r N N >- N + .. .. CD — 3-iX t t0 Cn N w < 1- C Z I— LL F 2-x x -l3 EXPIRES: 11-16-2013 E CO CD D U a C PARTIAL LIGHTING PLAN SCALE: NONE B RECEIVED CITY OF TUKWILA MAR 0 4 2013 W t) k 03 A 02 a al t)O�a WNZ� O=.a oc�—� 0003 co W M 1- F' co) PHASE 1 PERMIT CENTER ISSUED / REVISED DATE A PARTIAL LIGHTING PLAN KEY PLAN E3.06 LCA JOB 13102 SABEY TELX PLOTTED: 2/20/2013 H G F E D B 1 2 3 4 5 6 7 8 9 10 11 12 1•1•1•1 •111111MINIMMI. HH 0 *Q9 Lral . + + + 1.3 1.2 1.0 1.0 + 1.0 *1.0 1.1 +0.9 +0.9 +1.0 +1.117 17 1.2 1.1 1.0 1./.0 11.0 1.1.0 1.t.1 + + + + + + + + ! 0 1 a LI +0.9 +09 +1.0 +1.1 +12 +1.2 +11:211.1'.1. +1.0 +as +0.9 +as +10 + + Y +1.0 +1.0 +++ 1.1 1.3 1.4 1.4 1.4 1.2 1.1 1.0 0 1 1.3 1.4 1.1i 1:1J 1.0 1.0 .0 1.0 +1.1 1.3 1.4 '1.3 '1.3 +1.2 +1.0 +1.0 1"111:Mi 1133-11.1 + +1.1 1 7 17 12 1.1 1.0 0.9 0.9 0.9 I 0 12 11 + + + + + +11 +12 +12 +1.2 +1.1 +12 *09 oa + + 0.9 12 + "12 "1.1 +1.0 +0.9 +0.9 +0.9 +1.0 +1.1 + + + + + + + + + 12 1.2 1.1 1.0 0.9 0.9 0.9 1.0 1.1 ++++ 1.4 1.3 1.3 1- 1.0 1.0 12 +1.2 +1.2 +1.1 +1.0 1.0 1.0 1.1 1.3 1.4 1.4 1.4 1.2 1.1 1.0 1.0 1.0 1.1 1.3 1.4 1.4 1A 1.2 +1.1 +1.0 1.0 1.0 1.1 1.3 +1.4 1.4 1.4 1.2 1.1 + + + + + + + + + + + + + + + + + + + + + + + + L 1.6 1.0 1. 4- 4- + + + + + 1.1 1. 1.3 1.4- 1.3 1.1 0.9 *0.9 *0.9 + 0.9 +1.0 +1.1 +1.2 +1.0 0 9 + + + + + + + + + + 0.9 0.9 0.9 1.0 1.1 1.2 1.2 1.2 1.0 0.9 + + + + + + + + + 1.0 1.0 1.0 1.1 1.3 1A 1.3 1.3 1.1 0 200 .1111111, M3 +OA +05 +0.7 +OA 12 12 +1. ta.3 + + + +1.4 +1.3 1.0 1.0 411•1•1111 2 01 C [A L € 200 SI CALL 0 1 0 1 200 C 3 a to .3L 0 1 1 0 0 L.2. ''(J <F" LAC3E > 1 0 200 LT:: C A1.13E € 1 1 11111•111111•IIMM 1=11 + + + + + 12 11 1.1 1.2 +1.1 +1.0 +0.9 +0.9 0.9 0.2 0.9 1.0 1.1 1.1 1.1 0.4 +0 6 +0.8 +1.0 +1.3 +1.6 +1.7 +1.7 +1.8 + +1.4 +1.2 +1.2 +1 +0.3 +0.5 +0.7 +1.0 +1.2 +1.6 + + + + + + 0.3 0.5 0.7 1.0 1.3 1.6 + + + + + + 2.0 2.1 2.1 22 1. 1.7 1.5 1.4 0 ' -0- + + + 2.0 22 .6 1.4 + + + + + + + 02 OA 0.6 0.8 1.1 1A 1.7 1 1- 1- 1- -I- 02 OA 0.5 0.7 M9 12 12 + + + + + + + + 0.3 0.3 0.4 0.6 0.8 0.9 1.2 1.4 1.4 1.4 +1.5 +1.5 +1.5 1 + + 1.5 1.6 + 1.6 1.6 1 + + + + 1.5 1.6 1.6 1.6 1. + + 1.2 .1 +1.1 .3 +1.2 3 +12 1 +1.0 + + 1.0 O +0.9 +qa 0.7 O oa d 1 + + 0.9 0 8 -F + 1.0 0.9 0.9 +0.9 +0.9 +0.9 e*) +le +1.1 1 0 I=1 1_1 1.0 +0.9 +0.9 +0.9 +C.9 +1.0 +1.1 +12 +1.2 +1.2 +1.1 +1.0 13 1 0 sr - "11 - A + + lA 1.4 + + 1_3 1.3 '1.0 1.0 + + 0.8 0.8 + 1.2 1 12 1 + + 0.9 0 + + 0.8 Q +0.8 +0.13 ±ux + + + 1.0 1.0 0.9 0 + + + + OA OA 0.4 1 + +++ 0.3 0.3 0.4 1 9 0 0 8 7 7 9 0 0.3 0. 1=1 1.1 +1.2 +1.3 +14 +1.4 12 1.3 1.3 +1.4 O 1 1.3 +1.3 1.0 +1a 0.8 +0.8 O I 0.7 +0.7 0.6 +0.8 0.7 0.7 0.6 2 + + 1.0 qa 1.5 +1.5 1.5 +1.6 1 2 1.1 +1.5 +1.6 +1.6 +1.6 +1 + + + +1.5 1 : : . 3 + 1.5 1.6 1.5 3 +1.2 +1 0.8 1 +1.0 • 2 12 2 +1.2 +t2 +12 +12 +1.1 +1.1 + O 1 0.7 0.7 1.0 +1.0 1.3 +1.3 0 1 1.4 +1.4 1 +1.1 +1.3 1 4 2)00 CACIEI 2 0 0 1 € 500 SI- Cl 1 0 1 0 1 1 0 0 1 0 1 0 L L 1.€1 L.: 1.2.21 0 C>1 0 0 : „2- 1:A,LL 1 0 1 3 14 12 12 12 1.0 +M9 +0.9 + 10 +1.1 +1 7 +1 2 +1.2 +1.1 +1.0 +0.9 09 +0 9 +1.0 +1 1 +1 2 '1 2 +1.1 1.0 0.9 0.9 0.9 0.9 1.0 1.1 1 12 1.2 1.0 0.9 0.9 0.8 0.9 1.0 1.1 1 2 1 2 12 1.1 1.0 - I ; 0 I 1.3 1.3 +12 +.1.1 +1.0 +0.9 +0.9 +0.9 +0.9 +1.1 +1.2 +1.2 +12 +1.0 +1.0 +0.9 0.9 +0.9 +1.0 +1.1 +1.1 +12 +1.1 +1.0 +0.9 +0.9 +0.9 +0.9 +.14 +1.1 +1.2 +1.2 +1.2 +1.0 +0.9 +0.8 +0.8 +0.9 +1.0 +11 +12 +1.2 +12 +1.1 +1.0 1 0 1 1 0 1 1 0 I € 0 €€ + 0.1 i€ 0.1 /1 0.1 02 + + 0.2 0.2 + + 0.2 0.2 '0.2 +0.2 + + 0.2 03 +0.3 +0.4 . i • OA 0.4 *- 0.2 "0.2 0.3 0.4 0.5 0.6 0.6 0.7 + + + + + 0.2 0.3 0.4 0.5 0.6 +0.8 0.9 "1.0 I € i 0.2 +0.3 +0.4 +0.5 +0.7 +0.8 +1.1 '1.1 +0.2 +0.3 +0.4 +0.5 +0.6 +0.8 +1.0 +1.1 + + + + 0.2 0.2 0.3 0.4 0.6 +0.7 +0.9 + '0 00 30 A. I..] 2 0 12 +1.3 +1.3 + + + + + +13 1.2 1.1 1.0 1.0 1.0 1.1 + + 12 1.3 +1.3 + + + 1.4 1.4 1.4 +1.3 +412 C+ +12 +1.2 +1.2 +1.4 +1.4 +1.3 +1.4 +1.2 +1.1 +1.1 +1.1 +1.1 +12 "4C'Cji; +1.4 +1.4 +1.2 1 . 0 1 1 1 0 1 1 0 1 +12 +1.3 +1.3 -1.4 +1.3 12 1.2 12 +1.3 +1.3 +1.3 +1 + + .2 +1.1 + + 1.0 +1.1 +1.1 +1.2 + + + 1.2 1.3 1.3 1.3 +1.3 +1.3 +12 4- + + + + + + 0.7 10.8 0.9 1.1 1.3 1.4 1.4 1.4 1.3 ./ / 0 1 . • al 0.7 0.8 1.0 . 1.1 1.3 1.4 .• :• + + + + + + + 0.5 0.6 0.7 0.9 1.0 12 14 '1.3 +1.3 +1 . 1 *1.0 +0 .... 6 0.6 ... 1 . 0 +12 ... 11 "0. as 02 M6 0.8 0.9 IX) 11 11 12 +08 +01 +EL6 4.(1.5 +115 +05 +02 +0.6 +oa +oa 11C-!6 +11 11 12 M + + + 0 I p 1 1 0 1 1 0 1 1 0 1 0.4 0.5 0.6 +0.7 0.8 1.0 1.1 1.1 1.1 +0.9 +0.8 +0.7 +0.6 +0.5 +0.5 +0.5 +0.5 +0.6 +0.7 +0.9 +1.0 +1.1 +1.1 +1.1 +0.9 + + + + + 1.4 1.4 1.3 .1 0 1.1 +1.3 12 1.0 0.8 + + + + 0.5 0.5 0.6 +0.8 0.9 1.1 12 12 1.2 1.1 0.9 0.8 O 1 4 c ▪ 1 13 0 0 s's 4 3 1 1 1 • 1 4 (- +0.6 0 +0.5 0.5 +0.5 +04 +0.3 0.8 0.9 1.1 + + 4-1 1 0 10 0 0 1 € 0 1 € 0 1 7- + + + + + + + + + + + + + + + + 0.2 02 0.3 0.4 0.6 0.7 0.9 1.0 1.0 1.0 0.9 0.8 0.8 0.7 0.8 0.8 0.9 02 2 +0.3 0.4 +0. + 4 + + 0.6 0.8 1.0 12 12 + + + + + + + + 0.3 0.4 04 0.7 0-9 1-1 12 12 + + 0.2 0.3 + + 1.2 1.0 + + 1.3 1.1 1.0 +0.9 +0.9 +0.9 0.9 +1.0 1.1 1.2 + 4.6 to 1.0 1.1 1.2 '1.3 + 1.1 1.0 0.9 0.8 "0.8 0.8 .2 1.2 +1.1 +0.9 0.9 .3 +1.3 +12 0.4 +0. + + + 0.8 0.9 1_0 + + 1 .0 1.1 9 + + 0.9 1.0 1.1 1.2 +12 + + + + + 0 1.0 1.1 1.3 t3 1.3 C: + + + + + 1.0 0.9 0.8 '0.8 0.8 0.8 +1.2 +1.1 + + 1.3 1.2 + + 0.9 0.9 0.9 0.9 1=11 0.9 1.0 + 1.0 + + 1.1 1.0 1.0 1.1 + 12 12 1_2 0 4- + 0.8 1.0 .3 1 ++++ 0.9 1.1 1.3 1.4 1.0 + + + + 1.4 1.4 12 1.1 + + + + 1.4 1.5 1.3 1.2 +1.4 +1.4 1:3 '1,0 1 1.4 +12 +1 • + + 1.8 1.8 1.5 1 + + 2.1 2.2 +1.9 +1 D + + + + 2.2 2.2 1.9 1 0 0 3 6 6 + + + + 1.9 1.9 1.6 1.4 +1, +1.5 a 1 + + 1.4 1.3 + + 1.5 1.5 + + 1.5 1.6 > + -F 1.3 -F + 12 -F -F 1.3 + + 1.4 1 + + + 1.5 1.5 1.4 1 0 2 2 + + + 13 1.5 1.4 1.2 + + + 1.5 1.5 1.4 1 +1.5 +1.5 +1.4 +1 +1.4 +1.4 +12 +1 + + + 0.9 0.9 1.0 +1.0 +1.2 '17 '11 +1.2 +1.1 0 r I +0.9 +0.9 +1.0 +1_0 +1.1 +12 +1.2 +12 ++ 1.1 0 2 0 9 9 01111M, ••••• + 4- 4- + + + + + 1.0 ,1.0 1.0 1.1 1.3 1.4 1.3 1.3 12 1.0 0.3 0 0.3 0.3 i :.:: 1, + + '0'C1A + + + ‘4... 1.1 1.1 1.1 1.2. +1.4 +1.3 +1.1 0.9 0 0.5 0.4 03,,, 1 C C 1T I'll 1112 +in +1:31TIATI13 )1 1.0 +1.3 +1.4 +1.3 +12 1.0/ +1.4 +1.4 1.3 1. 1.1 + + 1.0 1.0 1.0 .0 0.9 0.8 +1.0 +1.0 +1.1 +1.1 +12 +1.2 +1.2 +1.1 0.9 +1.4 1.4 1.3 1.1 + + 0_8 1.3 + + 1.3 1.1 '1. + 0.7 + + + 0.9 1.0 h 1 1 +11 +1A 0.7 0.8 1.0 1.1 + +13 + 0.8 .9 1 b00 C A 1 (1 0 > 0.9 0.8 +0.8 +0.8 0.8 1 +1 1.1 0 + + + 0.7 0.6 0.5 +0.9 +0.8 0.7 . +1.2 +1.3 1 +1.2 +1.0 +0.8 + 1.3 '1.3 + .9 0.8 0.7 0.6 + + + 4 + 0.6 .7 0.0 1.0 1.1 • .:. + + + + + + + + + + 0.8 0.7 0.6 0.5 0.6 0.6 0.7 0.8 1.0 1.2 1.3 • 1.1 + + 1.1 0.9 0.8 + + + + 1.2 12 1.0 0.9 11=1111 0.9 + + 1.0 1.0 + • + 0.9 0.9 0.9 0.9 10 1.1 6CN 3 + + + + 1.1 +1.0 +1.0 +1.0 +1.1 1.3 + 1.2 + 1.1 1.0 1.0 1.0 1 1.1 '000 + + + 1 0 0.9 0.8 1.2 1.2 1.1 1.0 + + + + 1.3 11 1.3 1.3 1.2 1.1 e 2 0 1 4(30 30 0 1 0 1 4 400 30 0 4 • 4 0 1 4 0 1 1 0 € 1 0 400 SF LALL 3 7- 400 Si-- n Art: € 0............ 400 0 4 1 0 1. 0.7 0.6 0.5 +0.5 +0.5 0_5 +0.6 +0.7 +0.8 +0.9 1.0 + + + 1.3 1.1 0.9 + + + 1.2 1.0 0.8 • 1.0 0.9 M7 . 1.0 0.9 4.7 O. + + + + + + + + + + + 1,.. + 0.7 0.6 0.5 0.5 0.5 0.6 0.7 0.8 0.9 1.1 12 +1.2 1.0 -0113 CA >.< 0 8 r- + + + + 0.8 0.8 0.8 0.9 1.0 0.9 + + 0_9 0.9 1.0 1.1 =11 1.1 1. 4- 1_1 1.0 1.1 1.2 +1.2 1. 4tcL+(t.i • 1.3 1 '210C 1 0.2 0.6 0.5 0.4 0 0.2 02 0_4 OA 4 04 0.4 03 +0.4 +0.4 0 3 0.4 0.4 0.6 0.8 0.4 0 0.4 + 0.5 Q5 0.8 11 11 12 ...... +1.2 't3 '11 +1.2 +1.2 •1.0 '11 ;1.1 0 9 € C C 1.0 0.9 0.8 0.8 0.8 0.8 0.9 1.0 1.1 1.1 1.0 0 9 12 1.3 1.1 +1.0 '7.9 +0.9 +0.9 1.0 +1.2 4'1.2 +1.2 +1.2 '10 12 +1.1 .1 +1 + + + + .0 1.1 1.1 1.3 + + 1.3 1.3 1.1 8 1.2 + + 0.9 0.9 1,1 0.8 + + + 0.6 0.6 26 0 1 + 0.5 0.5 D5 H 0 400 F .. cAGF .. 0' +0.0 +as +as +to +1 1 +1 1 ,+1.1 +1.0 +614 0 1 1- 0 OS OA 0.8 as 1.0 1.1 11 11 1.0 0.9 02 020.8 02 n 110 + + + + + + + + + + +++++++++++„ € + + 1 0 1 1 11 1.1 1.0 0.9 0 8 M8 02 0.9 ---13c 11.-:1 1 1 + 1..1 + 1 0 +++++++++ 0.9 a8 oa 0.8 0.9 1.0 h 1 1 1 1 1.1 1.0 0.9 1 I 0 I 1 0 1 f 1.0 1.1 1.1 1.1 1.0 0.9 0.8 0.8 0.8 0.9 .0 1.1 1.1 1.1 1.0 0.9 0.8 0.8 0.8 0.9 1.0 1.1 1.1 1.1 1.0 0.9 8.8 sa 0.9 1.0 1.2 1.3 1.3 1.3 1.1 0.9 0.9 0.9 0.9 1.0 t1 1.3 -F + 0.9 0_9 0.8 0.9 1.0 12 1.3 1.3 1.3 1.1 0.9 0.90.9 10i9 +40 12 1.3 1.3 1.3 1.1 0.9 rr • + + 0.8 0 0.8 0. +Da +as +1.0 +1. 1.1 0.5 +as ----- c 0.6 +0.5 "0 5 .0.5 +es + + 0.6 06 + + 0.9 0.9 + + 1.2 1.2 + + 1.3 1.3 + + 1.3 1.3 0 8 1 1 1,2 11 + + + + + + + + + + 1.0 0.9 0.8 0.0 0.9 0.9 1.0 1 2 1 1.1 10 1 C --- 1 1.1 1.1 1.0 0.9 0.8 0.8 0.8 0.9 1.0 1.2 1.2 1.1 10 + + + + + + + + + + + + + + + 0.9 0.9 0.9 1.0 1.2 1.3 1.3 1.3 MI Ma + + + + + + + 0.9 0.9 1.0 1.2 1.3 t3 1.3 *11 ne COLO 5 & EGRESS CALCULATIONS SCALE: NONE STATISTICS Description Symbol Avg Max Min Max/Min Avg/Min col() 1.0 fc 2.2 fc 0.1 fc 22.0:1 10.0:1 REVIEWED FOR COMPLIANCE WITH NFPA 70- NEC MAR 27 2013 RECEIVED CITY OF TUKWILA MAR 0 4 2013 PERMIT -CENTER 12201 TUKWILA INTERNATIONAL 2.-x EXPIRES: 11-16-2013 0 a) ISSUED / REVISED DATE LCA JOB 13102 SABEY TELX PLOTTED: 2/20/2013 COLO 5 AND 6 EGRESS CALCULATIONS E3.07 1 2 3 4 5 6 7 8 9 10 11 12 J J H a) 0 REFERENCE NOTES: PROVIDE NEW GROUND BAR AND CONNECT TO MAIN GROUND BAR. W W LO F T Z Z a z, W — O O V Q s— N - _I 00 co a T ¢Y000 CI = N 1- ›-a) o x W T yrN W O �, .. Z CO N co J g4 N Q W coT co 1— 1.0 a) rn N N N X LL G ad C LL o CL v, o E 0 0 C C a) 0 a) o •ImP �+ d C •� R cC I— 0 T - NC 1 0 a) F E 16"x16" GROUND GRID WITH #4 BARE COPPER GROUND WIRE BELOW RAISED FLOOR D 03—OI—I3 EXPIRES: 11-16-2013 w 0 0 LL 0 /V♦♦ V J W 5 CONNECT TO MAIN GR e• D R SOUTH CHILLER YARD c MATCHLINE — FOR CONTINUATION SEE SHEET E4.04 PARTIAL LIGHTING PLAN SCALE: NONE B RECEIVED CITY OF TUKWILA MAR 0 4 2013 PERMIT CENTER W V k a co as H 0o0a W N Z Et. >>— pm� Jco g W M 1- H co) co) O Ce) 1- 0 w 0 PHASE 1 ISSUED / REVISED DATE A PARTIAL LIGHTING PLAN KEY PLAN LCA JOB 13102 SABEY TELX PLOTTED: 2/20/2013 E4.07 H G F E D C B A 1 2 3 4 5 6 7 8 9 10 11 12 --X 1 1 1 1 1 t r G G G r• 1.0 E 16"x16 GROUND GRID WITH #4 BARE COPPER GROUND WIRE BELOW RAISED FLOOR 1 X G X G -II a _41 x 1 f G I 1 HEta- 1 MATCHLINE - FOR CONTINUATION SEE SHEET E4.06 X X G X PARTIAL LIGHTING PLAN SCALE: NONE 16'x16' GRID WITH COPPER WIRE BEL RAISED F ROUND #4 BARE ROUND tOR 10 REFERENCE NOTES: CONNECT RELOCATED PDU'S TO GROUNDING SYSTEM. REVIEWED FOR COMPLIANCE WITH NFPA70-NEC MAR 2 7 2013 City ofTukwila BUILDING DIVISION RECEIVED CITY OF TUKWILA MAR 0 4 2013 PERMIT CENTER (i) a) 0 (13 o.. 0 0 J J y w 1— re W d 0 a re w 1- Z w 1- Q a w ,n >- 12201 TUKWILA INTERNATIONAL E 0 V a) co N 0 i it. o 117;;;:2 �r N O d- o E O c=, a a) o N O O M c V �. M c a)>- . OE 0 L a) coZao L L- a) = - (/i . N EN x c - V 2 F— N N CD • 2 . . o �+ 3--; X s ev C4 a)w< 3 1- o .- a 1- u- 03—OI—I3 EXPIRES: 11-16-2013 ME IZ w 0 0 LL - LU w Com1 ) — I CO3CO CO m CC (TO . Z wi w w ai y Q - CO 3 R 0 m y 3 am CID - CV N LU 1- �,� u- N Cl) c E W •cr V �vL0cap o m 1- O CO CO N 05 11i CO CI V W 5 ISSUED / REVISED DATE LCA JOB 13102 SABEY TELX PLOTTED: 2/20/2013 PARTIAL LIGHTING PLAN E4.03 1 1 2 3 4 5 8 7 8 9 10 11 12 x G G wI zl 0 0I G U CL 0 W I— I G x a GROU BAR • x x G x G G G dd _— . —G __—_i f W'• - --- G 1 X G G dd f• x x x x PARTIAL LIGHTING PLAN - DISTRIBUTED UPS ROOMS SCALE: NONE 1 CU3-0� of REFERENCE NOTES: CONNECT RELOCATED PDU'S TO GROUNDING SYSTEM. PROVIDE NEW GROUND BAR AND CONNECT TO GROUNDING SYSTEM PER NEC. REFER TO DETAIL 4, SHEET E6.03. PROVIDE NEW GROUND FROM NEW SWITCHBOARDS TO GROUND BAR PER NEC. REVIEWED FOR COMPLIANCE WITH NFPA70-NEC MAR 2 7 2013 City of Tukwila BUILDING DIVISION RECEIVED CITY OF TUKWILA MAR 0 4 2013 PERMIT CENTER LCA JOB 13102 SABEY TELX PLOTTED: 2/20/2013 c 0 4J C3 0 .. Q' w z 0 12201 TUKWILA INTERNATIONAL a; c u_ p ea ,r .4- C=:* •— C. w o i E 77 °O CD 0 N OOc7 Cr) co = C.) ,_; Cr) v CD N • Z U A -•-• N d d) LCV NX T C 0 N 0 N N 1 w.. x -- = .t co N W Q 1— CI .— Z I— LI 03-01-13 EXPIRES: 11-16-2013 G w 0_ 0 LL 0 w O cr▪ ) 4▪ k F— C, w 0 0 CL ISSUED / REVISED DATE PARTIAL LIGHTING PLAN DISTRIBUTED UPS ROOMS E4.06 F E D C B A 1 2 3 4 5 6 7 8 9 10 11 12 UPS ROOM GROUND BAR EX 1ST! 'R BUILDING {n ({-^; � { tom. ., � )GROUND .. FR ( MSGB �4 II I • • • 0_ 00 0 a m 0 1 J SWBD-D1B SWBD-D2B SWBD-D3B SWBD-DR1B SWBD-DR3B SWBD-DR2B • • • • • • . • • El DP -C4 1N.' ROOM 155A GROUND BAR DP-CR5 • FUTURE CABLE TRAY BY OWNER DATA FLOOR DATA FLOOR PDU TYPICAL CRITICAL PANEL TYPICAL FUTURE SERVER POD TYP BY OWNER 1 REVIEWED FOFt WITH COMPLIANCE NEPA 70 - NEC MAR 27 2013 City of .Tukwila BUILDING DIVISION . SION GROUNDING GENERAL NOTES: 1. PROVIDE GREEN INSULATION WHERE POSSIBLE OR DESIGNATE WITH GREEN TAPE AT TERMINATION AREA. 2. TAG ALL GROUNDING CONDUCTORS WITH TO/FROM INFORMATION. 3. USE TORQUE SEAL ON ALL BOLT CONNECTION AND ALL MECHANICAL ALLEN SET SCREWS WHEN TIGHTENED. 4. SEE ONE -LINE DIAGRAMS FOR EQUIPMENT GROUNDING CONDUCTORS (EG) AND ISOLATED GROUNDING CONDUCTORS (IG). 5. CONDUITS SHOWN FOR GROUNDING CONDUCTORS THIS SHEET ARE REQUIRED ONLY FOR CONDUCTORS LESS THAN 10' AFF. CONDUCTORS ABOVE 10' AFF MAY BE RUN EXPOSED. 6. WALL MOUNTED GROUND BARS SHALL BE AS FOLLOWS: COPPER BAR -1/4" THICK X LENGTH AND HEIGHT AS NOTED, MOUNTED ON STAND-OFF BRACKETS ON INSULATORS CLEAR LEXAN COVERS MOUNTED ON INSULATORS ON COPPER BAR. FURNISH SILK SCREEN LETTERING WITH GROUND BAR DESIGNATION (IE 'MGB-1','MBGB-A', ETC) NEMA DRILLING FOR ONE OR TWO HOLE LUGS MOUNTED AT 7'-0" AFF UNLESS NOTED OTHERWISE. 7. ALL GROUNDING CONDUCTORS SHALL BE INSULATED COPPER/THHN UNLESS OTHERWISE INDICATED. 