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Home My WebLink AboutPP - 3333 S 120TH PL - INTERGATE EAST BUILDING 3 / SUITE 160 - PERMITS AND PLANS3333 S 120TH PL ASSOCIATED PERMITS D12-378 D13-180 M12-191 M102-044 12-F-162 13-F-052 18-F-103 00-S-186 08-S-343 10-S-251 11-S-082 12-S-042 13-S-042 SITE LOCATION CITY OF TUKWILA FIRE MARSHAL'S OFFICE 206-575-4407 FIRE PROTECTION SYSTEMS PERMIT APPLICATION Applications and plans must be complete in order to be accepted for plan review. Site Address: -11-3- S Tenant Name: --rG **PLEASE PRINT** King Co. Assessor's Tax No.: Suite Number: Property Owner's Name: Sab�7 _ cn Ce Mailing Address: 1 Z -Z O 1 TUWk 't•N a <V City CONTACT PERSON -if there are questions about the submittal. Name: ' I qiv S\vai.( fi ICI Floor: 1 New Tenant? ,- Yes ❑ - No State Zip Day Telephone: ' I Lt o Company Name: S 61•0..)c.\ Co( \kct) S ct_)\‘t 4(0).) 1P Mailing Address: °\ �`L O 1 Ut S SLcr� E-mail Address: NICET III number: City v Fax Number: Contractor's City of Tukwila Business License number: Total number of new/relocated devices or sprinkler heads: \,j C\ c\ o1 State Zip Valuation of Project (contractor's bid price): $ ` ' Scope of Work (please provide detailed information): )`).L'‘)�I t �d�,�i CGXLOr\ 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 Fire Marshal to comply with current fee schedules. Expiration of Plan Review -Every permit issued shall become invalid unless the work on the site authorized by such permit is commenced within 180 days after its issuance, or if the work authorized on the site by such permit is suspended or abandoned for a period of 180 days after the time the work is commenced. The Fire Marshal is authorized to grant, in writing, one or more extensions of time, for periods not more than 180 days each. The extension shall be requested in writing and justifiable cause demonstrated. I HEREBY CERTIFY THAT I HAVE READ AND EXAMINED THIS APPLICATION AND KNOW THE SAME TO BE TRUE UNDER PENALTY OF PERJURY BY THE LAWS OF THE STATE OR WASHINGTON, AND I AM AUTHORIZED TO APPLY FOR THIS PERMIT. BUILDING OWNER OR AUTHORIZED AGENT: Signature: /''I Date: 2-b-Z_M Print Name: %1 * M Sie t,J c^t T Plan Permit App.doc Day Telephone: D O1 190 8/22/14 TFD FP Form 8 44istsw44 SITE LOCATION Job# 12-1550 CITY OF TUKWILA FIRE DEPARTMENT 444 Andover Park East Tukwila, WA 98188 206-575-4407 Date application accepted: FIRE PROTECTION SYSTEMS PERMIT APPLICATION Applications and plans must be complete in order to be accepted for plan review. 3333 S. 120th St. Site Address: **PLEASE PRINT** PAID $2-`1 cj - FEB 13 2013 A FIRE King Co. Assessor's Tax No.: Suite Number: Floor: Tenant Name: Providence Pharmacy Bldg #3 New Tenant? ❑- Yes ®-No Property Owner's Name: Sabey Corporation Mailing Address: 3333 S. 120th St. Tukwila City WA 98168 State Zip CONTACT PERSON -if there are questions about the submittal. Name: Robert Vogt Day Telephone: 2061930-5003 Fire Chief Equipment Company Name: Mailing Address: 7661 159th PINE Redmond WA 98052 bobv@fire-chief.com E-mail Address: City Fax Number: 425/562-6662 Zip Valuation of Project (contractor's bid price): $ 23917.00 Provide new NFS2-640 Notifier fire alarm system. Scope of Work (please provide detailed information): '4(0 A2A/lag 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 Fire Marshal to comply with current fee schedules. Expiration of Plan Review -Every permit issued shall become invalid unless the work on the site authorized by such permit is commenced within 180 days after its issuance, or if the work authorized on the site by such permit is suspended or abandoned for a period of 180 days after the time the work is commenced. The Fire Marshal is authorized to grant, in writing, one or more extensions of time, for periods not more than 180 days each. The extension shall be requested in writing and justifiable cause demonstrated. I HEREBY CERTIFY THAT I HAVE READ AND EXAMINED THIS APPLICATION AND KNOW THE SAME TO BE TRUE UNDER PENALTY OF PERJURY BY THE LAWS OF THE STATE OR WASHINGTON, AND I AM AUTHORIZED TO APPLY FOR THIS PERMIT. BUILDING OWNER OR ATHORIZE AG T: Signature: �G \ — C J� Date: Print Name: Robert Vogt Day Telephone: 206/930-5003 Plan Permit App.doc 5/14/10 TFD FP Form 8 SITE LOCATION CITY OF TUKWILA FIRE DEPARTMENT 444 Andover Park East Tukwila, WA 98188 206-575-4407 Date application accepted: FIRE PROTECTION SYSTEMS PERMIT APPLICATION Applications and plans must be complete in order to be accepted for plan review. **PLEASE PRINT** Co. Assessor's Tax No.: /el) 30 tf 47, 7 l Site Address: 3333 S. IZ.OTh PIA C4 Floor: Tenant Name: Paw 1 DEh10E 4EArc,xr4 4.30 1 C S New Tenant? [ Yes ❑ - No Property Owner's Name:zT &O-1'' • Mailing Address: 12.1-0 1 TV ILA l r`t7' - • %U1 D • S e A1TLE \c/a. . E,16% City State Zip 3 Suite Number: CONTACT PERSON -if there are questions about the submittal. Name: W1--1'o1N\4 5 Day Telephone: C O) 7%-J "4:FENCI M e l44►..3s-rri.1 Co . Soo 5 "L ° Qve • S. S'EATLG, v./A. ete134- City State Zip E-mail Address: J 1 M T e ck, rvS+rVJ , coni Fax Number: Company Name: Mailing Address: Total number of new/relocated devices or sprinkler heads: Valuation of Project (contractor's bid price): $ 76,000 Scope of Work (please provide detailed information): Dan1.O two , 1zeW cam $f(Z-A .(.et.S 7b ArLc o rul,0 f A- N e -) ' T 'A -i r LOA{ OV T5 • 273 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 Fire Marshal to comply with current fee schedules. Expiration of Plan Review -Every permit issued shall become invalid unless the work on the site authorized by such permit is commenced within 180 days after its issuance, or if the work authorized on the site by such permit is suspended or abandoned for a period of 180 days after the time the work is commenced. The Fire Marshal is authorized to grant, in writing, one or more extensions of time, for periods not more than 180 days each. The extension shall be requested in writing and justifiable cause demonstrated. I HEREBY CERTIFY THAT I HAVE READ AND EXAMINED THIS APPLICATION AND KNOW THE SAME TO BE TRUE UNDER PENALTY OF PERJURY BY THE LAWS OF THE STATE OR WASHINGTON, AND I AM AUTHORIZED TO APPLY FOR THIS PERMIT. BUILDING OWNER OR AUTHORIZED AGENT: Signature: (� ` t 7-400414 Print Name:" ( ZI"5 fCLr/ J9 —Pc4-14± Plan Permit App.doc 1/2/13 Date: /—/643 Day Telephone: 4106,- 763 fgtq TFD FP Form 8 SITE LOCATION CITY OF TUKWILA FIRE DEPARTMENT 444 Andover Park East Tukwila, WA 98188 206-575-4407 Date application accepted: FIRE PROTECTION SYSTEMS PERMIT APPLICATION Applications and plans must be complete in order to be accepted for plan review. **PLEASE PRINT** King Co. Asse Site Address: 3333 /20744 P/. s„ Tenant Name: l4, ' U /J,v 44 / 4/74.e• -/of e. Property Owner's Name: s 4 e7 COY , Mailing Address: 3 3 3 3 J._ --O PI /0z.3o 9-'079 Floor: /ti+ New Tenant? ❑ - Yes - No City State Zip CONTACT PERSON -if there are questions about the submittal. Name: /'t.v z? 1 ej- Day Telephone: ZOL 38/- 309'0 Company Name: /r.r / /', c CoQJ 71-0 Mailing Address: ZZ 6 S/ 83p./ /7vc fa - /ee**, i 74 Al / ;8032 / City State Zip E-mail Address: / e..1 • ,b m,( j- e Ld e'l/lire • 4 o rh Fax Number: ZD6 - 31q/ - 3 4/91 Valuation of Project (contractor's bid price): $ (� eve) 1 Scope of Work (please provide detailed information): 9 /9/977 L44/,/ r 4,7c os ,..y i'20 1®Le, A!r , /C P /0)- 4011/g- c.6 7' 7 /997/4/ C/y.y J, 7e- /4,7 si/ /4-3l iyiv v toles PERMIT APPLIC/ATION 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 Fire Marshal to comply with current fee schedules. Expiration of Plan Review -Every permit issued shall become invalid unless the work on the site authorized by such permit is commenced within 180 days after its issuance, or if the work authorized on the site by such permit is suspended or abandoned for a period of 180 days after the time the work is commenced. The Fire Marshal is authorized to grant, in writing, one or more extensions of time, for periods not more than 180 days each. The extension shall be requested in writing and justifiable cause demonstrated. I HEREBY CERTIFY THAT I HAVE READ AND EXAMINED THIS APPLICATION AND KNOW THE SAME TO BE TRUE UNDER PENALTY OF PERJURY BY THE LAWS OF THE STATE OR WASHINGTON, AND I AM AUTHORIZED TO APPLY FOR THIS PERMIT. BUILDING OWNER OR AUTHORIZED AGENT: Signature: Print Name: Plan Permit App.doc Date: 7-/i .s fry Day Telephone: 74 - X38%- ,..$70945 5/14/10 TFD FP Form 8 FIRE DEPARTMENT SPRINKLER PLAN REVIEW COMMENTS Project Name: Providence Pharmacy 3333 S 120 PI Permit No.: 13-S-042 Date: February 20, 2013 Reviewer: Al Metzler Fire Protection Project Coordinator (206) 575-4407 option # 2 (Inspection Requests) (206) 971-8718 (Plan Review Questions) • Lateral sway bracing is required at a maximum spacing of 40' for all mains, cross mains, and branch lines 2.5" and larger. Bracing is provided for the last length of pipe but within 6' of the end of a feed or cross main. Bracing is required unless all the pipe is supported by rods less than 6" or by 30 ° wrap-around U -hooks for any size pipe, 9.3.5.3. • Minimum clearance around pipes: 2 " for 1 "-3.5", 4" for 4" and larger, see 4 exceptions, 9.3.4. • Longitudinal sway bracing is a maximum of 80' for mains and cross mains and within 40 ' of the end of the line, 9.3.5.4. • Provide lateral and longitudinal bracing for changes in pipe direction per section 9.3.5.11.2 for pipe size 2 1/2 inches and larger. • Restrain branch lines at the end sprinkler of each line, restrain against vertical and lateral movement, 9.3.6.3. • Restraints for branch lines shall be at intervals per table 9.3.6.4 and section 9.3.6.4, and restrain sprig ups greater than 4', 9.3.6.6. • Comply with ASCE 7-05, section 13.5.6.2.2. • Provide sprinkler protection beneath all obstructions greater than 4 ft. in width. • Extend sprinkler protection to all combustible concealed spaces. • Comply with NFPA 13 obstruction tables. • i • All valves controlling the water supply for automatic sprinkler systems and waterflow switches on all sprinkler systems shall be electrically supervised. • Comply with obstructed/non-obstructed construction rules for sprinkler head placement. • Sprinkler heads spaced closer than 6 ft. apart must be baffled. • Modifications involving 20 or more heads require hydrostatic test and system isolation if necessary. • For dry pipe and double interlock preaction systems, in addition to the standard hydrostatic test, an air pressure leakage test at 40 psi shall be conducted for 24 hours. Any leakage that results in a Toss of pressure in excess of 1.5 psi for the 24 hours shall be corrected. • These conditions apply to all sprinkler piping exposed as necessary to accomplish the permitted scope of work. All code references are NFPA 13, 2010 Edition. 0 Plan R e v 1 e w A ftiliatdll Fi Connie Taylor Contract and Project Administrator Sabey Construction, Inc. 12201 Tukwila International Blvd. Seattle, WA 98168 connietasabey.com Affiliated FM Insurance Company Key Center, 601 — 108th Ave. N.E., Suite 1400 Bellevue, WA 98004-5515 USA T: (1) 425 455 5333 F: (1) 425 454 7847 www.affiliatedfm.com Index/Record: 78811.33-07 Date of Review: January 25, 2013 Account: 23-33578 Project Name: Providence Infusion & Pharma Subject: Review of Automatic Sprinkler Drawings Sabey Corporation 3333 South 120th Place Tukwila, Washington 98168 Plans Submitted By: Connie Taylor I Dear Connie Taylor: This confirms the receipt and review of plans for the subject location. The submittal consists of the following item: • Automatic sprinkler drawings FP2.01 and FP2.02 by McKinstry Fire Protection, dated January, 2013 Summary: The submittal details the sprinkler system upgrades for a tenant improvement project in the Intergate East Building 3 for Providence Health & Services. A 30,763 ft.2 area in the northeast portion of Building 3 will be improved to accommodate offices, a small pharmaceutical cleanroom, prescription filling areas, and shipping and receiving. Based on equipment drawings, rack and shelf storage will be located within the shipping and receiving areas. Sprinkler system modifications will consist of adjusting the existing sprinkler system layout to suit new ceiling and wall construction provided as part of the tenant improvement project. Minimal sprinkler system modifications are proposed over the pick and pack, shipping and receiving areas. New upright and pendent sprinklers will be FM Approved. Affiliated FM Insurance Company (Affiliated FM) has developed this report for insurance underwriting purposes. The report is provided to you for informational purposes only to reduce the possibility of loss to insured property by bringing to your attention certain potential hazards or conditions. Affiliated FM does not address life, safety, or health issues. You must make the decision whether to take any action. Affiliated FM undertakes no duty to you or any other party by providing this report or the activities on which it is based. The liability of Affiliated FM is limited to that contained in its insurance policies. 7281d SEA (Rev. 03-01-2011) Review of Automatic Sprinkler Drawings 78811.33-07 January 25, 2013 Page 2 of 3 AfffI/atdll F114 The above is our understanding based on this and prior submittals. Please advise us if any of the above is inaccurate. Based on FM Global property loss prevention data sheets, the proposal is not acceptable and needs revision. Recommendations: 1. Upgrade the existing ceiling sprinkler protection for the rack and shelf storage located in the shipping and receiving area. The sprinkler protection should be upgraded based on design criteria in FM Global Property Loss Prevention Data Sheet 8-9, Storage of Class 1, 2, 3, 4, and Plastic Commodities. FM Global should be contacted to verify the design criteria for the sprinkler system upgrades based on the ceiling height and type of commodities stored within the shipping and receiving area. 2. The existing automatic sprinkler system mains that are exposed during construction of the project should be upgraded and provided with seismic bracing in accordance with Data Sheet 2-8, Earthquake Protection for Water -Based Fire Protection Systems. 3. Ensure that the dry pendent sprinkler provided at the east building entrance is FM Approved. Recommendations to Reduce Hazards During Construction: • Strictly manage and take proper precautions for hot work. o Avoid hot work of any kind when possible. o If there is a practical and safer way to do the job without hot work, use the alternative method. o If hot work is unavoidable, use the FM Global Hot Work Permit System. Using this system and taking the precautions it requires prevents hot work fires. • Notify the FM Global Customer Service Desk when automatic fire protection is shut off, regardless of the duration. Use the FM Global Red Tag Permit System to manage any shutdowns of automatic fire protection. It will provide a quick review of precautions needed during fire protection impairments and will provide a follow up to ensure full protection is restored as soon as possible. • Ensure that automatic sprinkler protection is in service prior to introducing combustibles inside of buildings. Affiliated FM Insurance Company (Affiliated FM) has developed this report for insurance underwriting purposes. The report is provided to you for informational purposes only to reduce the possibility of loss to insured property by bringing to your attention certain potential hazards or conditions. Affiliated FM does not address life, safety, or health issues. You must make the decision whether to take any action. Affiliated FM undertakes no duty to you or any other party by providing this report or the activities on which it is based. The liability of Affiliated FM is limited to that contained in its insurance policies. 7281d SEA (Rev. 03-01-2011) Review of Automatic Sprinkler Drawings 78811.33-07 January 25, 2013 Page 3 of 3 General Remarks: AlluI/aidll FIVI Online training courses are available for hot work and sprinkler impairments. These courses address the hazards, previous loss history, and proper usage of the permits. As part of the bid, all contractors should be required to take the two courses. For more information and to sign up, please visit http://training.fmglobal.com. You may now download the FM Global property loss prevention data sheets free of charge at http://www.fmglobaldatasheets.com. Anyone with Internet access can register on the site and download them. We are retaining the submittal for our files. If there are any questions, please feel free to contact us via phone at (1) 425 455 5333 or by email. Sincerely, Pete Vickers P.E. Engineering Specialist FM Global Seattle Office peter.vickers@fmglobal.com Distribution: em: Connie Taylor, Sabey Construction, Inc., conniet f,sabey.com Ken Stickley, Sabey Corporation, kensnsabey.com Richard Aasland, Affiliated FM Ed Evatt, FM Global Jeff Angell, FM Global cc: FC Affiliated FM Insurance Company (Affiliated FM) has developed this report for insurance underwriting purposes. The report is provided to you for informational purposes only to reduce the possibility of Toss to insured property by bringing to your attention certain potential hazards or conditions. Affiliated FM does not address life, safety, or health issues. You must make the decision whether to take any action. Affiliated FM undertakes no duty to you or any other party by providing this report or the activities on which it is based. The liability of Affiliated FM is limited to that contained in its insurance policies. 7281d SEA (Rev. 03-01-2011) Review of Automatic Sprinkler Drawings 78811.33-07 January 25, 2013 Page 3 of 3 General Remarks: Affihiated FA4 Online training courses are available for hot work and sprinkler impairments. These courses address the hazards, previous loss history, and proper usage of the permits. As part of the bid, all contractors should be required to take the two courses. For more information and to sign up, please visit http://training.finglobal.com. You may now download the FM Global property loss prevention data sheets free of charge at http://www.finglobaldatasheets.com. Anyone with Internet access can register on the site and download them. We are retaining the submittal for our files. If there are any questions, please feel free to contact us via phone at (1) 425 455 5333 or by email. Sincerely, Pete Vickers P.E. Engineering Specialist FM Global Seattle Office peter.vickers(c )fmglobal.com Distribution: em: Connie Taylor, Sabey Construction, Inc., connictnsabev.com Ken Stickley, Sabey Corporation, kens@sabey.com Richard Aasland, Affiliated FM Ed Evatt, FM Global Jeff Angell, FM Global cc: FC Affiliated FM Insurance Company (Affiliated FM) has developed this report for insurance underwriting purposes. The report is provided to you for informational purposes only to reduce the possibility of loss to insured property by bringing to your attention certain potential hazards or conditions. Affiliated FM does not address life, safety, or health issues. You must make the decision whether to take any action. Affiliated FM undertakes no duty to you or any other party by providing this report or the activities on which it is based. The liability of Affiliated FM is limited to that contained in its insurance policies. 7281d SEA (Rev. 03-01-2011) Review of Automatic Sprinkler Drawings 78811.33-07 January 25, 2013 Page 2 of 3 A71llated FA4 The above is our understanding based on this and prior submittals. Please advise us if any of the above is inaccurate. Based on FM Global property loss prevention data sheets, the proposal is not acceptable and needs revision. Recommendations: 1. Upgrade the existing ceiling sprinkler protection for the rack and shelf storage located in the shipping and receiving area. The sprinkler protection should be upgraded based on design criteria in FM Global Property Loss Prevention Data Sheet 8-9, Storage of Class 1, 2, 3, 4, and Plastic Commodities. FM Global should be contacted to verify the design criteria for the sprinkler system upgrades based on the ceiling height and type of commodities stored within the shipping and receiving area. 2. The existing automatic sprinkler system mains that are exposed during construction of the project should be upgraded and provided with seismic bracing in accordance with Data Sheet 2-8, Earthquake Protection for Water -Based Fire Protection Systems. 3. Ensure that the dry pendent sprinkler provided at the east building entrance is FM Approved. Recommendations to Reduce Hazards During Construction: • Strictly manage and take proper precautions for hot work. o Avoid hot work of any kind when possible. o If there is a practical and safer way to do the job without hot work, use the alternative method. o If hot work is unavoidable, use the FM Global Hot Work Permit System. Using this system and taking the precautions it requires prevents hot work fires. • Notify the FM Global Customer Service Desk when automatic fire protection is shut off, regardless of the duration. Use the FM Global Red Tag Permit System to manage any shutdowns of automatic fire protection. It will provide a quick review of precautions needed during fire protection impairments and will provide a follow up to ensure full protection is restored as soon as possible. • Ensure that automatic sprinkler protection is in service prior to introducing combustibles inside of buildings. Affiliated FM Insurance Company (Affiliated FM) has developed this report for insurance underwriting purposes. The report is provided to you for informational purposes only to reduce the possibility of loss to insured property by bringing to your attention certain potential hazards or conditions. Affiliated FM does not address life, safety, or health issues. You must make the decision whether to take any action. Affiliated FM undertakes no duty to you or any other party by providing this report or the activities on which it is based. The liability of Affiliated FM is limited to that contained in its insurance policies. 7281d SEA (Rev. 03-01-2011) Review of Automatic Sprinkler Drawings 78811.33-07 January 25, 2013 Page 3 of 3 General Remarks: Afflliatell FAl Online training courses are available for hot work and sprinkler impairments. These courses address the hazards, previous loss history, and proper usage of the permits. As part of the bid, all contractors should be required to take the two courses. For more information and to sign up, please visit http://training.finglobal.com. You may now download the FM Global property loss prevention data sheets free of charge at http://www.fmglobaldatasheets.com. Anyone with Internet access can register on the site and download them. We are retaining the submittal for our files. If there are any questions, please feel free to contact us via phone at (1) 425 455 5333 or by email. Sincerely, Pete Vickers P.E. Engineering Specialist FM Global Seattle Office petcr.vickers,c finglobal.com Distribution: em: Connie Taylor, Sabey Construction, Inc., connieter sabey.com Ken Stickley, Sabey Corporation, kenssabey.com Richard Aasland, Affiliated FM Ed Evatt, FM Global Jeff Angell, FM Global cc: FC Affiliated FM Insurance Company (Affiliated FM) has developed this report for insurance underwriting purposes. The report is provided to you for informational purposes only to reduce the possibility of loss to insured property by bringing to your attention certain potential hazards or conditions Affiliated FM does not address life, safety, or health issues. You must make the decision whether to take any action. Affiliated FM undertakes no duty to you or any other party by providing this report or the activities on which it is based. The liability of Affiliated FM is limited to that contained in its insurance policies. 7281d SEA (Rev. 03-01-2011) FIRE DEPARTMENT SPRINKLER PLAN REVIEW COMMENTS Project Name: Permit No.: Date: Reviewer: 08-S343 June 19, 2008 Steve Kohler Fire Inspector/Plan Review (206)575-4407 • Lateral sway bracing is required at a maximum spacing of 40' for all mains, cross mains, and branch lines 2.5" and larger. Bracing is provided for the last length of pipe but within 6' of the end of a feed or cross main. Bracing is required unless all the pipe is supported by rods less than 6" or by 30 ° wrap-around U -hooks for any size pipe, 9.3.5.3. • Minimum clearance around pipes: 2 " for 1"-3.5", 4" for 4" and larger, see 4 exceptions, 9.3.4. • Longitudinal sway bracing is a maximum of 80' for mains and cross mains and within 40 ' of the end of the line, 9.3.5.4. • Provide lateral and longitudinal bracing for changes in pipe direction per section 9.3.5.11.2 for pipe size 2 1/2 inches and larger. • Restrain branch lines at the end sprinkler of each line, restrain against vertical and lateral movement, 9.3.6.3. • Restraints for branch lines shall be at intervals per table 9.3.6.4 and section 9.3.6.4, and restrain sprig ups greater than 4', 9.3.6.6. • Comply with ASCE 7-02, section 9.6.2.6.2 (e). • Ceilings used for flex drop attachments shall comply with ASTM C 635 and ASTM C 636 per section 9.2.1.3.3.2. • Where flexible sprinkler hose fittings exceed 6ft. in length and are supported by a suspended ceiling, a hanger(s) attached to the structure shall be required to ensure that the maximum unsupported length does not exceed 6 ft.(9.2.1.3.3.3). Iv • Provide sprinkler protection beneath all obstructions greater than 4 ft. in width. • Extend sprinkler protection to all combustible concealed spaces. • Comply with NFPA 13 obstruction tables. • Sprinkler heads spaced closer than 6 ft. apart must be baffled. All references are NFPA 13, 2007 Edition. City of Tukwila Fire Department FILE TUKWILA FIRE DEPARTMENT FINAL APPROVAL FORM AUG 2 2002 John W. Rants, Mayor Thomas P. Keefe, Fire Chtef Permit No. i/! / U1.