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HomeMy WebLinkAboutPermit M17-0121 - HOLIDAY INN EXPRESS - HVAC, SMOKE CONTROL SYSTEMHOLIDAY INN EXPRESS 90 ANDOVER PARK E M17-0121 Parcel No: Address: City of Tukwila Department of Community Development 6300 Southcenter Boulevard, Suite #100 Tukwila, Washington 98188 Phone: 206-431-3670 Inspection Request Line: 206-438-9350 Web site: http://www.TukwilaWA.Rov 0223000040 90 ANDOVER PARK E Project Name: HOLIDAY INN EXPRESS MECHANICAL PERMIT Permit Number: Issue Date: Permit Expires On: M17-0121 9/19/2017 3/18/2018 Owner: Name: Address: Contact Person: Name: Address: Contractor: Name: Address: License No: Lender: Name: Address: TUKWILA TSD LLC 21109 66TH AVE S , KENT, OH, 98032 JIM CULVER 1115 HIGHLAND DR , STAYTON, OH, 97383 E A WHITE CONSTRUCTION PO BOX 1389 , MOLLALA, OR, 97038 EAWHIC*09504 Phone: (503) 819-0638 Phone: (503) 691-8311 Expiration Date: 5/30/2018 DESCRIPTION OF WORK: HVAC AND SMOKE CONTROL SYSTEM FOR NEW MOTEL Valuation of Work: $203,000.00 Type of Work: NEW Fuel type: GAS Fees Collected: $2,595.25 Electrical Service Provided by: PUGEST SOUND ENERGY Water District: TUKWILA Sewer District: TUKWILA Current Codes adopted by the City of Tukwila: International Building Code Edition: International Residential Code Edition: International Mechanical Code Edition: Uniform Plumbing Code Edition: International Fuel Gas Code: Permit Center Authorized Signature: 2015 2015 2015 2015 2015 National Electrical Code: WA Cities Electrical Code: WAC 296-46B: WA State Energy Code: 2014 2014 2014 2015 0 Date: I hearby certify that I have read and examined this permit and know the same to be true and correct. All provisions of law and ordinances governing this work will be complied with, whether specified herein or not. The granting of this permit does not presume to give authority to violate or cancel the provisions of any other state or local laws regulating construction or the performance of work. I am authorized to sign and obtain this development permit and agree to the conditions attached to this permit. Signature: Print Name: AO. felf7c-z-- Date: This permit shall become null and void if the work is not commenced within 180 days for the date of issuance, or if the work is suspended or abandoned for a period of 180 days from the last inspection. PERMIT CONDITIONS: 1: The attached set of mechanical plans have been reviewed by The Tukwila Fire Marshals Office and are acceptable with the following concerns: 11: The smoke control system shall meet the requirements of IBC Section 909 and the approved smoke control permit issued by the Tukwila Fire Marshal's office. The special inspection/commissioning documents shall be provided and approved prior to fire sign -off and final approval of this mechanical permit. 2: H.V.A.C. units rated at greater than 2,000 cfm require auto -shutdown devices. These devices shall be separately zoned in the alarm panel and local U.L. central station supervision is required. (City Ordinance #2437) 3: H.V.A.C. systems supplying air in excess of 2,000 cubic feet per minute to enclosed spaces within buildings shall be equipped with an automatic shutoff. Automatic shutoff shall be accomplished by interrupting the power source of the air -moving equipment upon detection of smoke in the main return -air duct served by such equipment. Smoke detectors shall be labeled by an approved agency for air -duct installation and shall be installed in accordance with the manufacturer's installation instructions. (IMC 606.1, 606.2.1) 4: Remote indicator lights are required on all above ceiling smoke detectors. (City Ordinance #2437) 5: Duct detectors shall send a supervisory signal only upon activation. (City Ordinance #2437) 6: All new fire alarm systems or modifications to existing systems shall have the written approval of The Tukwila Fire Prevention Bureau. No work shall commence until a fire department permit has been obtained. (City Ordinance #2437) (IFC 901.2) 7: An electrical permit from the City of Tukwila Building Department Permit Center (206-431-3670) is required for this project. 8: Contact The Tukwila Fire Prevention Bureau to witness all required inspections and tests. (City Ordinances #2436 and #2437) 9: Any overlooked hazardous condition and/or violation of the adopted Fire or Building Codes does not imply approval of such condition or violation. 10: These plans were reviewed by Inspector 511. If you have any questions, please call Tukwila Fire Prevention Bureau at (206)575-4407. 12: Work shall be installed in accordance with the approved construction documents, and any changes made during construction that are not in accordance with the approved construction documents shall be resubmitted for approval. 13: All permits, inspection record card and approved construction documents shall be kept at the site of work and shall be open to inspection by the Building Inspector until final inspection approval is granted. 14: When special inspection is required, either the owner or the registered design professional in responsible charge, shall employ a special inspection agency and notify the Building Official of the appointment prior to the first building inspection. The special inspector shall furnish inspection reports to the Building Official in a timely manner. 15: A final report documenting required special inspections and correction of any discrepancies noted in the inspections shall be submitted to the Building Official. The final inspection report shall be prepared by the approved special inspection agency and shall be submitted to the Building Official prior to and as a condition of final inspection approval. 16: Readily accessible access to roof mounted equipment is required. 17: All construction shall be done in conformance with the Washington State Building Code and the Washington State Energy Code. 18: All plumbing and gas piping work shall be inspected and approved under a separate permit issued by the City of Tukwila Building Department (206-431-3670). 19: All electrical work shall be inspected and approved under a separate permit issued by the City of Tukwila Permit Center. 20: VALIDITY OF PERMIT: The issuance or granting of a permit shall not be construed to be a permit for, or an approval of, any violation of any of the provisions of the building code or of any other ordinances of the City of Tukwila. Permits presuming to give authority to violate or cancel the provisions of the code or other ordinances of the City of Tukwila shall not be valid. The issuance of a permit based on construction documents and other data shall not prevent the Building Official from requiring the correction of errors in the construction documents and other data. 21: ***MECHANICAL PERMIT CONDITIONS*** 22: All mechanical work shall be inspected and approved under Permit Center (206/431-3670). 23: Manufacturers installation instructions shall be available on PERMIT INSPECTIONS REQUIRED Permit Inspection Line: (206) 438-9350 1400 0703 1800 0609 0705 0701 0704 FIRE FINAL MECH EQUIP EFF MECHANICAL FINAL PIPE/DUCT INSULATION REFRIGERATION EQUIP ROUGH -IN MECHANICAL SMOKE CONTROL TEST a separate permit the job site at the issued by the City of Tukwila timeof inspection. CITY OF TUK1.1,A Community Development Department Permit Center 6300 Southcenter Blvd., Suite 100 Tukwila, WA 98188 http://www.TukwilaWA.gov Mechanical Permit No. M t i 7 0 a 1 Project No. Date Application Accepted: (7 d-9 t 7 Date Application Expires: 2---P-61'1 (For office use only) MECHANICAL PERMIT APPLICATION Applications and plans must be complete in order to be accepted for plan review. Applications will not be accepted through the mail or by fax. **please print** SITE LOCATION Site Address: 2 A o v, a rk E. King Co Assessor's Tax No.: Tenant Name: i/o/.mar ..a";„_, EAT rrs'S' PROPERTY OWNER Name: ,........ et e c Address: 1����/4 /Q - -L---' 4— Name: l(, ���, �4 / 5 2 i� Email: ' diA-•C@eCZ. Lt.) 4.1/1; ao.,s%odioi... ea•••• - Address: ZI(09 ‘e .A.., .5". City: F` K State: 4 J 4. Zip: yea?2 CONTACT PERSON - person receiving all project communication Name: ,........ et e c Address: 1����/4 /Q - -L---' 4— City: ,..-c74. /0 / i tate: fZi g;�i S. or- J Phone: /52, 3 ,8/9_ci F.I5IX60 Email: ' diA-•C@eCZ. Lt.) 4.1/1; ao.,s%odioi... ea•••• - Suite Number: Floor: New Tenant: ❑ Yes ❑.. No MECHANICAL CONTRACTOR INFORMATION Company Name: Address: City: State: Zip: Phone: Fax: Contr Reg No.: Exp Date: Tukwila Business License No.: Valuation of project (contractor's bid price): $ 2 5 3, coo. / Describe the scope of work in detail: itJe /K o/r / fl a,te el9st/0 ( _5" Use: Residential: New ❑ Commercial: New Replacement Replacement E Fuel Type: Electric ❑ '.Gas ❑ Other: H:'Applications'Porms-Applications On Line\2016 Applications'Mechanical Permit Application Revised 1-4-16.docx Revised: January 2016 bh Page 1 of 2 Indicate type of mechanical work being installed and the quantity below: Unit Type Qty Furnace <100k btu `/ Furnace >100k btu / Floor furnace /0 Suspended/wall/floor mounted heater �f Appliance vent 7 Repair or addition to heat/refrig/cooling system f2 - 2HoodVentilation Air handling unit u <10,000 cfm t Noise: Unit Type Qty Air handling unit I >10,000 cfm / Evaporator cooler /0 Ventilation fan �f connected to single duct 7 system f2 - 2HoodVentilation Hood and duct 65 dB(A) Incinerator — domestic 60 dB(A) Incinerator — comm/industrial 65 dB(A) • Mechanical units need to be in compliance with the Tukwila Noise Code. Maximum permissible sound levels are based on from where the sound is created and where the sound is heard. Additionally, if sound can be heard from within a house at night in a residential zone it may not be allowed. For more details, see TMC 8.22 Unit Type Qty Fire damper 9 Diffuser Cg Thermostat /0 Wood/gas stove 57 dB(A) Emergency generator Commercial Other mechanical equipment l i 60 dB(A) 65 dB(A) Boiler/Compressor Qty 0-3 hp/100,000 btu 3-15 hp/500,000 btu 15-30 hp/1,000,000 btu 30-50 hp/1,750,000 btu 50+ hp/1,750,000 btu *Daytim District of Sound Producing Source District of Receiving Property. Residential, Daytime* Residential, Nighttime Commercial Industrial Residential 55 dB(A) 45 dB(A) 57 dB(A) 60 dB(A) Commercial 57 dB(A) 47 dB(A) 60 dB(A) 65 dB(A) Industrial 60 dB(A) 50 dB(A) 65 dB(A) 70 dB(A) A few sounds are exempt from the noise code, including: • Warning devices; • Construction and property maintenance during the daytime hours (lam-lOpm); • Testing of backup generators during the day. PERMIT APPLICATION NOTES - Value of construction — in all cases, a value of construction amount should be entered by the applicant. This figure will be reviewed and is subject to possible revision by the permit center to comply with current fee schedules. Expiration of plan review — applications for which no permit is issued within 180 days following the date of application shall expire by limitation. The building official may grant one extension of time for additional periods not to exceed 90 days each. The extension shall be requested in writing and justifiable cause demonstrated. Section 105.3.2 International Building Code (current edition). I HEREBY CERTIFY THAT I HAVE READ AND EXAMINED THIS APPLICATION AND KNOW THE SAME TO BE TRUE UNDER PENALTY OF PERJURY BY THE LAWS OF THE STATE OF WASHINGTON, AND I AM AUTHORIZED TO APPLY FOR THIS PERMIT. BUILDING OWNER AU.•s•'ZED Signature: Print Name: eJaer- Mailing Address: ///s' /it l�k1 b c-. H:\Applications\Forms-Applications On Line\2016 Applications\Mechanical Permit Application Revised 1-4-16.docx Revised: January 2016 bh Date: g---2 9-17 Day Telephone: ce 3 g,d? o 63a 5fyf" City / Or. 9736' 3 State Zip Page 2 of 2 Cash Register Receipt City of Tukwila DESCRIPTIONS ACCOUNT QUANTITY PAID PermitTRAK $499.09 M17-0121 Address: 90 ANDOVER PARK E Apn: 0223000040 $499.09 MECHANICAL $499.09 PLAN CHECK FEE TOTAL FEES PAID BY RECEIPT: R12222 R000.322.102.00.00 0.00 $499.09 $499.09 Date Paid: Tuesday, August 29, 2017 Paid By: TUKWILA TSD LLC Pay Method: CHECK 1131 Printed: Tuesday, August 29, 2017 11:07 AM 1 of 1 reSYSTEMS Cash Register Receipt City of Tukwila DESCRIPTIONS ACCOUNT QUANTITY PermitTRAK I PAID $2,096.16 M17-0121 Address: 90 ANDOVER PARK E Apn: 0223000040 $2,096.16 MECHANICAL $1,996.34 PERMIT ISSUANCE BASE FEE R000.322.100.00.00 0.00 $33.15 PERMIT FEE R000.322.100.00.00 0.00 $1,963.19 TECHNOLOGY FEE $99.82 TECHNOLOGY FEE R000.322.900.04.00 0.00 TOTAL FEES PAID BY RECEIPT: R12346 $99.82 $2,096.16 Date Paid: Tuesday, September 19, 2017 Paid By: TUKWILATSD Pay Method: CHECK 1137 Printed: Friday, September 22, 2017 4:19 PM 1 of 1 Cf SYSTEMS INSPECTION RECORD Retain a copy with permit INSPECTION NO. PERMIT NO. CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd., #100, Tukwila. WA 98188 (206) 431-3670 Permit Inspection Request Line (206) 438-9350 A117-0/2.1 Project: �? //,L4, �ftv a �5 Type of Inspection: �; c, �-d- / »Y4'.— Address: Date Called: Special Instructions: Date Wanted: 8-aat'/a a.m. p.m. Requester: Phone No: Approved per applicable codes. a Corrections required prior to approval. COMMENTS: AA tEcti (cmc- firms Inspector: Date: REINSPECTION FEE REQUIRED. Prior to next inspection. fee must be paid at 6300 Southcenter Blvd.. Suite 100. Call to schedule reinspection. INSPECTION RECORD Retain a copy with permit INSPECTION NO. PERMIT NO. CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd., #100, Tukwila. WA 98188 (206) 431-3670 Permit Inspection Request Line (206) 438-9350 Project: // t /fl r9-1 /WY AtCY/3V S's Type of Inspection: M ICC/MA/ICA- L /471107-4- M9L ,V Address: Date Called: ////C L Special Instructions: L Date Wanted: CP -2-F48 a.m. p.m. Requester: Phone No: }Uie4D ElApproved per applicable codes. Corrections required prior to approval. COMMENTS: p%%I j/fl4e/ ////C L rim A -L c V r Lr /e a }Uie4D f'I NX P L- I3 XI Q,if_ PAeCr ) Of L F/h Ler'✓ 064t/4 Inspector: .� /S Date: 6 2.$'/6) REINSPECTION FEE REQUIRED. Prior to next inspection, fee must be paid at 6300 Southcenter Blvd.. Suite 100. Call to schedule reinspection. INSPECTION RECORD Retain a copy with permit INSPECTION NO. PERMIT NO. CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd., #100, Tukwila. WA 98188 (206) 431-3670 Permit Inspection Request Line (206) 438-9350 r41! -6a/ : PML Type of Inspection: ,' sem_ /59y/ -L -iDitY /ituiYLy$f Address:,, // 9t) riedg RA Date Called: Special Instructions: • , .W6// -/N A C% 0r9C.. Date Wanted: ff/(0‘4 8 a.m.. p.m. Request Phone No: Approved per applicable codes. Corrections required prior to approval. COMMENTS: VA ok — /!%eC/My0C/It_ fiiimit LfVirt #2�, V 5 lei o,�flL.V , Inspector: Date: ,46' -18 REINSPECTION FEE REQUIRED. Prior to next inspection, fee must be paid at 6300 Southcenter Btvd., Suite 100. Call to schedule reinspection. INSPECTION NO. INSPECTION RECORD Retain a copy with permit /417 -1:0/ Z/ PERMIT NO. CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd., #100, Tukwila: WA 98188 (206) 431-3670 Permit Inspection Request Line (206) 438-9350 Projec� l: ML/D1/1 //(4/ Type of Inspection: Aiitz X k/ Address: f., rO WJ L P' PRBC!'' Date Called: Special Instructions: Date Wanted: /_ 3 -Ate /8 a.m. p.m. Requester: Phone No: LIApproved per apylicable codes. Corrections required prior to approval. COMMENTS: /»J< /Ver.;441 Welt 7e. 141-770 ✓fit z -- Inspector: Date: 3 -ems REINSPECTION FEE REQUIRED. Prior to next inspection. fee must be paid at 6300 Southcenter Blvd., Suite 100. Call to schedule reinspection. INSPECTION RECORD Retain a copy with permit INSPECTION NO. PERMIT NO. CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd.., #100, Tukwila: WA 98188 (206) 431-3670 Permit Inspection Request Line (206) 438-9350 Project: �/ nt e -/Z I/ /ViV Type of Inspection: C7 K - 157— 417,a 6RE # cc Address: Date Called: ;:, Special Instructions: Date Wanted: .3-19-45 9"45 a.m. p.m. Requester: Phone No: ElApproved per applicable codes. LJ Corrections required prior to approval. COMMENTS: 6vp-RD C7 K - 157— 417,a 6RE # cc O/J Sf oiwi: -5- ;:, Inspector: Date: REINSPECTION FEE REQUIRED. Prior to next inspection, fee must be paid at 6300 Southcenter Btvd., Suite 100. Call to schedule reinspection. INSPECTION RECORD Retain a copy with permit INSPECTION NO. PERMIT NO. CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd.., #100, Tukwila. WA 98188 (206) 431-3670 Permit Inspection Request Line (206) 438-9350 N /7- 2/2/ Project: /(7,14-,01- /, y ', s $ Type of Inspection: 5'' k k( C 6 L. Address: '10 / idoevee Ave g. Date Called: Special Instructions: Date Wanted: a.m. p.m. Requester: 3 —5:`P Phone No: Approved per applicable codes. E] Corrections required prior to approval. COMMENTS: VA 5.14610- C'm oc. DtrniGlaRk Mica1 ft1 Inspector: Date: REINSPECTION FEE REQUIRED. Prior to next inspection. fee must, be paid at 6300 Southcenter Blvd.. Suite 100. Call to schedule reinspection. INSPECTION RECORD Retain a. copy with permit INSPECTION NO. PERMIT NO. CITY OF TUKWILA BUILDING DIVISION t 17-o z / 6300 Southcenter Blvd., #100, 'Tukwila: WA 98188 Permit Inspection Request Line (206) 438-9350 (206) 431-3670 Project: / 17� Li��,1 /NA/ Type of Inspection: Vt9✓iiell— AI �''!.�-TrbRIA t Address: Date Called: Special Instructions: Date Wanted: /0 ' 7E) - (7 a.m. 0-5:1-71J;, Requester: Phone No: CApproved per applicable codes. E Corrections required prior to approval. COMMENTS: J"/i�l" Inspector: Date: �7 REINSPECTION FEE REQUIRED. Prior to next inspection. fee must be paid at 6300 Southcenter Blvd.. Suite 100. Catt to schedule reinspection. INSPECTION RECORD Retain a copy with permit INSPECTION NO. PERMIT NO. CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd., #100, Tukwila. WA 98188 (206) 431-3670 Permit Inspection Request Line (206) 438-9350 `7-/2/ Proje t: Type of Inspection: ddress: Date Called: Special Instructions: Date Wanted: ,C3 -c9-1A9 /7 a.m. p.m. Requester: Phone No: Approved per applicable codes. Corrections required prior to approval. COMMENTS: of< � ' °`''c f LYI L OR. 3' Kir AtrVV Inspector: Date:/e) REINSPECTION FEE REQUIRED. Prior to next inspection, fee must be paid at 6300 Southcenter Btvd., Suite 100. Call to schedule reinspection. INSPECTION RECORD Retain a copy with permit INSPECTION NO. PERMIT NO. CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd., #100, Tukwila. WA 98188 (206) 431-3670 Permit Inspection Request Line (206) 438-9350 /17-bi2 ) Project: AL pq/ ha j o 'SS Type of Inspection: vsAM LA -7-76.11 -57.,,/'bRT Address: Date Called: 6k -- Special Instructions: Date Wanted: /® /g_./% a.m. p.m. Requester: P1 --/F Phone No: Approved per applicable codes. Corrections required prior to approval. COMMENTS: p/4 6k -- 3 —S [_n c%L.._. 76.5'r nien<%" AA P1 --/F 11'lJ14 Inspector: Bf Date: `e_/9— J) REINSPECTION FEE REQUIRED. Prior to next inspection, fee must be paid at 6300 Southcenter Btvd., Suite 100. Call to schedule reinspection. INSPECTION RECORD Retain a copy with permit PERMIT NO. CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd., #100, Tukwila: WA 98188 (206) 431-3670 Permit Inspection Request Line (206) 438-9350 Project: /amu 44/8/4/11 4-11,3qiC ss Type of Inspection: Address: 90 44.00-X, P/IRK , Date Called: Special Instructions: Date Wanted: /'0 -/8-i ? a.m. p.m. Requester: Phone No: ElApproved per applicable codes. LJ Corrections required prior to approval. COMMENTS: ROS /N k- C6P0,rvtaitir Pb ifz rA'' Inspector: Date: /6 ----/?'-/7 REINSPECTION FEE REQUIRED. Prior to next inspection, fee must be paid at 6300 Southcenter Blvd., Suite 100. Call to schedule reinspection. 2012 Washington State Energy Code Compliance Forms for Commercial, Group R1, and > 3 story R2 and R3 Mechanical Summary MECH-SUM 2012 Washington State Energy Code Compliance Forms for Commercial Buildings including R2 & R3 over 3 stories and all R1 Revised May 2015 Project Info Project Address: Holiday Inn Express & Suites Date 6/15/2015 For Building Dept. Use Tukwila, Washington Applicant Name: ,Tri States Development, LLC Applicant Address: 10614 Belshill St. Richmond, TX 77407 Applicant Phone: 208-850-9320 Project Description Briefly describe mechanical systems in J New Building ❑ Building Addition ■ System Upgrade ❑ No System Changes the text r Total includes C401.2 and ba prowded Total Bldg Performance Bldg Performance compliance all mandatory provisions per Option 2. Only MECH-SUM MECH-CHK forms required. • REVIEWED FOR CODE COMPLIANCE APPROVED 1 SEP 18 2017 oil lc . Mechanical Systems Summary a ' Equip ID Type System 1) Space(s) Served ME Compti5� Pathe gL City of Tt �kwila ILE E'I ..and-G-ooling— FB N • I it Air Economizer (Note 2) Ventilation (Note 3) Energy Recovery of (Note PTHP-1 Packaged Terminal Heat Pump Small Guest Rooms Simple single zone system Heating and cooling Constant volume (CV) Yes Minimum per IMC Not Applicable PTHP-2 Packaged Terminal Heat Pump large Guest Rooms Simple single zone system Heating and cooling Constant volume (CV) Yes per IMC Not Not Applicable HP -1 Split -System Meeting Room Simple single zone system Heating and cooling Constant volume (CV) SS �1 Minimum per AMC Not Applicable HP -2 Split -System Offices Simple single zone system Heating and cooling Constant volume (CV) SS ExP1 Minimum per IMC Not Applicable HP -3 Split -System Break room/Laundry Simple single zone system Heating and cooling Constant volume (CV) SS Exp1 Minimum per IMC Not Applicable HP -4 Split -System Check -In, Fitness, Board Room, Lobby Complex single zone sYstem Heating and cooling Variable aircs volume (VAV) Exp6 Minimum per INC Not Hp- 5,6,7,8 Split -System Corridor Simple single zone system Heating and cooling Constant volume (CV) SP1 Minimum per IMC Not Appllcabe CU -1 Spilt -System IT Room Simple single zone system Cooling only Constant volume (CV) SS Exp1 Minimum per INC Not Applicable Split -System Pool Simple single zone system Heating and cooling Constant volume (CV) ss Exp2 Minimum per INCNot Applicable Note 1- Provide basic description of system type: for example: unitary rooftop air handler, built-up central air handler. slngle.packaged split system or packaged terminal air conditioner or heat pump; unit heater, warm -air furnace, elecbic resistance heater. 