8. WHERE CONDUIT IS TO BE USED FOR MECHANICAL PROTECTION OF THE GROUNDING CONDUCTORS USE PVC. 9. MECHANICAL LUGS CAN BE USED INSIDE EQUIPMENT (IE SWITCHBOARD, PANELBOARDS, TRANSFORMERS, ETC) USE SINGLE BARRED MECHANICAL LUGS ONLY. 10. PROVIDE COMPRESSION 'C' OR 'H' TAPS AS INDICATED. PROVIDE PVC J -BOXES FOR TAPS IN AREAS WHERE CONDUCTORS ARE INSTALLED IN CONDUIT SYSTEM. WHEN TAPS ARE MADE IN RAISED FLOOR OR OTHER EXPOSED AREAS, FURNISH PLASTIC WRAP CAPS. 11. ALL GROUNDING CONNECTIONS TO BE MADE WITH APPROVED TYPE FITTINGS. WHERE EXPOSED, BOLTING OR CLAMPING TO METAL PIPING, STRUCTURAL STEEL, METAL FRAMES, ETC. IS PERMITTED. WHEN GROUNDING CONNECTIONS ARE PERMANENTLY CONCEALED, USE EXOTHERMIC WELDING TYPE (IE "CADWELD"), OR COMPRESSION TYPE AS REQUIRED. GENERAL NOTES: 1. ALL ITEMS INDICATED LIGHT ARE FOR REFERENCE ONLY TO ILLUSTRATE PROXIMITY TO EXISTING GROUNDING DEVICES. 2. REFER TO SHEETS E6.01 THROUGH E6.05 FOR GROUNDING PLANS. REFERENCE NOTES: PROVIDE A #6 BARE COPPER GROUND. PROVIDE A #4/0 BARE COPPER GROUND. PROVIDE A #2 BARE COPPER GROUND. LL,13 0109 RECEIVED CITY OF TUKWILA MAR 0.4 2013 PERMIT CENTER LCA JOB 13102 SABEY TELX PLOTTED: 2/20/2013 0 J J 0' W H J � Q 1:1: Z a O O — � Q Z N W L) Z t-1 (0 0 W OOO0 co ti p) E < J 0) N O J 1- ;o v CO s:2 cc WN z m N Q N W W Q 0 V! N- t/) H as LL O 06 a o G 0 LI- co L(0 0. v) O E N m0 i 0 0 d) yr d C.. R CC . (0U) I- C o3-01-13 EXPIRES: 11-16-2013 CO t-81- c% a JE: L)1IN u Jen ZC� N N COLes CD CO Ov�, y C C Q Q N 0co co'n 0 .a CO ae 0 W ISSUED / REVISED DATE GROUNDING DIAGRAM E6.01 1 2 3 4 5 8 7 8 9 10 11 12 GROUND CABLE (TYPICAL) CABLE TAP - FOR ABOVE GROUND CABLE TAPS USE BURNDY TYPE "NYT" PRESSURE CONNECTOR AND FOR BELOW GROUND CABLE TAPS USE CADWELD TYPE "TA" WELD CONNECTION 1 TYPICAL DETAIL E6.02 GROUND CABLE TAP SCALE: NONE 1 METAL ENCLOSURE (E.G. XFMR, SWBD, PANELBOARD„ UPS, PULLBOX, ETC.) METAL GROUNDING BUSHING WITH INSULATED THROAT, INSTALLED ON ALL CONDUITS OR BONDING JUMPER ■ 0 0 0 0 0 0 EQUIPMENT GROUNDING BUS FOR EQUIPMENT WITHOUT A GROUNDING BUS, TERMINATE JUMPER TO METAL ENCLOSURE WITH PROPERLY PREPARED SURFACE AND LUG 3 TYPICAL DETAIL E6.02 CONDIT BOND DETAIL SCALE: NONE PROVIDE AND INSTALL WITH CADIUM PLATED BOLTS, NUTS AND WASHERS AS REQD BARE WIRE NYLON TIE -WRAP "C" OR "H" TAP CRIMP CONNECTOR (THOMAS & BETTS PART NO. 54755, OR BURNDY PART NO. YP-C OR YHN) GROUND BAR/GROUND BUS CLEAN SURFACES TO BARE METAL AND IMMEDIATELY APPLY PENETROX-E TO BAR AND CONNECTOR 2 HOLE COMPRESSION TERMINAL FOR #750 KCMIL, #500 KCMIL, #250 KCMIL OR #2/0 AWG BARE COPPER CONDUCTOR, TYPICAL PANDUIT MARKER PLATE MP250 - PRINT LABEL WITH MARKING MACHINE TYPICAL DETAIL E6.02 TERMINAL CONNECTION DETAIL - SCALE: NONE min CAST COPPER TWO WAY CONNECTOR, CRIMP TYPE (THOMAS & BETTS PART NO. 53510, OR BURNDY PART NO. YS) DETAIL NOTES: 1. CRIMPS SHALL BE HEXAGONAL OR CIRCUMFERENCIAL AND MADE PER MANUFACTURER'S SPECIFICATIONS. DETAIL TYPICAL GROUNDING TAP AND JOINT CONNECTIONS SCALE: NONE HEAT SHRINK TUBING LONG BARREL COMPRESSION CONNECTORS f-- WITH TWO -HOLE LUGS #2 BARE COPPER CABLE TRAY GND BLDG 01 COMMUNICATIONS SYSTEM RACK N��I�I GROUNDING ELECTRODE TWO -HOLE GROUND LUG SCHEDULE WIRE SIZE T&B CATALOG NO. G BOLT SIZE N0. 6 AWG - N0. 4 AWG - NO. 2 AWG 54856BE NO. 1 AWG 54858BE 1/0 AWG 54860BE NO. OF CRIMPS 3/4" 5/16" 2 2/0 AWG 54862BE 3/0 AWG 54864BE 4/0 AWG 54866BE 250 MCM 54868BE 1-3/4" 1/2" 2 350 MCM 54872BE 500 MCM 54876BE 750 MCM 54880BE 1-3/4" 1/2" 4 BURNDY CATALOG NO. G BOLT SIZE YA6C-2N YA4C-2N YA2C-2N YA1C-2N YA25-2N YA26-2N YA27-2N YA28-2N YA29-2N YA31-2N YA34-2N YA39-2N 1-3/4" NO. OF CRIMPS 3/8" 2 1-3/4" 3/8" 1-3/4" 1 /2" 2 2 1-3/4" 1/2" 4 DETAIL NOTES: 1. TYPICAL FOR ALL GROUND BUS TERMINATIONS AND POWER TERMINATIONS FOR #8 AWG AND LARGER EXCEPT INTEGRAL CIRCUIT BREAKER LUGS MAY BE MECHANICAL TYPE. 2. USE 12-15 TON RATED CRIMPING TOOL. 5 DETAIL E6.02 POWER AND GROUNDING TERMINATIONS — SCALE: NONE G G BLDG S T EL • • • • SECONDARY WINDINGS X3 W SERVICE TRANSFORMER 18 MBRGB COMM GROUND IC BUS � UFER 1s STANDBY POWER GENERATO (NOT A SEPARATELY DERIVED SYSTEM) N A' MAIN SERVICE EQUIPMENT (WITHOUT GROUND FAULT PROTECTION) G IG N DO NOT BOND GENERATOR NEUTRAL TO FRAME 44a 4 IG 711 G •SII IG G SHIELDED ISOLATION XFMR 44a IG N MOP IG G N 208Y/120V IG PANELBOARD NEAREST <^ GROUNDING ELECTRODE �a H2 H1 A;J1111;11' PP1 H3 X2 XO X1 X3 QlciDJ XFMR 44a H2 H1 *OP W411 P*'* H3 X2 '%% x0 X1 X3 XFMR <13 208Y/120V 208Y/120V PANELBOARD PANELBOARD 480Y/277V DISTRIBUTION PANELBOARD <11 NEAREST GROUNDING ELECTRODE TO STANDBY POWER DISTRIBUTION SYSTEM < DIAGRAM GENERAL NOTES: 1. GROUNDING SYSTEM SHALL COMPLY WITH NEC 250 AND ALL REQUIREMENTS OF THE AUTHORITY HAVING JURISDICTION. 2. PHASE CONDUCTORS ARE NOT SHOWN FOR CLARITY. DIAGRAM REFERENCE NOTES: 3 -POLE AUTOMATIC TRANSFER SWITCH 21 REVIEWED FUh COMPLIANCE WITH NFPA70-NEC MAR 2 7 2013 City of Tukwila BUILDING DIVISION TYPICAL GROUNDING AND BONDING SCHEMATIC DIAGRAM SCALE: NONE CUSTOMER TRANSFORMER SECONDARY xi WINDINGS x2 XO X3 ATS NC oTIGFI 1_ EQUIPMENT BONDING JUMPER 350kcmil I• • N STANDBY GENERATOR (NON SEPARATELY DERIVED SYSTEM) GND BUS 7-350kcmil SECONDARY WINDINGS g GROUNDING ELECTRODE CONDUCTOR -\ EQUIPMENT BONDING JUMPER GND BUS G EQUIPMENT BONDING JUMPER GND BUS • • • • • MSG LOAD BANK .01 01. .01 )0)) 350kcmil -; 0- - 0 1 0 - -010 GFI __�---� GFI o� o�ATS NO GFI NC 10 1 14 16 18 19 20 1> 26 SIZE EQUIPMENT GROUNDING CONDUCTORS FOR BRANCH CIRCUITS PER NEC TABLE 250.122. PROVIDE ONE EQUIPMENT GROUNDING CONDUCTOR IN RACEWAY FOR MULTIPLE BRANCH CIRCUIT HOME RUNS UNLESS OTHERWISE NOTED. SIZE EQUIPMENT GROUNDING CONDUCTORS FOR FEEDER CIRCUITS PER FEEDER SCHEDULE OR PER NEC TABLE 250.122 IF NOT SCHEDULED. PROVIDE COPPER GROUNDING ELECTRODE CONDUCTOR IN CONDUIT TO GROUNDING ELECTRODES SIZED PER NEC TABLE 250.66. SERVICE TRANSFORMER GROUNDING SHALL BE IN ACCORDANCE WITH NEC 250.24 AND UTILITY STANDARDS. TYPICAL RECEPTACLE WITH EQUIPMENT GROUNDING CONDUCTOR PER NEC 250.146. CONNECT EQUIPMENT GROUNDING CONDUCTORS TO GROUND LUG, BONDED TO THE ENCLOSURE. GROUND ROD OR OTHER MADE ELECTRODES PER NEC 250.52, AS SHOWN ON DRAWINGS AND AS SPECIFIED. MAINTAIN 10'-0" MINIMUM BETWEEN GROUND RODS. TYPICAL TELECOMMUNICATIONS ROOM GROUND BUS. PROVIDE GROUNDING CONNECTIONS TO COMMUNICATIONS BACKBOARDS, EQUIPMENT RACKS AND CABLE TRAYS. REFER TO EACH SYSTEM FOR SIZE AND QUANTITY. SYSTEM BONDING JUMPER AND GROUNDING ELECTRODE CONDUCTOR FOR SEPARATELY DERIVED SYSTEM PER NEC 250.30. COPPER EQUIPMENT GROUND BAR BONDED TO ENCLOSURE. NEAREST EFFECTIVELY GROUNDED BUILDING STEEL PER NEC 250.52(A)(2). COPPER GROUNDING ELECTRODE CONDUCTOR SIZED PER NEC 250.66. EQUIPMENT BONDING JUMPER PER NEC 250.4, 250.30 AND TABLE 250.66. MAIN BONDING JUMPER PER NEC 250.28. SEPARATELY DERIVED SYSTEM GROUNDING ELECTRODE CONDUCTOR PER NEC 250.30 AND 250.104. CONNECT TO MAIN BUILDING REFERENCE GROUND BUS (MBRGB) IF LOCATED IN THE SAME ROOM. UFER GROUNDING ELECTRODE SYSTEM. REFER TO REQUIREMENTS IN NEC 250.52 AND ELECTRICAL SPECIFICATIONS. PROVIDE GROUNDED CONDUCTOR (NEUTRAL) TO SERVICE EQUIPMENT PER NEC 250.24. MAIN BUILDING REFERENCE GROUND BUS (MBRGB). BOND TO COLD WATER PIPE PER NEC 250.52(A)(1). TYPICAL 277 -VOLT BRANCH CIRCUIT. GROUNDING FOR THE STANDBY POWER DISTRIBUTION SYSTEM SHALL CONFORM TO REQUIREMENTS SHOWN FOR THE NORMAL POWER DISTRIBUTION SYSTEM. BOND PARALLEL METALLIC CONDUITS TOGETHER USING GROUNDING BUSHINGS AND ONE GROUNDING CONDUCTOR IDENTICAL IN SIZE TO GROUNDING CONDUCTOR IN EACH OF THE CONDUITS IN PARALLEL RUNS. REMOVABLE NEUTRAL DISCONNECT LINK. TYPICAL ISOLATED GROUND RECEPTACLE PER NEC 250.146. PROVIDE #2 BARE COPPER GROUND TO BUILDING STEEL AT INTERMEDIATE LOCATIONS BETWEEN COMMUNICATIONS ROOMS. REFER TO SHEET E6.06 FOR EQUIPMENT GROUNDING. GROUNDING ELECTRODE \„^, CONDUCTOR TYP EQUIPMENT BONDING JUMPER ti ROLL UP GENERATOR GND BUS • = /EQUIPMENT BONDING JUMPER r. • ....1 GND BUS 350kcmil SECONDARY WINDINGS i%% —1SKRU� ll �ll N GFI OK 0 or NO 480V BUILDING SERVICE MODIFIED DIFERENTIAL GROUNDING AND BONDING SCHEMATIC DIAGRAM )Lt, -01O °I RECEIVED CITY OF TUKWILA MAR 0.4 2013 PERMIT CENTER LCA JOB 13102 SABEY TELX PLOTTED: 2/20/2013 4-1 4.11411411 C.:1° O SABEY DATA CENTER PROPERTIES TUKWILA INTERNATIONAL = as 0 0 0 co 03 azr >- 0 >- 03 z 0 0 Crl N N J w 1— o3-oI-13 EXPIRES: 11-16-2013 w a. 0 LL w v) (1) N C N0 U 0 c ce 3 Co CN CO N X w W MQ Q 0. x caci, ~ ✓ o0a O=JIL 0a oma Cl) J � W M I— V V M co CO N 1- 0 w 0 ISSUED / REVISED DATE TYPICAL GROUNDING DETAILS E6.02 1 2 3 4 5 6 7 8 9 10 11 12 WALL SEE E6.02 FOR SIZE AND CONNECTION POINTS RACK RACK RACK RACK RACK RACK RACK RACK PDPM 1 TYPICAL DETAIL - NIC E6.03 TYPICAL GROUNDING SCALE: NONE 3/16" DIA, PUNCHED, O O O NOT DRILLED O 0 0 O O 0 HOLE PATTERN DETAIL 5/8"-11x1" H.H.C.S. (NEWTON #3012 -1) - LOCK WASHER (TYP) (NEWTON #3015-8) 5/8"-11x1-1/2" CONTINUOUS THREADED ROD (TYP) (NEWTON #3022-1) 2-2/3" INSULATOR (NEWTON #3061-4) 2" HIGH RED STENCILED LETTERING TEXT AS SHOWN BY EACH BUS BAR CLEAR 3/8" THICK PLEXIGLASS COVER .244 5/8" DIAMETER (TYP) LOCK WASHER (TYP) (NEWTON #3015-8) L 5 8"-11x1 " H.H.C.S. (NEWTON #3012-1) NEWTON #A-6056 3/8" DIAMETER 2-3/4" INSULATOR f � (NEWTON #3061-4) 1/4" COPPER BUS BAR DETAIL NOTES: 1. BUS BARS OVER 20" IN LENGTH REQUIRE AT LEAST ONE ADDITIONAL 2-3/4" INSULATOR (NEWTON #3061-4) SUPPORT. 2. MOUNT AT HEIGHT SCHEDULED ON GROUNDING DIAGRAMS. 3. COORDINATE WITH ARCHITECT TO PROVIDE METAL BACKING BEHIND SHEETROCK WALLS. 4. MSB AND MSGB SHALL BE 6" TALL. ALL OTHER GROUND BARS SHALL BE 4" TALL. 4 DETAIL E6.03 TYPICAL GROUND BAR INSTALLATION SCALE: NONE 7 DETAIL E6.03 COLO FIXTURE MOUNTING DETAIL SCALE: NONE ATTACHED TO FLOOR ABOVE FOR SUPPORT CADDY ER -IDS ACOUSTICAL TEE BAR SUPPORT CLIP OR EQUAL LIGHT FIXTURE PROVIDED BY TELX 4" GROUNDING BRAID NEWTON #210960110 OR CONTRACTOR MAY ELECT TO FABRICATE PART USING #6 AWG BARE COPPER CONDUCTOR WITH CRIMP TYPE LUGS BOLT, STAR WASHER AND NUT – SCRAPE AWAY PAINT AT POINT OF CONNECTION 1111) P c... 11 .,, KA TYPICAL LADDER TRAY SECTION — DETAIL NOTES: CABLE LADDER STRAIGHT JOINT PIECE 1. BONDING IS TYPICAL BETWEEN CABLE LADDER SECTIONS. 2. GROUND BRAID OCCURS ONLY ON ONE SIDE OF LADDER TRAY. BE CONSISTENT ON WHICH SIDE IT OCCURS. DO NOT SWITCH SIDES. DETAIL CABLE TRAY JOINT AND BONDING SCALE: NONE DISCONNECT SWITCH WHERE SHOWN ON PLAN SIZED PER MECHANICAL EQUIPMENT SCHEDULE HORSEPOWER MOUNT SECURELY – PROVIDE AUXILIARY CONTACT FOR VFD'S CONDUIT FROM MOTOR CONTROLLER CONTAINING POWER AND GROUND WIRE PVC–COVERED FLEXIBLE CONNECTION CONTAINING POWER CIRCUIT AND GROUND WIRES TWO PIPE SUPPORT OR TWO UNISTRUT HEAVY GAUGE CHANNELS. FINISHED FLOOR INSTALLATION AT EQUIPMENT DETAIL NOTES: FLANGES FASTENED TO FLOOR 1. CONNECT DISCONNECT AUXILIARY CONTACT TO VFD–CONTROLLED MOTORS PRIOR TO OPENING OF DISCONNECT POWER CONTACTS. COORDINATE WITH MECHANICAL CONTROLS. 5 DETAIL E6.03 FLOOR MOUNTED MOTORS SCALE: NONE EXIT SIGN/ EMERGENCY LIGHT BATTERY OPERATED 7'–O" 6'-6" NYLON BOLT DO NOT ALLOW ENDS OF BRACKET TO TOUCH DETAIL NOTES: PVC CONDUIT WALL–MOUNT BRACKET 1. THIS DETAIL APPLIES FOR ALL CONDITIONS WHERE GROUNDING CONDUCTOR IS ROUTED EXPOSED (I.E. NOT UNDERGROUND OR SUPPORTED BY CABLE LADDER) 2. NO CONTINUOUS METAL ENCASEMENTS ARE ALLOWED AROUND GROUNDING CONDUCTORS OR CONDUITS. 3. PAINT PVC CONDUIT TO MATCH WALL COLOR ON VERTICAL RUNS. REVIEWED F=Oh COMPLIANCE WITh NFPA70 - NEC MAR 2 7 2013 City of Tukwila BUILDING DIVISI4, BRANCH CIRCUIT PAN ELBOARD 6'-0" J MOTOR/ CONTROLLER EQUIPMENT 5'–O" DETAIL GROUNDING CONDUCTOR CONDUIT MOUNTING SCALE: NONE JUMPER TO PHASE CONDUCTOR NOTES: N ABC VAV FUSED DISCONNECT BY DIVISION 26 – FUSE FOR PHASE WITH FAN SHALL BE SIZED FOR HEAT PLUS FAN LOAD – OTHER PHASES SIZED FOR HEAT ONLY (SEE MECHANICAL SCHEDULES) 1. WHERE MULTIPLE VAV'S ARE SHOWN ON THE SAME CIRCUIT, ALTERNATE PHASES OF FANS TO BALANCE LOAD. WALL PHONE OUTLET DETAIL 5E6.08WIRE VAV WIRING SCHEMATIC SCALE: NONE 1. SABEY TO BE RESPONSIBLE FOR ALL MAINTENANCE TO THE LIGHTING WITHIN THE SITE PROJECT LIMITS. 2. CONTRACTOR TO RESPONSIBLE FOR GETTING ALL PERMITS FROM LOUDOUN COUNTY REQUIRED PRIOR TO CONSTRUCTION FOR ALL SITE WORK. 3. YEARLY MAINTENANCE COST FOR THE SITE WILL BE APPROXIMATELY $1000 PER YEAR, FOR LAMPS AND BALLAST REPLACEMENT. 4'–O" LIGHT SWITCH/ MANUAL PULL STATION POWER OUTLET 6" ABOVE COUNTER COMMUNICATION OUTLET POWER OUTLET 1'-6" 1 COMMUNICATION OUTLET FINISHED FLOOR 8 DETAIL E6.03 TYPICAL MOUNTING HEIGHTS SCALE: NONE �L13-Q�.6q RECEIVED CITY OF TUKWILA MAR 0 4 2013 PERMIT CENTER Aohk. (1) (15 c J J CO- W I- J Q W z CL 0 ore I- CL z W W I-- I - z z W U < <– 4-1 aY o � 0 .. W W CCI O z Q N N O E O V w C w ca 0 I- 1- 0 0 0 L CO a) cI) a) a3 0) c::)co O cr) M co Cr) >- I O z�co co i N N 0 o3-oI-I3 EXPIRES: 11-16-2013 Ckf W 0 0 LL LLJ (1) (1) CO ISSUED / REVISED DATE LCA JOB 13102 SABEY TELX PLOTTED: 2/20/2013 TYPICAL DETAILS E6.03 1 2 7 8 9 10 11 12 LANE COBURN & ASSOCIATES, LLC. PANEL: SWBD M2 LANE COBURN & ASSOCIATES, LLC. PANEL: PANEL: LANE COBURN & ASSOCIATES, LLC. PANEL: MCC -2A H LOCATION: RM 130 FED FROM: SG1 VIAXFMR LOAD DISTRIBUT ON REC LTG EQPT HTG CLG KTCH 14.89 8.10 390.0 CONT HOTL CIRCUIT DESCRIPTION LOCATION: 130 FED FROM: SWBD M2 LOCATION: 163C FED FROM: DP -K2 LOCATION: 1638 FED FROM: DP -K2 PANEL K2 SWD D3 A 2500 B C A 3000 B C A 3000 B C POLE LOAD AMPERES: KVA VOLTS: 3 413.00 PHASE: WIRE: BUS TYPE: 3 86.63 AI.C.: 86.63 PANEL MFR: 86.63 PANEL TYPE: 411.75 411.75 5000 480Y/277V 3 3 CU 100K LOAD DISTRIBUTION CIRCUIT DESCRIPTION 195.0 195.0 195.0 LOAD KVA 195.01 195.01 195.01 AMPERES: VOLTS: PHASE: WIRE: BUS TYPE: Al.C.: PANEL MFR: PANEL TYPE: 3000 480V 3 3 CU 65K LOAD DISTRIBUT ON CONT HOTL CIRCUIT DESCRIPTION LOAD KVA AIR COOLED CHILLER 3 14.4 CHILLED WATER PUMP 3 MLO / MCB: 5000 MCB MLO/MCB: 180.60 180.60 180.60 14.40 14.40 14.40 AMPERES: VOLTS: PHASE: WIRE: BUS TYPE: Al.C.: PANEL MFR: PANEL TYPE: 1200 480V 3 3 CU 65K LOAD DISTRIBUT ON REC LTG EQPT HTG CLG KTCH CONT HOTL CIRCUIT DESCRIPTION AMPS POLE LOAD KVA A 1200 B C AIR COOLED CHILLER 4 180.60 180.60 180.60 AMPERES: VOLTS: PHASE: WIRE: BUS TYPE: AI.C.: PANEL MFR: PANEL TYPE: 1200 480V 3 3 CU 65K v i 4.0 0 4-3 rr w 0 J J 0 W H LU O. 0 0 W 1- W 0 SABEY DATA 12201 TUKWILA INTERNATIONAL r LC) °pOCOH r 1 C ) O 0) ' N N N � • Co 0 O N oJX G.) W < COI- u - E 0 0 a) ca 0 CHILLED WATER PUMP 4 MLO/MCB: MLO MLO / MCB: MLO FLUSH / SURF. MT. FLUSH / SURF. MT. AIR COOLED CHILLER 1 7 REDUNDANT A 800 3 FLUSH /SURF. MT. AIR COOLED CHILLER 2 REDUNDANT A 800 3 FLUSH /SURF. MT. 0 GND BUS: YES ISOLATED GND: NO 200% NEUTRAL: YES FEED-THRU LUGS: NO DOUBLE LUGS: NO TOP / BOTTOM FD: PANEL SIZE 42 GND BUS: YES ISOLATED GND: NO 200% NEUTRAL: YES FEED-THRU LUGS: NO DOUBLE LUGS: NO TOP / BOTTOM FD: PANEL SIZE 42 C GND BUS: YES A 1200 3 ISOLATED GND: NO B 200% NEUTRAL: YES FEED-THRU LUGS: NO DOUBLE LUGS: NO TOP / BOTTOM FD: PANEL SIZE 42 C A 1200 B GND BUS: ISOLATED GND: 200% NEUTRAL: FEED-THRU LUGS: NO DOUBLE LUGS: NO TOP / BOTTOM FD: PANEL SIZE I R p4 J. il, tile, 44 �. 