- - 6 4 _L i i1 11 Project Name /� l i l t E 5 J 'Lt) F. 3 Address 33 33 /-2-c' . Retain current inspection schedule Needs shift inspection Suite # Approved without correction notice Approved with correction notice issued Sprinklers: Fire Alarm:. Hood & Duct: Halon: Monitor: Pre -Fire: Permits: 3yi c tat Authorized Signature FINALAPP.FRM f, 5/2— Authorized - T.F.D. Form F.P. 85 Headquarters Station: 444 Andover Park East • Tukwila, Washington 98188 • Phone: (206) 575-4404 • Far (206) 575-4439 1 _4(WILA FIRE PREVENTION B . :EAU 444 Andover Park East, Tukwila, WA 98188 - Phone 206-575-4407 - Fax 206-575-4439 CONTRACTORS MATERIAL AND TEST CERTIFICATE FIRE ALARM AND FIRE DETECTION SYSTEMS Fire alarm System is ready for Fire Department acceptance testing. Failure of test will result in termination of the testing and additional fees will be assessed. Contractor is responsible for supplying manpower for Final Acceptance Test with two-way communications. Date 6/12/2013 Property Address 3333 S 120th PL Bldg 3 City TUKWILA Permit # 13-F-052 Zip Code 98168 Name of Facility Intergate East Building 3 Occupied as Data Center Owner or Representative Arthur Agadjanyan Installing Company Fire Chief Equipment Suite # 100 Phone # 206-409-7121 Installing Contractor's Address 7661 159th PI Ne City Redmond. WA 98052 Phone # 425-641-2127 Installer's Name (PRINT) Randy Barnett License and/or Certificate SCP -B-2082 NICET 128177 General Contractor Sabey Construction Electrical Contractor Holmes Electric FACP Equipment Manufacturer Notifier Model # NFS2-640 This system has been installed, pre -tested and operates in accordance with the standards listed below and was inspected by Randy Barnett On (date) 6/12/2013 4. and includes the devices listed on back. Circle all that apply: X NFPA 72, Chapter 1 2 4 5 6 7 and/or IFC SEC 907 X NFPA 70, National Electrical Code, Article 760 Manufacturer's Instructions X Manufacturer's Instructions Other (specify) Tukwila City Ordinance Numbers 2050, 2051 UL Central Station onitor Y S System is monitored by Guardian Security SIGNED i Date 6/12/2013 System Firmware: Installed version 19.003 Checksum Date 1/13/2013 Initial program rev 3 Installation Date 6/11/2013 Revisions and Reasons Standard installation programming Programmed by Randy Barnett EQUIPMENT INSTALLED tolD TESTED: Control Panel 1 of 1 Manual Station _4 of 4 Smoke Detectors 3 of 3 Heat Detectors of Duct Detectors 7 of 7 AN Devices 38of 38 Audio Devices 1 of Visual Devices 1 6of 16 Auto Door Release 4 of 4 Trouble Indictors 2 of 2 Batteries Readings Battery Generator HVAC Controls Fire Alarm Dialer 1 of 1 Monitored by Make/Model Make/Model Make/Model Make/Model Make/Model Make/Model Make/Model Make/Model Make/Model Make/Model Full Load Notifier NFS2-640 Notifier NBG-121 X Notifier FSP -851 System Sensor D2140 System Sensor Sytem Sensor MBG1024R System Sensor Notifier FRM-1 FACP and FDU-80 of _ Make/Model of Make/Model Make/Model Gaurdian Security Charge Notifier UDACT-2 Annunciator _ of —a Make/Model ❑ Sprinkler System. (Fire Alarm connections only) Water Flow Sw. 5 of 5 Make/Model Valve Tamper Sw. _r, of 5 Make/Model PIV 2 of 9 Make/Model Elec. Alarm Bell of Make/Model Automatic time Delay of Water Flow Alarm Notifier FDU-R0 Potter Potter Potter seconds. None Installed X Do you meet audible/visible requirements of WAC 51-20, IFC SEC 907., and/or NFPA 72 Chapter 6? Yes X No Test of alarm System on emergency power, satisfactory? Yes X No Test Witnessed by Title Comments: Date Fire Alarm Certificate.doc Revised: 10/28/04 TFD FP Form #110 TUKWILA FIRE MARSHAL'S OFFICE Phone: 206-575-4407 • Email: FireMarshal atukwilawa.goy CONTRACTORS MATERIAL AND TEST CERTIFICATE FIRE ALARM AND FIRE DETECTION SYSTEMS 7 ire alarm System is ready for Fire Department acceptance testing. Failure of test «-ill result in ermination of the testing and additional fees «ill be assessed. Contractor is responsible for ;upplying manpower for Final Acceptance Test with two-way communications. Date 7/a?/Permit# Property Address 3 3 3 3 S ;:ity TUKWILA Zip Code Suite # \ ame of Facility ,5.(9/. /gG.v3 Occupied as A9-.- .:///771 Owner or Representative /e `/4L V 4/3 c- Phone # Installing Company j,/,v$ V✓C!%/r/T/1 D 15 4 1 `/ zO w.c Installing Contractor's Address 9'J 5 aU /.°)`--i/ .5-f `7 vO g- < N <(' Z7 `- Phone r ole) - 3 a / - 3SS 9 Installer's Name (PRINT) // License and.!or Certificate S« 6- p c2 -2 General Contractor 541,= `/ CAA/ .57/2 e57,1.-- Electrical 57/w Electrical Contractor .TU//iV5 iv GDN T/%DL s' FACP Equipment Manufacturer G/ -/e j4`1 (/ i` g) Model r This system has been install d. pre -tested and operates in accordance with the standards listed below and was inspected b\ 2, /1674A'c On (date) 7//.2o./v/(‘' and includes the devices listed on back. Circle all that apply: NFPA 72. Chapter 1 2 4 5 6 7 and or IFC SEC 907 NFPA 70. National Electrical Code. Article 760 Manufacturer's Instructions Manufacturer's Instructions Other (specify) Tukss ila Cit' Ordinance Numbers 2050. 20= LL Central Station N.-nitor System is monitored b% 6/902).-W-., ie✓/1 iT` / SIGNED Date A Z/2d./ (� System Firmware: Installed version /, S Checksum Date 7 - - 7/k Initial program Installation Date Re\isions and Reasons T/v , 0"= a/ 0 Programmed b% i 41m/1J e // EQUIPMENT INSTALLED AND TESTED: Control Panel Manual Station Smoke Detectors Heat Detectors Duct Detectors AN Devices Audio Devices Visual Devices Auto Door Release Trouble Indictors Batteries of of l0, of (9 of of 6 of of of of of Readings Battery Generator of HVAC Controls of Fire Alarm Dialer of Monitored by Make/Model Make/Model Make/Model Make/Model Make/Model T2gc, c S UiP V1- Make/Mode] ISM1'f/- f -/S/2 L- Make/Model Make/Model Make/Model Make/Model , Full Load oQ 7, c'( Charge 2 —7, VI Make/1\4ode] Make/Model Make/Model Annunciator of Make/Model Sprinkler System. (Fire Alarm connections only) Water Flow Sw. Valve Tamper Sw. PIV Elec. Alarm Bell of Make/Model of Make/Model of Make/Model of Make/Model Automatic time Delay of Water Flow Alarm seconds. None Installed Do you eet audible/visible requirements of WAC 51-20, IFC SEC 907., and/or NFPA 72 Chapter 6? Yes X No Test of alarm System on emergency power, satisfactory? Yes No Test Witnessed by Title Comments: Date Fire Alarm Certificate.doc Rei iked: 6'17-14 TFDFPForm #110 INSPECTION NUMBER INSPECTION RECORD Retain a copy with permit PERMIT NUMBERS CITY OF TUKWILA FIRE DEPARTMENT 206-575-4407 Project1C — C O(0 Z F /67E &*; elegy V4 h4 Type of Inspection: rtesfr �• (�� Suite #: 3Address: 2 ;-3 Contact Person: (locci, Special Instructions: Ag Phone No.: $ Erper applicable codes. Corrections required prior to approval. COMMENTS: b/.149-1, xwa-ovez feetauce-,,oil GSD r. ade 4 Lt 9K fia w"- 4>( ,—s 64-rei #1-6D F4-10 eyc fig /1G*(2_►M S1 c,4 Tp -boawti.we_ pa•i.¢.( cs l4�vf: ►.A e Needs Shift Inspection: /l.�01) Sprinklers: 7 C' Fire Alarm: yoHood & Duct: Monitor: v1,04)//9?-./ Pre -Fire: /Vee2 $ Permits: Occupancy Type: Pa ht epyl,6t,/ Inspector: F04 5¢ Date: q.//h‹./ IHrs.: $100.00 REINSPECTION FEE REQUIRED. You will receive an invoice from the City of Tukwila Finance Department. Call to schedule a reinspection. Billing Address Attn: Company Name: Address: City: State: Zip: Word/Inspection Record Form.Doc 3/14/14 T.F.D. Form F.P. 113 Inspector: CORREcTION NOTICE/REINSPECTIuN FEE Permit number: OrePAA TUKWILA FIRE DEPARTMENT/FIRE PREVENTION BUREAU 444 Andover Park East, Tukwila, Wa. 98188 Office: 206-575-4407 Fax: 206-575-4439 Buness Nar>Ie: �� Type of Inspection: ' 1-14- / t‘ 0-M.2-- Location 33 Address: S / ®I Date : / / ///I '11 E l L- Contact Person : .3---f&.3---f&Phone 1 t ce(kA, . No. • G ? Cs-- 3 v 3 7 ACTION REQUIRED : I , 0 a 1C►N5 o x IN --. a. E l L- ,,4-e n 3 1 t ce(kA, CORRECTION OF THE ABOVE ITEMS ARE REQUIRED BY : FAILURE TO COMPLY MAY RESULT IN THE ISSUANCE OF A C7IMINAL CITATION/TICKET. Attn: Company Name: Address: City: State: Zip: ❑ A $100.00 Reinspection Fee is required. You will receive an invoice from the City of Tukwila Finance Department. ❑ Ticket Issued. Citation # Correction Notice Reinsp Fee2.doc Revised 3/26/10 T.F.D. Form F.P. 100 INSPECTION NUMBER INSPECTION RECORD Retain a copy with permit 013'1g0 PERMIT NUMBERS CITY OF TUKWILA FIRE DEPARTMENT 444 Andover Park East, Tukwila, Wa. 98188 206-575-4407 ProjeTy ov% C �eruc se. p of I ection: Address: ,g 333 - (a-ei- pi Suite #: 1o0 Contact Person: Special Instructions: Phone No.: proved per applicable codes. Corrections required prior to approval. COMMENTS: 4012_ d-Pr-iriAs Needs Shift Inspection: Sprinklers: Fire Alarm: Hood & Duct: Monitor: Pre -Fire: Permits: Occupancy Type: Inspector:ij �1,1_ 5 0.." Date: efZ6j//1 Hrs.: ( Ai , AJ $100.00 REINSPECTION FEE REQUIRED. You will receive an invoice from the City of Tukwila Finance Department. Call to schedule a reinspection. Billing Address Attn: Company Name: Address: City: State: Zip: Word/Inspection Record Form.Doc 6/11/10 T.F.D. Form F.P. 113 INSPECTION NUMBER INSPECTION RECORD Retain a copy with per td 7)/ a- 37 f? PERMIT NUMBERS CITY OF TUKWILA FIRE DEPARTMENT 444 Andover Park East, Tukwila, Wa. 98188 206-575-4407 Project: - f)Cc:9eFJCCj Sprinklers: Fire Alarm: Type of In pection: -�b4- Vt.- A dress: 2333 Suite #: s i)--0"--- PI Contact erson: Special Instructions: Phone No.: Approved per applicable codes. Corrections required prior to approval. COMMENTS: Sprinklers: Fire Alarm: Hood & Duct: Monitor: Pre -Fire: Permits: Occupancy Type: FiAt -C,&.)A-t.. — Ok...._ gf•-iL, Vv —Olc, 0___,t- f ecticed0 iv I, '-',' ea c..,-4._ EY c__ k Xe, -,0 1 6 Ni, I3 Needs Shift Inspection: Sprinklers: Fire Alarm: Hood & Duct: Monitor: Pre -Fire: Permits: Occupancy Type: Inspector: 1)L, n.,„Sc3-- Date: 4/94/ 1 Hrs.: $100.00 REINSPECTION FEE REQUIRED. You will receive an invoice from the City of Tukwila Finance Department. Call to schedule a reinspection. Billing Address Attn: Company Name: Address: City: State: Zip: Word/Inspection Record Form.Doc 6/11/10 T.F D. Form F.P. 113 INSPECTION NUMBER INSPECTION RECORD Retain a copy with permit Ld O PERMIT NUMBERS CITY OF TUKWILA FIRE DEPARTMENT 444 Andover Park East, Tukwila, Wa. 98188 206-575-4407 Project: Prot', ch,„ce Sprinklers: A Type of Inspection: - /E/L_ Address: 3 33 Suite #: S� Ip Contact Person: Special Instructions: - `Jev.ki .i. I,(stat?-') Phone No.: Approved per applicable codes. Corrections required prior to approval. COMMENTS: Sprinklers: A Fire Alarm: Hood & Duct: Monitor: Pre -Fire: i. puit- s,i&IAyJr__. d&) -A- R,s-er t , N,�v,e - `Jev.ki .i. I,(stat?-') G-e.,t)� © 1 ` a. m oV-e- Z furl D ley t tgasze -1oo,,2 HMc c, vu PrL - .0) tf- a IA,vo. tp-o. hisWid . deeds Shift Inspection: ' •' Sprinklers: A Fire Alarm: Hood & Duct: Monitor: Pre -Fire: Permits: Occupancy Type: Inspector: n31., c1,5 ---e_ Date: 6 /a /1/3 Hrs.: ' $100.00 REINSPECTION FEE REQUIRED. You will receive an invoice from the City of Tukwila Finance Department. Call to schedule a reinspection. Billing Address Attn: Company Name: Address: City: State: Zip: Word/Inspection Record Form.Doc 6/11/10 T.F.D. Form F.P. 113 1 INSPECTION NUMBER INSPECTION RECORD / 3 - -V'- oS Retain a copy with pe ii rite I'''1) a - )? Dig - 3-78 PERMIT NUMBERS CITY OF TUKWILA FIRE DEPARTMENT 444 Andover Park East, Tukwila, Wa. 98188 206-575-4407 Proj ct: IJV QNB Sprinklers: Fire Alarm: Hood & Duct: Monitor: Pre -Fire: Type of Inspecti n: 5-14 L Suiteu re#: S 3 #: ,� � S / 4� - U i Contact Person: Special Instructions: Phone No.: Approved per applicable codes. 9rrections required prior to approval. COMMENTS: Sprinklers: Fire Alarm: Hood & Duct: Monitor: Pre -Fire: Permits: Occupancy Type: cief, -- Aida ---r- c4- mou-e b t•tej 7'e it/L-5k 1V PP -out a estA Pr a5 , c ..c ✓,,". or e.1 -ed A% L c, r /f 5 r-e-tf- q -S -P . 1e_- ,may . , D /1;Lit vly rp..,4,4,_ lam-/c: mss. Needs Shift Inspection: Sprinklers: Fire Alarm: Hood & Duct: Monitor: Pre -Fire: Permits: Occupancy Type: Inspector: jFyL,5--D___ Date: e,a//8// 3 Hrs.: I $100.00 REINSPECTION FEE REQUIRED. You will receive an invoice from the City of Tukwila Finance Department. Call to schedule a reinspection. Billing Address Attn: Company Name: Address: City: State: Zip Word/Inspection Record Form.Doc 6/11/10 T.F.D. Form F.P. 113 1 INSPECTION NUMBER INSPECTION RECORD Retain a copy with permit D/-3-78 �►�a - /if PERMIT NUMBERS CITY OF TUKWILA FIRE DEPARTMENT 444 Andover Park East, Tukwila, Wa. 98188 206-575-4407 Project: Sprinklers: Fire Alarm: Ty --pe peof Inspection: Address: 3 3 33 Suite #: s 4).4P I Contact Person: Special Instructions: Phone No.: rs'Approved per applicable codes. Corrections required prior to approval. COMMENTS: li g1/1 � /4-10144A t)% ?sem —dr ►� syst DK Needs Shift Inspection: Sprinklers: Fire Alarm: Hood & Duct: Monitor: Pre -Fire: Permits: Occupancy Type: Inspector: (9— $100.00 Date: /,<//f f Hrs.:/...9-- $100.00 REINSPECTION FEE REQUIRED. You will receive an invoice from the City of Tukwila Finance Department. CaII to schedule a reinspection. Billing Address Attn: Company Name: Address: City: State: Word/Inspection Record Form.Doc 6/11/10 T.F.D. Form F.P. 113 INSPECTION NUMBER INSPECTION RECORD Retain a copy with permit 012-3 _LZ -5-0y2 PERMIT NUMBERS CITY OF TUKWILA FIRE DEPARTMENT 444 Andover Park East, Tukwila, Wa. 98188 206-575-4407 Project:pp eroLIiGieoc - ©K — gfdr0 — 2 hour ✓io afro Type of Inspection: 542-coocr./I1cJco d— F, a/ Address: Suite #: 3333 6120114 4 Contact Person. Special Instructions: © K c1jik/-er II, / .- Ail tiea.15 61- '/€. tp Lci . Phone No.: 17 Approved per applicable codes. Corrections required prior to approval. COMMENTS: Sprinklers: ©K — gfdr0 — 2 hour ✓io afro Hood & Duct: Monitor: Pre -Fire: OK - To. coLer 4/1 per r) l2- s-.9/2- o/Z p/o © K c1jik/-er II, / .- Ail tiea.15 61- '/€. tp Lci . Needs Shift Inspection: Sprinklers: Fire Alarm: Hood & Duct: Monitor: Pre -Fire: Permits: Occupancy Type: Inspector: (X L fp? sy Date: c/ y/3 Hrs.: / $100.00 REINSPECTION FEE REQUIRED. You will receive an invoice from the City of Tukwila Finance Department. Call to schedule a reinspection. Billing Address Attn: Company Name: Address: City: State: Zip: Word/Inspection Record Form.Doc 6/11/10 T.F.D. Form F.P. 113 b' INSPECTION NUMBER INSPECTION RECORD Retain a copy with permit PERMIT NUMBERS CITY OF TUKWILA FIRE DEPARTMENT 444 Andover Park East, Tukwila, Wa. 98188 206-575-4407 Proje : f DU L c) kF c- -' Sprinklers: Fire Alarm: Hood & Duct: Type of Inspection: 5 P cOu—cr Address: 3 5 33 Suite #: 5 ( v e 1 Contact Person: Special Instructions: Phone No.: FA -Approved per applicable codes. Corrections required prior to approval. COMMENTS: o(c_ , c c -U / 1,a.. Needs Shift Inspection: Sprinklers: Fire Alarm: Hood & Duct: Monitor: Pre -Fire: Permits: Occupancy Type: Inspector://4 (1---,1— Date: e-// 242 Hrs.: f / $100.00 REINSPECTION FEE REQUIRED. You will receive an invoice from the City of Tukwila Finance Department. Call to schedule a reinspection. Billing Address Attn: Company Name: Address: City: State: Zip: Word/Inspection Record Form.Doc 6/11/10 T.F.D. Form F.P. 113 Y INSPECTION NUMBER INSPECTION RECORD Retain a copy with permit /.3-5.QYz PERMIT NUMBERS CITY OF TUKWILA FIRE DEPARTMENT 444 Andover Park East, Tukwila, Wa. 98188 206-575-4407 Project: d�a�� d��c� Type of Inspection: Address: 33 3 3 Suite #: J /2g, ,t. Contact Person: Special Instructions: Monitor: Phone No.: 4 Approved per applicable codes. Corrections required prior to approval. COMMENTS: 3/x//3 /J44-3 Needs Shift Inspection: Sprinklers:/ Date: 3 / z Jj Fire Alarm: Hood & Duct: Monitor: Pre -Fire: Permits: Occupancy Type: Inspector: "A? �� Date: 3 / z Jj Hrs.: / Ve $100.00 REINSPECTION FEE REQUIRED. You will receive an invoice from t City of Tukwila Finance Department. Call to schedule a reinspection. Billing Address Attn: Company Name: Address: City: State: Zip: Word/Inspection Record Form.Doc 6/11/10 T.F.D. Form F.P. 113 INSPECTION NUMBER INSPECTION RECORD Retain a copy with permit /S-5-oya, PERMIT NUMBERS CITY OF TUKWILA FIRE DE TMENT 444 Andover Park East, Tukwila, Wa. 98188 206-575-4407 Project() COU, d Ppc.,.. Fire Alarm: Type of Inspection: S ° Cc 0—Cr-- Address: 3 33 3 5- 1 Suite #: f )ii,„/-) v” Contact Person: Special Instructions: I % i)rO Ld -F I -e. X lei ps Phone No.: Approved per applicable codes. Corrections required prior to approval. COMMENTS: Sprinklers: Fire Alarm: Hood & Duct: Monitor: Pre -Fire: Permits: Occupancy Type: I % i)rO Ld -F I -e. X lei ps - ro,,-` SA-eei 'tx- -/ e. --J a. LJ. (/ c les ea2e.L, e vv / 6' l7i-ota c. ( foss 5 e e c 02 i1). Co u-- f /\YO O tiorb z ori cd - .s- �o -- -kee) o ry p 1 � , Needs Shift Inspection: Sprinklers: Fire Alarm: Hood & Duct: Monitor: Pre -Fire: Permits: Occupancy Type: Inspector: //lam Date: 3 ////h Hrs.: I $100.00 REINSPECTION FEE REQUIRED. You will receive an invoice from the City of Tukwila Finance Department. Call to schedule a reinspection. Billing Address Attn: Company Name: Address: City: State: Zip: Word/Inspection Record Form.Doc 6/11/10 T.F.D. Form F.P. 113 INSPECTION RECORD Retain a copy with permit INSPECTION NUMBER PERMIT NUMBERS CITY OF TUKWILA FIRE DEPARTMENT 444 Andover Park East, Tukwila, Wa. 98188 206-575-4407 Project:11 Pf o V k d 2,ro e -e__ Sprinklers: Fire Alarm: Type of Inspection: S Asuiteddress:#: 33•3 s t )-o. Pre -Fire: I Contact Person: Special Instructions: d1% Phone No.: giApproved per applicable codes. Corrections required prior to approval. COMMENTS: (3rtAc.:r - o Needs Shift Inspection: Sprinklers: Fire Alarm: Hood & Duct: Monitor: Pre -Fire: Permits: Occupancy Type: Inspector: l 5. ---__Date: 3/60) Hrs.: $100.00 REINSPECTION FEE REQUIRED. You will receive an invoice from the City of Tukwila Finance Department. Call to schedule a reinspection. Billing Address Attn: Company Name: Address: City: State: Zip: Word/Inspection Record Form.Doc 6/11/10 T.F.D. Form F.P. 113 r LLC IBI Job Number: 41159 "" Calculated Capacity: 656 Gallons Interior Tank Height: 14.5 Inches Filling Instructions: 1. Open fill fitting. 2. Insert or attach fuel delivery system nozzle. 3. Begin filling tank with #2 Diesel: alarm on Genset will sound when tank reaches XX% of max capacity, as highlighted below. Additional fuel may be added using the stick gauge and fuel chart as a reference. 4. Shut off delivery nozzle. 5. Remove nozzle, and recap fill fitting. Capacity ;Height : Capacity ;Height 1/4 11 2/8 9 3/4 441.10 1/2 22 5/8 10 452.41 3/4 33 7/8 10 1/4 463.72 1 45 2/8 10 1/2 475.03 1 1/4 56 4/8 10 3/4 486.34 1 1/2 67 7/8 11 497.66 1 3/4 79 1/8 11 1/4 508.97 2 90 4/8 I 11 1/2 520.28 K 2 1/4 101.79 11 3/4 531.59 21 /2 113.10 12 542.90 2 3/4 124.41 12 1/4 554.21 3 135.72 12 1/2 565.52 3 1/4 147.03 12 3/4 576.83 3 1/2 158.34 13 588.14 3 3/4 169.66 13 1/4 599.45 4 180.97 I 13 1/2 610.76 4 1/4 192.28 13 3/4 622.07 4 1/2 203.59 14 633.38 4 3/4 214.90 14 1/4 644.69 5 226.21 14 1/2 656.00 5 1/4 237.52 51 /2 248.83 5 3/4 260.14 6 271.45 6 1/4 282.76 6 1/2 294.07 6 3/4 305.38 7 316.69 7 1/4 328.00 7 1/2 339.31 7 3/4 350.62 8 361.93 8 1/4 373.24 8 1/2 384.55 8 3/4 395.86 9 407.17 9 1/4 418.48 9 1/2 429.79 K Capacity :Height Capacity High Level Warning (High -High Shut-off PATRIOT FIRE PROTECTION, INC 2707 70th AVENUE EAST TACOMA,WA 98424 HYDRAULIC CALCULATIONS FOR MS TUKWILA-2 PARTS AND ALLOCATION ROOM DESIGN FILE NUMBER: TUK2.SDF DATE: MAY 22, 2008 -DESIGN DATA- IIIVAS. irs‘;1411111111L-K/1" 44, c(z214" OCCUPANCY CLASSIFICATION: SHELF STORAGE UP TO 10'-0: DENSITY: .40 gpm/sq. ft. AREA OF APPLICATION: ENTIRE ROOM COVERAGE PER SPRINKLER: 112 sq. ft. NUMBER OF SPRINKLERS CALCULATED: 11 sprinklers TOTAL SPRINKLER WATER FLOW REQUIRED: 539.8 gpm TOTAL WATER REQUIRED (including hose): 1039.9 gpm FLOW AND PRESSURE (@ BOR): 539.8 gpm @ 64.8 psi SPRINKLER ORIFICE SIZE: 11.2 K NAME OF CONTRACTOR: PATRIOT FIRE PROTECTION, INC. DESIGN/LAYOUT BY: CLINT CARR AUTHORITY HAVING JURISDICTION: TUKWILA FIRE DEPT. CONTRACTOR CERTIFICATION NUMBER: PATRIFP099CF CALCULATIONS BY HASS COMPUTER PROGRAM (LICENSE # 38081321 ) HRS SYSTEMS, INC. TUCKER, GA 30084 SPRINKLER SYSTEM HYDRAULIC ANALYSIS Page 2 DATE: 5/22/2008 T:\HASS\CLINTC\TUK2.SDF JOB TITLE: WATER SUPPLY DATA SOURCE STATIC RESID. FLOW AVAIL. TOTAL REQ'D NODE PRESS. PRESS. @ PRESS. @ DEMAND PRESS. TAG (PSI) (PSI) (GPM) (PSI) (GPM) (PSI) SOURCE (N/A) 120.0 (N/A) 120.0 1039.9 71.6 AGGREGATE FLOW ANALYSIS: TOTAL FLOW AT SOURCE 1039.9 GPM TOTAL HOSE STREAM ALLOWANCE AT SOURCE 500.0 GPM OTHER HOSE STREAM ALLOWANCES 0.0 GPM TOTAL DISCHARGE FROM ACTIVE SPRINKLERS 539.9 GPM NODE ANALYSIS DATA NODE TAG ELEVATION NODE TYPE PRESSURE DISCHARGE (FT) (PSI) (GPM) 101 10.0 K=11.20 16.0 44.8 102 10.0 K=11.20 17.1 46.3 103 10.0 K=11.20 17.3 46.6 104 10.0 K=11.20 17.7 47.2 105 10.0 K=11.20 18.5 48.2 106 10.0 K=11.20 19.1 48.9 107 10.0 K=11.20 21.0 51.3 108 10.0 K=11.20 21.1 51.4 109 10.0 K=11.20 21.2 51.5 110 10.0 K=11.20 21.3 51.7 111 10.0 K=11.20 21.5 51.9 11 18.0 37.1 12 18.0 37.2 13 18.0 37.7 14 18.0 38.8 15 18.0 40.6 16 18.0 41.7 17 18.0 41.8 18 18.0 42.4 19 18.0 42.6 20 18.0 42.8 21 18.0 43.2 22 18.0 43.4 TOR 18.0 54.0 BOR 3.0 64.8 DD2 3.0 65.1 DD1 3.0 70.1 FLG 0.5 71.2 SPRINKLER SYSTEM HYDRAULIC ANALYSIS Page 3 DATE: 5/22/2008 T:\HASS\CLINTC\TUK2.SDF JOB TITLE: NODE ANALYSIS DATA NODE TAG ELEVATION (FT) NODE TYPE PRESSURE (PSI) SOURCE 0.0 SOURCE 71.6 DISCHARGE (GPM) 539.9 SPRINKLER SYSTEM HYDRAULIC ANALYSIS Page 4 DATE: 5/22/2008 T:\HASS\CLINTC\TUK2.SDF JOB TITLE: PIPE DATA PIPE TAG Q(GPM) DIA(IN) LENGTH PRESS. END ELEV. NOZ. PT DISC. VEL(FPS) HW(C) (FT) SUM. NODES (FT) (K) (PSI) (GPM) FL/FT (PSI) Pipe: 1 539.9 10.400 PL 80.00 PF 0.1 SOURCE 0.0 SRCE 71.6 (N/A) 2.0 140 FTG ETG PE -0.2 FLG 0.5 0.0 71.2 0.0 0.001 TL 203.00 PV Pipe: 2 539.8 8.249 PL 3.00 PF 0.1 FLG 0.5 0.0 71.2 0.0 3.2 120 FTG E PE -1.1 DD1 3.0 0.0 70.1 0.0 0.003 TL 24.00 PV Pipe: 3 FIXED PRESSURE LOSS DEVICE DD1 3.0 0.0 70.1 0.0 5.0 psi, 539.8 gpm DD2 3.0 0.0 65.1 0.0 Pipe: 4 539.8 6.357 PL 16.00 PF 0.3 DD2 3.0 0.0 65.1 0.0 5.5 120 FTG E PE 0.0 BOR 3.0 0.0 64.8 0.0 0.009 TL 34.00 PV Pipe: 5 539.8 4.298 PL 15.00 PF 4.3 BOR 3.0 0.0 64.8 0.0 11.9 120 FTG TGA PE -6.5 TOR 18.0 0.0 54.0 0.0 0.060 TL 72.00 PV Pipe: 6 539.8 4.298 PL 145.25 PF 10.5 TOR 18.0 0.0 54.0 0.0 11.9 120 FTG 2E PE 0.0 22 18.0 0.0 43.4 0.0 0.060 TL 175.25 PV Pipe: 7 487.9 4.298 PL 5.,00 PF 0.2 22 18.0 0.0 43.4 0.0 10.8 120 FTG ---- PE 0.0 21 18.0 0.0 43.2 0.0 0.050 TL 5 0 PV Pipe: 8 436.2 4.298 PL 9 0 PF 0.4 21 18.0 0.0 43.2 0.0 9.6 120 FTG ---- PE 0.0 20 18.0 0.0 42.8 0.0 0.041 TL 9 0 PV Pipe: 9 384.6 4.298 PL 6.75 PF 0.2 20 18.0 0.0 42.8 0.0 8.5 120 FTG ---- PE 0.0 19 18.0 0.0 42.6 0.0 0.032 TL 6 7 PV Pipe: 10 333.2 4.298 PL 7.25 PF 0.2 19 18.0 0.0 42.6 0.0 7.4 120 FTG ---- PE 0.0 18 18.0 0.0 42.4 0.0 0.025 TL 7.25 PV Pipe: 11 281.9 4.298 PL 16.67 PF 0.6 18 18.0 0.0 42.4 0.0 6.2 120 FTG E PE 0.0 17 18.0 0.0 41.8 0.0 0.018 TL 31.67 PV SPRINKLER SYSTEM HYDRAULIC ANALYSIS Page 5 DATE: 5/22/2008 T:\HASS\CLINTC\TUK2.SDF JOB TITLE: PIPE TAG Q(GPM) DIA(IN) LENGTH PRESS. END ELEV. NOZ. PT DISC. VEL(FPS) HW(C) (FT) SUM. NODES (FT) (K) (PSI) (GPM) FL/FT (PSI) Pipe: 12 233.0 4.298 PL 9.58 PF 0.1 17 18.0 0.0 41.8 0.0 5.2 120 FTG ---- PE 0.0 16 18.0 0.0 41.7 0.0 0.013 TL 9.58 PV Pipe: 13 233.0 2.185 PL 3.42 PF 1.2 16 18.0 0.0 41.7 0.0 19.9 120 FTG ---- PE 0.0 15 18.0 0.0 40.6 0.0 0.343 TL 3.42 PV Pipe: 14 184.8 2.185 PL 8.00 PF 1.8 15 18.0 0.0 40.6 0.0 15.8 120 FTG ---- PE 0.0 14 18.0 0.0 38.8 0.0 0.223 TL 8.00 PV Pipe: 15 137.6 2.185 PL 8.00 PF 1.0 14 18.0 0.0 38.8 0.0 11.8 120 FTG ---- PE 0.0 13 18.0 0.0 37.7 0.0 0.129 TL 8.00 PV Pipe: 16 91.1 2.185 PL 8.00 PF 0.5 13 18.0 0.0 37.7 0.0 7.8 120 FTG ---- PE 0.0 12 18.0 0.0 37.2 0.0 0.060 TL 8.00 PV Pipe: 17 44.8 2.185 PL 8.00 PF 0.1 12 18.0 0.0 37.2 0.0 3.8 120 FTG ---- PE 0.0 11 18.0 0.0 37.1 0.0 0.016 TL 8.00 PV Pipe: 18 44.8 1.049 PL 33.50 PF 24.6 11 18.0 0.0 37.1 0.0 16.6 120 FTG 2ET PE 3.5 101 10.0 11.2 16.0 44.8 0.578 TL 42.50 PV Pipe: 19 46.3 1.049 PL 29.50 PF 23.6 12 18.0 0.0 37.2 0.0 17.2 120 FTG 2ET PE 3.5 102 10.0 11.2 17.1 46.3 0.614 TL 38.50 PV Pipe: 20 46.6 1.049 PL 29.50 PF 23.9 13 18.0 0.0 37.7 0.0 17.3 120 FTG 2ET PE 3.5 103 10.0 11.2 17.3 46.6 0.621 TL 38.50 PV Pipe: 21 47.2 1.049 PL 29.50 PF 24.5 14 18.0 0.0 38.8 0.0 17.5 120 FTG 2ET PE 3.5 104 10.0 11.2 17.7 47.2 0.636 TL 38.50 PV Pipe: 22 48.2 1.049 PL 29.50 PF 25.5 15 18.0 0.0 40.6 0.0 17.9 120 FTG 2ET PE 3.5 105 10.0 11.2 18.5 48.2 0.662 TL 38.50 PV SPRINKLER SYSTEM HYDRAULIC ANALYSIS Page 6 DATE: 5/22/2008 T:\HASS\CLINTC\TUK2.SDF JOB TITLE: PIPE TAG Q(GPM) END ELEV. NOZ. PT DISC. VEL(FPS) NODES (FT) (K) (PSI) (GPM) Pipe: 24 17 18.0 106 10.0 48.9 0.0 41.8 0.0 18.2 11.2 19.1 48.9 Pipe: 25 18 18.0 0.0 107 10.0 11.2 Pipe: 26 19 18.0 0.0 108 10.0 11.2 Pipe: 27 20 18.0 0.0 109 10.0 11.2 Pipe: 28 21 18.0 0.0 110 10.0 11.2 Pipe: 29 22 18.0 0.0 111 10.0 11.2 NOTES (HASS): DIA(IN) LENGTH HW(C) (FT) FL/FT 1.049 PL 29.50 120 FTG 2ET 0.681 TL 38.50 PRESS. SUM. (PSI) PF 26.2 PE 3.5 PV 51.3 1.049 PL 24.50 PF 24.9 42.4 0.0 19.0 120 FTG 2ET PE 3.5 21.0 51.3 0.743 TL 33.50 PV 51.4 1.049 PL 24.50 PF 25.0 42.6 0.0 19.1 120 FTG 2ET PE 3.5 21.1 51.4 0.746 TL 33.50 PV 51.5 1.049 PL 24.50 PF 25.1 42.8 0.0 19.1 120 FTG 2ET PE 3.5 21.2 51.5 0.750 TL 33.50 PV 51.7 1.049 PL 24.50 PF 25.3 43.2 0.0 19.2 120 FTG 2ET PE 3.5 21.3 51.7 0.755 TL 33.50 PV 51.9 1.049 PL 24.50 PF 25.4 43.4 0.0 19.3 120 FTG 2ET PE 3.5 21.5 51.9 0.759 TL 33.50 PV (1) Calculations were performed by the HASS 7.9 computer program under license no. 38081321 granted by HRS Systems, Inc. 4792 LaVista Road Tucker, GA 30084 (2) The system has been calculated to provide an average imbalance at each node of 0.005 gpm and a maximum imbalance at any node of 0.146 gpm. (3) Total pressure at each node is used in balancing the system. Maximum water velocity is 19.9 ft/sec at pipe 13. SPRINKLER SYSTEM HYDRAULIC ANALYSIS Page 7 DATE: 5/22/2008 T:\HASS\CLINTC\TUK2.SDF JOB TITLE: (4) PIPE FITTINGS TABLE Pipe Table Name: STANDARD.PIP PAGE: A MATERIAL: S40 HWC: 120 Diameter Equivalent Fitting Lengths in Feet (in) E T L C B G A D N Ell Tee LngEll ChkV1v BfyVly GatVly AlmChk DPV1v NPTee 1.049 2.00 5.00 2.00 5.00 6.00 1.00 10.00 10.00 5.00 PAGE: B MATERIAL: THNWL HWC: 120 Diameter Equivalent Fitting Lengths in Feet (in) E T L C B G A D N Ell Tee LngEll ChkVly BfyVly GatVly AlmChk DPV1v NPTee 6.357 18.00 38.00 11.00 40.00 13.00 4.00 35.00 35.00 38.00 8.249 21.00 41.00 15.00 53.00 14.00 5.00 37.00 37.00 41.00 PAGE: D MATERIAL: DIRON HWC: 140 Diameter Equivalent Fitting Lengths in Feet (in) E T L C B G N Ell Tee LngEll ChkVly BfyVly GatVly NPTee 10.400 35.00 80.00 26.00 88.00 30.00 8.00 80.00 PAGE: F MATERIAL: Fire HWC: 120 Diameter Equivalent Fitting Lengths in Feet (in) E T L C B G A D N Ell Tee Lt -Ell Chk-VA Bfy-Va Gate -v Al-Va 2.185 7.00 14.00 4.30 16.00 6.50 1.00 13.00 16.00 0.00 4.298 15.00 29.00 9.00 32.00 17.00 3.00 25.00 41.00 0.00 SPRINKLER SYSTEM HYDRAULIC ANALYSIS Page 8 DATE: 5/22/2008 T:\HASS\CLINTC\TUK2.SDF JOB TITLE: WATER SUPPLY ANALYSIS 140.0 112.0 G A U G E 84.0 P R E 56.0 S S U R E 28.0 P s 0.0 -14.7 Fixed Source Pressure: 120.00 psi 2 I I I I 1 1 1 1 LEGEND Available pressure 120.00 psi @ 1039.9 gpm 0 Required pressure 71.59 psi @ 1039.9 gpm A. Source Supply Curve B. System Demand Curve 40(600800 1000 1200 1400 1600 1800 2000 FLOW (GPM) SPRINKLER SYSTEM HYDRAULIC ANALYSIS Page 9 DATE: 5/22/2008 T:\HASS\CLINTC\TUK2.SDF JOB TITLE: WATER SUPPLY CURVE 120*\\\\\\\\\\\\\\\\\\0\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\\ 1 I I 110+ I I I 100+ I I I 90+ I I I P 80+ R 1 E 1 S I x S 70+ U 1 R 1 E I 60+ ( I P 1 S 1 I 50+ 1 1 1 40+ I 1 1 30+ 1 1 I 20+ LEGEND I 10+ 1 1 X = Required Water Supply 71.59 psi @ 1039.9 gpm 0 = Available Water Supply 120.00 psi @ 1039.9 gpmII Ma`r'-19-200 7 11:14 MCI< I NISTRY CO. MsbyC� May 19, 2000 Plan Review Tukwila Fire Department 444 Andover Park E. Tukwila, WA F. 206 763 5407 P.01.01 FUKWILA FIRE DEPARTMENT Please call: 575.4407 and give this job No. ---iSrete and exact address for shut. down or restoration approvit c)On!l 576/ Pc' Re: Verio (Formerly Boeing 21-03), 3333 120th PI S Sprinkler Pipe Demo We have been asked by JM Consulting to cut and cap three (3) separate sprinkler supply lines to allow the demolition of a mezzanine and the old generator room at the referenced project, The roof sprinklers will remain in their entirety and building protection will not be effected. Please issue a shut down number to allow us to complete this work on Monday, May 22, 2000. Our return fax number is 206-763-5407. Please contact me Elf 206-763-5409 with questions. Thank you for your assistance. Brad Bull Project Manager Fire Protection Division 5005 3rd Ave. South • PO. Box 24567 - Seattle, WA 98124-0567 • (246) 7(52.3311 MCKIN'372N0 TOTAL P.O1 Ig 1 4 + VI ra gg ' �Jr cn 'Ii rail PRESSURE ul E1 m Cii J.l! Ili till PSI o a I g ofIf OI 1 ; Ll..1 o wW f,,1 �T N 1L 1 a I t I aq 4 IL , T: 1L 6;. ..1111'i:1� .:t.: '1.1i'14 04 1' 1 ME 1 1♦ I} IMMO__MO f ILII, ■ •- Al11 1 - -- .. . 