4 -pipe fan col. VRF system, energy recovery air handler, make-up air system, ground or water -source heat pump, etc. Note 2 - If taking an exception to air economizer, select exception taken from drop down menu and complete MECH-ECONO form. Summary definitions of each exception are listed in MECH-ECONO. Note 3 - If ventilation Not applicable' is selected, provide explanation in Project Description box above. HVAC Hydronic Systems❑ ❑ Hydronic chilled water MI Hykiron;cheating ❑Geotheal Water -loop heat pump rm CITY 4 RECEIVED No hydronic systems OF TUKWILA M(7OI?I AUG 2 9 2017 PERMIT CENTER Code Compliance Fomes for Commercial, Group RI, and > 3 story R2 and R3 Equipment Type (s) J Hot water heating tank(s) ❑ Instantaneous ❑ No service water systems Service Water Heatingi ��� • Heat exchange from space heat boiler or DedcateSystems central hot water/steam Distribution Type (s) 4 Circulation System ❑ On -demand 4 4 Mechanical Plans " MECH-EQ Form Mechanical Schedules Indicate location of equipment compliance infatuation. If provided on plans then MECH-EQ forms we not required however, include on plans all applicable compliance infcrmation listed in MECH-EQ tables. ❑ Load calculation summary 0 MECH-LOAD-CALC Form 0 Equipment retrofit or repair Provide design load calculations for all mechanical systems and equipment saving the building heating, cooling a DesignLoad Calculations ventilating needs. ff a load calculation summary is provided with the permit documents that includes alt applicable compliance information then the MECH-LOAD-CALC fore is nd required. Equipment retrofit and repair projects where design loads in space(s) served have not changed from original design conditions are not required to perform load calculations. ngton State Energy Code Compliance Forms for Commercial, Group R1, and > 3 story R2 and R3 Mechanical Summary, pg. 2 MECH-SUM 2012 Washington State Energy Code Compliance Forms for Commercial Buildings inducting R2 & R3 over 3 stories and all R1 Revised May 2015 Fan Power 0 Air system exceeding Shp O No air system exceeds 5hp 0 Provide a MECH-FANSYS form for each HVAC system having a total fan system motor nameplate horsepower exceeding 5 horsepower. Refer to Section C403.2.10 and MECH-FANSYS-DOC for requirements and exceptions. Commissioning Exception Summary Describe means of efigibilty for commissioning exception (capacity, etc) for all systems noted as taking exception in Mechanical Systems Summary table. Refer to Section C408.2 and C408.4 for exceptions. Commissioning ✓ Commissioning ✓ will be provided for all applicable systems Exceptions: Mechanical system(s) Simple sytems ✓ Service water heating system(s) Simple Systems For systems requiring commissioning, Figure C408.1.2.1 Commissioning Compliance Chest shall be submitted to the code official upon project completion. Low Energy and Semi -Heated Spaces (Note 6 and 7) Space Type Location in Plan(s) Space(s) Served Area Served, square feet Heating Capacity, Btu/h (Note 4) Cooling Capacity, Btulh (Note 5) Peak Space Conditioning Capacity, Btu/h-sf Compliance Check Notes Note 4 - Provide total installed heating output capacity of systems serving Low Energy or Semi -Heated spaces) in btuh. Note 5 - Provide total installed cooling capacity of system serving Low Energy spaces) in Btu/h. Not allowed for semi -heated spaces. Enter 0 if no cooling. Note 8 - Refer to Section C101.52 Low Energy Building. Walled peak space conditioning capacity, heating or cooling, may not exceed 34 Btu/h-sf. Note 7- Refer to Section C402.1.4 and Semi -Heated Space definition in Chapter 2. Total heating output capacity may not exceed 8 btuh/sf. Only systems without electric resistance heating and no cooling are eligible for the wall insulation exception under semi -heated. 2012 Washington State Energy Code Compliance Forms for Commercial, Group R1, and > 3 story R2 and R3 Mechanical Permit Plans Checklist - Page 1 of 4 Compliance Forms for Commercial Buildings inducting R2 & R3 over 3 stories and ad R1 MECH-CHK Revised May 2015 Project Address Holiday Inn Express A Suites IDate 6/15/2015 111-7Glowing information is necessary to check a permit application for compliance with the mechanical systems and equipment requirements of the Washington State Energy Code, Commercial Provisions. ApplicableLocation (yes,no,na) Code Section Code Provision Information Required - Must be in permit documents in Documents Budding Department Notes GENERAL PROVISIONS Equipment Sizing & Performance ne C403.2.1 Load calculations Load calculations performed per ASHRAE Sid 183 or equivalent per Chapter 3 yes 040322 Equipment and system sizing Output cap�Y of heating and equipmentng and systems do not exceed ca culated loads, note exceptions taken M601 yes C403.2.5 Minimum ventilation Ventilation (natural or mechanical) provided per IMC; indicate mechanical ventilation is capable of being reduced to minimum requirement per IMC M601 yes 0403.2.3 &A1601 04032.32 & C403.2.12.1 Equipment minimum efficiency complete MECH-SUM tables vAth type, capacity, efficiency, testndarpmrrd (or other efficiency schedules source) for all mechanical equipment yes 0403.2.13 Electric motor efficiency Provide equipment schedule with hp, rpm, and efficiency for all motors; note exceptions taken M60f ria 0403.2.10.1 Fan power imitation For al applicable systems > 5hp, provide system total nameplate hp in MECH-FANSYS-SUM form na 04032.10.1 Fan power imitation For of applicable fan systems > 5hp, verify fan system motor hp or bhp comics with fan power limits per Table C403.2.10.1(1), provide MECH-FANSYS form for each system na 04032102 Motor nameplate hp Indicate fan motors specified are the smallest available motor hp size greater than fan bhp. note exceptions taken na &403210.5 & C4032.13 Fractional hp fan motors Indicate fan motors 1/12 to 1 hp are ECM type or meet minimum efficiency req. na C40323 Maximum air cooled chiler capacity Indicate air-cooled chiller capacity does not exceed air-cooled crier Omit na C403.2.3.1 Non-standard water-cooled dhiiers Full -load and NPLV values for water-cooled centrifugal chiter adjusted for non-standard operational conditions ne 04032.121.2 Centrifugal fan cooing towers Large capacity cooling towers with centrifugal fan(s) meet efficiency requirements for axial fan open drcuit cooling towers ne C403.2.3 heaters orced air tumece and and Indicate interrndte nt ignition or IID, flue/draft damper & jacket loss ria 04032 3.3 Packaged electric heating/cooing equipment Verify all packaged electric equipment that provides > 20,000 Muthcooling capacity and heating is a heat pump. note in equipment schedule na 0403.2.3.4 HumiditrcaGon Indicate method of humidification (note requirements for systems with economizer) HVAC System Controls & Criteria yes 040324.1 Thermostatic controls Indicate locations of thermostatic control zones on plans, including perimeter systems M601, M002, 111003 na C4032.4.1.1 Heat pump supplementary heat Indicate staged heating (compressionlsuppiemental) and outdoor lock -out temperature is set to 40*F lex less yes 0403.2.4.2overlap ( Setpor ) Indicate 5°F deadband minimum for systems controling both heating & cooing M601, M0�03 yes 0403.2.4.3 Automatic and shutdown Indicate zone t -stat controls with required automatic setback & manual overide M601, M002, M003 na 0403.2.4.3.3 Automatic (optimum) start Indicate system controls that adjust equip start time to match load conditions Yes & 04032.4.4 C4032.4.4 OSA, exhaust, and relief air dampers Indicate location of outdoor air supply intake, and exhaust and relief outiet dampers; verity Class 1 leakage rating and control type (motorized or gravity); note exceptions taken M601, M002, M003 yes 0402.4.52 Retum air dampers Indicate location of retum air dampers; verity motorized control; verily Class 1 leakage rating for al return air dampers not integral to packaged equipment M601, M002, M003 na 0402.4.5.1 Stairway and shaft verde Indicate location of stareray and shaft vents, verify Class 1 leakage rated motorized dampers and method of activation na 0403.2.11 Heating outside a buddmg Indicate radiant heat system and occupancy controls na 04032.4.5 Snow melt systems Indicate shut-off controls based on outdoor conditions na 0403.2.4.6 Combustion heating equipment Indicate modulating or staged control na 0403.2 4.7 Group R1 hotel/motel systems Indicate method for guest room temperature automatic setback (heating) & set-up (ung). confirm adjustment of at least 5°F minimum. Group R2/R3 na 0324.8 /sleeping wail systema - periodic note exceptions taken na 04032.5.1 00 Indicate high -occupancy spaces and systems requiring DCV 2012 Washington State Energy Code Compliance Forms for Commercial, Group R1, and > 3 story R2 and R3 Mechanical Permit Plans Checklist - Page 2 of 4 Commercial Buildings induding R2 & R3 over 3 stories and all R1 2012 Washington State Energy Code Compliance Forms MECH-CHK Revised May 2015 Project Address Holiday Inn Express & Suites 'Date 6/15/2015 The following information is necessary to check a permit application for compliance wdh the mechanicial systems and equipment requirements of the Washington State Energy Code, Commercial Provisions. Applicable (yes,no,na) Code Section Code Provision Information Required - Must be in permit documents Location In Documents Building Department Notes GENERAL PROVISIONS, CONTINUED HVAC System Controls & Criteria, Continued na 0403.2.5.3 Enclosed loading Indicate dock/parking garage ventilation enclosed loading dock and enclosed parking garage ventilation system activation and control method na 0403.2.5.4.1 Kitchen exhaust hoods Indicate Idlchen hoods requiring make-up air, indicate maim -up air source and conditioning method na 0403.2.5.42 Laboratory exhaust systems Indicate lab exhaust systems requiring heat recovery, method & efficiency; or altemative method taken (VAV, semi-candltioned makeup, or CER)A calculation) na C4032.6.1 Energy recovery - n () ventilatiosystems Indicate ventilation systems requiring ER, method & efficiency, nate exceptions na C403.2.62 Energy recovery (ER) - condensateIndicate systems on-site steam heating systems requiring energy recovery na 04032.6.3 recovery ) - cooler/freezer condensers Indicate remote retrig. condensers requiring ER and use of raptured energy na 0403.4.6 Energy recovery (ER) - condenser systems Indicate condenser systems requiring ER to pre -heat service water, indicate ER effectiveness; note exceptions taken ria 0403212 Variable flow control - fans/pumps Indicate tan and pump motors requiring variable flow =did and method (VSD or equivalent controls) na 0403.2.121 Variable lbw control- heat rejection equipment Indicate heat rejection equipment and cooling tower fans requiring variable lbw control and method na 04032122 Large volume fan systems lndicate fan systems requiring airflow reduction based on heating and coding demand; note exceptions taken ria 0403.2.122 • Single zone AC systems Indicate method of cooing demand -based fan control for sys. > 110,000 Btulh na 0403.2.4.10 DDC system capabilities Identify alt DDC system input/output control points and indicate capability for trending and demand response setpoint adjustment Ducting Systems yes 0403.2.7.1 & 0403.2.7.3 Duct construction Indicate all ductwork constructed and seated per IMC. C402 leakage requirements and IBC vapor retarder requirements M502 yes :,40327.3.14 Ddb Identify location of low, medium and high pressure ductwork on plans M502 na 04032.7.3.3 High pressure duct leakage test Indicate high pressure dud leakage testing requirements on plans; provide teat results to jurisdiction when completed NA yes 040327.1 / 2 Duct insulation Indicate R -value of insulation on ductwork M003 Piping Systems yes 04032.8 Piping insulation Indicate R value of insulation on piping Plumb drawings yes 0403.2.8.1 Piping insutan exposed to weather Bo Indicate method of protection from damege/degredation Plumb drawings SIMPLE SYSTEMS Qualifying Systems na 0403.3 Qualifying single zone systems s, does not have Verify unitary or packaged equipment does not exceed capacity imitactive hurredifcation or simultaneous heaiing/coofing na C403.3 Q staem5g 2-PiPehealing sna Verify 2 -pipe heating -only system does not exceed capacity knits 0403.3.2 Hydronic system controls Refer to Complex Systems Section 0403.4.3 Simple System Economizers na 0403.3.1 Air economizer required Indicate cooing systems requiring economizer controls; note in equipmenf schedule yes 0403.3.1 Air economizer exceptions Indicate eiglble exception(s) taken and provisions to comply with exception(s) na 0403.3.1.1.1 Air economizer capacity Indicate modulating OSA control capab8ty up to 100% OSA; note exceptions taken ria 0403.3.1.12 integrated air well: re Indicate capability for partial air economizer operation for systems with capacrly > 65,000 Btulh 2012 Washington State Energy Code Compliance Forms for Commercial, Group R1, and > 3 story R2 and R3 • • . • 6.- 1. " • n11- •- . _ - a. - 3 • 4 Vil:[y:Qy:i:' 2012 Washingtdn State Energy Code Compliance Forms for Commercial Buildings including R2 & R3 over 3 stories anthill R1 Revised May 2015 Project Address Holiday Inn Express & Suites IDate 6/15/2015 The folowing information is necessary to check a permd application for complance with the mechanictal systems and equipment requirements of the Washington State Energy Code, Commercial Provisions. ApplicableLocation (yes,no,na) Code Section Code Provision Information Required - Must be in permit documents in Documents Building Department Notes COMPLEX SYSTEMS Complex System Economizers na C403.4.1 Air economizer requlmd Indicate cooing systems requiring economizer controls; note in equipmerd schedule na C403.4.1 Air economizer exceptions Indicate eligible exception(s) taken and provisions to comply with exception(s) na C403.4.1.1 Water economizer capacity eligible systems where water economizer may be provided in lieu of air economizer, ndicate system is capable of 100% cooing capacity at 50°F db/45°F wb OSA indicate na 0403.4.12 Water economizer maximum pressure drop Indicate precooing cols and heat exchangers in water economizer system do not exceed pressure drop limit na C403.4.1.3 Integratedeconomizer operation Indicate capabdAy for partial economizer operation for air or water economizer systems ne 0403.4.1.4 Economizer heating system impact Verify control method of HVAC systems wfth economizers does not increase budding heating energy usage during normal operation Specific System Requirements na C403.4.2 & C4032.12 VAV fan control Indite fans requiting variable flow control and method na C403.4.2.1 VAV fan static pressure indicate sensor locations on plans; include at least one sensor per major duct branch na C403.42 2 VAV fan static pressure setpoint Indicate fan system static pressure setpoint based on zone requiring most pressure rte 0403.4.5 VAV systems serving multiple zones Indicate supply air systems serving multiple zones, method of primary air control, and zones served; Indicate VAV or note exceptions taken na C403.4.5 VAV systems serving multiple zones For each air system terminal, indicate the maximum air flow rate of primary supply air during zone peak cooling and the maximum air Clow rates during zone peak heating. na C403.4.5.4 VAV system supply air reset Indicate controls that automatically reset supply air temp in response to loads na 0403.4 Large capacity cooing systems Indicate method of multi -stage or variable control for budding cooling system capacity > 300 tons na C403.4.7 Hot gas bypass imilation Indicate cooing equipment unloading or capacity modulation method na C403.4.3 Large ca systems fy baler Indicate mut i -stage or modulating burner for single boilers > 500.000 Btulh na C403.4.3 Boiler sequencing Indicate automatic controls that sequence operation of multiple boilers na C403.4.3.5 Cher / boiler plant pump Isolation Indicate capability to automatically reduce overall plant flow and shut-off flow through chiles & bolters when not in use es C403.4.3.6 & C403.2.12 Variableflow control - pumps Indicate pumps requiring variable lbw control & method C403.2.12.1 & C403.4.4 Variable flow control - cooing towers Indicate cooling tower fans requiring variable flow control and method na C403.4.3.4 Hydrontc system pad load controls Indicate healing & chilled water systems have the capability to automatically reset supply water temp AND reduce flow by z 50% for systems > 300,000 Btulh na C403.4.3.2 Two -pipe changeoverIndicate systems deadband, heating/cooling mode scheduling and changeover temperature range ne 0403.4.3.3.1 Water loop heat pump deadband Indicate capabity of central equipment to provide min. 20°F water supply temp deadband between heat rejection and heat addition modes na C403.4.3.3.2.1 Water loop heat PSP - heat rejection, Zone 4 Indicate method used to limit system heat loss when heat rejections is not needed na C403.4.3.3.22 Water lceP heat pump - heat rejection. Zone 5 Provide heat exchanger that separates cooing tower and heat pump loop na 0403.4.3.3.3 Water bop treat pump - isolation Indicate 2 -way isolation valve on each heat pump and variable flow control for systems with total pump power> 10 hp na C403.5 Walk-in cooler 1 freezer - anti -sweat heaters Inchoate w/at & COMM method for walk-in cooledfreezer door ani -sweat heaters na C403.5 16 Cooler I freezer - evaporator and condenser fans Indicate motor type for evaporator and condenser fans < 1 hp 2012 Washington State Energy Code Compliance Forms for Commercial, Group R1, and > 3 story R2 and R3 Mechanical Permit Plans Checklist - Page 4 of 4 2012 Washington State Energy Code Compliance Forms for Commercial Buildings lndudi stories and all R1 MECH-CHK Revised May 2015 Project Address Holiday inn Express & Suites 'Date 6/15/2015 The following information is necessary to check a permit application for compliance with the mechanical systems and equipment requirements of the Washington State Energy Code; Commercial Provisions. ApplicableCode (yes,no,na) Section Code Provision lntonnation Required - Must be in permit documents LocatPon in Documents Building Department Notes SERVICE WATER HEATING Service Water Systems na C4042 Water -heating equip min. efficiency Provide equipment schedule with type, capacity, efficiency, test standard or other efficiency source Plumbing Digs yes C404.3 Temperature controls Indicate temperature controls have required setpoint capab8ty Plumbing Drawings yes C404.4 Heat traps Indicate piping connected to equipment have heat traps on supply & discharge Plumbing °ravings na C404.5 itheater nsulation user water Indicate R-10 insulation under electric water heater tanks yes C404.6 water piping Sea Indicate R -value of insulation on piping: note exceptions takenins Plumbing Drawings yes C404.7/8 Circulation systems and heat trace shut-off Indicate shut-off capability based on occupancy and periods of limited demand Plumbing D ravings nil 0404.9 Group R-2 service hot water meters Indicate method of usage metering for dwelling units served by a central service hot water system Pools & In -Ground Permanently Installed Spas yes 0404.10.1 Pod heating equip min. icy Provide equipment schedule with type, capacity, efficiency, test standard or other efficiency source M601 yes C404.10.1 12 Pod heater on 1 off controls Indicate automatic onfoff control based on scheduling & accessibleon/off o/off switch on heater that independent of thermostat setting; note exceptions taken M601operates na C404.10.3 Pool covers Indicate vapor retardant cover and insulation rating as required na C404.10.3 Pool assembly insulation Indicate rating of insulation on sides and bottom of pools heated to > 90'F na 0404.10.4 Heat recovery method, exhaust air temperature reduction and recovered energy use; note exceptions taken exceptions COMMISSIONING Specific System Requirements as C4082 Mechanical systems commissioning Indicate art mechanical systems to be commissioned:for those that will not be coma issioned, note exception taken na C408.4 Service water heating systems commissioning Indicate alt wit water heating systems to be commissioned; for those that wnot be commissioned, note exception taken nil 0408.1.1 Commissioning plan commissioning plan for alt systems requiring commissioning; indude in plan all required items per this section required nil C408.22.1 & C408.222 Air system and hydronic system balancing Include in commissioning plan that air and hydronic systems shall be balanced in a manner to first minimize throtling losses, then adjust to meet design flow conditions yes 0406.22.1 Air system balancing devices Indicate devices that provide the capability to balance all supply air outlets, zone terminals and equipment requiring system balancing M003 na C40822.2 Hydronic systembalancing devices Indicate devices that provide the capability to isolate. balance and measure flow for al hydronic equipment requiring system balancing na C4082.3 Mechanical systems functional performance testing Provide description of functional performance testing procedures for all applicable systems including: equipment, controls, economizers naService 0408.4.1 Provide functional ler heating testing Provide description of functional performance testing procedures for all appicable systems including: equipment. controls, pools and spas na C408.1.4 Systems operation training Indicate required systems operation training measures to be provided nil 0408.12 & C403.1.3 Documentation Indicate required documentation indudang: record documents. manuals, balancing reports, commissioning preliminary and final reports na C408.1.2.1 Acceptance report Indicate that Commissioning Compliance Checklist (Figure C408.12.1) is required upon completion of preliminary commissioning report 2012 Washington State Energy Code Compliance Forms for Commercial, Group R1, and > 3 story R2 and R3 Economizer Exception Summary MECH-ECONO Revised May 2015 2012 Washington State Energy Code Compliance Forms for Commercial Buildings including R2 & R3 over 3 stories and all R1 Project Info Project Address: Holiday Inn Express & Suites Tukwila, Washington Applicant Name: Tri States Development, LLC Applicant Address: 10614 Belshill St. Richmond, TX 77407 Date For Building Dept. Use Economizer Exception Summary Refer to Section 0403.3.1 and C403.4.1 for descriptions of economizer provisions and exceptions. For alterations refer to Table C104.3.1. Applicant Phone: 208-850-9320 6/15/2015 Economizer