4� 1 44111:1,1, �.: . SWB D4 !Ik`t�+fri s a, al�rrv,x�kE y 7f�.1i ,>'.E•y Shu°r A 3000 3 86.63 'LOAf5€l:Na<VA' C A 3000 B C RECEPTACLES LIGHTING: EQU'IPIENT' HEATING; .• COOLING;.. KITCHEN:,::: RES°IDENTIAL: HOTEL: 195.0 195.0 195.0 MCC -2A 2 14.89 13.64 13.64 8.10 8.10 8.10 195.01 195.01 195.01 22.99 21.74 21.74 PANEL TOTAL CONN LOAD sIN: KVA RECEPTACLES:.......... LIGHTING::: EQUIPMENT: °.42:16 HEATING; RESID>N COOLING: KITC;I I EN.; :RESIDENTIAL: 236,51:: F EMERG FEED C A 4000 B C TIE BUSWAY TB A 5000 B 03-0I-13 EXPIRES: 11-16-2013 FEEDER:DEMAND LQAD IN KVA :CONN. DEM .:DEM. COMME KVA KVA- FCTR.. - °FIRST::1 LIGHTING.:::::: s .. ..„..,: :12::: DEMAND FACTOR .=.:1°.25:::::;;:: .: EQUIPMENT 42.2 ::`'42 2 .1 :00 .:DEMAND: FACTOR:=::1.00... HEATING 24.3 24.3 1.00 DEMAND. FACTOR :1'.00 COOLING 1690--..1 690 1.00 DEMAND FACTOR .1.00 KITCHEN 1.00 DEMAND: FACTOR PERNEC TABLE:220.20. . CONTINUOUS:. 125 DEMAND FACTOR =1.25. '--- HOTEL:: DEMAND PER NEC TABLE 220.11 . FAULT VALUE.WITH ]. LARGESTMUTOR 1492 . 3 ... [REPLACEDE :ACTUALVALUEJ E DEMAND L©AD:INKVA CONN. DEIVI DEIUI COMMEND. EPTACLES°: CONN. DEM DEM. COMMENT:- .. KVA FCTR` LIGHTING° E .; U :: Q IPMENT 422 HEATING:: €; . 24:3 ;FIRST 10 :KVA AT: -100%; :REMAINDER AT 50%, PER 422 1:.00... ..DEMAND :FACTOR=1 I:0:0 .:,...:......::.......... . 24:3 .1:00 DEMAND FACTOR'=1i0'0 11:70 1.00 :DEMAND :FACTOR €.=.:1::00 1.00 DEMAND FACTOR P€R:NEC TABLE 220:2.:; 1.25 DEMAND FACTOR=1:.25 .::.: DEMAND PER NEC TABLE:220.1:1. RECEPTACLES LIGHTING.. EQUIPMENT :I HEATING . COOLING:.._ WC:HEN..._.. . CONTINUOUS HOTEL LARGEST: MOT 0 : R FEEDER TUFA DEMAND '% REMAINDER AT50%; PER N 1.00 .' DEMANDFACTOR =`1:_00 .. 58°5 0585 0: 1.00::.:D:EMAND°€FACTOR =..1.00 1.00 DEMAND FACTOR'PER NEC' TABLE: 220.20 DEMAND PER.NEC TABLE 22011. 62.6: 156RE 0 25 PAC LE DEFAULTVALUE.WITH;AC U � , ... TUAL:VAE HP0 4L-. � DEM.: .601 :KVA RECEPTACLES. LI . TIN GH: °:G EQUIPMENT .: HEATING COOLING KITCHEN . .::.FIRST 10: KVAAT 100°lo-: REMAII 1.25.,.:...DEMAND€:FACTOR=1 25 ::: 1.00 DE €€ T R;:=:1.0:......... €1.00 :DEMAND FACTOR =1 `00 :585.0 585.0 100 DEMAND FACTOR ='1 00 1.00 D FACT � : ER NEC TABL-E:� 20 DEMAND OR.P. 2 .20_.., DEMAND FACTOR :.:1..25 DEMAND PER:NEC TABLE 22011. LARGESTMOTOR 62.6 15.6::: 0.25• [REPLACE DI=FAULT VALUE WITH ACTU 4L VALUE. HP 40 • .: ER AT 50oPER NEC TABLE.22 : 3: PANEL: LOCATION: 101 FED FROM: DP -K2 LOCATION: 101 LOAD DISTRIBUTION REC LTG EQPT HTG CLG KTCH CONT HOTL CIRCUIT DESCRIPTION POLE LOAD KVA D EF -RPU -02 AMPERES: VOLTS: PHASE: WIRE: BUS TYPE: AI.C.: PANEL MFR: PANEL TYPE: 600 480V 3 3 CU 65K LOAD DISTRIBUT ON REC LTG EQPT HTG CLG KTCH CONT HOTL FED FROM:MCC-4 CIRCUIT DESCRIPTION 1 EG -1 BLOCK HEATER LOCATION: 101 FED FROM: P1 2.70 2.70 2.70 EG -3 BLOCK HEATER 2.70 2.70 2.70 AMPERES: VOLTS: PHASE: WIRE: BUS TYPE: Al.C.: PANEL MFR: PANEL TYPE: 100 480V 3 3 CU SEE 1 -LINE LOAD DISTRIBUTION LOCATION: 108 FED FROM: 1.00 1.00 1.00 0.25 EF -RPU -05 SPACE SPACE SPACE EF -RPU -03 SPACE SPACE FLUSH / SURF. MT. EF -RPU -07 GND BUS: YES ISOLATED GND: NO 200% NEUTRAL: YES SPACE SPACE SPACE GND BUS: ISOLATED GND: 200% NEUTRAL: SPACE FEED-THRU LUGS: NO DOUBLE LUGS: NO SPACE SPACE SPACE FEED-THRU LUGS: NO DOUBLE LUGS: NO EF -RPU -08 TOP / BOTTOM FD: PANEL SIZE 42 SPACE SPACE TOP / BOTTOM FD: PANEL SIZE C SPACE CIRCUIT DESCRIPTION POLE LOAD KVA 1 BATTERY CHARGER EG -1 3 BATTERY CHARGER EG -3 5 DAYTANK COOLING SYSTEM 7 EF -16 9 SPACE 11 SPACE 13 SPACE 15 SPACE 17 SPACE 19 SPACE 21 SPACE 23 SPACE 25 SPACE 27 SPACE 29 SPACE 31 SPACE 33 SPACE 35 SPACE 37 SPACE 39 SPACE 41 SPACE AMPERES: VOLTS: PHASE: WIRE: BUS TYPE: AI.C.: PANEL MFR: PANEL TYPE: 150 208Y/120V 3 3 CU 10K LOAD DISTRIBUTION REC LTG EQPT HTG CLG KTCH CONT HOTL CIRCUIT DESCRIPTION AMPS POLE LOAD KVA SWB D3 A 2000 B C MLO / MCB: 150 MCB GND BUS: ISOLATED GND: 200% NEUTRAL: FEED-THRU LUGS: NO DOUBLE LUGS: NO TOP / BOTTOM FD: PANEL SIZE AMPERES: VOLTS: PHASE: WIRE: BUS TYPE: AI.C.: PANEL MFR: PANEL TYPE: 3000 480V 3 3 CU LLI LL LU CO 03 :111 . . _ I: cs: is 1. . - _E - .0.,C: Milli !c3 :6=7- .irli :4D: 4C-62 cp:::=E ad CC CO C. ILI MLO / MCB: 3000 MCB GND BUS: ISOLATED GND: 200% NEUTRPL: FEED-THRU LUGS: DOUBLE LUGS: TOP / BOTTOM FD: PANEL SIZE YES NO YES NO NO 42 PANEL 70TAL CONN [Pi :61111 PANEL P1 • REMARKS: PANEL PIA 10 12 14 16 18 20 22 24 26 28 30 32 34 36 38 40 42 REMARKS: 2.70 4.25 3.00 3.00 RECEPTACLES: EQUIPMENT: KITCHEN. ! 1.00 1.00 1.00 1.00 1.00 1.00 1.00 2 BATTERY CHARGER EG -2 4 FUEL OIL CLEANER 6 DAYTANK COOLING SYSTEM 8 FOP -1A 10 12 FOP -1B 14 16 SPACE 18 SPACE 20 SPACE 22 SPACE 24 SPACE 26 SPACE 28 SPACE 30 SPACE 32 SPACE 34 SPACE 36 SPACE 38 SPACE 40 SPACE 42 SPACE REMARKS: 1.00 1.00 1.00 1.00 Itlpgri NG: COOL IN.G: RECEPTACLES: EQUIPMENT: mi la el cl CN 0 REMARKS: FINT 1 Q. KVA AT !too %,,:REMAINDERAT50%;i-PERNE&TABLE.220:131 146 DEMAND;FACTOR'=.:1,00 RECEPTACL HEATING KITCH 1.00 ;:;DENTANU.5k6foROtkoEd TABLE • 1.06 DEWND:FACTOR .00 !!!IREPLACE DE PAULTVOEV:VIT14:1!ACTUAL-yAL UE) .HP! ISSUED / REVISED DATE FEEDERTOTALD PANEL SCHEDULES LCA JOB 13102 SABEY TELX PLOTTED: 2/20/2013 E7.04 1 2 3 4 5 6 7 8 9 10 11 12 H LANE COBURN & ASSOCIATES, LLC. PANEL: SWB D3 LANE COBURN & ASSOCIATES, LLC. PANEL: LANE COBURN & ASSOCIATES, LLC. LOCATION: 108 FED FROM: SWBD M2 LOCATION: 141 FED FROM: SBD D3 LOCATION: 141 FED FROM: SBD D2 LANE COBURN & ASSOCIATES, LLC. PANEL: LOCATION: 141 FED FROM: DP -C2 LOAD DISTRIBUT ON CKT CIRCUIT DESCRIPTION REC LTG EQPT HTG CLG KTCH CONT HOTL PH AMPS POLE LOAD KVA AMPERES: VOLTS: PHASE: WIRE: BUS TYPE: AI.C.: PANEL MFR: PANEL TYPE: 3000 480V 3 3 CU 100K LOAD DISTRIBUTION LTG EQPT HTG CLG KTCH CONT HOTL CIRCUIT DESCRIPTION AMPS POLE CRAC-3-01 C RAC -3-03 7.88 7.88 7.88 7.88 7.88 7.88 AMPERES: VOLTS: PHASE: WIRE: BUS TYPE: AI.C.: PANEL MFR: PANEL TYPE: 600 480V 3 3 CU 65K LOAD DISTRIBUT ON REC LTG EQPT HTG CLG KTCH CONT HOTL CIRCUIT DESCRIPTION PH AMPS POLE LOAD KVA PDU-3A PDU-3B AMPERES: VOLTS: PHASE: WIRE: BUS TYPE: AI.C.: PANEL MFR: PANEL TYPE: 2000 480V 3 3 CU 65K LOAD DISTRIBUTION CKT REC LTG EQPT HTG CLG KTCH CONT HOTL 2.32 2.32 2.32 2.47 CIRCUIT DESCRIPTION POLE LOAD KVA SWBD-DP-C3 FROM BUS CRAC-3-05 MLO / MCB: 3000 MCB A 3 FLUSH / SURF. MT. B GND BUS: YES A 3 ISOLATED GND: NO B 200% NEUTRAL: YES CRAC-3-07 C RAC -3-09 7.88 7.88 7.88 7.88 7.88 7.88 7.88 7.88 7.88 PDU-3C MLO / MCB: 600 MCB FLUSH / SURF. MT. GND BUS: ISOLATED GND: 200% NEUTRAL: MLO / MCB: 2000 MCB G FEED-THRU LUGS: NO DOUBLE LUGS: NO CRAC-3-11 FEED-THRU LUGS: DOUBLE LUGS: TOP / BOTTOM FD: PANEL SIZE 42 7.88 TOP / BOTTOM FD: PANEL SIZE YES NO YES NO NO 42 11111111111111111111111111111111111111111111111111111111111111111111111111 11111111111111111111111111111111111111111111111111111111 1111 224 337229 riammom 1111111111•1 1111111111111111111111111111111111111111 IIIII MIMI= PDU-3D PNL 3LS \MATS A 300 3 FLUSH / SURF. MT. B GND BUS: A 50 3 4.79 ISOLATED GND: B 2.32 200% NEUTRAL: C 2.32 FEED-THRU LUGS: DOUBLE LUGS: TOP / BOTTOM FD: PANEL SIZE YES NO YES 1 3 5 7 9 11 13 15 17 19 21 23 25 27 29 31 33 35 37 39 41 COLO COLO COLO COLO SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE AMPERES: VOLTS: PHASE: WIRE: BUS TYPE: AI.C.: PANEL MFR: PANEL TYPE: 60 480Y/277V 3 4 CU 14K c 0 0 SABEY DATA CENTER PROPERTIES 12201 TUKWILA INTERNATIONAL E 0 0 -C) MLO / MCB: 60 MCB FLUSH /SURF. MT. GND BUS: YES ISOLATED GND: NO 200% NEUTRAL: YES FEED-THRU LUGS: NO DOUBLE LUGS: NO TOP / BOTTOM FD: PANEL SIZE 42 eNlAa,APAildld 1,141,1d IV , 4d4Adiflaftif WIwk,riotLA1 DP -A3 EMERG TIE , If! •':„,J1,fili,"‘•f•Pili CRAC-3-02 ••• Alnriw 4eMPIPIRWIP bk [441.20itiakA flaf Nrr'443A P61441"1 nrRirr 141, TSIrifirir,trd 11010,F. ZATIIEVIU, 31::.'61.04441a.IA PAP kr''411,[910111Ntilif, 11, P444,4,1110 INPUTTIE BUS CRAC-3-04 7.88 7.88 7.88 7.88 7.88 7.88 PDU-3E WWWWIng V,3av,E,W0A,A, nircalPTI 1[1W;IIIIVARTV PANEL TOTAL CONN . 3..LOAD111 KVA RECEPTACLES: LIGHTING. EQUIPMENT, HEATING: • . . OOLING: 259.09 PDU-3F OUTPUT TIE BUS A 2000 B C A B C C RAC -3-06 7.88 7.88 7.88 PD U-3 G RESIDENTIAL RECEPTACLES' LIGHT1NG: EQUIPMENT. HEATING: COOLING' KITCHEN' RESIDENTIAL: HOTEL::: CRAC-3-08 7.88 7.88 7.88 PDU-3H F CRAC-3-10 7.88 7.88 7.88 REMARKS: LOAD IN KVA FEEDER DEMAND' LQAP IN 1WA E LIGHTING ... "' . " . " "'1.25 DEMAND FACTOR±1 .25 :]!. •:; . .. , , •::- HEATINP •1.00 DEMAND:]FACTOR:±1.:.00COOLING 1.00 DEMAND FACTOR = 1.00 •;!•_.• .. .. " • KITCHEN • ; 1.00 DEMAND FACTOR PER NECTASLE22020;. • • • CONTINLIOOS!,: • . HOTEL LARGEST MOTO , „ .... .. ...025 REPLACE DEFAULTVALLIE WitHI;AdiiitAL:v4ppii!:*•• H:•HP; RECEPTACLES LIGHTING 'LIGHTING EOL/IPMENT KEATING COOLING: KITCHEN •- CONTINUOUS HOTEL LARGEST MOTOR CONN. DEM. DEM. : COMMENT KVA KVA:: FGTR.: RECEPTACLES: • 9 :00JEWINtr:-: HEATING • FIRST :19 KVAAT.100%.,1;REMANDERAT;50%, PERN' ..... . . . . • . 11.8 125 F4e791:z • •.: . 1:00..;-- DEMAND FACTOR = 1.00 1 00 DEMINNO FACTOR = 1.00 COOLING .........1 00 - ...:::: - • • .• ..-. -: ... - - . .. :. . • , ,, !;;,:.: --,... f.. ....•. .-- - : --- , • ,,,,,, .....-:.: - - . :-_Fi0):.: PR PRITAMY 'W./WIN KVA „ .. ... . .. . ' '... . CONN. DEM. -: DEM. COMMENT - - - ,, , ,,,, .... . .... . .•: . . ...... , ' : , : ,, • • -- • ::: .: : : • : : - :::: .'!. ':.:.;-:. RECEPTACLES• KVA-- :KVA ;;;FCTR. ..,..::,4:::::E: :H: ; -;' ::;-; FIRSTIO T1 -00%i .-REMAINDERAT.50% LIGHTING ... .i.1•;;:4.4i; , J!0.'.::':I.2: DEMAND EQUIPMENT !-- •• ••'''• - •:: -:::::E:. , :.1.00 • DEMAND FACTOR 1flo..! ........ .. .-. •••• . : - - •-::: HWINP..-:-.. .....1:::::: ' COOLING ' ;- 1.00. -- DEMANOFACTOR;toa: KITCHEN - :- - 2 4 6 8 10 12 14 16 18 20 22 24 26 28 30 32 34 36 38 40 42 SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE REMARKS: RECEPTACLES:: : LIGHTING:9.43 EQUIPMENT: L: COOLIN:G 0 0 U- CO O. 02 E 04 0 a) (1) 0 C.) as cvi co 03-01-13 EXPIRES: 11-16-2013 E=i 25 • 1.00 :DEMANOiFAcTOR,PERINEG!TAELE220120 25 !d../14'EXP-4‘,cioR:-.-1,-15 • DEMAND:PEITNEC TABLE 220:11; 16.8: :4.2 0.25 IIREPLACEOEFAVLIVALLIE WITH ACTUALVALUEE, GENERATOR: SWB D4 PANEL: LOCATION: 109 FED FROM: LOAD DISTRIBUTION REC LTG D CLG KTCH 86.63 86.63 86.63 LOCATION: 109 FED FROM: SWBD M2 LOCATION: 188 FED FROM: SBD 04 LANE COBURN & ASSOCIATES, LLC. PANEL: LOCATION: 117 FED FROM: SBD D4 CIRCUIT DESCRIPTION SWB D4 86.63 86.63 86.63 AMPERES: VOLTS: PHASE: WIRE: BUS TYPE: AI.C.: PANEL MFR: PANEL TYPE: 3000 480V 3 3 CU LOAD DISTRIBUTION CIRCUIT DESCRIPTION 86.63 86.63 86.63 86.63 86.63 86.63 AMPERES: VOLTS: PHASE: WIRE: BUS TYPE: AI.C.: PANEL MFR: PANEL TYPE: 3000 480V 3 3 CU 100K LOAD DISTRIBUTION REC LTG CONT HOTL CIRCUIT DESCRIPTION POLE LOAD KVA MLO/ MCB: 3000 MCB FLUSH / SURF. MT. GND BUS: ISOLATED GND: 200% NEUTRAL: SWBD-D1B FROM BUS MLO / MCB: 3000 MCB FLUSH /SURF. MT. FEED-THRU LUGS: DOUBLE LUGS: TOP / BOTTOM FD: PANEL SIZE YES NO YES NO NO 42 GND BUS: ISOLATED GND: 200% NEUTRAL: YES NO YES FEED-THRU LUGS: NO DOUBLE LUGS: NO 7.88 7.88 7.88 7.88 7.88 7.88 7.88 7.88 7.88 7.88 7.88 7.88 7.88 7.88 7.88 7.88 7.88 7.88 C RAC -4-01 7.88 7.88 7.88 C RAC -4-03 C RAC -4-05 7.88 7.88 7.88 7.88 7.88 7.88 AMPERES: VOLTS: PHASE: WIRE: BUS TYPE: AI.C.: PANEL MFR: PANEL TYPE: 600 480V 3 3 CU 65K LOAD DISTRIBUTION SWB DIB CIRCUIT DESCRIPTION UPS -2A1 UPS -2A2 AMPERES: VOLTS: PHASE: WIRE: BUS TYPE: AI.C.: PANEL MFR: PANEL TYPE: 2000 480V 3 3 CU LANE COBURN & ASSOCIATES SWBD-DR1 B MLO / MCB: MLO / MC B: MLO C RAC -4-07 7.88 7.88 7.88 C RAC -4-09 7.88 7.88 7.88 FLUSH / SURF. MT. GND BUS: ISOLATED GND: 200% NEUTRAL: FLUSH /SURF. MT. C RAC -4-11 7.88 7.88 7.88 FEED-THRU LUGS: DOUBLE LUGS: TOP / BOTTOM FD: PANEL SIZE TOP / BOTTOM FD: PANEL SIZE YES NO YES NO NO 42 GND BUS: ISOLATED GND: 200% NEUTRAL: FEED-THRU LUGS: DOUBLE LUGS: TOP / BOTTOM FD: PANEL SIZE YES NO YES NO NO 42 PANEL TOTAL CONN • : :LOAD IN KVA ... • - - RECEPTAC EQUIPMENT ilte4c.' DP -A4 EMERG TIE 0.400:4-4,14F,N44401,44:101:0111•Ft•409,41,, INPUT TIE BUS OUTPUT TIE BUS 7.88 7.88 7.88 7.88 7.88 7.88 7.88 7.88 7.88 7.88 7.88 7.88 7.88 7.88 7.88 ',:tA • 114,1014,1,114,Ve4t41": C RAC -4-02 C RAC -4-04 C RAC -4-06 C RAC -4-08 C RAC -4-10 -viimrvImiwUPPWAPiqk thdPagNie041-004. '1116410q .1,112P-Aail$ -17:117k- ;,,tyllopArlialtART .7.61111:1131I211.16Nar Wittlit" 7.88 7.88 7.88 7.88 7.88 7.88 7.88 7.88 7.88 7.88 7.88 7.88 7.88 7.88 7.88 EQUIPMENT:: . •,,,. . 000LFNG: 25989 KITC HEN: RECEPTACLES: LIGHTING:' EQUIPMENT:: : HEATING: COOLING:- KITCH EN: RESIDENTIAL' HOTEL: : B REMARKS: REMARKS: RECEPTACLES ' ! "- . ;FIRST 10-KVA AT 100cr REMNDER!AT6P%-,;PERNEC:TABLE 22043 DEMANDIFACTOR=4 0 259.9 1.00 DEMANDFACTORIOO:•. ..... ... ... • .... ..... • 1.00-.)EivANID:FAQ,11'.1;(f,%FRIAEgIABLE2.22.0.00.„...,..,..,,. . . . . •.• 1.25 DEMAND FACTOR 1.25 • . • .„. .. .. . . .. ''''' ' ;! ' ••::::: ....... FEEDER DEMAND LOAD IN KVA . .. ••••. OMMENT • KVA KVA FCTR. RECEPTACLES :•••:;i•; .FIRST 10:KVAAT100%i• REMAINDERAT5O%, PER NEC TABLE22O.13 LIGHTING -:E . . ..1.25 DEMANDFACTOR=1.25 • : ---:;-;:- . ...... EQUIPMENT ; ....... ..... ... •••••• • DEMAND • FA6.:ToRy- too • • .