1 I 017'4 11 _—...--__ DATE: 5-• 17-00 LL'4/11l l_4t i JAl leri►. l� r irk - ...-e- i -, J , Irrl i :.. r-- 2'4 Z. OCT (TaM flfl-1 T-Iwu BAILEY, BAILEY & LAUGHUN 2,305 SF 2,318 SF SHARED 105/110 330 SF ji• VACANT ° SUITE #105 5,690+165 SF 5,888 RSF . 1111 1111111 PROVIDENCE SUITE #100 31,094 SF 31,272 RSF FflCOY �9 1Z— c1 V •_(1) L co L•77( VA▪ CANT SUITE #180 45,753 SF 46,014 RSF MICROSOFT SUITE #160 63,902 SF 64,065 RSF pe rent roll Change to: 63,956 RSF • LF = 1.0008 Total Available Rentable = 100,349 SF FLOOR FLOOR GROSS: w 197,896 SF 0 a) cc VERTICAL PENETRATIONS: NET RENTABLE: 0 SF 197,896 SF OCTOBER 25, 2012 LOAD FACTOR = 1.0057 SCALE 1"-= 0 " 0 50 100 150 200 250 rig '— " V• ACANT • SUITE #110 4• 8,007+165 SF 48,447 RSF 167 SF— sprinkler riser/b—common F\5 ELEC. COMMON 649 SF 14 SF 235 SF BUILDING COMMON: NET USABLE: 167 SF 197,081 SF BUILDING 3 - MAIN FLOOR 400 7€'1i iTiiregatemeast A TECHNOLOGY CAMPUS 3333 South 120th. Place Tukwila, WA SABEY ARCHITECTURE 12201 TUKWILA INTERNATIONAL BLVD. SUITE 400 SEATTLE, WASHINGTON 98168 (206) 281-8700 FAX (206) 281-0920 TUKWILA FIRE DEPARTMENT Please all 206-575-4407 and give this Fire Permit No. and exact address for shut- dpwn or restoration approval. MATCH -LINE — REPLACE EXISTING ADDRESSABLE RELAY MODULE WITH NEW ADDRESSABLE MONITOR MODULE. USE SAME ADDRESS FOR MONITOR MODULE THAT WAS USED FOR RELAY MODULE. NEW MONITOR MODULE TO MONITOR BUILT—IN DUCT DETECTOR AS A SUPERVISORY CONDITION. NOTE: EXISTING CLEAN AGENT SUPPRESSION SYSTEM HAS BEEN PREVIOUSLY DECOMMISSIONED. NEW MONITOR MODULE TO MONITOR BUILT—IN DUCT DETECTOR AS A SUPERVISORY CONDITION. 1000# TANK 98f '# FILL itoiwkc4 2 5# TANK #32 218# FILL 2151# TPNK #39 0 Without Comments 1E0# FI g. As Noted in Red Per The Attached Letter These plans have been reviewed by The Tukwila Fire prevent Bureau for conformance with current City c73Pfr1'a d:s Acceptance is subject to errors and omissiehwhich do not authorize violations of adopted -i:andards and ordinances. The responsibility for the adequacy of design rests totally with the designer. additions, deletions or revisions to these drawings after chis date will void this acceptance and will require a resubmittal of revised drawings for subsequent approval. Final acceptance is subject to field test and inspection by The Tukwila Fire Prevention Bureau. Date:7+�`)^ I�- By: 31 I )jE GR/fc h,4- 40 sl A-dow' -r ). 1,ovo L r•.. 2151# TANK #38 168# FILL 1-k6 NOTICE A completed, signed, Tukwila Fire Department Pre-test Certificate must be presented to the Inspector prior to commencement of Acceptance Testing of any Fire Alarm and Detection Systems. Failure of test will result in a Re -inspection Fee and termination of the testis1. 215 28 1000# TANK #33 980# FILL SEC. OFF. 1 TANK #34 FILL CAHU-7 PREACTION ZONE 2 STAGING ,Pr TRUCKER'S TOILET vu PREACTION ZONE 2 'SECURED DELIVERY PREACTION ZONE 2 CORRIDOR IR2MI IR2MI U FM -200 ZONE 2 PREACTION ZONE 2 COLOCATE 2 ROOM HT. = 9'-0" SUB. HT. = 2'-0" IR2M1 rn 0 0 21E IR2MI Z2CP GAP2 1000# TANK #27 980# FILL IR2M \./ A MR M- r 215# TANK #30 218# FILL 2 1000# TANK #29 980# FILL Z1CP Z2CP Z3CP Z4CP MCP GAP1, GAP2 GAP3 GAP4 MGAP ZONE (1) CHEETAH CONTROL PANEL ZONE (2) CHEETAH CONTROL PANEL ZONE (3) CHEETAH CONTROL PANEL ZONE (4) CHEETAH CONTROL PANEL (MASTER) CHEETAH CONTROL PANEL ZONE (1) GRAPHIC ANNUNCIATOR PANEL ZONE (2) GRAPHIC ANNUNCIATOR PANEL ZONE (3) GRAPHIC ANNUNCIATOR PANEL ZONE (4) GRAPHIC ANNUNCIATOR PANEL MASTER GRAPHIC PANEL WHEELOCK POWER EXPANDER FIRE ALARM PULL STATION FM-200/PREACTION 1ST ALARM BELL FM-200/PREACTION 2ND ALARM HORN/STROBE STROBE WARNING LIGHT SYN3OLS LEGEND Fri I TAMPER SWITCH (PREACTION SYSTEM) C WATER FLOW SWITCH (PREACTION SYSTEM) LA LOW AIR PRESSURE SWITCH (PREACTION SYSTEM) SR SOLENOID RELEASE VALVE (PREACTION SYSTEM) FAST RESPONSE CONTACT MODULE DUAL RELAY MODULE SUPERVISED OUTPUT MODULE SOLENOID RELEASE MODULE FM -200 SYSTEM MANUAL RELEASE I RCMI ❑A FM -200 SYSTEM ABORT SWITCH DENOTES ZONE— .1 P t2 1�- P 40 CEILING PHOTOELECTRIC SMOKE SENSOR SUBFLOOR PHOTOELECTRIC SMOKE SENSOR THERMAL HEAT DETECTOR EOL J PROTECTOWIRE, ZONE AND EOL BOXES PROTECTOWIRE CONTROL PANEL PRO DET1 IFDQ WPO WP6= D)7 FM -200 SYSTEM AGENT CONTAINER FM -200 SYSTEM ROOM PIPING FM -200 SYSTEM SUBFLOOR PIPING 180' FM -200 SYSTEM DISCHARGE NOZZLE 360' FM -200 SYSTEM DISCHARGE NOZZLE IFD SYSTEM DETECTOR IFD SYSTEM TUBING IFD SYSTEM SAMPLE PORT IFD SYSTEM ALARM BELL WEATHERPROOF HORN/STROBE ALARM DEVICE WEATHERPROOF ALARM BELL DEVICE GENERAL ALARM HORN/STROBE GENERAL ALARM STROBE LIGHT MAINTENANCE SWITCH THIS DRAWING CONTAINS CONFIDENTIAL PROPRIETARY INFORMATION OF WESTFIRE COASTAL AND ALL RIGHTS ARE EXPRESSLY RESERVED. IT IS SUBMITTED UNDER A TRUST RELATIONSHIP FOR YOUR USE IN CONSIDERING THE PURCHASE OF THE EQUIPMENT DESCRIBED HEREON FROM WESTFIRE COASTAL. THIS DRAWING IS NOT TO BE USED FOR ANY OTHER PURPOSE NOR COPIED IN WHOLE OR PART NOR ITS DESIGN FEATURES USED IN OTHER PRODUCTS WITHOUT OUR WRITTEN CONSENT. IT IS TO BE RETURNED WHEN NO LONGER REQUIRED, OR UPON REQUEST. ITEM PART NUMBER QTY. DESCRIPTION 1 10-152—G 5 FIKE CHEETAH CONTROL PANEL, 120 VAC 2 10-2154—G 12 VOLT, 33 AMP HOUR BATTERIES 3 55-023 24 IUAL RELAY MODULE (R2M) 4 55-019 FAST RESPONSE CONTACT MONITOR WITH 4" PLATE 5 55-020 49 AST RESPONSE CONTACT MONITOR 6 55-022 SOLENOID RELEASE MODULE 7 55-021 16 SUPERVISED OUTPUT MODULE 8 10-2204 © CRM4 CHEETAH RELAY MODULE, DPDT 9 10-2292 © NETWORK MODULE 10 10-2203 © SUPPLEMENTAL LOOP MODULE 11 63-1021 857 PHOTOELECTRIC SMOKE SENSOR 12 63-1023 • 4 6" SENSOR BASE 13 68-1028 7 THERMAL HEAT DETECTOR 14 10-2201-1 © SUPPLEMENTAL POWER SUPPLY, 5 AMP, 120 VAC 15 10-2276 1 REMOTE DISPLAY W/BACKBOX 16 MS -2H 13 FM-200/PREACTION MANUAL RELEASE STATION 1 2151# TANK #40 175# FILL 215# TANK #28 218# FILL 0 A 650# TANK #24 / \ 100# TANK #25 535# FILL ..100 FILL wt@I FM -200 ZONE 6 PREACTION ZONE 4 VERIO UPS/BATTERY ROOM HT. = 9'-0" SUB. HT. = 2'-0" (FRCM A 5IFRCM 375# TANK 225# FILL MR 3 FM -200 ZONE 5 PREACTION ZONE 4 DATA CENTER ROOM HT. = 10'-6" SUB. HT. = 2'-0" 375# TANK #26 52# FILL 4 CAHU PREACTION ZONE 4 N.O.C. / FM -200 ZONE 7 PREACTION ZONE 2 CUSTOMER UPS/BATTERY ROOM HT. = 9'-0" SUB. HT. = 2'-0" 1000# TANK #3 \ / 720# FILL 215# TANK #36 160# FILL SALES OFF. 0 A PREACTION ZONE 2 CUSTOMER STORAGE L kCMI SPRINKLER RISER ROOM PREACTION ZONE 2 VERIO STORAGE IFRCM T P -RCM T ARCM T pRch4VF[FRCM F rIRCM WF jFRCM LA IFRCM LA IFRCM LA I SRM SR I SRM SR I SRM SR gao slam ROC Z‘"" ZN0 Z ZM0 Z'- Cop OZ 0Z 0Z <N WN WNN WPO w,=5' F V PREACTION ZONE 2 ELECTRICAL ROOM PREACTION ZONE 4 CUSTOMER VIEW WOMEN PREACTION ZONE 4 JANITOR ROOM A IMR FM -200 ZONE 4 PREACTION ZONE 4 VERIO NETWORK AREA ROOM HT. = 10'-6" SUB. HT. = 2'-0" IFRCM A SALES OFF. PREACTION ZONE 4 CORRIDOR 0 650# TANK #22 535# FILL CAHU-19 SRM 1 /\ L R2M HU -20 PREACTION ZONE 4 CONF. 1 I � i RCMI RTU -5 0 RTU -2 CMI SUPPLY PREACTION ZONE 4 SECURITY EQUIP. REACTION ZONE VESTIBULE1 U 700 ZO\E EACTION 70 TIAL EQ.,I A zoo- �, Z \F A\D 7o\ VE\T LAYOJT 0 SCALE: 3/32" = 1'-0" a 0 0 w w PREACTION ZONE 4 SECURITY OFFICE 2 PREACTION ZONE 4 OFFICE PREACTION ZONE 4 PREACTION ZONE 4 BREAK AREA R2M x U 100# TANK #23 100# FILL PREACTION ZONE 4 CONF. 2 PREACTION ZONE 4 OFFICE PREACTION ZONE 4 OFFICE PREACTION ZONE 4 OFFICE PREACTION ZONE 4 OFFICE PREACTION ZONE 4 OFFICE SH0.1 PREACTION ZONE VESTIBULE2 SH0.2 MEN 2 WOMEN 2 )2' X ATCH-LINE \E5A\D 4 70\E 6 17 10-1639 13 FM-200/PREACTION SYSTEM ABORT SWITCH 18 MS -2 4 FIRE ALARM PULL STATION 19 20-110 37 FM-200/PREACTION 1ST ALARM BELL 20 20-098 37 FM-200/PREACTION 2ND ALARM HORN/STROBE ALARM 21 20-091A 13 FM-200/PREACTION DISCHARGE STROBE LIGHT 22 20-098 57 GENERAL ALARM HORN/STROBE 23 20-091—SA 4 GENERAL ALARM STROBE LIGHT 24 20-091A 1 EXTERIOR STROBE LIGHT W/WEATHERPROOF BACKBOX 25 20-110 1 EXTERIOR ALARM BELL W/WEATHERPROOF BACKBOX 26 20-109 6 SYNCHRONIZED MODULE 27 PS -12/24-8 2 WHEELOCK POWERPATH POWER EXPANDER 120 VAC 28 4 12 VOLT/AMP HOUR BATTERIES FOR POWER EXPANDER 29 10-112 4 GRAPHIC ANNUNCIATOR PANEL, 18"x18" DISPLAY 30 10-114 1 GRAPHIC ANNUNCIATOR PANEL, 31"x31" DISPLAY 31 PHSC-155—EPC 1LOT PROTECTOWIRE LINE HEAT DETECTOR 1557 32 SR -502 52 STRAIN RELIEF CONNECTOR 33 ELR — 4A 26 END OF LINE BOX 34 ZB-4—QC—MP 26 ZONE BOX 35 FS 2004 1 FS 2000 PROTECTOWIRE PANEL, 120 VAC W/BATTERIES 36 70-090 5 1000# FM -200 AGENT CONTAINER W/ARM,LLI (817# FILL) 37 70-086 2 375# FM -200 AGENT CONTAINER W/ARM,LLI (356# FILL) 38 70-083 1 650# FM -200 AGENT CONTAINER W/ARM,LLI (591# FILL) 39 70-041 1 1251# FM -200 AGENT CONTAINER W/ARM,LLI (106# FILL) 40 70-077 1 215i# FM -200 AGENT CONTAINER W/ARM,LLI (153# FILL) 41 70-077 1 2151# FM -200 AGENT CONTAINER W/ARM,LLI (223# FILL) 42 70-090 4 1000# FM -200 AGENT CONTAINER W/ARM,LLI (787# FILL) 43 70-086 3 375# FM -200 AGENT CONTAINER W/ARM,LLI (267# FILL) 44 70-041 1 1251# FM -200 AGENT CONTAINER W/ARM,LLI (120# FILL) 45 70-077 1 2151# FM -200 AGENT CONTAINER W/ARM,LLI (128# FILL) 46 70-041 1 125i# FM -200 AGENT CONTAINER W/ARM,LLI (125# FILL) 47 70-083 2 650# FM -200 AGENT CONTAINER W/ARM,LLI (535# FILL) 48 70-088 2 100# FM -200 AGENT CONTAINER W/ARM,LLI (100# FILL) 49 70-086 1 375# FM -200 AGENT CONTAINER W/ARM,LLI (352# FILL) 50 70-090 4 1000# FM -200 AGENT CONTAINER W/ARM,LLI (827# FILL) 51 70-087 4 215# FM -200 AGENT CONTAINER W/ARM,LLI (215# FILL) 52 70-090 1 1000# FM -200 AGENT CONTAINER W/ARM,LLI (720# FILL) 53 70-087 1 215# FM -200 AGENT CONTAINER W/ARM,LLI (160# FILL) 54 70-086 1 375# FM -200 AGENT CONTAINER W/ARM,LLI (225# FILL) 55 80-066 55 2.0" x 180' ENGINEERED FM -200 DISCHARGE NOZZLE 56 80-057 6 1.5" x 360' ENGINEERED FM -200 DISCHARGE NOZZLE 57 80-065 5 1.5" x 180' ENGINEERED FM -200 DISCHARGE NOZZLE 58 80-064 12 1.25" x 180' ENGINEERED FM -200 DISCHARGE NOZZLE 59 80-054 2 .75" x 360' ENGINEERED FM -200 DISCHARGE NOZZLE 60 80-063 2 1.0" x 180' ENGINEERED FM -200 DISCHARGE NOZZLE 61 80-062 4 .75" x 180' ENGINEERED FM -200 DISCHARGE NOZZLE 62 80-061 52 .5" x 180' ENGINEERED FM -200 DISCHARGE NOZZLE 63 M-100 4 KEYED MAINTENANCE SWITCH 64 70-077 1 65 70-077 1 66 70-077 1 67 68-023 1 2151# FM -200 AGENT CONTAINER W/ARM,LLI (168# FILL) 2151# FM -200 AGENT CONTAINER W/ARM,LLI (150# FILL) 2151# FM -200 AGENT CONTAINER W/ARM,LLI (175# FILL) HIGH LEVEL INTERFACE 68 2 12 VOLT 65 AMP HOUR BATTERIES, WITH ENCLOSURE NO. DATE BY REVISION 1 07-13-00 SR REFERENCE DRAWING 2 09-25-00 SR ROOM AND VOLUME CHANGES 3 02-08-01 LK AS-BUILTS 4 7/16/12 KB REVISED HVAC MONITORING WESTFIRE COASTAL 3710 AIRPORT WAY SOUTH SEATTLE, WASHINGTON 98134 PHONE #: (206) 381-3090 PAID 2012 TUKWILA FIRE VERIO PREMIER DATA CENTER 3333 120TH PLACE SOUTH — TUKWILA FACILITY TUKWILA, WASHINGTON 98168 FIRE SUPPRESSION SYSTEMS EQUIPMENT LAYOUT DWG BY: GC DATE: 7-13-00 SHEET 5 0F26 MATCH -LINE 2-96 2-95 2-94 2-93 2-92 2-91 (21 (2 (2 (21 (2 (2 2"P 2''P 2''P 2''P 2''P 2''P 2-97 (2 2"P 2-100 11 (2 (2" 2 P 2 P 2-98 2-75 (2 (2 2''P 2"13 2-78 (2 2"P 2-99 2-74 2-73 (21 (21 2''P 2''P 2-101 (21 2''P 2-104 (21 2"P 2-102 (21 2''P 2-103 (2 2"P 2-105 2-108 (21 (21 2 'P 2P 2-55 (21 2"P 2-54 (21 2"P 2-56 (21 2 '' P 2-53 (21 2''P 2-77 2-78 (21 (21 2-/P 2''P 2-72 (21 2''P 2-57 (21 2"P 2-71 (21 2''P 2-58 (21 2`'P 2-43 2-42 (21 (21 2''P 2"P 2-51 2-52 2-44 2-29 (21 (21 (2 (21 2"13 2''P 2''P 2''P 2-108 2-107 2-47 (2 (21 (21 2''P 2''P 2''P 2-109 (21 2`'P 2-46 (21 2"P 2-45 (21 2"P 2-28 (21 2''P 2-110 2-48 2-13 2-14 2-15 (21 (21 (2 (21 (21 2''P 2"P 2''P 2''P 2"P 2-112 2-111 (2 2"P 2''P 2-50 (21 2`'P 2-49 2-09 2-08 2-07 (21 (21 (21 2''P 2''P 2"P 2-10 (21 2"P 4-46 2-11 (21 2''P 21 " P4-49 2-12 (21 2''P SEC. OFF. 1 PREACTION ZONE 2 STAGING TRUCKER'S TOILET PREAC11ON ZONE 2 SECURED DELIVERY PREACTION ZONE 2 CORRIDOR 2-90 (2 2''P 4-42 0 2-79 (21 2`'P 2-70 (21 2''P 1211 2-89 (21 2 P 2-80 (21 2''P 2-69 (2 2"P 4-43 2-59 ❑UI 2-60 l1 2 ' P 2(" P FM -200 ZONE 2 PREACTION ZONE 2 COLOCATE 2 2-41 2-40 (21 (2 2-"P 2''P 2-30 2-31 4-44 2 'P ❑r:Y�TI 2'P 2-27 (2 2''P 2-16 (21 2`'P 4-45 0 2-26 (21 2"P 2-17 (21 2''P 2-06 2-05 2-•P 2-• P 4-62®x' 14-61 2-88 (2 2''P 2-81 (21 2''P 2-68 (21 2''P 2-61 (2 2"P 2-39 (21 2''P 2-32 (21 2''P 2-87 (2 2''P 2-82 (2 2 P 2-67 (2 2`'P 2-62 (21 2`'P 2-38 (21 2''P 2-33 (21 2 P 2-25 2-24 (21 (21 2"P 2"P 2-18 2-19 (21 (21 2''P 2`'P 2-04 2 -' P 4-48 2-03 22 P 4-6 ('1 ►-14-68 2-86 4-42 (2 = 2 P 2-83 (2 2''P 2-66 (2 2"P 2-83 (21 2''P 2-37 (21 2"P 2-34 (21 2"P 2-23 (21 2''P 2-20 (21 2 P 2-02 4-51 2 -' P 2-85 (2 2''P 4-5 2-84 (2 2"P 2-65 (21 2"P 4-6 2-64 (214- 2 P - 2''P 2-36 (21 2-'P 2-35 (21 2 P 2-22 (21 2''P 2-21 (21 2"P 2-011 2(- E- REPLACE EXISTING ADDRESSABLE RELAY MODULE WITH NEW ADDRESSABLE MONITOR MODULE. USE SAME ADDRESS FOR MONITOR MODULE THAT WAS USED FOR RELAY MODULE. NEW MONITOR MODULE TO MONITOR BUILT-IN DUCT DETECTOR AS A SUPERVISORY CONDITION. NOTE: EXISTING CLEAN AGENT SUPPRESSION SYSTEM HAS BEEN PREVIOUSLY DECOMMISSIONED. NEW MONITOR MODULE TO MONITOR BUILT-IN DUCT DETECTOR AS A SUPERVISORY CONDITION. 1-64 (21 (21 4"P 4`'P -32 1-51 1-52 1-47 1-63 (2 (21 (21 4''P 4''P 4"P 4-17 (21 6' 'P 4-22 4-18 (21 6 P 4-14 (2 6"P 4-13 (2 6"P 4-10 (21 6''P 4-09 (2 6 P FM -200 ZONE 6 PREACTION ZONE 2 CUSTOMER 4-1�PS/BATTERY4-08 (21 (21 6''P 6''P 4-12 (2 6''P 4-25 PREACTION ZONE 2 CUSTOMER STORAGE 4-07 (21 6"P 4-04 (21 6 P 4-05 (2 6''P 4-03 (21 6''P -76 J 1-61 (21 5`..P FM -200 ZONE 6 PREAC11ON ZONE 4 VERIO UPS/BATTERY (2160 5''P 1-65 1-62 1-50 (21 (21 (21 4"113 4`'P 4''P 1-53 (21 4"P FM -200 ZONE 5 1 PREACTION ZONE 4 DATA CENTER 1(256 4"13 1-73 1-80 1-57 (2 4"13 1-84 (21 2-68 4-,P <212-66 4-02 (21 6 P 4-014-06 4-23 6'P ,, 6'P 4-28 4-27® DEI -81 2 2-71 (21 2 P 2-72 (21 2 P PREAC11ON ZONE 2 VERIO STORAGE 2-70 (2 (29 2`'P 2''P 2-80 2"P FV SU 2-79 (2\ 2 P 2-78 (21 2"P 2-73 2 " P 2-47 (j\ 2 ' R - X2;6 2`'P PREAC11ON ZONE 2 ELECTRICAL ROOM 2-77 2''P (21 2"F 2-63 (21 4"13 (217 4 P 2-64 (21 4 P PREAC11ON ZONE 4 N.O.C. 2-62 2-61 (2 (2 4_'P 4''P CUSTOMER VIEW PREAC11ON ZONE 4 (2' SALES OFF. 2-49 (2\ 4''p 4"P 4 PREAC110N ZONE 4 2-48 CORRIDOR -1 (21 (2� 4"P 4"P MEN WOMEN ELECTRICAL 221 2-46 ROOM 2 2 4"P PREACTION ZONE 4 (212-44 2-65 (21 4-"P 2-60 4`'P SALES OFF. 2-53 4--"P 1-46 (2 4"P 1-49 (21 4 P 1- 0 1-45 1-42 (21 (21 4''P 4"P FM -200 ZONE 4 PREACTION ZONE 4 VERIO NETWORK AREA 1-44 (21 4 P r 1 1-43 (2 4 P 1-41 (21 4"P 1-40 (21 4 P 1-38 (21 4--"P 1-39 (21 4"P 1-37 (21 4 P 1-36 (2 4"P 1-34 (21 4 P 1-35 (21 4"P 1-31 I.1 2-59 (2 4"P 2-58 (21 4"P 2-57 (2 4 P 2-56 4 P 2-55 4''P PREAC110N ZONE 4 2-01 CONF. 1 2-02 4''P 4''P PREACTION ZONE 4 VESTIBULE1 -200 Z0\E 2, Z0\i 4, Z EACTIO\ Z0\E 2 A\D ZO 3FL00 DETECT0 LAYC 0\E 5 A\ \E 4 UT SCALE: 3/32" = 1'-0" J RR PREAC11ON ZONE 4 SECURITY OFFICE 2 2-4(211 4"P 2-10 (21 4 P 3-11 (2 4 P 2-20 (21 4 " P 2-21 r -r2 2-30 4"P 2-31 (21 4 P 2-09 (21 4"P 2-12 (21 4 P PREACTION ZONE 4 OFFICE 2-03 (21 4''P PREACTION ZONE 4 2(2" 4''P PREAC11ON ZONE 4 SECURITY EQUIP. (2� 4 P 2( 1 4 P 2-22( 2 4`'P 2(29 2 4-P 2-32 (21 4 P 2-08 (21 4"P 2-13 (21 4"P 2-18 (21 4''P 2-23( 2 4"P 2-28 4-P 2-33 4 " P 2(238 4`'P (2 37 4 P 2-35 4"P PREAC11ON ZONE 4 BREAK AREA PREACTION ZONE 4 2-04 CONF. 2 2-05 (2` (21 4''P 4''P 2-07 (21 4"P 2-14 (21 4"P 2-17 (21 4 P 2-24( 2 4 P 2-27( 2 4 P 2- 23�4 4"P 2-06 (21 4`.P OFFICE 2� 5 4 P OFFICE 2-16 (2 4"P OFFICE 222.15 4 P OFFICE 2( 6 2 4`'P OFFICE SH0.1 SH0.2 VESI1BULE2 1 PREACTION ZONE 4 MEN 2 WOMEN 2 THIS DRAWING CONTAINS CONFIDENTIAL PROPRIETARY INFORMATION OF WESTFIRE AND ALL RIGHTS ARE EXPRESSLY RESERVED. IT IS SUBMITTED UNDER A TRUST RELATIONSHIP FOR YOUR USE IN CONSIDERING THE PURCHASE OF THE EQUIPMENT DESCRIBED HEREON FROM WESTCOASTFIRE. THIS DRAWING IS NOT TO BE USED FOR ANY OTHER PURPOSE NOR COPIED IN WHOLE OR PART NOR ITS DESIGN FEATURES USED IN OTHER PRODUCTS WITHOUT OUR WRITTEN CONSENT. IT IS TO BE RETURNED WHEN NO LONGER REQUIRED, OR UPON REQUEST. MATCH -LINE ZO\E 6 B=1. SOM 1-70 PRE-DIISCHARGE H S SOM 1-73 DISCHARGE - N SOM 1-80 DISCHARGE- DATA SOM 1-81 PRE -DISCHARGE HI'S SOM 1-90 PRE -DISCHARGE UPS H/S SOM 1-91 UPS BELL SOM 4-22 PRE -DISCHARGE SOM 4-23 RELEASE SOM 4-48 PRE -DISCHARGE SOM 4-49 RELEASE RAISED FLOOR 4-0 BOX CONDUIT 11"1."1711111111 UPRIGHT MOUNT HIGH As •....,` POSSIBLE ),4'. -' HORIZONTAL MOUNT (OPTIONAL) FLEXIBLE CONDUIT TRUE FLOOR J -BOX TYPICAL SUBFLOOR MOUNTED DETECTOR DETAIL NO. DATE BY REVISION 1 07-13-00 SR REFERENCE DRAWING 2 09-26-00 SR ROOM AND VOLUME CHANGES 3 02-01-01 LK AS-BUILTS 4 7/16/12 KB REVISED HVAC MONITORING WESTFIRE COASTAL 3710 AIRPORT WAY SOUTH SEATTLE, WASHINGTON 98134 PHONE #: (206) 381-3090 VERIO PREMIER DATA CENTER 3333 120TH PLACE SOUTH - TUKWILA FACILITY TUKWILA, WASHINGTON 90168 FIRE SUPPRESSION SYSTEMS SUBFLOOR DETECTOR LAYOUT EN.R/MA DWGG BY: GC SCALE:AS NOTED DATE: 7-13-00 DWG NOQ1 3WC00 SHEET 7 0F2 6 BATTERY CALCULATIONS STANDBY CURRENT ALARM CURRENT 1. CSC 2. SLM 3. CRM4 4. COMMUNICAITON LOOP 5. AUXILIARY POWER 6. NOTIFICATION CIRCUITS TOTALS 0.25000 A 0.07500 A 0.00000 A 0.12645 A 0.02159 A 0.00000 A 0.47304 A 0.25000 A 0.07500 A 0.01000 A 0.12645 A 0.02159 A 2.17000 A 2.65304 A ADDRESSABLE DEVICE CURRENT COMM LOOP AUX POWER FRCM SOM SRM DETECTOR R2M TOTALS (13 EA) 0.00598 A EA) 0.00192 A (3 ARM) 0.00081 A (229 EA.) 0.11450 A (6 EA) 0.00324 A N/A 0.00318 A 0.03000 A N/A 0.00000 A 0.12645 A 0.02159 A NOTIFICAITON MODEL BELL HORN/STROBE STROBE TOTALS QTY CURRENT (10 0.030 A 10 EA) 0.148 A (6 EA) 0.065 A TOTAL 0.300 A 1.480 A 0.390 A 2.170 A HOURS STANDBY MINUTES ALARM 024 HOURS 005 MINUTES BATTERY DERATING STANDBY CAPACITY ALARM CAPACITY 010 11.353 AMP HOURS 0.2200 AMP HOURS MINIMUM BATTERY SIZE BATTERY PROVIDED 12.73 AMP HOUR 33.0 AMP HOUR DATATRAX TRBL, ALARM, PRE -DISCHARGE TO MASTER PROGRAMMABLE RELAY CIRCUITS CONTROL PANEL NETWORK MODULE ZONES 2 8c 6 FM- 200 SYSTEM GRAPHIC PANEL CHEETAH CONTROL PANEL 0000000000 P42 NM -POWER LIMITED CRM -4 RELAY MODULE (P/N 10-2204) O I0000000000l P41 $ 0000000000 2A FUSE FROM FM -200 ZONES 4 & 5 CONTROL PANEL NETWORK MODULE 2A FUSE P4 485 4850+ RESO RES® AUX® AUX® AUX® AUX® P5 P6 - -0 FM -200 ZONE 2/PREAC11ON ZONE 2 PHOTOELECTRIC SMOKE DETECTORS (TYPICAL OF 99 CEILING DETECTORS) REPLACE EXISTING ADDRESSABLE RELAY MODULE WITH NEW ADDRESSABLE MONITOR MODULE. USE SAME ADDRESS FOR MONITOR MODULE THAT WAS USED FOR RELAY MODULE. NEW MONITOR MODULE TO MONITOR BUILT-IN DUCT DETECTOR AS A SUPERVISORY CONDITION. NOTE: EXISTING CLEAN AGENT SUPPRESSION SYSTEM HAS BEEN PREVIOUSLY DECOMMISSIONED. NEW MONITOR MODULE TO MONITOR BUILT-IN DUCT DETECTOR AS A SUPERVISORY CONDITION. FM -200 ZONE 6/PREAC11ON ZONE 2 PHOTOELECTRIC SMOKE DETECTORS (TYPICAL OF 18 CEILING DETECTORS) 'T0'3 >1001 '1'0'3 >1001 0••000 pN 1 N 2N Fes,{ Z Z �o - o o 0 F- 0 I- Q < Ct _ WO: U V) U V) 0)0 .-0 0 I- U I- < < X Ce U V) U (I) THIS DRAWING CONTAINS CONFIDENTIAL PROPRIETARY INFORMATION OF WESTFIRE COASTAL AND ALL RIGHTS ARE EXPRESSLY RESERVED. IT IS SUBMITTED UNDER A TRUST RELATIONSHIP FOR YOUR USE IN CONSIDERING THE PURCHASE OF THE EQUIPMENT DESCRIBED HEREON FROM WESTFIRE COASTAL. THIS DRAWING IS NOT TO BE USED FOR ANY OTHER PURPOSE NOR COPIED IN WHOLE OR PART NOR ITS DESIGN FEATURES USED IN OTHER PRODUCTS WITHOUT OUR WRITTEN CONSENT. IT IS TO BE RETURNED WHEN NO LONGER REQUIRED, OR UPON REQUEST. WIRING BY INSTALLATION CONTRACTOR WIRING BY OTHERS FM -200 ZONE 6/PREACTION ZONE 2 PHOTOELECTRIC SMOKE DETECTORS (TYPICAL OF 18 SUBFLOOR DETECTORS) DUEL RELAY MODULE (P/N 55-023) DUEL RELAY MODULE (P/N 55-023) DUEL RELAY MODULE (P/N 55-023) 0••00((0 = V = NZ M �� Z DUEL RELAY MODULE (P/N 55-023) 2.7K E.O.L. 2.7K E.O.L. +24VDC Protection Systems DATA LOOPS TWISTED PAIR DATA LOOPS TWISTED PAIR FM -200 ZONE 2 PREAC11ON ZONE 2 MANUAL RELEASE STATION (TYP. OF 4) (1 PER FRCM) FM -200 ZONE 2 PREACTION ZONE 2 ABORT SWITCH (TYP. OF 4) (1 PER FRCM) FM -200 ZONE 2 PREAC11ON ZONE 2 1ST ALARM BELL (TYPICAL OF 8) 0 n 0 0 z m-1> 0Ci0 rN73 10K E.O.L. OPRE-ALARM WARNING OFIRE ALARM O SUPERVISORY O TROUBLE RESET SILENCE OAC POWER OALARM SILENCE ()SUPERVISORY SILENCE O TROUBLE SILENCE ABCD P1 F1 24V 24V BAT BAT 7.5A FUSE EFGH 2 QRST 5 +0 FM -200 ZONE 2/PREAC11ON +0 ZONE 2 DISCHARGE STROBE P8 ® (TYP. OF 5) - -:Inah UVWX 6 SSA FUSE r01 24V BATT +24VDC FM -200 ZONE 2 PREAC11ON ZONE 2 2ND ALARM HORN STROBE (TYPICAL OF 8) +0 0 t7 C SOB • : G SOD• • Q • v)SOB • O eto EINE Z SOB • ■C Z Q • O) - • M • SHH • esi-M SOB • - Y � SOB • ■ O Y � SDH • ■ a -• a L • Q +• • ®413 ■ EOM • N SOB • ■ M 1 OK E.O.L. 1 OK E.O.L. FM -200 ZONE 6 PREAC11ON ZONE 2 1ST ALARM BELL (TYPICAL OF 2) 10K E.O.L. FM -200 ZONE 6 PREACTION ZONE 2 2ND ALARM HORN/STROBE (TYPICAL OF 2) (BLACK) (RED) (RED) (RED) RESET SWITCH LOCATED BELOW SYSTEM DISPLAY. SECONDARY X -FORMER 120VAC (P/N 02-3936) PRIMARY 0 0 0 0 0 0 0 0 0 0 0 0 FM -200 ZONE 6 PREACTION ZONE 2 MANUAL RELEASE STATION (TYP. OF 1) FM -200 ZONE 6 PREAC11ON ZONE 2 ABORT SWITCH (TYP. OF 1) o� m mn Pr- m C) 0 -1 -1> 0>w o 10K E.O.L. 10K E.O.L. 2.7K E.O.L. (GREEN) (TYPICAL OF 11 ON LOOP 3) GROUND TO CABINET STAND-OFF z 5 a w Vl N U FAST RESPONSE CONTACT MONITOR MODULE (P/N 55-020) z z w yU 844 H N N FAST RESPONSE CONTACT MONITOR MODULE (P/N 55-020> SOLENOID RELEASING MODULE (P/N 55-022) FAST RESPONSE CONTACT MONITOR MODULE (P/N 55-020) FAST RESPONSE CONTACT MONITOR MODULE (P/N 55-020) + N N N SUPERVISED OUTPUT MODULE (P/N 55-021) HN G SUPERVISED POWER INPUT 120VAC L 2A 208/240VAC a 2A 50/60 HZ (BLACK) (YELLOW) 12V/33 AH BATTERY 12V/33 AH BATTERY SUPERVISED BATTERIES (2) 24VDC @ 12V-33 AH MAX. CHARGE CURRENT 3A MAX. DISCH. CURRENT 15A NO. DATE BY REVISION 9 )DISARM 10-02-00 SR REFERENCE DRAWING 2 02-08-01 LK AS BUILTS WESTFIRE COASTA VERIO PREMIER DATA CENTER 3333 120TH PLACE SOUTH - TUKWILA FACILITY TUKWILA, WASHINGTON 90168 3 7/16/12 KB REVISED HVAC MONITORING MAINTENANCE SWITCH 3710 AIRPORT WAY SOUTH SEATTLE, WASHINGTON 98134 PHONE #: (206) 381-3090 FIRE SUPPRESSION SYSTEMS FM -200 ZONES 2 Bc 6 ELECTRICAL DIAGRAM ENG. BY: SR SCALE: NTS DWG BY: GC DATE: 10-02-00 022WC00 DWG NO: SHEET 8 OF26 BATTERY CALCU :T •i STANDBY CURRENT ALARM CURRENT 1. CSC 2. SLM 3. CRM4 4. COMMUNICAITON LOOP 5. AUXILIARY POWER 6. NOTIFICATION CIRCUITS TOTALS 0.25000 A 0.07500 A 0.00000 A 0.03910 A 0.02318 A 0.00000 A 0.38728 A 0.25000 A 0.07500 A 0.01000 A 0.03910 A 0.02318 A 1.50600 A 1.90328 A ADDRESSABLE DEVICE CURRENT COMM LOOP AUX POWER FRCM11 EA) 0.00506 A N/A SOM (6 EA) 0.00192 A 0.00318 A SRM (2 ARM) 0.00054 A 0.02000 A DETECTOR (61 EA.) 0.03050 A N/A R2M (2 EA) 0.00108 A 0.00000 A TOTALS HOURS STANDBY MINUTES ALARM 024 HOURS 005 MINUTES DATATRAX TRBL, ALARM, PRE -DISCHARGE PROGRAMMABLE RELAY CIRCUITS TO FM -200 ZONES 2 & 6 CONTROL PANEL NETWORK MODULE 0.03910 A 0.02318 A NOTIFICAITON MODEL BELL HORN/STROBE STROBE TOTALS QTY CURRENT (7 EA) 0.030 A (7 EA0.148 A 4 EA) 0.065 A TOTAL 0.210 A 1.036 A 0.260 A 1.506 A BATTERY DERATING STANDBY CAPACITY ALARM CAPACITY 010 9.295 AMP HOURS 0.1603 AMP HOURS MINIMUM BATTERY SIZE BATTERY PROVIDED 10.40 AMP HOUR 17.0 AMP HOUR FM -200 ZONE 4/PREACTION ZONE 4 PHOTOELECTRIC SMOKE DETECTORS (TYPICAL OF 27 CEILING DETECTORS) REPLACE EXISTING ADDRESSABLE RELAY MODULE WITH NEW ADDRESSABLE MONITOR MODULE. USE SAME ADDRESS FOR MONITOR MODULE THAT WAS USED FOR RELAY MODULE. NEW MONITOR MODULE TO MONITOR BUILT-IN DUCT DETECTOR AS A SUPERVISORY CONDITION. NOTE: EXISTING CLEAN AGENT SUPPRESSION SYSTEM HAS BEEN PREVIOUSLY DECOMMISSIONED. NEW MONITOR MODULE TO MONITOR BUILT-IN DUCT DETECTOR AS A SUPERVISORY CONDITION. FM -200 ZONE 5/PREACTION ZONE 4 PHOTOELECTRIC SMOKE DETECTORS (TYPICAL OF 6 CEILING DETECTORS) p N p 0 I- 0 I- D < D: S O_ 0 (/) 0 (/) THIS DRAWING CONTAINS CONFIDENTIAL PROPRIETARY INFORMATION OF WESTFIRE COASTAL AND ALL RIGHTS ARE EXPRESSLY RESERVED. IT IS SUBMITTED UNDER A TRUST RELATIONSHIP FOR YOUR USE IN CONSIDERING THE PURCHASE OF THE EQUIPMENT DESCRIBED HEREON FROM WESTFIRE COASTAL. THIS DRAWING IS NOT TO BE USED FOR ANY OTHER PURPOSE NOR COPIED IN WHOLE OR PART NOR ITS DESIGN FEATURES USED IN OTHER PRODUCTS WITHOUT OUR WRITTEN CONSENT. IT IS TO BE RETURNED WHEN NO LONGER REQUIRED, OR UPON REQUEST. g§gllY WIRING BY INSTALLATION CONTRACTOR WIRING BY OTHERS FM -200 ZONE 5/PREACTION ZONE 4 PHOTOELECTRIC SMOKE DETECTORS (TYPICAL OF 3 SUBFLOOR DETECTORS) DUEL RELAY MODULE (P/N 55-023) ZONES 4 , 5 & 6 FM -200 SYSTEIV GRAPHIC PANEL CHEETAH CONTROL PANEL F' f'ir dg F' `LTir �Y "D I �l AY 2ND CRFIAY 3N0 I kI1.A 4a P42 NONPOWER LIMITED CRM -4 RELAY MODULE (P/N 10-2204) 100000000001 P41 P1 ®24V 024V GHAT -BAT V�D GE FI 7,5A FUSE 15A FUSE F2 G D IJ IJ GGNDD 24V BATT 000000000 000000000 FROM FM -200 ZONE 3 CONTROL PANEL NETWORK MODULE F3 F5 F4 2A FUSE 2A FUSE 2A FUSE P4 4850 4850+ IPSO RES® AUX® Aux® AUX® AUX®- P5 P6 --O za 0 + FP.0 V-1 ++ �- �(U Ca 0 of +0 J ++0 P7 FM -200 ZONE 4 PREACTION ZONE 4 2ND ALARM HORN/STROBE (TYPICAL OF 6) 2.7K