Exceptions - Simple Systems SS Exp1 Qualifying small equipment. Per unit limit is 33,000 Btulh. Per building capacity limit for this exception is 72,000 Btu/h or 5% of required building air economizer capacity, whichever is greater. Efficiency shall be 15% better than required minimum. Not eligible - non -unitary equipment and unitary equipment installed outdoors or in mech room adjacent to outdoors or shell & core equipment. Total Claimed Exempt Capacity: Total building air economizer capacity ( if claimed > 72 kBhilh) System IDs: HP -1, HP -2, HP -3 SS Exp2 Systems with dehumidification that affect other systems such that air economizer would increase energy consumption. System IDs: DCU-1 SS Exp3 Group R cooling equipment. Per unit limit is 20,000 Btu/h for equipment installed outdoors or in a mech room adjacent to the outdoors. For cooling equipment installed in other locations the unit limit is 54,000 Btu/h. Efficiency shall be 15% better than required minimum. System IDs: NA SS Exp4 Not applicable in WA State Economizer Exceptions - Complex Systems CS Expi Water-cooled chilled beam and chilled ceiling systems with water economizer. Capacity limit for all water economizer systems is 500 tons per building. Total building water economizer capacity (all systems): System IDs: NA CS Exp2 Water -source heat pumps with heat recovery. Heat pump efficiency shall be 15% better than required minimum. Provide at minimum 60% air economizer. Energy recovery to preheat OSA shall have at least 50% effectiveness. Additional system requirements apply. System IDs: NA CS Exp3 Chilled water terminal units. Part load efficiency of chilled water generation equipment shall be 25% better than required minimum. Per building limit of all systems without air economizer is 480,000 Btu/h or 20% of required building air economizer capacity, whichever is greater. Total Claimed Exempt Capacity: Total building air economizer capacity ( if claimed > 480 kBtulh) : System IDs: NA CS Exp4 Group R cooling equipment. Same as SS Exp 3. L System IDs: CS Exp5 Equipment for dedicated server, electronic equipment or telecom switch rooms. Per building limit of all systems without air economizer is 240,000 Btulh or 10% of required building air economizer capacity, whichever is greater. Part bad control required over 85,000 Btu/h. Additional requirements appy. Option a - Efficiency shall be 15% better than required minimum. Option b - Efficiency shall be 5% better than required minimum. Waterside economizer required. Option c - All cooling equipment is subject to ASHARE Standard 127. Waterside Total Claimed Exempt Capacity: economizer required. System IDs: Total building air economizer capacity ( if claimed > 240 kBtulh): NA CS Exp5 Variable refrigerant flow (VRF) systems with energy recovery. Limited to buildings 60,000 sf or less. Outdoor unit min capacity is 65.000 Btu/h. Energy recovery to preheat OSA shall have at least 50% effectiveness. Zones served shall be at least 20% interior and 20% perimeter. Additional requirements apply. System IDs: HP -4 Economizer Exceptions - Alterations or Replacment Table Alterations or replacement of existing mechanical equipment may comply with C104.3.1 an applicable economizer compliance Option as defined in Table C104.3.1. For each system complying per Table C104.3.1, indicate the System ID, Unit Type (provide number from Table C104.3.1), and Option taken (A,B, C or D). System IDs w/ Unit Type & Opdon: NA 10 0 4) 2 a) m CC 1 W c+) W N 0 W th A 0 C CO 0. 4 o_ L Q E o e U •� c W r e CD coo C3/i a R3 E o 0 v W • o m Qi W c m • rV^ o • C) N o S N W 0 0) O U Itt rt o csi ,� tO o a 0 o! =W N 0 c 3 m O LL Economizer exception - required % higher efficiency Z NA NA Z z z NA NA NA to o to o W J W Z re NA NA Z NA NA 2 2 NA NA �a O W 0 p Z II- r r r 15.00 1f; r 14) r O! r to r 10 r 12.00 1 Cooling Capacity, Btu/h (Note 2) 12,000 oo O gr -/0') o - 24,000 0 O M O 120,000 36,000 O O O M 95,500 2012 Washington State Energy Code Compliance Forms for commercial ounamye ••••-•• •,._ -• - •• • .• • Project Info Project Address: Holiday Inn Express & Suites The following information shall be included In the mechanical Tukwila, Washington equipment schedules in the permit rinrnmwntn For nrnlacta without Applicant Name: Trl States Development, LLC 1g System Condenser or Sub - Type New Construction New Construction Air-cooled, Elec. Res. or No Heat Air-cooled, Elec. Res. or No Heat Air-cooled, Elec. Res. or No Heat m o Q Air-cooled, Elec. Res. or No Heat Air-cooled, Elec. Res. or No Heat O C G z i j '• C o Va Equipment Type PTHP PTHP Heat pump Heat pump Heat pump VRF HP with Heat recovery 0 a m = Air conditioner 0 W W 1 ! WSEC Efficiency Table C403.2.3(3) PTAC, PTHP, SPVAC/HP, Room AC C403.2.3(3) PTAC, PTHP, SPVAC/HP, Room AC C403.2.3(2) Unitary & Applied Heat Pumps C403.2.3(2) Unitary & Applied Heat Pumps C403.2.3(2) Unitary & Applied Heat Pumps C403.2.3(1)D VRF Air-to-air and Applied Heat Pumps C403.2.3(2) Unitary & Applied Heat Pumps C403.2.3(1)A Air Condltioners and Condensing Units C 1 stems (Note 1) Area(s) Served Small Guest Room Small Guest Room Meeting Room Break/Laundry Meeting Room Break/Laundry IT Closet 8 Heating and/orrCooling S Equip. in Make & Model Amana: PTH12 Amana: PTH15 Mlstubishi: PUMY-P36HN Mlstubishi: PUMY-P24HN Mistubishh PUMY-P36HN Mlstubishi: PURY-P120YSK Mlstubishi: PUMY-P36HN Mlstubishi: PUY-P3OHN e m c ad N r = N = !9 O. I' 11. = . ^ = a r 0. r V 2012 Washington State Energy Code Compliance Forms for Commercial, Group R1, and > 3 story R2 and R3 Cooling & Heating Equipment Schedule, Page 2 MECH-EQ 2012 Washington State Energy Code Compliance Forms for Commercial Buildings Including R2 & R3 over 3 stories and all R1 Revised May 2015 Project Info The following information shall be Included in the mechanical equipment schedules in the permit documents. For projects without plana, provide the required Information below. Project Address: Holiday Inn Express & Suites Date 6/15/2015 For Building Dept. Use Tukwila, Washington Applicant Name: Tri States Development, LLC Applicant Address: 10614 Beishili St. Richmond, TX 77407 Applicant Phone: 208-850-9320 Heating System Alt System Equip. ID WSEC Efficiency Table Equipment Type Sub -type or Fuel Capacity, Btu/h (Note 5) Rated Efficiency (Note 6) Supply CFM Ventilation CFM Zone DCV or Occ. Sensors (Indicate type & zones(s) if required) Ventilation Energy Recovery (Yes or Not required) PTHP-1 C403.2.3(3) PTAC, PTHP, SPVAC!HP, Room AC PTHP New Construction 10,500 3.50 420 50 NA NA PTHP-2 0403.2.3(3) PTAC, PTHP, SPVACIHP, Room AC PTHP New Construction 119,000 3.50 420 50 NA NA HP -1 C403.2.3(2) Unitary & Applied Heat Pumps Heat pump Air-cooled, Elec. Res. or No Heat 36,000 9.80 1,200 250 NA NA HP -2 C403.2.3(2) Unitary & Applied Heat Pumps Heat pump AIr-cooled, Elec. Res. or No Heat 28,000 9.80 880 100 NA NA HP -3 C403.2.3(2) Unitary & Applied Heat Pumps Heat pump Air-cooled, Elec. Res. or No Heat 38,000 9.80 1,200 250 NA NA HP -4 C403.2.3(1)D VRF Air-to-air and Applied Heat Pumps VRF HP with Heat recovery Air-cooled 135,000 9.30 4,000 475 NA NA HP- 5,6,7,8 C403.2.3(2) Unitary & Applied Heat Pumps Heat pump Air-cooled, Elec. Res. or No Heat 38,000 9.80 1,200 250 NA NA CU -1 None CDU -1 Unrated Other 10,200 na 3,400 3,400 NA NA 1 1 Note 4 - For rated equipment, provide listed rated part load efficiency IEER if required by code. Provide the rated low temperature EER for water source water -to -water heat pumps. Note 5- Enter the rated cooling capacity for heat pumps, the listed rated heating capacity for all other rated equipment, or the design heating capacity for unrated equipment. Note 6 - For rated equipment, provide listed rated efficiency and, if applicable, the low temperature rated efficiency in the units defined for the heating equipment in the WSEC efficiency table - HSPF, COP, AFUE, E -t, E -c OGREENHECK Building Value in Air. Model: VCD-23 Ratings and General Construction Blade Action: Opposed Frame Type: Channel Material: Galvanized Frame Thickness (ga): 16 Transition: None Actuator Sizing: Default SqFt Actuator Actuator Type: 24 VAC Actuator Mfr.: All Operating Mode: Two Position Wdth L Axle Bearings: Axle/Linkage Material: Blade Seal: Jamb Seal: Blade Indicator: Ext. Shaft Length (in.): Actuator Operation: Actuator Mounting: Actuator Location: 1.25 in. max (typical) Notes: All dimensions shown are in units of inches. Width & Height furnished approximately 0.25 under size. Installation instructions available at www.greenheck.com. Channel Frame 5 in. Printed Date: 8/2/2017 Job: Holiday Inn Express - Tukwila WA Mark: Stairwell Fan MD Model: VCD-23 Synthetic Steel TPE 304 SS None Standard Spring Return External Left Side Standoff Bracket: Jackshafting: Clean Wrap: Sizing: Temp. Rating (°F): Fail Position: NEMA Enclosure: Auxiliary Switch: 1.5 No Preference No Nominal 180 Closed Least Cost No Application & Design The VCD-23 is a ruggedly built low leakage control damper intended for application in low to medium pressure and velocity systems. A wide range of electric and pneumatic actuators are available. Ratings Pressure: Velocity: Leakage: Temperature: Up to 5 in. wg pressure differential 3,000 ft/min Class 1A @ 1 in. wg, Class 1 @ up to 5 in. wg Up to 250°F Greenheck Fan Corporation certifies that the model VCD-23 shown herein is licensed to bear the AMCA Seal. The ratings shown are based on tests and procedures performed in accordance with AMCA Publication 511 and comply with the requirements of the AMCA Certified Ratings Programs. The AMCA Certified Ratings Seal applies to Air Leakage and Air Performance ratings. amca WORLDWIDE CERTIFIED RRTIRGJ RIR LEAKAGE D; RIR Row ID TagQtyOpening p g W(in.)Opening p g H(in.)Drive Arrangement Actuator Model Act. Q Qty. 8-1 2 28.000 28.000 Drive-CC-11-1FEL-0 MS8104F1010 1 REVIEWED FOR CODE COMPLIANCE APPROVED SEP 18 2017 City of Tukwila BUILDING DIVISION CAPS 4.23.1592 Total Qty: Total Number of Actuators: 2 2 MI7O12J RECEIVED CITY OF TUKWILA AUG 2 9 2017 PERMIT CENTER Generated by: jdrogers@johnsonair.com G:\Job Data Files\JD\Secured 2017\Holiday Inn Express - Tukwila WA.gfcj Page 1 of 21 f GREENHECK Building Value in Air. Printed Date: 8/2/2017 Job: Holiday Inn Express - Tukwila WA Mark: Smoke Control EF Model: TCB -2-22-75 Performance Quantity 1 Volume (CFM) 8,200 External SP (in. wg) 2 Total SP (in. wg) 2 Operating Power (hp) 6.66 Start -Up Power (hp) 6.66 Fan RPM 1714 Elevation (ft) 108 Start-up Temp.(F) 70 Operating Temp.(F) 70 Fan Configuration Size 22 Level 2 Discharge Position Horizontal Mounting Ceiling Hung Material Type Steel Equipment Weights Fan (LMD)(Ib) 360 Motor/Drive (Ib) 125 Accessories (Ib) 124 Misc Fan Data FEG 63 Outlet Velocity (ft/min) 1,136 Static Efficiency (%) 40 Tip Speed (ft/min) 9,985 Motor and Drives Motor Supplier Greenheck Size (hp) 7 1/2 RPM 1725 Enclosure ODP Voltage 208 Cycle 60 Phase 3 Frame Size 213T Max Frame Size 213 Location N/A Pulley Type Constant Drive Loss (%) 3.7 Drives Multiple Drive Service Factor 1.5 NEC FLA' (Amps) 24.2 CAPS 4.23.1592 amca WORLDWIDE CERTIf1ED RRTIRGS 'SOUnD PWORM1AIR nin'onvemtnr W6\ non ammo °,,\ mmcmnon tcnnnnonm. inc. Model: TCB -2-22-75 Inline Centrifugal Fan Operating Performance 7 0 1 2 .3 4 5 6 7 Volume (CFM) x 1,000 Operating Bhp point Q Operating point at Total SP o Operating point at External SP Fan curve System curve Brake horsepower curve Sound Power by Octave Band 8 9 Sound Data 62.5 125 250 500 1000 2000 4000 8000 LwA dBA Inlet 83 84 93 91 86 81 76 70 92 80 10 'FLA - based on tables 150 or 148 of National Electrical Code 2002. Actual motor FLA may vary, for sizing thermal overload, consult factory. LwA - A weighted sound power level, based on ANSI S1.4 dBA - A weighted sound pressure level, based on 11.5 dB attenuation per octave band at 5 ft- dBA levels are not licensed by AMCA International Generated by: jdrogers@johnsonair.com G:\Job Data Files\JD\Secured 2017\Holiday Inn Express - Tukwila WA.gfcj Page 2 of 21 jGREENHECK Building Value in Air. Printed Date: 8/2/2017 Job: Holiday Inn Express - Tukwila WA Mark: Smoke Control EF Model: TCB -2-22-75 CAPS 4.23.1592 Model: TCB -2-22-75 Inline Centrifugal Fan Standard Construction Features: HOUSING: Continuously welded steel or aluminum housing {-} Inlet and outlet flanges with mounting holes {-} Aluminum rub ring {-} Meets AMCA type B spark resistance {-} Structural steel parts are phosphatized and coated with Permatector BEARINGS, SHAFT, AND WHEEL: Heavy duty, self -aligning ball or roller pillow block bearings with extended lubrication lines {-} Polished, solid steel shafts {-} Backward inclined aluminum wheel Selected Options & Accessories: NEMA Premium Efficient Motor - meets NEMA Table 12-12 Motor VFD Rated with Shaft Grounding Protection Motor with Shaft Grounding Motor with Class F or Greater Insulation Coating - Permatector, Concrete Gray -RAL 7023, Fan and Attached Accessories Hanging, Isolator -Spring, Hanging, 1 Inch Switch - NEMA -3R, Toggle, For Indoor or Outdoor Use, Ship Separate UL -762 - "Power Ventilators for Restaurant Exhaust Appliances" Extended Lube Lines - Copper Motor Cover - Steel Companion Flanges - Inlet and Outlet, Steel Easy Access Door Mounting Rails Drain Connection - 1" Pipe Thread w/Plug Unit Warranty: 1 Yr (Standard) Generated by: jdrogers@johnsonair.com G:\Job Data Files\JD\Secured 2017\Holiday Inn Express - Tukwila WA.gfcj Page 3 of 21 ,®GREENHECKPrinted Date: 8/2/2017 Job: Holiday Inn Express - Tukwila WA Building Value in Air. Mark: Smoke Control EF Model: TCB -2-22-75 Model: TCB -2-22-75 Inline Centrifugal Fan 38.50 COMPANION F SIDE VIEW COMPANION FLAN 0.56 DIA. MOUNTING HOLES END VIEW SHOWS FROM INLET END OF UNIT CAPS 4.23.1592 END VIEW Notes: All dimensions shown are in units of in. Bolt Circle 0 38 Flange Hole 0 0.56 Quantity 32 Generated by: jdrogers@johnsonair.com G:\Job Data Files\JD\Secured 2017\Holiday Inn Express - Tukwila WA.gfcj Page 4 of 21 EYGREENHECK Building Value in Air. Printed Date: 8/2/2017 Job: Holiday Inn Express - Tukwila WA Mark: Smoke Control EF Model: TCB -2-22-75 Isolators Type: Spring, Hanging, 1 Inch Standard Construction Features: The spring hanging isolator is designed to reduce transmission of vibration and noise produced by suspended equipment and piping. The assure stability, the spring element has a minimum lateral stiffness of 1.0 times the rated vertical stiffness. The hanger will allow a support rod misalignment through 30 degree arc and the isolation brackets will carry a 500% overload without failure. The isolator has an epoxy powder coated bracket and spring coil which is color coded according to the load capacity and has a noise isolation pad, all which is assembled into a stamped or welded hanger bracket. Fan Configuration Model: TCB -2-22-75 Motor Frame Size: 213T Isolator/Deflection: Spring, Hanging, 1 Inch Isolator Color: Brown CAPS 4.23.1592 0 0.63 MAX f 2.25 l NEOPRENE ELEMENT 3.69 5.25 Notes: All dimensions shown are in units of in. **Isolator dimensions may vary with all aluminum, aluminum airstream, or Spark A construction, external inlet vane damper or with an outlet damper accessory. Consult factory for details. Generated by: jdrogers@johnsonair.com G:Wob Data Files\JD\Secured 2017\Holiday Inn Express - Tukwila WA.gfcj Page 5 of 21 LdGREENHECK Building Value in Air. Printed Date: 8/2/2017 Job: Holiday Inn Express - Tukwila WA Mark: Smoke Control EF Model: TCB -2-22-75 Disconnect Switch Enclosure Rating: NEMA -3R Standard Construction Features: Enclosure constructed for either indoor or outdoor use to provide a degree of protection to personnel against incidental contact with the enclosed equipment: to provide a degree of protection against falling dirt, rain, sleet, snow, and windblown dust. The enclosed equipment will be undamaged by the external formation of ice on the enclosure. This enclosure meets the rod entry, rain, external icing, outdoor corrosion protection and gasket design tests. Enclosure is equipped with provision to lockout in the off position with customer supplied lock. Disconnect Switch Configuration Type: Toggle Manufacturer: Square D Overload Protection: None Mounting: Ship Separate CAPS 4.23.1592 Motor Size: Cycle: Phase: RPM: 7 1/2 hp Voltage: 60 3 1725 208 Amperage: 30 Switch Pole(s): 3 Wiring (Exp. Resist.): Electrical Drawing Details 00.25 (2 HOLES) 5.30 2.40 0.93 2.50 4.35 Notes: All dimensions shown are in units of in. Wiring Schematic UL Listed: Yes CSA Approved: Yes Rating: 10 hp Generated by: jdrogers@johnsonair.com G:\Job Data Files\JD\Secured 2017\Holiday Inn Express - Tukwila WA.gfcj Page 6 of 21 LIGREENHECK • Building Value in Air. Printed Date: 8/2/2017 Job: Holiday Inn Express - Tukwila WA Mark: Smoke Control EF Model: TCB -2-22-75 TCB-2-22-75 Performance Min/Max Fan Curve Requested Volume (CFM) Actual Volume (CFM) Extemal SP (in. wg) Total SP (in. wg) Fan RPM Operating Power (hp) 8,200 8,200 2 2 1714 6.66 0 1 2 A Operating Bhp point Operating point at Total SP ® Operating point at External SP Construction/System Limit Fan curve VFD 20 HZ Limit - - System curve Brake horsepower curve CAPS 4.23.1592 4 5 6 7 8 9 10 Volume (CFM) x 1,000 10 4 0 Brake Power (hp) Generated by: jdrogers@johnsonair.com G:\Job Data Files\JD\Secured 2017\Holiday Inn Express - Tukwila WA.gfcj Page 7 of 21 f GREENHECK Building Value in Air. Printed Date: 8/2/2017 Job: Holiday Inn Express - Tukwila WA Mark: Smoke Control EF Model: TCB -2-22-75 Warranty - 1 Yr (Standard) WARRANTY AND LIABILITY: SELLER warrants to Buyer that products manufactured are free from defects in material and workmanship for a period of 1 Yr (Standard) from the date of shipment. SELLER's obligations and liabilities under this warranty are limited to furnishing FOB factory or warehouse at SELLER's designated shipping point, freight allowed to Buyer's city, (or point of export for shipments outside the conterminous United States) replacement equipment (or at the option of SELLER parts therefore) for all Seller's products not conforming to this warranty and which have been returned to the manufacturer. No liability whatever shall attach to SELLER until said products have been paid for and such liability shall be strictly limited to the purchase price of the equipment shown to be defective. SELLER may make further warranty protection available on an optional extra -cost basis and which must be authorized and in writing. Motors are warranted by the motor manufacturer for a period of one year. Should motors furnished by Greenheck prove defective during this period, they should be returned to the nearest authorized motor service station. Greenheck will not be responsible for any removal or installation costs. Electrical components, excluding motors, are warranted only to the extent warranted by the original manufacturer. To the extent that SELLER is entitled to pass through a warranty of the original equipment manufacturer of the electrical goods sold, SELLER will pass through such warranties to Buyer. ANY MISUSE, NEGLECT, FAILURE TO FOLLOW INSTRUCTIONS OR MANUALS OF INSTALLATION OF MAINTENANCE REPAIR, SERVICE, RELOCATION OR ALTERATION TO OR OF, OR OTHER TAMPERING WITH, THE PRODUCTS PERFORMED BY ANY PERSON OR ENTITY OTHER THAN SELLER WITHOUT SELLER'S PRIOR WRITTEN APPROVAL OR ANY USE OF REPLACEMENT PARTS NOT SUPPLIED BY SELLER, SHALL IMMEDIATELY VOID AND CANCEL ALL WARRANTIES WITH RESPECT TO THE AFFECTED PRODUCTS. THE WARRANTY AND LIABILITY SET FORTH HEREIN ARE IN LIEU OF ALL OTHER WARRANTIES AND LIABILITIES WHETHER IN CONTRACT OR IN NEGLIGENCE, EXPRESSED OR IMPLIED, IN LAW OR IN FACT, INCLUDING IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR USE. SELLER PROVIDES NO INDEPENDENT WARRANTY FOR THIRD PARTY PRODUCTS OR COMPONENTS SOLD TOGETHER OR INCORPORATED WITH SELLER'S PRODUCT(S). CAPS 4.23.1592 Generated by: jdrogers@johnsonair.com G:\Job Data Files\JD\Secured 2017\Holiday Inn Express - Tukwila WA.gfcj Page 8 of 21 LgeGREENHECK Building Value in Air. Printed Date: 8/2/2017 Job: Holiday Inn Express - Tukwila WA Mark: Stairwell Fan Model: TCB -2-16-50 Performance Quantity 2 Volume (CFM) 4,000 External SP (in. wg) 1.5 Total SP (in. wg) 1.5 Operating Power (hp) 2.71 Start -Up Power (hp) 2.71 Fan RPM 1933 Elevation (ft) 108 Start-up Temp.(F) 70 Operating Temp.