• .. : . • REMARKS: '000LING 2 1 00 DEMAND F' KITCHEN .... :.; ..• CONTINUOUSDEMAND „ •• .HOTEL:;:.:- ... ::;:..; „. . ..;: .... . DEMAND PER NEC TABLE 220.11.. !H' LARGEST MOTOR 16.8 4.2:.;0.25 [REPLACE EFAU LT VALUE WITH ACTUAL VA CONN.. DEM DEM. COMMENT ISSUED / REVISED DATE CONTINUOUS 1.25 .DEMAND;FACTOP . .... • :, HOTEL .. • ;: ...... DEMAND:PER':NECTABLE 220.1 LARGEST MOTOR.... :;;;::i . ; . . ;:; 0.25, [REPLACE DEFAULT WIT A .3 PANEL SCHEDULES LCA JOB 13102 SABEY TELX PLOTTED: 2/20/2013 E7.05 1 2 3 4 5 6 7 8 9 10 11 12 LANE COBURN & ASSOCIATES, LLC. PANEL: SWB DRIB LANE COBURN & ASSOCIATES, LLC. PANEL: LANE COBURN & ASSOCIATES, LLC. PANEL: DP-CR4 LANE COBURN & ASSOCIATES, LLC. PANEL: cp co0 0 H LOCATION: 117 FED FROM: SBD D4 LOCATION: 155A FED FROM: SBD D4 LOCATION: 188 FED FROM: SWBD-DR1 B SECTION 1 (OLD DP -C4) LOCATION: 188 FED FROM: DP -05 SECTION 2 LOAD DISTRIBUT ON REC LTG EQPT HTG CLG KTCH CONT HOTL CIRCUIT DESCRIPTION POLE LOAD KVA UPS -2A1 UPS -2A2 AMPERES: VOLTS: PHASE: WIRE: BUS TYPE: AI.C.: PANEL MFR: PANEL TYPE: MLO / MCB: 2000 480V 3 3 CU LOAD DISTRIBUT ON LTG EQPT CIRCUIT DESCRIPTION FLUSH / SURF. MT. PDU-5G C PDU-5H A B C PDU-51 A B C PDU-6C A B C A B C PDU-6E A REDUNDANT B C c GND BUS: ISOLATED GND: 200% NEUTRAL: FEED-THRU LUGS: DOUBLE LUGS: TOP / BOTTOM FD: PANEL SIZE YES NO YES NO NO 42 PDU-6D 9 REDUNDANT AMPERES: VOLTS: PHASE: WIRE: BUS TYPE: AI.C.: PANEL MFR: PANEL TYPE: 2000 480V 3 3 CU 65K LOAD DISTRIBUT ON CIRCUIT DESCRIPTION PDU-6J LOAD KVA 31.57 31.57 31.57 29.41 MLO / MCB: 2000 MCB FLUSH / SURF. MT. GND BUS: ISOLATED GND: 200% NEUTRAL: AMPERES: VOLTS: PHASE: WIRE: BUS TYPE: AI.C.: PANEL MFR: PANEL TYPE: MLO / MCB: 2000 480V 3 3 CU 65K LOAD DISTRIBUTION CIRCUIT DESCRIPTION LOAD KVA 246.08 246.08 246.08 2000 MCB AMPERES: VOLTS: PHASE: WIRE: BUS TYPE: AI.C.: PANEL MFR: PANEL TYPE: 2000 480V 3 3 CU 65K (13 4-0 0 J J CENTER PROPERTIES SABEY DATA TUKWILA INTERNATIONAL 0 N N CO 00 CO 0,11 LU o▪ s co Csul CO MLO / MCB: 2000 MCB A 300 3 FLUSH / SURF. MT. FLUSH/SURF. MT. GND BUS: ISOLATED GND: 200% NEUTRAL: 300 3 FEED-THRU LUGS: NO DOUBLE LUGS: NO. A 300 3 FEED-THRU LUGS: B DOUBLE LUGS: TOP / BOTTOM FD: PANEL SIZE PNL CP1 VIA ATS 13 REDUNDANT A 100 3 TOP / BOTTOM FD: B PANEL SIZE YES NO YES NO YES 42 GND BUS: ISOLATED GND: 200% NEUTRAL: 0 FEED-THRU LUGS: NO DOUBLE LUGS: YES TOP / BOTTOM FD: PANEL SIZE fi aVIE�..� �Ir'r 11,4 F SWBD-C1 B BYPASS D P-CR4 PDU-5E 2 REDUNDANT 277.65 277.65 PDU-5F 4 REDUNDANT RECEPTACLES: - LIGHTIIG 300 3 EQUIPMENT38i24 F EATI f :::: 277.65 GOWN F 31.57 31.57 31.57 31.57 31.57 31.57 31.57 31.57 31.57 31.57 31.57 31.57 PDU-6F B REC€PTACLES:::.;; C LI HTING;:.., A 300 3 EQDIPMENT:.; 94>71 B G: C COOLING: A 300 3 KITCHEN: B RESIDENTIAL: C HOTEL: ..- 0 0 LL Ct- O N a) as L' c v) 0 N V is N a � OD sr - co OD CD OD C▪ M HEATING„:„:::: COOLING:.: KITCh EN::•1 RESIDENTIAL:.. PDU-6G 300 31.57 TOTAL 8.24. 10 12 PNL 4LS VIAATS 03 -01-13 EXPIRES: 11-16-2013 FEEDER DE AND LOAD IN KVA CONN. DEM DEM. COMMEN Loo E KVAAT1i00%:,-El'EMAINDERAT 50% .PER NE&TEABLEE220 DEMAND FIF13,NgG,,F,FAEiLF :T:ELST:IVOT.Ok 1KVAAT100% REMAINDER:AT:50%;: PER NEC TABLE 220.1 a . :1E777 ... oCCE ... ... RECEPTACLES EQUIPMENT HEATING COOLIN KITCHEN CONTINUOUS C TABLE 2201 EREci:QE0..-duiEt;P: :11 vit,.4T. EGA.:NC....: ...',TE:E.'S :-: : . °Q•°: . r''''I P'''''''':''P'7' .... ''' 1.00 •121.ENIAND:FACtd.k:PERNEG:TAE4E 22D.:2!)... PANEL: SWBD M3 PANEL: LOCATION: 141 FED FROM: DP-CR4 LOAD DISTRIBUT ON LOCATION: RM 131 FED FROM: SG1 VIAVMR CIRCUIT DESCRIPTION AMPS POLE LOAD KVA D C 3 5 7 9 11 13 15 17 19 21 23 25 27 29 31 33 35 37 39 41 SPACE SPACE SPACE SPACE SPACE SPACE AMPERES: VOLTS: WIRE: BUS TYPE: Al.C.: PANEL MFR: PANEL TYPE: 60 480Y/277V 3 4 CU LOAD DISTRIBUTION CIRCUIT DESCRIPTION LOCATION: 131 FED FROM: SWBD M2 FEEDERTOTAL. LANE COBURN & ASSOCIATES, LLC. PANEL: LOCATION: 163B FED FROM: DP -K3 PANEL K3 A 2500 A 3000 LOAD AMPERES: KVA VOLTS: 390 02 PHASE: WIRE: BUS TYPE: PANEL MFR: PANEL TYPE: 390 02 390.02 5000 480Y/277V 3 3 CU 100K LOAD DISTRIBUTION KTCH CONT CIRCUIT DESCRIPTION LOAD KVA 195.01 195.01 195.01 AMPERES: VOLTS: PHASE: WIRE: BUS TYPE: Al.C.: PANEL MFR: PANEL TYPE: 3000 480V 3 3 CU 65K LOAD DISTRIBUT ON CIRCUIT DESCRIPTION 180.6 AIR COOLED CHILLER 5 SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE A 3000 14.4 CHILLED WATER PUMP 5 MLO / MCB: 5000 MCB 180.60 180.60 180.60 14.40 14.40 14.40 AMPERES: VOLTS: PHASE: WIRE: BUS TYPE: PANEL MFR: PANEL TYPE: 1200 480V 3 3 CU SEE 1 -LINE 11.1 CL 0 0 11.1 C/) fsl 160 '- 10 2 CO3 ▪ 0 co co ICC m on CO ILI FLUSH /SURF. MT. FLUSH /SURF. MT. AR COOLED CHILLER 3 7 REDUNDANT GND BUS: ISOLATED GND: 200% NEUTRAL: YES NO YES GND BUS: YES ISOLATED GND: NO 200% NEUTRAL: YES GND BUS: YES ISOLATED GND: NO 200% NEUTRAL: YES C GND BUS: YES A 1200 ISOLATED GND: NO B 200% NEUTRAL: YES 8 JA Jul 2 4 6 8 10 12 14 16 18 20 22 24 26 28 30 32 34 36 38 40 42 FEED-THRU LUGS: NO DOUBLE LUGS: NO TOP / BOTTOM FD: PANEL SIZE FEED-THRU LUGS: NO DOUBLE LUGS: NO FEED-THRU LUGS: NO DOUBLE LUGS: NO FEED-THRU LUGS: NO DOUBLE LUGS: NO TOP / BOTTOM FD: PANEL SIZE 42 TOP / BOTTOM FD: PANEL SIZE 42 TOP / BOTTOM FD: PANEL SIZE 42 LI!!! E. AL:CON,N PANEL TOTAL CONN BYPASS SWB D5 MCC -3A 195.01 COLO SPACE SPACE SPACE SPACE SPACE RECEPTAC EQUIPIVENT- HEATING: 195.01 195.01 EQUIPMENT: COblik6: 555,b2 KITCHEN SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE A to t) C41 Z NIB ILI 0 Ca EMERG FEED CNI CD 01 1 - LU 0 CL SPACE SPACE SPACE TIE BUSWAY TB REMARKS: FEEDERcimANp LOAD. IN.'EcIO, ;!E - EQUIPMENT 1.00 .1-pEmOlp.:FAPTOR.PER.:NECTAI3LE220:20:.. LIGHTING - CONTINUOUS LARGESTMOTOR REMARKS: • KITCHEN- • REMARKS: ACTUAL VALUE] KnrcHosi ISSUED / REVISED DATE fREPLACE:DEPAULT..VALUEWITH ACTUAL VALUE). LCA JOB 13102 SABEY TELX PLOTTED: 2/20/2013 PANEL SCHEDULES E7.06 1 2 3 4 5 6 7 8 9 10 11 12 LANE COBURN & ASSOCIATES, LLC. PANEL: MCC -3A LANE COBURN & ASSOCIATES, LLC. PANEL: LANE COBURN & ASSOCIATES, LLC. PANEL: PANEL: H LOCATION: 1638 FED FROM: DP -K3 LOAD DISTRIBUT ON REC LTG EQPT HTG KTCH CONT LOCATION: 102 FED FROM: DP -K3 CIRCUIT DESCRIPTION AIR COOLED CHILLER 6 14.4 CHILLED WATER PUMP 6 AIR COOLED CHILLER 4 7 REDUNDANT 180.60 180.60 180.60 14.40 14.40 14.40 AMPERES: VOLTS: PHASE: WIRE: BUS TYPE: AI.C.: PANEL MFR: PANEL TYPE: 1200 480V 3 3 CU SEE 1 -LINE LOAD DISTRIBUT ON CKT REC LTG EQPT HTG CLG KTCH CONT HOTL LOCATION: 101 FED FROM:MCC-4 CIRCUIT DESCRIPTION PH AMPS POLE LOAD KVA EF -RPU -01 AMPERES: VOLTS: PHASE: WIRE: BUS TYPE: AI.C.: PANEL MFR: PANEL TYPE: 1200 480V 3 3 CU SEE 1 -LINE LOAD DISTRIBUT ON EQPT HTG CONT HOTL LOCATION: 101 FED FROM: P1 CIRCUIT DESCRIPTION EG -1 BLOCK HEATER AMPS POLE EF -RPU -04 MLO /MCB: A 800 3 FLUSH / SURF. MT. EF -RPU -06 MLO /MCB: FLUSH/SURF. MT. G GND BUS: ISOLATED GND: 200% NEUTRAL: FEED-THRU LUGS: DOUBLE LUGS: TOP / BOTTOM FD: PANEL SIZE YES NO YES NO NO 42 EF -RPU -09 EF -RPU -11 EF -RPU -14 GND BUS: ISOLATED GND: 200% NEUTRAL: YES NO YES FEED-THRU LUGS: NO DOUBLE LUGS: TOP / BOTTOM FD: PANEL SIZE 3 5 7 9 11 13 15 17 19 21 23 25 27 29 31 33 35 37 39 41 EG -3 BLOCK HEATER LOAD KVA 2.70 2.70 2.70 2.70 2.70 2.70 AMPERES: VOLTS: PHASE: WIRE: BUS TYPE: AI.C.: PANEL MFR: PANEL TYPE: 100 480V 3 3 CU SEE 1 -LINE LOAD DISTRIBUT ON REC LTG EQPT HTG CLG KTCH CONT HOTL CIRCUIT DESCRIPTION 1 BATTERY CHARGER EG -1 BATTERY CHARGER EG -3 A 20 B 20 C 20 A 20 B 50 POLE LOAD KVA 1 1.00 1 1.00 1 0.25 1 0.25 AMPERES: VOLTS: PHASE: WIRE: BUS TYPE: AI.C.: PANEL MFR: PANEL TYPE: 150 208Y/120V 3 3 CU 10K 0 12201 TUKWILA INTERNATIONAL E 0 U >, a) 0 c 111411}} ,F.�.��I4 V". YI p r5 '} s.VF� }r r M 1 t � L I..,t , drat c.E4?c PANEL P2 SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE MLO /MCB: MLO SPACE SPACE MLO/ MCB: 150 MCB FLUSH / SURF. MT. SPACE SPACE FLUSH / SURF. MT. GND BUS: ISOLATED GND: 200% NEUTRAL: FEED-THRU LUGS: NO DOUBLE LUGS: NO TOP / BOTTOM FD: PANEL SIZE SPACE Y d" r'4Fu�ct..'.n,(.r.�i7LdF��3GfF�i, EG -2 BLOCK HEATER SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE GND BUS: YES ISOLATED GND: NO 200% NEUTRAL: YES FEED-THRU LUGS: NO DOUBLE LUGS: NO TOP / BOTTOM FD: PANEL SIZE 42 PANEL P2A ria BATTERY CHARGER EG -2 FUEL OIL CLEANER FI1a l t. Ir [r jL.. .R. : 1_1::,00)14":•• ,r DAYTANK COOLING SYSTEM E F-34 SPACE SPACE SPACE Y .,� i{1-1s'Ir 1.00 1.00 1.00 1.00 c 0 • c 0 w vimaC RECEPTACLES LIGHTING: EQUIPMENT. HEATING COOLING::.::?: KITCHEN' .` a) s 1- 0 o c LL as CL E 0 c w co as Cl E 0 SPACE 1111111111111111----11111111- F SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE 42 SPACE 0-01-P EXPIRES: 11-16-2013 E FEEDS - DEMAND LOAD IN-KVA.., ., CONN. °DEIN DEM. ,.COMMENT :'::........... -:,::::.::::::::,- KVA: KVA • FCTR.' ` : !:::: ....... ......... .. ::.:. : S:::.:: :,... ECEPTAC LES:...... ,,. .. FIRST::10: KVAAT.100 a REMAINDEF3 AT 50 PER° EC TABLE 220:13: LIGHTING: --: 1..25 ..`€DEI1$AN.D FACTOR:.=1:.25..:- . ; :; - ....,:t2.00 DEMAND FACTOR :=1 >00 EQUIPMENT . HEATING ,;-;• ^° . - 1:00 DEMAND' FACTOR .# 1.00: COOLING ::: 585.0:585 0 1.00.. ; :DEMAN D: FACTOR ------1.00:'. 1 0 D ACTOR E .T LE: 0 F PER N C AB 0 CHEN :' EMAND A 2 .2 2 0. KIT : CONTINUOUS :: '1.25 DEMAND FACTOR =1:2a HOTEL " DEMAND.. PER NEC. TABLE22D.1I. :;: LARGESt MOTOR 62.6.:15:6: 0.2REPLACE: DEFAULTVALUE WITH ACTUAL:VALUE] H.. - .HP : 40 FEEDER DEM. FEEDER DEMAND LOAD :: €€ : KVA...':::KVA -:FC'' . :::.. o 0 RECEPTACLES..,, .. I . . T1.0. 0. ..'MAI D R;AT'S0 P.ER NEC':TABLE.2201:3 F RS..... _KVAAT �0.. !a, RE N..E ....:.. ./a . .... .......... LIGHTING: 1:„2. D>. CT ;_ _ ................ 5, ... DEMAN._F�i Tt3R,.:: 1,25.::::.: '............ EQUIPMENT -„..:a:: ; .': ':;30:.4:..:::30:,4:!::1.00 DEMAND€.FACTOR:=:1.00 COOL NG' 1.00 DEMAND,: -- .. : - 1..00. KIOTELTCHEN::.; 1.00 DEMAND. R P °FACTOER NEC TABLE 220 CONTIN OUS 4.25 DEMAND FACTOR =1:25 H DEMAND PER NEC TAILE 220.1:1 '.: :.. LARGEST MOTOR :.62'.6 15.6:' 0.25 [REPLACE€DEFAULTVALUE:WITH ACTUAL VALUE] HP: 40 RECEPTACLES .............: 1.:25: LIGHTING, EQUIPMENT_' :::::::::.: ::6.5 : :6.5 . .OD: TING! 24.3::.°:24:3 ,':1.00: C�LINC: 1::00 KITCHEN 1.00 CONTINUOUS . 1.25 FIRST:1.0 i KVA. T:100%,.REMAAN:DER:AT DEMAND:'FACTOR DEMAND -::1.00' DEMAND FACTORs=:100:: DEMANDi FACTOR,; -1U00:- DEMAND FACTORPER. NECTABLE 220 20 DEMAND FACTOR =1.25: DEMAND. PER NEC. TABLE 220.11..:. 0.25. "[REPLACE DEFAULTVALUE WITH ACTUAL VALUE] '.0 RE E ...PTAC LES I .. LIGH...TN.G EQUIPMENT UIPMENT HEATING: COOLING ..:: KITCHEN - CONTINUOUS H©TEL . LARGEST MOTOR . 1.00 DEMAND FACTOR PER:.NECTABL.E , . 1:.25 DEMAND FACTOR =::1'.25, .:::::: DEMAND PER NEC :TABLE 2 2011 : 0.25[RE PANEL: SWB D5 LANE COBURN & ASSOCIATES, LLC. PANEL: LANE COBURN & ASSOCIATES, LLC. PANEL: LOCATION: 110 FED FROM: LOAD DISTRIBUTION KTCH CONT HOTL LOCATION: 110 FED FROM: SWBD M3 LOCATION: 164 FED FROM: SBD D5 SECTION 1 LOCATION: 164 FED FROM: SBD D5 SECTION 2 CIRCUIT DESCRIPTION D 4.24 2.78 1.33 SWB D5 342.60 341.14 339.69 AMPERES: VOLTS: PHASE: WIRE: BUS TYPE: AI.C.: PANEL MFR: PANEL TYPE: 3000 480V 3 3 CU LOAD DISTRIBUT ON CIRCUIT DESCRIPTION PH AMPS POLE LOAD KVA A 600 3 126.01 B 126.01 C 126.01 AMPERES: VOLTS: PHASE: WIRE: BUS TYPE: AI.C.: PANEL MFR: PANEL TYPE: 3000 480V 3 3 CU 100K LOAD DISTRIBUTION CRAC-5-02 CIRCUIT DESCRIPTION CRAC-5-04 MLO / MCB: 3000 MCB SWBD-D2B FROM BUS 216.59 215.14 213.69 C RAC -5-06 MLO/MCB: 3000 MCB PH AMPS POLE LOAD KVA 40 3 7.88 7.88 7.88 40 3 7.88 7.88 7.88 40 3 7.88 7.88 FLUSH / SURF. MT. GND BUS: ISOLATED GND: 200% NEUTRAL: FEED-THRU LUGS: NO DOUBLE LUGS: NO TOP / BOTTOM FD: PANEL SIZE FLUSH / SURF. MT. GND BUS: ISOLATED GND: 200% NEUTRAL: CRAC-5-07 FEED-THRU LUGS: DOUBLE LUGS: TOP / BOTTOM FD: PANEL SIZE YES NO YES NO NO 42 CRAC-6-03 CRAC-6-08 C A B C A B C A B C A B C A B C A B C A 40 B C AMPERES: VOLTS: PHASE: WIRE: BUS TYPE: AI.C.: PANEL MFR: PANEL TYPE: 600 480V 3 3 CU 65K LOAD DISTRIBUT ON CRAC-6-05 CIRCUIT DESCRIPTION CRAC-6-02 POLE LOAD AMPERES: KVA VOLTS: 3 7.88 PHASE: 7.88 WIRE: 7.88 BUS TYPE: 3 7.88 AI.C.: 7.88 PANEL MFR: 7.88 PANEL TYPE: MLO / MCB: 600 MCB FLUSH / SURF. MT. GND BUS: ISOLATED GND: 200% NEUTRAL: 600 480V 3 3 CU 65K W 0 0 LI0 W C/) N co n w H CO C4 CO Li- (v,L E w -t' in N O () W O R' r 4m7 M C � O(DC0N = GO co m 'I- a aILI co a, zyc C2=-7 Zwo � �- Q N 0 3 Ii m : J 3 as Z Cg CCI 0 C..) W Z 5 MLO /MCB: 600 MCB A 40 3 FLUSH / SURF. MT. FEED-THRU LUGS: DOUBLE LUGS: TOP / BOTTOM FD: PANEL SIZE YES NO YES NO YES 42 C -GND BUS: A 40 3 ISOLATED GND: B _ 200% NEUTRAL: A 40 3 - FEED-THRU LUGS: NO B DOUBLE LUGS: NO A 40 3 - TOP / BOTTOM FD: B PANEL SIZE PANEL TOTAL CONN LOAD IN;KVA • RECEPTACLES:';: : LIGHTING 8,36` EQUIPMENT:' ;:;..`::::.637.06 HEATING:::. COOLING`; KITCHEN .rLf`�,YL��kil lulu r{1� �f fl�di x111`6 iIF I['. 111PU1 i�VI Vi t� �� DP -A5 EMERG TIE CRAC-5-01 CRAC-6-01 INPUT TIE BUS OUTPUT TIE BUS RECEPTACLES: LIGHTING EQUIPMENT HEATING: COOLING KITCHEN:` RESIDENTIAL: HOTEL:. !-• CRAC-5-03 CRAC-5-05 1023.44 CRAC-5-08 REEPTACLES::: LIGHTING; EQUIPMENT:.:; HEATING: C00LING:.:, 307,1:4" KITCHEN:;; RESIDENTIAL: HOTEL`:: ................ TOTAL;:::::::_. C RAC -6-07 B --Emu 7.88 --- ------- ---- 7.88 --- 1111111111-11111 7.88 111111111111111111 IIIII--- 7.88 --� --11111- 7.88 --- NMI 7.88 20 B C A 22 B C A 40 24 B C COOLING>>....:; 40 3 KITCHEN RESIDENTIAL;:' 40 3 TOTAL::: CRAC-6-06 C RAC -6-04 W v he a 00 a CL Im __F.4w 0CDa Wc4 r ml J o=tea C m y !!W M H ch M FEEDER DEMAND:LQAD 1N FEEDERDEMAND:LDAD:IN KVA KVA ::: KVA FGTR: €`;;! ::::::::::: .:.::::::::'::. FIRST1OKVA AT100x% REMAINDER % CT .AT.50:./a,..PER.N.E..TAE3LE.°229,1: DEMAND FACTOR :125 :... - .. DEMAND FACTOR 1-.0p :.... DEMAND FACTOR= .. 37FACTO.. EAND .............. 1.00 DEMAND FACTOf.PER NECiTASLE 220:2.0; ;25;:-. DEMAND FACTOR =1.25 DEMAND:. PER NEC.TABLE1220,11, .