E.O.L. -rvvh- +24VDC +24VDC DATA LOOPS TWISTED PAIR FM -200 ZONE 4 PREACTION ZONE 4 ABORT SWITCH (TYP. OF 3) (1 PER FRCM) DATA LOOPS TWISTED PAIR O PRE -ALARM WARNING O FIRE ALARM 0 SUPERVISORY 0 TROUBLE RESET SIL OAC POWER OALARM SILENCE O SUPERVISORY SILENCE 0 TROUBLE SILENCE STEP aim zz° -O o +0 aJ ++0 •Zr- -0 o a -O c� o +0 J ++Q P8 - -Q - ' +o © COM + +C7 EFGH 2 QRST 5 IJKL 3 UVWX 6 SW1 mN W W -, AUDIBLE CIRCUITS FM -200 ZONE 4 PREACTION ZONE 4 MANUAL RELEASE STATION (TYP. OF 3) (1 PER FRCM) m>m o -Io) rcnm FM -200 ZONE 4 PREAC11ON ZONE 4 1ST ALARM BELL (TYPICAL OF 6) O 0 o O z mW O 00 100K E.O.L. 10K E.O.L. 10K E.O.L. z _= +0-- O SQBO N sac) 0 LLQ +O _ +O - 0 5 SOBA SOBA Q +0 FM -200 ZONE 5 PREAC11ON ZONE 4 MANUAL RELEASE STATION (TYP. OF 1) FM -200 ZONE 6 PREACTION ZONE 4 1ST ALARM BELL (TYPICAL OF 1) FM -200 ZONE 5 PREAC110N ZONE 4 ABORT SWITCH (TYP. OF 1) O(7 00 z m -Ico o0o FM -200 ZONE 4/PREACTION ZONE 4 DISCHARGE STROBE (TYP. OF 4) SOHO i SOHO 1 2.7K E.O.L. +0 + +Q P9 (BLACK) (RED) FM -200 ZONE 5 DISCHARGE STROBE (TYP. OF 1) +24VDC RESET SWITCH LOCATED BELOW SYSTEM DISPLAY. N z z (RED) (RED) SECONDARY X -FORMER 120VAC (P/N 02-3936) PRIMARY (GREEN) (TYPICAL OF 9 ON LOOP 3) GROUND TO CABINET STAND-OFF 0000 z a ao y U O O 4 4 VVII y H FAST RESPONSE CONTACT MONITOR MODULE (P/N 55-020) bebobo a40 y y N FAST RESPONSE CONTACT MONITOR MODULE (P/N 55-020) 000000 00 IS' N N N SUPERVISED OUTPUT MODULE (P/N 55-021) SOLENOID RELEASING MODULE (P/N 55-022) SOLENOID RELEASING NODULE (P/N 55-022) 000000 y y N FAST RESPONSE CONTACT MONIT0f2 MODULE (P/N 55-020) 000000 8 0N 044 FAST RESPONSE CONTACT MONITOR MODULE (P/N 55-020) FM -200 ZONE 5 PREACTION ZONE 4 2ND ALARM HORN/STROBE (TYPICAL OF 1) 10K E.O.L. 10K E.O.L. -,Nw- v 0-0000 0044 >>''r N N N N SUPERVISED OUTPUT NODULE (P/N 55-021) 0044 8"86 0 SUPERVISED POWER INPUT 120VAC B 2A 208/240VAC e 2A 50/60 HZ (BLACK) (YELLOW) 12V/17AH BATTERY 12V/17AH BATTERY 0 0 ARN gOISARM SUPERVISED BATTERIES (2) 24VDC @ 12V-33 AH MAX. CHARGE CURRENT 3A MAX. DISCH, CURRENT 15A MAINTENANCE SWITCH NO. 1 2 3 DATE 10-02-00 02-08-01 7/16/12 BY SR SR KB REVISION REFERENCE DRAWING AS-BUILTS REVISED HVAC MONITORING 000000 44E > > * N N N N SUPERVISED OUTPUT MODULE (P/N 55-021) a0y4 0000 �oC WESTFIRE COASTAL 3710 AIRPORT WAY SOUTH SEATTLE, WASHINGTON 98134 PHONE #: (206) 381-3090 80-00660 >>w* Al N N N SUPERVISED OUTPUT NGDULE (P/N 55-021) 8686 NO. H VI N y 0000 VERIO PREMIER DATA CENTER 3333 120TH PLACE SOUTH - TUKWILA FACILITY TUKWILA, WASHINGTON 90168 FIRE SUPPRESSION SYSTEMS FM -200 ZONES 4,5,6 ELECTRICAL DIAGRAM ENG. BY: SR SCALE: NTS 024WC00 DWG BY: GC DATE: 10-02-00 DWG NO: SHEET20 OF26 FILE PATH: C:\Users\gmciarry\lohnson Controls\NADG Projects - SABEY COLO 2 & 3 - 603690804\VESDA DETECTION SYSTEM\FA-000.dwg LAST SAVED BY: JMCLARG LAST PRINTED: 4/20/2018 1:32:58 PM 24" x 36' - Arch D Size tqco WestFire Safer. Smarter. Tyco.7M IGE BLDG 3 - COLO 2 SABEY DATA CENTERS FIRE ALARM SYS i EM VESDA� y 1 t DRAWING INDEX LEGENDS APPLICABLE CODES & STANDARDS TYCO WestFire CONTACTS Sheet List Table Sheet Number Sheet Title FA -000 COVER SHEET FA -101 DEVICE PLACEMENT PLAN FA -102 PIPING ISO'S FA -501 VESDA DETECTOR DETAILS FA -502 VESDA POWER SUPPLY DETAILS FA -503 POWER SUPPLY DETAILS FA -601 VLC1 & VLC2 FLOW CALCULATIONS FA -602 VLC3 & VLC4 FLOW CALCULATIONS FA -603 VLP1 FLOW CALCULATIONS FA -604 VLP4 FLOW CALCULATIONS 78, 1:9(, 671 , x. Cas D Without Comments As Noted in Red ❑ Per The Attached Letter These plans have been reviewed by The Tukwila Fire Prevention Bureau for conformance with current City standards. Acceptance is subject to errors and omissions which do not authorize v►O!?tiUfls of adopted standards and ordinances. The responsibiilcy for the adequacy of design rests totally with the designer. Additions, deletions or revisions to these drawings after this date will void this acceptance and will require a resubmittal of revised drawings for subsequent approval. Final acceptance is subject to field test and Inspection by The Tukwila Fire Prevention Bureau. Date: 5 ' . By & 5 i 1 Ev,5 -c, brectkc- inctnah€ Ltctwli oN. dkoll7wA-A1 i'/6PS e,vti•-;"►ca14". * YesD/'r J1.1,4H roy1 w;k-, NF(* Sec- TUKWILA ec,. T UKWILA FIRS DEPARTMENT C lease call 206-57544W 4O7 and give this Fire Permit No. rind exact address for shut- down hut;own or recon approval. GENERAL NOTES 1. THESE DRAWINGS DEPICT GENERAL LOCATIONS OF LIFE SAFETY EQUIPMENT & FIELD DEVICES, EXACT ROUTING OF CONDUITS IS TO BE DETERMINED IN THE FIELD BY THE INSTALLING CONTRACTOR TO SUIT CONDITIONS. ALL CHANGES SHALL BE CLEARLY INDICATED ON THE RECORD DRAWINGS. 2. SHOULD ANY CONDITIONS EXIST THAT DIFFER FROM WHAT IS INDICATED ON THESE DRAWINGS WHICH CAUSE MAJOR DEVIATIONS IN THE WORK SHOWN, THE CONTRACTOR SHALL CONTACT TYCO WESTFIRE IN A TIMELY MANNER SO AS NOT TO IMPAIR THE CONSTRUCTION SCHEDULE. 3. CONTRACTOR IS RESPONSIBLE FOR MAKING AND OBTAINING APPROVAL FOR ALL NECESSARY ADJUSTMENTS IN CIRCUITING AS REQUIRED TO ACCOMMODATE THE RELOCATION OF EQUIPMENT AND/OR DEVICES WHICH ARE AFFECTED BY ANY AUTHORIZED CHANGE. ALL CHANGES SHALL BE CLEARLY INDICATED ON THE RECORD DRAWINGS. 4. A STAMPED SET OF APPROVED FIRE ALARM DRAWINGS SHALL BE AT THE JOB SITE AND SHALL BE USED FOR INSTALLATION. 5. THE POWER CIRCUIT TO THE FACP AND TO THE FIRE ALARM POWER SUPPLIES SHALL BE ON A DEDICATED 120V, 20A BRANCH CIRCUIT BREAKER, AND SHALL HAVE A RED MARKING, LOCK -ON PROVISION AND SHALL BE IDENTIFIED AS "FIRE ALARM CIRCUIT CONTROL," THE LOCATION OF. THE CIRCUIT DISCONVECT MEANS (CIRCUIT BREAKER) SHALL BE PERMANENTLY IDENTIFIED AT THE FIRE ALARM CONTROL UNIT. 6. UPDATE THE AS -BUILT DRAWING SET DAILY WITH JOB PROGRESS. RETURN THE AS -BUILT DRAWING SET TO TYCO WESTFIRE NO LATER THAN 7 DAYS AFTER FINAL TEST. 7. THE CONTRACTOR WILL MAINTAIN ALL AREAS OF THE BUILDING IN A NEAT AND WORKMANLIKE MANNER. 8. DO NOT APPLY POWER EXCEPT IN THE PRESENCE OF A FACTORY TRAINED TYCO WESTFIRE TECHNICAL REPRESENTATIVE. 9. ANY SMOKE DETECTOR HEAD INSTALLED BEFORE THE BUILDING IS CLEANED AND ACCEPTED SHALL BE COVERED TO PROTECT FROM DUST. ANY FALSE ALARMS DUE TO DIRT CONTAMINATED HEADS SHALL BE THE RESPONSIBILITY OF THE FIRE ALARM INSTALLER. 10. THE FIRE ALARM INSTALLER WILL MAINTAIN THE FIRE RESISTANCE INTEGRITY OF ALL WALL, CEILING, AND ROOF ASSEMBLIES ANY TIME THAT WORK IS NOT ACTIVELY BEING PERFORMED. 11. INSTALLATION OF DEVICES SHALL BE IN ACCORDANCE WITH MANUFACTURER'S INSTRUCTIONS. POWER LIMITED AND NON -POWER LIMITED FIELD WIRING MUST BE INSTALLED WITHIN THE FACP ENCLOSURE IN ACCORDANCE WITH MANUFACTURER'S INSTRUCTIONS AND APPLICABLE ELECTRICAL CODES. REFER TO 'APPLICABLE CODES & STANDARDS' FOR SPECIFIC CODE REFERENCES. 12. ALL WIRING SHALL BE INSTALLED ACCORDING TO APPLICABLE ELECTRICAL CODES. 13. FIRE ALARM CIRCUITS SHALL BE IDENTIFIED IN ACCORDANCE WITH APPLICABLE ELECTRICAL CODES. MARK ALL FIRE ALARM WIRES IN ACCORDANCE WITH APPLICABLE ELECTRICAL CODE SECTIONS FOR POWER LIMITED AND NON -POWER LIMITED WIRE. 14 FIRE ALARM CABLE INSTALLED IN DUCTS, PLENUM, AND OTHER SPACES USED FOR ENVIRONMENTAL AIR SHALL BE TYPE FPLP. 15. . FIRE ALARM CABLE INSTALLED IN THE VERTICAL RUNS AND PENETRATING MORE THAN ONE FLOOR OR CABLES INSTALLED IN VERTICAL RUNS IN SHAFTS SHALL BE TYPE FPLR. 16. FIRE ALARM CABLE INSTALLED IN UNDERGROUND CONDUIT OR OTHER WET LOCATIONS SHALL BE UL LISTED FOR WET LOCATIONS. 17. FIRE ALARM CIRCUITS EXTENDING BEYOND ONE BUILDING AND RUN OUTDOORS SHALL BE INSTALLED IN ACCORDANCE APPLICABLE ELECTRICAL CODES, WHERE APPLICABLE. 18. ALL WIRING, INCLUDING SHIELDS MUST BE DRY AND FREE OF SHORTS AND GROUNDS. 19. ALL SHIELDED WIRE MUST HAVE SHIELD CONTINUITY AT FULL LENGTH OF THE WIRE. 20. ONLY SYSTEM WIRING CAN BE RUN IN THE SAME CONDUIT. 21. 120VAC IS NOT PERMITTED IN THE SAME CONDUIT WITH LOW VOLTAGE WIRING. 22. MAINTAIN MAXIMUM CONDUIT FILL RATIO AS PER APPLICABLE ELECTRICAL CODES REQUIREMENTS. 23. EXISTING CONDUITS MAY BE USED BY THE INSTALLATION CONTRACTOR AS DEEMED NECESSARY; HOWEVER, ANY EXISTING CONDUIT WILL BE USED ONLY IF CONDUITS MEET CURRENT STANDARDS AND CODES. TYCO WESTFIRE MAKES NO STATEMENTS WRITTEN OR VERBAL AS TO THE CONDITION OF EXISTING CONDUITS. FIRE ALARM SYMBOL LEGEND QTY SYMBOL DESCRIPTION BRAND . MODEL CODBOE TYPE iq LI PANELS & ANNUNCIATORS 4 GAUGE VESDA LASERCOMPACT XTRALIS VLC-505 MFG VnP mu X X 2 VESDA LASERPLUS XTRALIS VLP-012 MFG Vn P VLP 2 VESDA POWER SUPPLY XTRALIS VPS -30005-120 MFG P r A = 14 AWG 1 X POWER SUPPLY NOTIFIER FCPS-24S8 MFG V FCPS MAX CONDUCTOR AREA CONDUIT SIZE MAX CONDUCTOR AREA EXISTING HORN/STROBE, WALL MOUNT EXISTING EXISTING 1-1/4" 1-1/2" 2" V (al E 19 # MULTI CANDELA HORN/STROBE, CEILING MOUNT, RED, FIRE, CLEAR LENS WHEELOCK HSRC 4A 1B V rilllC • • ODULES & RELAYS 22 FAST RESPONSE CONTACT MONITOR FIKE 55-020 1A FIRE 2 (VLP) OR FIRE (VLC FRCM • BACKBOX CODES CODE BOX SPECIFICATIONS CODE BOX SPECIFICATIONS 1A SINGLE GANG BOX 11/2" DEEP 4A 4" SQ. BOX 11/2" DEEP 1B SINGLE GANG BOX 2" DEEP MFG SUPPLIED BY MANUFACTURER FIRE ALARM WIRE LIST ACCEPTABLE CABLE TYPES FPLR FPLP THHN TFFN OUTDOOR iq LI CIRCUIT DESCRIPTION CONSTRUCTION GAUGE CIRCUIT PROPERTIES P POWER 2 COND. SOLID 14 AWG X X X Vn VESDANET 2 COND. STRANDED 24 AWG V VISUAL SIGNAL 2 COND, SOLID 14 AWG 1 X X FIRE 1 (VLP) OR PRE -ALARM (VLC) • CONDUIT SIZE MAX CONDUCTOR AREA CONDUIT SIZE MAX CONDUCTOR AREA NOTES 1/2" 3/4" 1" 0,12 SQ INCH * 0,21 SQ INCH * 0.34 SQ INCH * 1-1/4" 1-1/2" 2" 0.60 SQ INCH * 0.82 SQ INCH * 1.34 SQ INCH * *40% FILL PER N.E.C. SUBSCRIPT "u": UNSHIELDED CABLES MIXED WITH SHIELDED CABLES OF SAME CIRCUIT DESIGNATION. **OUTDOOR AERIAL CABLE REQUIRES MESSENGER ITEMS SUCH AS CAPACITANCE BETWEEN CONDUCTORS AND WIRE GAUGE CAN BE CRUCIAL TO THE CIRCUIT DESIGN OF THIS SYSTEM INSTALLATION. THE INSTALLING CONTRACTOR IS RESPONSIBLE FOR SELECTING AND INSTALLING CABLE MANUFACTURER AND MODEL THAT MEETS OR EXCEEDS THE ABOVE REQUIREMENTS. RECOMMENDED CABLE MANUFACTURERS AND MODEL NUMBERS ARE AVAILABLE UPON REQUEST. JURISDICTIONS WITHIN THE STATE MAY HAVE AMENDMENTS TO THE STATE ADOPTED CODE, CHECK WITH THE LOCAL JURISDICTION AUTHORITY FOR MORE DETAILS, National Fire Alarm Code (NFPA 72), 2013 Edition National Electric Code (NFPA 70), 2014 Edition 2015 Intemational Building Code with statewide amendments 2015 International Mechanical Code with statewide amendments 2015 International Fire Code with statewide amendments 2015 International Existing Building Code with statewide amendments found in the IBC ICC/ANSI A117.1-09, Accessible and Usable Buildings and Facilities with statewide amendments OCCUPANCY TYPE(S): SPRINKLER PROTECTION: B Business Group UNKNOWN Sales Representative MATTHEW STEWART MATTH EW.STEWART@JCI.COM PHONE:480-303-9911. Drawings Prepared By GREG MCLARTY GREGORY.MCLARTY@JCI,COM PHONE:918-606-4764 PROJECT DIRECTORY SCOPE OF WORK MODIFY EXISTING FIRE ALARM SYSTEM: PROVIDE NEW DEVICES, RELOCATE AND DEMO EXISTING DEVICES AS SHOWN ON DRAWINGS. ALL NEW WIRING TO BE CLASS B. THE EXISTING FIRE ALARM SYSTEM SHALL NOT BE DISCONNECTED OR TAKEN OUT OF SERVICE WITHOUT WRITTEN PERMISSION FROM THE OWNER. IT IS THE CONTRACTOR'S RESPONSIBILITY TO COORDINATE WITH THE OWNER THE TIMING OF ANY EXISTING FIRE ALARM SYSTEM DEMOLITION WORK. ABBREVIATIONS LEGEND AC = ABOVE CEILING C = CEILING MOUNTED ,E = EXISTING TO REMAIN RC = EXISTING TO REMOVE AND COVER RD = EXISTING DEVICE TO BE RELOCATED RL = RELOCATED DEVICE RR = REMOVE EXISTING & REPLACE W/NEW WP = WEATHERPROOF XP = EXPLOSION PROOF H = HIGH HUMIDITY AFF = ABOVE FINISHED FLOOR AHI = AUTHORITY HAVING JURISDICTION ALM = ALARM ANN = ANNUNCIATOR BMS = BUILDING MANAGEMENT SYSTEM CBC = CALIFORNIA BUILDING CODE CD = CANDELA RATING CSFM = CALIFORNIA STATE FIRE MARSHAL DET = DETECTOR DGP = DATA GATHERING PANEL EOL = END OF LINE EPO = EMERGENCY POWER OFF FACP =FIRE ALARM CONTROL PANEL FATC = FIRE ALARM TERMINAL CABINET FBO = FURNISHED BY OTHERS FCC = FIRE COMMAND CENTER FAA = FIRE ALARM ANNUNCIATOR FTR = FIRE ALARM TRANSPONDER FSD = FIRE SMOKE DAMPER HT = HEIGHT HVAC = HEATING VENTILATION & AIR CONDITIONING IMS = INFORMATION MANAGEMENT SYSTEM MAX = MAXIMUM MIN = MINIMUM N/A = NOT APPLICABLE NAC = NOTIFICATION APPLIANCE CIRCUIT NDU = NETWORK DISPLAY UNIT NEC = NATIONAL ELECTRIC CODE NFPA = NATIONAL FIRE PROTECTION ASSOCIATION NIC = NOT IN CONTRACT NPU = NETWORK PROCESSING UNIT NTS = NOT TO -SCALE - ,;, PAP = PRE -ACTION PANEL,. SCC = STATUS COMMAND CENTER SLC = SIGNALING LINE CIRCUIT SMK=SMOKE SUPV = SUPERVISORY TAC = TRUEALERT ADDRESSABLE CONTROLLER TRBL = TROUBLE TS = TAMPER SWITCH TYP = TYPICAL UON = UNLESS OTHERWISE NOTED VCC = VOICE COMMAND CENTER VT = VALVE TAMPER WF = WATERFLOW W = WATTAGE W/ = WITH W/O = WITHOUT Site SABEY DATA CENTERS 3333 S 120TH PL TUKWILA, WA 98168 DEVICE TAG LEGEND 1:T2:A2:1-1(E1:1) Tyco WestFire District -175 9520 10TH AVE S SUITE 100 SEATTLE, WA 98108 1-206-381-3090 1-206-381-3490 1-206-381-3090 PANEL DESIGNATOR: • FA: = FACP (NON -NETWORK) • #: = NODE NUMBER • • T#: = TRANSPONDER NUMBER • #:T# = NODE:TRANSPONDER NUMBER • N#: = NAC EXTENDER NUMBER CIRCUIT DESIGNATOR: • A#:# = EPS NUMBER:EPS CHANNEL NUMBER • D# = DOOR HOLDER CIRCUIT NUMBER • F# = FIRE PHONE CIRCUIT • H# = AUDIBLE (HORN) CIRCUIT NUMBER • M# = IDNET LOOP NUMBER • P# = POWER CIRCUIT NUMBER • S# = SPEAKER CIRCUIT NUMBER • V# = VISUAL CIRCUIT NUMBER • Z# = ZONE NUMBER DEVICE NUMBER BRANCH / ISOLATED LOOP DESIGNATOR: • (L#) = IDNET ISOLATED LOOP NUMBER • (#) = IDNAC BRANCH NUMBER • (E#:#) = EPR* NUMBER:BRANCH NUMBER *EPR = ENHANCED POWER REPEATER Smarter. Tyco. TM' 4_ co ri C v cri M co la la NN ri r-1 OG 00 1I W «tc1 rite >. Eevil VletXen 'lIM 1— SYSTEM SYSTEM SEQUENCE OF OPERATIONS MODIFY EXISTING SEQUENCE TO INCORPORATE VESDA DETECTORS. EXISTING DEVICES SEQUENCE SHALL REMAIN. SYSTEM INPUTS A CTRL. UNIT ANNUNCIATION NOTIFICATION FIRE SAFETY CONTROL <<, �QJ�J�J°� oy�� Seo �Q5 QC° s; ` ) \ ., : 4 S�� ° �° �° So �o a o�� o° Q� PC�J PFJ PFJ PFJ PCNJ 4 C. Q� �Q- OPS # B C D E F G H K L M N 0 P R S T V W X Z AA AB AC AD AE AF AH AI AI REMARKS 1 CLEAN AGENT RELEASING SYSTEM • • • 1 2 FIRE 1 (VLP) OR PRE -ALARM (VLC) • • • • • 2 3 FIRE 2 (VLP) OR FIRE (VLC • • • • • • • • • 3 , 4 AFTER 30 SECOND COUNTDOWN TIMER • • • 4 5 ABORT SWITCH • 5 6 MANUAL RELEASE STATION • • • • • 6 7 MAINTENANCE SWITCH • • • • 7 8 ACTION (VLP) • • • • 8 9 ALERT (VLP) OR FAULT (VLC) OR TROUBLE (VLP) • • • • • 9 10 FIRE ALARM AC POWER FAILURE • • • • • 10 11 OPEN CIRCUIT OR GROUND FAULT • • • • • 11 12 FIRE ALARM SYSTEM LOW BATTERY • • • • • 12 13 CLASS B NOTIFICATION CIRCUIT (NAC) - SHORT • • • • 13 14 - 14 15 15 1616 17 17 18 .. 18 19 -n-`. 19 20 20 21 21 22 22 23 23 24 24 25 25 26 26 27 27 28 28 29 • 29 30 30 31 31 32 32 A BCD E FIGIHIIIJIK M N 0 PIQIRISITIUIV WX.I Y I Z IAAIABIACIADIA Revisions shown wi 0 W MODIFIED NAC LAYOUT IN COLO 2 2 03 CA re 2 DRAWN BY: GM CHECKED BY: MS ISSUE DATE: 1/8/18 JOB #: PROJECT #: 175:603690804 TYCO WESTFIRE m 2018 SYSTEM: FIRE ALARM SYSTEM SHEET: COVER SHEET FA -000 FILE PATH: G\Users\gmclarty\Johnson Controls\NADG Projects - SABEY COLO 2 & 3 - 603690804\VESDA DETECTION SYSTEM\FA-101.dwg LAST SAVED BY: JMCLARG LAST PRINTED: 4/20/2018 1:33:03 PM 24" x 36" - Arch D Size TRIGGER FROM NEAREST EXISTING NAC CIRCUIT COLO-3— CAHU-7 1/8" (rYP.) 1v' VLC3 COLO-3— CAHU-8 COLO-1— CAHU-9 COLO-3— CAHU-10 FAULT PRE—ALARM FIRE ALERT ACTION FIRE 1 FIRE 2 V2-1 30 C 1/8" P. COLO-2— CAHU-1 FAULT PRE—ALARM FIRE 1 1/8" (TYP) RELOCATE EXISTING HORN/STROBE TO BE WITHIN 22'-6" OF NORTH WALL RELOCATE EXISTING HORN/STROBE TO BE WITHIN 22'-6" OF NORTH WALL 1/8" (TYP.) PREACTION ZONE 2 COLOCATE 2 ROOM HT. = 9'-0" SUB. HT. = 2'-0" CAI -.1U6 CONFIRM EXISTING HORN/STROBE IS WITHIN 45'-0" OF NORTH AND SOUTH HORN/STROBES. RELOCATE EXISTING HORN/STP.OBE; TO BE WITHIN 45'-0" OF NORTH HORN/STROBE. Mounting Fixtures The sampling pipe is mounted using the appropriate pipe mounting options. Some of the mountings commonly used are illustrated iaelaw: Figur 6 - Pipe mounting Mures (;ape clips, plastic ratchet, saddle strap) WESTF/RE 3/4" CPVC PIPE. 4 SAMPLE HOLES FOR RETURN AIR PIPES SHOULD BE ORIENTED 45' DOWN TOWARD DIRECTION OF AIR FLOW. REFER TO ZONE CALCULATIONS FOR SAMPLE HOLE SIZE. VESDA SAMPLING PORT Sampling Pipe NOTES: 1. USE i" BLAZEMASTER PIPE OR EQUAL. 2. CLEAN ALL PIPE BEFORE ASSEMBLING. 3. AFTER FINAL ADJUSTMENTS, GLUE ALL PIPE EXCEPT AT THE DETECTOR. 4. ALIGN HOLES 20' TO 45' FROM AIR FLOW. 5. PLACE DETECTOR AS FAR DOWN STREAM FROM NEAREST 90' BEND AS POSSIBLE TO MINIMIZE TURBULANCE AT THE SAMPLING HOLES. Path of Return Airstream 1/8' (rYP.) PREACTION ZONE 4 VERIO UPS/BATTERY ROOM HT. = 9'-0" SUB. HT. = 2'-0" Self Tapping Screws AHU Vent CONFIRM EXISTING HORN/STROBE IS WITHIN 45'-0" OF EAST WALL. CAHU5 AHU FRCM FIRE 2 FRCM FIRE 1 FROM ACTION FRCM ALERT Z2CP GAP2 �RCMI TROUBLE FIRE FRCM PRE—ALARM FRCM FAULT 15 V2-7 Standoff detail PREACTION ZONE (side view) N.O.C. FIRE PRE—ALARM FAULT COLO-2— CAHU-6 1/8" (1YR) PREACTION ZONE 2 CUSTOMER UPS/BATTERY ROOM HT. = 9'-0" SUB. HT. = 2'-0" PREACTION ZONE 2 STAGING SALES OFF. UP CAHU-2 CAHU-3 SEC. OFF. 1 TRUCKER'S TOILET PREACTION ZONE 2 CORRIDOR DEVICE PLACEMENT PLAN RAMP UP SCALE: 1/8" =1'-0" PREACTION CUSTOME VIEW F Return Air Grill Surround Sampling Point Angled to obtain best air sample Standoff Post Self Tapping Screws Standoff Post Sampling Pipe (W) SCALE:1 8" =1'-0" IN FEET 0 4' 8' 16' Wa CO LDCO 471 N 0 W DESCRIPTION MODIFIED NAC LAYOUT IN COLO 2 2 0 u a N 2 GM DRAWN BY: CHECKED BY: ISSUE DATE: JOB #: PROJECT #: TYCO WESTFIRE © 2018 MS 1/8/18 175:603690804 SYSTEM: FIRE ALARM SYSTEM SHEET: DEVICE PLACEMENT PLAN FA -101 Sampling Pipe Standoff detail (side view) Self Tapping Screws Sampling Point Angled to obtain best air sample Sampling Pipe Self I 8" MAX Standoff Post Surround Air Grill Tapping Screws Return wommii wird ..... AHU Vent Standoff Post SCALE: NTS VLP 1 PIPING ISO SCALE: NTS 0 0 (-7 0 1.1 VLP 2 PIPING ISO SCALE: NTS unting Fixtures The sampling pipe is mounted using the appropriate pipe mounting options. Some af the mountings commonly used are illustrated below: Figure 6 - Pipe mounting fixtures (pipe clips, plastic ratchet, saddle strap) SAMPLE HOLES FOR RETURN AIR PIPES SHOULD BE ORIENTED 45DOWN TOWARD DIREC110N OF AIR FLOW. REFER TO ZONE CALCULATIONS FOR SAMPLE HOLE SIZE. VESDA SAMPLING PORT DRAWN BY: GM CHECKED BY: MS ISSUE DATE: 1/8/18 JOB #: PROJECT #: 175:603690804 TYCO WESTF1RE 0 2018 SYSTEM: FIRE ALARM SYSTEM SHEET: 1. USE " BLAZEMASTER PIPE OR EQUAL. 2. CLEAN ALL PIPE BEFORE ASSEMBLING. PIPING ISO'S 3. AFTER FINAL ADJUSTMENTS, GLUE ALL PIPE EXCEPT AT THE DETECTOR. 4. ALIGN HOLES 20" TO 45' FROM AIR FLOW. 5. PLACE DETECTOR AS FAR DOWN rn STREAM FROM NEAREST 90" BEND AS POSSIBLE TO MINIMIZE TURBULANCE AT THE SAMPLING HOLES. VLC 1 PIPING BO SCALE: NTS VLC 4 PIPING 150 VLC 2 PIPING ISO SCALE: NTS SCALE: NTS SCALE:1 8" = 32-0" IN FEET Z BEYCOLO2&3 0 0 1 E 0 u CO W 1/1 m m '-4 a N ry MCSDQ® O O 0 0 0 o o O O O o o O o O o O' O O O O o o O O 0 o o O O O O o O O O O o O O O O 1 1 1 VLC-505 LASERCOMPACT SMOKE DETECTOR RS -232 CONNECTOR 0 •••• 00 f 1 LED CARD 0 CONNECTOR I I 2 3 4 5 6 7 A m m m -1�- [] Q 0 0 o91009 0E0 l m 2 3 4 5 6 7 8 9 10 VESDANET MAKI our ED m 03 MELO G=> FUSE TERMINAL A TERMINAL B 1 BIAS (-) (GND) 1 SHIELD 2 RESET (-) 2 VESDANET A (-) 3 RESET (+) 3 VESDANEF A (+) 4 BIAS (+) 4 SHIELD 5 LED (-) (GND) 5 VESDANEF A (-) 6 LED (+) 6 VESDANET A (+) 7 FIRE (NO) 7 24V POWER (-) 8 FIRE (C) 8 24V POWER (-) 9 PRE -ALARM (NO) 9 24V POWER (-) 10 PRE -ALARM (C) 10 24V POWER (-) 11 FAULT (NO) 12 FAULT (C) 13 FAULT (NC) VLP-012 TRUEALARM LASERPLUS SMOKE DETECTOR C-7.1-- AUX POWER IN — VESDANET CIRCUIT OUT VESDANET CIRCUIT IN 1111 ii 11111 Er— A 00 0 f , O O�� 0 o L 0 C 1111 i 0 0 U 0 D RS-232CONNECTOR }G O IIi1 H E }F J TERMINAL A VESDANET TERMINALS B POWER TERMINALS C RELAY TERMINALS (1 TO 4) D RELAYS (1 TO 7) E RELAY TERMINALS (5 TO 7) F GPI TERMINAL G VESDANET SOCKET H FOK LED CONNECTORS 1 RELAYS CABLE J TERMINATION CABLE Smarter. Tyco. Tm O O rnrn 0 0ell x000 M M 1010 O O CNN ri r-1 W 00 O tri in co co n ▪ +uJ�0 QQM O p 0 I.nN1Nrl Lau La) 41101 Vf tri i=s2 W 1— LU ■ J CAV • F- in ILI v W CO M 411 (cC en LA M CO tO CO LICE w O J W DESCRIPTION MODIFIED NAC LAYOUT IN COLO 2 U) 0 DRAWN BY: GM CHECKED BY: MS ISSUE DATE: 1/8/18 JOB #: PROJECT #: 175:603690804 TYCO WESTFIRE m 2018 SYSTEM: FIRE ALARM SYSTEM SHEET: VESDA DETECTOR DETAILS FA -501 -0 C:1 tfl LLL z 0 BEY COLO 2 & 3 - 60 ontrols\NADG P c E W 0 G. m m ri CO POWER LIMITED — OUTPUTS 01 0 OUT 1 OUT 2 OUT 3 BATTERY 0 El 0 111 I l I51cISIEI .t.0.©. TRANSFORMER .00 0 0 HOT GROUND 101 le VPS -30005 VBC-001 CONNECT TO 120VAC 60HZ CONNECT TO BRANCH CIRCUIT FOR FIRE ALARM USE Battery Calculation for VESDA Laser Detectors -.3 Full Alarm Loads @ 24VDC 1 Load mA Qty Total Load mA Qty Total LaserPLUS @3000 rpm 260 0 BATTERY 12V/12AH -- BATTERY 12V/12AH LaserPLUS @3600 rpm 320 1 320 340 1 340 LaserPLUS @4000 rpm 350 + ^ v - BATTERY 12V/12AH + BATTERY 12V/12AH n v VBC-001 CONNECT TO 120VAC 60HZ CONNECT TO BRANCH CIRCUIT FOR FIRE ALARM USE Battery Calculation for VESDA Laser Detectors ' Value includes relay on VRT-300 or HTC as appropriate Total mA Standby Hours Standby Capacity Fill in relevant figures in the boxes highlighted yellow only 770 X 24 18480 NOTE : This calculation also allows for a derating factor of 1.06 as detailed in BFPSA Guide for Power Supplies (05 1 006) Total mA Alarm Hours Alarm Capacity Total Capacity= Standby + Alarm Divide By 1000 Battery Safety Factor Battery Back -Up Required 830 X 0.083 68.89 NOTE: X 1.06 73.0234 18553.02 18.55302 X 1.25 23.2 Estimated charger size to be able to recharge the above batteries within the 24 hour time required by BS5839 2.8 LLI 0 Smarter. Tyco. TM asvJ o ` �e-I MCO N lOLON 1-1,4 4Z N Z W V V 1 W Ch CI Li 04 CO LLI 0. al I<llI =111 >21 imm eaI� N 0 ri 1.IJ M lis ic 19 43) aittZ3 PI = Ie/ M I— .2 w W DESCRIPTION MODIFIED NAC LAYOUT IN COLO 2 cn 2 DRAWN BY: GM CHECKED BY: MS ISSUE DATE: 1/8/18 JOB #: PROJECT #; 175:603690804 TYC0 WESTFIRE m 2018 SYSTEM: FIRE ALARM SYSTEM SHEET: VESDA POWER SUPPLY DETAILS FA -502 • • • • Normal Loads @ 24VDC Full Alarm Loads @ 24VDC Equipment Load mA Qty Total Load mA Qty Total LaserPLUS @3000 rpm 260 0 290 0 0 LaserPLUS @3600 rpm 320 1 320 340 1 340 LaserPLUS @4000 rpm 350 0 400 0 .0 LaserPLUS @4200 rpm 400 0 450 0 0 SCANNER @ 3000 rpm 260 0 310 0 0 SCANNER @ 3600 rpm 330 0 390 0 0 SCANNER @ 4000 rpm 350 0 420 0 0 SCANNER @4200 rpm 400 0 450 0 0 LaserCOMPACT 170 0 190 0 0 LaserCOMPACT (Extended coverage) 225 2 450 245 2 490 LaserFOCUS 250 220 0 295 0 0 LaserFOCUS 500 410 0 490 0 0 VESDAnet Card 50 0 50 0 0 Integral Display 60 0 110 0 0 Integral Programmer 40 0 60 0 0 Remote Display 60 0 110 0 0 Remote Programmer 50 0 80 0 0 Remote Relay Module 60 0 80 0 0 HLI* 70 0 70 0 0 Hand Held Programmer 70 0 70 0 0 Other 24V loads 0 0 0 ' Value includes relay on VRT-300 or HTC as appropriate Total mA Standby Hours Standby Capacity Fill in relevant figures in the boxes highlighted yellow only 770 X 24 18480 NOTE : This calculation also allows for a derating factor of 1.06 as detailed in BFPSA Guide for Power Supplies (05 1 006) Total mA Alarm Hours Alarm Capacity Total Capacity= Standby + Alarm Divide By 1000 Battery Safety Factor Battery Back -Up Required 830 X 0.083 68.89 NOTE: X 1.06 73.0234 18553.02 18.55302 X 1.25 23.2 Estimated charger size to be able to recharge the above batteries within the 24 hour time required by BS5839 2.8 LLI 0 Smarter. Tyco. TM asvJ o ` �e-I MCO N lOLON 1-1,4 4Z N Z W V V 1 W Ch CI Li 04 CO LLI 0. al I<llI =111 >21 imm eaI� N 0 ri 1.IJ M lis ic 19 43) aittZ3 PI = Ie/ M I— .2 w W DESCRIPTION MODIFIED NAC LAYOUT IN COLO 2 cn 2 DRAWN BY: GM CHECKED BY: MS ISSUE DATE: 1/8/18 JOB #: PROJECT #; 175:603690804 TYC0 WESTFIRE m 2018 SYSTEM: FIRE ALARM SYSTEM SHEET: VESDA POWER SUPPLY DETAILS FA -502 • • • • ETEC1ION SYSTEM\FA-503.dwg EY COLO 2 &3 - 4/20/2018 1:33:29 PM FCPS-24FS6 / 8 Battery Calculation Entries only to be made in the Yellow cell locations Regulated Load in Standb Device Type Number of Devices ANECHOIC PER CAN/ULC-S525-07 Current (Amps) VOLUME Total Current. (Amps) 0.065 X 24 = 1.56 AH Alarm Load Current (Amps) CONTINUOUS HORN Main PC Board 1 X 0.065 = 0.065 5 = 0.18 AH 86 89 92 91 Power Supervision Relays 1.74 AH X 0.025 = 0 Total Ampere Hours Required = 3 AH 92 CODE 3 HORN HIGH 86 Auxiliary Current Draw 91 X 99 = 0 from TB4 Terminals 9 & 10 85 84 91 95 97 LOW Regulated Load in ALARM ISTANDBY LOAD Device Type Number of Devices ANECHOIC PER CAN/ULC-S525-07 Current (Amps) VOLUME Total Current (Amps) 0.065 X 24 = 1.56 AH Alarm Load Current (Amps) CONTINUOUS HORN Main PC Board without AC 1 X 0.145 = 0.145 5 = 0.18 AH 86 89 92 91 Power Supervision Relays 1.74 AH X 0.025 = 0 Total Ampere Hours Required = 3 AH 92 CODE 3 HORN HIGH 86 Auxiliary Current Draw 91 X 99 = 0 from TB4 Terminals 9 & 10 85 84 91 95 97 LOW 74 78 80 86 90 NAC / Output # 1 1 X 0.714 = 0.714 NAC / Output # 2 1 X 0.858 = 0.858 NAC / Output # 3 1 X 0.444 = 0.444 NAC/Output#4 X = 0 ery Amp Hour Calculation I ALARM LOAD Standby Load Current (Amps) REVERBERANT DBA PER UL 464 ANECHOIC PER CAN/ULC-S525-07 Required Standby Time (Typically 24 or 0 Hours) VOLUME 16.OV 0.065 X 24 = 1.56 AH Alarm Load Current (Amps) CONTINUOUS HORN HIGH Required Alarm Time (Typically 5 or 1(1) Minutes) 93 96 2.161 X 5 = 0.18 AH 86 89 92 91 Sub Total Standby / Alarm Amp Hours 1.74 AH LOW Multiply by the Derating Factor x 1.2 * 85 Total Ampere Hours Required = 3 AH PRODUCT INFORMATION SPECIFICATIONS: • HOUSING DIMENSIONS: • TEMPERATURE RANGE: • HUMIDITY RANGE: 10% • COMPATABLE WITH SM WHEELOCK WALL MOUNT MULTI -CANDELA HORN/STROBE (EXCEDER SERIES HS) 5.24" H X 4.58" W X 2.19" D (133mm X 116.33mm X 55.63mm) 32T TO 122T (0 TO 50'C) TO 93% NON -CONDENSING AT 100T (38'C) AND DSM SYNC MODULES SOUND OUTPUT W HORN SETTING REVERBERANT DBA PER UL 464 ANECHOIC PER CAN/ULC-S525-07 DESCRIPTION VOLUME 16.OV 24.0V 33.OV 16.OV 24.0 V 33.OV CONTINUOUS HORN HIGH 91 93 96 95 99 101 MEDIUM 86 89 92 91 95 97 LOW 78 82 85 86 90 92 CODE 3 HORN HIGH 86 89 91 95 99 101 MEDIUM 81 85 84 91 95 97 LOW 74 78 80 86 90 92 W HORN SETTING STROBE CANDELA SETTINGS (CD) 16 VOLTS 15 15/75 30 75 95 110 135 185 HIGH 0.082 0.095 0.102 0.148 0.176 0.197 0.242 0.282 MEDIUM 0.073 0.083 0.087 0.139 0.163 0.186 0.230 0.272 LOW 0.065 0.075 0.084 0.136 0.157 0.184 0.226 0.267 CANDELA SELECTION -" TONE SELECTION JUMPER PLUG AND CANDELA SELECTORS FROM FACP 24VDC NOTIFICATION APPLIANCE CIRCUIT OR FROM FACP 24VDC NON -CODED NOTIFICATION APPLIANCE CIRCUIT WITH WHEELOCK SM OR DSM SYNC MODULE OR PRECEDING DEVICE m CAUTION: CHECK THAT THE INSTALLED PRODUCT WILL HAVE SUFFICIENT CLEARANCE AND WIRING ROOM PRIOR TO INSTALLING BACKBOXES AND CONDUIT, ESPECIALLY IF SHEATHED MULTICONDUCTOR CABLE OR 3/4" CONDUIT FITTINGS ARE USED. ALTHOUGH THE OMITS SHOWN FOR EACH MOUNTING OPTION COMPLY WITH THE NEC, COOPER NOTIFICATION RECOMMENDS USE OF THE LARGEST BACKBOX OPTION SHOWN AND THE USE OF APPROVED STRANDED FIELD WIRES, WHENEVER POSSIBLE, TO PROVIDE ADDFONAL WIRING ROOM FOR EASY INSTALLATION AND MINIMUM STRESS ON THE PRODUCT FROM WIRING. ®CAUTION: DO NOT OVER TIGHTEN MOUNTING SCREWS. EXCESSIVE TORQUE CAN DISTORT THE BASE AND MAY AFFECT OPERATION. 