(F) 70 Fan Configuration Size 16 Level 2 Discharge Position Horizontal Mounting Ceiling Hung Material Type Steel Equipment Weights Fan (LMD)(Ib) 200 Motor/Drive (Ib) 91 Accessories (Ib) 63 Misc Fan Data FEG 53 Outlet Velocity (fUmin) 1,235 Static Efficiency (%) 36 Tip Speed (ft/min) 8,351 Motor and Drives Motor Supplier Greenheck Size (hp) 5 RPM 1725 Enclosure ODP Voltage 208 Cycle 60 Phase 3 Frame Size 184T Max Frame Size 184 Location N/A Pulley Type Constant Drive Loss (%) 4.5 Drives Multiple Drive Service Factor 1.5 NEC FLA* (Amps) 16.7 amca WORLDWIDE CERTIMIED RRTIRGS tounp niR PERfORRERRCF mn 00Yf0fI1T E'b nap % o rnon nn nmonAssocm. oE CAPS 4.23.1592 Model: TCB -2-16-50 Inline Centrifugal Fan Operating Performance 3.5 3.0 0.5 0.0 A Operating Bhp point 0 Operating point at Total SP ® Operating point at External SP Fan curve - System curve Brake horsepower curve Sound Power by Octave Band Sound Data 62.5 125 250 500 1000 2000 4000 8000 LwA dBA Inlet 87 82 83 84 80 75 71 66 85 73 *FLA - based on tables 150 or 148 of National Electrical Code 2002. Actual motor FLA may vary, for sii ng thermal overload, consult factory. LwA - A weighted sound power level, based on ANSI S1.4 dBA - A weighted sound pressure level, based on 11.5 dB attenuation per octave band at 5 ft- dBA levels are not licensed by AMCA International Generated by: jdrogers@johnsonair.com G:\Job Data Files\JD\Secured 2017\Holiday Inn Express - Tukwila WA.gfcj Page 9 of 21 EleGREENHECK Building Value in Air. Printed Date: 8/2/2017 Job: Holiday Inn Express - Tukwila WA Mark: Stairwell Fan Model: TCB -2-16-50 CAPS 4.23.1592 Model: TCB -2-16-50 Inline Centrifugal Fan Standard Construction Features: HOUSING: Continuously welded steel or aluminum housing {-} Inlet and outlet flanges with mounting holes {-} Aluminum rub ring {-} Meets AMCA type B spark resistance {-} Structural steel parts are phosphatized and coated with Permatector BEARINGS, SHAFT, AND WHEEL: Heavy duty, self -aligning ball or roller pillow block bearings with extended lubrication lines {-} Polished, solid steel shafts {-} Backward inclined aluminum wheel Selected Options & Accessories: NEMA Premium Efficient Motor - meets NEMA Table 12-12 Motor VFD Rated with Shaft Grounding Protection Motor with Shaft Grounding Motor with Class B or Greater Insulation Coating - Permatector, Concrete Gray -RAL 7023, Fan and Attached Accessories Hanging, Isolator -Spring, Hanging, 1 Inch Switch - NEMA -3R, Toggle, For Indoor or Outdoor Use, Ship Separate UUcUL-705 - "Power Ventilators" Extended Lube Lines - Copper Motor Cover - Steel Companion Flanges - Inlet and Outlet, Steel Easy Access Door Mounting Rails Unit Warranty: 1 Yr (Standard) Generated by: jdrogers@johnsonair.com G:\Job Data Files\JD\Secured 2017\Holiday Inn Express - Tukwila WA.gfcj Page 10 of 21 0GREENHECK Building Value in Air. Printed Date: 8/2/2017 Job: Holiday Inn Express - Tukwila WA Mark: Stairwell Fan Model: TCB -2-16-50 Model: TCB -2-16-50 Inline Centrifugal Fan 31.00 COMPANION FLANGE SIDE VIEW 0.44 DIA. MOUNTING HOLES END VIEW SHOWS FROM INLET END OF UNIT CAPS 4.23.1592 END VIEW Notes: All dimensions shown are in units of in. Bolt Circle 0 25.75 Flange Hole 0 0.44 Quantity 8 Generated by: jdrogers@johnsonair.com G:\Job Data Files\JD\Secured 2017\Holiday Inn Express - Tukwila WA.gfcj Page 11 of 21 INGREENHECK Building Value in Air. Printed Date: 8/2/2017 Job: Holiday Inn Express - Tukwila WA Mark: Stairwell Fan Model: TCB -2-16-50 Isolators Type: Spring, Hanging, 1 Inch Standard Construction Features: The spring hanging isolator is designed to reduce transmission of vibration and noise produced by suspended equipment and piping. The assure stability, the spring element has a minimum lateral stiffness of 1.0 times the rated vertical stiffness. The hanger will allow a support rod misalignment through 30 degree arc and the isolation brackets will carry a 500% overload without failure. The isolator has an epoxy powder coated bracket and spring coil which is color coded according to the load capacity and has a noise isolation pad, all which is assembled into a stamped or welded hanger bracket. Fan Configuration Model: TCB -2-16-50 Motor Frame Size: 184T Isolator/Deflection: Spring, Hanging, 1 Inch Isolator Color: Gray CAPS 4.23.1592 0 0.63 MAX --.N_[1 f 2.25 _t NEOPRENE ELEMENT 3.69 5.25 Notes: All dimensions shown are in units of in. **Isolator dimensions may vary with all aluminum, aluminum airstream, or Spark A construction, external inlet vane damper or with an outlet damper accessory. Consult factory for details. Generated by: jdrogers@johnsonair.com G:\Job Data Files\JD\Secured 2017\Holiday Inn Express - Tukwila WA.gfcj Page 12 of 21 L5GREENHECK Building Value in Air. Printed Date: 8/2/2017 Job: Holiday Inn Express - Tukwila WA Mark: Stairwell Fan Model: TCB -2-16-50 Disconnect Switch Enclosure Rating: NEMA -3R Standard Construction Features: Enclosure constructed for either indoor or outdoor use to provide a degree of protection to personnel against incidental contact with the enclosed equipment: to provide a degree of protection against falling dirt, rain, sleet, snow, and windblown dust. The enclosed equipment will be undamaged by the external formation of ice on the enclosure. This enclosure meets the rod entry, rain, external icing, outdoor corrosion protection and gasket design tests. Enclosure is equipped with provision to lockout in the off position with customer supplied lock. Disconnect Switch Configuration Type: Manufacturer: Overload Protection: Mounting: CAPS 4.23.1592 Toggle Square D None Ship Separate Motor Size: 5 hp Cycle: 60 Phase: 3 RPM: 1725 Voltage: 208 Amperage: 30 Switch Pole(s): 3 Wiring (Exp. Resist.): Electrical Drawing Details 00.25 (2 HOLES) 5.30 2.40 0.93 2.50 4.35 Notes: All dimensions shown are in units of in. Wiring Schematic UL Listed: Yes CSA. Approved: Yes Rating: 10 hp Generated by: jdrogers@johnsonair.com G:\Job Data Files\JD\Secured 2017\Holiday Inn Express - Tukwila WA.gfcj Page 13 of 21 jGREENHECK Building Value in Air. Printed Date: 8/2/2017 Job: Holiday Inn Express - Tukwila WA Mark: Stairwell Fan Model: TCB -2-16-50 rn d 2 3 u) a) 1 °- 2 0 ca 1 TCB -2-16-50 Performance Min/Max Fan Curve Requested Volume (CFM) Actual Volume (CFM) External SP (in. wg) Total SP (in. wg) Fan RPM Operating Power (hp) 4,000 4,000 1.5 1.5 1933 2.71 5 0 1 A Operating Bhp point 0 Operating point at Total. SP Operating point at External SP Construction/System Limit CAPS 4.23.1592 Motor/System Limit Fan curve VFD 20 HZ Limit System curve Brake horsepower curve 3 4 5 Volume (CFM) x 1,000 6 Generated by: jdrogers@johnsonair.com G:\Job Data Files\JD\Secured 2017\Holiday Inn Express - Tukwila WA.gfcj Page 14 of 21 fGREENHECK Building Value in Air. Printed Date: 8/2/2017 Job: Holiday Inn Express - Tukwila WA Mark: Stairwell Fan Model: TCB -2-16-50 Warranty -1 Yr (Standard) WARRANTY AND LIABILITY: SELLER warrants to Buyer that products manufactured are free from defects in material and workmanship for a period of 1 Yr (Standard) from the date of shipment. SELLER's obligations and liabilities under this warranty are limited to furnishing FOB factory or warehouse at SELLER's designated shipping point, freight allowed to Buyer's city, (or point of export for shipments outside the conterminous United States) replacement equipment (or at the option of SELLER parts therefore) for all Seller's products not conforming to this warranty and which have been returned to the manufacturer. No liability whatever shall attach to SELLER until said products have been paid for and such liability shall be strictly limited to the purchase price of the equipment shown to be defective. SELLER may make further warranty protection available on an optional extra -cost basis and which must be authorized and in writing. Motors are warranted by the motor manufacturer for a period of one year. Should motors furnished by Greenheck prove defective during this period, they should be returned to the nearest authorized motor service station. Greenheck will not be responsible for any removal or installation costs. Electrical components, excluding motors, are warranted only to the extent warranted by the original manufacturer. To the extent that SELLER is entitled to pass through a warranty of the original equipment manufacturer of the electrical goods sold, SELLER will pass through such warranties to Buyer. ANY MISUSE, NEGLECT, FAILURE TO FOLLOW INSTRUCTIONS OR MANUALS OF INSTALLATION OF MAINTENANCE REPAIR, SERVICE, RELOCATION OR ALTERATION TO OR OF, OR OTHER TAMPERING WITH, THE PRODUCTS PERFORMED BY ANY PERSON OR ENTITY OTHER THAN SELLER WITHOUT SELLER'S PRIOR WRITTEN APPROVAL OR ANY USE OF REPLACEMENT PARTS NOT SUPPLIED BY SELLER, SHALL IMMEDIATELY VOID AND CANCEL ALL WARRANTIES WITH RESPECT TO THE AFFECTED PRODUCTS. THE WARRANTY AND LIABILITY SET FORTH HEREIN ARE IN LIEU OF ALL OTHER WARRANTIES AND LIABILITIES WHETHER IN CONTRACT OR IN NEGLIGENCE, EXPRESSED OR IMPLIED, IN LAW OR IN FACT, INCLUDING IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR USE. SELLER PROVIDES NO INDEPENDENT WARRANTY FOR THIRD PARTY PRODUCTS OR COMPONENTS SOLD TOGETHER OR INCORPORATED WITH SELLER'S PRODUCT(S). CAPS 4.23.1592 Generated by: jdrogers@johnsonair.com G:\Job Data Files\JD\Secured 2017\Holiday Inn Express - Tukwila WA.gfcj Page 15 of 21 135, GREENHECK Building Value in Air. Printed Date: 8/2/2017 Job: Holiday Inn Express - Tukwila WA Mark: EPF-1 Model: TBI -FS -4L24-75 Performance Quantity 1 Volume (CFM) 10,000 External SP (in. wg) 1.5 Total SP (in. wg) 1.5 Operating Power (hp) 5.86 Start -Up Power (hp) 5.86 Fan RPM 2005 Max Fan RPM 2495 Elevation (ft) 108 Start-up Temp.(F) 70 Operating Temp.(F) 70 Fan Configuration Size 24 Level 4 Discharge Position Horizontal Mounting Base Mount Material Type Steel Equipment Weights Fan (LMD)(Ib) 205 Motor/Drive (Ib) 134 Accessories (Ib) 43 Misc Fan Data FEG 63 Outlet Velocity (ft/min) 3,183 Static Efficiency (%) 42 Tip Speed (ft/min) 12,595 Motor and Drives Motor Supplier Greenheck Size (hp) 7 1/2 RPM 1725 Enclosure ODP Voltage 208 Cycle 60 Phase 3 Frame Size 213T Max Frame Size 215 Location N/A Pulley Type Constant Drive Loss (%) 3.8 Drives 1.5 x Standard Drive Service Factor N/A NEC FLA* (Amps) 24.2 CAPS 4.23.1592 amca WORLDWIDE CERTIf1ED RRTIRGS SOUnp pno PERroaeannicen mn maYnl[GT t6b no cannot N. mocinnon unanannonnt. mai' Model: TBI -FS -4L24-75 Medium Pressure Axial Operating Performance 5 0 2 4 6 8 10 Volume (CFM) x 1,000 ▪ Operating Bhp point 0 Operating point at Total SP e Operating point at External SP Fan curve System curve Brake horsepower curve 1 Min. Damper Volume Sound Power by Octave Band 12 Sound Data 62.5 125 250 500 1000 2000 4000 8000 LwA dBA Inlet 96 97 102 97 95 90 85 82 100 89 14 Brake Power (hp) 'FLA - based on tables 150 or 148 of National Electrical Code 2002. Actual motor FLA may vary, for sizing thermal overload, consult actory. LwA - A weighted sound power level, based on ANSI S1.4 dBA - A weighted sound pressure level, based on 11.5 dB attenuation per octave band at 5 5- dBA levels are not licensed by AMCA International Generated by: jdrogers@johnsonair.com G:\Job Data Files\JD\Secured 2017\Holiday Inn Express - Tukwila WA.gfcj Page 16 of 21 OGREENHECK Building Value in Air. Printed Date: 8/2/2017 Job: Holiday Inn Express - Tukwila WA Mark: EPF-1 Model: TBI -FS -4L24-75 CAPS 4.23.1592 Model: TBI -FS -4L24-75 Medium Pressure Axial Standard Construction Features: HOUSING: Continuously welded housing - Inlet and Outlet flanges with mounting holes base - Extended lube lines with grease fittings BEARINGS, SHAFT AND PROPELLER: Heavy duty, self aligning pillow block bearings ground and polished shaft - Airfoil blade design - Welded steel propeller Selected Options & Accessories: NEMA Premium Efficient Motor - meets NEMA Table 12-12 Motor VFD Rated without Shaft Grounding Protection Motor with Class F or Greater Insulation Drives for Emergency Duty -UBC 905.7.6/IBC 909 (1.5 x No. of Belts @ 1.2 SF) Coating - Permatector, Concrete Gray -RAL 7023, Fan and Attached Accessories UUcUL-705 -"Power Ventilators" Mounting Support - Universal Motor Cover Inspection Door - Bolted UL Listed for Smoke Control (300F/5hr, 752F/4hr, 1000F/15min.) Unit Warranty: 1 Yr (Standard) - Adjustable motor - Tumed, precision Generated by: jdrogers@johnsonair.com G:\Job Data Files\JD\Secured 2017\Holiday Inn Express - Tukwila WA.gfcj Page 17 of 21 fGREENHECK Printed Date: 8/2/2017 Job: Holiday Inn Express - Tukwila WA Building Value in Air. Mark: EPF-1 Model: TBI -FS -4L24-75 Model: TBI -FS -4L24-75 Medium Pressure Axial 23.38� SIDE VIEW 0.56 DIA. MOUNTING HOLES END VIEW SHOWS FROM INLET END OF UNIT CAPS 4.23.1592 r 28 00 MAX t/ ij�i 16 313 �,ff, L-21.88-1 —24.88— END VIEW Notes: All dimensions shown are in units of in. Bolt Circle 0 25.75 Flange Hole 0 0.44 Quantity 8 Generated by: jdrogers@johnsonair.com G:\Job Data Files\JD\Secured 2017\Holiday Inn Express - Tukwila WA.gfcj Page 18 of 21 j GREENHECK Building Value in Air. Printed Date: 8/2/2017 Job: Holiday Inn Express - Tukwila WA Mark: EPF-1 Model: TBI -FS -4L24-75 0.)5 4 m3 0 2 1 TBI -FS -4L24-75 Performance Min/Max Fan Curve Requested Volume (CFM) Actual Volume (CFM) External SP (in. wg) Total SP (in. wg) Fan RPM Operating Power (hp) 10,000 10,000 1.5 1.5 2005 5.86 0 2 4 6 8 10 12 • 14 16 Volume (CFM) x 1,000 A Operating Bhp point 0 Operating point at Total SP o Operating point at External SP Construction/System Limit Motor/System Limit Fan curve VFD 20 HZ Limit System curve Brake horsepower curve 1 Min. Damper Volume CAPS 4.23.1592 16. 14 12 10 0 8 0 0 6 a) 4 2 Generated by: jdrogers@johnsonair.com G:\Job Data Files\JD\Secured 2017\Holiday Inn Express - Tukwila WA.gfcj Page 19 of 21 arGREENHECKPrinted Date: 8/2/2017 Job: Holiday Inn Express - Tukwila WA Building Value in Air. Mark: EPF-1 Model: TBI -FS -4L24-75 Warranty -1 Yr (Standard) WARRANTY AND LIABILITY: SELLER warrants to Buyer that products manufactured are free from defects in material and workmanship for a period of 1 Yr (Standard) from the date of shipment. SELLER'slobligations and liabilities under this warranty are limited to furnishing FOB factory or warehouse at SELLER's designated shipping point, freight allowed to Buyer's city, (or point of export for shipments outside the conterminous United States) replacement equipment (or at the option of SELLER parts therefore) for all Seller's products not conforming to this warranty and which have been returned to the manufacturer. No liability whatever shall attach to SELLER until said products have been paid for and such liability shall be strictly limited to the purchase price of the equipment shown to be defective. SELLER may make further warranty protection available on an optional extra -cost basis and which must be authorized and in writing. Motors are warranted by the motor manufacturer for a period of one year. Should motors furnished by Greenheck prove defective during this period, they should be returned to the nearest authorized motor service station. Greenheck will not be responsible for any removal or installation costs. Electrical components, excluding motors, are warranted only to the extent warranted by the original manufacturer. To the extent that SELLER is entitled to pass through a warranty of the original equipment manufacturer of the electrical goods sold, SELLER will pass through such warranties to Buyer. ANY MISUSE, NEGLECT, FAILURE TO FOLLOW INSTRUCTIONS OR MANUALS OF INSTALLATION OF MAINTENANCE REPAIR, SERVICE, RELOCATION OR ALTERATION TO OR OF, OR OTHER TAMPERING WITH, THE PRODUCTS PERFORMED BY ANY PERSON OR ENTITY OTHER THAN SELLER WITHOUT SELLER'S PRIOR WRITTEN APPROVAL OR ANY USE OF REPLACEMENT PARTS NOT SUPPLIED BY SELLER, SHALL IMMEDIATELY VOID AND CANCEL ALL WARRANTIES WITH RESPECT TO THE AFFECTED PRODUCTS. THE WARRANTY AND LIABILITY SET FORTH HEREIN ARE IN LIEU OF ALL OTHER WARRANTIES AND LIABILITIES WHETHER IN CONTRACT OR IN NEGLIGENCE, EXPRESSED OR IMPLIED, IN LAW OR IN FACT, INCLUDING IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR USE. SELLER PROVIDES NO INDEPENDENT WARRANTY FOR THIRD PARTY PRODUCTS OR COMPONENTS SOLD TOGETHER OR INCORPORATED WITH SELLER'S PRODUCT(S). CAPS 4.23.1592 Generated by: jdrogers@johnsonair.com G:\Job Data Files\JD\Secured 2017\Holiday Inn Express - Tukwila WA.gfcj Page 20 of 21 jGREENHECK Building Value in Air. Printed Date: 8/2/2017 Job: Holiday Inn Express - Tukwila WA Damper Drive Arrangements Job Summary -Start- Drive Arrangement: Drive -CC -11-1 FEL -0 Damper Drive Arrangements Job Summary -End- CAPS 4.23.1592 Generated by: jdrogers@johnsonair.com G:\Job Data Files\JD\Secured 2017\Holiday Inn Express - Tukwila WA.gfcj Page 21 of 21 Drive Arrangement Definition On multi -blade dampers (except vertical blade and Face & Bypass), they are given a drive arrangement code that helps describe the construction of the damper. The following breaks down what each number and letter represents. 22-2FEL- 2 TT TT TT T 1002 00®® Q5 © 0 • Number of sections wide • Number of sections high O Number of actuators or manual quadrants 0 Who supplies the actuators or manual quadrants F - Factory C - Customer Supplied (field mounted) • Actuator or manual quadrant mounting E - External I - Internal B - Both internal and external © Actuator or manual quadrant location L - Left hand drive R - Right hand drive B - Both right and left Jackshaft 1 Actuator or Manual Quadrant <— Damper Width —� 07 Number of jackshafts Vertical blade and face & bypass dampers are given a configuration ID number that helps describe the construction of the damper. See the following examples: . Model Drive.Arran gement . -oz,:-' ". Prefi," AMD -23, 33, 42 AMD AMD -42V VB DFD -210, 230; DFDAF-310; DFDAF-330; SEDFD-210 MLS FBH & FBV FB FSD, OFSD, CFSD, SMD, SEFSD, SSFSD, SESMD, SSSMD series (except vertical blade models) MLS FSD-311V, SMD -301V VB GFSD series GFSD ICD series CC IMO series MLS MBD -15 & VCD series (except vertical blade models) CC VCD-xxV (vertical blade models) VB 1y6iaH aadu a Installation, Operation and Maintenance Manuals Job Title: Job Site: Customer PO#: Elevation: (ft) Date: Submitted By: Agent Order#: REVIEWED FOR CODE COMPLIANCE APPROVED SEP 18 2017 City of Tukwila BUILDING DIVISION P.O. Box 410 CAPS 4.23.1592 Holiday Inn Express - Tukwila WA MONSTER MECHANICAL 501 TUKWILA PARKWAY HL TUKWILA, WA 98188 United States HOLIDAY INN 108 8/02/2017 Josh Gross S1613702 JOHNSON AIR PRODUCTS 2220 SE 9TH AVENUE PO BOX 15098 PORTLAND, OR 97293 US Phone: (503)234-5071 Fax: (503)233-0451 Email Address: jdrogers@johnsonair.com M I 0 124 INGREENHECK Building Value in Air. Schofield, WI 54476 (715) 359-6171 FAX (715) 355-2399 www.greenheck.com CITY ©F TUKWILA AUG 2 9 2017 PERMIT CENTER G:\Job Data Files\JD\Secured 2017\Holiday Inn Express - Tukwila WA.gfcj Page 1 of 2 , Holiday Inn Express - Tukwila WA Product IOMs Mark Name Model Name Stairwell Fan MD VCD-23 EPF-1 TBI -FS -INLINE Stairwell Fan, Smoke Control EF TCB CAPS 4.23.1592 G:\Job Data Files\JD\Secured 2017\Holiday Inn Express - Tukwila WA.gfcj Page 2 of 2 GREENHECK Building Value in Air. DOCUMENT NUMBER 463384 VCD, FBH & FBV MODELS Vertical and Horizontal Mount Installation, Operation, and Maintenance Instructions This manual is the property of the owner, and is required for future maintenance. Please leave it with the owner when the job is complete. RECEIVING AND HANDLING Upon receiving dampers, check for both obvious . and hidden damage. If damage is found, record all necessary information on the bill of lading and file a claim with the final carrier. Check to be sure that all parts of the shipment, including accessories, are accounted for. Dampers must be kept dry and clean. Indoor storage and protection from dirt, dust and the weather is highly recommended. Do not store at temperatures in excess of 100°F (37°C). SAFETY WARNING: Improper installation, adjustment, alteration, service or maintenance can cause property damage, injury or death. Read the installation, operating, and maintenance instructions thoroughly before installing or servicing this equipment. PRE -INSTALLATION GUIDELINES The basic intent of a proper installation is to secure the volume control damper into the opening in such a manner as to prevent distortion and disruption of damper operation. The following items will aid in completing the damper installation in a timely and effective manner. 1) Check the schedules for proper damper locations within the building. Visually inspect the damper for damage. 2) Lift or handle damper using sleeve or frame. Do not lift damper using blades, linkage, actuators, or jackshafting. When handling multiple sections assemblies, use sufficient support to evenly lift at each section mullion (see drawing). Do not drag, step on, apply excessive bending, twisting, or racking. 3) Do not install screws in damper frame that will interfere with unexposed blade linkage and prevent damper blades from opening and/or closing. 4) Damper must be installed into duct or opening square and free of twist or other misalignment. Damper must not be squeezed or stretched into duct or opening. Out of square, racked, twisted or misaligned installations can cause excessive leakage and/or torque requirements to exceed damper/actuator design. 5) Damper and actuator must be kept clean, dry and protected from dirt, dust and other foreign materials prior to and after installation. Examples of such foreign materials include but are not limited to: a) Mortar dust b) Drywall dust c) Firesafing materials d) Wall texture e) Paint overspray 6) Damper should be sufficiently covered as to prevent overspray if wall texturing or spray painting will be performed within 5 feet (1.50m) of the damper. Excessive dirt or foreign material deposits on damper can cause excessive leakage and/or torque requirements to exceed damper/actuator design. 7) ACCESS: Suitable access (actuators maintenance, etc.) must be provided for damper inspection and servicing. Where it is not possible to achieve sufficient size access, it will be necessary to install a removable section of duct. ELECTRICAL GUIDELINES Electrical and/or pneumatic connections to damper actuators should be made in accordance with wiring and piping diagrams developed in compliance with applicable codes, ordinances and regulations. SAFETY CAUTION! Verify power requirements before wiring actuator. Greenheck is not responsible for any damper to, or failure of the unit caused by incorrect field wiring. SAFETY DANGER! Electrical input may be needed for this equipment. This work should be performed by a qualified electrician. INSTALLATION - FAILURE TO FOLLOW INSTRUCTIONS WILL VOID ALL WARRANTIES 1. Duct opening or opening square should be measured 1/4 inch (6mm) larger than damper dimension and should be straight and level. A c E 2 B 0 AF=BE F AB=CD Do not twist or bow. Mount damper plumb in the opening. INSTALLATION CONTINUED.... 2. If more than two sections wide, unit ships as a multiple section assembly and a single section together. The single section is joined to the side of the multiple section where the jackshaft extends past the frame four inches (102mm). / SEE DETAIL A \ 3. A damper assembly is not restricted to a maximum number of sections but, the assembly must not exceed the section sizes and overall sizes (see table below). Damper Model Maximum Single Section Size W x H in. (mm) 1 oo 1 \ \ \ —� / / / 1 i VCD-33, VCD-34, VCD- 40, VCD-42, VCD-43 60 x 74 (1524 x 1880) Unlimited 3. A damper assembly is not restricted to a maximum number of sections but, the assembly must not exceed the section sizes and overall sizes (see table below). Damper Model Maximum Single Section Size W x H in. (mm) Maximum Overall Size for Multi - Section Dampers VCD-20, VCD-23 48 x 74 (1219 x 1880) Unlimited VCD-33, VCD-34, VCD- 40, VCD-42, VCD-43 60 x 74 (1524 x 1880) Unlimited VCD-20V, VCD-23V 74 x 48 (1879 x 1219) NA VCD-33V, VCD-42V, VCD-43V 74 x 60 (1879 x 1524) NA FBH-33 FBH-43 Face: 60 x 74 (1524 x 1880). Bypass: 60 x 74 (1524 x 1880) Face: 96 x 74 (2438 x 1880) FBV-33 FBV-43 Face: 60 x 74 (1524 x 1880) Bypass: 60 x 74 (1524 x 1880) Face: 96 x 74 (2438 x 1880) Bypass: 96 x 74 (2438 x 1880) FBH-23 Face: 48 x 74 (1219 x 1880) Bypasss: 48 x 74 (1219 x 1880) Face: 96 x 74 (2438 x 1880) FBV-23 Face: 48 x 74 (1219 x 1880) Bypasss: 48 x 74 (1219 x 1880) Face: 96 x 74 (2438 x 1880) Bypass: 96 x 74 (2438 x 1880) 3 INSTALLATION (CONTINUED).... 