- 0.25 [REPLACE DEFAULT VALUE WITH ACTL EQUIPMENT .. . HEATING 000L.ING 'kI TGHEN ::.. COi TINUOUS.. HOTEL .::.:......:.. LARG.EST::MOTOR REMARKS: REMARKS: FEEDERDEMAND. LOAD ST10 KV:. AT:100%, REMAINDER 8:�L......:10.4. ,1.25 :;IOEMAND.'FACTOR`=1.25 63.1. 637,1 1.00 DEMAND ACTOR � '1.4Q. 1.00 DEMAND. FA6,179R 378.0 "378.4.1.:.00 DEMAND. FACTOR = 4::00. 1.00: D:EMAND:FAC:TOR PER.NEC TABLE DEMAND:I=/?+CTOR =.1:25 . .. . DEMAND PERNE. ABLE. 2 .1.1.. 0:,25 [REPLACE DEFAULT VALUE WITH ACTUAL VALUE]; DER AT.50°l0., PI*R:NEG..TABLE 22.0,1.3 LIGHTING 1.25 DEMAND FACTOR =1.;2s.. EQUIPMENT :1.00°:i°DEMAND FACTOR=1.04. .. HEATING 1 00 DEMAND'FACTOR =.1.00. COMING` 307,1 307.1: 1.00 DEMAND: FACTOR:t00.::: =:.:: 1.0. KITCHEN :: ....::....:...: 1.00 DEMAND: FACTOR PER NEC TABLE: 220,2.0.:. CONTI LUOUS ..:::.:_.. RECEPTACLE- .....O,KVAAT:10i .la REMAINDER AT 5 0 /a PER. NEG.BL TAE 2 0.13 .. ..... FIRST.1. LIGHTING ....... 1.25' IDEMAND: FACTOR:= 1.25..: EQUIPMENT...::.. :.... 1.00 "DEMAND FACTOR:°=1:00: . T HEA INC 1:00 . FACTOR':; -7. - 1100 COOLING •70.9 ::70.9 1.00 :DEMAND FACTOR 1::00 KITCHEN:: 1.00 AND. FACTOR' P „DEMAND TABLE22020. CONTINUOUS 1.25 DEMAND FACTOR:=.1.25: HOTEL DEMAND PER NEC. TABLE: 220.11.. . LARGEST MOTOR. 16:8 4:2 .0:25.- [REPLACE DEFAULT VALUE WITH ACTUAL VALUE]HP " 10 • ISSUED / REVISED DAT E FEEDERT©TALD PANEL SCHEDULES LCA JOB 13102 SABEY TELX PLOTTED: 2/20/2013 E7.07 H G F E D C B A 1 2 3 4 5 6 7 8 9 10 11 12 LANE COBURN & ASSOCIATES, LLC. LOCATION: 117 FED FROM: SBD D5 PANEL: SWB D2B LANE COBURN & ASSOCIATES, LLC. LOCATION: 117 FED FROM: SBD D5 PANEL: SWB DR2B LOAD DISTRIBUT ON REC LTG EQPT HTG CLG CKT 11 13 10 12 14 CIRCUIT DESCRIPTION UPS -2B1 UPS -2B2 SWBD-DR2B BYPASS PH A B C A B C A B C A B C A B C A B C A B C A B C A B C A B C A B C A B C A B C A B AMPS 1200 POLE LOAD KVA 1200 2000 3 216.59 215.14 213.69 2000 3 3 AMPERES: VOLTS: PHASE: WIRE: BUS TYPE: AI.C.: PANEL MFR: PANEL TYPE: 2000 480V 3 3 CU MLO / MCB: MLO FLUSH / SURF. MT. GND BUS: YES ISOLATED GND: NO 200% NEUTRAL: YES FEED-THRU LUGS: NO DOUBLE LUGS: NO TOP / BOTTOM FD: PANEL SIZE 42 PANEL TOTAL CONN `LOAD IN KVA LOAD DISTRIBUT ON REC LTG EQPT HTG CLG KTCH CONT HOTL CKT CIRCUIT DESCRIPTION PH AMPS POLE LOAD KVA tir 9 � I 1I I:! I.F 11 13 UPS -2B1 UPS -262 SWBD-D2B A B C A B C A B C A B C A B C A B C A B 1200 1200 2000 fikt:. 4b J, 4.24 ##### RECEPTACLES::: : 2.78 1.33 EQUIPMENT 637:.0.6" HEATING:::;.:.: COOLING KITCHEN: RESIDENTIAL: HOTEL -- TOTAL645 :42 REMARKS: FEEDER DEMAND LQAD'IN KVA • ::=CONN; DEM D KVA::'KVA ECEP:ACLES LIGHTING EQUIPMENT HEATING: COOLING KITCHEN,:; CONTII4UOL}S LARGEST MOTOR 1111 GO:MMENT! FCTR.... FIRST:1:0: KVAAT.1:00% :REMAINDER AT 5o% :PER:NECJABLE: 8:4 10:4 125 DEMAND FACTOR =1.25 637:.1:. 637: 1:00; °:DEMAND FACTOR =10O :.: 1.00.• DEMAND FACTOR -:1.00 1.00: DEMAND FACTOR :"1.fl#I . 1,00 DEMAND FACTOR PER NEC TABLE 220.20. 1,2:5.:: DEMAN ©FACT©R -1.25 DEMAND PER NEC TABLE 22011. 201 025.: [REPLACE DEFAULT VALUE"WITH ACTIJAL:VALU.E]; HP :FEEDER TOTAL:DEM::: 648 I(VA FEEDER itTOTAL DEM 778 A:::. 10 12 14 DP -05 A B C A B C A B C A B C B C B C A B 2000 3 216.59 AMPERES: VOLTS: PHASE: WIRE: BUS TYPE: AI.C,: PANEL MFR: PANEL TYPE: 2000 480V 3 3 CU MLO / MCB: MLO FLUSH / SURF. MT. GND BUS: YES ISOLATED GND: NO 200% NEUTRAL: YES FEED-THRU LUGS: NO DOUBLE LUGS: NO TOP / BOTTOM FD: PANEL SIZE 42 PANEL TOTAL CONN L:OAD:IN KVA 215.14 213.69 RECEPTACLES; LIGHTING:., EQUIPMENT::: 63'7.0 •h#EATING:.. :COOLING G:;. KITCHEN:_. • 8;36 RESI:DENTIAL:: HOTEL: TOTAL:.:::. 545,42 FEEDER DEMAND LDAD IN KVA RECEPTACLES: . REMARKS: GONN.:DEivl DEM COMMENT' <:.. LIGHTING EQUIPMENT EATINGiiE COOLING :: .KITCHEN CONTINUOUS HOTEL^° AR pEST MOTOR KVA::: 'KVA FCTR, •FIRST 1 O KVAAT 1x 100, REMAINDER 4 y 0.4° 125 °DEMAND FACTOR =1.25: • 637.1: 1.00 . DEMAND:FACTOR 1.00 1:#10 DEMAND ;FACTOR =1:10::..:... u TAB � =13: Al":50 PER. NEC LE 220. 1.00 DEMAND FACTOR.= 'LOO .... :. 1.00 DEMAND;FACTOR PER:NEC;TABLE 220.213. '1.25 DEMAND FACTOR:=.1.25. DEMAND PER NEC TABLE. 220.'11. 01:26 .[REPLACE DEFAULTVALUE. WITH ACTUAL VALUEJ FEEDER TOTAL€DEM;: 64& KV ER€TOTAL DEM:: ::: " : "..:::::.:; 778i REVIEWED FOR CONNtTH �A OGNEC ......:..:........ 11PAIPSNIVA LANE COBURN & ASSOCIATES, LLC. LOCATION: 164 FED FROM: SWBD-DR2B PANEL: DP -05 LANE COBURN & ASSOCIATES, LLC. LOCATION: 155A FED FROM: DP -05 PANEL: NEW DP-CR5 LOAD DISTRIBUT ON REC LTG EQPT HTG CLG KTCH CONT HOTL CKT CIRCUIT DESCRIPTION PH AMPS POLE LOAD KVA 29.41 29.41 29.41 29.41 29.41 29.41 29.41 29.41 29.41 29.41 29.41 29.41 4.24 2.78 1.33 5 7 11 13 PDU-5A PDU-5B PDU-5C REDUNDANT PDU-5D REDUNDANT PDU-5E PDU-5F PNL 5LS VIA ATS A B C A B C A B C A B C A B C A B C B 300 29.41 29.41 29.41 300 29.41 29.41 29.41 300 3 300 300 29.41 29.41 29.41 300 29.41 29.41 29.41 50 4.24 2.78 1.33 AMPERES: VOLTS: PHASE: WIRE: BUS TYPE: AI.C.: PANEL MFR: PANEL TYPE: 2000 480V 3 3 CU 65K MLO / MCB: 2000 MCB FLUSH / SURF. MT. S GND BUS: YES ISOLATED GND: NO 200% NEUTRAL: YES FEED-THRU LUGS: NO DOUBLE LUGS: YES TOP / BOTTOM FD: PANEL SIZE 42 LOAD DISTRIBUTION REC LTG EQPT HTG CLG KTCH CONT HOTL CKT CIRCUIT DESCRIPTION PH AMPS POLE LOAD KVA 11 13 PDU-5J REDUNDANT PDU-6J REDUNDANT A B C A B C A B C A B C A B C A B C A B C 300 3 300 3 300 3 300 3 300 3 300 3 300 3 AMPERES: VOLTS: PHASE: WIRE: BUS TYPE: A.I.C.: PANEL MFR: PANEL TYPE: 2000 480V 3 3 CU 65K MLO / MCB: 2000 MCB FLUSH / SURF. MT. S GND BUS: YES ISOLATED GND: NO 200% NEUTRAL: YES FEED-THRU LUGS: NO DOUBLE LUGS: YES TOP / BOTTOM FD: PANEL SIZE 42 3k . 31.57 31.57 31.57 31.57 31.57 31.57 31.57 31.57 31.57 PDU-6A PDU-6B 4 REDUNDANT PDU-6C 6 REDUNDANT PDU-6D PDU-6E 10 PDU-6F 12 REDUNDANT DP-CR5 14 A B C A B C A B C A B C A B C A B C A B 300 31.57 EL TOTAL CONI` ,LOAD 31.57 31.57 300 RECEPTACLES: LIGHTING;:: EQUIPMENT: HEATINC COOLING. 8.36 637:06 .: 300 RESIDENTIAL HOTEL::.;^L::. 300 31.57 31.57 TOTAL.. 645:42:: 31.57 300 31.57 31.57 31.57 300 2000 FEEDER:DEMAND RE. CEPTAGLES LIGHTING EQUIPMENT HEATING Ct34L1NG KITCHEN CONTINUOUS kb4EL. ................. LOAD IN KVA REMARKS: CONN ::DEM. 'KVA KVA: FCTR i i':`:. ';_: €. 8A : 10.4 .....1: FIRSTIO:KVA AT100%,:REMAI :..DE DEMAND FACTOR 637.1 637:1: 1. GEST MOTOR. 00.. 1 • 00 00,' DEMAND FACTOR:``=1 00 DEMAND: FACTOR = 1 00 DEM 1.00 125 0:25 FEEDER'TOTAL DEM::° 648: KVA FEEDER:TOTALDEM::.:. :778i€ i4 TO =1_00 a 50Ia PER NEC TABLE 220.1a DEMAND FACTOR:PER NEC TABLE:°22020. DEMAND !FACTOR:1:25:!: DEMAND. PER NEC TABLE°220.11. . REPLACE D EFAU T U WITH:ACTUAL VALUE . .. [ L. VALE . _...1_.. RECEPTACLES EQUIPMENT': HEATING LAR . COMMENT GEST MOTOR • 10 12 14 REMARKS: A B C A B C A B C A B C A B C A B C A B C 300 3 PANELTOTAL 300 3 REOEPTACL •S, LIGHT EQUIPMENT 300 3 300 3 KITCHE RESIDENTI 300 3 300 3 50 3 .. FIRST -1 0-KVAAT1100%,:!REMAIN 1.00; ,DEMAND'FACTOR • 1.00 'DEMANDFACTOR - 1.00 DERAT 50%, PER NEC TABLE 220A 3-- • LANE COBURN & ASSOCIATES, LLC. LOCATION: 153 FED FROM: DP -05 PANEL: 5LS LANE COBURN & ASSOCIATES, LLC. LOCATION: FED FROM: GENERATOR: RPU -6 LANE COBURN & ASSOCIATES, LLC. LOCATION: 111 FED FROM: SWBD M3 PANEL: SWB D6 LANE COBURN & ASSOCIATES, LLC. LOCATION: 117 FED FROM: SBD D6 PANEL: SWB D3B LOAD DISTRIBUTION REC LTG EQPT HTG CLG KTCH CONT HOTL CKT CIRCUIT DESCRIPTION PH AMPS POLE LOAD KVA 1.80 1.74 3 5 7 9 11 13 15 17 19 21 23 25 27 29 31 33 35 37 39 41 LTG COLO 6 COLO 6 SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE A A A A A A 50 1.80 1.74 20 20 1 AMPERES: VOLTS: WIRE: BUS TYPE: Al.C.: PANEL MFR: PANEL TYPE: 60 480Y/277V 3 4 CU 14K GND BUS: YES ISOLATED GND: NO 200% NEUTRAL: YES FEED-THRU LUGS: NO DOUBLE LUGS: NO TOP / BOTTOM FD: PANEL SIZE 42 LOAD D1STRIBUT ON REC LTG EQPT HTG CLG KTCH CONT HOTL CKT CIRCUIT DESCRIPTION PH AMPS POLE LOAD KVA 6.50 6.50 5.50 38.46 39.50 37.95 28.49 35.50 31.50 1.00 11 13 SWB D6 A 2000 A A A A A A 85.46 79.95 65.49 AMPERES: VOLTS: BUS TYPE: PANEL MFR: PANEL TYPE: GND BUS: ISOLATED GND: 200% NEUTRAL: 3000 480V 3 3 CU YES NO YES FEED-THRU LUGS: NO DOUBLE LUGS: NO TOP / BOTTOM FD: PANEL SIZE 42 LOAD DISTRIBUT ON REC 6.50 6.50 5.50 LTG EQPT 38.46 39.50 37.95 35.50 28.49 31.50 HTG CLG KTCH CONT HOTL 1.0 CKT CIRCUIT DESCRIPTION PH AMPS POLE 5 11 13 DP -HA RPU -6 SWBD-D3B FROM BUS 800 3 LOAD KVA 85.46 79.95 65.49 A 2000 3 A 2000 A A A 3 3 3 3 AMPERES: VOLTS: WIRE: BUS TYPE: PANEL MFR: PANEL TYPE: GND BUS: ISOLATED GND: 200% NEUTRAL: 3000 480V 3 3 CU 100K YES NO YES FEED-THRU LUGS: NO DOUBLE LUGS: NO TOP / BOTTOM FD: PANEL SIZE 42 LOAD DISTRIBUT ON REC LTG EQPT HTG CLG KTCH CONT HOTL CKT CIRCUIT DESCRIPTION PH AMPS POLE LOAD KVA 11 13 UPS -3B2 BYPASS A A A A A A A 1200 1200 3 2000 119.80 119.80 119.80 2000 3 3 3 AMPERES: VOLTS: WIRE: BUS TYPE: PANEL MFR: PANEL TYPE: GND BUS: ISOLATED GND: 200% NEUTRAL: FEED-THRU LUGS: DOUBLE LUGS: TOP / BOTTOM FD: PANEL SIZE 2000 480V 3 3 CU YES NO YES NO NO 42 11 1.04 1.33 1.33 2 4 6 8 10 12 14 16 18 20 22 24 26 28 30 32 34 36 38 40 42 COLO 5 COLO 5 COLO 5 COLO 5 SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE A A A A A A 20 1 1.11 20 1.04 20 1.33 20 1.33 HEATING: • 8.36 TOTAL: 8. REMARKS: RECEPTACLES': 'fiiisT.100AAT:f00%;'-!R;EMAiNi 50%,.:PERNEC:TABLE220 .18; COO :1NG" KI NOTE AR GEST MOT 10 12 14 A A A A A A A RECE LOAD II\FKVAL PTACEES:- 6:50 HEATING 104.60 106.50 FEEDER DEMAND LOAD IN REMARKS: CEPTACLES 18 8 14.3- 011' FIRS KYAAT100.%;REMAINDER 50%,- PER :NEC: TABLE 220...1: 00 PE LARGESTIMOTOR 025 E FEEDER 2 10 12 14 DP -HA EMERG TIE INPUT TIE BUS OUTPUT TIE BUS A 800 3 A 2000 3 A 2000 A A A A 3 3 3 REMARKS: HEATING CONTINUOUS - LARGEST MOTOR ... • .. :6EMANDFACTOR:,-.it00 FEEDER TOTALiDEW FEEDERIOTALDEM.: :31)4.A 10 14 A A A A A A A HEATING: TOTAL FEEDER DEMANDLOAMN HEATING : EM EM. ..COMMENT REMARKS: FACTOR - • DEMAND PERNEC TABLE 220.11: ERTOTAL DEM.: 432 MAR 0 4 2013 CD 4-0 Lu 0 CL 0 CL LLI LLI CO 12201 TUKWILA INTERNATIONAL act co CN CO I- 00 CD aelm! C IC> " .113)" : C ° co EXPIRES: 11-16-2013 ME LLI 0 CO LU ICE us Cg cP co co CN C%1 1.0 CO 07 ui CV 0 MM ta 4 II - 0 DI LIJ co) vf CD LU 0 ISSUED / REVISED DATE LCA JOB 13102 SABEY TELX PLOTTED: 2/20/2013 PANEL SCHEDULES E7 08 1 2 3 4 5 6 7 8 9 10 11 12 w LANE COBURN & ASSOCIATES, LLC. PANEL: SWB DR3B LANE COBURN & ASSOCIATES, LLC. PANEL: SWB-CR LANE COBURN & ASSOCIATES, LLC. PANEL: LANE COBURN & ASSOCIATES, LLC. PANEL: U J w H w a 0 CL LU H LU 0 H LOCATION: 117 FED FROM: SBD D5 LOCATION: 126 FED FROM: DPSWBD-DR3B LOAD DISTRIBUT ON REC LTG EQPT HTG CLG KTCH CONT HOTL CIRCUIT DESCRIPTION AMPS POLE LOAD KVA UPS -3B1 A 1200 B C UPS -3B2 SWBD-D3B A 1200 B C A 2000 B C AMPERES: VOLTS: PHASE: WIRE: BUS TYPE: AI.C.: PANEL MFR: PANEL TYPE: 2000 480V 3 3 CU LOAD DISTRIBUT ON CIRCUIT DESCRIPTION LOCATION: FED FROM: SWB-CR PH AMPS POLE LOAD KVA AMPERES: VOLTS: PHASE: WIRE: BUS TYPE: AI.C.: PANEL MFR: PANEL TYPE: 2000 480V 3 3 CU 65K LOAD DISTRIBUT ON CIRCUIT DESCRIPTION POLE LOAD KVA PDU-5J (OLD DP-CR4) AMPERES: VOLTS: PHASE: WIRE: BUS TYPE: AI.C.: PANEL MFR: PANEL TYPE: LOCATION: RM 153 FED FROM: SWB-CR (OLD DP-CR5) 2000 480V 3 3 CU 65K LOAD DISTRIBUT ON CIRCUIT DESCRIPTION PDU-5G REDUNDANT PDU-5H REDUNDANT MLO /MCB: MLO / MCB: 2000 MCB MLO/MCB: 2000 MCB FLUSH / SURF. MT. FLUSH / SURF. MT. FLUSH / SURF. MT. MEM -min MOM GND BUS: ISOLATED GND: 200% NEUTRAL: G FEED-THRU LUGS: DOUBLE LUGS: TOP / BOTTOM FD: PANEL SIZE YES NO YES NO NO 42 GND BUS: ISOLATED GND: 200% NEUTRAL: FEED-THRU LUGS: DOUBLE LUGS: TOP / BOTTOM FD: PANEL SIZE YES NO YES NO NO 42 GND BUS: ISOLATED GND: 200% NEUTRAL: YES NO YES FEED-THRU LUGS: NO DOUBLE LUGS: NO 111•111111111111 111•111111 11111 111111 MIN IN 31.57 LIN N 31.57 ENNUI AMPERES: VOLTS: PHASE: WIRE: BUS TYPE: AI.C.: PANEL MFR: PANEL TYPE: 2000 480V 3 3 CU 65K w Z O SABEY DATA 12201 TUKWILA INTERNATIONAL (NI CO CO CO 0) N CO N CO 0 PDU-51 REDUNDANT PDU-6A REDUNDANT MLO /MCB: 2000 MCB A 300 3 FLUSH / SURF. MT. B C PDU-6B PDU-61 REDUNDANT TOP / BOTTOM FD: PANEL SIZE PANEL 5LS VIAATS GND BUS: ISOLATED GND: 200% NEUTRAL: A 300 3 FEED-THRU LUGS: B _ DOUBLE LUGS: C A 50 3 _ TOP / BOTTOM FD: B PANEL SIZE U�triy 4 [[ 1: r�lrFrI�I [ t( 7 �{ � I s G Ll.�kk � �, r 1 � f � I I I r 4 3 .!krl ;4191�Cf�S w,f sfF. , I Y 4. 119.80 119.80 119.80 11,11 1v�Jf Ftt``T Bq�L�`,I_� 1111111 i f I En t�lI � P Et} ll If; 1,r . Y S I 5 i I III I F 4 �. Vl..6ekeJ,.� el.'�Jbfu. �r I11 8; �,.fi„rt PDU-5A PDU-5B RECEPTACLES,:....:. LIGHTING .;:...:. EQUIPMENT: is c 0 0 0 c c 0 0 C s F N CD co co CNI D P -C R6 HEATING;;:;.:.:. COOLING: KITCHEN: ` RESIDENTIAL:, < .. HOTEL:;. KITC'HEN:;; RESIDENTIAL: HOTEL`. PDU-5C F PDU-5D PDU-6G REDUNDANT PDU-6H REDUNDANT REDUNDANT REMARKS: EXPIRES: 11-16-2013 ' CONN bt :DEW COMMENT LIGHTING' '. 425- DEMAND E FIRSTI.IPWAAT1100%, REMAINDER AT 50%, PER NEC TAELE.220;1.3 1.00 -DEMAND;FACTOR PER NEC TABLE 220.20. DEMAND PERiNEC TABLE 220.11. G.Z5 [REPLACE DEFAULT VALUE WITH ACTUAL VALUE] ;EQUIPMENT • CONTIRpokis • FEEDER TOTALDE FEEDERTOTAL FEEDER SWBD MR PANEL: SWB-AR LOCATION: RM 128 LOAD DISTRIBUT ON REC LTG EQPT HTG CLG FED FROM: SG1 VIA VMR CIRCUIT DESCRIPTION TIE BUSS LOCATION: 163B FED FROM: SWBD MR LOCATION: 123 FED FROM: SWBD MR LANE COBURN & ASSOCIATES, LLC. PANEL: LOCATION: 133 FED FROM: SBD AR POLE LOAD KVA D 89.7 89.7 89.7 SWB KR SWB AR AMPERES: VOLTS: WIRE: BUS TYPE: PANEL MFR: PANEL TYPE: 5000 480Y/277V 3 3 CU LOAD DISTRIBUT ON REC LTG CLG KTCH CONT HOTL CIRCUIT DESCRIPTION MCC -1 REDUNDANT MCC -2 3 REDUNDANT LOAD KVA AMPERES: VOLTS: WIRE: BUS TYPE: PANEL MFR: PANEL TYPE: 3000 480V 3 3 CU 5000 MCB MCC -3 5 REDUNDANT LOAD DISTRIBUTION REC LTG EQPT 22.44 22.44 22.44 22.44 22.44 22.44 22.44 22.44 CIRCUIT DESCRIPTION GND BUS: ISOLATED GND: 200% NEUTRAL: FEED-THRU LUGS: DOUBLE LUGS: TOP / BOTTOM FD: PANEL SIZE YES NO YES NO NO GND BUS: ISOLATED GND: 200% NEUTRAL: FEED-THRU LUGS: NO DOUBLE LUGS: NO TOP / BOTTOM FD: PANEL SIZE A A A A A A A LOAD KVA 600 22.44 22.44 22.44 600 22.44 22.44 22.44 600 22.44 22.44 22.44 AMPERES: VOLTS: PHASE: WIRE: BUS TYPE: PANEL MFR: PANEL TYPE: 1200 480V 3 3 CU 65K LOAD DISTRIBUT ON EQPT HTG CIRCUIT DESCRIPTION LOAD KVA CRAC-1-01 AMPERES: VOLTS: WIRE: BUS TYPE: PANEL MFR: PANEL TYPE: 600 480V 3 3 CU 65K 0 0 LIJ cn NCE ad co LL▪ I NCE LLI CO CD CO CO CD. CD CD CO LO CV Cs' CO 0 MLO/ MCB: 600 MCB 800 FLUSH /SURF. MT. GND BUS: ISOLATED GND: 200% NEUTRAL: FEED-THRU LUGS: DOUBLE LUGS: TOP / BOTTOM FD: PANEL SIZE YES NO YES NO NO 42 CRAC-1-11 GND BUS: A 40 ISOLATED GND: 200% NEUTRAL: A 40 FEED-THRU LUGS: DOUBLE LUGS: TOP / BOTTOM FD: PANEL SIZE YES NO YES NO YES 42 C ;PANEL TOTAL CONN 2.00 8.45 2.00 3.50 2.50 253.3 253.5 254.2 SWB HB B TIE BUSS A A A A A A A 3 263.78 258.96 256.66 OAD IN KVA RECEPTACLES. 