1. INSTALL MOUNTING PLATE AS SHOWN TO A SINGLE -GANG, DOUBLE GANG, 4" SQUARE BACKBOX WITH THE PROVIDED PAN HEAD SCREWS. OPENINGS FOR C FLAT SCREWDRIVER acs=Flur to)�� , i SECURING OP0 o C110; NAL SCREWREMOVAL (SEE STEP 4. BELOW) 3. IF IT DESIRED TO FURTHER SECURE THE DEVICE TO THE BASE, THEN ONE I fill '�S�11r� OPTIONAL SCREW IS PROVIDED. TO INSTALL THIS SCREW PUNCH OUT THE %n�4�� /�!� SCREW HOLE LOCATED AT THE TOP OF THIS DEVICE. 4. TO REMOVE THE APPLIANCE, PUSH A SMALL FLAT -BLADED SCREWDRIVER "`°•e®��. INTO THE SIDE OPENING. THE SCREWDRIVER MUST CLEAR THE SNAP RELEASE OPENING BY AT LEAST 1/4" TO DISENGAGE THE SNAP. DO NOT HAS ONE MOUNTING ORIENTATION. MATCH THE PRY OFF HOUSING WITH THE SCREW DRIVER. APPLY PRESSURE WITH SCREW DRIVER, INSERTED IN EITHER SIDE OPENING, AS SHOWN ABOVE TO RELEASE THE HOUSING. TO ADDITIONAL NAC DEVICES OR RETURN TO FIRE ALARM CONTROL PANEL FOR STYLE Z APPLICATION. IF LAST DEVICE ON CIRCUIT IN A STYLE Y APPUCATION PLACE A 10K 1/2W END -OF -UNE RESISTOR. Ili 2. IMPORTANT: DEVICE ONLY TOP OF THE BASE TO THE TOP OF THE DEVICE. +s- -- UNIVERSAL MOUNTING BASE (UMB) UNIVERSAL MOUNTING BASE (UMB) 120 VAC GROUNDING STRAP TO CHASSIS GROUND F O 111 BATTERY TB1 OUTPUT 4 (NAC —) 00000 + U Q z OUTPUT 4 J3 U Q z OUTPUT 3 U Q z OUTPUT 2 2 (NAC +) a 1- OUTPUT 1 (NAC +) ZNAC CONNECTOR TB2 3 2 AUX (-) AUX (+) IN2 (-) IN2.(+) OUT (-) OUT (+) IN1 (-) IN1 (+) SYNC (-) SYNC (+) 1 AUX. TROUBLE (NO) AUX. TROUBLE (NC) JP3 1 7 TB5 0 0 0 0 0 0 JP2 TB4 (-) (+) BATTERY (+) BATTERY } TO V2 DEVICES TO V1 DEVICES FROM EXISTING NAC CIRCUIT IGE BLDG 3 - COLO 2 & ELECTRICAL VESDA SABEY DATA CENTERS SABEY DATA CENTERS 3333 5120TX PL TUK4NLA, WA 98168 DRAWN BY: GM CHECKED BY: MS ISSUE DATE: 1/8/18 JOB #: PROJECT #: 175:603690804 TYCO WESTFIRE m 2018 SYSTEM: FIRE ALARM SYSTEM SHEET: POWER SUPPLY DETAILS FA -503 n Controls\NADG Projects LAST SAVED BY: 20/2018 1:33:33 P 1/8/2018 st Installation Address Pipe Type Contact Date Installer Calculated By Units Altitude Designed with Hole • fi le:///C:/Prog ramData/Xtralis/Aspire/IDP.html iORICt Data Sizes ASPIRE Installation Data Pack: IGE BLDG 3 - COLO 2 & 3 LLC.ASPIRE 4:1 kAglAt Pack for IGE BLDG 3- COLO 2 & 3 LLC SABEY DATA CENTERS 3333 S 120TH PL TUKWILA, WA 98168 America MATT STEWART • 1/5/18 WESTFIRE GREG MCLARTY US 45' 1/8" . 1/3 1/8/2018 ASPIRE Installation Data Pack: IGE BLDG 3 - COLO 2 & 3 LLC.ASPIRE Detector : VLC 1 Type VESDA VLC V2 80m/240ft Endcap Usage Create a Balanced Design Application default Fire 0.0625%/ft Air Temperature 68.0°F Absolute Pressure 1012hPa System Flowrate 23.61/min Total Pipe Length 104' 8" Number Of Sample Points 4 Maximum Thansport Time 50 Minimum Hole Flow Rate 2.01/min Exhaust Length 0' Exhaust Diameter 0.875 Exhaust Pressure Drop OPa Inverted Detector No Sampling Point Sensitivity 1/8/2018 ASPIRE Installation Data Pack: IGE BLDG 3- COLO 2 & 3 LLC.ASPIRE Pipe:CUSTOMER UPS/BATTERY Total Pipe Length 104 8" Ambient Pressure OPa Sector Pressure 210Pa Number of Sample Points 4 Pipe Flowrate 23.61/min Section° • Pipe Diameter 0.875 . 1/8/2018 ASPIRE Installation Data Pack: IGE BLDG 3 - COLO 2 & 3 LLC.ASPIRE Pipe:COLO-2-CAHU-6 Total Pipe Length 21' 2" Ambient Pressure OPa Sector Pressure 210Pa Number of Sample Points 5 Pipe Flowrate 30.11/min Section° Pipe Diameter 0.875 # # Distance ft Relative ft Direction Hole Diameter in Capillary Length Transport lime sec Pressure Pa Flow I/min Flow % Hole Sensitivity %/ft Pipe Diameter in Capillary Diameter lntersectlon Pressure Intersection Pressure 1 - Bend 90 3' 11" 3' 11" F R - Bend 90 12' 8 1/2" 8' 9 1/2" L L F • 1:Section0- 1 Hole 25' 6 1/2" 1210" 1' 2" 1/8" 8 197 6.0 25.6 0.2443 0.875 1:Section0. 2 Hole 55' 3" 29' 8 1/2' 1' 1/8" 1/8" 16 189 5.9 25.0 0.2497 0.875 0.875 1 Threshold Level Classification Hole Aggregation Hole Aggregation' Fire 0.0625%/ft VEWFD 1 1 Bend 90 56' 3" 1' F 1/8" 5 197 6.0 20.0 0.3122 0.875 Group Details - Bend 90 7311 1/2" 1T8 1/2" R 1' 7" 1/8" 6 196 6.0 20.0 0.3126 0.875 1:Section0- 3 Hole 74' 11 1/2" 1' 19' 7" 1/8" 25 185 5.8 24.8 0.2523 0.875 0.312811 0.875 , I Hole Sensitivity Pressure Transport Time Hole Diameter [Default Group] [Default Group] 1:Section0- 4 Hole 104' 8" 29' 8 1/2" 1' 7" 1/8" 1/8" 50 183 5.8 24.6 0.2541 0.875 0.875 Group Type ' Max Target Aggregate Sensitivity Endcap 22' 2" 1' 0.0937 • 1:Section0 5 Endcap 105' 8" 1' 0.875 0" Max Target Aggregate Sensitivity0.0937 0.875 Min Target Aggregate Sensitivity Min Target Aggregate Sensitivity I_ _ 0.0312 0.0312 , 14'w Atallt6f )411A know ' . file:///C1ProgramData/Xtralis/Aspire/IDP.htrni 3/3 Contribution ratio(%) 11100 100 . . , .- .• mi,4',.10fw yomi,..,,,, • file:///C:/ProgramData/Xtralis/Aspire/IDP.html 3/3 Applied Max Aggregate Sensitivity Applied Max Aggregate Sensitivity 0.0937 LI.0937 Applied Min Aggregate Sensitivity Applied Min Aggregate Sensitivity 0.0312 0.0312 Target Suction Pressure Target Suction Pressure 25 25 Target Balance Target Balance 70 70 Exclude from Autobalance Exclude from Autobalance 0 0 1:Section0-1 1:Section0-1 0.2443 197 8 1/8" X 1:Section0-2 1:Section0-2 0.2497 189 16 1/8" X 1:Section0-3 1:Section0-3 0.2523 185 25 1/8" X 1:Section0-4 1:Section0 0.2541 183 50 1/8" X 1:Section0-5 Number of holes 196 10 1/8" X 4 Number of holes . Flow Share(%) 5 100 Flow Share(%) Aggregate Sensitivity 100 0.0625 Aggregate Sensitivity Balance(%) 0.0625 96 Balance(%) Suction pressure (least)** J L 100 '183 file:NC:ft:Tog ___ • ramData/Xtralis/Aspire/IDP.html 2/3 - 1/8/2018 , - : • . Installation Address Pipe Type Contact Date Installer Calculated By Units Altltude Designed with file:/IIC:/ProgramDatalXtralis/Aspire/IDP.html ' 't3t14tti . . Data Hole Sizes ASPIRE Installation Data Pack: IGE BLDG 3 - COLO 2 & 3 LLC.ASPIRE . __ 211t,tot , Pack for IGE BLDG 3 - COLO 2 & 3 LLC - SABEY DATA CENTERS 3333 S 120TH PL TUKWILA, WA 98168 America MATT STEWART 1/5/18 WESTFIRE GREG MCLARTY US 45' 1/8" 1/3 1/8/2018 ASPIRE Installation Data Pack: IGE BLDG 3 - COLO 2 & 3 LLC.ASPIRE Detector : VLC 2 Type VESDA VLC V2 Born/240ft Endcap Usage Create a Balanced Design Application default Fire 0.0625%/ft Air Temperature 68.0°F Absolute Pressure 1012hPa System Flowrate 30.11/min Total Pipe Length 21' 2" Number Of Sample Points 5 Maximum Transport lime 10 Minimum Hole Flow Rate 2.01/min Exhaust Length 0' Exhaust Diameter 0.875 Exhaust Pressure Drop OPa Inverted Detector No Sampling Point Sensitivity . 1/8/2018 ASPIRE Installation Data Pack: IGE BLDG 3 - COLO 2 & 3 LLC.ASPIRE Pipe:COLO-2-CAHU-6 Total Pipe Length 21' 2" Ambient Pressure OPa Sector Pressure 210Pa Number of Sample Points 5 Pipe Flowrate 30.11/min Section° Pipe Diameter 0.875 # Distance ft Relative ft Direction Hole Diameter in Capillary Length Transport Time sec • Pressure Pa Flow 1/min Flow % Hole Sensitivity %/ft Pipe Diameter in Capillary Diameter Intersection Pressure 1 - Bend 90 10' 8" 10' 8" R - Bend 90 12' 8" 2' L F • - Bend 90 13' 10" 1' 2" R 1:Section0- 1 Hole 14' 10" 1' 1/8" 5 198 6.0 20.1 0.3117 0.875 Threshold Lev_elj Classification Hole Aggregation' Fire 0.0625%/ft VEWFD 1 1:Section0- 2 Hole 16' 5" 1' 7" 1/8" 5 197 6.0 20.0 0.3122 0.875 Group Details 1:Section0- 3 Hole 18' 1' 7" 1/8" 6 196 6.0 20.0 0.3126 0.875 1:Section0- 4 Hole 19' 7" 1' 7" 1/8" 7 196 6.0 20.0 0.312811 0.875 , I Hole Sensitivity Pressure Transport Time Hole Diameter [Default Group] 1:Section0- 5 Hole 21' 2" 1' 7" 1/8" 10 196 6.0 20.0 0.3129 0.875 Group Type ' 1:Section0- 6 Endcap 22' 2" 1' 0" 0.875 Max Target Aggregate Sensitivity0.0937 Min Target Aggregate Sensitivity I I_ _ 0.0312 , 14'w Atallt6f )411A know ' . file:///C1ProgramData/Xtralis/Aspire/IDP.htrni 3/3 Contribution ratio(%) 11100 Applied Max Aggregate Sensitivity 0.0937 Applied Min Aggregate Sensitivity 0.0312 Target Suction Pressure 25 Target Balance 70 Exclude from Autobalance 0 1:Section0-1 0.3117 198 5 1/8" X 1:Section0-2 0.3122 197 5 1/8" X 1:Section0-3 0.3126 196 6 1/8" X 1:Section0-4 0.3128 196 7 1/8" X 1:Section0-5 0.3129 196 10 1/8" X Number of holes . 5 Flow Share(%) 100 Aggregate Sensitivity 0.0625 Balance(%) 100 Suction pressure (least) 196 lUe:ll/C:/ProgramDatalXtralls/Aspire/IDP.html 2/3 Lu Safer. Smarter. Tyco. 01 CA' • s I-1 r -I 00 00 rn M cza CD Csi rg LECTRICAL VESDA 41 2 0 ID LU 0 0 0 MODIFIED NAC LA us CI hd ce 2 DRAWN BY: GM CHECKED BY: MS ISSUE DATE: 1/8/18 JOB #: PROJECT #: 175:603690804 TYCO WESTFIRE 2018 SYSTEM: FIRE ALARM SYSTEM SHEET: VLC1 & VLC2 FLOW CALCULATIONS FA -601 FILE PATH: G\Users\gmclarty\Johnson Controls\NADG Projects - SABEY COLD 2 & 3 - 603690804\VESDA DETECTION SYSTEM\FA-602.dwg LAST SAVED BY: JMCLARG LAST PRINTED: 4/20/2018 1:33:38 PM 24" x 36' - Arch D Size 1182018 ASPIRE Instal lation Data Pack: IGE BLDG 3 -COLO 2 & 3 LLCASPIRE ,A4-11: R . a .4. iridisrr,i!! Installation Data Pack for IGE BLDG 3 - COLO 2 & 3 LLC Address SABEY DATA CENTERS 3333 S 120TH PL TUKWILA, WA 98168 Type America Contact MATT STEWART Date 1/5/18 Installer 1NESTFIRE Calculated ByGREG MCLARTY Units US Altitude 45' Designed with Hole Sizes 1/8" 1/8/2018 ASPIRE Installation Data Pack: IGE BLDG 3 - COLO 2 & 3 LLC ASPIRE Detector: VLC 3 Type VESDA VLC V2 80m/240ft Endcap Usage Create a Balanced Design• Application default Flre 0.0625%/ft Alr Temperature 68.0"F Absolute Pressure 1012hPa System Flowrate 47.21/min Total Pipe Length 32' 2" Number Sample Points8 Maximum Transport lime 9 Minimum Hole Flow Rate 2.01/min Exhaust Length 0' Exhaust Diameter 0.875 Exhaust Pressure Drop OPa Inverted Detector No Sampling Point Sensitivity 1/8/2018 ASPIRE Installation Data Pack: IGE BLDG 3 - COLO 2 & 3 LLC ASPIRE Pipe:COL0-3-CAHU-7 & 8 1/8/2018 I• ii i ' ft Flow 1 ASPIRE Diameter! Installation Length Data Pack: Time IGE BLDG _11 3- COLO ! 2 & 3 LLCASPIRE Sensitivity) Diameter in Diameter l Pressure l 1......... ________ ..---.............. 1 1 __......_................_....._.11........_._._................ 0,0312. ___ ___ 1 jI 25 Target Suction Pressure Tee 11'1 4' 21; U 1 11• �0 I X 1:Sectlonl.1-1 0.5690 J 1211/8° [ 0.5693 168 Ambient res Pressure OPa Sector Pressure 203Pa Number of Sample Points 8 Pipe Flowrate 47.21/min 0.5690 Section2.1 Pipe Diameter 0.875 1:Sectlonl.2-1 0.5690 SeCtlOn° 12 # X ! Distance:`Relativej I [ ft € ft J Direction Hole Diameter in Capillary Length Transppp000rtrtrt limeI sec Pressure Pa Flow /min Flow % Hole Sensitivity %/ft Pipe Diameter In Capillary Diameter IntersectionPipe Pressure 5 Pipe Diameter 0.875 X - Bend 9p 11' 11" 11", R ............ I X 1 1:Secdon2-4 0.5580 175 7 11/8" A X 1 1:Seclton2.0 Number of holes 0.5582 175 ..: ..... ....... .. .. . .. ..... ..... ..........._...........................,,................_......._......._......__ .._..._....................... 1/8` 1:Section2.1 Hole 13' 3" 1' 4"! r_----,..... -,... 21_( Flow Share(°/) 1/2"- 100 1 Aggregate Sensitivity Balance(%) .._ MR. 1 i 0.0625 98 ! Suction pressure (least) - _ 168 Distance; Relative Direction Hole I Capillary' Transport: Pressure Flow Flow % Hole i Pipe ' Capillary Intersection 1 1/8" 6 189 5.9 12.5 0.4999 0,875 , I _... ' !Diameter ....__.._.., ! .... Length Time Sensitivity ] Diameter in _.._._. Diameter .... _- Pressure T 1:Section2.1 2 Hole 15' 3"! 2 1/8" 9 189 5.9 _ 12.5 0.5001 0.875 - -' Tee! !! 6' 10"I , 6' 10"! _- Li ;!-1 i ...._...11_......._._.__!_._..._ .._ _II__.__ ._._____;.._.__._.._......_i._._...__._.Jl______i�.,-....__.- 1:Section2.1 Endcap 16'7"` 1' 41 0" -- 0.875 Section1 Pipe Diameter 0.875 Section2.2 I ThresholJL Level 11 Classification!) Hole Aggregation) ; Distance! Relative, Direction' Hole i Capillary Transport Pressure Flow Flow % Hole I Pipe Capillary! Intersection! Pipe Diameter 0.875 Fire 0.0625%/ft VEWFD j 1 I 1 ft ; ft Diameter! Length Time ! , ,,,_„�, ;Sensitivity; •-� Diameter in Diameter! ! Pressure " "� Distance Relative' Direction Hole a Diameter Capilla enens Length 1Yansport Time Pressure Flow Flow % Hole S itiv Pipe Diameter Capillary Diameter Intersection Pressure - Group Details -i17;1-17,.. 2" # ft , R in sac Pa I/min %rift in _._-4 _.._..--U----.....-!----...__.I.._..----'----_-_..-._....__....._..__._!.__....._1--------i----1----�-- Bend 90 11' 11 R Sectionl.1 1:Sectlon2.2- Hole 13'3"! 1'4'1 ! .118° 6 189 n!� 12.5 0.4999 0.875 r !Hole SensitivItAPressure 'Transport TimellHole Diameter [Default Group]; Group Type 1 Il III j 1 Pipe Diameter 0.875 1:Section2,2- _ 2 Hole 15' 3" Z'! .__..... __ ._.....__.___....-----._._. 1/8" _._._._...._ 9 __..._......_._. 189 _.__....._...._ 5.9 ............. 12.5 0.5001 0.876 _--_.- - Max Target Aggregate Sensitivity -___._ L_.__._,_.._..�____! ..._..___ _ 0.0937 -_--- • ___,-^.-_J Min Target Aggregate Sensitivity I JI (1 I---------- 0.0312- 1 -.. _---_._-_..--a _ .. ... ce;Re-._._._._.._._.....__.._.__...._._ DistanceiRelativelDirection' t i . ............._...............------._ Hole Capillary' j Dia rLength Transport Time --....._..............._.__..__......__...__._.._.. Pressure Flow Flow % Hole S a Pipe r Diameter Capillary Diameter Intersection Pressure 1:Sectlon2.. 3 Endcap 16'7". 1'.4' 0' 0.875 Contribution ratio(%) _..__....._..__._. .................__ __ ._...... I........... _.._._..._._.....__... (._....._...._._....1........................__.._._.. j ....._.._.____..__..._ 10 0 ___........._......._.._. ___J # ft s ft j In sec Pa/min%Jft I %/ft In [Applied Max Aggregate Sensfuvity L .___._. [,, ' 0937.__............! Bend 90 11' 11" 11"1 L' ! ! q.�- .._.__._..--..JI_.___._._.....-._._.__..___..._..IL.__._.._._ Applied Min Aggregate Sensitivity 1 I 1 11 0.0312 Target Suction Pressure JI.._...._._._..._........._.._...._il......._......_._ ... ! ...................._............._..:I....._:........_._.__..........125........_................._., 1.Secdon 1.1- Hole 13 1 '3" '4`1 1 118 " ..._..........._...._....._. 6 1 09 _............_...................._. 5.9 12 .5! 0.4999 ................. 0.675 ... ......_..........._.........__._._._..._...__.. ii,;�.'i3�ab. Ili* , i '' � � � u rma is TargetBalance ! 1:Sectionl.1- 2 Hole 15' 3" 2'! 1/8" 9 1891 5.9 .__--.........1......__ .................. 12.51 0.5001 0.875 -. - Exclude from Autobalance ! 1 1:Sectlonl.l-1 0.4999 -- -.-_.__ 189 ___ 6 _______-_____, 1/8" ________.-_____.._._,........._! �( I 1:Secdonl. 3 Endcap 16' 7" 1' 4°i 0' j� ' 0.875 -______.__.._. _._- 1:Sectionl.l-2 . 0.5001 189 9 1/8"1 X j Sectionl.2 Pipe Diameter 0.875 . 1:Secilonl.2-1 0.4999 189 6 11/8" X j 1:Sectionl.2-2 0.5001 189 9 11/8. X i l:Section2.1-1 0.4999 189 8 1118" X ( ....... .............1 ._._..._....__.......... Distance: Relauvei:D c6 1 I ft ; ...._..__..._......._._...�._.._......_._...... Hole Diameter in ...................._............_...1......................._..........._......i............_....... Capillary; Length ! Transport Time sec Pressure Pa I Flow 'I !/rain Ftow, % 1 Hole Sensitivity %/ft ......._.. Pipe Diameter In _.._.__...._._. Capillary Diameter _..............._..........- Intersection Pressure ------ 1:Sectlon2.1-2 0.5001 189 9 118" ! X ! 1 :Section2.2-1 0.4999 -- 189 __-- ' 6 I1/e' ___._.__._.._..___._f --_._____-.__. %( _..__.....___..._._.__.J ! Bend 901 11 , 1111 1' L1 1 I I j ` J . ___-----._._._._..__._..._......-. 1:Section2.2-2 0.5001 189 9 1118" X 1:Section1.2. i 1I Hole 13' 3" 1' 4"'I li J 1/8" ! , 6 189 5.9 a� 12.5! ! 0.4999 0.875 Number of holes 1 11 1 I[ a 1 1:Sectlon1,2y �i Hole 15'3•'12'/! .._._._........._..........._......:...._... _.._I._........_ 1/8" ................. ................. 9 18911-57 _....................._............_......I_....._ 12.5 ........................._...._..._...__......._.._.....__._._,.,_....... 0.5001 0.875 _ .-_._....._.. Flow Share(%) 1 • L ( t00 !, - AggregateSensitivity .Il _ .......__. _. ! 0.0825 1:Section1.2-; 3!! Endcap 16' 7" 1' 4" ; t; 0" ! 0.875 ......................_ Balance(%) i _.__..---._.__� 100 ____.._..] (Suction pressure (least)IIIIIIIIIIIIII `I 189 ......., _.._ ..__..... - .., _. Section2 Pipe Diameter 0.875 file•IpCJProg ramDataOCtralis/AspirellDP.htrrJ 1/4 filet//CJProgramData/Xtraiis/Aspire/IDP.htn ' 2/4 fiIeJUCJProgranData/Xtratis/Aspire/IDP.htrri II IlDistanceiRelative Directionll Hole jCaptllaryilTransportjPressurellFlowjlFlow%!II Hole ) Pipe I[Capillary'llntersectionll d 3/4 filet//CJProgramData/Xtralis/Aspire/IDP.html 4/4 1/8/2018 ASPIRE Installation Data Pack: IGE BLDG 3 - COLO 2 & 3 LLCASPIRE Installation Data Pack for IGE BLDG 3 - COLO 2 & 3 LLC Address Pipe Type Contact Date Installer Calculated By Units Altitude Designed with Hole Slzes SABEY DATA CENTERS 3333 S 120TH PL TUKWILA, WA 98168 America MATT STEWART 1/5/18 WESTFIRE GREG MCLARTY US 45' 1/8" file///CJProgramData/Xtralls/AspirelIDP.htrrl 1/4 1/8/2018 Detector : VLC 4 Type Endcap Usage Application Fire Air Temperature Absolute Pressure System Flowrate Total Pipe Length ASPIRE Installation Data Pack: IGE BLDG 3- COLO 2 & 3 LLCASPIRE VESDA VLC V2 80m/240ft Create a Balanced Design default 0.0625%/ft 68.0°F 1012hPa 50.71/min 58'41/2" Number 0f Sample Points 9 Maximum Transport Time 15 Minimum Hole Flow Rate 2.01/min Exhaust Length 0' Exhaust Diameter 0.875 Exhaust Pressure Drop OPa Inverted Detector No Sampling Point Sensitivity L Threshold/// Laved Classiflcattonil Hole Aggregation] 1Flre .__.._ JL0.0625%/ft11VEWFD_........._._...._..111_....._......_.._.__..__.....__......... Group Details Ille:///C:/ProgramData/Xtralis/AspirelIDP.html 2/4 1/8/2018 ASPIRE Installation Data Pack: IGE BLDG 3- COLO 2 & 3 LLC.ASPIRE Pipe:COLO-1-CAHU-1 & COLO-2-CAHU-1 Total Pipe Length 58' 4 1/2' Ambient Pressure OPa Sector Pressure 200Pa Number of Sample Points 9 Pipe Flowrate 50.71/min Section° Pipe Diameter 0.875 Distance ft { Tee; 10'8' Section/ Relative Direction ft Hole Diameter apillaryl Length Transport Time Pressure! FIow1 Flow % Hole ! Sens ltivity; Pipe Diameter I"....._. Capillary! Intersection! Diameter Pressure Pipe Diameter 0.875 10' 8" i Hole Sensitivity Pressure Trensportliime)1Hole Diamete 4Default_Groupj' Group Type _ ........._.._ _._......_......_........-- _____.___X Flow 1 ax Tgate Sensltivity MTarget Aggregate �__. 0.937.. _ _.I_ 1I...... ................- Min Target Aggregate Sensitivity Contribution ratio(%) 1 1 _11 110.0312 11100 0.0937 Applied Max Aggregate Sendtivity 39' 1/2" ..__....... I Applied Min Ag9re9ate Senduvity 1......... ________ ..---.............. 1 1 __......_................_....._.11........_._._................ 0,0312. ___ ___ 1 jI 25 Target Suction Pressure Target Balance Exclude from Autobalance D1 !I !70 1 11• �0 I X 1:Sectlonl.1-1 0.5690 169 1211/8° 1:Sectionl.1-2 0.5693 168 15 i1/8" 0.5690 X 1:Sectlonl.2-1 0.5690 169 12 1/8' X ! 1:Sectionl.2-2 0.5693 0_5559 168 15 j 5 11/8" 1/8" X 1 1:Seclion2-1 177 0.875 X i 1:Section2-2 0,5569 176 5 1/8" X 1:Section23 0,5576 176 6 11/8" -1 ............ I X 1 1:Secdon2-4 0.5580 175 7 11/8" A X 1 1:Seclton2.0 Number of holes 0.5582 175 10 • 1/8` X 0.5693 0.875 r_----,..... -,... 21_( Flow Share(°/) 1/2"- 100 1 Aggregate Sensitivity Balance(%) .._ MR. 1 i 0.0625 98 ! Suction pressure (least) - _ 168 Ille:///C:/ProgramData/Xtralis/AspirelIDP.html 2/4 1/8/2018 ASPIRE Installation Data Pack: IGE BLDG 3- COLO 2 & 3 LLC.ASPIRE Pipe:COLO-1-CAHU-1 & COLO-2-CAHU-1 Total Pipe Length 58' 4 1/2' Ambient Pressure OPa Sector Pressure 200Pa Number of Sample Points 9 Pipe Flowrate 50.71/min Section° Pipe Diameter 0.875 Distance ft { Tee; 10'8' Section/ Relative Direction ft Hole Diameter apillaryl Length Transport Time Pressure! FIow1 Flow % Hole ! Sens ltivity; Pipe Diameter I"....._. Capillary! Intersection! Diameter Pressure Pipe Diameter 0.875 10' 8" i Distance I Relative ft ft Direction Hole 1 Diameter! ,'in Capillary Length Transport lime ? Pressurel ' 1 Flow 1 Flow %, ; Hole ! Sensitivity Pipe Diameter Capillary Diamete Intersectton Pressure 1.....Bend_90122' .10:1/211:12'..2..1/2". ....................................._.............._................................. 39' 1/2" ..__....... 1 • ........... J.... _....._..__. _._..__..._._ ;I J ...._._.-.-.._J __.__. -! Bend90; 33'3la"11 ,0'5' D1 !I 11 1 _-1 .__..._.._..... t1 ........ 'I..... 1 _._....__....._�l._..._._ I 1 _ .........11. ............ 1 1 Hole; 1 -, Bend 901 37' 1_1/21_;;;;;T;;•10";__ ..........1..... J ....._ _..._J.._........_.. Jam- 1:Section2- 1 _ .. ... Teel...38 „12 i1..... 1,J..._........_ Section 1.1 Pipe Diameter 0.875 # I I 1 ! Distance ft Relative ft Direction Hole !Capillary Diameter! in Length Transport Time sec Pressure! Flow! Flow' ' 1 % Pa 11/min! Hole Sensitivity °Aft Pipe Diameter In Capillary Diameter Intersection Pressure -i ., Bend, "- got 39' 1/2" ..__....... 11" _.___......_ a ..._.._.,....._..._ 11" _.__... 1 j 1 .................__..t _....__........_.__ 0.875 - .__.._..._.. .. 1:Sectlon1"1- 1I Hole; 40' 4 1/2' 1' 4` _ 1/8": 1:Section2- 1 12 1691 5.6 1 11.0! 0.5690 • 0.875 8' 1' 7" 1:Section1.1-j 2, .._.. ............... _. Holel __.__ .. i 42'4 1/2" _................_... ' 2' __..._.'. 40' 4 1/8" 15 168! J....... 5.6 .............._...._ �^-I 11.0 0.5693 .... __----. 0.875 1 :Secdonl.l= 3; EEndndc Endcap: 1 4 43'8 1/2' 1'4 4 " 1/8" 0' 0.875 DRAWN BY: i ............ I 0.875 23 55 1' Sectionl.2 Pipe Diameter 0.875 # ! Distance ft Relative ft Direction Hole 'Capillary Diameter! in 1 Length Transport lime secPa Pressure Flow; i I/min; Flow' % iSensitivityl ! Hole - %/ft j Pipe Diameter In Capillary Diameter Intersection Pressure - _ Bend 39' 1/2' 11" 0 11.2 0,5559 0.875 - - 1' 2" L 90. _ 1:Section2- 1 1' 4° 5.7 f1! 8' 1' 7" 1 4120/18] f0 118" 1/8" _....____ i:Sectionl.2.i Holel 40' 4 1' 4" 1/8" 1:Section2�® 31 :Section2 Hole 4 ... _........ ___ 12 169 5.6' 11.0' 0.5690 0.875 ...._11 .--.._. 1 1 /2` 1' 7' 1/8" 5.7 11.2 0.5582 0.875 DRAWN BY: GM ............ I _.._--------- 23 55 1' I:Sectionl.2j Hole[ 42'4 2'1/8,i 0.875 SYSTEM: ' - FIRE ALARM SYSTEM SHEET: 15 168 5.6 11.0, 0.5693 0.875 21_( 1/2"- __ - I _ -- 1:Section1.21 3; Endcap! 43' 8 1l2' 1' 4" 0", ! 0.875 Section2 fibeJ//C:/Prog rarnData/Xtralis/Aspire/IDP.html 3/4 1/8/2018 ASPIRE Installation Data Pack: IGE BLDG 3 - COLO 2 & 3 LLCASPIRE Pipe Diameter 0.875 to fl l eJ//C:/Prog ramData/Xtralis/Aspire/IDP.html 4/4 Distance ft Relative ft Direction! Hale Diameter In Capillary Transp• Pressure! Length Time I sec I Pa Flow I/min Flow % Hole Sensitivity %!ft Pipe Diameter In. Capillary Diameter Intersectton Pressure - Bend Bend 90__I_ _ 13'7" 14' 9' 16' 1" 2'11° _ B co - -- - ! 5 1771 11.2 0,5559 0.875 - 1' 2" L 1/8" _ 1:Section2- 1 1' 4° 5.7 1:Sectlo 2 17' 8' 1' 7" 1 4120/18] f0 118" 1/8" _....____ �. ....... _._..._....._ 5 1761 --G 6 176! J 7 1751 ._....._..._.._._..__....._.._........1................_ 10 1751 1 5.7 11.2 0.5569 5.7 11.2 0.5576 5.7 11.2 0.5580 - _._...._......_......._...._..._._....._.....__._.._.__............. 0.875 0.875 0.875 1:Section2�® 31 :Section2 Hole 4 ... _........ ___ 19' 3" 20' 10" ________ 1' 7" 1' 7' ......................._.__.._. -ce- 1:Sectton2- 5 Hole 22' 5" 1' 7' 1/8" 5.7 11.2 0.5582 0.875 DRAWN BY: GM 1:Section2- 6 Endcap 23 55 1' JOB #: 0" PROJECT #: 175:603690804 0.875 SYSTEM: ' - FIRE ALARM SYSTEM SHEET: to fl l eJ//C:/Prog ramData/Xtralis/Aspire/IDP.html 4/4 Safer. Smarter. Tyco.Tm .41.4 DISTRICT -175 9520 10TH AVE S SUITE 100 SEATTLE, WA 98108 1-206-381-3090 1-206-381-3090 1-206-381-3490 IGE BLDG 3 - COLO 2 & ELECTRICAL VESDA SABEY DATA CENTERS SABEY DATA CENTERS 3333 5120TH PL TUKWILA, WA 98168 .OG: Revisions shown with A. symbol DESCRIPTION MODIFIED NAC LAYOUT IN COLO 2 x, u co DATE 1 4120/18] 10 -ce- DRAWN BY: GM CHECKED BY: MS ISSUE DATE: 1/8/18 JOB #: PROJECT #: 175:603690804 NCO WESTFIRE © 2018 SYSTEM: ' - FIRE ALARM SYSTEM SHEET: VLC3 & VLC4 FLOW CALCULATIONS FA -602 3 m 0 0 0 M N 9 0 ri 0 b c • 0 v c E l7 v CLI 0 I 4/20/2018 1:33:43 PM qC WESTFIRE1 Safer. Smarter. Tyco. TM' DISTRICT -175 9520 10TH AVE S SUITE 100 SEATTLE, WA 98108 1-206-381-3090 _-)nc_aoi_anon - 1_1nc_ao1_aAnn _ 1/8 1/9/2018 Detector file•J//C/ProgramData/Xtralis/Aspire/IDP.htm1 • ASPIRE Installation Data Pack: : VLP '1 Type . VESDAVLP Endcap Usage Create a Balanced Des gn Application default Aspirator Speed 3600 Ftre0.0625%!ft Air Temperature 68.0°F Absolute Pressure 1012hPa System Flowrate 101.11/min Total Pipe Length 292' 5" Number Of Sample Points 28 Maximum Transport lime 25 Minimum Hole Flow Rate 2.01/min Exhaust Length 0' Exhaust Diameter 0.875 Exhaust Pressure Drop OPa Inverted Detector No Sampling Point Sensitivity IGE BLDG 3 - COLO 2 & 3 LLCASPIRE 2/8 1/9/2018 113:Section0-1 file:/l/C1ProgramData/Xtralls/Aspire/IDP.html ASPIRE Installation Data Pack: IGE BLDG 3 - COLO 2 & 3 LLCASPIRE Group Details 3/8 1/9/2018 file!//CJProgramData/Xtralis/AspirellDP.htrN ASPIRE Installation Data Pack: IGE Flow Share(°!°).1125 _, _.._.__._. �I_._.---__.__...._....---'--...._. __ __._.. A� BLDG 3- COLO 2 & 3 LLCASPIRE 25 25 25 ._._;.. __ _.�.._._. _._ ��.___-�. ,.... -..I 0.2502 0.2503 0.2500 0.2494 - . 4/8 1/9/2018 ASPIRE Installation Data Pack: IGE BLDG 3- COLO 2 & 3 LLCASPIRE • Y6. n=t.pvmtss tcv s new; Installation Data Pack for IGE BLDG 3 - COLO 2 & 3 LLC Address SABEY DATA CENTERS 3333 S 120TH PLMin TUKWILA, WA 98168 Pipe Type America Contact • MATT STEWART Date 115(18 Installer WESTFIRE Calculated By GREG MCLARTY Units US Altitude 45' Deslgnedwlth Hole Sizes 118" . file///C:/PrograrnData0(tralis/AspIre/IDP.htm1 Aggregate Sensitivity j Balance(%) 1-� [99 (99 99 1199 1 flow ti Hole SenSIUV l Pressure; Transport 'Time' Hole Diameter [Default [New [New Group �Suction 1 [New Group 2 resarre east (( P (lead) ( 70 70 pp 70. 70 Group Type Max Target Aggregate Sen dtivity 1� Target Aggregate Sendlivily......._.._ ....._.._._.....___. _. � Capillary Intersection ..Group]...........Group . . .............._...........__......__................._.............._............................................ ` �...------.._: _._.....__._._ _... __......._______..