4. The damper sections must be attached together with #10 x 3/4 in. (19mm) max. sheet metal screws, 1/4 in. (6mm) diameter nuts and bolts, tack or spot welds, or 3/16 in. (4mm) diameter steel pop rivets. Attachments must be spaced a maximum of 6 in. (152mm) on centers and a maximum of 2 in. (51 mm) from corners. Attachments must be made on front face and back face (air entering and air exiting side) of damper sections. 5. Two section high dampers require reinforcement using a 14 gauge (2mm), 5 in. (127mm) wide mullion or two individually sleeved units stacked vertically. When using two individually sleeved units, the sleeve acts as the mullion, therefore no mullion is required (mullions are not provided by Greenheck). 6. When the height of a face & bypass vertical style (FBV) is greater than 84 in. (2134mm), the damper sections are shipped separate and field assembly is required. Before fastening damper sections together, the non -actuated damper section will need to be flipped upside down so that the linkage is on the same side as the actuated damper. After damper sections are fastened together, attach interconnecting angle as shown. #10 X 3/4 THREAD CUTTING SCREW OR 1/4-20 NUT AND BOLT. IF USING 1/4-20 NUT AND BOLT DRILL .256 HOLES FOR FASTENERS. FRAME FASTENING DETAIL 7. If no holes are present in the frame, drill 1/4 inch (6mm) diameter holes at six inch (52mm) centers and fasten frames together with 1/4 inch (6mm) #20 (.03mm) bolts and nuts (see installation #2). 8. Use shims between damper frame and duct opening or opening space to prevent distortion of frame by fasteners holding it in place. Brace at every horizontal mullion and vertically brace at every eight feet (2.4m) of damper width for strength. Dampers in high velocity (2000 fpm [610mm] per second) may require more bracing. Note: Greenheck dampers are specifically designed and engineered for structural integrity based on model and conditions. Attachment, framing, mating flanges, and anchoring of damper assemblies into openings, ductwork, or walls is the responsibility of the installer. Design calculation for these retaining and supporting members should be determined by field engineers for that particular installation. 9. If the damper actuator is to be mounted out of the airstream, the extension pin should extend approximately six inches (152mm) beyond the frame. On jackshafted units, the jackshaft should extend through the jackshaft bearing assembly approximately six inches (152mm) beyond the frame. 10. Individual damper sections, as well as entire multiple section assemblies must be completely square and free from racking, twisting, or bending. Measure diagonally from upper corners to opposite lower corners of each section. 11. Damper blades, axles, and linkage must operate without binding. Before system operation, cycle dampers after installation to assure proper operation. On multiple section assemblies, all sections should open and close simultaneously. Note: When you have a vertical damper installation, blades must be horizontal. When blades need to be vertical, you need a vertical blade damper (example: VCD-23V). These dampers are built so they don't crush the jamb seal. 4 DAMPER MAINTENANCE Greenheck's dampers are designed to be trouble free and hassle free under normal operation. Dampers are to installed square and straight so as to prevent binding during operation. the following annual damper maintenance suggestions will help to insure proper damper operation and increase the life expectancy of the damper. Foreign Matter Over the course of time, dirt and grime may collect on damper surfaces. The damper surfaces should be cleaned to prevent hindrance to airflow. Moving Parts Make sure that parts such as linkage, bearings, blades, etc. that are intended to move freely, can do so. Lubricating these components can prevent possible rusting and unnecessary friction increase. Use only a moli-spray oil or similar graphite based oil as regular lubricating oil will attract dirt. Bearings. Synthetic, oil impregnated, and ball bearings (without grease fittings) do not require lubrication. Ball bearings with grease fittings require only minimal grease. Closure Remove foreign materials that may be interfering with blade closure or effective sealing of the blades with each other or with the frame. Operation While operating the damper through its full cycle, check to see that the blades open and close properly. If there is a problem, check for loose linkage, especially at the actuator. Tighten the linkage where required. DAMPER TROUBLESHOOTING The following is a cause and correction list for common concerns with the dampers. Symptom Possible Cause Corrective Action Damper does not fully open and/or fully close Frame is 'racked' causing blades to bind on jamb seals Adjust frame such that it is square and plumb Actuator linkage loose Close damper, disconnect power, adjust and tighten linkage Defective motor Replace Screws in damper linkage Locate screws and remove Actuator linkage hitting wall or floor Damper installed too far into wall. Move out to line designated on damper label Contaminants on damper Clean with a non oil-based solvent (see Damper Maintenance) Actuator runs hot or makes a humming noise Actuator prohibited from reaching end of stroke Disconnect linkage from jackshaft, open damper, power actuator to end of spring, tighten linkage. Verify amp draw Our Commitment As a result of our commitment to continuous improvement, Greenheck reserves the right to change specifications without notice. Specific Greenheck product warranties are located on greenheck.com within the product area tabs and in the Library under Warranties. GREENHECK ® Building Value in Air. Phone: (715) 359-6171 • Fax: (715) 355-2399 • E-mail: gfcinfo@greenheck.com • Website: www.greenheck.com 1463384• VCD Series Rev. 11, May 2015 Copyright 2015 © Greenheck Fan Corporation 5 GREENHECK ® Building Value in Air. Document 460983 Models TDI, TBI -CA and TBI -FS Installation, Operation and Maintenance Manual Please read and save these instructions for future reference. Read carefully before attempting to assemble, install, operate or maintain the product described. Protect yourself and others by observing all safety information. Failure to comply with instructions could result in personal injury and/or property damage! TDI TBI -CA Level 3, 4 and 5 Cast Aluminum Propeller Table of Contents TBI -FS Level 3, 4 and 5 Fabricated Steel Propeller Receiving, Unpacking Handling and Storage 2 Removing from Storage 2 Lifting 3 Effects of Installation on Performance 3 Typical Installation 4 Operation and Unit Start -Up Electrical Connections 5 Pre -Start -Up Checks 5 Maintenance Fasteners and Set Screws 6 Bearings 6 Lubrication bearings and motor 6 Motor 6 Belts 6 Removal of dust, dirt and debris 7 Parts List 7 Commitment 8 General Safety Information Only qualified personnel should install this unit. Personnel should have a clear understanding of these instructions and should be aware of general safety precautions. Improper installation can result in electric shock, possible injury due to coming in contact with moving parts, as well as other potential hazards. Other considerations may be required if high winds or seismic activity are present. If more information is needed, contact a licensed professional engineer before moving forward. 1. Follow all local electrical and safety codes, as well as the National Electrical Code (NEC), the National Fire Protection Agency (NFPA), where applicable. Follow the Canadian Electric Code (CEC) in Canada. 2. The rotation of the propeller is critical. It must be free to rotate without striking or rubbing any stationary objects. 3. Motor must be securely and adequately grounded. 4. Do not spin fan propeller faster than the maximum cataloged fan rpm. Adjustments to fan speed with Variable Frequency Drives (VFD) may affect motor load. If the fan RPM is changed, the motor current should be checked to make sure it is not exceeding the motor nameplate amps. 5. Do not allow the power cable to kink or come in contact with oil, grease, hot surfaces or chemicals. Replace cord immediately if damaged. 6. Verify that the power source is compatible with the equipment. DANGER Always disconnect power before working on or near a unit. Lock and tag the disconnect switch or breaker to prevent accidental power up. CAUTION When servicing the unit, motor may be hot enough to cause pain or injury. Allow motor to cool before servicing. 03. Tubular Inline Fans 110 Receiving Upon receiving the product, check the bill of lading to ensure all items were received. Inspect each crate for shipping damage before accepting delivery. Notify the carrier if any damage is noticed. The carrier will make notification on the delivery receipt acknowledging any damage to the product. All damage should be noted on all the copies of the bill of lading which is countersigned by the delivering carrier. A Carrier Inspection Report should be filled out by the carrier upon arrival. If damaged upon arrival, file claim with carrier. Any physical damage to the unit after acceptance is not the responsibility of Greenheck Fan Corporation. Unpacking Verify that all required parts and the correct quantity of each item have been received. If any items are missing, report shortages to your local representative to arrange for obtaining missing parts. Sometimes it is not possible that all items for the unit be shipped together due to availability of transportation and truck space. Confirmation of shipment(s) must be limited to only items on the bill of lading. Handling Handle in such a manner as to keep from scratching or chipping the coating. Fans should not be lifted by the motor shaft, motor housing or fan accessories. Damaged finish may reduce ability of unit to resist corrosion. Storage Units are protected against damage during shipment. If the unit cannot be installed and operated immediately, precautions need to be taken to prevent deterioration of the unit during storage. The user assumes responsibility of the unit and accessories while in storage. The manufacturer will not be responsible for damage during storage. These suggestions are provided solely as a convenience to the user. INDOOR — The ideal environment for the storage of units and accessories is indoors, above grade, in a low humidity atmosphere which is sealed to prevent the entry of blowing dust, rain, or snow. Temperatures should be evenly maintained between 30°F (-1°C) and 110°F (43°C) (wide temperature swings may cause condensation and "sweating" of metal parts). All accessories must be stored indoors in a clean, dry atmosphere. Remove any accumulations of dirt, water, ice, or snow and wipe dry before moving to indoor storage. To avoid "sweating" of metal parts allow cold parts to reach room temperature. To dry parts and packages, use a portable electric heater. Leave coverings loose to permit air circulation and to allow for periodic inspection. Tubular Inline Fans a ` The unit should be stored at least 31/2 inches (89 mm) off the floor on wooden blocks covered with moisture proof paper or polyethylene sheathing. Aisles between parts and along all walls should be provided to permit air circulation and space for inspection. OUTDOOR — Units designed for outdoor applications may be stored outdoors, if absolutely necessary. Roads or aisles for portable cranes and hauling equipment are needed. The fan should be placed on a level surface to prevent water from leaking into the unit. The unit should be elevated on an adequate number of wooden blocks so that it is above water and snow levels and has enough blocking to prevent it from settling into soft ground. Locate parts far enough apart to permit air circulation, sunlight, and space for periodic inspection. To minimize water accumulation, place all unit parts on blocking supports so that rain water will run off. Do not cover parts with plastic film or tarps as these cause condensation of moisture from the air passing through heating and cooling cycles. Inspection and Maintenance during Storage While in storage, inspect fans once per month. Keep a record of inspection and maintenance performed. If moisture or dirt accumulations are found on parts, the source should be located and eliminated. At each inspection, rotate the fan propeller by hand ten to fifteen revolutions to distribute lubricant on motor. Every three months, the fan motor should be energized. If paint deterioration begins, consideration should be given to touch-up or repainting. Fans with special coatings may require special techniques for touch-up or repair. Machined parts coated with rust preventive should be restored to good condition promptly if signs of rust occur. Immediately remove the original rust preventive coating with petroleum solvent and clean with lint -free cloths. Polish any remaining rust from surface with crocus cloth or fine emery paper and oil. Do not destroy the continuity of the surfaces. Wipe thoroughly clean with Tectyl® 506 (Ashland Inc.) or the equivalent. For hard to reach internal surfaces or for occasional use, consider using Tectyl° 511M Rust Preventive or WD -40® or the equivalent. REMOVING FROM STORAGE — As units are removed from storage to be installed in their final location, they should be protected and maintained in a similar fashion, until the equipment goes into operation. Prior to installing the unit and system components, inspect the unit assembly to make sure it is in working order. 1. Check all fasteners on the fan, propeller, motor base, and accessories for tightness. 2. Rotate the fan propeller by hand and assure no parts are rubbing. 3. Fans should not be lifted by the motor shaft, motor housing or fan accessories. Lifting Fans should not be lifted by the motor, motor shaft, motor cover, belt guard, tie down points, belt tube, damper frame, windband, or fan accessories. Flanged Housing Only Use a minimum of four bolt holes, two per flange, or attach two suitable chains / straps around the entire fan housing, one near each duct flange when lifting large horizontal fans. Secure the fan housing to prevent the weight of a top or side mounted motor from rotating the housing while being lifted. For vertical hanging installations, attach a suitable lifting device to the fan housing or inlet/outlet flange. With Mounting Brackets Fans are to be rigged by either the optional brackets provided or by the skid when a forklift is used. Slings can be attached as described above or to mounting brackets located at the ends of the fan housing. Lifting Point (4 places) Roof Upblast Attach a suitable chain or strap to the four (4) windband gussets located between the butterfly damper section of the fan and the exterior windband unless welded lifting lugs are provided on fan housing. Carefully lift the fan to the roof curb and install fasteners in all holes provided in the unit base. The windband need not be removed for the lifting operation. A spreader bar is recommended to prevent damage to the damper section when lifting. th Effects of Installation on Performance Any installation with inlet or discharge configurations that deviate from these recommendations may result in reduced fan performance. Restricted or unstable flow at the fan inlet can cause pre -rotation of incoming air or uneven loading of the fan propeller yielding large system losses and increased sound levels. Free discharge or turbulent flow in the discharge ductwork will also result in system effect losses. The most common inlet and discharge conditions which affect fan performance are: Inlet Duct Turns Good Poor Installation of a duct turn or elbow too close to the fan inlet reduces fan performance because air is loaded unevenly into the fan prop. To achieve full fan performance there should be at least one to two fan diameters between the turn or elbow and the fan inlet. Discharge Duct Turns 3 Diameters of Straight Duct Fan performance is reduced when duct turns are made immediately off the fan discharge. To achieve cataloged fan performance, there should be at least three equivalent fan diameters of straight ductwork between the fan discharge and any duct turns. iular !aline FinAlEl Typical Installations With Mounting Brackets Following are typical mounting installations for models with mounting brackets. Diagrams show dimensions for ceiling hung installations. The dimensions for floor or base mount installations are mirror images of these. For TBI models with motor in the 3 or 9 o'clock position or vertical installations, additional mounting rails are recommended. Mounting rail dimensions are shown for field fabrication. Horizontal Vertical Motor at 3 or 9 o'clock position Optional Mounting Rails Optional Mounting Rails Mounting Hole Locations Fan Size A B C Belt Drive D Belt Drive Belt Drive Direct Driect Belt Drive Direct Drive Level 3 Level 4/5 Level 3 Level 4/5 18 17.63 17.63 17.38 21.38 13.38 21.38 26.00 28.00 20 19.00 19.00 17.38 22.38 14.38 21.38 28.50 29.25 24 21.88 21.88 18.38 23.38 14.38 21.38 33.00 33.75 30 26.13 26.13 19.38 28.38 16.38 25.88 37.00 38.75 36 30.50 30.50 21.88 26.88 13.88 23.38 44.00 47.00 42 34.75 34.75 22.88 31.88 19.88 26.38 50.00 51.25 48 42.00 42.00 25.38 36.38 19.38 31.38 56.00 61.00 54 46.75 46.75 29.88 40.38 NA 31.38 62.00 65.50 60 51.00 51.00 32.38 41.38 NA 31.38 71.00 70.00 Dimensions shown are in inches. To determine unit level, refer, to the. fan nameplate. Example TBI -3L42 (level_3) or TBI -4H30 (level 4) Continuous Duty and Emergency Exhaust TBI -FS with optional high temperature construction are factory -modified for operation in high temperature continuous duty applications. With propeller on the discharge end of the fan, negative pressure is created in the belt tube during operation. Ambient air is drawn in through the belt tube and cools the belts and bearings. For the greatest amount of internal cooling, discharge static pressure should be kept to a minimum while keeping most of the pressure on the inlet side. Locate the fan at ends of the duct runs and near the discharge point in the system. This set-up will promote the ambient air cooling effect. Roof Duct to heat source Airflow J Cooling air for drives and bearings Ambient temperature ✓ not to exceed 120°F Minimum duct at discharge Tubular Inline Fans Wall and/or ceiling should enclose fan when used for emergency heat and smoke exhaust. Operation and Unit Start -Up Electrical Connections The electrical supply must be compatible with the fan motor voltage, phase and amperage capacity. The electrical supply line must be properly fused and conform to local and national electrical codes. For direct drive units, the electrical supply may be routed internally and exit through a hole provided in the fan housing if an optional service disconnect switch is provided. For belt drive units, the electrical supply line may be routed internally and exit the fan housing through a hole provided below the belt tube opening. The electrical supply line should then be either: (1) connected to an optional service disconnect switch, or (2) wired directly to the motor. For belt drive units in continuous high temperature installations, the electrical supply must be kept out of the airstream. This means bringing the supply lines off the roof deck not through the fan. The electrical supply line should then be either: (1) connected to an optional service disconnect switch, or (2) wired directly to the motor. The supply wires are then connected to an optional safety disconnect switch (if supplied) or wired directly to the motor. For belt drive units in emergency smoke removal installations, the electrical supply must be kept out of the airstream. They may also require an isolated power supply so that if power is cut to the building in the event of a fire, the fan will continue to operate. Check the local and national electrical codes for emergency smoke removal fans. Pre -Start -Up Checks 1. Check all fasteners for tightness. This includes motor bolts, bearing bolts, and any set screws or locking collars attaching the propeller to the shaft and shaft to the bearings. If roof upblast configuration, lift the butterfly dampers to verify they open and close without binding. 2. Rotate the propeller by hand to ensure it turns freely and does not rub on the fan tube. Propeller rotation should always be checked by turning the unit on momentarily. Rotation should be in the same direction as the rotation decal affixed to the unit. Actual direction of rotation will vary by model. To reverse rotation on three phase installations, simply interchange two of the three electrical leads. For single phase installations, follow the wiring diagram located on the motor. 3. Belt Drive Fan RPM - adjustable motor pulleys are preset at the factory for the specified fan RPM. Fan speed can be increased by closing or decreased by opening the adjustable pulley. Multi -groove variable pitch pulleys must be adjusted an equal number of turns open or closed. 