4.00; 2 REDUNDANT MCC -2A 4 REDUNDANT RECEPTACLES: MCC -3A 6 REDUNDANT fdilL 22.44 22.44 22.44 1111111111111111111111111111 RECEPTACLES.: . .EOLIONt :.209,24 C RAC -1-04 C RAC -1-06 RECEPTACLES. : A 40 EQUIPMENT: .44:87 COOLING: A 40 KITCHEN: RF -R3 14 REDUNDANT 40 NI maJ gall PROJECT #13102 REMARKS: REMARKS: FEEDERDEMANDLOADJN ECEPTAC LES LIGHTING EQUIPMENT '1;:00: DEMAND FA6TO14 fib° 1.00 :DEMAND FACTORPERNECTAELE:220.20, DENIM D.;;FACTOR FF AAqd t.7%Q ; o205 . . . .. ISSUED / REVISED DATE A FEEDER TOTAL DEM. FEEDERTOTALO PANEL SCHEDULES LCA JOB 13102 SABEY TELX PLOTTED: 2/20/2013 E7.09 1 2 3 4 5 6 7 8 9 10 11 12 LANE COBURN & ASSOCIATES, LLC. PANEL: DP -ARI PANEL: PANEL: LANE COBURN & ASSOCIATES, LLC. PANEL: H LOCATION: 164 FED FROM: SBD AR LOAD DISTRIBUT ON CIRCUIT DESCRIPTION PH AMPS POLE LOAD KVA A 60 3 7.48 B 7.48 C 7.48 SECTION 2 LOCATION: 161 FED FROM: SBD AR AMPERES: VOLTS: PHASE: WIRE: BUS TYPE: AI.C.: PANEL MFR: PANEL TYPE: 600 480V 3 3 CU 65K LOAD DISTRIBUT ON LOCATION: 164 FED FROM: SBD AR CIRCUIT DESCRIPTION POLE LOAD KVA CRAC-2-01 CRAC-2-03 AMPERES: VOLTS: PHASE: WIRE: BUS TYPE: AI.C.: PANEL MFR: PANEL TYPE: 600 480V 3 3 CU 65K LOAD DISTRIBUTION LTG EQPT CIRCUIT DESCRIPTION LOAD KVA 7.48 7.48 7.48 SECTION 2 LOCATION: 142 FED FROM: SBD AR AMPERES: VOLTS: PHASE: WIRE: BUS TYPE: AI.C.: PANEL MFR: PANEL TYPE: 600 480V 3 3 CU 65K LOAD DISTRIBUT ON REC LTG CIRCUIT DESCRIPTION AMPS POLE CRAC-2-05 c MLO /MCB: 600 MCB FLUSH / SURF. MT. GND BUS: ISOLATED GND: 200% NEUTRAL: CRAC-2-07 MLO / MCB: 600 MCB A 40 3 FLUSH /SURF. MT. MLO/MCB: FEED-THRU LUGS: DOUBLE LUGS: TOP / BOTTOM FD: PANEL SIZE YES NO YES NO NO 42 CRAC-2-09 CRAC-2-11 GND BUS: ISOLATED GND: 200% NEUTRAL: FEED-THRU LUGS: DOUBLE LUGS: TOP / BOTTOM FD: PANEL SIZE YES NO YES NO YES 42 GND BUS: ISOLATED GND: 200% NEUTRAL: FEED-THRU LUGS: NO DOUBLE LUGS: CRAC-3-01 CRAC-3-03 CRAC-3-05 CRAC-3-07 CRAC-3-09 CRAC-3-11 AMPERES: VOLTS: PHASE: WIRE: BUS TYPE: AI.C.: PANEL MFR: PANEL TYPE: 600 480V 3 3 CU 65 K 3.2. 4J 0 4-3 CO w z 0 12201 TUKWILA INTERNATIONAL N LC) CID O 0) ti O) co 00 CD tOD Q OD N N 0 -CAD o a) o N 7.7. N a -IX • wa 00 I- LL E 0 0 a) c MLO / MCB: 600 MCB 40 3 FLUSH / SURF. MT. GND BUS: 40 3 ISOLATED GND: 200% NEUTRAL: 40 3 FEED-THRU LUGS: DOUBLE LUGS: TOP / BOTTOM FD: PANEL SIZE TOP / BOTTOM FD: PANEL SIZE YES NO YES NO YES 42 [fV'Yf.F{u' Fygf� le[, ef.0 h o8 I c {jh J ijl Ill . ,, pp rht. ,t2 51IE:515 vEw j6� ilLOM CRAC-2-02 k r V CRAC-3-02 40 3 RECEPTACLES LIGHTING: CRAC-2-04 C RAC -2-06 RECEPTACLES LIGHTING: EQUIPMENT HEATING s;< COOLING!'. KITC I#EN ................ RESIDENTIAL: " RECEPTACLES: LIGHTING::: EQUIPMENT: 22.44 HEATING: COOLING;:::::. 0 s 1- CRAC-3-04 CRAC-3-06 F CRAC-2-08 CRAC-2-10 CRAC-3-08 CRAC-3-10 RF -R6 REDUNDANT RF -R10 12 REDUNDANT RF -R7 A 60 14 B RF -R11 REMARKS: REMARKS: REMARKS: REMARKS: 03-0I-13 EXPIRES: 11-16-2013 E FEEDER DEMAND LOAD IN KVA ..:' CONN. DEM.: DEM. COMMENT::. KVA:... KVA FCTR.::. RECEPTACLES : ' :FIRST 10 KVA AT 100%, REMPJNDER>AT 50%, PER:NEC TABLE.22013 LIGHTING ... 1.25 DEMANDFACTOR ="1.25:° EQUIPMENT .. 22.4; '22 4 1 00 . DEMAND FACTOR =°1.00 HEATING 1 00 DEMAND FACTOR -:1.00 . COOLING :: KITCHEN. ; CO NTINUO 105...:.... :HOTEL- : G ST MOTH LAR E R 6.8 , 1 00 DEMAND.FACTOR=,1,00: . " .. . 1.00 D D GT R P R N "C" E" 20. 0 EMAN FA O E I: .TABL 22 1.25 DEMAND FACTOR =:1,25::' NECT" LE 22 ; DEMAN PERDAB 0.11:- 2 0.25: R .:: DEFAULT VALUE.WITH:ACT � EPLAC!E._, UAL°VALUE] FEEDER DEM LOAD IN KVA: . . CONN DEM. ° DEM.. COMMENT `..`KVA. ..KVA. FCTR..... RECEPTACLES LIG iT#N ti : EQUIPMENT 44.9 44.9 HEAT€NG: GOOLI NG C KITCHEN- CONTINUOUS' HOTEL 16:8 LARGEST. MOTOR FIRST 10 KVAA-0 00%: _:REMAINDER AT'50% PER N DEMAND::FACTOR =1.00: 1 0© DEMAND :FACTOR 1..00 10 D: DF T R::51.00. 0 .. EMAN.. _FAC O .. .. 1.00NEC DEMAND FRCTOR PER Nlw TABLE 220.20. 1,25 D' CT" R. 1,25. DEMAN. .FA 0....: DEMAND PER NEC.TABLEE:220.11. :...... .... (3.25 [REPLACE DEFAULT: VALUE WITI-I ACTUAL.VALUEj HP CONN- DEM. DEM::_COMMENT-, -• KVA KVA FCTR: RECEPTACLES- FIRST 10 KVAAT1100°fa REMAIN LIG{ TING.. ° 1.25 DEMAND -FACTOR E" CJIRMEN:T 22.4': 224 1.00 DEMAND FACTOR =1.00 HEATING :: 1.00. DEMAND FACTOR =1 00:: COOLING:: 1:00 DEMAND FACTOR ==1:.00 KITCHEN: 1.00 .... C 5:. ONTINUt7US ; DER AT 5o% KVA KVA FCTR. FIRST 10 KVAAT:100 /o, REMAINDER AT 50%, PER: 1.25. DEMAND:FACTOR = 1.25: ; 44,9 1.00:.. DEMAND:FACCTOR:= 1.00.:. 1..00. DEMAND_ FACTOR = 1.00.. COOLING 1.00: DEMAND: FACTOR = 1,00 KITCHEN 1.00 . I EMAND,FACTO# PER NEC:TABL'E 220.20, CONTINUOUS::, 1.25. DEMAND FACTOR;=1.25." ...... •HOTEL DEMAND: PER -NEC; TABLE 22:0.11 LARGESTMOTOR 4.2 025 [REPLACE DEFAU LTVAUENITH ACTUAL VALUE] DEMAND FA -OR PER NEC;TABLE220,20.-- .DEMAND FACTOR1..2 DEMAND PER NEC TABLE220,.11, .0.25[REPLACE.DEFAULTVALUE WITH ACTUAL V 6.8 4.2 FEEDER TOTALDE LANE COBURN & ASSOCIATES, LLC. LOCATION: 164 PANEL: LANE COBURN & ASSOCIATES, LLC. PANEL: LANE COBURN & ASSOCIATES, LLC. PANEL: PANEL: FED FROM: SBD AR SECTION 2 LOCATION: 188 LOAD DISTRIBUTION CLG KTCH CONT HOTL CIRCUIT DESCRIPTION D 7.48 7.48 7.48 7.48 7.48 7.48 AMPERES: VOLTS: PHASE: WIRE: BUS TYPE: AI.C.: PANEL MFR: PANEL TYPE: 600 480V 3 3 CU 65K REC LTG LOAD DISTRIBUTION EQPT HTG CLG KTCH CONT FED FROM: SBD AR LOCATION: 164 CIRCUIT DESCRIPTION C RAC -4-01 CRAC-4-03 AMPERES: VOLTS: PHASE: WIRE: BUS TYPE: AI.C.: PANEL MFR: PANEL TYPE: 600 480V 3 3 CU 65 K FED FROM: SBD AR SECTION 2 LOCATION: 164 LOAD DISTRIBUTION REC LTG EQPT HTG CLG KTCH CONT 7.48 7.48 7.48 CIRCUIT DESCRIPTION POLE LOAD KVA RF -R16 7.48 7.48 7.48 AMPERES: VOLTS: PHASE: WIRE: BUS TYPE: AI.C.: PANEL MFR: PANEL TYPE: 600 480V 3 3 CU 65K FED FROM: SBD AR SECTION 1 LOAD DISTRIBUTION CKT CIRCUIT DESCRIPTION REC LTG EQPT HTG CLG KTCH CONT HOTL LOAD KVA CRAC-5-02 AMPERES: VOLTS: PHASE: WIRE: BUS TYPE: AI.C.: PANEL MFR: PANEL TYPE: 600 480V 3 3 CU 65K ctf ^w 0 raf0 LL 0 w 10) W at en a GISt.3 W 5 0) co CO N N w H _ 0 LL I- co w cow co = 0▪ 00) C) co H Q N ao w z J w 0 a,F o cts N W CD 1L) CO CO 3 C RAC -4-05 MLO / MCB: MLO / MCB: 600 MCB FLUSH / SURF. MT. GND BUS: ISOLATED GND: 200% NEUTRAL: CRAC-4-07 FEED-THRU LUGS: DOUBLE LUGS: TOP / BOTTOM FD: PANEL SIZE YES NO YES NO NO 42 C RAC -4-09 CRAC-4-11 RF -R13 C 7.48 7.48 7.48 FLUSH / SURF. MT. GND BUS: ISOLATED GND: 200% NEUTRAL: FEED-THRU LUGS: DOUBLE LUGS: TOP / BOTTOM FD: PANEL SIZE YES NO YES NO YES 42 MLO/MCB: FLUSH /SURF. MT. GND BUS: ISOLATED GND: 200% NEUTRAL: 600 MCB FEED-THRU LUGS: NO DOUBLE LUGS: NO TOP / BOTTOM FD: PANEL SIZE CRAC-6-08 MLO / MCB: 600 MCB FLUSH /SURF. MT. GND BUS: ISOLATED GND: 200% NEUTRAL: FEED-THRU LUGS: DOUBLE LUGS: TOP / BOTTOM FD: PANEL SIZE Nda'�M AMP; ktq RECEPTACLES LIGHTING: EQUIPMENT:. HEATING COOLING:: : KITCHEN , RESIDENTIAL: HOTEL CRAC-4-02 2 CRAC-5-01 CRAC-4-04 4 CRAC-4-06 6 CRAC-4-08 8 CRAC-4-10 10 LIGHTING EQUIPMENT HEATING: COOLING; 'KITCHEN; RESIDENTIAL: HOTEL:. ,. TOTAL:. RECEPTACLES: LIGHTING EQUIPMENT: HEATING: COOLING: KITCHEN RESIDENTIAL HOTEL: CRAC-5-03 RECEPTACLES: LIGHTING HEATING COOLING CRAC-5-05 RF -R14 12 REDUNDANT C RAC -6-07 CRAC-6-06 B RF -R15 14 C RAC -6-04 W M a co a, Q � uj Ci 0 WNZ� r Ow o=tea - 0.>>- 0en g m 3 J W M I nt M N c') H V w 0 a REMARKS: FEEDER DEMAND LOADIN KV LIGHTING EQUIPMENT HEATING COOLING KITCHEN . FIRST10 iKVAAT 100%, REMAINDER AT 50%, PER NEC;TABLE 220..13. 125 DEMAND FACTOR =1:.25 22.4.... T.00 DEMAND :FACTOR =; f';00 .::.::.::...::: 1 00 DEMAND FACTOR. 1.©0 : REMAN D FACTOR =1' 00 1.00 3EMAND FACTOR PER NEC TABLE220.20. 1.25 DEMAND FACTOR =1:.25 DEMAND PER:°NEC TABLE;220 1 I 4.2 :: °°°°[325".` i EPLACE DEFAl1:LT:11AL'UE WITH ACTUAL VALUI :RECEPTACLES. LIGHTING P �NT: EQUI ME HEATING . COOLING KITCHEN CONTINUOUS .... .T L 0011 REMPJNDERAT50.%,.PERNEC:TABLE220A3 FEEDER DEMAND.LOAD?IN KVA CONN. DEM. ":DEM. COMMENT...:....: ::KVA , KVA :.FCTR..::!:!::'::::;.:::'::!;.;:;'.: ;::: RECEPTACLES, LIGHT NG :.......:. REMARKS: -1 .00 DEMANDFACTOR= 1.00. ......... 1 00 DEMAND€FACTOR ';.4:66 1.00 :::DEMAND::F,4CTOR PER:NECTABLE22b.20 1::25 DEMAND.FACTOR= 1.25 : DEMAND.:PER AVEC TABLE 220.11. . .0:::REPLACE. DEFAULTVALUEWITHACTUALVALUE'• "H" 125 DEAD FACTOR =1:25 22.4 110.0 D D:1=ACTOR.' .00 1 OQ DE10D FACTOR `.1.130 1:n0DEID FACTOR~:1.00 .. .. . 1.00 DEI1nA ID°FACTOR PER NEC TABLE22O20 1.25. .: DEMA#�ID °FACTOR 1:25. .:: DEMAND PER:€NEC TABLE220.71:;. 4.2 `0:25 RE .:LACEIOEFAULT:V.: `PEWITHAC FEEDER DEMAND; LOAD IN°Ki/A::° : CONN:,:.:D:EM D:EIVI°: ,'COMMENT:: .KUA. KVA:FCTR: RECEPTACLES. LIGHTING „ EQUIPMENT:::::::::; FIRST.10 KVAAT 1.00%, REMAINDER AT 50%,: PERs DEMAND FACTOR°=1,25 DEMANDFAG TOR:=''1:.00.....:::::::': IEMAND•FACTOR=1.00 DEMAND FACTOR 1.00' DEMAND. NEC TABLE 220 20 ISSUED / REVISED DATE PER NEC TABLE 220.11::: .. EDEFAU :T;VAL::IUE:WITH:ACTUAL VALUE ` ° ` HP" 10 A PANEL SCHEDULES LCA JOB 13102 SABEY TELX PLOTTED: 2/20/2013 E7.1O H G F E D C 8 A 10 11 12 LANE COBURN & ASSOCIATES, LLC. LOCATION: 164 FED FROM: SBD AR PANEL: SECTION 2 DP-AR5 LOAD DISTRIBUTION REC LTG EQPT HTG CLG KTCH CONT HOTL CKT 15 17 19 16 18 20 CIRCUIT DESCRIPTION C RAC -6-05 C RAC -6-02 Ikt It if C RAC -6-01 FEEDER DEMAND:?LOAD IN KVA:. .;:c0,10 -;DEM KVA K1 A ECTR • CDMMENT° RECEPTACLES.';. L...::T.G'.: ..::.::::::.::.: EQUIPMENT..;: HEATING::...... COOLING KITCHEN CONTII>II 0 i1 HOTEL LARGEST MOTOR 1°08 1 s25 PH A B C A B C A B C A B C A B C A B C AMPS 40 40 40 10 KV 0. . REMAI : . . : ::. . PER NEC.TABL .._;: FIRST ...... AAT 1Q0% NDER:AT 50°1o�:PER . E 220,1 DEMAND FACTOR .:1:25 :. .: 1:00: 1.00: 1.00DEMAND FACTOR:=1 00° 1.00 'DEMAND FACTO:: °.ERN€C:TABLE:22 o.20. 5. DEMAND FACTOR=1.25 DEMAND FACTOR -=1 00 DEMAND FACTOR = 1:00 AMPERES: VOLTS: PHASE: WIRE: BUS TYPE: AI.C.: PANEL MFR: PANEL TYPE: MLO / MCB: FLUSH /SURF. MT. GND BUS: ISOLATED GND: 200% NEUTRAL: FEED-THRU LUGS: DOUBLE LUGS: TOP / BOTTOM FD: PANEL SIZE 600 480V 3 3 CU 65K 600 MCB S YES NO YES NO NO 42 PANEL: TOTAL Or' IN.KVA RECEPTACLES: LIGHTING::; EQU IPIVIENT HEATING: COOLING: KITCHEN. RESIDENTIAL; HOTEL TAL:: DEMAND PER NEG TABLE 220-11.' ..... r. -.. 0:25 {REPLACE -DEFAULT VALU EWITH:ACTUALVALUEJ. FEEDER TOTAL DEM , -4' .KVA LANE COBURN & ASSOCIATES, LLC. PANEL: LOCATION: 129 FED FROM: SBD AR DP -HC LANE COBURN & ASSOCIATES, LLC. LOCATION: 160B FED FROM: DP -HC PANEL: H1 LANE COBURN & ASSOCIATES, LLC. LOCATION: 160B FED FROM: H1 VIAXFMR PANEL: L1 - LOAD DISTRIBUT ON REC LTG EQPT HTG CLG KTCH CONT HOTL CKT CIRCUIT DESCRIPTION PH AMPS POLE LOAD KVA 1 11 13 10 12 14 MCC -4 ':ALREAD....... Nr SPARE I1P� PNL H1 VIAXFMR C 15 A 100 B C A B C A B C A B C A B C A B C 3 3 tl 51 z� a �. ar A B C A B C A B C A B C A B C A B C A B C 70 3 INN 3 AMPERES: VOLTS: PHASE: WIRE: BUS TYPE: AI.C.: PANEL MFR: PANEL TYPE: MLO /MCB: 800 480V 3 3 CU 65K MLO FLUSH / SURF. MT. S GND BUS: ISOLATED GND: 200% NEUTRAL: YES NO YES FEED-THRU LUGS: NO DOUBLE LUGS: TOP / BOTTOM FD: PANEL SIZE NO 42 PANEL TOTALCONN LOAD DISTRIBUT ON REC LTG EQPT HTG CLG KTCH CONT HOTL CKT CIRCUIT DESCRIPTION PH AMPS POLE LOAD KVA 1 3 5 7 9 11 13 15 17 19 21 23 25 27 29 31 33 35 37 39 41 se RESMENTIAL: • TOTAL;::: FEEDER -DEMAND LOAD IN RECEPTACLES LIGHTING EQUIPMENT.. HEATING::- COOLING KITCHEN CONTINUOUS - HOTEL T O � T LARGE MO R KVA CON NI ::DEM.. _.DEW :COMMENT KVA FCTR. 1:25:..: REMARKS: :. o :.: FIRST:1fl: KVAAT:100- :::.:... E :: T::50 .PER:.NEC: TABLE220. a REMAIND R A fo DEMAND FACTOR= 1:5 1 00 DEMAND FACTOR="1.€)0... :1.00::`: DEMAND-FA•CTOR:=1.00:::::: ...1:!:144,':.• • DEMAND•FACTOR =1.00• ..... 1.00 `.DEMAND EAarof. PER NEC:TABLE220.20. DEMAND FACTOR =1.25 DEMAND:PER: NEC.:TABLE 220.11. 1:25 REPLACE€.DFA VALUEWT HACTUAL VALUE].,. HP::: 10 3 FEEDER TOTAL DEM 4. KVA::: FEEDER TOTAL:DEM 5 A; r NO REVIEWED 1 o --.NEC OAR 272013 • 2 4 6 8 10 12 14 16 18 20 22 24 26 28 30 32 34 ri 36 38 PNL L1 40 42 B C A C A C A C A B C A B C A B C AMPERES: VOLTS: PHASE: WIRE: BUS TYPE: AI.C.: PANEL MFR: PANEL TYPE: MLO / MCB: FLUSH / SURF. MT. GND BUS: ISOLATED GND: 200% NEUTRAL: FEED-THRU LUGS: DOUBLE LUGS: TOP / BOTTOM FD: PANEL SIZE IT 100 480Y/277V 3 4 CU 10K 100 MCB S YES NO YES NO NO 42 NN:: LOAD DISTRIBUT ON REC LTG EQPT HTG CLG KTCH CONT HOTL CKT CIRCUIT DESCRIPTION PH AMPS POLE LOAD KVA 3 5 7 9 11 13 15 17 19 21 23 25 27 29 31 33 35 37 39 41 ;ar IN L A B C A B C A B C A B C A B C A B C A B C 1.1 AMPERES: VOLTS: PHASE: WIRE: BUS TYPE: AI.C.: PANEL MFR: PANEL TYPE: 150 208Y/120V 3 4 CU 10K MLO / MCB: 150 MCB FLUSH / SURF. MT. S GND BUS: YES ISOLATED GND: NO 200% NEUTRAL: YES FEED-THRU LUGS: NO DOUBLE LUGS: NO TOP / BOTTOM FD: PANEL SIZE 42 RECEPTACLES LIGHTING EQUIPMENT HEATING:, COOLING:::'. KITCHEN:::': RESIDENTIAL:. OTEL:: TOTAL FEEDER DEMAND LOAD IN KVA CONN DEM. DEM. COMMENT KVA . KVA .. FCTR =RECEPTACLES LIGHTING EQUIPMENT:: HEATING..::.. COOLING KITCHEN: . G( NTINUOUS HOTEL .: ......... LAR GEST:MOTi 1 REMARKS: FI o' :: �n RST:10; KVA;4T1 Q0 /Q , REMAIND ER AT 50./0 25:: ;DEMAND FACTOR 00 DEMAND FACTOR=1 00 1 00 DEMAND FACTOR =100. 