___....___ Relative 0.3750 0.3750 0.3750 0.3750 _.._._,. .._..750 _-, __ Hole ICaplllary 10.1250..............._... 0.1250 _.._....10,1250 _.._._._......_10,1250 100 100; L Cont ibution ratio(/) Flow: Hole , 100 100 Applied Max Aggregate Senglivity ) i0.37500.3750 I Distance 0.3 5 0 0 0 - Applied Min Aggregate Senstivity Transport Time 0.1250 0.1250 0.1250 [25 125 0.1250 Target Suction Pressure Diameter Diameter Intersection Pressure 175:603690804 ! 25 25 Target Balance Distance I Direction` 1 I 170 , 170 0 70 0 70 0 Exclude from Aulobalance Flow , / I 1 t:Section0-1 1,7361 ----- 11 ; 72 6 118" ._..____ ____ __.,...-____________ # ...... ._.__--_. _.__.-__._....._____..._.._.__,___.._..._...._. 1:Sectlon0-2 1.7435 71 16 ' 1/8' X lime I sec 1 Pa ' Ilmin ,seotiono3 1.7492 71 n 1/8' x Pressure 1:Sectlon0.4 1.7535 70 18 1/8' 1 �( L 1:Seclon05 i 1,7568 70 119 ' 1/8" .....__.__._.___.............__ 1 �( ............... _...__._.._._._..._.._..._. -- --- .,....•,_,Threshddil....._.._ vel71.••,,,,,...Classiflcadon;l,_- Hola.A .$repatlon Fire 0.0625%/fli SFD 1 1 1:Section0-6 1.7590 70 21 1/8' . 1 , X In sec 1:Secllon0-7 1.7600 70 25 1/8" 1 X in I 2:Section0-1 1.7373 1.7447 72 '16 1/8" X �( ft 2:Section0-2 71 16 1/8"1 J 2:Section0-3 1.7605 71 :17 1/8" 1 2:Seclion0-4 1.7548 70 '18 1/8' 1 ..._._..._.... -'-- Bondi _,_ _` - 2 ' 2` 2:Section0-5 1.7580 70 19 11/8" 1 X 2:Section0.6 1.7602 70 121 11/8" �( 2:Section0-7 1.7613 70 1,25 11/8' �( '- I --_ :- X 11.7350 72 116 11/8" 1 3:Section0-2 1.7425 71 .16 I 1/8' I �( 3:Section0-3 1.7482 71 17 11/8" 1 , X 2' 2" 3:Section0.4 1.7525 71 18 11/8" ! j I X 3:Section05 1.7558 70 19 '1/6" X 3:Section0.6 1.7579 70 21 11/8' • I ` X I 3:Section0-7 11.7590 70 325 ':, 1/8" 1 1 4:Section0-1 1111111.7310 72 15 f!8' i ! I �( :Section0-2 4:SeclionO-3 114:Sectton0-4 1.7384 72 16 1 1/8" _.__.___.....___.__._.__._.__._._ v X 1.7441 71 17 1/8" ..____._.._...._'__'-_...._....._ 1 �( 1.7484 71 118. 1/8' j! Bend X 14:Section05 1.7517 71 19 1/8" IL X i 4:Secti one -6 1.7538 70 ,21 11/8" X 4:Section0-7 1.7549 70 25 1 1/8' ! X Number of holes (_ 17 7 7 17 I- iI 1 � qC WESTFIRE1 Safer. Smarter. Tyco. TM' DISTRICT -175 9520 10TH AVE S SUITE 100 SEATTLE, WA 98108 1-206-381-3090 _-)nc_aoi_anon - 1_1nc_ao1_aAnn IGE BLDG 3 - COLO 2 & ELECTRICAL VESDA SABEY DATA CENTERS SABEY DATA CENTERS 3333 5120TH PL TUK4NlA, WA 98168 ISSUE LOG: Revisions shown with I symbol' DESCRIPTION 1/9/2018 ASPIRE Installation Data Pack: IGE BLDG 3- COLO 2 & 3 LLCASPIRE Pipe:COLO-2-CAHU-7 • Total Pipe Length 72' 2 1/2" Ambient Pressure OPa Pressure 108Pa Number of Sample Points 7 Pipe Flowrate 25.31/min Section° Pipe Diameter 0.875 1/9/2018 ASPIRE Installation Data Pack: IGE BLDG 3- COLO 2 & 3 LLCASPIRE Pipe:COLO-2-CAHU-5 Total Pita Length 73' 5' Ambient Pressure OPa Sector Pressure 108Pa Number of Sample Points 7 Pipe Flowrate 25.21/min Section° 1/9/2018 ASPIRE Installation Data Pack: IGE BLDG 3- COLO 2 & 3 LLCASPIRE Pipe:COLO-2-CAHU-4 Total Plpe Length 73' 8" Ambient Pressure OPa Sector Pressure 108Pa Number of Sample Points 7 Pipe Flowrate 25.21/m1n Section° Pipe Diameter 0.875 1/9/2018 ASPIRE Installation Data Pack: IGE BLDG 3 - COLO 2 & 3 LLCASPIRE Pipe:COLO-2-CAHU-S Total Pipe Length ' 73' 1 1/2" Ambient Pressure OPaSector Pressure 108Pa Number of SampleSector Points 7 Nipe Flowrate25.31/min Section° Pipe Diameter 0.875 F -Ti Distance ft Relative. Direction ft Hole r Diameter in Capillary Length Transport Tim e sec Pressure Pa flow ti Flow Hole % Sensitivi ° °/rift Pipe Diameter In Capillary Diameter Intersection Pressure ssu e Pipe Diameter 0.875 ....._.._._.....___. _. � Capillary Intersection Distances Relative Direction Hole ICaplllary Transport Pressurei Flow Flow: Hole Pipe Capillary Intersection I Distance Relative Direction Hoe Diameter Capillary Length Transport Time Pressure Flow Flow % site € Sensitivity'. Pipe Diameter; Diameter Diameter Intersection Pressure 175:603690804 TYCO WESTFIRE ® 2018 SYSTEM: FIRE ALARM SYSTEM SHEET: Distance Relative Direction` 1 I Holo Diameter Capillary; Length : Transport Time Pressure Pa Flow Umin Flow , / I Hole Pipe Sensitivity; Diameter °!rift in Diameter Pressure # ft.__ ft - Diameter' In _._ Len lime I sec 1 Pa ' Ilmin % 1 Sensitivity ° /olft _.._.. Diameter in Diameter Pressure Bend 90 2 2'.1111 L # ft ft In sec Pa Umin %/ft ; in I # ft ft in ! sec �' ..._._..._.... -'-- Bondi _,_ _` - 2 ' 2` ._ _....__ 2 2 L 2' 2' R Bend 2' 2" 2' 2' R1 I 90, 1 1 L Bend jIj 90 __ 3' 2"1�- __..._._...__ _.__.___.....___.__._.__._.__._._ ____-._. _�-�__._.._ __....____,__._..._.._...._..._..._....._ ..____._.._...._'__'-_...._....._ j! Bend IL 90 � ILLLL __ _______.1 ___........_.. 3' 11 ! D1 I Bend 5' 7"' 3' S" D N � Bend5' 8 1!2° 3' 8 1/2' D Bend B' 1 112" 1 , '1 I.. _______.-_is.__ Bend D 14 ' 8 10" i F ! 1 90 1/2'1 _901 .._._.._Bend .........14 .� ., ......................1 ...._..._............ .........._. ................... ........ _._._I ._......._....._...__. 90 _ . . .__._,.__... i !! I F I Bend 14' B 8' 10' F i Bend 15' 1 Ft 90 90 34'9' 20 9"I R --- 1 90 1!2' 1 I !end 90 1/2'' _____I __.-_._ _ _-. _.... ...i _.... - - - _ -._.__ _._._..._.........._.... __---,.__...._,-----' --....._ ._- -'- ----- -----'---_-- .r Bandl l 35' 6" 20' 11' R _._ L 1 I �� Bend 36' 1!2" 20' 11' L� 90! i ._.�_ - Bend3' 90 38'3 , 1 B • Bend 35' 3 20' 9" L f I 90 ...__� ..__..._.. __._._._. 381 3 F 1"; .._ 5" __.. _.._.-....._..----__ ----_---, ------_- I .... .. i.. -_._..__--..,_r _-.-_ 90 1!2" L ' ` .iII� Bend, 1 Bend 38'6 3'3' B f ! - ; Bend 9'5 39' S 3' 5' FI I I I I j f JL _ 90. _:___..___�__ 1 -- ..i i .. -._.- -.._.._.._ . - Bend 90 45 1/2 7 1/ 2"' U - 90 1/2" , I 90 L_........_.__.....r........_......_..._..L..........._...... ..._:... .._............_.... _._................_...._................_..__...__.---4- 1 Y ----- _-.._.._..-- '------_�-- Bend! 45' 11 T 1/2" U U ...._....._._.� ..................... Bend ........_.___......._.__.......__. 46' 6' 7' 1/2" U; I (J( 90! l2"i ,. ..._...._......- _ ._._...........L ........_........_ .........................._......_.._.. _ I ..:... ....,...----- -- --...._-----.._.._._-_-' _-____ .-- - X90 602 0' 15' 8'1 R ! -�,Bend 45' 7`1 T 1!2' I 90 1 i _. __._.11._..._...__,_._....1 7 , 8" 15 I 90 15' 8" R! �J •) Bend 90. 61' ( i• Bend 61' 3" 15' 8" R t Bend 62' 2" I j i I 1!2"I ., ...F Bend 90 62 1 �4• I B 90 L 1 I ` ! ! 90 -' - - t-...._-'__._._.__ - - -.._ : _. _.._ _�i � ___ ----- ---._ _.------ -- Bendj 4. 621721.1 Bend 62' T B L.._ Bend 63' 6" 1' 4' 901 1 j Sectio ____Ii _ Hole ___ 1 1/8 _ _ . - - - 15L 72 - 3A 3A 1.7310 _ 0A75 -_ _ __ - - 1 90 - � J 90 - ------ H50 63' 71 83 118 16! 721 6 3 1 73 0 875 1:SecUonO; 63' 11" 1' 4' 1/8" 16 72 3.8 3.6 1.7361E 0.875' 2:Sectlon0= Hole 64' 2" 8" 1!8" 16 72 3.6 3.61 1.73731 1 0.875 3.Secto 1 ole! 1 112'; ! .6� �' Sectio n 2 Hole _ . -Hole 6' 31.7384 t!2" 1 .....1'" 1/8"- _- 16 _-- 72 __ __ 3 6 _ _ 3 _ 1:1:875 -. - ___...._ 1i�4. ' 11 i 1n9- 3,6 3.6 0.875 1:Sectlon0 Hole 65' 6" t' 7" 118" 16 71 3.6 3.6 1.74356 = 0.875! 2:SectionD•! Hole 65' 9": 1' T 1 1 118' 16 71 3.6 3.61 1.74471 1....._ 0.875 3:Section0- Hole1 65' 21 1' 7" 118' 16i 71 _ . 4:SecUonO� 3 65' t0 1/2" 118"~. 17 71 3.6 3 6 .7441 0.875 �-- ----- I 0.875 1' T 118" 171 71 3.6 T 3.fi 1 1.74821 0.875 �� 1:Section Hole 67' 1' ----�--- 1' 7' --•-----�----- 1!8" 17 71 3.6 3.6 1.7492 0.875; 2:Sectlon0 I 31 Hole 67' 4" 1' 7' i 118" i 17 71 3.6 3.61 1.7505 ! I i 3:Secdon0 Hole! 66' 9 Sec 4• tion° Hole 6 5 7' 1 ' 7" 1/8 18 713.6 1.7484 0. 875 31 !3 _-._.-.� ___..112`1 --_._...__..._.._... ..._............__' -_--___1 ..__.. _..._...'--._....__..._.. -_-- -._ 1:SectlonO 1 Hole 68' 8" 1' 7" 1/8" 18 70 3.8 3.6 L 1.75353 0.875; 2:Section0 1 Hole 68' 11" 1' 7' 1 118" iI 18 70 3,6 3.61 1.75481 0.875 ! ono- lei •SecU Ho 4- 1 6 8' 4! 1 7 112", 1!3. 8"I 181 711 6 3 1 1.7525 0.875 :Section0 5 Hole 69' 112" 1' T1 118"! 19 71 - 3.6 3.6 --- 1.7517 0.875 41 ._._..._.. _..._._ ..._____..._; ._..__.__ 0.875 __ -" - .__,.....,_ __ - - - - - -- 3 __ - _• -- - 1:Section0! Hole 70' 3" 1' 7" 118" 19 70 3.6 1.7568' 0.875: 2:Section0 1 ' Hole 70' 6". . 1' 7 ! 1/6' 19 , 70 3.6 3.6' 1.7580; I ; I 1 3 i3:Sectlon0 HoleI 5� 1 69'11; 1'T 112" 1/ 8"1 01 19' 701 6 3,6 I 1 .7550 0.875 4:Section0-1 6 Hole 70' 7 1/2' 1' 7"i 1 1/8` 21 70 3,6 3.6 1.7538 0.875 r 118' i 21 70 3.6 3.6 1.76021 0.875 .--. _ ..___ ... .� ._...._.__._..... 1.___._._._.._.._. •-r 1:Sectlon0� Hole 71' 10" 1' T 1/8" 21 70 3.6 3.6 1.7590' 0.8751- 2:Section0 � Hole 72' 1" I61 1' 7' , 3:Section0- Hole 71' 6 1' 7' 1 118" j1 21; 70' 3.6 3.6 1.7579 0.875 4: 4:Sec0on0 7 Hole 72' 2 -__ole _...__.._1' 1!2" 1' 7"i I 1/8" -- --- _,_._ - 25 --'---- 70 ----_..... 3.6 ___ 3.6 _ 1.7549 ----._..._.....-_ 0.875 _._.. _..._.,._-..._..__.... i 1/8" � 25 70 3.6 3.51 1.76131 0.875 P-`------- -' "" `.. "" "' , ' 0.875 1:Sec0on0-I Hole 73' 5' 1' 7" 1/8" 25 • 70 3.6 3.6 1.7600. 0.876! 2:Sectlon0 Hole 73' 8° 1' 7' ! 13:Section0- Hole! 73' 1, 1' 7" 1/8"1 251. 701 3.6 3.6 3.6: 1.7590 4:Section0.1 81 Endcap73' 2 1/2 1'1 1 0" 0.875. _........_._._.._..---....__ __....... _-,-- -_-..-__.: __. __._.__ __..._... _ 7 1 112'': _ _ 1 J. ... _..._.__..__._.._-_.._ 1:SecUonO Endcap _._.___...__....__.._...__....._..__._._._.. 74'5" 1' ......................._......._...... 0" ! 0.875: IL 2:SecUonO• Endcap 8�L 74'8" 1' !! 0' � I I 0.875. __ -- -- _ ---_.._._-_ Sectio En 13:... ..n 8- dcaP .� --__..__-----.__._ 7 1'0.875 .__ ....-- .. o"1 i 1 1 II.» t�. e • file:!//C:/ProgramData/Xtralis/Asplre/IDP.html 8/8 8i 1/2-1 i file'///C:/ProgramDataiXtraiis/Aspire/IDP.htn11 5/8 fliel//CYProgramData/Xtralis/Aspire/IDP.MmI 618 file///C/ProgramData/Xtralls/Aspire/IDP.html 7/8 qC WESTFIRE1 Safer. Smarter. Tyco. TM' DISTRICT -175 9520 10TH AVE S SUITE 100 SEATTLE, WA 98108 1-206-381-3090 _-)nc_aoi_anon - 1_1nc_ao1_aAnn IGE BLDG 3 - COLO 2 & ELECTRICAL VESDA SABEY DATA CENTERS SABEY DATA CENTERS 3333 5120TH PL TUK4NlA, WA 98168 ISSUE LOG: Revisions shown with I symbol' DESCRIPTION f MODIFIED NAC LAYOUT IN COLO 2 hd M co DATE 0 O N V• ce Q 2 DRAWN BY: GM CHECKED BY: MS ISSUE DATE: 1/8/18 JOB#: PROJECT #: 175:603690804 TYCO WESTFIRE ® 2018 SYSTEM: FIRE ALARM SYSTEM SHEET: VLP1 FLOW CALCULATIONS FA -603 LAST SAVED BY: JMCLARG LAST PRINTED: 4/20/2018 1:33:48 PM 24" x 36" - Arch D Size 1/9/2018 ASPIRE Installation Data Pack: IGE BLDG 3- COLO 2 & 3 LLCASPIRE r. ri 1< .H.r.z6r 1r 9w I. r Installation Data Pack for IGE BLDG 3 - COLO 2 & 3 LLC Address SABEY DATA CENTERS 3333 S 120TH PL ASPIRE Installation Data Pack: IGE BLDG 3 - COLO 2 & 3 LLCASPIRE Total Pipe Length 72' 9" Ambient Pressure OPa Sector Pressure 108Pa Number of Sample Points 7 Pipe Ftowrate 25.31/m1n Section° Pipe Diameter 0.875 1/9/2018 ASPIRE Installation Data Pack: IGE BLDG 3 - COLO 2 & 3 LLCASPIRE Detector: VLP 2 VESDA VLP Endcap Usage Create a Balanced Design Application default Aspirator speed dela Fire0.0625%Jft Alr Temperature 68.0°F 1/9/2018 ASPIRE Installation Data Pack: IGE BLDG 3 - COLO 2 & 3 LLCASPIRE Group Details Data Hole Diameter In ..-----�L.__.�_� 1/9/2018 ASPIRE Installation Data Pack: IGEnBLDG 3 - COLO now shere�y)-_ ______.__..._h_-_-__--_.___Il._._--__1I---_-_ !L_._--.. Aggregate enstl ty .._H 2 & 3 LLCASPIRE 125 ---_ 25 25 _ _125____ ._ _....I 4 0.2496 99 99 ASPIRE Installation Data Pack: IGE BLDG 3 - COLO 2 & 3 LLCASPIRE Total Pipe Length 73' 1 1/2" Ambient Pressure OPa Sector Pressure 108Pa Number of Sample Points 7 Pipe Fowrate 25,31/min Section° Pipe Diameter 0.875 4 Or 5 990.2501 ? 1/9/2018 Pipe:COLO-2-CAHU-2 • Ule•J//C:/ProgramData/Xtralls/Asp/reJIDP.html Hole Pressure: Sensltivi Transport i Tima Hale i !?!..!!!!!!!!?..1......... I (Default [New Grou -- (New Group New Group Ballaince(%) Hole Diameter In Capilla Length 99 Suction pressure (least) Flow I/min Flow % 70 70 �70 J Group Type..-,--------.._.___._------___.IL._--_--__..i__._.__._......_....._._.' Intersection Pressure gg ._..---......_..i.._...__.___....._.._.....___._....._._..__ I_..___._____l.._._ 0.3750 0,3750 � 10.1250 10.1250 Relative ft Max Target Aggregate Sensitivity _-__-_-.._�_..__.___..__.__ ! 10.3750 0.3750 ..._..._.0._._._......_-_..__0 _L Min Target Aggregate Sensitivity 1 Flow 1 % i 0.1250 0.1250: TUKWILA, WA 98168 PlpeTypeAmerica Contact MATT STEWARTSystem Date 1/5/16 � Installer WESTFIRE Calculated GREG MCLARTY BY Units US Altitude 45' Designed with Hole Sizes 1/8" file:///C:/ProgramData/Xtralls/Aspir&IDP.html 1/8 • flue//C'JPrograrrOata/Xtralis/Aspire/IDP.htra Absolute Pressure 1012hPa Flowrete 101.11/min Total Pipe Length 291' 9` Number Of Sample Points 28 Maximum Transport Time 25 Minimum Hole Flow Rate 2.01/min Exhaust Length 0' Exhaust Diameter 0.875 Exhaust Pressure Drop OPa Inverted Detector No Sampling Point Sensitivity 1 i 90; 2/8 file:///CJPrograrnData/Xtralis/Aspire/IDP.htrrd Contribution ratio(%) __._..__-_.._____.____-._.L.___.._..______..II_-_._..._._._._._._.._....__...... ..-____..__.._ 100___ I_. 100 100 - 100 ..__.__......__.._._-__ 3/8 ' fileJ//C:/ProgramDate/Xtralls/Asplre/IDP.html 4/8 Applied Max Aggregate Send (idly ._._.._..-------_---- --- -- ---------- - �--- -; ! - `__ - -i _-.------�-: 0.3750 0.3750 -.._ 0.3750 ! 0.3750 Applied Min Aggregate Sensitivity �"'-" 1C Capillary Length ! _.._._......_._-.._....._._._ ................_.......__.___ _ 0.1250 0.1250 ....................._............... 0.1250 1 I 0.1250 I Target Suction Pressure 125 25 25 125 `- .__......_ __ Target Balance Exclude from Autobalance L ; 70 00 70 filo __I I 0 0. 0 ; 0 1:Sectlon0-1 1,7342 72 115 1/8" X 6' 1 112"° 3' 11 1/2" 1:Section0-2 ....-._ 1.7418 _-.---_.. 71 ^16 118" I X .. ! ..__._.....--.1--------.!____._...._._.-_._ ,sectieno3 ,.7a7a 71 ! 17 l,/a" X 1:Sectlon0-4 1.7517 71 118 7, 1/8" ! X Threshold' _ Level il Classification! Hole Aggregation] 1:Seclion0-5 ' 1.7549 70' i 19 11/8" 1 'Fire 10.0625%/ft ISFD ( ' _._..._.._..._...__....__.._.._._...___. 1:Section05 1.7571 ......... _ .......................... .70 121 1/8" . . .. ......... . . X 1:Sectiono-7 1.7582 I 70. 1 99925 11/8" j X 2:SectionO-1 1.7378 72 _.._......19166 11/8" 2:Section0-2 1.7453 71 16 11/8" X i- 2:Section03 LLLLLL � 1.7510 71 117 ! 116" I - 2:Section0-0 1.7553 70 118 X118" X J 2:Section0-5 1.7586 70 119 i 1/8" I 12:Sectton05 1LLL 7608 70 21 1/8` n ! 2:Section0-7 1,7619 70 125 1/8" 3:Section0-1 1.7357 72 .16 1/8" ; 9' X 3:Secton0-2 1.7432 71 I 16 1/6" 3:Section03 1.7489 71 ' 17 11/8" i Bendi 14' 7"i • X F R 3:Section0-4 1.7532 71 18 i 1/8" i X 1 I ,- i ( I I 3:Section05_-------__ 1.7585 70 119 1/8" X i 3:Section0-611 1.7586 70 21 11/8' I X...1- X 3:Secllon0-7 1.7597 1.7319 70 25 !1/8' 72 ;`:15 1/8" i Bend 90 4:Section0-1 4:Section0-2 1.7393 72 116 71: ,,.. __...._._._._. 11/8' ..i ....11/8" ! 1 4:Section03 1.7450 17 36' 112" _._._ 20' 11' yy 4:Section0.4 1.7493 71 18 11/8' 71 179-"==-I, i 1/8" __.._ i X 4:Sectiono5 1.7525 4:Secfon0.6 1.7547 70 ; 21 •1/8" i� 1 4:SecUono-7 1.7558 70 ;25 i1/8" • 34.9' ! X LNumber ofholes _ I_ _ II _._._...._ ___ _1I7 Bend 90 1/9/2018 Pipe:COLO-2-CAHU-10 fllel//C:/ProgramData/Xtralls/AsplrediDP.Mrrr ASPIRE Installation Data Pack: IGE BLDG 3 - COLO 2 & 3 LLCASPIRE Total Pipe Length 72' 9" Ambient Pressure OPa Sector Pressure 108Pa Number of Sample Points 7 Pipe Ftowrate 25.31/m1n Section° Pipe Diameter 0.875 1/9/2018 Pipe:COLO-2-CAHU-9 ASPIRE Installation Total Pipe Length 73' 8" Ambient Pressure OPa Sector Pressure 108Pa Number of Sample Points 7 Pipe Flowrate 25.21/min Section° Pipe Diameter 0.875 Data Hole Diameter In ..-----�L.__.�_� Pack: Capillary; Length i ! IGE BLDG 3 - COLO 2 & 3 LLCASPIRE - 1)9/2018 Pipe:COLO-2-CAHU-3 ASPIRE Installation Data Pack: IGE BLDG 3 - COLO 2 & 3 LLCASPIRE Total Pipe Length 73' 1 1/2" Ambient Pressure OPa Sector Pressure 108Pa Number of Sample Points 7 Pipe Fowrate 25,31/min Section° Pipe Diameter 0.875 1/9/2018 Pipe:COLO-2-CAHU-2 • Ule•J//C:/ProgramData/Xtralls/Asp/reJIDP.html ASPIRE Installation Data Pack: IGE BLDG 3 - COLO 2 & 3 LLC ASPIRE Total Pipe Length 72' 2 1/2" Ambient Pressure OPa Sector Pressure 108Pa Number of Sample Points 7 Pipe Flowrate 25.31/min Section° Pipe Diameter 0.875 # i■ Distance ft Relative ft Direction I Hole Diameter In Capilla Length Transport Time sec Pressure Pa Flow I/min Flow % Hole Sensitivity %dft ! Pipe i Diameter in Capillary Diameter Intersection Pressure # Distance ft Relative ft Direction! ' �J Transport lime sec Pressure! 1 Pa Flow Umin Flow 1 % i Hole Sensitivity %dft! Pipe Diameter in Capillary Diameter Intersection Pressure ( _ # 1 i 90; Distance', ft Relative ft Direction Hole . Diameter in Capillary' Length Transport' Time I sec J Pressure' 1 Pa ! Flow I/min �� Flow' % i Hole Sensltivity °/dft Pipe Diameter In -�■-a Capillary Diameter Intersection Pressure # Distance ft Relative! ' 5 i Direction; Hole Diameter in Capillary Length liansport Time sac Pressure Pa Flow I/min Flow Hole Pipe % Sensitivity Diameter %d@ In Capillary Diameter Intersection Pressure Bend 2' 2` -_ R -- - _ l __I _ •1 � 1 Be_1 Bend 90 6' 1 112"° 3' 11 1/2" __._� _.......- .. ! ..__._.....--.1--------.!____._...._._.-_._ ....... 3' 5 nd Bend 90 5' 8 1f2' .........._......... 14' 6 1/2" 3' 8 1/2' _.__...-_-.._._........_._.___._...._..._....--'---...._..---.._.__._...._._..._._._.__ 8' 10' D FF IL L I 1 _I J ___...___`_..__ D! I ( I ' Bend 5 7 ......................_�._.........._._921............_t._...__.........._..._............................ D i - I - Bend 90 Bend 5' 2" 14' ! D J90 Bend Bend 15' 1 9' Fi - Bendi 14' 7"i 9' F R 1 t._ .. . 1 1 ._. ! ------ i_.---- I ,- i ( I I B' 10"! F ._...._......._..._..... __._.__.... _ __._........_..._._ Bend 90 35' 3 1/2" 20' 9' ! 1 = 1 .Bend 90 36' 112" _._._ 20' 11' ____... LI i 1 _ _ ____.__..-__..__.... i __.._ i ..._.._.____. i --__-___---....._.----- 901 35 __._...._,ss_._._...-'--- 20 11 i� 1 Bend 90 34.9' 20' 9"; R Bend 90 38'6 1/2" 45' 7" 3'3'1 7' 1/2' ..__ B U _ --■ 1 e90 filet//C:/ProgramDato/Xtralls/AsplrelIDP.Mnd f Bend 90 39'5 1/2" 3'5' F[ ( ; fllel//C•JProgramData/Xtralis/Asp/raflDP.html _..._..__ Bend,', 38'11" ._ ._.- _9 J ._____ 3'S" F _-T _..__..__._.,.._ __._...._._._ 1 L - Bend 90 38'3'3"i B - Bend 90 Bend .. 46' 6" - 7 1/2' - � U! - - � --- -.___.....-�- 1 - - - - ------..._ Bentlj 45' 11 i 1 2 . 112" U Bend 45 1/2 7 1/2'!1 it Bend ss 61' 3" 15' 8• R -- It Bend 9° 62' 2" 15' 8"I Ri,�1 1_..__.__._..f..___....--_(�_- 1 ' '_ Bend; 61' 7 90J.__.......?..... /111 15' 8" L -.- --.._.-.... _... _................_ __. _. ........... i .._._._......_..... __.........._.......:..._.._._. I .......... i ..............................__........_.._ __............._.... __._._......._._...__. Bend so 60' 8 15' 8" L v2" -- 62' V2" 1.4` B - Bend 90' 62' 7" 1' 4' B �-1. ! Bend 90 63' 6" -L_ E I i --- -- - Bend! 2' -----1 90! 61/21 1 4 F 6" l/8" -.-J ! 72 1 - Bend 90 1:Sectlon0a 11 Hole 63'3" 6' 1/8" 15 72 3.6 3.6 1.7342' 0.875: 2:Sectlon01 Hole 11 64'2" 6" 1/8" �� _JI 16 72 3.6 3.61 1.7378: 1.74531 0.875 0.875 - 3:Sectlon0- Hole 63'7; 1 1 112" 16 ! 3.6 3.6' ! 1.7357 0.875' 4.SecUo 0- Hole62'8 n - __1 _ 14:Section2,- Hole1 __ - -- -Hole 8" _ 1/2" -_61/2 - 7.1�.-----�---- 65' 10 1' 7"1 112" 1/8"15 1/8"16 1/8' 72 72 6 3. 3.6 3.6 3.6 -- 1.7319 1.7393 0.875 0.875 _ ___ _ :Section0.- Hole 64' 10" 1' 7" 1/8" 16 71 3.6 3.6 1.7416 1.7474E ( 0.875! s- 0.875: 2:Sectlon2i Hole ----!.-,-------- 65' 9" 1' 7" I 1/8' .. 16 .. ._ �.. 711 3.6 3.6� 3:Section0- Hole 65' 2 1/2• 1' 7" 1/8'1 I 16� 71 3.6 3.6! 1.7432 0.8751 1:Sectton0 31 Hole 66' 5" 1' 7' - 1/8" 118" 17 71 3.6 3.6 2:Section0•1 Hole 3 67:4:' 1, 7" 1/8' 17 71 3,6 3,6ij 1,75101 : ' 0.875 ! i4:Section° 3:Sectlon0 Hole 3 66' 9 112'! 68' 4! 1' T _____._� _-__...____. 1' 7" 118"i 1 ____.. _.._.._.. _.. 1/8"1 .1 171 .._..._._.__.. J 181 71 ` 3.6 ! ___._____ __.... 71! 3.6 3.61 .._..._.., 3.61 , 1.7489 1,7532 0.875 _ 0.875 3, 17 71 3.6 3.6 1,7450 0.875 1:Sectlonl l Hole 68' 1'7" 18 71 3.6 3.6 1.7517 0.875; 1 2:Sectlon �' Hole J -_.___....._ 2:SecttonO 1 Hole 5� 68'11" 70' 6" 1'7" 1' 7' ! 118"' 1/8' ! 18 701 3.6 3.61 i 1.75531 0.875 _..._. __._.. _... --_......__._. L..__ 3:Sectlon0- Hole �.._._._._, 4:Sectton0 Hole 4 675 1'7"! 112" 1/6" 18 71Iiii 3. 675 3.6 1.7493 0.875 1:Sectlon0• 5i Hole 69' 7' 1' 7' 1/8" 19 70 3.6 3.6 1.7549; 0,875: i 19 70;3.6! 1 1.75861 0.875 _._....._.._.._.___.._..._.....-._ 3:SecUonO, Holes 69' 11 1' 7": i__..__.._.__.._._.....____.__.._." ................._._.__.. _._. 1/8"i _.._......_....._ 19', 70 3.6 3.61 17565 _..._.._ _ 0475 _ _ 4.Sect1on05, Hole 69 1/2 1 7' 1/819 71 E17525F [ 1:Sectlon0l 6� Hole 71'2" 1' 7` 1/8" 21 70 36 36 1.7571; - 0875: 1 2:Section° Hole 6 72'1" 1' 7" 1 1/8- 1 1 21 70 36 35 i f ! 1.7608 1 0875 3:Section0- Hotel 71'6` 1'7" 6 I 1/2"! 1/8"i 1 • 211 701 3.6 3,61 1,7586 L....___':....___...__..__.... 3.6 1.7597 0.875 0.875 .._.___ ..__� 4:Section0z1 - ___ 6 "'- Hole - -'-' • Hole 70 7 112" -._.2 1 7 1 ._-1_._.- - 1'7' ; 118" - ----... 1/8" . - 21 - -- 70 3,6 _ - J^.. _ 70 3.6 3.6 3.6 1,7547 - 0,875 - _ __......._............_......._ 1:Section° 1 ._. _._.__-_�I-.._._. :Section0i 8I Hole _. Endcap 72' 9" 73' 9" 1' 7' 1'1 I 1/8" 25 70 3,6 3.6 1,7582 0.875: 0.8751 1 1 2:SectionO Hole 71 73 8 1 7 i 1/8 25 70 3.6 3.5 ( I 1.7619 1 0.875 0.875 II �L ...._......____-.-_.____,_.__...___.._____-.r._._........____ 3:Section0- Hotel 73'11 1'7' 7 ! 1!2'! _...._..._....._...,....._._...._._ 1/8"' ._._..._.......__;________....... 25 70' 3.6 4:Sectlon0- _-- ___!? 722" 25 1.7558 0,875 0" I -__ 2:Sectlon0 Endcap74' 8" Bi-_ 1' 0" ! 3:SecUonO� Endcap 74' 11 1' 8 1/2" 0"l I 1 i ! 1 0.875 4:Section°•! Endcap 8 P 73' 2 1'i 1/2" 0` 0.875 5/8 _. ___.____ ___-__._tl____. _.._ -�- - - - - - - 6/8 7/8 tilns:M' 8)8 Safer. Smarter. Tyco. O C)l Cil M � W ib M M lb lb NN .-i .-I Funn W ��00 co I'm W J a V gx' QCZ W M M 1=1 IA 1)M N Uzi al 2 i 1 d W 111 H7 CI MODIFIED NAC LAYOUT IN COLO 2 fn (`7 D CO 1 d N 2 DRAWN BY: GM CHECKED BY: MS ISSUE DATE: 1/8/18 JOB #: PROJECT #: 175:603690804 TYCO WESTFIRE 0 2018 SYSTEM: FIRE ALARM SYSTEM SHEET: VLP4 FLOW CALCULATIONS FA -604 i 1 d E ROOF SYSTEM PIPE 4x16 PURLIN 2x6 STRINGER CEILING SYSTEM PIPE HANG ARM -OVERS TO ROOF STRUCTURE GENERAL NOTES 1 SPRINKLER SYSTEM DESIGN SHALL BE PER NFPA 13 CURRENT EDITION. 2 ALL MATERIALS SHALL BE NEW AND U.L. LISTED OR F.M. APPROVED 3 FIRE SPRINKLER SYSTEM TO BE INSTALLED, BRACED AND TESTED IN ACCORDANCE WITH N.F.P.A. #13 4 IN LOCALITIES SUBJECT TO FREEZING CONDITIONS IT IS THE OWNERS RESPONSIBILITY TO PROVIDE HEAT THROUGHOUT THE WET PIPE SPRINKLER SYSTEM AREAS AND IN ENCLOSURES FOR DRY PIPE , DELUGE AND OTHER TYPES OF VALVES CONTROLLING WATER SUPPLIES TO SPRINKLER SYSTEMS 5 FIRE PROTECTION CONTRACTOR SHALL NOT BE RESPONSIBLE FOR THE ABILITY OF THE STRUCTURE TO ADEQUATELY SUPPORT THE FIRE SPRINKLER SYSTEM OR ANY APPURTENANCES THEREOF 6 ALL ELECTRICAL, PAINTING OF PIPE, FURRING, CUTTING OR PATCHING TO BE BY GENERAL CONTRACTOR 7 SYSTEM DESIGN BASED ON THE FOLLOWING: THE ROOF AND FLOOR AREAS W/O CEILINGS ARE COVERED BY THE EXISTING 2-1/2" GRID LINES AND UPRIGHTS AREAS BELOW NEW CEILINGS ARE COVERED BY AN EXISTING TREE SYSTEM. THE EXISTING DROPS HAVE BEEN REMOVED AND PLUGGED AT THE BRANCHLINE. NEW HEADS TAKEN FROM EXISTING OUTLETS. NEW PENDENT HEAD SPACING NOT TO EXCEED 130 SQ.FT. PER HEAD 8 HANG ALL ARM—OVERS THAT ARE 24" OR LONGER. 9 PER NFPA 13 SECTION 13.5.6.2.2E PROVIDE CLEARANCE AROUND DROPS THAT EXTEND THRU THE CEILING. 10 PER NFPA 13 SECTION 9.3.6.1 (1) THRU (5) PROVIDE BRANCHLINE RESTRAINT TO NEW BRANCHLINES. ife Of Your Building 212 CONFERENCERIQOfeb SEATTLE: 5005 3RD AVENUE S PO BOX 24567 SEATTLE, WA 98124 1-800-669-6223 PORTLAND: 12021 NE AIRPORT WAY SUITE G 503-331-0234 PORTLAND, OR 97220 WALK-IN www.mckinstry.com 3" PIPE SLEEVE THRU STEEL DECK RELOCATE EXISTING MAIN 1'-0" TO THE in SOUTH. (0 WORK STATIONS PROJECT: CTATIONROO NEW SSP BELOW NEW CEILING EXPANSION PLATE PER NFPA 13 13.5.6.2.2E CONFERENCEROOM PROVIDENCE INFUSION AND PHARMACY PHONE ROOM FINISHED FLOOR COPY ROOM MEN'SRESTROOM STAFF LOUNGE PHONE ROOM OMEN'SRESTROOM 3333 S. 120TH PL. TUKWILA, WA. 98168 EVER ROOM SECTION A -A BUILDING FULL HEIGHT CROSS SECTION • CLG SYSTEM BULK MAIN--/ FULL HEIGHT WALL GOWN / ANTE CK RCS$ SYSTEM BULK MAIN J 8-0 HE 8-0 INFUSI AREA 8-0 8-0 7-0 �--Y ADD NEW BRANCHLINE Without Comments As Noted in Red Per The Attached Letter HOTE ST ".NS These plans have. been reviewed by The TUAw{iiia Fire re Prevention Bureau for cUn`cric:Ce y;: current CIty Ac:.•e.,-tnr is subject to errors and i,.,�issions which do not autrio ize vioi_,t,ofls of adopted Me o esponsibility for the ciequacy of des gnn'e s toe,:* with the designer, ';; revisions to these drawings after �reYtlr�ns, ��IdLIG. '- s date will void "i_ " - pc S ce and Will require a r. • Lt i.'." L�'v resubmittal of !'i.vSsl✓4.i drawings for subsequent approval. nal acceptance is subject to fie'a test and inspection by 1 he Tukwila Fire Prevention Bureau. re: ' - -I 3 B;': IV SCC I PICK AND PACK WORK STATIONS COURIERSTAGING AREA CHANGING <EY DLA\ REGISTRATION: TUKWILA FIRE DEPARTMENT PEe s call 205-575-4407 and give tills Fire. Permit No. . _62LS-o`I)- rind exact ad e,ss for shut- down scbwn o re ` rt'on unr roval. CONFERENCEROO II I _ — it TIE NEW BRANCH rTO EXISTING BRANCH W/GROOVED FITTINGS A QC LAB DOCCEN MANUFACTURINGAREA WOOD BEAM 1/2" x 3" LAG SCREW TOLCO FIG. 58 SIDE BEAM BRACKET ALL THREAD ROD 3/8" - 1" TO 4' PIPE SIZE FULL HEIGHT WALL TOLCO FIG. 25 SURGE RESTRAINT (WHEN APPLICABLE) SWIVEL RING PIPE TO BE BRACED CTURINGSCC REVISIONS: NO DATE DESCRIPTION 1 1-15-2013 ISSUED FOR PERMIT FULL HEIGHT WALL GO N/ANTE 305 HANGER - WOOD BEAM (FOR PIPE SIZES 2-1/2" THRU 4") WOOD BEAM 3/8" x 2-1/2" LAG SCREW TOLCO FIG. 58 SIDE BEAM BRACKET ALL THREAD ROD 3/8' - 1' TO 4' PIPE SIZE 21 FECEIVIING AREA 212 21z 212 21z N!:.:17/..,_o__ PLUG EXIST.SSU ADD NEW SSU'S ON EACH SIDE OF FLAIL HIGHT WALL.MINIM M 6'-0" BETWEEN HEADS G McKINSTRY DIVISION: FIRE PROTECTION TOLCO FIG. 25 SURGE RESTRAINT (WHEN APPLICABLE) SWIVEL RING PIPE TO BE BRACED DESIGNED BY: L.B. DRAWN BY: L.B. CHECKED BY: J.S.S. FP2.01 HANGER - WOOD BEAM (FOR PIPE SIZES 1" THRU 2") N FULL HEIGHT WALL FULL HEIGHT WALL' -- SUP ' VISOROFFICE JOB NUMBER: DATE: SCALE: SHEET TITLE: JAN 2013 AS SHOWN ROOF LEVEL FIRE SPRINKLER PLAN 2 2 1 COMPOUNDINGR9OM _ L 2_ SHEET NUMBER: HEAD LEGEND SYM CNT POSITION FINISH TEMP K NPT SIN MFG. MODEL# 0 48 UPRIGHT BRASS 286 8.0 3/4" TYCO TY—B F PAID JAN 16 2013 IUKWILA FIR 2.01 ROOF SYSTEM PIPE 4x16 PURLIN 1 2x6 STRINGER Ir-' n n n n n /--V HANG ARM—OVERS TO ROOF STRUCTURE /_1 %1 /—\ /--‘1 CEILING SYSTEM PIPE WALK—IN 3" PIPE SLEEVE THRU STEEL DECK NEW SSP BELOW EXPANSION PLATE NEW CEILING PER NFPA 13 13.5.6.2.2E FINISHED FLOOR SECTION A -A BUILDING FULL HEIGHT CROSS SECTION SCALE: 1/4" = 1'-0" 1/2" x 3" LAG SCREW TOLCO FIG. 58 SIDE BEAM BRACKET ALL THREAD ROD 3/8" - 1" TO 4" PIPE SIZE TOLCO FIG. 25 SURGE RESTRAINT (WHEN APPLICABLE) SWIVEL RING PIPE TO BE BRACED HANGER - WOOD BEAM (FOR PIPE SIZES 2-1/2" THRU 4") WOOD BEAM 3/8" x 2-1/2" LAG SCREW TOLCO FIG. 58 SIDE BEAM BRACKET ALL THREAD ROD 3/8" - 1" TO 4" PIPE SIZE TOLCO FIG. 25 SURGE RESTRAINT (WHEN APPLICABLE) SWIVEL RING PIPE TO BE BRACED HANGER - WOOD BEAM (FOR PIPE SIZES 1" THRU 2") (4.7) GEIS ERAL NOTES 1 SPRINKLER SYSTEM DESIGN SHALL BE PER NFPA 13 CURRENT EDITION. 