4. Belt Drive Roof Upblast Fan RPM - adjustable motor pulley on motors less than 10 HP is preset at the factory to the customer -specified RPM. Fan speed can be increased or decreased by adjusting the pitch diameter of the motor pulley. Multi -groove variable pitch pulleys must be adjusted an equal number of turns open. Motors 10 HP and larger will have a constant speed pulley. Rotation NOTE Any change, increase or decrease, in fan speed can represent a substantial increase in horsepower required from the motor. Always check motor load amperage and compare to nameplate rating when changing fan speed. filar Inline Maintenance WARNING Always disconnect power before working on or near a unit. Lock and tag the disconnect switch or breaker to prevent accidental power up. Failure to comply with this safety precaution could result in serious injury or death. Once the fan has been put into operation, a periodic maintenance program should be set up to preserve the reliability and performance of the fan. Items to be included in this program are: • Fasteners and set screws • Bearings • Lubrication of bearings and motor • Belts • Removal of dust, dirt and debris • Dampers for roof upblast configuration Fasteners and Set Screws - Normal fan vibration has a tendency to loosen mechanical fasteners. Periodic inspection should include checking all fasteners, set screws, and locking collars attaching the propeller to the shaft and the shaft to the bearings. Loose bearing set screws and locking collars will lead to premature failure of the fan shaft. Bearings on belt drive fans - Bearings are the most critical moving part of the fan and should be inspected at periodic intervals. Locking collars and set screws, in addition to fasteners attaching the bearing to the bearing plate, must be checked for tightness. In a clean environment and temperature between 32° and 200°F (0 to 93°C), fan shaft bearings with grease fittings should be lubricated semi-annually using a high quality lithium based grease. Bearings operating outside these temperature parameters require special high or low temperature grease. If unusual environmental conditions exist, such as temperatures below 32°F (0°C) and above 200°F (93°C), high moisture, or contaminants, more frequent lubrication is required. With the unit running, add grease very slowly with a manual grease gun. Be careful not to unseat the seal by over lubricating or using excessive pressure. Bearings without grease fittings are lubricated for life. Bearings are one of the most critical parts of a fan and should be inspected at regular intervals. Locking collars, set screws and fasteners attaching the bearings to the fan should also be checked. Model TBI fans are equipped with extended lubrication lines as standard. The grease fittings are located on the exterior of the fan housing next to the motor cover and should be wiped clean before adding grease. ti491a Inllne a Motors - Lubrication of motors is intended only when fittings are provided. Many fractional horsepower motors are permanently lubricated for life and require no further lubrication. Motors supplied with grease fittings should be greased in accordance with the manufacturer's directions on the motor nameplate. Belts - Premature belt failures are frequently caused by improper belt tension (either too loose or too tight), misaligned pulleys, or by prying belts on and off pulleys. The proper tension for operating a V -belt is the lowest tension at which the belts will not slip at peak load conditions. For initial tensioning, the proper belt deflection is 1/64 -inch for each inch of belt span, measured half way between the i Belt Span pulley centers. For example, if the belt span is 64 inches, the belt deflection should be one inch using moderate thumb pressure at midpoint of the drive (Fig. 2). Check belt tension two times during the first 24 hours of operation, after 100 hours of operation, and periodically thereafter. To adjust belt tension, simply pivot the motor on the motor plate. Use the bolts in the slotted brackets and adjustment rods with bolts as adjustment points until proper belt tension is attained. It is very important that the drive pulleys remain in proper alignment after adjustments. (Fig. 3) Fig. 2 Deflection -Belt Span 64 Fig. 3 CORRECT WRONG 11111 11111 WRONG WRONG 11111 11111 When replacing belts, always use the same size and type as originally supplied by the factory. Check pulleys for wear and replace both pulleys and belts if wear is evident. Misalignment of pulleys will result in premature belt and bearing failure, noise and loss of fan efficiency. th Removal of dust, dirt and debris - Dirt clogs cooling openings on the motor housing, contaminates bearing lubricant, and collects on the propeller causing severe imbalance if left unchecked. Periodically, thoroughly clean the exterior surface only of the motor. If optional motor cover is installed, remove it and clean the motor of dust, dirt and debris to aid in motor cooling. Use caution and do not allow water or solvents to enter the motor or bearings. Under no circumstances should motors or bearings be sprayed with steam or water. Accumulations of dirt and debris on the propeller blades may cause an unbalanced condition resulting in excessive vibration and premature failure of the propeller and bearings. Dampers for Roof Upblast Configuration - If exhausting dirty or contaminated air, the propeller and butterfly damper assembly should be cleaned periodically. Excessive buildup of dirt on the damper blades may cause binding and sticking blade hinges resulting in loss of fan performance. Clean as needed. These fans have heavy-duty fusible link damper lifters under very high spring tension that must be pinned so they cannot be accidentally tripped when servicing the fan. The fusible link damper lifters are located under the butterfly damper blades. Point "A" shows where the safety pin MUST be placed when the fan is being serviced. Point "B" shows where the safety pin is placed for storage when the fan is in service. Fan sizes 24, 30 and 36 also have fusible link damper lifters, but they do not have the ability to be pinned when servicing due to differences in lifter designs. In either case, extreme care must be taken when working around the damper lifter assemblies or serious bodily injury or death may result. Spring Lifter Tube Point "A" Lifter Arm Install pin here to lockout damper filters Point "B" �� PI Storage Locatron Lock Plate Fusible Link Assembly Spring Spring Bracket Parts List Each fan bears a manufacturer's nameplate with embossed model and serial number. This information, in addition to the shown part diagram, will assist the local Greenheck representative and the factory in providing service and replacement parts. Motor Cover -� (optional) Motor Plate Bearing Support Motor Pulley -0. Belt Belt Tube Shaft Pulley Bearing Cover Bearings Butterfly Dampers Damper Hinge Rod Windband Gussets Weatherhood Motor Plate Motor Motor Pulley Belt(s) Curb Cap <- Motor Universal Mounting Brackets (8) Mounting Supports (4) Propeller Shaft E Outlet Screen (optional) E Wind band -4-- Tie Down Points Propeller Bearing Cover Shaft Bearings Shaft Pulley Fan Pulley Access Door (optional) Inlet Guard (optional) Our Commitment • w thous uil totice. our commitment to continuous improvement, Greenheck reserves the right to change. specifications 41 ', Specific Greenheck product warranties'are'located �n greenheck.com within'ttie product area tabs and in the.' Library under; Warranties: Greenheck catalogs, Medium Pressure Axial Fans and Tube Axial Inline Fans, provides additional information describing the equipment, fan performance, available accessories, and specification data. GREENHECK ® Building Value in Air. AMCA Publication 410-96, Safety Practices for Users and Installers of Industrial and Commercial Fans, provides additional safety information. This publication can be obtained from AMCA International, Inc. at www.amca.org. Phone: 715.359.6171 • Fax: 715.355.2399 • Parts: 800.355.5354 • E-mail: gfcinfo@greenheck.com • Website: www.greenheck.com Ell 460983 • TDI, TBI -:CA, TBI -FS, Rev. 2, December 2013 Copyright 2013 © Greenheck Fan Corporation PN 456557 READ AND SAVE THESE INSTRUCTIONS TCB Tubular Centrifugal Inline Fan GREENHECK TCBRU Centrifugal Upblast Fan P.O.BOX 410 SCHOFIELD, WISCONSIN 544760010 ® PH. 715-3594171 TCBRS Centrifugal Roof Supply Fan Installation Operation and Maintenance Manual TCB Inline Level 1 & 2 Tm TCBRU Roof Upblast Level 1 & 2 TCBRS Roof Supply Level 1 & 2 RECEIVING Greenheck models TCB, TCBRU, and TCBRS are thoroughly inspected and test run at the factory. Items such as proper wheel alignment, balance, vibration and workmanship are analyzed by quality control personnel using state -of -the art equipment. However, damage may occur during handling and shipping. Therefore, it is important that the unit be carefully inspected for visible and concealed damage before beginning installation. In addition, check to see that all accessory items are accounted for. REPORT ANY DAMAGED EQUIPMENT TO THE SHIPPER IMMEDIATELY! HANDLING Fans are to be rigged by either the lifting brackets provided or by the skid when a forklift is used. All TCB Inline models have mounting brackets located at the ends of the fan housing with which slings can be attached (Fig. 1). All TCBRU Roof Upblast models can be lifted by lifting lugs located above the motor cover of the fan (Fig. 2). All TCBRS Roof Supply fans can be lifted by Tugs located on the hood rails (Fig. 3). Fans should NOT be lifted by the shaft, housing, motor, belt guard, or any accessories. Fig. 1 Fig.2 Fig. 3 STORAGE - Indoor and Outdoor When a fan is to be stored for a period of time, it must be protected from dirt and moisture. Use of a tarp to cover the unit will aid in keeping it clean and dry, but avoid using a black plastic tarp as it will promote condensation. Improper storage which results in damage to the fan will void the warranty. If the storage period is lengthy, the wheel and motor should be rotated periodically and the bearings purged with fresh grease. In humid, dusty, or corrosive atmospheres, rotate the fan and purge the bearings once a month. Under normal conditions, this procedure should be repeated once every three months. INSTALLATION EFFECT OF INSTALLATION ON PERFORMANCE Any installation with inlet or discharge configurations that deviate from these recommendations may result in reduced fan performance. Restricted or unstable flow at the fan inlet can cause pre -rotation of incoming air or uneven loading of the fan wheel yielding large system losses and increased sound levels. Free discharge or turbulent flow in the discharge ductwork will also result in system effect losses. The most common inlet and discharge conditions which affect fan performance are: INLET DUCT TURNS Poor Good Installation of a duct turn or elbow too close to the fan inlet reduces fan performance because air is loaded unevenly into the fan wheel. To achieve full fan performance there should be at least one to two fan wheel diameters between the turn or elbow and the fan inlet. DISCHARGE DUCT TURNS Fan performance is reduced when duct turns are made immediately off the fan discharge. To achieve cataloged fan performance, there should be at least one equivalent duct diameter of straight ductwork between the fan discharge and any duct turns. TYPICAL INSTALLATIONS Following are typical mounting installations for models TCB (horizontal or vertical mounting), TCBRU, and TCBRS. For TCB's with motor in the 3 or 9 o'clock position or vertical installations, additional mounting rails are recommended. Mounting rail dimensions are shown for field fabrication. Horizontal Ceiling Hung 1.—___A I Motor at 3 or 9 o'clock position Optional Mounting Rails Horizontal Base Mount TCBRU Installation Curb Mounted CURB CAP ROOF CURB TCBRS Installation Curb Mounted Vertical Ceiling Hung Optional Mounting Rails B Vertical Base Mount w/ airflow up or down Mounting Hole Location Fan Size i4 B Depth* Roof Opening TCBRU TCBRS 9 171/2 26 183/8 14x14 16x16 10 171/2 26 183/8 14 x 14 16 x 16 12 171/2 26 183/8 14 x 14 16 x 16 13 19 281/2 197/8 16x16 18x18 16 213/4 33 237/8 18 x 18 22 x 22 18 261/4 37 263/8 20 x 20 28 x 28 22 301/2 44 295/8 24 x 24 34 x 34 24 35 50 331/8 26 x 26 40 x 40 30 42 56 425/8 32 x 32 46 x 46 36 463/4 62 481/8 38 x 38 52 x 52 'Depth dimension is the center distance between holes in the front and rear mounting brackets OPERATION ELECTRICAL CONNECTIONS Before electrical connections are made, the supply voltage, phase and ampere capacity must be checked for compatibility with the fan motor. In addition, the supply wiring must be properly fused and conform to local and national electrical codes. The supply wires are then connected to an optional safety disconnect switch (if supplied) or wired directly to the motor. PRE -START UP CHECKS 1. Check all fasteners for tightness. 2. The wheel should be aligned as shown in Fig. 4. Although the wheel position is preset and the unit is test run at the factory, movement may occur during shipment. The radial gap should be consistent at all locations between the centrifugal wheel and the inlet cone. Centering may be accomplished by loosening the inlet cone bolts and repositioning the inlet cone. To obtain the optimum performance, the centrifugal wheel must overlap the inlet cone. Adjustments can be made by loosening the set screws in the wheel and moving the wheel to the desired position. Radial Gap Direction of Airflow Inlet Cone — Overlap Fig. 4 3. Wheel rotation should be in the same direction as the rotation decal affixed to the unit. For 3-phase installations, fan rotation can be reversed by simply interchanging any two of the three electrical leads. For single phase installations, follow the wiring diagram located on the motor. 4. Adjustable motor pulleys are preset at the factory for the specified fan RPM. Fan speed can' be increased by closing or decreased by opening the adjustable pulley. Two or three groove variable pitch pulleys must be adjusted an equal number of turns open or closed. Note: Any increase in fan speed represents a substantial increase in horsepower required from the motor. Always check motor load amperage and compare to name plate rating when changing fan speed. MAINTENANCE WARNING DISCONNECT AND SECURE TO THE "OFF" POSITION ALL ELECTRICAL POWER TO THE FAN PRIOR TO INSPECTION OR SERVICING. FAILURE TO COMPLY WITH 'THIS SAFETY PRECAUTION COULD RESULT IN SERIOUS INJURY. OR DEATH. Once the fan has been put into operation, a periodic maintenance program should be set up to preserve the reliability and performance of the fan. Items to be included in this program are: • BEARINGS • BELTS • FASTENERS • SET SCREWS • MOTORS • REMOVAL OF DUST/DIRT BEARINGS Bearings are the most critical moving part of the fan and should be inspected at periodic intervals. Locking collars and set screws, in addition to fasteners attaching the bearing to the bearing plate, must be checked for tightness. In a clean environment and temperature above 32°F and below 200°F, fan shaft bearings with grease fittings should be lubricated semi- annually using a high quality lithium based grease. If unusual environmental conditions exist such as temperatures below 32°F and above 200°F, moisture or contaminants, more frequent lubrication is required. With the unit running, add grease very slowly with a manual grease gun until a slight bead of grease forms at the seal. Be careful not to unseat the seal by over lubricating or using excessive pressure. Bearings without grease fittings are lubricated for life. BELTS Premature belt failures are frequently caused by improper belt tension (either too tight or too loose) or misaligned pulleys. The proper tension for operating a V -belt is the lowest tension at which the belts will not slip at peak load conditions. For initial tensioning, the proper belt deflection half -way between pulley centers is 1/64" for each inch of belt span. For example, if the belt span is 64 inches, the belt deflection should be one inch using moderate thumb pressure at midpoint of the drive. See Fig. 5. Check belt tension two times during the first 24 hours of operation and periodically thereafter. To adjust belt tension, simply loosen four fasteners (two on each side of the motor plate) and slide the motor plate away from the fan shaft until proper belt tension is attained. On some fans, fasteners attaching the motor to the motor plate must be loosened in order to adjust the belt. It is very important that the drive pulleys remain in proper alignment after adjustments are made. Misalignment of pulleys will result in premature belt wear, noise, vibration and power loss. See Fig. 6. Deflection - Belt Span 64 Fig. 5 FASTENERS AND SET SCREWS A periodic inspection should include checking all fasteners and set screws for tightness. Particular attention should be paid to set screws attaching the propeller to the shaft and the shaft to the bearings. Loose bearing set screws will lead to premature failure of the fan shaft. MOTORS Many fractional horsepower motors installed on the smaller fans are lubricated for life and require no further attention. Motors supplied with grease fittings should be greased according to directions printed on the motor. REMOVAL OF DUST AND DIRT Dirt clogs cooling openings on the motor housing, contaminates bearing lubricant, and collects on the impeller causing severe imbalance if left unchecked. The exterior surface of the motor and impeller should be thoroughly cleaned periodically. Use caution and do not allow water or solvents to enter the motor or bearings. Under no circumstances should motors or bearings be sprayed with steam or water. DAMPER INSPECTION AND SERVICE (Model TCBRU Level 1 or 2) Butterfly dampers should be inspected for proper operation at each service interval. Check for freedom of movement and general condition of the damper blades and hinge rods. Motor Pulley PARTS LIST Each fan bears a Belt manufacturer's nameplate with model number and serial number embossed. This Belt information in addition to the Tube parts list shown will assist the local Greenheck Shaft representative and the factory Pulley in providing service and replacement parts. Bearing Cover Motor Wheel Bearings Shaft Inlet Cone (Venturi) Motor Plate Motor Cover (Optional) Bearing Support Mounting Brackets (Qty. of 4) WARRANTY Greenheck warrants this equipment to be free from defects in material and workmanship fora period of one year from the purchase date. Any units or parts which prove to be defective during the warranty period will be repaired at our option when returned to our factory, transportation prepaid. The motor is warranted by the motor manufacturer for a period of one year. Should the motor prove defective during this , period, it should be returned to the nearest authorized motor service station. Greenheck will not be responsible for any installation or removal costs. IOM TCB -1-97 READ AND SAVE THESE INSTRUCTIONS PN 464115 GREENHECK Supplement for Model TCB with UL -762 ® Building Value in Air. Installation Operation and Maintenance Manual Supplement for UL -762 Listed (Restaurant Exhaust) Fans This supplement to the TCB Installation Operation and Maintenance Manual is intended to provide additional information when dealing with fans used in applications involving grease laden air. Refer to the TCB Installation, Operation and Maintenance Manual (PN 456557) for items that are not specifically addressed (handling, storage, start-up, troubleshooting and maintenance) in this supplement. Installation Practices • All units used in applications with grease laden air are to be installed in accordance to NFPA 96, IMC 2203 and local codes. Consult local code authorities for your specific requirements. • Fans shall be located in an easily accessible area of adequate size to allow for service or removal. Exhaust fans with ductwork connected to both ends shall have access for cleaning and inspection within 3 ft (0.92 m) of each end of the fan (NFPA 96). • Maintain a minimum clearance of at least 18 inches (457 mm) to combustible material and 6 inches (125.4 mm) to either limited -combustible or noncombustible material (NFPA 96). • Fans are to be installed with the motors in the 3 or 9 o'clock (C or G) positions. Motors located in this configuration may cause an unbalanced load that should be considered if isolators are to be used. Equalized loading between isolators can be achieved through the use of mounting rails. Refer to the TCB IOM for details and installation instructions involving mounting rails. • It is recommended to install the fan near the end of the duct run. This limits the amount of positive pressure in the system. The diagram below illustrates an inline fan exhausting air near the final termination point. See local codes and NFPA 96 for any restrictions and requirements for wall terminations. Airflow Fan Minimum duct at discharge Exhaust air exiting the building Exterior Wall • A drain is provided for single -point drainage of water and residue. When installed correctly, one of the two housing drains will be located on the bottom. This drain is used to remove any accumulated grease and / or cleaning solutions. Some means for collection of this residue must be provided, either a container directly under the drain or use an adapter and pipe to carry the residue to a remote collection point. Remove drain plug prior to connection to grease collection device. • Provision to open and remove the access door is required for periodic cleaning and maintenance. The access door is clearly labeled and indicates that access to this location must be maintained. Any enclosure openings required to reach the access panel shall be large enough to allow for the removal of the panel. • Installation Practices (Continued) • Inline fans shall be connected to the exhaust duct by flanges securely bolted as shown in the figures below (NFPA 96). Flexible connectors shall not be used. Units supplied with matching companion flanges are to have this part welded to the ductwork and then bolted to the fan. Gaskets used in the Over -lapping Connection style shall not be positioned in a manner to have direct contact with the grease. Fan flange Sealant rated for 1500° F (815° C) Minimum 1 inch (25.4 mm) flange 1/4 inch (6.25 mm) carbon or stainless steel bolts Sealant Connection Fan flange ®agz Gasket rated for 1500° F (815° C) Welded companion flange or 1 x1 x1 /4 inch (25.4x25.4x6.25 mm) angle Airflow 1/4 inch (6.25 mm) carbon or stainless steel bolts Over -lapping Connection Cleaning, Maintenance and Repair Cleaning of Internal Components • Entire wheel should be cleaned during routine duct cleaning. Partial cleaning may result in an unbalanced wheel that can cause premature bearing failure or excessive vibration. • Grease / cleaning solution should drain freely through the provided drain connection. Remove any obstructions inhibiting proper drainage. • Only the access door is removed during routine duct cleaning. The bearing cover is not removed during routine cleaning. The bearing cover is removed only when inspecting or changing the bearings, fan shaft or driven pulley. Bearing Lubrication See bearing manufacturer's instructions or label on the fan housing for lubrication schedule. Lubricate bearings with high temperature grease conforming to NLGI grade 2 such as Mobil Mobilith SHC 100 or 200. Sealant / Gasket / Seal Replacement Fan to Duct Sealant / Gasket Replacement Repair or replace sealant / gasket as needed. Replacement sealant or gasket shall be rated for 1500° F (815° C) and shall be grease tight such as 3M Fire Barrier 2000+ Silicone Sealant. See Sealant and Over -lapping Connection figures for proper installation. Access Door / Bearing Cover Gasket Replacement Replace access door or bearing cover gasket material as needed. Gasket material for the access door is 1/2 x 1/2 inch (12.7 x 12.7 mm) Greenheck part number 220145. Gasket for the bearing cover is 1/8 x 1/2 inch (3.17 x 12.7 mm) Greenheck part number 220144. Both items are ordered by the foot. Mechanical Seal A mechanical seal, located inside the bearing cover, is used to keep grease from penetrating into this area. Contact Greenheck with the fan's serial number for appropriate sizing and part number for a replacement mechanical seal. Refer to the TCB IOM (PN 456557) for other maintenance procedures. 