1.00 DEMAND FACTOR =1.00 . " 1.00 DEMAND FACTOR PER NECC TABLE:220.220 DEMAND FACTOR =1.20.: DEMAND.PER.NEC TABLE.220.1.1.°:: ............ 0.25 [REPLACE. DEFAULT VALUEWITH.ACTUAL -\451a) 1:25 PER NEC TABLE:; FEEDER TOTAL FEEDERTOTALDEM:c 2 4 6 8 10 12 14 16 18 20 22 24 26 28 30 32 34 36 38 40 42 A B C A B C A B C A B C A B C A B C A B :PANEL::TOTAL CONN . ........: LOAD INKVA::::: RECEPTACLES : LIGHTING:. EQUIPMENT H EAT N C f ITCHE ...... RESIDENTIAL:. HOTEL TOTAL: FEEDER DEMAND: LOAD IN KVA " CONN;:.DENT RECEPTACLES LIGHTING EQUIPMENT HEATING - bEIVI. COMMENT KITCHEN! r REMARKS: DEMAND:FACTOk: 1:00 FEEDER TOTAL D FEEDER TOTALD LANE COBURN & ASSOCIATES, LLC. LOCATION: 128 LOAD DISTRIBUT ON REC LTG EQPT HTG CLG KTCH CONT HOTL CKT FED FROM: SWB-D6 CIRCUIT DESCRIPTION PANEL: PH AMPS POLE LOAD 22.00 FEEDERDEMANDIL GAO CONN: :bad ,:ijE11/1 MMENT RECEPTACLES: . CONTINUOUS HOTEL rd.rd:! PNL R3 VIA XFMR 11 TIE TO DP -H B 13 PNL L1 VIAXFMR A A A A A A A 100 3 22.00 18.00 16.00 100 3 5.50 5.50 4.50 3 3 3 3 1200 3 PNL H3 VIAXFMR 10 12 14 REMARKS: A A A A A A 175 100 3 3 3 4 38.46 37.95 28.49 19.50 18.50 16.50 5 AMPERES: VOLTS: PHASE: WIRE: BUS TYPE: PANEL MFR: PANEL TYPE: SWB-HA 2000 480V 3 3 CU 65K MLO / MCB: 2000 MCB GND BUS: YES ISOLATED GND: NO 200% NEUTRAL: YES FEED-THRU LUGS: NO DOUBLE LUGS: NO TOP / BOTTOM FD: PANEL SIZE 42 PANEL TOTAL CONN - LANE COBURN & ASSOCIATES, LLC. LOCATION: 128 LOAD DISTRIBUTION LTG EQPT HTG CLG KTCH FED FROM: DP -HA CIRCUIT DESCRIPTION PANEL: AMPS POLE LOAD KVA 25 5.00 5.00 25 5.00 5.00 15 1.00 1.00 15 1.00 1.00 15 1.00 1.00 15 1.00 1.00 15 1.00 1.00 15 1.00 1.00 15 1.00 1.00 15 1.00 1.00 AMPERES: VOLTS: PHASE: WIRE: BUS TYPE: PANEL MFR: PANEL TYPE: 100 480Y/277V 3 4 CU LANE COBURN & ASSOCIATES, LLC. LOCATION: 129 LOAD DISTRIBUT ON LTG EQPT FED FROM: DP -HA CIRCUIT DESCRIPTION PANEL: AMPS POLE MLO GND BUS: ISOLATED GND: 200% NEUTRAL: YES NO YES FEED-THRU LUGS: NO DOUBLE LUGS: NO TOP / BOTTOM FD: PANEL SIZE 42 1.00 1.00 1.00 3 5 7 9 11 13 15 17 19 21 23 25 27 29 31 33 35 37 39 41 RM REC SECURITY DATYTANK CONTROL TCP -22 TCP -20 LOAD KVA 20 1.00 B 20 1 1.00 C 20 1 1.00 A 20 1 1.00 B 20 1 C 20 1 1.00 A 20 1 1.00 B 20 1 1.00 C 20 1 1.00 A 20 1.00 SPACE SPACE SPACE SG -1 CONTROL POWER PANEL H3C 0.50 1.00 PANEL H3B 1.00 1.00 1.00 PANEL TOTAL CONN TOTAL: 6 7 1:25... r-:DEMANDEACT 065- :1:1)0DEIVIAND!F rARGESTMOTOR •• FEEDER TOTAL DEW,: Dr FACTORrpf.3:146.0,':;:17-.A6LE1220 230.9.0 HP COMMENT 4 6 SWB-M1 8 10 SWB-M2 12 14 SWB-M3 16 18 SWB-D1 20 22 SWB-D2 24 26 SWB-D3 28 30 SWB-D4 32 34 SWB-D5 36 38 SWB-D6 40 42 REMARKS: 15 15 15 15 15 15 15 15 15 1.00 1.00 1.00 1.00 1.00 1.00 1.00 1.00 1.00 20 LIOIVNG POOLING 4 CUP CONTROL PANEL SPARE 6 SPACE 8 SPACE 10 ECP/MTC 14 FOT-2, MUX -3 16 FOT-1 20 1 C 20 1 A 20 1 B 20 1 C 20 1 A 20 1 20 1 1.00 1.00 1.00 1.00 1.00 1.00 1.00 1.00 AMPERES: VOLTS: PHASE: WIRE: BUS TYPE: PANEL MFR: PANEL TYPE: H3 225 3 4 CU MLO / MCB: 225 MCB GND BUS: YES ISOLATED GND: NO 200% NEUTRAL: YES FEED-THRU LUGS: NO DOUBLE LUGS: NO TOP / BOTTOM FD: PANEL SIZE 42 PANEL TOTAL:CONN -LOAD IN IWA RECEPTACLES: LIGHTING: r: EQUIPMENT: : LANE COBURN & ASSOCIATES, LLC. LOCATION: 164 LOAD DISTRIBUTION REC LTG EQPT HTG CLG KTCH CONT HOTL CKT FED FROM: DP -HA CIRCUIT DESCRIPTION PANEL: PH AMPS POLE LOAD KVA 1.00 1.00 1.00 1.00 1.00 1.00 1.00 1.00 1.00 0.50 0.50 0.50 NINE 1.00 1.00 1.00 1.00 1.00 1.00 1.00 1.00 1.00 1.00 1.00 1.00 1.00 18 SPARE 20 SPACE 22 SPACE SPACE SPARE 28 SG -2 CONTROL 30 32 PANEL H3D 34 36 38 PANEL H3A 40 42 REMARKS: LE 220 I • KEATING HOTEL FEEDER:TOTAL DEW: • 'r FEEDERTOTA rPERNECTAB TOR '1"25 D EFAU LT VALUE *TO ACTUAL VALUE] FEEDERDEMAND LOAD IN KVA LIGHT CONTINUOUS rr A A A A 20 1.50 1.00 1.00 9.50 10.50 9.50 TOTAL: r 54.50: 1.00 1.00 1.00 2.00 2.00 2.00 1.00 2.00 2.00 2.00 1.00 3 5 7 9 11 13 15 17 19 21 23 25 27 29 31 33 35 37 39 41 FSD TCP -7 WATER LEAK DET PNLS FSD FSD MUX 6 EF -35 EF -36 FSD FACP PAP TAMPER SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE 2 EPO -3 4 FSD 6 FSD 8 FSD 10 FACP MAIN 12 TCP -10 14 TCP -1 16 TCP -2 18 TCP -3 20 TCP -16 22 TCP -4 24 TCP -5 26 28 30 32 34 36 38 40 42 TCP -6 TCP -9 SPACE SPACE SPACE SPACE SPACE SPACE A A A A A A A A A A A A A 20 1.00 20 1.00 20 1 00 20 1.00 20 1.00 20 1.00 20 1 1.00 20 1.00 20 1.00 20 0.50 20 0.50 20 0.50 20 1 AMPERES: VOLTS: PHASE: WIRE: BUS TYPE: PANEL MFR: PANEL TYPE: H3A 60 3 4 CU MLO / MCB: 60 MCB GND BUS: ISOLATED GND: 200% NEUTRAL: YES NO YES FEED-THRU LUGS: NO DOUBLE LUGS: NO TOP / BOTTOM FD: PANEL SIZE NKVA 42 20 1 1.00 20 1 1.00 20 1.00 20 1 1.00 20 1 1.00 30 1 2.00 30 1 2.00 KITCHEN: : 30 1 2.00 20 1 1.00 30 1 2.00 30 1 2.00 30 1 2.00 20 1 1.00 FEEDER DEMAND RECEPTACLES:: „ EM OMMENT REMARKS: HOTEL LARGEST KITCHEN CONT NOOOS RECalVED PERM T -CENTER (12 CD SABEY DATA CENTER PROPERTIES 12201 TUKWILA INTERNATIONAL 0 0. r. 41) CD CO CO 0 0 LI - CD CD CO co co co 0) ca CD CO CO CNI LLI CO LL cf) co >- co 0 CD CC EXPIRES: 11-16-2013 0 0 cn CO CD CO CO CC co N mil la en cAl nt ISSUED / REVISED DATE LCA JOB 13102 SABEY TELX PLOTTED: 2/20/2013 PANEL SCHEDULES E7.1 1 1 2 3 4 7 8 9 10 11 12 H LANE COBURN & ASSOCIATES, LLC. PANEL: LOCATION: 122 FED FROM: DP -HA LOAD DISTRIBUT ON 0 LANE COBURN & ASSOCIATES, LLC. PANEL: LOCATION: 162 LANE COBURN & ASSOCIATES, LLC. PANEL: LANE COBURN & ASSOCIATES, LLC. PANEL: FED FROM: DP -HA CIRCUIT DESCRIPTION J -BOX BMS RM 3 J -BOX BMS RM 5 J-BOXBMS RM 7 SPARE 9 SPARE 11 SPARE 13 SPARE 15 SPARE 17 SPARE 19 SPACE 21 SPACE 23 25 27 29 31 33 35 37 39 41 SPACE SPACE SPACE PH AMPS POLE LOAD KVA A 20 1 B 20 1 C 20 1 A 20 1 B 20 1 C 20 1 A 20 1 B 20 1 C 20 1 AMPERES: VOLTS: PHASE: WIRE: BUS TYPE: ALC.: PANEL MFR: PANEL TYPE: MLO / MCB: 60 208Y/120V 3 4 CU 10K LOAD DISTRIBUT ON EQPT HTG CLG KTCH LOCATION: 189 FED FROM: DP -HA CIRCUIT DESCRIPTION LOAD KVA 0.50 1.00 FLUSH / SURF. MT. 5 EPO -1 7 SPACE 9 SPACE 11 SPACE 13 SPACE 15 SPACE 17 SPACE 19 SPACE 21 SPACE GND BUS: ISOLATED GND: 200% NEUTRAL: SPACE SPACE SPACE SPACE SPACE SPACE SPACE FEED-THRU LUGS: DOUBLE LUGS: TOP / BOTTOM FD: PANEL SIZE YES NO YES NO NO 42 25 27 29 31 33 35 37 39 41 SPACE SPAC E SPACE AMPERES: VOLTS: PHASE: WIRE: BUS TYPE: AI.C.: PANEL MFR: PANEL TYPE: MLO/MCB: 60 208Y/120V 3 4 CU 10K LOAD DISTRIBUT ON EQPT HTG 0.50 1.00 1.00 1.00 KTCH CONT LOCATION: 128 FED FROM: DP -HA CIRCUIT DESCRIPTION FLUSH / SURF. MT. 3 5 7 9 11 13 15 17 19 LOAD KVA 0.50 1.00 1.00 1.00 SPACE SPACE SPACE SPACE SPACE SPACE SPACE AMPERES: VOLTS: PHASE: WIRE: BUS TYPE: AI.C.: PANEL MFR: PANEL TYPE: 60 208Y/120V 3 4 CU 10K LOAD DISTRIBUTION CIRCUIT DESCRIPTION MLO / MCB: MLO FLUSH / SURF. MT. GND BUS: ISOLATED GND: 200% NEUTRAL: SPACE SPACE SPACE GND BUS: YES ISOLATED GND: NO 200% NEUTRAL: YES SPACE SPACE SPACE SPACE FEED-THRU LUGS: NO DOUBLE LUGS: NO SPACE SPACE FEED-THRU LUGS: NO DOUBLE LUGS: NO SPACE SPACE SPACE SPACE SPACE TOP / BOTTOM FD: PANEL SIZE SPACE SPACE SPACE TOP / BOTTOM FD: PANEL SIZE 7.19 10.85 8.09 10.91 9.39 7.94 1 3 5 7 9 11 13 15 17 19 21 23 25 27 29 31 33 35 37 39 41 AMPERES: VOLTS: PHASE: WIRE: BUS TYPE: AI.C.: PANEL MFR: PANEL TYPE: 400 480Y/277V 3 4 CU 10I( V # w cp (110 4-1 w 0 CENTER PROPERTIES SABEY DATA TUKWILA INTERNATIONAL N N LO CO 0) CD CD Ps - 0) CO CNI MLO / MCB: 400 MCB FLUSH / SURF. MT. GND BUS: YES ISOLATED GND: NO 200% NEUTRAL: YES 7.19 10.85 8.09 10.91 9.39 7.94 FEED-THRU LUGS: NO DOUBLE LUGS: NO TOP / BOTTOM FD: PANEL SIZE 1.00 F 8 SPARE 10 SPARE 12 SPARE 14 SPARE 16 SPARE 18 SPACE 20 SPACE 22 SPACE 24 SPACE 26 SPACE 28 SPACE 30 SPACE 32 SPACE 34 SPACE 36 SPACE 38 SPACE 40 SPACE 42 SPACE ul A 20 B 20 C 20 A 20 B 20 C 20 A 20 B 20 A A A A 2 TCP -13 1.00 COOLING 4 EPO -2 6 SPACE 8 SPACE 10 SPACE 12 SPACE 14 SPACE 16 SPACE 18 SPACE 20 SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE REMARKS: EATING KITCHEN: : RESIDENTIAL: 12.37 6.80 5.62 8.00 10.91 6.84 2 4 6 8 10 12 14 16 18 20 22 24 26 28 30 32 34 36 38 40 42 EQUIPMENIT E vs al CO CO CO CO PNL L1C 12.37 6.80 5.62 8.00 10.91 6.84 REMARKS: 05-01-13 EXPIRES: 11-16-2013 FEEDERDEMAND HEATING E FIRST-10.KVAATil0.0%;EREMAINDERATO.%;ippi NED TABLE 220,9' ,c,,KG.TT:Nco.T,I.ougNN_..0::u:::i.s.,..,_.,„,:...,-..::::::.:.: ., DEMAND OtstINI DEM COMMENT! 1.25 .1JEMAN FACTOR CONTINUOUS - HOTEL LIGHTING.: EQUIPMENT • HEAT 1.00 DEMAND1FACTOR- 1:00 ... • • •:025- [REPLACE QEFAULT VALUE WITH ACTUAL VALUE] LOCATION: 131 LOAD DISTRIBUT ON FED FROM: L1 REC LTG EQPT HTG CLG KTCH CONT HOTL CIRCUIT DESCRIPTION D PANEL: PANEL: LANE COBURN & ASSOCIATES, LLC. PANEL: PH AMPS POLE LOAD AMPERES: KVA VOLTS: 20 PHASE: B 20 1.80 WIRE: C 20 BUS TYPE: B 20 PANEL MFR: C 20 PANEL TYPE: RPU LTG RPU LTG RPU LTG 2.80 2.10 2.10 0.80 2.10 2.10 2.10 LOCATION: 133 FED FROM: L1 100 480Y/277V 3 4 CU 14K LOAD DISTRIBUT ON REC LTG EQPT HTG CLG KTCH CONT HOTL CIRCUIT DESCRIPTION SPACE SPACE SPACE SPACE SPACE POLE LOAD AMPERES: KVA VOLTS: 2.32 PHASE: 2.78 WIRE: BUS TYPE: Al.C.: PANEL MFR: PANEL TYPE: 100 480Y/277V 3 4 CU LOCATION: 142 FED FROM: L1 LOCATION: 153 FED FROM: L1 LOAD DIST REC LTG EQPT HTG 3.32 RIBUT CLG ION KTCH CONT HOTL CIRCUIT DESCRIPTION C 19 21 23 25 27 29 31 33 35 37 39 41 SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE GND BUS: ISOLATED GND: 200% NEUTRAL: FEED-THRU LUGS: DOUBLE LUGS: SPACE SPACE SPACE TOP / BOTTOM FD: PANEL SIZE YES NO YES NO NO 42 SPACE 19 21 23 25 27 29 31 33 35 37 39 41 SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE GND BUS: YES ISOLATED GND: NO 200% NEUTRAL: YES FEED-THRU LUGS: NO DOUBLE LUGS: NO TOP / BOTTOM FD: PANEL SIZE 42 SPACE 3 5 7 9 11 13 15 17 19 21 23 25 27 29 31 33 35 37 39 41 LTG LTG LTG LTG SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE LOAD KVA 3.32 2.78 2.32 3.02 AMPERES: VOLTS: PHASE: WIRE: BUS TYPE: PANEL MFR: PANEL TYPE: 100 480Y/277V 3 4 CU LOAD DISTRIBUTION REC LTG EQPT HTG CLG KTCH 1.74 1.74 1.95 0.83 2.59 1.47 1.00 2.40 CONT HOTL CIRCUIT DESCRIPTION PH AMPS POLE GND BUS: ISOLATED GND: 200% NEUTRAL: FEED-THRU LUGS: NO DOUBLE LUGS: NO TOP / BOTTOM FD: PANEL SIZE 3 5 7 9 11 13 15 17 19 21 23 25 27 29 31 33 35 37 39 41 COLO 6 COLO 6 LTG LTG LTG LTG LTG LTG SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE AMPERES: VOLTS: WIRE: BUS TYPE: PANEL MFR: PANEL TYPE: 100 480Y/277V 3 4 CU ME 0 LL LU ILI NIC CC CO CO CO 00 CD CID CO 04 MC co “16 0 FLUSH / SURF. MT. GND BUS: ISOLATED GND: 200% NEUTRAL: FEED-THRU LUGS: NO DOUBLE LUGS: NO TOP / BOTTOM FD: PANEL SIZE B 14 16 18 20 22 24 26 28 30 32 34 36 38 SPACE SPACE SPACE SPACE 1.99 B 20 2.85 RE.CEPTACLPS. C 20 2.39 LtORTING. A 20 1.00 EQUIPMENT: B 20 2.00 HEATING: 2 LTG COLO SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE 12 14 16 18 20 22 24 26 28 30 32 34 36 38 40 LTG COLO LTG COLO 3.25 3.02 2.30 LTG COLO LTG CORR LTG CORR SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE 42 SPACE 42 SPACE 2 4 6 8 10 12 14 16 18 20 22 24 26 28 30 32 34 36 38 40 42 LTG COLO LTG COLO LTG COLO LTG COLO LTG CORR LTG CORR SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE 20 20 20 20 20 20 3.25 3.02 2.30 2.78 1.00 1.00 ADA FWA 0.93 1.22 1.51 1.59 1.86 1.91 1.90 1.10 2 4 6 8 10 12 14 16 18 20 22 24 26 28 30 32 34 36 38 40 42 COLO 5 COLO 5 COLO 5 COLO 5 LTG LTG LTG LTG/EXIT SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE 20 20 20 20 20 20 20 20 1.59 1.86 1.91 1.90 EtWOME to cE co ca Z Tr Tr) Ili o. 0 MI la go) LLI 0 REMARKS: REMARKS: REMARKS: REMARKS: LARGEST MOTOR bEifV1:.;i!pEur:: COMMENT: CONN -IIDEM• 1.00 DEMANIXFOrci:Pik:NOT;.c43t,LE EQUIPMENT . " ... -4'00 :DEMAND PACTOR-7 tat,. ISSUED / REVISED DATE DEMAND PER NECTABLE 220.11. LARGEST MOTOR A RECEIVED CITY OF TU KWILA FEEDER TOTAL DEM FEEDER€TOTAL DEM:: PANEL SCHEDULES LCA JOB 13102 SABEY TELX PLOTTED: 2/20/2013 E7.1 2 1 5 6 7 8 9 10 11 12 LANE COBURN & ASSOCIATES, LLC. PANEL: PANEL: LANE COBURN & ASSOCIATES, LLC. w u PANEL: H LOCATION: 129 FED FROM: DP -HA LOCATION: 164 FED FROM: R3 LOCATION: 162 FED FROM: R3 LOCATION: 189 FED FROM: R3 LOAD DISTRIBUT ON REC LTG EQPT HTG CLG KTCH CONT HOTL CIRCUIT DESCRIPTION POLE LOAD KVA AMPERES: 150 VOLTS: 208Y/120V PHASE: 3 WIRE: 4 BUS TYPE: CU AI.C.: 10K PANEL MFR: PANEL TYPE: LOAD DISTRIBUT ON REC LTG EQPT HTG CIRCUIT DESCRIPTION 13 A 15 B 17 C 19 A MLO / MC B: FLUSH /SURF. MT. 5 SPARE 7 SPARE 9 SPARE 11 SPARE 13 SPARE 15 SPARE 17 SPARE 19 SPARE 21 SPARE PH AMPS POLE A 20 1 B 20 1 C 20 1 A 20 1 B 20 1 C 20 1 A 20 1 B 20 1 C 20 1 A 20 1 B 20 1 LOAD KVA 0.50 0.50 GND BUS: ISOLATED GND: 200% NEUTRAL: SPACE SPACE SPACE SPACE 0 PNL R3A FEED-THRU LUGS: DOUBLE LUGS: PNL R3B TOP / BOTTOM FD: PANEL SIZE SPACE SPACE SPACE SPACE SPACE AMPERES: VOLTS: PHASE: WIRE: BUS TYPE: AI.C.: PANEL MFR: PANEL TYPE: 60 208Y/120V 3 4 CU 14K LOAD DISTRIBUTION REC LTG EQPT HTG CLG KTCH CONT HOTL CIRCUIT DESCRIPTION MLO / MC B: FLUSH /SURF. MT. GND BUS: ISOLATED GND: 200% NEUTRAL: FEED-THRU LUGS: DOUBLE LUGS: TOP / BOTTOM FD: PANEL SIZE YES NO YES SPACE 3 5 7 9 11 13 15 17 19 21 23 25 27 29 31 33 35 37 39 41 LOAD KVA 1.00 1.00 1.00 SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE AMPERES: VOLTS: PHASE: WIRE: BUS TYPE: AI.C.: PANEL MFR: PANEL TYPE: MLO/MCB: 60 208Y/120V 3 4 CU 14K LOAD DISTRIBUT ON CIRCUIT DESCRIPTION FLUSH / SURF. MT. GND BUS: ISOLATED GND: 200% NEUTRAL: SPACE SPACE SPACE FEED-THRU LUGS: DOUBLE LUGS: SPACE SPACE SPACE TOP / BOTTOM FD: PANEL SIZE YES NO YES NO NO 42 SPACE 3 5 7 9 11 13 15 17 19 21 23 25 27 29 31 33 35 37 39 41 LOAD KVA 1.00 1.00 1.00 SPACE SPACE SPACE AMPERES: VOLTS: PHASE: WIRE: BUS TYPE: AI.C.: PANEL MFR: PANEL TYPE: 60 208Y/120V 3 4 CU 14K 411/4 w 0 SABEY DATA CENTER PROPERTIES 12201 TUKWILA INTERNATIONAL sst- CIO 00 co co co 1- ssr CO CNI CO as SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE MLO / MCB: MLO FLUSH / SURF. MT. GND BUS: YES ISOLATED GND: NO 200% NEUTRAL: YES FEED-THRU LUGS: NO DOUBLE LUGS: NO SPACE SPACE SPACE TOP / BOTTOM FD: PANEL SIZE 42 SPACE cssrg A21 Ps 114 F 4 6 8 A 10 12 14 A 16 18 20 A 22 24 26 A 28 30 32 A HEATING: COOLING: KITCH 38 PNL R3C A 50 40 42 2 4 6 8 10 12 14 16 18 20 PARTITION REC PARTITION REC PARTITION REC PARTITION REC 22 PARTITION REC 24 PARTITION REC 26 PARTITION REC 28 PARTITION REC 30 PARTITION REC 32 PARTITION REC 34 PARTITION REC 36 SPACE 38 SPACE SPACE SPACE 0.50 1 0.50 1 0.50 1 0.50 1 0.50 1 0.50 1 0.50 1 0.50 1 0.50 1 0.50 1 0.50 1 0.50 1 0.50 1 0.50 1 0.50 1 0.50 0.50 2 SPACE HEA WO. RESIDENTIAL: ,s! 4 SPACE 6 SPACE 8 SPACE 10 SPACE 12 SPACE 14 SPACE 16 SPACE 18 SPACE 20 SPACE 22 SPACE 24 SPACE 26 SPACE 28 SPACE 30 SPACE 32 SPACE 34 SPACE 36 SPACE 38 SPACE 40 SPACE 42 SPACE 2 SPACE 4 SPACE 6 SPACE 8 SPACE 10 SPACE 12 SPACE 14 SPACE 16 SPACE 18 SPACE 20 SPACE 22 SPACE 24 SPACE 26 SPACE 28 SPACE 30 SPACE 32 SPACE 34 SPACE 36 SPACE 38 SPACE 40 SPACE 42 SPACE COO ad 0 0 C LL Ce cn 0 0.1 as '13 as co REMARKS - EXPIRES: 11-16-2013 FEEDERpROND E KITCHEN-- ' 1.0'0 ,DEMAND,FACTORPERNEC.TABLEn0,20,,-- DEMAND:PERNEG TABLE 220:11 '' ' LARGEST MOTOR- ..2.: [REPLAQEDEFAULT:VALUE WITHACTLIALVALUEF FEEDERTOTALMM.: .. s 13 --KV COOL!' COG DEMANDIFACTOR:s,liza HOTEL' DEMAND'PER NECTABLE 220,1'. .. LARGEST:MOTOR::: [REPLACE DEPAULT:VALUE,WITH ACTUAL VALUE DEM.' COMM EQUIPMENT!!!: sT, DEMAND HEAtimq -.00 DEMAND! s 1.00 DEMAND - GEST IMOTOR. 