2 ALL MATERIALS SHALL BE NEW AND U.L. LISTED OR F.M. APPROVED 3 FIRE SPRINKLER SYSTEM TO BE INSTALLED, BRACED AND TESTED IN ACCORDANCE WITH N.F.P.A. #13 4 IN LOCALITIES SUBJECT TO FREEZING CONDITIONS IT IS THE OWNERS RESPONSIBILITY TO PROVIDE HEAT THROUGHOUT THE WET PIPE SPRINKLER SYSTEM AREAS AND IN ENCLOSURES FOR DRY PIPE , DELUGE AND OTHER TYPES OF VALVES CONTROLLING WATER SUPPLIES TO SPRINKLER SYSTEMS 5 FIRE PROTECTION CONTRACTOR SHALL NOT BE RESPONSIBLE FOR THE ABILITY OF THE STRUCTURE TO ADEQUATELY SUPPORT THE FIRE SPRINKLER SYSTEM OR ANY APPURTENANCES THEREOF 6 ALL ELECTRICAL, PAINTING OF PIPE, FURRING, CUTTING OR PATCHING TO BE BY GENERAL CONTRACTOR 7 SYSTEM DESIGN BASED ON THE FOLLOWING: THE ROOF AND FLOOR AREAS W/O CEILINGS ARE COVERED BY THE EXISTING 2-1/2" GRID LINES AND UPRIGHTS AREAS BELOW NEW CEILINGS ARE COVERED BY AN EXISTING TREE SYSTEM. THE EXISTING DROPS HAVE BEEN REMOVED AND PLUGGED AT THE BRANCHLINE. NEW HEADS TAKEN FROM EXISTING OUTLETS. NEW PENDENT HEAD SPACING NOT TO EXCEED 130 SQ.FT. PER HEAD 8 HANG ALL ARM -OVERS THAT ARE 24" OR LONGER. 9 PER NFPA 13 SECTION 13.5.6.2.2E PROVIDE CLEARANCE AROUND DROPS THAT EXTEND THRU THE CEILING. 10 PER NFPA 13 SECTION 9.3.6.1 (1) THRU (5) PROVIDE BRANCHLINE RESTRAINT TO NEW BRANCHLINES. ( 4.4 ) (3.4 ) (2.6 ) (2.4) (1.6) �-r :.WOMEN!SOSTiioO i _ ran , jimminiop ■■■■■ ■■■—■ 111111111111111111111111111111 �■■■■ ■ ■ ■■■■■■ imEm■■■iiseam, ppm me min ■■ in. osii•■■■■■■■■U ■■■ • ■■■■■II■■ uU.0■■Ua■ i Mind , ■�■ RIP {-. . � ■ �0 I - MILI11111111152211111111mi 11111111111111111111111 ■■■�■1111■■■■I■ - ■■■ ......11111111111.11111111611111111 111.110.111111111101 Ella= II II 1111111111 EfAiiiausiRIZ 111 y ■ ■■ ■vi■NII■ ■■ M -01 0'HT ■ i'J■ ■■■■111.11M■ !I OEM Mill �I 1I IIhIIIMuIhuhIIIIllthlIllh1I!1IIU IllhIIllhiIllhIIillhI i�1111111111111 1/1111/1G ii111 1111/1111 1 A -GYP,.CEILING C .ASI ■■1■■■■ .. 441111111111111111111111 III ./ , i 1■■ ■■■ �\� III �.41691n1111111111111111* II il�2III!I1EUMEE ••- /I■ ■I■■ I■■ ■I■ ■ ,.•/ .■ .. ■ .......... iiia ■ M' / ■ I� ■ >•1■�II■1 �i ��IIIII��1 ' 111! �w.■■!!�■_ 1■ ■■!■■ ■ �i■■■ L1L!UI1IiIUNiiflNi'j ■U■ ■ ■■■d • CT-17�-0'HT ■■■UU■■ rr 1 1 1 1 2 Y2 _ 1 1/4 - - - - - - - - - - - ,sem ��,1?, 1................70."............. .. . i.,... ., i!!i!P5ii'iiiiIIU!i'IIiIiii!!i iMNUUiII.URU.IJIIUU.U.IUI.UUR !UI!ffIiPIrUIuIIII E GY,P. CEILING6-0' HT. GYRCEIWDIG B'4 FIT. 3" SLEEVE OR CORE THRU CONCRETE SLAB (TYPICAL 3) F GYP CEILING 8'-0' HT . :.CoM PouNDINGFiTOOM: • GYPCEIUNG 8'A"141, 1 FP -2.02 CEILING LEVEL FIRE SPRINKLER SYSTEM PLAN SCALE: 1/8" 1'- HEAD LEGEND SYM CNT POSITION FINISH TEMP K NPT SIN MFG. MODEL# O 7 UPRIGHT BRASS 286 8.0 3/4" TYCO TY -B I> 2 SIDEWALL CHROME 200 5.60 1/2" TYCO TY -FRB 0 216 PEND CHROME 155 5.60 1/2" TYCO TY -FRB ife of Your Building SEATTLE: 5005 3RD AVENUE S PO BOX 24567 SEATTLE, WA 98124 1-800-669-6223 PORTLAND: 12021 NE AIRPORT WAY SUITE G 503-331-0234 PORTLAND, OR 97220 www.mckinstry.com PROJECT PROVIDENCE INFUSION AND PHARMACY 3333 S. 120TH PL. TUKWILA, WA. 98168 CLG SYSTEM BULK MAIN-" SYSTEM BULK MAIN) i D JPO P� Y DLA\ REGISTRATION: REVISIONS: NO DATE DESCRIPTION 1 1-15-2013 ISSUED FOR PERMIT McKINSTRY DIVISION: FIRE PROTECTION DESIGNED BY: DRAWN BY: CHECKED BY: JOB NUMBER: DATE: SCALE: SHEET TITLE: L.B. L.B. J.S.S. JAN 2013 AS SHOWN CEILING LEVEL FIRE SPRINKLER PLAN SHEET NUMBER: F 2s0@ ELECTRICAL NOTES: 1. EACH FIRE PROTECTION CONTROL PANEL OR RELEASING PANEL SHALL BE FED FROM A DEDICATED CIRCUIT. 2. THE INSTALLING CONTRACTOR IS RESPONSIBLE FOR LABELING ALL CIRCUITS THAT SERVE FIRE PROTECTION EQUIPMENT AT THE RESPECTIVE PANEL. LABELING SHALL BE RED. 3. CIRCUITS THAT FEED FIRE PROTECTION EQUIPMENT SHALL BE MARKED AT THE EQUIPMENT SERVED AND MUST BE IDENTIFIED ON THE AS BUILT MARK UP OF THIS DRAWING. 4. MARK INCOMING CABLES TO EACH DEVICE WITH BLACK TAPE. IDENTIFY THE CIRCUIT NUMBER AT ALL SPLICES & TERMINATIONS. 5. ELECTRICAL CONDUIT AND WIRING SHALL CONFORM WITH THE NATIONAL ELECTRICAL CODE (NEC), STATE & LOCAL CODES. 6. ALL FLOOR PENETRATIONS AND FIRE RATED WALL PENETRATIONS SHALL BE SEALED WITH APPROVED FIRE STOPPING COMPOUND. NOTIFICATION APPLIANCE CIRCUIT SHALL CONFORM TO CLASS B, STYLE Y REQUIREMENTS AS PER NFPA 72 CURRENT EDITION. SIGNALING LINE CIRCUIT (SLC) OR INITIATING DEVICE CIRCUIT (IDC) SHALL CONFORM TO CLASS B, STYLE 4 REQUIREMENTS AS PER NFPA 72 CURRENT ADDITION UNLESS OTHERWISE INDICATED ON THE DRAWINGS WHICH WOULD INDICATE CLASS A STYLE 6. SIGNALING LINE CIRCUIT (SLC) AND THE NOTIFICATION APPLIANCE CIRCUIT (NAC) WIRING SHOULD FOLLOW THE PATH SHOWN ON THE RISER DIAGRAM. ALL DEVIATION MUST BE DOCUMENTED ON THE AS BUILT. 10. SIGNALING LINE CIRCUIT (SLC) WIRING OR INITIATING DEVICE CIRCUIT (IDC) WIRING SHALL BE FPL OR FPLP (AS SPECIFIED IN THE WIRE LEGEND). NO EXCEPTIONS OR SUBSTITUTIONS. 11. DEVICE POLARITY MUST BE OBSERVED. 12. ALL BACK BOX,. MOUNTING BOX AND JUNCTION BOX COVERS & INTERIORS SHALL BE PAINTED RED. 13. DETECTORS SHALL NOT BE LOCATED WHERE AIR FROM SUPPLY DIFFUSERS COULD DILUTE SMOKE BEFORE IT REACHES THE DETECTORS. DETECTORS SHALL NOT BE INSTALLED WITHIN 3 FEET \OF AIR SUPPLY GRILLES OR DIFFUSERS. IF THE DIFFUSERS ARE NOT IN PLACE WHEN DETECTOR BASES ARE BEING INSTALLED CONSULT WITH THE GENERAL CONTRACTOR TO DETERMINE THE HVAC DIFFUSER LOCATIONS. 14. POWER LIMITED CIRCUITS SHALL NOT BE PLACED IN THE SAME CONDUIT, ENCLOSURE, OR RACEWAY WITH NON -POWER LIMITED CIRCUITS. POWER LIMITED CIRCUITS SHALL BE ISOLATED FROM NON -POWER LIMITED CIRCUITS, ELECTRIC LIGHTS, OR POWER CIRCUITS BY A MINIMUM OF 2 INCHES. 15. ALL JUNCTION BOX COVERS SHALL BE MARKED WITH "NON POWER LIMITED" OR "POWER LIMITED". ALL CIRCUITS WHICH ORIGINATE AT THE CONTROL PANEL ARE "POWER LIMITED" UNLESS SPECIFICALLY IDENTIFIED AS "NON -POWER LIMITED". 16. ALL WIRING SHALL BE INSTALLED IN CONDUIT PER SPECIFICATION, INDICATED ON DRAWINGS . WHERE THE END USER REQUIRES NON METALLIC CONDUIT AND ALL EQUIPMENT TO BE BONDED THE ELECTRICIAN MUST PROVIDE A BONDING CONDUCTOR TERMINATED AT ALL METALLIC ENCLOSURES. FOR TECHNICAL QUESTIONS CONTACT THE DESIGNER OF RECORD OR FCE PROJECT MANAGEMENT. TEL: (425) 641-2127. SITE PLAN NOT TO SCALE SYMBOL CONDUCTORS -- FIRE A ARM SYSTEM 1 1 #12 SINGLE CONDUCTOR SOLID 120 VAC W/EARTH GROUND & DEDICATED BREAKER. NEC/(UL) SPEC'S: FPLP PLENUM RATED 2 2C #18 TWISTED SHIELDED PAIR, MID -CAPACITANCE FIRE ALARM CABLE -- EIA -485 LOOP. NEC/(UL) SPEC'S: FPLP PLENUM RATED 3 2C #14 TWISTED PAIR, FIRE ALARM CABLE -- NOTIFICATION CIRCUIT. NEC/(UL) SPEC'S: FPLP PLENUM RATED 4 1# 14 SINGLE CONDUCTOR 24V AUXILIARY POWER CIRCUIT (NON RESETTABLE) NEC/(UL) SPEC'S: FPLP PLENUM RATED 5 2C #16 TWISTED PAIR, MID -CAPACITANCE FIRE ALARM CABLE -- SLC CIRCUIT. NEC/(UL) SPEC'S: FPLP PLENUM RATED 6 1 #14 SINGLE CONDUCTOR -- INTERLOCK CIRCUITS. NEC/(UL) SPEC'S: FPLP PLENUM RATED THIS PROJECT: PROVIDENCE PHARMACY 12-1550 - FIRE/LIFE SAFETY SYSTEM(S) - ALL WIRING TO BE INSTALLED IN EMT CONDUIT FIRE ALARM SYMBOL LEGEND/B.O.M. NOTE ALL SYMBOLS MAY NOT BE USED ON THIS PROJECT ITEM SYMBOL QTY. PART NUMBER DESCRIPTION MANUFACTURER MOUNTING 1 TRANSMIT TROUBLE SIGNAL 1 NFS2-640 INTEWGENT ADDRESSABLE FIRE ALARM CONTROL PANEL NOTIFIER 18.12"W X 18.12"H X 5.81"D FCP 2 DUCT DETECTORS 2 UB12180 12V, 26AH BATTERY INTERSTATE IN FCP 3 FPS PULL STATIONS 1 FCPS-24S8 FIELD CHARGING POWER SUPPLY NOTIFIER 14.5"W X 15.0"H X 3.05"D 4 2 UB1280 12V, 7AH BATTERY INTERSTATE IN FPS 5 1 FDU-80 80 CHARACTER LCD ANNUNCIATOR NOTIFIER WALL -TOP @ 66" FSA 6 ffigq FIRE ALARM AC POWER FAIL 1 GRAPHIC MAP CUSTOM FIELD VERIFY 7 02 3 FSP -851 INTELLIGENT ADDRESSABLE PHOTO SMOKE DETECTOR NOTIFIER B710LP 8 3 B71OLP 6" LOW PROFILE DETECTOR BASE NOTIFIER 4" SQ. BACKBOX 9 OZ 5 SDC INTERNAL RTU SMOKE DETECTOR - CONVENTIONAL IN DUCT 10 0 - 2 D4120 DUCT SMOKE DETECTOR - CONVENTIONAL NOT1FIER - 11 2 RTS151 REMOTE TEST STATION NOTIFIER - RTS 12 2 ISO -X INTEWGENT ADDRESSABLE FAULT ISOLATOR MODULE NOTIFIER FIELD VERIFY ISO 13 Zu 7 FMM-1 INTELLIGENT ADDRESSABLE MONITOR MODULE NOTIFIER 4" SQ. BACKBOX 14 1 XP1O-M ADDRESSABLE TEN -INPUT MONITOR MODULE NOTIFIER FIELD VERIFY 10MM 15 P 4 NBG-121Y MANUAL PULL STATION NOTIFIER WALL -TOP CO 48" 16 -4-- 4 - WATER FLOW SWITCH BY OTHERS BY OTHERS 17 -A-- 4 - VALVE TAMPER SWITCH BY OTHERS BY OTHERS 18 SC 1 MB -G10 -24-R 10" 24V, MOTORIZED BELL - RED NOTIFIER TO WBB 19 a 4 SCR CEILING MOUNT MULTI -CANDELA STROBE - RED NOTIFIER 4" SQ. BACKBOX 20 (6) 27. PC2R CEILING MOUNT MULTI -CANDELA HORN / STROBE - RED NOTIFIER 4" SQ. BACKBOX 21 0H 4. PC2RH CEILING MOUNT MULTI -CANDELA HORN / STROBE - RED NOTIFIER 4" SQ. BACKBOX 22 X 11. SR WALL MOUNT MULTI -CANDELA STROBE - RED NOTIFIER 4" SQ. BACKBOX 23 X1 5 - P2R WALL MOUNT MULTI -CANDELA HORN / STROBE - RED NOTIFIER 4" SQ. BACKBOX 24 WP IEK1 1 P2RK WEATHER PROOF MULTI -CANDELA HORN / STROBE - RED NOTIFIER 4" SQ. BACKBOX 25 1 FIRE ALARM TERMINAL CABINET FTC ABBREVIATION DESCRIPTION ABBREVIATION DESCRIPTIONX srROBE 75,e-STROBE-.41/4 DIMELA 30 %C1 AC ALTERNATING CURRENT MRCP MAIN RELEASING CONTROL PANEL AFF ABOVE FINISHED FLOOR rnA MILLIAMP AH AMP HOUR NAC NOTIFICATION APPLIANCE CIRCUIT OZ ,T -DEVICE ADDRESS- O L1 D001_ DENOR Loe 1 (D or M - ENOTES DEFECTORoO) MODULE #) AHU AIR HANDLING UNIT NPT NATIONAL PIPE THREAD ALM ALARM NTS NOT TO SCALE AWG AMERICAN WIRE GAUGE R REPLACE EXISTING DEVICE B.O.M. BILL OF MATERIALS ROR RATE OF RISE C CONDUCTOR S SOUNDER BASE 1-#16,/2P P CFM CUBIC FEET PER MINUTE SHP SINGLE HAZARD PANEL WIRE TYPE ABBREVIATED \\"\::\ WIRE SIZER COUNT CKT CIRCUIT SH SHIELDED COM COMMON SLC SIGNALING LINE CIRCUIT OF CABLES E EXISTING SUPV SUPERVISORY # (IF I ONLY 1 CABLE NEEDED) EOLR END OF LINE RESISTOR TRBL TROUBLE EOL END OF LINE TWP TWISTED PAIR FACP FIRE ALARM CONTROL PANEL TWSP TWISTED SHIELDED PAIR F.M. FACTORY MUTUAL INSURERS TYP TYPICAL FPLP FIRE POWER LIMITED PLENUM U.L. UNDERWRITER'S LABORATORY FPLR FIRE POWER LIMITED RISER V VOLTS G WITH GUARD W WATT GND GROUND WP WEATHER PROOF NOTES: 1. USE SPECIFIED CABLE3 2. FPL (FIRE PROTECTION POWER LIMITED) CABLE MUST BE PLENUM RATED WHEN INSTALLED IN PLENUM. 3. RISER CABLE SHALL COMPLY WITH CURRENT EDITION OF NFPA-72 FOR TYPE AND METHOD OF INSTALLATION. (USE FPLP-R ON ALL VERTICAL SECTIONS BETWEEN FLOORS, COMPLY WITH NFPA 72 REQUIREMENTS) 4. COMPLIANCE WITH NFPA-72 FOR PENETRATIONS AND EXPOSED WORK REQUIRED. SCOPE OF WORK - INSTALL NOTIFIER NFS2-640 ADDRESSABLE CONTROL PANEL. - SUPERVISE THE BUILDING SPRINKLER SYSTEM. - INSTALL DETECTION APPLIANCES AS SHOWN ON DRAWINGS. - INSTALL PULL STATIONS AS SHOWN ON DRAWINGS. - INSTALL NOTIFICATION APPLIANCES THROUGHOUT AS SHOWN ON DRAWINGS. - INSTALL FIELD CHARGING POWER SUPPLIES TO ACTIVATE NOTIFICATION APPLIANCES. OSHEET KEYNOTES 1. LOCATE AT BOTTOM OF BEAMS (OR JOISTS) OR AT CEILING. (REDUCE SPACING BY .5 PERPENDICULAR TO BEAM OR JOIST DIRECTION.) FOR OTHER CONDITIONS, REFER TO NFPA 72. OPERATIONS MATRIX EL 1- D 0 ID 5 a LTJ FIRE ALARM INPUT ACTIVATE ALARM INDICATOR ACTIVATE AUDIBLE ALARM ACTIVATE SUPERVISORY INDICATOR ACTIVATE AUDIBLE SUPERVISORY SIGNAL ACTIVATE TROUBLE INDICATOR ACTIVATE AUDIBLE TROUBLE INDICATOR TRANSMIT ALARM SIGNAL TRANSMIT SUPERVISORY SIGNAL TRANSMIT TROUBLE SIGNAL SMOKE DETECTORS DUCT DETECTORS PULL STATIONS WATERFLOW SWITCHES VALVE TAMPER SWITCHES FIRE ALARM AC POWER FAIL FIRE ALARM LOW BATTERY OPEN CIRCUIT GROUND FAULT NAC SHORT CIRCUIT LOSS OF AC TO BUILDING z 0 W N Ln 0 00 JOB # 12-1550 2. LOCATE SMOKE DETECTOR IN SHADED AREA. 3. LOCATE AT BOTTOM OF BEAMS IF EITHER D/H < .1 OR W/H < .4; OTHERWISE, LOCATE IN BEAM POCKET. HORN/STROBE OR STROBE S = SPACING t it Comments �}�jA'��..i�v'UC �9'� 15:- ice As Notedin Red O Per The Attached Letter These plans have bQen r eviewed by The Tukwila Fire , ''evention Bureau for Conformance with current City :..andards. Acceptance is sub ec to errors and omissions which do not t r.orize violations of adopted `andards and ordinances: ances: T he responsibility, for the .r.. quacy of des r2f: i _.:.:w totally with the designer. Additions, d� ao e el- :>s ,•evisio ns to these drawings after Vnom� .. this date will void tnIs oxce„ tance and will require a resubrnittai of revised drawings for subsequent approval. Final acceptance is subject to field test and inspection by The Tukwila Fire Prevention BurAl"'\ eaau, Date: 5 -1 5 By: ,I I 4 C�,s icy L1aw. ids ‘40‘441 o\ dsd•,Go Ak Z 5 • NOTICE A completed, signed, Tukwila Fire Department Pre-test Certificate must be presented to the Inspector prior to commencement of Acceptance Testing of any Fire Alarm and Detection Systems. Failure of test will result in a Re -inspection Fee and termination of the testing 0Lill 0 50 PULL STATION FINISH FLOOR FIRE ALARM FIRE ALARM HORN, CHIME, CONTROL FIRE SYSTEM PULL STATION OR STROBE PANEL "FCP" ANNUNCIATOR "FSA" BELL COVER SHEET SID FEB 13 2013 TUKWILA FIRE SMOKE DETECTOR BETWEEN BEAMS WALL MOUNTED SMOKE DETECTOR SMOKE DETECTOR SMOKE DETECTOR ON PEAKED CEILING ON SHED CEILING HEAT DETECTOR SMOKE DETECTOR BETWEEN BEAMS ADJACENT TO SUPPLY AIR FIRE ALARM MOUNTING DETAILS SCHEMATIC: NO SCALE TUKWILA FIRE DEPARTMENT Please call 206-575-4407 and give this Fire Permit No. F -os and exact address for shut- down hutedown or restoration approval. DRAWN CHECKED DATE JPB UNICAD JOB #13043 WAYNE B. HAWS NICET IV 90496 2/5/2013 REVISION shop drawings uNicAninc. 5794 W.4600 So. Hooper, UT 84315 Office: 801.985.0410 www.unicad.net SCALE 0 NONE FA -1 FULL SIZE: 30' X 42' TO ROOF (4.7) (4.4) ( 3.6 ) ( 3.4 ) • • 11 11 11 11 (2.6) ( 2.4 ) (1.6) Oft CESL I ■ DN I L1 M003 IAMMANIMMIAN re x 00111,A0=1, U•1•11,41•INNW.111110/10MINIAIMINNIIIICIMWINIIIM,1•01111111 0 0 •i1 L1D002 i 1 11, MVV 611 111C1'lP1'V. 11111/' 1111V'd IIN�I 111 11� gull 91 1111111111111151111 it 1111 NII1;111 11 11�p1�1i1191.111IINV I VIV 111111 11 II9la P 16/2 TWP SLC CONT.) 1- 1 IIII I' 11I1/,�111111 III u1111 VIIIII'Id 111111-1111I N SUPPLY I V11111�11 VIIIV61!III 619dV 1 X91 i{IIIVI IB'IIiI� 111 IiV1'1 11W,191VVPIII' VIII 1 II 9d1 �IIVVI x WALK-IN REFRIG 56 SF I _sem ___• d [191111111 i'II'I'IIVI III ;1 11I�xV r—#16 1—#14 2 WG #14/2 AWG FROM FCP . AC -2 1 4 WP 1110 x DN E_/ INTAKE PHARM. ill 11-1111 '1 I I;' I1 1 IIIIIVi!IIIIII FX • TIER ENTRY SHEET NOTES: Qi ADDRESSABLE MONITOR MODULE(S) PROVIDED TO MONITOR ALL WATER FLOW, PRESSURE SWITCHES, TAMPER SWITCHES AND POST INDICATING VALVES ASSOCIATED WITH THE FIRE SPRINKLER SYSTEM. INSTALLING CONTRACTOR SHALL FIELD VERIFY EXACT MOUNTING, CIRCUITING AND PROGRAMMING REQUIREMENTS. FIELD VERIFY EXACT QUANTITY AND LOCATION(S). LOCATE BB—XP ENCLOSURE WITH TEN—INPUT MONITOR MODULE. CYCLE FILL CYCLE FILL DN BILLING L1D001 RISER ROOM (N.T.S.) VERIFY EXACT LOCATION S FROM FCP SLC -1 (FTC) #16/2 TWP L19,003 HOOD J MAIN LEVEL FIRE ALARM PLAN SCALE: 1/8"=1'-0" ° 4' 8. 16' #16/2 TWP FROM FCP SLC (Frc) DESCRIPTION ISSUED FOR REVIEW & APPROVAL z 0 W shop drawings seated by. Inc. 5794 W. 4600 So. Hooper, UT 84315 Office: 801.985.0410 r www.unicad.net Fire Alarm Design N LO 00 O —o --Q 0 E PROVIDENCE INFUSION AND PHARMACY JOB # 12-1550 3333 S. 120TH PL BLDG #3 TUKWILA, WASHINGTON 98168 MAIN LEVEL FIRE ALARM PLAN DRAWN JPB UNICAD JOB #13043 CHECKED WAYNE B. HAWS NICET IV 90496 DATE 2/5/2013 REVISION 0 SCALE 1 /8"=1'-0" FA -2 FULL SIZE 30' X 42' i 1111111111 1111111111 �11111111111 WALK-IN REFRIG 56 SF I _sem ___• d [191111111 i'II'I'IIVI III ;1 11I�xV r—#16 1—#14 2 WG #14/2 AWG FROM FCP . AC -2 1 4 WP 1110 x DN E_/ INTAKE PHARM. ill 11-1111 '1 I I;' I1 1 IIIIIVi!IIIIII FX • TIER ENTRY SHEET NOTES: Qi ADDRESSABLE MONITOR MODULE(S) PROVIDED TO MONITOR ALL WATER FLOW, PRESSURE SWITCHES, TAMPER SWITCHES AND POST INDICATING VALVES ASSOCIATED WITH THE FIRE SPRINKLER SYSTEM. INSTALLING CONTRACTOR SHALL FIELD VERIFY EXACT MOUNTING, CIRCUITING AND PROGRAMMING REQUIREMENTS. FIELD VERIFY EXACT QUANTITY AND LOCATION(S). LOCATE BB—XP ENCLOSURE WITH TEN—INPUT MONITOR MODULE. CYCLE FILL CYCLE FILL DN BILLING L1D001 RISER ROOM (N.T.S.) VERIFY EXACT LOCATION S FROM FCP SLC -1 (FTC) #16/2 TWP L19,003 HOOD J MAIN LEVEL FIRE ALARM PLAN SCALE: 1/8"=1'-0" ° 4' 8. 16' #16/2 TWP FROM FCP SLC (Frc) DESCRIPTION ISSUED FOR REVIEW & APPROVAL z 0 W shop drawings seated by. Inc. 5794 W. 4600 So. Hooper, UT 84315 Office: 801.985.0410 r www.unicad.net Fire Alarm Design N LO 00 O —o --Q 0 E PROVIDENCE INFUSION AND PHARMACY JOB # 12-1550 3333 S. 120TH PL BLDG #3 TUKWILA, WASHINGTON 98168 MAIN LEVEL FIRE ALARM PLAN DRAWN JPB UNICAD JOB #13043 CHECKED WAYNE B. HAWS NICET IV 90496 DATE 2/5/2013 REVISION 0 SCALE 1 /8"=1'-0" FA -2 FULL SIZE 30' X 42' RTU -5 c (4.7) (4.4) RTU -2 RTU -3 (3.6) ( 3.4 ) RTU -1 RTU -4 LEVEL #16/2 TWP (LC CONT.) SHEET NOTES: LOCATE REMOTE TEST STATION ON FINISHED CEILI G BELOW. FIELD VERIFY EXACT MOUNTING, CIRCUITING AND PROGRAMMING EQUIREMENTS. FIELD VERIFY EXACT QUANTITY AND LOCATION(S). GV -1 O2 ADDRESSABL MONITOR MODULE(S) PROVIDED TO ONITOR CONVENTION L DUCT SMOKE DETECTORS PROVIDED FOR THE RETURN AIR PATH AT ALL AIR ANDLING UNITS HAVING A CAPACITY REATER THAN 2,000 CFM AND FOR THE SyPPLY AIR PATH AT ALL AIR HANDLINGUNITS HAVING A CAPACITY GREATER THAN 15,000 CFM. INSTALLING CONTRACTOR�SHALL FIELD VERIFY EXACT MOUNTING, CIRCUITING AND PROGRAMMING REQUIREMENTS. PROVIDE POWER TO THE DETECTOR ROM THE ASSOCIATED UNIT (24 VDC CR 120 VAC) UNLESS OTHERWISE INDICATED. PROVIDE FOR SHUT DOWN OF THE ASSOCIATED UNIT FAN(S). FIELD VERIFY UNIT POWERI SOURCE. USE MULTI—VOLTAGECONTROL RELAY(S) IF REQUIRED. FIELD VERIFY EXACT QUANTITY AND LOCATION(S) WITH MCCHANICAL DIVISION. PROVIDE REMOTE ALAf2M/SUPERVISORY INDICATION IN A LOc7ATI0N ACCEPTABLE TO THE LOCAL AHJ WHEN IBJ—DUCT SMOKE DETECTOR INDICATOR S NOT VISIBLE TO RESPONDING PERSONNEL. RTU -6 (2.6) ( 2.4 ) RTU -7 RTU -10 O � L1M007 RTU -15 fe #14 2 AWG — -5 FROM FCP 2 VDC RESETABLE ® MUA-1 RTU -9 RTU -11 L1 M011 - x 171 GV -2 RTU -17 RTU -8 RTU -16 RTU -12 ROOF FIRE ALARM PLAN SCALE: 1/8"=1' -0" 0 4' 8' 16' (A) shop drawings uNicAB seated by. Inc. 5794 W.4600 So. Hooper, UT 84315 Office: 801.985.0410 www.unicad.net Fire Alarm Design ng`Ser vlces w 1- 0 00 N DESCRIPTION ISSUED FOR REVIEW & APPROVAL z 0 w 0 w X Oh. N I 0 ri. LwJ 0 Li' Cl.0 JOB # 12-1550 3333 S. 120TH PL BLDG #3 TUKWILA, WASHINGTON 98168 ROOF FIRE ALARM PLAN DRAWN JPB UNICAD JOB #13043 CHECKED WAYNE B. HAWS NICET IV 90496 DATE 2/5/2013 REVISION SCALE 0 1/8"=1'-0" FA -3 FULL SIZE: 30' X 42' INCOMING PRIMARY AND SECONDARY REMOTE ANNUNCIATOR FDU-80 TELEPHONE CO. LINES 2-#16/2 TWP 1114/2 AWG Telephone Termination Board TELCO JACKS FCP Battery PROJECT NAME: Required Standby Time: Required Alarm Time: Calculation PROVIDENCE 2/8/2013 PHARMACY Hours Minutes 24 5 0.297 AC Branch Current AC Branch Current: 5 Amps ® 120V 32 Regulated Load in Standby Device Type Number N. , c o 0 0 SAL IL o Current © TIOEIMOO®OTs T= �o -o O0130DOODE1O ID .�D�o oQ000130OO BOB I',O NO 801313001777® DM -13 -....f3 Total Current Device Type of Devices CONNECT PHONE ONMAINBOARD PRIMARY-' SECONDARY (Amps) DACT JACKS 24VDC RESETTABLE NAC -1 NAC 2 NAC -3 NAC 4 (Amps) CPU2-640 1 X 0.25000 = 0.25000 FDU-80 Annunciator 1 X 0.06430 = 0.06430 XP1O-M Monitor Modules 1 X 0.00350 = 0.00350 ISO -X Fault Isolator Modules 2 X 0.00040 = 0.00080 FSP -851 Smoke Detectors 3 X 0.00036 = 0.00108 D4120 Duct & SDC Smoke Detectors (Conventional) 7 X 0.00000 = 0.00000 NBG-12LX Pull Stations 4 X 0.00030 = 0.00120 FMM-1 Monitor Modules 7 X 0.00030 = 0.00210 RTS -151 Remote Test Stations 2 X 0.00000 = 0.00000 TOTAL STANDBY LOAD 0.32298 Regulated Load in ALARM Number Current Total Current Device Type of Devices (Amps) (Amps) CPU2-640 1 X 0.25000 = 0.25000 FDU-80 Annunciator 1 X 0.06430 = 0.06430 XP1O-M Monitor Modules 1 X 0.05500 = 0.05500 ISO -X Fault Isolator Modules 2 X 0.03000 = 0.06000 SLC Loop Device Activation Current - Max Draw 1 X 0.40000 = 0.40000 RTS -151 Remote Test Stations 2 X 0.10500 = 0.21000 NAC -1 (See voltage drop calc. for device info.) 1 X 1.32900 = 1.32900 NAC -2 1 X 1.33200 = 1.33200 TOTAL ALARM LOAD 3.70030 Battery Requirements ' Standby Load Required Standby Time in Hours Current (Amps) 0.32298 X 24.00000 = 7.75152 Alarm Load Required Alarm Time in Hours Current (Amps) 3.70030 X 0.08333 = 0.30836 Total Ampere Hours (before derating factor) 8.05988 Derating Factor X 1.2 TOTAL AMPERE HOURS REQUIRED = 9.67185 BATTERIES TO BE PROVIDED (2 - 12v) 12 AH ONYX FCP NFS2-640 Calculation PROVIDENCE 2/6/2013 PHARMACY Hours Minutes 24 5 0.297 AC Branch Current r 32 N. Device Type Number of Devices N. , c o 0 0 SAL IL o Current (Amps) © TIOEIMOO®OTs T= �o -o O0130DOODE1O ID .�D�o oQ000130OO BOB I',O NO 801313001777® DM -13 -....f3 Total Current (Amps) t. 0 NOTIFIER INTELLIGENT FIRE DETECTION AND ALARM SYSTEM 1 CONNECT PHONE ONMAINBOARD PRIMARY-' SECONDARY TO E LINE -' DACT JACKS 24VDC RESETTABLE NAC -1 NAC 2 NAC -3 NAC 4 0.06500 r Regulated Load in ALARM El Number of Devices PI Total Current FCPS-24S8 Main Circuit Board FPS1-1 FPS1-2 FPS1-3 FPS1-4 1 1 1 1 1 X X X X X BATTERY BATTERY 120 VAC (DEDICATED CKT.) ( ADDRESSABLE CKT. ) CABLE 1 ST162TW4)P YLE FTC ? FISO CABLE 11 FPS1 Battery PROJECT NAME: Required Standby Time: Required Alarm Time: Calculation PROVIDENCE 2/6/2013 PHARMACY Hours Minutes 24 5 0.297 AC Branch Current AC Branch Current: 3.2 Amps © 120V 32 Regulated Load in Standby Device Type Number of Devices 14 Current (Amps) 19 Total Current (Amps) FCPS-24S8 Main Circuit Board 1 X 0.06500 = 0.06500 TOTAL STANDBY LOAD 0.06500 Regulated Load in ALARM Device Type Number of Devices Current (Amps)..(Amps) Total Current FCPS-24S8 Main Circuit Board FPS1-1 FPS1-2 FPS1-3 FPS1-4 1 1 1 1 1 X X X X X 0.1450 1.32300 1.14300 0.87200 0.84300 = = = = = 0.14500 1.32300 1.14300 0.87200 0.84300 TOTAL ALARM LOAD 4.32600 Battery Requirements Standby Load Required Standby Time in Hours Current (Amps) 0.06500 X 24.00000 = 1.56000 Alarm Load Required Alarm Time in Hours Current (Amps) 4.32600 X 0.08333 = 0.36050 Total Ampere Hours (before derating factor) 1.92050 Derating Factor X 1.2 TOTAL AMPERE HOURS REQUIRED = 2.30460 BATTERIES TO BE PROVIDED (2 - 12v) 7 AH 0 111 RTU -1 RTU -10 L10001 L1M001 L1M002 Ll D002 L1M003 L1D003 L1M004 L1M005 L1M006 (2),:jz 1 1 cz.:124z 1 CABLE 12 ISO 1 L1 M012 -L1 M019 RISER ROOM & MS FA PANEL CONNECTIONS RN -13 RTU -17 RTU -11 J CABLE 2 #14/2 AWG CABLE 3 30(Q) 185 # 14/2 AWG (STYLE Y) CABLE 4 110 (Q) 185 (Q) 185 (Q) 15(©) 15 E, 15 15 15 (.)30 #14/2 AWG (STYLE Y) SPARE CABLE 6 30 (SYNC 8c TROUBLE AWG S PER IS 0 ) O M L1M007 L1M008 L1M009 L1M010 L1M011 WIRE NOTE: VERIFY EXACT WIRE TYPE WITH FIRE ALARM CONTRACTOR BEFORE ORDERING. 30 _ 30 30 75 _ 115 115 EOL ANA. v-- EOL qi42 AWG (SYNC & ROUBLE SUPERVISION) FCPS-24S8 DUr POWER SUPPLY IN FPS1 1 00000 ( INDICATING CKT. ) CABLE 7 (.) 