1117d P.O. BOX 410 SCHOFIELD, WISCONSIN 54476-0410 PH. 715-359-6171 www.greenheck.com GREENHECK TCB with UL -762 Supplement IOM Rev. 1 March 2004 Copyright © 2004 Greenheck Fan Corp. y EXPIRES 11/7/) ,LAYERS OF GYP BD CEILING TOP & 1" GYP BD BOTTOM, PER ARCH. 600H150-30 ® 24" O.C. 250J100-30 TRACK W/ (2) #10 WOOD SCREWS TO BEAM PLYWD SHEATHING 2x8 JOISTS 1'-4" O.C. REVIEWED FOR CODE COMPLIANCE APPROVED SEP 18 2011 City of Tukwila BUILDING DV.I 10'-0" MAX CONT POST TO FOUNDATION ILE PRE—MANUFACTURED TRUSS, TYP ROOF SHEATHING PER PLAN ki w. v SEE ARCH FOR FRAMING WRAP REQUIREMENTS r 600J100-30 TRACK W/ #10 SDS TO WALL TRACK c. 12" O.C. (1) LAYER OF 1" GYP BD, PER ARCH (2) LAYERS OF GYP BD, PER ARCH 250H150-30 ® 24" O.C. WALL FRAMING & SHEAR WALL SHEATHING 4x8 DF #2 BEAM, TYP SIMPSON LPCZ COLUMN CAP ATTACH TRUSS TO DBL. TOP PLATE W/ SIMPSON CLIP PER SCHEDULE RECEIVED CITY OF TUKWILA MECHANICAL PLATFORM FRAMING AUG 29 2011 SK 1 1•=1•-0' N(7O1a1 PERMIT CENTER ALLSTRUCTURE Engineering LLC 7140 SW Fir Loop, Suite 231 Tigard, Oregon 97223 v: 503.620.4314 • f: 503.620.4304 - T vl<w►,.A mECHAWICAL PCATt='2144 BY RI1 DATE • 1 6'. CHK BY ?DATE JOB NO /S/2/.ov SHEET SK OF 3 EXPIRES 11/7/ 2011 4x4 DF #2 CONT POST TO FOUNDATION CUT FLOORING TIGHT TO COLUMN WRAO AND BLOCK SIDES 2x FLOOR JOISTS PER PLAN SPLICE COLUMNS IN FLOORING CAVITY W/ SIMPSON BC4 CAP 4x4 DF #2 CONT POST TO FOUNDATION SEE ARCH FOR FRAMING WRAP REQUIREMENTS WD. STUD BEARING WALL PER PLAN, TYP. MECH PLATFORM SUPPORT 1'=1.-0• FLOOR FRAMING SYSTEM ALLSTRUCTURE Engineering LLC 7140 SW Fir Loop, Suite 231 Tigard, Oregon 97223 v: 503.620.4314. f: 503.620.4304 • 'NI V.W\l.\/0. BY 21.4 DATE 1.1(411 M601ANicAL ILAi F02r14 CHK BY DATE IOBNO SHEET SIC -1 OF EXPIRES 11/7/ 2011 4x4 DF #2 CONT POST TO FOUNDATION SIMPSON BC40 W/ (4) 0.157"0 x " PAF —�_ SEE ARCH FOR FRAMING WRAP REQUIREMENTS '4 N • MECH PLATFORM SUPPORT — WD. STUD BEARING WALL PER PLAN, TYP. PT CONC SLAB ALLSTRUCTURE Engineering LLC 7140 SW Fir Loop, Suite 231 Tigard, Oregon 97223 v: 503.620.4314 • f: 503.620.4304 1-1 • 'U KW►, -AN BY rL11 /Y1c CNt1N;cAc PcATFo4114 DATE 1 • It. l it CHK BY DATE JOB NO 16131• SHEET S1t--1 OF 3 I I ; I ! ;• 1 ; I . . I ! I . . . . I i i 1 ; ! ; !•rt orfV4i', ; , ..... ; i 1 ! , 1-. 1 1'01/4, IN 4k1 er ; i ! i 1 -PP i , : . i • ; : : I • lit 1 1i i 1 i$0, 1 ; I I ; i . • ! i * I I I ? I I I \t. i I ; • :R° 1 i i ; ; ; 1 1 ! ; - , -1- 4. 1 i 1 1 - ? . . , I ; ? I ! I , I ; I ; ; ! I I . I . I i . . .• I I ! ; ; .• i ; I I 1 1 i ; ; .• ; I . 1 . i • r i 1 . . ' 9. A ! i • ! , .• 1 I ; ; 1 I ! I ; 2Y 12 t)p-4412, oksTS2,"q'c " Vit sP4 s‘fP- LJt,t ®,ES Si=C T icLi TL M ctd PLA -76=e -wt Scdkt,4.-; l � t (-b." EM® K1 Aet.. EXPIRES 11/7/ 20 17 At ALLSTRUCTURE Engineering LLC 7140 SW Fir Loop, Suite 231 Tigard, Oregon 97223 v: 5 03.62 0.4314 • f: 5 03.62 0.43 04 www.allstructure.com HIIE - N L43{ Ap0 ra34-i r- i& -E-6 acovesr BY DATE CHK BY DATE JOB NO I C. N Si -c,)� SHEET SK \ OF t Abossein Engineering, LLC 1 Conceptual / Detailed Smoke Control Submittal 1 Tukwila Holiday Inn Detailed Smoke Control Submittal Packag, For Q Stairs & Elevator Pressurization and corridor Smoke Control System Holiday Inn 91 Andover Park E Tukwila, WA CORREOTION LTR# June 13th, 2017 RECEIVED CITY OF TUCKWILA SEP 0 0 2t1i/ M ( 7 ISI G ECEOVED ©FY OF TIMOLI SEP 08 2011 PGT CMITEER 2100 112' Avenue NE, Suite 2011 Tukwila, WA 98004 (425) 462-94411 www.abossein.com IIMAbossein Engineering, LLC I Conceptual Smoke Control Submittal 1 Tukwila Holiday Inn mmir • 2015 International Mechanical Code (IMC) • 2015 International Fire Code (IFC) • NFPA 13 (2013) — Standard for the Installation of Fire Sprinkler Systems • NFPA 14 (2013) — Standard for the Installation of Standpipes and Host Systems • NFPA 20 (2013) — Standard for Installation of Fire Pumps • NFPA 70 (2011) — National Electrical Code (Ref. Dept. of L & I for amendments) • NFPA 72 (2013) — National Fire Alarm Code • 2009 ICC /ANSI A117.1 • 2010 ADA Standard For Accessible Design • City Of Tukwila (COT / TMC) / Tukwila Municipal Code (TMC) Ordinance 2326 — TMC 16.05 5 -story Type V-A Buildings • City Of Tukwila (COT / TMC) / Tukwila Municipal Code (TMC) Ordinance 2328 — TMC 16.40 Automatic Fire Alarm Systems • City Of Tukwila (COT / TMC) / Tukwila Municipal Code (TMC) Ordinance 2330 — TMC 16.46 Fire Protection In Mid -Rise Buildings (>40 ft / 4 stories) VIII. Building's Usage and Applications The building is used entirely for hospitality hotel lodging and overnight daily and extended stay. Level -1 has the common areas that are used to accommodate the guests' needs. Levels 2-5 are residential units with roof / attic on top. The main access to the building residential lobby including fire access and Fire Command Control center will be through the Avondale Park East to the parking lot. The fire alarm annunciator and smoke control panel will be located inside the Command Center. The Fire Command center can be accessed from the outside and inside the corridor. Page 15 of 201 VAbossein Engineering, LLC 1 Conceptual Smoke Control Submittal 1 Tukwila Holiday Inn Contents 1. Executive Summary 4 IL Project Description 5 III. Smoke Zone Plans and Fire Rated Structure 5 IV. Project Information 12 V. Site Information 13 VI. Proposed Project Building Areas and Square Footages 14 VII. Required Codes Applicable To This Scope 14 VIII. Building's Usage and Applications 15 IX. Construction Features 18 X. Life Safety System - GENERAL 18 1. Automatic Fire Sprinkler Systems 19 2. Standpipe Systems 21 3. System Control 21 4. In Building Radio System 22 5. Fire Alarm System 22 6. Fire Alarm - Smoke and Heat Detection Control 23 7. Portable Fire Extinguishers 24 8. Emergency Elevator Operations 24 9. Manual Pull Stations 24 10. Emergency Voice/Fire Communication System (EVACS) 24 11. Fire Resistance Rated Protection 25 12. Trash Chute, Linen Shaft and Miscellaneous rooms 25 13. Additional Requirements For During Construction 25 XI. Life Safety System — SMOKE CONTROL 21 1. Fire Fighters Smoke Control Panel (FSCP) 25 2. Power Supplies 26 3. Wiring 28 4. Emergency Generator and Transfer Switch 29 5. Identification, Tags and Markings 31 6. Pressurization and Smoke Control Fan Equipment and Ducts 31 A. STAIRS#1 & #2: 31 B. ELEVATOR SHAFT: 33 C. COMMON AREAS OF FLOOR -1 AND CORRIDORS 2 THROUGH 5TH FLOOR' 36 Page 2 of 201 Abossein Engineering, ILC 1 Conceptual Smoke Control Submittal Tukwila Holiday Inn D. GENERAL REQUIREMENTS: 40 7. Parking Garage 41 8. Passive Smoke, Windows and Access 41 9. Sequence Of Operation (Alarm Condition) 41 XII. ALARM ZONE/EVENT MATRIX 42 XIII. Smoke Control Narrative 43 10. Code Compliance Requirements & Relative Sections 43 11. Pressurized Stair Shafts, Elevator Shafts And Space Smoke Control Systems 44 12. Basis Of Design 45 13. Pressurization Systems 45 XIV. Rational Analysis 46 1. Introduction 46 2. Basis Of Study 46 3. Smoke Control System 46 4. Pressure Differences 46 5. Stack Effect 46 6. Temperature Effect of Fire: 47 7. Wind Effect. 47 8. HVAC System' 47 9. Climate: 47 10. CONTAM Fluid Dynamic Computerized Analysis 48 11. CONTAM Floor plans 49 12. CONTAM 56 13. SUMMARY 59 14. REFERENCES 59 XV. Testing, Adjusting, Balancing & Commissioning Of Smoke Control 60 System 60 1. Introduction 60 2. Testing, Adjusting, Balancing and Commissioning 60 a. General 60 b. Conceptual Testing.. Criteria 61 c. Smoke Control Equipment 62 d. Initiating Devices 62 3. Commissioning 62 Page 3 of 201 \\�/A Abossein Engineering, LLC ( Conceptual Smoke Control Submittal I Tukwila Holiday Inn XVI. 3`d Party Special Inspection 63 1. General 63 2. Special Inspector Test (SI / SIT) 64 3. System commissioning by the Tukwila Fire Department 64 XVII. Confidence Testing 64 XVIII. Conclusion 65 Supporting Documents 66 (Appendices A -K) 66 A. Smoke Control Drawings 67 B. Smoke Control Electrical Drawings 75 C. Smoke Control Fire Alarm Drawings 88 D. Smoke Control Fire Protection Drawings 94 E. Tukwila Municipal Code (TMC) Ordinance #2326 105 F. Tukwila Municipal Code (TMC) Ordinance #2328 110 G. Tukwila Municipal Code (TMC) Ordinance #2330 121 H. Tukwila Fire Department Smoke Control Permit Application and Checklist 128 I. Smoke Control System Confidence Test Report 140 J. Architectural Smoke Zone Plans and Fire Rated Structure 144 K. Architectural Floor Plans and Elevations 182 L. Design Team Coordination Letters 198 I. Executive Summary Abossein Engineering, LLC has been the fire protection consultant preparing the smoke control reports as required per the City Of Tukwila Smoke Control Submittal Package along with Mechanical Smoke Control Drawings. Other parts of the design and engineering for Electrical, Fire Alarm and Fire sprinklers have been prepared by the Bidder designed contractors' consultants (others) for this project. This report is intended to provide the required information needed for smoke control per the IBC and as required per the City Of Tukwila's Smoke Control Submittal Package. Page 4 of 201 147Abossein Engineering, LLC 1 Conceptual Smoke Control Submittal 1 Tukwila Holiday Inn 11. Project Description Proposed construction is for a new 92 unit, 5 story, and 62,335 SF hotel from the InterContinental Hotels Group. The five (5) story building contains (92) new units of guestrooms and ground floor common areas for Lounge, Offices, Pool, Break Room, Meeting Room, Laundry Board Room, Pantry, Breakfast and restrooms. Parking for vehicles are provided in parking stalls outside the building and via offsite surface lot. The building has 2 stair shafts that are being pressurized along with one elevator shaft. The residential corridors of floor 2-5 will have a smoke control system where where the fire floor will be exhausted and the corridors above and below the fire will be pressurized. In addition common areas of first floor will have a smoke exhaust system with front door lobby being used as the source of make-up air. The system is designed as required by the local jurisdictions and per City Of Tukwila Ordinances #2326, #2328 and #2330 and per WA state amendment for five stories of type 5A construction. The entire building shall be fully protected with automatic fire sprinkler systems per NFPA 13 including the Attic spaces per IBC, NFPA and COT / TMC. Also, the stairs shall have class -I stand pipes as required per NFPA-14 and COT / TMC. • See "Figures 1 through 9" below for overall general building architectural and stair layout. III. Smoke Zone Plans and Fire Rated Structure See Figures 1 through 9 below and Appendix "K" for smoke zone plans and fire rated structure per architectural sheets: A000, A001, A400, A620, A621 and A622. Smoke Control System C...) Pressurized Stairs & Elevators The building has 2 stair shafts that are being pressurized along with one elevator shaft (2 -cars). The residential corridors of floor 2-5 will have a smoke control system where the fire floor will be exhausted and the corridors above and below the fire will be pressurized. First floor common areas will have a smoke exhaust system with front door lobby being used as the source of make-up air. Page 5 of 201 Abossein Engineering, LLC 1 Conceptual Smoke Control Submittal 1 Tukwila Holiday Inn Level 1: Figure 1- Level 1 Plan Page 6of201 \\I/A Abossein Engineering, LLC 1 Conceptual Smoke Control Submittal 1 Tukwila Holiday Inn Pamigie Level 2: [:o ] 1 MIL Stmt [= xl KJVG 51•1,t LzIzJ r"% [: i4] cat, mr4 sore Figure 2 - Level 2 Plan Page 7 of 201 �.� Abossein Engineering, LLC 1 Conceptual Smoke Control Submittal 1 Tukwila Holiday Inn Levet 3: Figure 3 - Level 3 Plan Page 8 of 201 \\�/A Abossein Engineering, LLC 1 Conceptual Smoke Control Submittal 1 Tukwila Holiday Inn milky Level 4: 2 srooRk riTroz uno sur [4 ;:) uNG Burr [4°4] i meow u a Mi q----7-- I� -- R_ . a � ra e m moi . �' riti tai e� A l a fi I I �' ��j�„«It�l 1[.i s 1 _. sof :m1 .i mi or .r -4.I MIILti - 0,0114 [{=a1 DM. 4:=1.2 [-LA 021_ Quer m y Wr Lsrel 14E-..010- Figure 4t& Figure 4 - Level 4 Plan Page 9 of 201 �.� Abossein Engineering, LLC 1 Conceptual Smoke Control Submittal 1 Tukwila Holiday Inn Level 5: ical ;1,2 " VIRI Jl1, i;il 1 11 l k' IILI i t=II Figure 5 - Level 5 Plan Page 10 of 201 Abossein Engineering, LLC 1 Conceptual Smoke Control Submittal 1 Tukwila Holiday Inn Roof: Figure 6 — Attic / Roof Plan Page 11 of 201 111Y//n I Abossein Engineering, LLC 1 Conceptual Smoke Control Submittal 1 Tukwila Holiday Inn IV. Project Information o Project Name: Holiday Inn Express o Site Location: is 91 Andover Park E., Tukwila, WA o Parcel Numbers: 022300-0040 — Morris Garden TRS DIV 1 BLK 001 D-04 LOT 1 OF FIFTH AVENUE ASSOSCIATES BSP REC VOL 2 OF BSP'S PG 36-37 AF NO 9502085008BEING A PTN OF LOT 1 & 2 BLK 1 EXST PLAT. TGW TH PTN LOT 2 o Zoning: R -AC, CB, OP & MVSO ,o Proposed Site Development Area: 50,415 SF, 1.15 acres Page 12 of 201 T1- Abossein Engineering, LLC 1 Conceptual Smoke Control Submittal Tukwila Holiday Inn V. Site Information ,4z �z�x. , csPfai t. z t Figure 7 - Building Site Information flimtt Page 13 of 201 katiA Abossein Engineering, LLC 1 Conceptual Smoke Control Submittal 1 Tukwila Holiday Inn Insert Civil dwgs for Water and fire line!!!!!!!!!! (NO CIVIL SHEETS!!!) Figure 8 - Site Utility Water/Fire Sprk. Plan VI. Proposed Project Building Areas and Square Footages BUILDING INFORMATION: Site Area: 50,415 S.F. Use: Hotel Proposed Development: 92 Units Building Areas: Level 1 13,917 S.F. Level 2 12,111 S.F. Level 3 12,111 S.F. Level 4 12,111 S.F. Level 5 12,084 S.F. Total Building Area 62,335 S.F. Occupancy: R-1, B, A2, A3 Construction Type: Type VA (Floors 2-6) Fully Sprinkle red per NFPA 13 & AHJ Fire Rated Separations: Generally 2 hour walls at stairs, elevators shafts. VII. Required Codes Applicable To This Scope The City of Tukwila (COT / TMC), along with the state, has adopted the 2012 International Fire Code (IFC). The Tukwila Fire Department has created specific amendments to the IFC, which have been incorporated into the city's fire code. The Tukwila Development Standards presents specifications for the design, construction and installation of built-in fire protection and life safety features required for buildings or property improvements. Intended to reduce Page 14 of 201 v.- Abossein Engineering, LLC) Conceptual Smoke Control Submittal 1 Tukwila Holiday Inn ambiguities and confusion due to code interpretations, local amendments are identified per City of Tukwila's ordinances. Some of the important codes (all Codes with Washington State Amendments): • 2012 International Building Code (IBC) • 2012 International Mechanical Code (IMC) • 2012 International Fire Code (IFC) • NFPA 13 (2013) — Standard for the Installation of Fire Sprinkler Systems • NFPA 14 (2013) — Standard for the Installation of Standpipes and Host Systems • NFPA 20 (2013) — Standard for Installation of Fire Pumps • NFPA 70 (2011) - National Electrical Code (Ref. Dept. of L & I for amendments) • NFPA 72 (2013) — National Fire Alarm Code • 2009 ICC /ANSI A117.1 • 2010 ADA Standard For Accessible Design • City Of Tukwila (COT / TMC) / Tukwila Municipal Code (TMC) Ordinance 2326 — TMC 16.05 5 -story Type V-A Buildings • City Of Tukwila (COT / TMC) / Tukwila Municipal Code (TMC) Ordinance 2328 — TMC 16.40 Automatic Fire Alarm Systems • City Of Tukwila (COT / TMC) / Tukwila Municipal Code (TMC) Ordinance 2330 — TMC 16.46 Fire Protection In Mid -Rise Buildings (>40 ft / 4 stories) VIII. Building's Usage and Applications The building is used entirely for hospitality hotel lodging and overnight daily and extended stay. Level -1 has the common areas that are used to accommodate the guests' needs. Levels 2-5 are residential units with roof / attic on top. The main access to the building residential lobby including fire access and Fire Command Control center will be through the Avondale Park East to the parking lot. The fire alarm annunciator and smoke control panel will be located inside the Command Center. The Fire Command center can be accessed from the outside and inside the corridor. Page 15 of 201 Abossein Engineering, LLC 1 Conceptual Smoke Control Submittal 1 Tukwila Holiday Inn 51FItJT95TR9L5 FT .9 10OSED 00111. (2) 5)001 02 UNITS C2,]37 5001 ODh9AGT SA11 E9i5 1.01.0210 iota. 4 22, .01C 51G05 LNMiG VAN FA 6 10 57=15 Ai 9-0 WO 57AND, A 125)5. Ai 9-051 2021211 23A22/41 Figure 9 — Building Entry Lobby, Level -1 Page 16 of 201 -V— Abossein Engineering, LLC 1 Conceptual Smoke Control Submittal 1 Tukwila Holiday Inn Fire Command Center Fire Sprk. a 1 • ro. SiCeACt ' I I I.D 4: ilt:i' Cf: 0 I A) • LJ x, I t Iuttsmill, N..1 \.1-, -44— Z4?) '•.,•=a. -i' r17 [1913 4 V -17 .it' 0AjO I9 0 o • p 600.3p ,,i 12 g Ril) 1-mi1 .1-4:71, .. Gulp a E -i 6U511E55, -:.'s'n> . MI I Igi - DOI] • Figure 10 — Fire Command Center, Level = 1 Page 17 of 201 Abossein Engineering, LLC 1 Conceptual Smoke Control Submittal 1 Tukwila Holiday Inn IX. Construction Features This building is considered a single building of Type VA, 5 levels in wood frame. The project will have 2 vertical 2 -HR fire rated stair enclosures protected by smoke control system per IBC -909. Also, the entire building shall be fully protected with automatic fire sprinkler systems and having Class -I stand pipes in stairs. Fire Ratings: • Generally 2 hour walls at stairs, elevators shafts • 1 hour for corridors and walls between units All fire rated penetrations in fire rated structure shall be fully protected per IBC Chapter 7 in order to maintain such ratings equal to the assembly that is being penetrated and to maintain its integrity. Team Members (Design & Construction & Coordination Letters) • Owner/Developer: Tri States Development, (Ray Patel, 208-850-9320) • Registered Design Professionals — Architect: Dale Sweeney Architect (Dale Sweeney, 425- 260-8969) • Registered Design Professionals — Mechanical Engineer: MEP Consulting (David Keys, 503- 248-5300) • Registered Electrical and Fire Alarm Design Professionals: David M. Phipps (Fire Protection Services, Inc., 503-590-3732) • General Contractor: EA White Construction Co, LLC (Jim Culver, 503-819-0638) • Mechanical Contractor: Monster Mechanical (Brandon Harding, 360-609-6241) • Electrical Contractor: Case Engineering (Richard Bianchin, 425-402-9400 x15) • Fire Sprinkler Contractor: Automatic Fire Protection Systems, Inc. (Brooks Bain, 503-692- 9281) • Fire Alarm Contractor: Fire Protection Services, Inc. (Dave Phipps, 503-314-0600) • Control Contractor: Monster Mechanical • Testing, Adjusting and Balancing / TAB contractor (and Commissioning Agent): Monster Mechanical • 3rd party Smoke Control Special Inspector Consultant / Contractor: To be determined (TBD) • See Appendix "K" for Design Team Coordination confirmation Letters X. Life Safety System - GENERAL The life safety system for this building includes all levels of early detection, alarm initiation for safe evacuation, Fire department notifications, control and containment of fire and smoke. Below is a short summary of the fire protection systems that shall be provided per NFPA-13, 14, 70 and 72 as adopted per the COT / TMC. This report is mainly prepared to show the smoke control approach Page 18 of 201 Abossein Engineering, LLC 1 Conceptual Smoke Control Submittal 1 Tukwila Holiday Inn and is not intended to include all specific detailed design features of each category that may be provided by others under their detailed design drawings, specifications and scopes. 1. Automatic Fire Sprinkler Systems • Fire Sprinklers: 10" City Fire main stub into the property with 6" fire service to building with Wall PIV at Fire Sprinkler Room. • The Fire Department connection will be located on the East side of the building in the parking lot away from the building. o One 4" - Dry Stand Pipe o One 4" - Wet Stand Pipe • The double detector check valve will be inside the fire sprinkler room. • Water supply data: Static=150 Psig & Residual=20 Psig @ 8000 gpm Page 19of201 Abossein Engineering, LLC I Conceptual Smoke Control Submittal I Tukwila Holiday Inn TL <IILLA PARXVI SITE PLAN FOR HYDRAULIC REFERENCE POINTS ONLY SCALE: 1' = 50'-0„ Figure 11— Fire Sprinkler Room / Entry and FDC • This building is not qualified as a high rise and will not require additional fire water storage tank but it will require meeting the City of Tukwila's additional fire sprinkler ordinances. The Page 20 of 201 \\�/A Abossein Engineering, LLC 1 Conceptual Smoke Control Submittal 1 Tukwila Holiday Inn water availability certificate has determined adequacy of city water supply at this location for this building. • The heated areas shall have a wet system and unheated areas and attic spaces shall have dry systems. The Porte Cochere & Attics shall be designed to Ord-Hzd-Grp-1 Dry System per NFPA-13. Wet systems in commercials level -1 spaces will be designed as a minimum to a criteria for Ordinary Gp. 1, Hazard (0.15 gpm/sq. ft. over the remote 1,500 sq.ft. of floor area). All light hazard occupancies shall have quick response sprinkler heads per NFPA-13. All mechanical, electrical and storage rooms shall be Ordinary Hazards per NFPA-13. Hotel rooms shall have wet pipe residential sprinkler heads with 0.10 GPM /Sq -Ft over 4 most remote heads and shall include hose stream allowance of 100 gpm. Residential Corridors at Guest rooms shall have Ordinary Gp. 1, Hazard spacing with 0.10 gpm/sq. ft. over 5 most remote heads. • Each floor shall have a floor control valve assembly (within 6 feet of floor/stair landing) consisting of a shut-off valve, tamper switch, water flow device, test trim, relief valve and drain valve before connecting to the wet combination stand pipe. • All shut off valves shall have monitored tamper switches. Wet systems shall have paddle type flow switches and dry system shall have pressure differential switches, all monitored at fire alarm panel. • All sprinkler system shall be UL or FM approved. • Electric Bell will be provided at an exterior location approved by the COT / TMC. 2. Standpipe Systems c • Standpipe systems shall be provided in accordance with NEPA-14, IFC -905.4 and COT / TMC amendments. • In particular and location of Class I standpipe hose connections must be in accordance with City of Tukwila. • A wet system fire department connection and a dry system fire department connection shall be located on the east side of the building and Hydrant per the IFC & COT / TMC's amendments. The FDC will be labeled per IFC 912.4 and COT / TMC. FDC will have swing check valve and drip ball for drainage. • The 2-1/2" hose valves will be installed per NFPA-14 at intermediate landings. The maximum hose travel distance from each hose valve will be 200 feet for the building floors. Roof hose valve will be provided where/if required per the COT / TMC. • Stair -1 shall have one 6" wet standpipe with 2-1/2" hose valves at main landings. 