6.26i, PREPLAC FACTOR -7-126 sss -1- EQUIPMENT : .s, COOLING KITCHEN CONTINUOUS HOTEL LARGEST MOTOR sCOINNsh117...E-.EAJEM.--1:DEMP; -!ss--COMMNT. Ur, 1.00. fiFtirip kyAAT 100*, REMAINDER AT:50,.,;,PERNEC.:TABLE:220..V. DEMANDIPERNECTABLE 229... ,. ER TOTAL DEM PANEL: LANE COBURN & ASSOCIATES, LLC. PANEL: PANEL: LOCATION: 128 FED FROM: SWBD-MR LOAD DISTRIBUT ON REC LTG EQPT HTG LOCATION: 153 FED FROM: L1 LOCATION: 131 FED FROM: HB LOCATION: 131 FED FROM: R2 CIRCUIT DESCRIPTION AMPS POLE PNL L2 VIAXFMR D LOAD KVA 5.65 3.50 1.00 PNL H2 VIAXFMR AMPERES: VOLTS: WIRE: BUS TYPE: PANEL MFR: PANEL TYPE: 2000 480Y/277V 3 3 CU LOAD DISTRIBUTION CIRCUIT DESCRIPTION 2.15 1.50 1.00 2.00 2.00 2.00 2.80 139.7 2.00 139.8 1.50 140.5 144.45 141.78 141.98 MLO / MCB: 2000 MCB GND BUS: YES ISOLATED GND: NO 200% NEUTRAL: YES FEED-THRU LUGS: NO DOUBLE LUGS: NO TIE TO HA A 1200 TOP / BOTTOM FD: PANEL SIZE 42 C 3 5 7 9 11 13 15 17 19 21 23 25 27 29 31 33 35 37 39 41 PLENUM OUTDOOR - W OUTDOOR - E SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE AMPERES: VOLTS: WIRE: BUS TYPE: PANEL MFR: PANEL TYPE: 150 480Y/277V 3 4 CU 14K LOAD DISTRIBUT ON LTG EQPT HTG CLG KTCH CONT CIRCUIT DESCRIPTION 3 5 PNL R2C PH AMPS POLE LOAD AMPERES: KVA VOLTS: 100 13.70 PHASE: 13.40 WIRE: 10.40 BUS TYPE: 5.00 PANEL MFR: 4.00 PANEL 1YPE: 400 208Y/120V 3 4 CU LOAD DISTRIBUT ON LTG EQPT HTG CLG KTCH CONT HOTL CIRCUIT DESCRIPTION SPACE SPACE SPACE 1.40 1.40 1.00 1.00 AMPS POLE LOAD AMPERES: KVA VOLTS: 20 1 00 PHASE: WIRE: BUS TYPE: PANEL MFR: PANEL TYPE: FLUSH /SURF. MT. SPACE SPACE GND BUS: YES ISOLATED GND: NO 200% NEUTRAL: YES SPACE SPACE SPACE SPACE GND BUS: ISOLATED GND: 200% NEUTRAL: IRRIGATION CONTROLLER SPACE 20 20 20 20 20 20 20 20 20 20 1.40 1.00 1.00 2.00 2.00 2.00 1.00 1.00 1.00 0.50 100 208Y/120V 3 4 CU 06 Ca rsss- CO CV • CV • cssi LLI GND BUS: ISOLATED GND: 200% NEUTRAL: YES NO YES FEED-THRU LUGS: NO DOUBLE LUGS: NO SPACE SPACE SPACE FEED-THRU LUGS: NO DOUBLE LUGS: SPACE SPACE SPACE FEED-THRU LUGS: NO DOUBLE LUGS: NO TOP / BOTTOM FD: PANEL SIZE SPACE SPACE SPACE TOP / BOTTOM FD: PANEL SIZE PNL R2 113.68 113.68 113.68 PANELTOTALcoNN HEATING s,: SPACE SPACE SPACE TOP / BOTTOM FD: PANEL SIZE PANEL: OTAL CONN 2 4 6 8 10 12 14 16 18 20 22 24 26 28 30 32 34 36 38 40 42 SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE HEATING PNL R2B 4 6 8 10 12 14 16 18 20 22 24 26 28 30 32 34 36 38 40 SPACE PNL R2D SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE 42 SPACE REMARKS: KITCHEN: - RESIDENTIAL: 20 20 20 20 20 20 20 20 20 20 20 1.00 1.00 1.00 1.00 1.20 1.20 1.00 1.00 1.00 1.00 1.00 1- 0 28 30 32 34 36 38 40 42 SPACE HAND DRYER HAND DRYER SPACE SPACE SPACE REMARKS: RECEPTACLES EQUIPMENT HEATING . COOLING CONTINUOUS 00i! ..:pEsMAND FACTOR . .16 :![F9.gpiAcEpEA.pv.-:ypq...p.a-;)NITI-J-sACTUAL:Nif?iLUFF Piss RECEPTACLES:: 15g: EQUIPMENT: : 161 s!16.1 CootAG KITCHEN HOTEL . ISSUED / REVISED DATE FEEDER TOTAL:DEM.: FEEDER TOTAL DEW . " 15 A. PANEL SCHEDULES LCA JOB 13102 SABEY TELX PLOTTED: 2/20/2013 E7.1 3 1 2 3 4 5 6 7 8 9 10 11 12 LANE COBURN & ASSOCIATES, LLC. PANEL: LANE COBURN & ASSOCIATES, LLC. PANEL: PANEL: LANE COBURN & ASSOCIATES, LLC. PANEL: H J J fA w H w a O a LU F - Z LU LOCATION: 132 FED FROM: R2 LOAD DISTRIBUT ON CKT REC LTG EQPT HTG CLG KTCH CONT HOTL LOCATION: 132 FED FROM: R2 CIRCUIT DESCRIPTION SPACE SPACE SPACE SPACE SPACE SPACE PH AMPS POLE LOAD AMPERES: KVA VOLTS: A 20 1 1.00 PHASE: B 20 1 1.00 WIRE: C 20 1 1.00 BUS TYPE: A 20 1 1.00 AI.C.: B 20 1 1.00 PANEL MFR: C 20 1 1.00 PANEL TYPE: A 20 1 1.00 B 20 1 1.00 MLO /MCB: 100 MCB C 20 1 A 20 1 FLUSH / SURF. MT. S B 20 1 C 20 1 GND BUS: A 20 1 ISOLATED GND: B 20 1 200% NEUTRAL: 100 208Y/120V 3 4 CU 10K LOAD DISTRIBUT ON CKT REC LTG EQPT HTG CLG KTCH CONT HOTL CIRCUIT DESCRIPTION PH AMPS POLE LOAD KVA A 20 1 1.00 B 20 1 1.00 C 20 1 1.00 A 20 1 1.00 B 20 1 1.00 C 20 1 1.00 A 20 1 1.00 B 20 1 1.00 AMPERES: VOLTS: PHASE: WIRE: BUS TYPE: AI.C.: PANEL MFR: PANEL TYPE: LOCATION: 153 FED FROM: R2 100 LOAD DISTRIBUTION 208Y/120V REC LTG EQPT HTG CLG KTCH CONT HOTL 3 1.00 LOCATION: 164 FED FROM: R2D CIRCUIT DESCRIPTION PROJECTOR MLO / MCB: SPACE G SPACE SPACE SPACE SPACE SPACE SPACE FEED-THRU LUGS: NO DOUBLE LUGS: NO TOP / BOTTOM FD: PANEL SIZE 42 19 21 23 25 27 29 31 33 35 37 39 41 SPACE SPACE FLUSH / SURF. MT. SPACE SPACE SPACE SPACE GND BUS: YES ISOLATED GND: NO 200% NEUTRAL: YES HAND DRYER HAND DRYER SPACE SPACE PH AMPS POLE LOAD AMPERES: KVA VOLTS: A 20 1 1.00 PHASE: B 20 1 1.00 WIRE: C 20 1 1.00 BUS TYPE: A 20 1 1.00 AI.C.: B 20 1 1.00 PANEL MFR: C 20 1 1.00 PANEL TYPE: A 20 1 1.00 B 20 1 1.00 MLO /MCB: C 20 1 1.00 A 20 1 0.50 FLUSH / SURF. MT. B 20 1 2.30 2.30 100 208Y/120V 3 4 CU 10K LOAD DISTRIBUT ON LTG EQPT HTG CLG KTCH CONT HOTL CIRCUIT DESCRIPTION 1 REC OFFICE GND BUS: ISOLATED GND: 200% NEUTRAL: SPACE SPACE SPACE FEED-THRU LUGS: NO DOUBLE LUGS: NO SPACE SPAC E SPACE FEED-THRU LUGS: DOUBLE LUGS: YES NO YES NO NO REC OFFICE REC OFFICE REC OFFICE REC OFFICE REC OFFICE POLE LOAD AMPERES: KVA VOLTS: 1 1.00 PHASE: 1 1.00 WIRE: 1 1.00 BUS TYPE: 1 1.00 AI.C.: 1 1.00 PANEL MFR: 1 1.00 PANEL TYPE: 100 208Y/120V 3 4 CU 10K w z 0 SABEY DATA CA CO 00 as 00 CO CA CA LO 0) co o LL REC OPEN OFFICE REC OPEN OFFICE REC OPEN OFFICE REC OPEN OFFICE REC OPEN OFFICE REC OPEN OFFICE DISPOSER SPACE SPACE SPACE SPACE TOP / BOTTOM FD: PANEL SIZE 42 SPACE SPACE SPACE TOP / BOTTOM FD: PANEL SIZE SPACE 20 20 20 20 20 20 20 20 20 20 20 20 20 20 1.00 1.00 1.00 1.00 1.00 1.00 1.00 1.00 1.00 1.00 1 00 1.00 1 00 1 00 MLO / MCB: 100 MCB FLUSH / SURF. MT. GND BUS: YES ISOLATED GND: NO 200% NEUTRAL: YES FEED-THRU LUGS: NO DOUBLE LUGS: NO TOP / BOTTOM FD: PANEL SIZE 42 IAA. ANL% Tun 0 '1441;111v 20 1 1.00 -1OOLING: taw 1 00 1.00 1.00 F 14 16 18 20 22 24 26 28 30 32 34 36 38 40 42 SPACE REC SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE REMARKS: 12 14 16 18 20 22 24 26 28 30 32 34 36 38 40 42 SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE KITCHEN RESIPENTIAL HOTEL: 2 4 6 8 10 12 14 16 18 20 22 24 26 28 30 32 34 36 38 40 42 1.00 1.00 1.00 1.00 REC OFFICE REC OFFICE WALL SCONCE LANDSCAPE OUTDOOR LTG CONTROL SIGNAGE SIGNAGE SPACE SPACE SPACE 1.00 2 00 1 00 0 50 0.50 0.50 EQUIPMENT: 12.160 REC RR REC RR RECEPTACLES 36.D0: 0 Oa 0 0 ca 0 CI CD CD CD 0 co CA CA co co co REC OPEN OFFICE REC OPEN OFFICE REC OPEN OFFICE REC OPEN OFFICE REC OPEN OFFICE REC OPEN OFFICE 1.00 1.00 1.00 38 SPACE A 40 SPACE 42 SPACE -FEEDER DEMANDLOAD IN KVA pEm COMMENT E 0'26' [REFLAGE:O EFULT1VALU:E WITH ACTUAL V..4.: REEpTAdtbs LIGHTING EQUIPMENT HOTEL : R8 -la IONAT100%REMAINDERATB k' NEC DEMAND. FACTOR ;F:1 0.25 ..;.:IREPL•ACE bEFAULTVALUENVITRAC7*.VALUE1 .. 1.00 [REPLACE LIE WITH:ACTUAL:VAL:1.4..1E .DEMAN-01FACT.ORPER:NEC1TABLE 22020- EXPIRES: 11-16-2013 RECEPTACLES - EQUIPMENT HEATING 1.00 -':DEMAND FACTOR: PERNEQ'T.TABLE;22Q20.1 PANEL: PANEL: :FEEDER:TOT:Al_ DEM.: LOCATION: 163A FED FROM: DP -HB LOAD DISTRIBUTION CONT HOTL LOCATION: 163A FED FROM: DP -HB SECTION 2 LANE COBURN & ASSOCIATES, LLC. PANEL: PANEL: LOCATION: 163A FED FROM: MCC -7 CIRCUIT DESCRIPTION INCOMING D C 0.44 0.44 0.44 0.44 0.44 0.44 23.88 23.88 23.88 0.44 0.44 0.44 0.44 0.44 0.44 0.44 0.44 0.44 0.44 0.44 0.44 0.44 0.44 0.44 23.88 23.88 23.88 0.44 0.44 0.44 0.44 0.44 0.44 0.44 0.44 0.44 AMPERES: VOLTS: PHASE: WIRE: BUS TYPE: Al.C.: PANEL MFR: PANEL TYPE: 600 480V 3 3 CU SEE 1 -LINE LOAD DISTRIBUT ON CIRCUIT DESCRIPTION PH AMPS POLE LOAD KVA 0 44 0.44 0.44 AMPERES: VOLTS: PHASE: WIRE: BUS TYPE: PANEL MFR: PANEL TYPE: 600 480V 3 3 CU SEE 1 -LINE LOCATION: 103 FED FROM: DP -HB LOAD DISTRIBUTION CKT CIRCUIT DESCRIPTION PH AMPS POLE LOAD KVA AMPERES: VOLTS: WIRE: BUS TYPE: PANEL MFR: PANEL TYPE: 100 3 4 CU LOAD DISTRIBUTION REC LTG EQPT HTG CLG KTCH CONT HOTL CIRCUIT DESCRIPTION POLE LOAD KVA INCOMING 5.26 5 26- 5.26 AMPERES: VOLTS: PHASE: WIRE: BUS TYPE: PANEL MFR: PANEL TYPE: 600 480V 3 3 CU SEE 1 -LINE LLI 0 LU LLI CO cic co co cn co Z:3 cp LLIL!T 03 ! !! !! ! Ill 0 CO CNI MLO / MCB: 600 MCB 600 MCB MLO / MCB: 600 MCB GND BUS: ISOLATED GND: 200% NEUTRAL: FEED-THRU LUGS: NO DOUBLE LUGS: YES TOP / BOTTOM FD: PANEL SIZE FLUSH / SURF. MT. GND BUS: ISOLATED GND: 200% NEUTRAL: FEED-THRU LUGS: DOUBLE LUGS: TOP / BOTTOM FD: PANEL SIZE YES NO YES NO NO 42 GND BUS: ISOLATED GND: 200% NEUTRAL: FEED-THRU LUGS: DOUBLE LUGS: TOP / BOTTOM FD: PANEL SIZE YES NO YES NO NO 42 GND BUS: YES ISOLATED GND: NO 200% NEUTRAL: YES FEED-THRU LUGS: NO DOUBLE LUGS: YES TOP / BOTTOM FD: PANEL SIZE 42 fi ta tau 'W itl B 0.44 0.44 0.44 0.44 0.44 0.44 23.88 23.88 23.88 57.06 57.06 57.06 0.44 0.44 0.44 0.44 0.44 0.44 0.44 0.44 0.44 EF -23 2 0.44 0.44 0.44 EF -32 4 MAU-2 6 RTU -1 8 10 EF -12 12 SF -6 14 0.44 0.44 0.44 RECEPTACLE ELolGuHITeINN:N: COOLING 23.88 23.88 23.88 57.06 57.06 57.06 0.44 0.44 0.44 0.44 0.44 0.44 0.44 0.44 0.44 RESID 111111111111111111111111111111111111111111111111111111111111 18 20 22 24 26 28 30 32 34 36 EF -1 A 15 14 1-1 0 4 mi nt (-) LIU 0 REMARKS: REMARKS: FEEDER DEMANOLOAO ;1 6E4 COIWENt1 LIGHTI EQUIPMENT c.00tiNG top HEATING- 1.00 ;;;DEK/MD:FTORPERTNECTABLE220;20., .E., FIRStiO:KVA-AT;t004,r:REMAINDERAT5W- -PER'NEC TABLE 220 -t3. O'FAcIpii10.1.:j 09, FACTOk PER A MOTOR.--! DEFAULTVALUE WITH ACTUALVALYE1:1- ISSUED / REVISED DATE PANEL SCHEDULES LCA JOB 13102 SABEY TELX PLO1TED: 2/20/2013 E7.1 4 7 8 9 10 11 12 H LANE COBURN & ASSOCIATES, LLC. LOCATION: 163A PANEL: FED FROM: DP -HB SECTION 2 LOAD DISTRIBUT ON REC LTG EQPT HTG CLG KTCH CONT HOTL CIRCUIT DESCRIPTION POLE LOAD KVA 1.33 1.33 1.33 1.33 1.33 1.33 AMPERES: VOLTS: PHASE: WIRE: BUS TYPE: AI.C.: PANEL MFR: PANEL TYPE: 600 480V 3 3 CU SEE 1 -LINE CD 4...I c w 0 w z 0 SABEY DATA CENTER PROPERTIES 12201 TUKWILA INTERNATIONAL Cr) N 0 N CO N 29.52 29.52 29.52 MLO /MCB: 600 MCB FLUSH / SURF. MT. GND BUS: YES ISOLATED GND: NO 200% NEUTRAL: YES G FEED-THRU LUGS: NO DOUBLE LUGS: NO TOP / BOTTOM FD: PANEL SIZE Leri '11 1.33 1.33 1.33 0 0 C LL 0. Cn O a) a) = v) a) C.) a) R CQ as D T 0 0 CO Cr) 00 0 CO N E 0 O PNL R VIAXFMR 11.68 9.00 9.20 29.52 29.52 29.52 HEATN:G. COOLIN F 03 -OI -13 EXPIRES: 11-16-2013 E ...:. ..:.. . . KVA KVA. FCTR,..,, ........... RECEPTACLES ::: .' • 4.0..:: 4.0:::::::%1:.00:.., FIRST:1:0: KVAAT 100%, REMAINDER AT'5:0%;::PER€NEC. TABLE 22:0 1;3: L1GHT(N.::.. -. 4.3€`. : 5,4:::::.1.25:::...DEMAN D FACTOR =:1 25::':. '::. . EQUIPMENT 210.7 210.7:.1.00 ii: DEMAND FACTOR 71.00 :::::.::::::::. . HE . A T T1NG,:....::: ^ 1:00.`: DEMAN D FACTOR #1 1,66':: : :::::::::::::::::. .COOLING ;: °:^° KITCHEN.:; : ..:............... CONTINUOUS 1;5:: ;=..DEMAND:.F/ACTOR;:=;:1:25:.:: H:OTE", DEMAND PER:: NEC: TABLE:22011ir: 1 00 `..DEMAND FACTOR.±1.:03::......_........ 1.00 : ;DEMAND: FACTOR: PER;NEC TABLE 220.20. FEEDER TOTAL DEMI °; 226 'KVA •FEEDERsTOTAL DEM.: 272 A [REPLACE DEFAULT.VALU:EWITH ACTUAL VALUE] REVLIA CE WITI COMPLIANCE CNFPA 70 - NEC MAR 27 2013 cry of .TukWUa .•.. n� n1A1f MVIStC LANE COBURN & ASSOCIATES, LLC. LOCATION: ROOF PANEL: FED FROM: MCC -8 LOAD DISTRIBUTION REC LTG EQPT CIRCUIT DESCRIPTION POLE LOAD KVA 1.00 1.70 1.70 1.00 1.00 1.00 1.00 1.18 1 3 5 7 9 11 13 15 17 19 21 23 25 27 29 31 33 35 37 39 41 EF -29 EF -30 SPARE DUCT DETECTORS CU -1 AMPERES: VOLTS: PHASE: WIRE: BUS TYPE: AI.C.: PANEL MFR: PANEL TYPE: 150 208Y/120V 3 4 CU 10K W 0_ Ckf 0 LL D W r� v , CO N. CO 0) N C LOco LI - CO N H CO LLI w mcore r wco( ,28 CCS' (D QCO w J V C z 0 I- CM 0 WI com H01 H02 LTG PENTHOUSE TCP -14/17 TCP -19/23 EF R01 SPACE SPACE SPACE SPACE SPACE SPACE SPACE SPACE MLO / MCB: 150 MCB FLUSH / SURF. MT. GND BUS: ISOLATED GND: 200% NEUTRAL: FEED-THRU LUGS: DOUBLE LUGS: TOP / BOTTOM FD: PANEL SIZE YES NO YES NO NO PAN EL: TOTAL :CONN 1.00 1.00 1.00 1.00 1.00 1.00 1.00 1.00 1.00 1.00 2 4 6 8 10 12 14 16 18 20 22 24 26 28 30 32 34 36 38 40 42 REC EF -27 EF -28 EF -25 REC DUCT DETECTORS IH -1 & IH -2 DUCT DETECTORS ROOF EF -26 IH -3 IH -4 & IH -5 REC ROOF SPACE SPACE SPACE SPACE SPACE SPACE 20 20 20 20 20 20 1.00 1.00 1.00 1.00 1.00 1.00 LIGHTING: EQUIPMENT: COOLING:: KITCHEN; RESIDENTIAL: N Th H U w 0 0 - REMARKS: BOLD INDICATES REVISED/ADDED EQUIPMENT ISSUED ISSUED / REVISED DATE CO©01.4 .......................::: 1.;0€i::.::::DEMAND FACTOR i=ii1.00 KITCHEN 1.00 DEMAND FACTORiiPER°°NEC°TAB E220;2:0:: ::::;:: CONTINJ.OUS:. -125': DEMAND'FACTOR::=::1.2'5: 25 REPLACEDEFAULT VA E_ARGEST MOTOR:: LCA JOB 13102 SABEY TELX PLOTTED: 2/20/2013 PANEL SCHEDULES E7.1 5