15 110 (Q) (Q) (Q) rw .11 BATTERY 1 BATTERY 120 VAC (DEDICATED CKT.) 110 75 15 (Q) 30 (Q) 30 15 #14/2 AWG (STYLE Y) CABLE 8 110 (©) # 14/2 AWG (STYLE Y) CABLE 9 110 ALL ADDRESSABLE DEVICES OTHER THAN RISER RM & MS CONNECTIONS 15 (Q) 135 EOL 15 15 15 110 115 (0 (4) (PJ) fat # 14/2 AWG (STYLE Y) CABLE 10 115 EOL 75 r 75 15 15 15 _ 30 15 (Q)30 E #14/2 AWG (STYLE Y) FIRE ALARM RISER DIAGRAM SCHEMATIC: NO SCALE NAC Circuit Voltage Drop Calculation 2/6/2013 Project Name Circuit Number Nominal System Voltage Minimum Device Voltage Distance from source to 1st device Wire Gauge for balance of circuit Max Output Current Total Circuit Current PROVIDENCE PHARMACY 12-1550 NAC -1 20.4 16 20 1.5 volts volts amps 1.329 amps Wire Gauge 14 14 Resistance Per 1000 6.14 6.14 Circuit is within limits Device Device Device Device Device Device Device Totals 1 2 3 4 5 6 7 Device Current 0.094 Distance previous device 0.297 36 0.212 62 0.297 54 0.297 32 0.066 38 0.066 14 1.329 256 Voltage at Drop from Device source 20.24 0.16 19.96 0.44 19.61 0.79 19.37 1.03 19.28 1.12 19.25 1.15 19.25 1.15 Percent Drop 1% 2% 4% 5% 5% 6% 6% NAC Circuit Voltage Drop Calculation 2/6/2013 Project Name Circuit Number Nominal System Voltage Minimum Device Voltage Distance from source to 1st device Wire Gauge for balance of circuit Max Output Current Total Circuit Current PROVIDENCE PHARMACY 12-1550 NAC -2 20.4 16 130 1.5 volts volts amps 1.332 amps Wire Gauge 14 14 Resistance Per 1000 6.14 6.14 Circuit is within limits Device Device Device Device Device Device Device Device Device Device Device Totals 1 2 3 4 5 6 7 8 9 10 11 Distance Device previous Current device 0.066 0.079 21 0.066 17 0.094 23 0.107 20 0.094 5 0.107 14 0.107 19 0.176 19 0.218 29 0.218 29 1.332 326 Voltage at Drop from Device source 19.34 1.06 19.17 1.23 19.05 1.35 18.89 1.51 18.77 1.63 18.74 1.66 18.67 1.73 18.58 1.82 18.51 1.89 18.43 1.97 18.39 2.01 Percent Drop 5% 6% 7% 7% 8% 8% 9% 9% 9% 10% 10% NAC Circuit Voltage Drop Calculation 2/6/2013 Project Name Circuit Number Nominal System Voltage Minimum Device Voltage Distance from source to 1st device Wire Gauge for balance of circuit Max Output Current Total Circuit Current PROVIDENCE PHARMACY 12-1550 FPS1-1 20.4 16 105 2.0 volts volts amps 1.323 amps Wire Gauge 14 14 Resistance Per 1000 6.14 6.14 Circuit is within limits Device 1 Device 2 Device 3 Device 4 Device 5 Device 6 Device 7 Device 8 Device 9 Device 10 Totals Distance Device previous Current device 0.066 0.212 32 0.212 45 0.176 244- 40.066 0.066 28 0.107 8 0.107 22 0.066 37 0.066 9 0.245 16 1.323 326 Voltage at Drop from Device source 19.55 0.85 19.30 1.10 19.01 1.39 18.89 1.51 18.78 1.62 18.75 1.65 18.68 1.72 18.60 1.80 18.58 1.82 18.55 1.85 Percent Drop 4% 5% 7% 7% 8% 8% 8% 9% 9% 9% NAC Circuit Voltage Drop Calculation 2/6/2013 Project Name Circuit Number Nominal System Voltage Minimum Device Voltage Distance from source to 1st device Wire Gauge for balance of circuit Max Output Current Total Circuit Current PROVIDENCE PHARMACY 12-1550 FPS1-2 20.4 16 175 2.0 volts volts amps 1.143 amps Wire Gauge 14 14 Resistance Per 1000 6.14 6.14 Circuit is within limits Device 1 Device 2 Device 3 Device 4 Device 5 Device 6 Device 7 Device 8 Device 9 Totals Device Current 0.202 Distance previous device 0.212 46 0.212 8 0.079 37 0.079 17 0.079 25 0.066 23 0.107 15 0.107 30 1.143 376 Voltage at Drop from Device source 19.17 1.23 18.91 1.49 18.87 1.53 18.75 1.65 18.71 1.69 18.65 1.75 18.61 1.79 18.59 1.81 18.57 1.83 Percent Drop 6% 7% 7% 8% 8% 9% 9% 9% 9% NAC Circuit Voltage Drop Calculation 2/6/2013 Project Name Circuit Number Nominal System Voltage Minimum Device Voltage Distance from source to 1st device Wire Gauge for balance of circuit Max Output Current Total Circuit Current PROVIDENCE PHARMACY 12-1550 FPS1-3 20.4 16 215 2.0 volts volts amps 0.872 amps Wire Gauge 14 14 Resistance Per 1000 6.14 6.14 Circuit is within limits Device 1 Device 2 Device 3 Device 4 Device 5 Device 6 Totals Device Current 0.079 Distance previous device 0.066 9 0.079 11 0.212 34 0.218 49 0.218 59, 0.872 377 Voltage at Drop from Device source 19.25 1.15 19.21 1.19 19.16 1.24 19.02 1.38 18.89 1.51 18.81 1.59 Percent Drop 6% 6% 6% 7% 7% 8% NAC Circuit Voltage Drop Calculation 2/6/2013 Project Name Circuit Number Nominal System Voltage Minimum Device Voltage Distance from source to 1st device Wire Gauge for balance of circuit Max Output Current Total Circuit Current PROVIDENCE PHARMACY 12-1550 FPS1-4 20.4 16 200 2.0 volts volts amps 0.843 amps Wire Gauge 14 14 Resistance Per 1000 6.14 6.14 Circuit is within limits Device 1 Device 2 Device 3 Device 4 Device 5 Device 6 Device 7 Device 8 Totals Device Current 0.176 Distance previous device 0.176 89 0.079 46 0.066 23 0.066 11 0.107 23 0.066 18 0.107 26 0.843 436 Voltage at Drop from Device source 19.36 1.04 19.00 1.40 18.86 1.54 18.80 1.60 18.78 1.62 18.74 1.66 18.72 1.68 18.70 1.70 Percent Drop 5% 7% 8% 8% 8% 8% 8% 8% shop drawings seated by. Inc. 5794 W. 4600 So.: Hooper, UT 84315 Office: 801.985.0410 www.unicad.net Fire Alarm Design Drafiing Services w 1- Q r7 CNJ0 DESCRIPTION ISSUED FOR REVIEW & APPROVAL z O w 0 PROVIDENCE INFUSION AND PHARMACY JOB # 12-1550 3333 S. 120TH PL BLDG #3 TUKWILA, WASHINGTON 98168 CALCULATIONS AND RISER DIAGRAM DRAWN JPB UNICAD JOB #13043 CHECKED WAYNE B. HAWS NICET IV 90496 DATE 2/5/2013 REVISION 0 SCALE NONE FA -4 FULL SIZE 3Cr X 4e REFER TO FLOOR PLAN SHEET FA -2 FOR ACTUAL DEVICES 24VDC RESETABLE POWER TO DUCT DETECTOR 8c FLOW SWITCH & BELL SLC -1 REFER TO FLOOR PLAN SHEET FA -2 & 3 FOR ACTUAL DEVICES TO NAC -1 DEVICES 0T #1 7� A -- TO NAC -2 DEVICES SPARE NAC -4 TO FPS1 $ INPUT TERMINALS $ TO A- A+ B- B+ A- A+ B- B+ A- A+ B- B+ ZONE CODER J8 ❑ ❑ 000) GND FAULT ENABLE DISABLE TB8 NAC #2 TB7 NAC #3 0 TB8 NAC #4 TB1 TB5 C NC(3: NON NCg NOW 1 N ALARM (TROUBLE ED HOT NEU GND + - BATT. TB3 C NC NO C NC NO TB\ REC I XMIT EIA -485 vii TERM. N uJ TB1 1 EIA -485 ACS °J 000000 TX RXRFFTX RXRFF PRINTER ❑❑❑❑❑ NUP PORT USB A PC/CRT J1 J2 TB1 2 000000 :)0 CD USB B J3 SW5 SW6 SW7 ACK SILENCE RESET J7 ❑❑❑❑❑❑❑❑❑❑❑❑❑❑❑❑❑❑❑ ❑❑❑❑❑❑❑❑❑❑❑❑❑❑❑❑❑❑❑ 0000 B+A+ B -A - SLC 1 TB1 3 12V, 12AH BATTERY 12V, 12AH BATTERY NFS2-640 FIRE ALARM CONTROL PANEL SCALE: NOT TO SCALE 120 VAC PNL• F-1 \ EIA -485 BACK TO PANEL r, r,r, STANDOFFS FDU-80 TOP VIEW DIP SWITCHES (1 & 2 ON) P1 ❑❑❑■❑■❑ P2 7654321 --+- EIA -485 IN TO FDU-80 3+ \1 24VDC (IN) NOTE: SEE FDU-80 INSTALLATION MANUAL FOR SHIELD TERMINATION DETAILS. FDU-80 WIRING DIAGRAM SCALE: NOT TO SCALE REFER TO FLOOR PLAN SHEET FA -2 FOR ACTUAL DEVICES s 1 s $ r r GROUNDING STRAP TO CHASSIS GROUND cr 1 + TB1 0 7 6 M 0 5 s 0 0 5 4 3 2 11 © © © J3 I ZNAC CONNECTOR TB2 3 INTERNAL RELAY FOR SUPERVISION OF INPUT CIRCUIT GROUND FAULT m A A K m U 00000 AUX AUX IN2 1N2 Our OUT IN1 IN1 SYNC SYNC 2 1 © © AUX. TROUBLE (NO) AUX. TROUBLE (NO) T85 0 0 O JP1 o-® 1 JP3 0 on JP2 10 9 8 7 1B4 3 2 4.7K, 1/2W ELR BATTERY BATTERY 12V, 7AH 12V, 7AH FPS1 WIRING DIAGRAM SCALE: NOT TO SCALE TO FPS1-4 TO FPS1-3 TO FPS1-2 TO FPS1 — 1 s NAC -4 FROM FCP FOR s POINT OF CONNECTION shop drawings seated by Inc. 5794 W.4600 So. Hooper, UT 84315 Office: 801.985.0410 www.unicad.net Fire Ala Design DESCRIPTION ISSUED FOR REVIEW & APPROVAL z O w c0 N PROVIDENCE INFUSION AND PHARMACY JOB # 12-1550 3333 S. 120TH PL BLDG #3 TUKWILA, WASHINGTON 98168 PANEL DETAILS DRAWN JPB UNICAD JOB #13043 CHECKED WAYNE B. HAWS NICET IV 90496 DATE 2/5/2013 REVISION 0 SCALE NONE FA -5 FULL SIZE 30' X 42' • 4 t7A t: TRUE CEILING — HEAD 000 d po Qq-;\.- 4" SQUARE BOX BASE CEILING DETECTOR MOUNTING DETAIL 47K ELR NOT TO SCALE NOTE: ALL WIRING TO BE INSTALLED IN EMT CONDUIT OR APPROVED FLEX CONDUIT. MONITORED DEVICE FMM-1 T11 O T10 T1 T9 T2 T8 T3 T7 ' T4 T6W'Nil T5 TENSONES •ISZOO1--. AT1nRFSS 411211. SLC LOOP FROM PREVIOUS DEVICE t SLC LOOP TO NEXT DEVICE LOOP O O P u u FMM-1 MONITOR MODULE DETAIL NOT TO SCALE TYPICAL TWO -WIRE STYLE B INITIATING DEVICE CIRCUIT CONFIGURATION. MOUNTS TO 4" SQUARE 2.125" DEEP BOX. CURRENT RATING MAXIMUM VOLTAGE LOAD DESCRIPTION APPLICATION 3 A 30 VDC RESISTIVE NON -CODED 2 A 30 VDC RESISTIVE CODED 0.9 A 110 VDC RESISTIVE NON -CODED 0.9 A 125 VDC RESISTIVE NON -CODED 0.5 A 30 VDC INDUCTIVE (L/R=5ms) CODED 1 A 30 VDC INDUCTIVE (L/R=2ms) CODED 0.3 A 125 VAC INDUCTIVE (PF=0.35) NON -CODED 1.5 A 25 VAC INDUCTIVE (PF=0.35) NON -CODED 0.7 A 70.7 VAC INDUCTIVE (PF=0.35) NON -CODED 2 A 25 VAC INDUCTIVE (PF=0.35) NON -CODED DEVICES SUPERVISED t (SUCH AS DOOR HOLDERS, FIRE SMOKE DAMPERS, ETC.) 4" SQUARE BOX PLASTER RING TRUE CEILING HEAD JUNCTION BOX OR PULL BOX FLEXIBLE CONDUIT (LENGTHS AS REQ'D. BY LOCAL CODE) SUSPENDED CEILING BASE NOTE: DETECTORS SHALL BE AT LEAST 36" FROM HVAC SUPPLY DUCTS. DROP CEILING DETECTOR MOUNTING DETAIL NOT TO SCALE SLC LOOP TO NEXT DEVICE t SLC LOOP FROM PREVIOUS NOT USED 18-35VDC, OV 18-3 15 AAC.51 AC,, 23OVAC S 24VDC TO S NEXT DEVICE S 24VDC FROM S PREVIOUS DEVICE FRM-1 MODULE CONTROL/MULTI VOLTAGE RELAY DETAIL NOT TO SCALE n BOTTOM OF HARD DUCT ELBOW MOUNTING HEIGHT 12',-0" MIN FLEXIBLE DUCT INITIAL DIFFUSER MOUNTING HEIGHT 9'-0" AFF IN SWITCH ROOMS 10'-0" AFF IN INVERTER/ RECTIFIER ROOMS 3'-0"IMIN. 1, SMOKE DETECTOR HVAC DIFFUSER CLEARANCE d O FMM-1 T1 1 T10 T1 T9 T2 T8 T3 17 T6 LOOP fly TENS ONES AnnRFCS T5 NOT TO SCALE NOTE: DETECTORS LOCATED ABOVE DIFFUSERS MAY BE LOCATED CLOSER THAN 3'-0". 24VDC RESETTABLE 0 0 0 0 9 10 L12o1 24VAC/DC VAC 1�POWER INPUTS (NOTE 1) SCJ AUX PWR SHUTDOWN A/C UNIT AUXILIARY CONTACTS FOR FAN SHUTDOWN ETC. (NOTE 2) (-)t SLC LOOP FROM (+)t PREVIOUS DEVICE (-)t SLC LOOP TO (+)t NEXT DEVICE 160 N.C. 8'-6" 17._. 8 18 _ 7 N.O. N.C. C - N.O. SUPERVISORY CONTACTS (NOTE3 SUP. C SUP. N.O. 3 14 NOTE:1 24V POWER INPUTS ACCEPT A NON—POLARIZED 24VDC OR 24VAC 50-60Hz. 120VAC POWER INPUTS ACCEPT ONLY 120VAC 50-60Hz. CONNECT POWER SOURCE TO APPROPRIATE TERMINALS OF EACH DETECTOR. SEE SPECIFICATIONS FOR ADDITIONAL POWER SUPPLY INFORMATION. NOTE:2 AUXILIARY CONTACTS SHOWN IN STANDBY POSITION. CONTACTS SWITCH DURING ALARM. AUXILIARY CONTACTS ARE NOT TO BE USED FOR CONNECTION OT THE CONTROL PANEL CONTACT RATINGS: (DPM) 10A o 30Voc (RESISTIVE): 10A 0 250VAC (RESISTIVE); 1/2 HP 0 24OVAC; 1/4 HP 0 120VAC. NOTE:3 SUPERVISORY CONTACTS SHOWN IN STANDBY POSITION. OPEN CONTACTS INDICATE A TROUBLE CONDITION TO THE PANEL CONTACT RATINGS: (SPDT) 2.0A 0 30VDC (RESISTIVE); 2.0A 125VAC (RESISTIVE) NOTE:4 ALARM INITIATION CONTACTS SHOWN IN STANDBY POSITION. CLOSED CONTACTS INDICATE AN ALARM CONDRTON TO THE PANEL. CONTACT RATINGS: (SPST) ZOA 0 30VDC (RESISTIVE) FMM-1 T1 1 T10 T1 T9 T2 T8 T3 • T4 T5 :F. T7 '=F T6 LOOP fl% 1O S CMS AT)r)RFSS ALARM C. ALARM INITIATION CONTACTS (NOTE 4) ALARM N.O. 10 INT/AUX- 120 150 20 110 INT+ (+) SLC LOOP TO NEXT DEVICE (-) (+) SLC LOOP FROM PREVIOUS DEVICE (-) ADDRESSABLE DETECTOR BASE TYPICAL TWO -WIRE STYLE B INITIATING DEVICE CIRCUIT CONFIGURATION. MOUNTS TO 4" SQUARE OR 3-1/2 OCTAGONAL 1-1/2" DEEP BOX. HEAT OR SMOKE DETECTOR. REMOTE TEST STATION RTS -151 24VDC RESETTABLE 0 0 0 0 9 10 L120J 24VAC/DC VAC 1�POWER INPUTS (NOTE 1) (lJ 2k) AUX PWR SHUTDOWN A/C UNIT AUXILIARY CONTACTS FOR FAN SHUTDOWN ETC. (NOTE 2) (-)t SLC LOOP FROM (+)t PREVIOUS DEVICE O fP u (-)t SLC LOOP TO (+)t NEXT DEVICE 16 N.C. 30 RESET 40 42) TEST NC NOTES FOR INTERCONNECTION OF MULTIPULE FAN SHUT DOWN; NOTE1 WHEN USING THE INTERCONNECT FEATURE, AN ALARM FROM AN INTMTING DEVICE WILL SWITCH THE AUX RELAYS ON THE OTHER DEVICES INTERCONNECTED. NOTE:2 WHEN USING THE INTERCONNECT FEATURE, ALL INTERCONNECTED UNITS MUST BE POWERED USING THE SAME INDEPENDENT SUPPLY. NOTE3 POLARITY MUST BE MAINTAINED THROUGHOUT THE INTERCONNECT WIRING. CONNECT THE INT+ TERMINAL ON UNIT 1 TO THE INT+ TERMINAL ON UNIT 2 AND SO ON. SIMILARLY, CONNECT THE INT/AUX— TERMINAL ON UNIT 1 TO THE INT/AUX— TERMINAL ON UNIT 2 AND SO ON. 17 8, 18_ 7 N.O. N.C. C - N.O. SUPERVISORY QONTACTS (NOTE3) SUP. C SUP. N.O. 3 14 ALARM C. ALARM INITIATION CONTACTS (NOTE 4) ALARM N.O. 10 INT/AUX- 120 150 20 110 INT+ REMOTE TEST STATION RTS -151 D4120 DUCT SMOKE DETECTOR NOT TO SCALE NOTE: APPLIES TO RTU 14 & 15 30 RESET 4® 12) TEST 60 NC NOTE: REFER TO INNOVAIR INSTALLATION MANUAL FOR COMPLETE INFORMATION. 4" SQ. BACKBOX CEILING MOUNT HORN/STROBE MOUNTING DETAIL LEGEND SDC SMOKE DETECTOR CONTROLLER (OPTIONAL) SDRA SENSOR, SMOKE DETECTOR, RETURN AIR (OPTIONAL) SDSA SENSOR, SMOKE DETECTOR, SUPPLY AIR (OPTIONAL) P13 S13 1) 249/R 250/R R 2) FOR FOR SDC 3 YEL 4)-247/R S14 S2 P28 1)-292/BK--Q1 2)-293/R-0 3)-294/Y--0 4}-295/Y—{4 SDSA ONLY: CONNECT P14 TO 'SENSOR 1' 014 SDC SDRA & SDSA: CONNECT P14 TO 'SENSOR 2' ON & MOVE DIP SWITCH ON SDC TO '2 SENSORS' NOT TO SCALE NOTE: REFER TO JOHNSON CONTROLS TECHNICAL GUIDE, 528200—JTG—C-1109 FOR COMPLETE INFORMATION. 5 TO DUCT DETECTOR TO DUCT 5 DETECTOR 5 TO DUCT DETECTOR NOTE: INSTALLER TO LOCATE N/0 ALARM CONTACTS AND CONNECT TO FMM MODULE SMOKE DETECTOR CONTROL DETAIL NOT TO SCALE NOTE: APPLIES TO RTU 1, 10, 11, 13, 17 SHEET TES: LOCATE MONITOR MODULE ON ATC BELOW. LOCATE ON ATC BELOW UNIT. shop drawings uNicAo seated by. Inc. 5794 W. 4600 So. uw Hooper. UT 84315 Of lice: 801.985.0410 Fire Alarm} Design & Drafting Services w 1- CV 00 N DESCRIPTION ISSUED FOR REVIEW & APPROVAL z 0 w cc O N Lf) 0 00CIDQ 1 -13 CIDN o _ I N PROVIDENCE INFUSION AND PHARMACY JOB # 12-1550 3333 S. 120TH PL BLDG #3 TUKWILA, WASHINGTON 98168 DEVICE DETAILS DRAWN JPB UNICAD JOB #13043 CHECKED WAYNE B. HAWS NICET IV 90496 DATE REVISION 2/5/2013 0 SCALE NONE FA -6 FULL SQE: 30' X 42' tsa 1 — I Ia+- — - _ � — -t0'{ -r— — — — --4;.--- — — — 18+- — — 7 — Y•pl - – ; -'I — —1;+- - j1 --1 ' -T- T ' 1 ' - . 1 I I` i -�. 1 i -- 'r-- 7 � - I IFI.1— F� f �.� _ 1 r t �'' '- _7. _i J — T _ - 1 i 4 — — —101- i =— -l-s- — — a La- -J _to ti tr' w I 164- j e1- u I 1 Vit,., 7 ; r,;.I. — I---„o1L--1--f1---- 1�,--.-1 - I !-1 1 1 - h i I, I a 1 r= - --i- t r — L. 1 l I L L J ---1- r _ 18+----- ,-----+®+-�---1«---_--=:)i--- 1 = r 1- -._. - -T _� �-- 3 r L L i- r - L I -r .."j,- T = 1 _r -71 L 4,• _ r1\[_'-� :i I- t 130 10 ;-;- + I n „, ' , t.., r I I i �! 44 � 1V1 J 1- i 1 L T 1,L21 I Ii 1- 7 I _L_ ti -`r ,i ' -- -- •41 --«:r-- 1 L_ 1 H — i- o - 4 -- 1 IL 1J-,1 — ,1 � _ ,r IJ .- _J+1 1®) r -1 •. .1 ISI — 1 t4 - I .1 r 1 • r ! — 1-4-04— 7- — — r_. .44 --- --- -- -- ----�+--- —Iq r- - 1 I 1 ; 1.1 L t. Irr 14 r T L 101 4414 — COLO -2 FIRE SPRINKLER PLAN TIFAlk) L COLO -1 FIRE SPRINKLER PLAN FLEXHEAD DROP w/ MOUNTING BRACKET CEILING TILE '''SPRINKLER HEAD FLEXHEAD DETAIL GENERAL NOTES EXISTING 1” OUTLET (TYP.) NOT TO SCALE 1. = EXISTING FIRE SPRINKLER HEAD. 2. = EXISTING FIRE SPRINKLER HEAD TO REMAIN. 3. DASHED LINES INDICATE EXISTING FIRE SPRINKLER PIPING TO REMAIN. 4. SEE DETAIL FOR FLEXHEAD INSTALLATIONS, (LENGTHS NOTED ON PLANS). COLO -1 AREA OF WORK AREA OF WORK COLO -2 <EY PLA\ vilt) C E TE VVithout Comments As Noted In Red Per The Attached Letter nese plans have been reviewed by The Tukwila Fire Prevention Bureau for conformance with current city J standards. Acceptance is subject to errors and . omissions which do not authori2e violations of adopted Stanciaros and orainances. The responsibility for the adequacy of design rests totally with the designer. Additions, deletions or revisions to these drawings atter this date will void this.acceptance and will require a resubmittal of revised drawings for subsequent approval. Final acceptance is subject to field test and inspection by The Tukwila Fire, Prevention Burea Date: ..(q'(' q70 By: ILIKWILA FIRE DEPART plig.ia Please call: 575-440Z and give this job No arid exact address for shuts lki\tiA or restoration approval!) NOTICE Weld stamps must be inspected before pipe is hung. Do not paint piping p.',2,1" to hydrostatic test SCOPE OF WORK MODIFY FIRE SPRINKLER PROTECTION FOR HVAC UPGRADES. 6 41240.5: Prt Sit Tukwila . VICHTY bet\ A HANGER LEGEND "U” HOOK COACH SCREW ROD BM. CLAMP W/ "STRAP EYELET FLUSH SHELL CEILING FLANGE SIDE BEAM BRACKET SHORT CLIP ALL THREAD ROD TOGGLE NUT POWDER DRIVEN STUD EXPANSION BOLT PIPE SPIKE SN TS N ADN FITTING LEGEND PIPE -0 -LET PLAIN END FIT FITTING GROOVED SHAPED NIPPLE THREADED SHAPED NIPPLE ADJUSTABLE DROP NIPPLE 2 - WAY EARTHQUAKE BRACE 4 - WAY EARTHQUAKE BRACE STRUCTURE TO CENTER LINE OF PIPE IN INCHES SPRINKLER LEGEND SPRINKLER ORIFICE SIZES AND TYPE 16 8 16 2 SPRAY SPRAY DRY TYPE STATE CERTIFICATION TEMP RATING 0 165* CD APPROVAL REQUIRED TUKWILA FIRE DEPT. SPRINKLER HEADS USED SYM MANUF MODEL RELIABLE G THREAD ORIFICE SIZE SIZE RECESSED SSP 1/2” 1/2* HEAD FINISH CHROME ESCUTCH FINISH CHROME TOTAL QUALaY CONTROL BY APPROVED FOR FABRICATION BY DATE DATE GENERAL NOTES 1. ALL MATERIAL AND EQUIPHENT TO BE NEW AND UL LISTED OR FM APPROVED. 2. PIPING OlmENSIONS ARE CENTER TO CENTER EXCEPT RISERS AND DIMENSIONS SHOWN THUSLY (1-6) WHICH ARE END TO END. 3. EARTHQUAKE BRACING SHALL BE PROVIDED IN ACCORDANCE WITH NFPA PAMPHLET NO. 13, 2002 EDITION. 4. PIPE HANGERS AND METHOD OF HANGING TO BE IN ACCORDANCE WITH NFPA PAMPHLET NO. 13, 2002 EDITION. 5. PIPING SHALL BE IN ACCORDANCE WITH NFPA PAMPHLET NO. 13. 2002 EDITION 6. JOINING OF PIPE AND FITTINGS, THREADED & WELDED, SHALL BE IN ACCORDANCE WITH NFPA PAMPHLET NO: 13, 2002 EDITION. 7. OWNER TO PROVIDE ADEQUATE HEAT IN AREAS PROTECTED BY A WET PIPE SPRINKLER SYSTEM TO PREVENT WATER IN PIPES FROM FREEZING. 8. ALL WIRING OF ELECTRICAL DEVICES (IF REQUIRED) TO BE PROVIDED By OTHERS 9. PAINTING OF PIPE & EQUIPiAENT (IF REQUIRED) TO BE PROVIDED BY OTHERS 10. FBUIRRING OOTFHPEIPREs& EQUIPMENT (IF REQUIRED) TO BE PROVIDED CONTRACT WITH: HERMANSON CORPORATI 1221 2ND AVE NORTH KENT, WA PROJECT NAME: MS T HVAC UPGRA 3333 SOUTH - PLACE TUKWILA, WA WILA-3 VICTOR FROST 206-396-1753 ES Tukwila Fire Fi 2707 70TH AVENUE EAST TEL: (253) 926-2290 TACOMA, WA 98424 FAX: (253) 922-6150 DESIGNER CLINT CARR SHEET DATE 6-16-2008 JOB NO. 12-11287 \\mckdata\pipe archive\Fire Protection'JES\001 SPG\Tuk 3 -Server Room- 8559\FP.dwg, 30 x 42,11/10/20101:2244 PM CCT ,C Without Comments ❑ As Noted in Red ❑ Per The Attached Letter These plans have been reviewed by The Tukwila Fire Prevention Bureau fol- c fr rmance with current City standards. AccQi3 _-_,i ;_ ,:l!bje .=. to errors and omissions whic; ::: „ ;� G ,rlo!ations of adopted standards ant [..:., =::..ti he I esponsibiiity for the adequacy of dell <1 , with the designer. Additions, deietioy. ts. - . _.,,isiO S to These dr .', 'sips after this date will void t .....��ept nce and will re, ! re a resubmittal of r3:vise� dmwing f• i:3uo::equent approval. Final acceptance is su j c: Lo field test and inspection by The Tukwila Fire Prevention Bureau. - / c. -10 By: '/1 IUKWILA FIRE .DEPARTIt Please call: 575-4407 and give this job No. /0 -S '&J I and exact address for shut. *own or restoration approval NOTICE Weld stamps must be inspected before pipe is hung. Do not paint piping prior to hydrostatic test approval. OE\EAL \OTES 1. SPRINKLER SYSTEM DESIGN PER N.F.P.A. #13 2. ALL MATERIALS SHALL BE NEW AND U.L. LISTED OR F.M. APPROVED 3. FIRE SPRINKLER SYSTEM TO BE INSTALLED, HUNG, BRACED AND TESTED IN ACCORDANCE WITH N.F.P.A. #13 4. IN LOCALITIES SUBJECT TO FREEZING CONDITIONS IT IS THE OWNERS RESPONSIBILITY TO PROVIDE HEAT THROUGHOUT THE WET PIPE SPRINKLER SYSTEM AREAS AND IN ENCLOSURES FOR DRY PIPE, DELUGE AND OTHER TYPES OF VALVES CONTROLLING WATER SUPPLIES TO SPRINKLER SYSTEMS 5. FIRE PROTECTION CONTRACTOR SHALL NOT BE RESPONSIBLE FOR THE ABILITY OF THE STRUCTURE TO ADEQUATELY SUPPORT THE FIRE SPRINKLER SYSTEM. 6. ALL ELECTRICAL, PAINTING OF PIPE, FURRING, CUTTING OR PATCHING TO BE BY OTHERS. 7. SPRINKLER HEADS NEED NOT BE LOCATED ±2" OF CENTER OF TILE 8. NEW AND RELOCATED tSPRINKLER HEADS ARE TO BE ON 1" DYNATHREAD OR SCHEDULE 40 ARM OVERS. 9. NEW MAINS AND NEW` -,BRANCH LINES ARE TO MATCH EXISTING PIPE SIZING WHERE HYDRAULIC CALCULATIONS ARE NOT REQUIRED. 10. SPRINKLER HEADS HAVE BEEN ADDED AND RELOCATED TO ACCOMMODATE TENANT IMPROVEMENTS. AREAS OUTSIDE SCOPE OF WORK ARE TO REMAIN. 11. THE OWNER IS RESPONSIBLE FOR THE PERIODIC INSPECTION, TESTING, AND MAINTENANCE OF THESE FIRE SPRINKLER SYSTEMS IN ACCORDANCE WITH THE REQUIREMENTS OF NFPA 25 1995 EDITION. THIS WORK MUST BE '!DONE BY QUALIFIED PERSONNEL STARTING AFTER THE WARRANTY PERIOD HAS EXPIRED. THE COMPANY THAT DESIGNED AND INSTALLED THIS SYSTEM IS THE BEST QUALIFIED TO PROVIDE THE ONGOING LONG TERM TESTING, SERVICING, AND MAINTENANCE OF THIS SYSTEM(S). SCOPE OF WCH 1. RELOCATE AND/OR ADD PENDENT SPRINKLERS TO ACCOMMODATE TENANT IMPROVEMENTS. 2. NEW SPRINKLERS ARE TO MATCH EXISTING STANDARD RESPONSE, STANDARD SPRAY, PENDENT SPRINKLERS, RATED AT 155'F AND 5.6K 3. SPACE IS DESIGNED TO ORDINARY HAZARD OCCUPANCY (130 SF) U.N.O. 4. EXISTING OUT OF SERVICE FM200 SYSTEM TO BE REMOVED. EXISTING WET SPRINKLER SYSTEM TO BE ADJUSTED FOR NEW MECHANICAL UNITS. 5. ALL AREAS OUTSIDE SCOPE OF WORK ARE TO REMAIN AS IS AND UNAFFECTED BY TENANT IMPROVEMENT. SPN BEY • PENDENT SPRINKLER O UPRIGHT SPRINKLER SPECIAL APPLICATION PENDENT SPRINKLER SPECIAL APPLICAfiTION UPRIGHT SPRINKLER PENDENT AND UPRIGHT SPRINKLER • CONCEALED SPRINKLER EXTENDED COVERAGE SPRINKLER SIDEWALL SPRINKLER • DRY PENDENT SPRINKLER DRY EXTENDED COVERAGE SPRINKLER RELOCATE SPRINKLER ADD SPRINKLER IP PLUG OUTLET — — — EXISTING SPRINKLER PIPING NEW SPRINKLER PIPING * SEE SPRINKLER LEGEND FOR SPECIFIC SPRINKLER SI\ TYPES * LFA DETAILS CORRUGATED METAL DECK . :.(f 1 �1 p. b CONCRETE b■ HILTI KWIK BOLT 3 ROD COUPLING! MINIMUM EMBEDMENT: 15/8 " ATR ----.•- = 3/8" ATR FOR <_ 4" PIPING TOLCO FIG. 25 SURGE RESTRAINER INSTALLED AT END OF EACH BRANCH UNE SWIVEL RING PIPE TO BE BRACED HANGER - CONCRETE (FOR 4" PIPE AND SMALLER) STRUCTURE -\ HANGER -\1 BRANCHLINE -� 1" x ARMOV'ER SEE PLAN SUSPENDED CEILING, l PENDENT HEAD 1 RELOCATE DETAIL • )77 1 J 0 --, BDID- 0 0 0 O 70/ —r 3e 0 D 14; 0 N\ 70/24 >� I CAH U--14 /1 B -8D 1 1=--1-0 BE REMOVED I\� c T L 151 BEY PLA\ J N.T.S. 4?1 Cid r 1„ 11. ,-,:. 'LI A O [i! i3-t"YJ-ft SPRINKLER PLAN 1/4" = 1'—O CAHU-3 152 4' 8' SCALE: 1/4" = 1-0 U.O.N. SPRINKLER LEGEND 15' SYM i I --) `_..i 7-,r.) RESPONSE K NPT MFG. `I "` QTY EX CONC SSP D - ,) n it aI I t1 \..1 L._, l v , 60 /30 SR 155° 5.6 • W TYCO -1 1 9 1 , 1 TY3551 ,j i i I 1 f___' — v-- I___-_ 1 -1:1"!/\i 1.-'t/1 /x\ . \ /x\ 155° 5.6 '1? ___4„..__ 1 I RF -II TY3551 3 4P PLUGGED HEADS \ V / �j i ti 1 V l CAH U--14 /1 B -8D 1 1=--1-0 BE REMOVED I\� c T L 151 BEY PLA\ J N.T.S. 4?1 Cid r 1„ 11. ,-,:. 'LI A O [i! i3-t"YJ-ft SPRINKLER PLAN 1/4" = 1'—O CAHU-3 152 4' 8' SCALE: 1/4" = 1-0 U.O.N. SPRINKLER LEGEND 15' SYM TYPE COLOR ESC RESPONSE TEMP K NPT MFG. MODEL# ID# QTY EX CONC SSP BRASS WHITE SR 155° 5.6 • W TYCO RF -II TY3551 N/A '' RELO CONC SSP BRASS WHITE SR 155° 5.6 '1? TYCO RF -II TY3551 3 4P PLUGGED HEADS 0 TOTAL AFFECTED 3 instry FIRE PROTECTION SEATTLE: 5005 3RD AVE SOUTH SEATTLE, WA. 98124 (206) 762 - 3311 PORTLAND: 12021 NE AIRPORT WAY, SUITE G PORTLAND, OR 97220 (503) 331 - 0234 / BATTERY DX UNIT REPLACEMENT 3333 120TH PLACE SOUTH TUKWILA, WASHINGTON 90168 REGISTRATION: • REVISIONS: 1 11.10.10 FP ISSUE FOR PERMIT NO. DATE DESCRIPTION McKINSTRY DIVISION: Fi rm E PR•TECT9 DESIGNED BY: JES - 206.396.8528 DRAWN BY: JES CHECKED BY: JSS JOB NUMBER: McK # 8559 DATE: 11.10.10 SCALE: 1/4" = 1'-0 U.N.O. SHEET TITLE: TUK 3 SPRINKLER PLAN SHEET NUMBER: PAID NOV 12 20101��" TUKWILA FIRE FP -L01 -TI • CE\ERAL \OT S 1. SPRINKLER SYSTEM DESIGN PER N.F.P.A. #13 2. ALL MATERIALS SHALL BE NEW 'AND U.L. LISTED OR F.M. APPROVED 3. FIRE SPRINKLER SYSTEM TO BE INSTALLED, HUNG, BRACED AND TESTED IN ACCORDANCE WITH N.F.P.A. #13 4. IN LOCALITIES SUBJECT TO FREEZING CONDITIONS IT IS THE OWNERS RESPONSIBILITY TO PROVIDE HEAT THROUGHOUT THE WET PIPE SPRINKLER SYSTEM AREAS AND IN ENCLOSURES FOR DRY PIPE, DELUGE AND OTHER TYPES OF VALVES CONTROLLING WATER SUPPLIES TO SPRINKLER SYSTEMS 5. FIRE PROTECTION CONTRACTOR SHALL NOT BE RESPONSIBLE FOR THE ABILITY OF THE STRUCTURE TO ADEQUATELY SUPPORT THE FIRE SPRINKLER SYSTEM. 6. ALL ELECTRICAL, PAINTING OF PIPE, FURRING, CUTTING OR PATCHING TO BE BY OTHERS. 7. SPRINKLER HEADS NEED NOT BE LOCATED ±2" OF CENTER OF TILE 8. NEW AND RELOCATED SPRINKLER HEADS ARE TO BE ON 1" DYNATHREAD OR SCHEDULE 40 ARM OVERS. 9. NEW MAINS AND NEW BRANCH LINES ARE TO MATCH EXISTING PIPE SIZING WHERE HYDRAULIC CALCULATIONS ARE NOT REQUIRED. 10. SPRINKLER HEADS HAVE BEEN ADDED AND RELOCATED TO ACCOMMODATE TENANT IMPROVEMENTS. AREAS OUTSIDE SCOPE OF WORK ARE TO REMAIN. 11. THE OWNER IS RESPONSIBLE FOR THE PERIODIC INSPECTION, TESTING, AND MAINTENANCE OF THESE FIRE SPRINKLER SYSTEMS IN ACCORDANCE WITH THE REQUIREMENTS OF NFPA 25 1995 EDITION. THIS WORK MUST BE DONE BY QUALIFIED PERSONNEL STARTING AFTER THE WARRANTY PERIOD HAS EXPIRED. THE COMPANY THAT DESIGNED AND INSTALLED THIS SYSTEM IS THE BEST QUALIFIED TO PROVIDE THE ONGOING LONG TERM TESTING, SERVICING, AND MAINTENANCE OF THIS SYSTEM(S). SCODE OF WO 1. RELOCATE AND/OR ADD PENDENT SPRINKLERS TO ACCOMMODATE TENANT IMPROVEMENTS. 2. NEW SPRINKLERS ARE TO MATCH EXISTING STANDARD RESPONSE, STANDARD SPRAY, PENDENT SPRINKLERS, RATED AT 155T AND 5.6K 3. SPACE IS DESIGNED TO ORDINARY HAZARD OCCUPANCY (130 SF) U.N.O. 4. ALL AREAS OUTSIDE SCOPE OF WORK ARE TO REMAIN AS IS AND UNAFFECTED BY TENANT IMPROVEMENT. /<LE� BEY • PENDENT SPRINKLER O UPRIGHT SPRINKLER SPECIAL APPLICATION PENDENT SPRINKLER SPECIAL APPLICATION UPRIGHT SPRINKLER 0 PENDENT AND UPRIGHT SPRINKLER • CONCEALED SPRINKLER • EXTENDED COVERAGE. SPRINKLER 44 SIDEWALL SPRINKLER DRY PENDENT SPRINKLER DRY EXTENDED COVERAGE SPRINKLER 'R- RELOCATE SPRINKLER P ADD SPRINKLER 4P PLUG OUTLET — — — EXISTING SPRINKLER PIPING NEW SPRINKLER PIPING * SEE SPRINKLER LEGEND FOR SPECIFIC SPRINKLER TYPES * SPP\ LEP DETAILS CORRUGATED METAL DECK HILTI KWIK BOLT 3 ROD COUPLING ATR TOLCO FIG. 25 SURGE RESTRAINER INSTALLED AT END OF EACH BRANCH LINE MINIMUM EMBEDMENT: 1 5/8 " 3/8" ATR FOR <_ 4" PIPING SWIVEL RING PIPE TO BE BRACED HANGER - CONCRETE (FOR 4" PIPE AND SMALLER) STRUCTURE -\ HANGER BRANCHLINE-/i i O . 1" x ARMOVER SEE PLAN SUSPENDED CEILING, PENDENT HEAD RELOCATE DETAIL BEY PLA\ N. T.S. \ J th c! U `, COMMentS ❑ AF. 1' :`r`ry i R5 -..i° ❑ Per TheAteauri4.0 Letter rhese plans have been reviewed by The Tukwila Fire 'Prevention Bureau for conforman.r.:e current City 7r;ndards. Accep anc. i subs;:'rr}',.. and omissions which do not authorize of adopted ,::andards and ordinances. The r(tIs oi-rsi ll ty for the t,t.iiii'3 rh: i t?,onrer. 3 equacy of design € est4 tot ° ail.i, Additions, deletions or r. ;is oflS to 'r".. drawings after this date will void thIS :J.ccerta-nCe ^ :d wi'i require a resubmittal of revised drawings for ;. ,v e hunt approval. Final acceptance is subject to field test and inspection by The Tukwila Fire Prevention Bureau. By: 41-` -1 o:3te: LI -1 9 —1 I dos. t° ,. and down or restoration a .:r ov , Pae COp 4' 8' SCALE: 1/4" = 1'-0 U.O.N. SPRINKLER LEGEND 15' SYM TYPE COLOR ESC RESPONSE TEMP K NPT MFG. MODEL# ID# QTY EX CONC SSP BRASS WHITE SR 155° 5.6 %" TYCO RF -II TY3551 N/A ' RELO CONC SSP BRASS WHITE SR 155° 5.6 %" TYCO RF -II TY3551 1 ®P PLUGGED HEADS 1 TOTAL AFFECTED 1 1 4 O/ � la, i I ,/�O ,, � , ,v i O ,-\\____. 1 �/ -3/1T Ri` `T I RAI I nn i/\iit ' !,.moi- i. I.�\ /A 1 �� TT RAT A I R / / " .,.J-,,._., I \ Y f \ U L1 __ I \ V / \ 1 r— _ UPS CN UPS—C-) i _ �.L, I /�, I i I I I 50 0 \V'/ �!' S O 0 ��\I f�, !:J ! I i •• ! HA 1 I I Sf \ i ! �.-\ ! ! ,---` 0 km I I �0/ %% / ! 1 UPS—C.; ! I !.„J P CH ! HDc—i - iRS—CM �A I 1 �'Al T BA i i K./A, ! I 1 � - n .;\-v ,'-\ r IRA-i- BAT , /\ /A ( O 500 0 50 0 VA 50 L_'� (i I - T \-1- _ { I \ ,=; , R f n K\ i A I I E1 n ,�, \, ,t ;/\ L , ;-\, I ;- , 1 : I 1 0 - V!OV ' 529 RELOCATE SPRINKLER I DIFFUSER 8 i --1-T-1 U rip...„ � CA _ ' UCAS -- - B -r I -Ty \ D BATT ! ,\ JrT! L t �� I.,� 1 1— r� ,-1 ,_,1 �, BA1 1 RIAI i 1 1 Lf -\1 ,�� , ,\iii C 1 (f-'� P. F l i it �� S—C I -r1-, U CCE —1-5-- `.- 1 I- A -7 -u/--\ u /- \ . , Imo, D - \ i O - Q ll r I,� \ /_'\ i j ) { 1,`; \ �' ,� r / , I u;-, I � I I // O2/I � / i / � '00c 1 oococc i / / // 00,0 Ii • 1515 ' _ -, 1527 -/ u BEY PLA\ N. T.S. \ J th c! U `, COMMentS ❑ AF. 1' :`r`ry i R5 -..i° ❑ Per TheAteauri4.0 Letter rhese plans have been reviewed by The Tukwila Fire 'Prevention Bureau for conforman.r.:e current City 7r;ndards. Accep anc. i subs;:'rr}',.. and omissions which do not authorize of adopted ,::andards and ordinances. The r(tIs oi-rsi ll ty for the t,t.iiii'3 rh: i t?,onrer. 3 equacy of design € est4 tot ° ail.i, Additions, deletions or r. ;is oflS to 'r".. drawings after this date will void thIS :J.ccerta-nCe ^ :d wi'i require a resubmittal of revised drawings for ;. ,v e hunt approval. Final acceptance is subject to field test and inspection by The Tukwila Fire Prevention Bureau. By: 41-` -1 o:3te: LI -1 9 —1 I dos. t° ,. and down or restoration a .:r ov , Pae COp 4' 8' SCALE: 1/4" = 1'-0 U.O.N. SPRINKLER LEGEND 15' SYM TYPE COLOR ESC RESPONSE TEMP K NPT MFG. MODEL# ID# QTY EX CONC SSP BRASS WHITE SR 155° 5.6 %" TYCO RF -II TY3551 N/A ' RELO CONC SSP BRASS WHITE SR 155° 5.6 %" TYCO RF -II TY3551 1 ®P PLUGGED HEADS 0 TOTAL AFFECTED 1 instry FIRE PROTECTION SEATTLE: 5005 3RD AVE SOUTH SEATTLE, WA. 98124 (206) 762 - 3311 PORTLAND: 12021 NE AIRPORT WAY, SUITE G PORTLAND, OR 97220 (503) 331 - 0234 / BATTERY DX UNIT REPLACEMENT 3333 120TH PLACE SOUTH TUKWILA, WASHINGTON 90168 REGISTRATION: REVISIONS: 1 04.19.11 FP ISSUE FOR PERMIT NO. DATE DESCRIPTION McKINSTRY DIVISION: FIRE PROTECTION DESIGNED BY: JES - 206.396.8528 DRAWN BY: JES CHECKED BY: JSS JOB NUMBER: McK # 8559 DATE: 04.19.11 SCALE: 1/4" = 1'-0 U.N.O. SHEET TITLE: TUK 3 SPRINKLER PLAN SHEET NUMBER: PAID APR 19 2011 TUKWILA FIRE Cc f/02f FP -L01 -TI