3'd. & 5i" floors shall have additional 1-1/2" fire hose cabinets. • Stair -2 shall have one 6" combination wet standpipe with 2-1/2" hose valves at main landings. 3rd. & Sth floors shall have additional 1-1/2" fire hose cabinets. Also, Stair -2 shall have one 4" Dry standpipe with 2-1/2" hose valves at intermediate landings. 3. System Control • Per IFC -907, fire detection systems providing control input or output signals to mechanical smoke control systems or elements thereof shall be equipped with a control unit complying with UL 864 and listed as smoke control equipment and have UUKL listing. Control systems for mechanical smoke control systems will include provisions for Page 21 of 201 Abossein Engineering, LLC 1 Conceptual Smoke Control Submittal 1 Tukwila Holiday Inn verification via monitoring for positive confirmation, testing, manual override and presence of power downstream of all disconnects. Verification will include positive confirmation of actuation, testing, manual override, the presence of power downstream of all disconnects and, through a preprogrammed weekly test sequence, report abnormal conditions audibly, visually and by printed report. Smoke control Fans Panel: o Fault Condition - when Power disconnect is "OFF" & Trouble Condition at Panel reporting to monitoring Agency. 4. In Building Radio System • An in -building radio coverage system per City of Tukwila and as adopted per IFC -510 and IBC -915 will be provided. • Emergency communications system per TMC 16.46.110. Provide jacks on each floor of each stair tower and beside elevator. A minimum of six handsets stored in emergency communications room • The system will be a complete and fully operational DAS system with antennas, cabling, off air antenna, amplifiers and other required components when/if required to support 800MHz public safety radio coverage to meet the coverage requirements of the City of Tukwila Fire Code. The system shall be capable of expansion to fully support coverage of 800MHz EPSCA Public Safety as well as future migration to 700MHz Public Safety radio inside the building. The system shall support both 700MHz and 800MHz. 5. Fire Alarm System • Fire Alarm systems shall be provided in accordance with IFC 907, City of Tukwila, and NFPA 72 — 2013 edition. In particular: o The fire alarm annunciator and smoke control panel will be located inside the Fire Command Center on Level -1 pending coordination with the COT /TMC' S fire department. Main entry access is from the East parking lot and also is accessible from the inside the building from the corridor. o Microprocessor controlled Building Fire Alarm System will feature a UL 864 UUKL listed panel and will be installed in accordance with IFC 907 and COT / TMC standards. Electrically supervised, Initiating Device Circuits (IDCs), Notification Appliance Circuits (NACs) and analog/addressable supervised two - wire Class B Signal Line Circuits (SLCs). Power -Limited Fire Alarm (PLFA) circuits with appropriate PLFA cabling shall be required for all IDC, SLC, and NAC circuits per NEC 70 article 760. Class -B encoding shall be applied to the trouble alarm, supervisory signals from all intelligent reporting devices and the system Alarm. Each initiating device will have its own analog address. o Occupant Notification shall be via horns, strobes and/or combination of both Installed per NFPA-72 and COT/ TMC. o Pathway Survivability: Page 22 of 201 \\�/A Abossein Engineering, LLC 1 Conceptual Smoke Control Submittal 1 Tukwila Holiday Inn • Level 1 will be applied to all pathways except Control wiring • Level 3 will be applied to all Control wiring to the pressurization fans (Sprinklered building: 2 -hour protection). o Sprinkler zoning by floor is required. o Supervised sprinkler valves will be monitored to maintain their fire safety positions as designed for. Upon interruption of their designated positions a signal is transmitted to the fire alarm panel and to the off-site monitoring service. o Wiring for the fire alarm systems shall meet the requirements of NFPA 72 with regards to survivability, and IBC 909.20.6 as relates to shaftpressurization control wiring. All smoke control system's power and control wiring and their Initiating devices will be enclosed per IBC -909.12.1 in fully enclosed continuous raceways. o Fire-fighters Pressurization for smoke control shall provide visual status indication and manual overriding capability over smoke -control system and equipment. The purpose of this is for fire department use during an emergency. o Upon building's alarm event the alarm will be simultaneously transmitted to the COT / TMC's fire department via the off-site monitoring services. o The fire alarm control panel will have secondary battery power per NFPA-72. All alarm and supervisory circuits will be electrically supervised and will report any fault condition in the wiring system as trouble alarm transmitted to fire alarm annunciator, control panel and the off-site monitoring service for immediate attention. 6. Fire Alarm - Smoke and Heat Detection Control • Smoke detectors shall be installed to comply with IFC 907 & IMC and IBC -907. They shall be connected to the Fire Alarm system. • Area smoke detectors shall be provided in accordance with IFC & COT / TMC's amendments. Smoke detectors shall be connected to an automatic fire alarm system. Smoke -control system activation shall be initiated immediately after receipt of an appropriate automatic or manual activation command. Duct detectors shall be reported as supervisory alarm per COT / TMC. Residential unit smoke detectors shall be reported as supervisory alarm per COT/ TMC. • Fire alarm and Control panel auxiliary power supply each will have a smoke detector per IBC -907.4.1 • HVAC system smoke/duct detectors per IMC and IBC -907.2. • Each elevator lobby and machine room will have a smoke detector for detection, fire fighters service and elevator emergency recall conditions. • Heat detectors (Rate Of Rise) or UL listed low temperature smoke detectors will be provided in unconditioned elevator lobbies where/if applicable. • All smoke alarms will be provided per IFC -907.2.11 for single and multiple station smoke alarms. • Additional smoke detectors will be provided per IBC -907.2.18.1 and COT / TMC amendments for all elevator machine rooms, telephone rooms, and electrical rooms. Page 23 of 201 Abossein Engineering, LLC 1 Conceptual Smoke Control Submittal 1 Tukwila Holiday Inn Building miscellaneous Transformer rooms (indoor Utility Transformer rooms are excluded), etc. • Per IBC -909.20.6; smoke detectors used for shaft pressurization initiation will be located outside the relative smoke proof enclosure. If the conditions outside the smoke proof enclosure will not allow such installation, then thesmoke detectors will be installed inside the enclosure and maximum of 5 feet of the entry. • Each elevator machine room will have a heat detector (fixed Temp.) near the sprinkler head to energize a shunt trip device open to disconnect the main power supply to elevator equipment before any sprinkler activation. • See Section -X-6 below for Fire Fighters Smoke Control Panel (FSCP) . Portable Fire Extinguishers • Portable fire extinguishers will be provided throughout based on City of Tukwila's and IFC Section 906.1 and NFPA-10 based on the type, required locations and maximum distance coverages. 8. Emergency Elevator Operations • Fire-fighters' emergency operation functions will be provided in accordance with IBC Section 3003.2 • Each elevator lobby will have a smoke detector. Upon activation of any fire alarm per the Event Matrix the elevators are recalled to the designated recalled floor. The elevator will be recalled to an alternate designated floor in case that the alarm is on the original recalled floor. The elevators will not recall to a floor where its elevator lobby smoke detector has been activated. • The elevator will remain at its recalled floor waiting to be used by fire department via fireman's key or until it is manually reset into normal mode. Also, key operated recall switches will be provided for the authorized use of fire department on each floor as required per the local jurisdiction. • ASME A17.7-2007/ CSA B44.7-07; Safety Code for Elevators and Escalators will determine the scope for safety operation and control of elevators. • The elevator shaft will be pressurized as required per IBC/IFC and TMC. 9. Manual Pull Stations • Manual Pull Stations shall be provided in accordance with IFC 907.2 and the city of Tukwila's amendments along with Authorities having jurisdictions. Minimum of one manual pull station shall be provided adjacent to the building's fire alarm panel. 10. Emergency Voice/Fire Communication System (EVACS) • The EVACS is required per IBC -403 and per TMC -16.46.130 for this application. • Voice messaging capability and two-way firefighter communication is required for this project per Mezzanine area exception IBC 505.1. Emergency Voice/Alarm communication system required per IBC 907.5.2.2 Level 1 & Mezzanine. Page 24 of 201 \\�/A Abossein Engineering, LLC 1 Conceptual Smoke Control Submittal 1 Tukwila Holiday Inn 11. Fire Resistance Rated Protection • All shafts , horizontal and vertical area separation, smoke partitions, stair enclosures, elevators and miscellaneous areas requiring fire rating separations are indicated on architectural plans and will be constructed per IBC, COT / TMC and all applicable amendments. All penetrations of these structure will be protected against fire and smoke migration as allowed based on the aforementioned criteria. • See Appendix -J at the end of this section for additional Architectural plans. 12. Trash Chute, Linen Shaft and Miscellaneous rooms • The Trash chute is not planned for this building. • A line Chute is planned for this building and shall have a 2 -hr rated shaft with min. 90Min. self closing hatch at each entry point. • Other rooms such as trash, mechanical and storage rooms with opening protections shall close to be protected upon a building fire event. 13. Additional Requirements For During Construction • A construction standpipe as required by Chapter 14 of the IFC • Fire extinguishers in accordance with IFC 1415 and COT / TMC. Verify that all portions of the building are within 75 feet of foot travel of a fire extinguisher. • The services of a designated, full-time Safety Officer at the discretion of the Fire Department at any time during construction. • A Fire Safety and Evacuation Plan in accordance with IFC 404 reviewed and approved by the Fire Department prior to final occupancy. XI. Life Safety System — SMOKE CONTROL 1. Fire Fighters Smoke Control Panel (FSCP) • A fire fighters smoke control panel (FSCP) with manual control of override of automatic control shall be provided per IBC -909.16. (FSCS per NFPA-92-Fire Fighter's Smoke Control Station) • The Fire alarm control panel and the Fire Fighters smoke control panel shall be interfaced to accommodate the pressurization system requirements. • The Fire alarm panel shall be a listed releasing type panel per UL -864. UUKL listing is not required due to limited smoke control function per UL -864. • The panel will be in compliance per the IBC -909.12 & 909.16 and COT / TMC. • FSCP will have features to provide visual status indication for all smoke control equipment. • The FSCP is located inside Fire Command Center on Level -1. • Each pressurization fan and its respective damper will have ON / AUTO / OFF switches and ON / OFF / FAULT LED indicator. Each Fan can be manually controlled via FSCP. The FSCP Can be set to override the automatic commands. • Emergency generator will have status and location indicators on the FSCP panel with LED's for NORMAL / RUNNING / FAULT conditions. Page 25 of 201 �.� Abossein Engineering, LLC 1 Conceptual Smoke Control Submittal 1 Tukwila Holiday Inn • The air movement and direction of each pressurization fan's supply air will be indicated and color coded with BLUE arrows. HOLIDAY INN EXPRESS 91 ANDOVER PARK E. ane w iSTO n e ar ® • n ON et Mar SUN ME riro • O 6 Of m !Alf PURI EVIL =MI FSCP STATUS m erica. • i • In M e ec rca¢`vea �A KEY PLAN STNR DOOR was Figure 15 — Fire Smoke Control Panel Color Graphics Display • The FSCP shall have the following graphics to identify the building as a section without the details that are usually shown on architectural drawings. Minimum graphics shall depict walls, floors, elevators, stairways, smoke zones, per COT /TMC. • The FSCP is intended to have the highest priority regardless of if the automatic fire alarm system has been activated or not. Each shaft pressurization system's status can be manually controlled and reconfigured as needed by the fire department's personnel. 2. Power Supplies • Pressurization systems and smoke control will be provided per IBC -909.11 with power supply from a source approved by the City of Tukwila. Secondary emergency power via a generator is proposed for this project. The emergency systems required for Fire Alarm and Pressurization fans along with smoke control equipment and any required elevators will be provided through an emergency generator as required by PSE, the COT / TMC and per NFPA-70. The power supply and wiring will be appropriately separated from the building. Page 26 of 201 \I/ Abossein Engineering, LLC 1 Conceptual Smoke Control Submittal 1 Tukwila Holiday Inn Pressurization and ventilation equipment serving smoke proof enclosures, the power and control wiring for pressurized stairways will be located within a separate 2 -hour rated vertical enclosure and secured tight to the construction in accordance to COT / TMC and IBC 909.20.6.1. Power horizontal feeder circuits between the source and the 2 -hour vertical shaft will be protected by imbedding the conductors within the concrete floor/ceiling slab with a minimum of 2 inches over and as maybe applicable and required by COT / TMC. • See Figure -12 below for COT / TMC's generic Power Supplies Guide Lines rot COncrefe Nessurization System 7 conerele NEC 230.6(1) &(2) 695,6 Selene Coordination of Lbads REG 7011.27 2 W. ,FRR 2 Hach 4 IFRR Ratting Gen { Fen Eimgigency 1)istrllrulfon Trans. Svwitth Emergency Stouts room fromrest i fir. Rm. =2Hr!FRR KRA 1110 S.Z,1 2,lir, FRR, Rin COS Otd,. 17ra Cacir ar d Srnolto COM S1iK'iwr Normal'. 4--- PCniaf _1 of Concrete cower FRR = Fire Resistance Rate Main. Smith Board &YAW >rldr « Eivator SIA Retefi,or CkoN 21H urERR. IRC60224A:s e B Fe, FRR Roam 4 1 Haw 19C -- 911.1 Sclaefdve Coorranalian of t Sub Pnl. rte... 14.3ohl e Rotel 14610 ATE t® IBC 3006.:2 utility Power Figure 12 — Generic Pressurization System Power Supplies Guide line Page 27 of 201 �.� Abossein Engineering, LLC 1 Conceptual Smoke Control Submittal 1 Tukwila Holiday Inn 3. Wiring • All wiring associated with the smoke control system will be fully enclosed within continuous raceways per IBC.909.12.1. This includes all fire alarm component wiring utilized for activation and/or control. • Stairway Shaft pressurization equipment, control and power wiring, will comply with IBC Section 909 and COT/TMC. In particular, 2 -hour rated separation will be provided in accordance with Survivability per IBC 909.20.6.1. Protection of wiring and control systems located inside the building will extend from the source of power to the, protected devices or equipment by Concrete cover (or) Dedicated shaft/enclosure method (or) 2 -hour wiring systems (or) Fire alarm controlled method. • See Figure -13 below for COT / TMC's generic wiring and protection guide lines. Legally Required = 60 seconds start-up Pressurization may start up within 60 Seconds Emergency = 10 second start. up Cont Color Red vd Yellow Snipe e' fro vildn8 FRR = Fire R si:stance Rating Cartrol Vtiring For Vent. Fressurize5on 2 er. FRR 2` of oancrete Cover Fire. Command Center lsff Power 'Mir. FRR g of ConOre'te encasement 6 Hr. EPR if Elevator 2Kr.FRP Z 7 of Concrete encasement Emergency Transfer Pressurization Systems Conduit Cdor. Orange WJYefow Stripe power � o i 2' of Concrete encssemevt Fire iPomp Figure 13 — Generic Emergency Wiring and Protection Guide line Page 28 of 201 n\Y/In I Abossein Engineering, LLC 1 Conceptual Smoke Control Submittal I Tukwila Holiday Inn 4. Emergency Generator and Transfer Switch • This building will have an emergency generator and will use a separate emergency service elevator. Generator on the east side of the building near parking lot. • Emergency -Standby generator set is provided on premise (NFPA 70) per for emergency lighting and fire alarm, elevator and stair enclosure shaft pressurization along with building smoke control system. Page 29 of 201 Abossein Engineering, LLC 1 Conceptual Smoke Control Submittal 1 Tukwila Holiday Inn tab! 0=1,11C.W1/1.67.1MG 4:141=0.70a. rezcara Aware MIR nit rcsumve..m..., .7..T.137".na 71f:1°,07. P"_:":.=" "1' 1•1 ;`, 2;74. - — • • I I =-..a.S.-er•A ---- r: ryr I - I . • ."-- 1. iT I T. '17! STA.LLS STALLS a Ammo a Figure 14 — Emergency Generator Location Page 30 of 201 Abossein Engineering, LLC 1 Conceptual Smoke Control Submittal 1 Tukwila Holiday Inn NOTE: EMERGENCY POWER, GENERATOR: SHALL PROVIDE POWER FOR THE FOLLOWING: 1) EMERGENCY ELEVATIOK 2) MINIMUM LIGHTING, INCLUDING ALL EXIT STAIRS, EXIT LIGHTS AND EXIT CORRIDORS. 3) STAIR TOWER PRESSURIZATION. 4) EMERGENCY COMMUNICATIONS SYSTEM, INCLUDING PHONE JACKS 5) FIRE ALARM SYSTEM G) ELECTRIC FIKE PUMP 7) SMOKE REMOVAL EQUIPMENT 8) EMERGENCY EVACUATION NOTIFICATION SYSTEM FIRE DEPARTMENT CONTROL ROOM Figure 15 — Min. Emergency Generator Loads 5. Identification, Tags and Markings • All pressurization fan related system components (J -Boxes, sensors, access, control, relays, covers, fire detection, etc.) will be identified per IBC -909.14, COT/TMC amendments and per NEC -70 -Article 700.9. 6. Pressurization and Smoke Control Fan Equipment and Ducts A. STAIRS#]. & #2: • All fans and equipment for stairs #1 and #2 shaft pressurization shall be located inside the attic inside a 2 -hr enclosure. Page 31 of 201 Abossein Engineering, LLC Conceptual Smoke Control Submittal I Tukwila Holiday Inn JWNSPOUf OUTLINE OF STAIR ENCLOSURE Q Figure 16 — Stair#1 (SPF -2 Fan) Inside Attic Space 30x0 Page 32 of 201 \\�/A Abossein Engineering, LLC I Conceptual Smoke Control Submittal 1 Tukwila Holiday Inn I Figure 17 — Stair#2 (SPF -1 Fan) Inside Attic Space B. ELEVATOR SHAFT: OUTLIN EN -CLQ • Elevator shaft has two cars and will also be pressurized with outside air to a pressure differential of +0.10" in-wc higher than the outdoor atmosphere with the doors open on recall floor. All other doors will be closed. However, over pressurization exceeding 0.25" in- wc will be avoided in order to allow usage of the elevator for emergency evacuation purposes if needed and by fire department personnel only. The damper is closed per the Washington State Energy Code during normal conditions to minimize building leakage. Page 33 of 201 r' Abossein Engineering, LLC 1 Conceptual Smoke Control Submittal 1 Tukwila Holiday Inn UNGH c KtFT • Typical Elevator Shaft being Pressurized Figure 18 — Typical Elevator Shaft Pressurization Page 34 of 201 Abossein Engineering, LLC I Conceptual Smoke Control Submittal I Tukwila Holiday Inn fi L ELEVATOR 33Ox3Q 1 y it Ir UTLINE OF EL CLOSURE SCRE:'NED OPENIN u Figure 19 — Elevator Shaft Pressurization (EPF-1 Fan) Inside Attic Space Page 35 of 201 —.T Abossein Engineering, LLC 1 Conceptual Smoke Control Submittal 1 Tukwila Holiday Inn ELEVATOR NOTES: ---THE ELEVATOR SHALL COMPLY WITH THE EMERGENCY OPERATION AND SIGNALING DEVICE REQUIREMENTS OF SECTION 2.27 OF ASM E A 17. 1 . STANDBY POWER. SHALL BE PROVIDED IN ACCORDANCE WITH SECTIONS 2702 AND 3003. I . ELEVATOR, DUMBWAITER AND OTHER HOISTWAY ENCLOSURES SHALL BE SHAFT ENCLOSURES COMPLYING WITH ICC SECTION 707. 2. OPENINGS IN HOISTWAY ENCLOSURES SHALL BE PROTECTED AS REQUIRED IN CHAPTER 7. A. HARDWARE ON OPENING PROTECTIVES SHALL BE OF AN APPROVED TYPE INSTALLED AS TESTED, EXCEPT 111AT APPROVED INTERLOCKS, MECHANICAL LOCKS AND ELECTRIC CONTACTS, DOOR AND GATE ELECT RIG CONTACTS AND DOOR - OPERATING MECHANISMS SHALL BE EXEMPT FROM THE FIRE TEST REQUIREMENTS. 3. NOT U5ED. 4. WHERE ELEVATORS ARE PROVIDED IN BUILDINGS FOUR OR MORE STORIES ABOVE GRADE PLANE OR FOUR OR MORE STORIES BELOW GRADE PLANE, AT LEAST ONE ELEVATOR SHALL BE PROVIDED FOR FIRE DEPARTMENT EMERGENCY ACCESS TO ALL FLOORS. THE ELEVATOR CAR SHALL BE OF SUCH A SIZE AND ARRANGEMENT TO ACCOMMODATE A 24 -INCH BY 64 -INCH AMBULANCE STRETCHER IN THE HORIZONTAL, OPEN POSITION AND SHALL BE IDENTIFIED BY THE INTERNATIONAL SYMBOL FOR EMERGENCY MEDICAL SERVICES (STAR. OF LIFE). THE SYMBOL SHALL NOT BE LESS THAN 3 INCHES HIGH AND SHALL BE PLACED INSIDE ON BOTH 5IDE5 OF THE 110151WAY DOOR FRAME. 5. STANDBY POWER OPERATION SHALL BE IN ACCORDANCE WITH SECTIONS 3003.1 .1 THROUGH 3003. I .4. A STANDBY POWER SHALL BE MANUALLY TRANSFERABLE TO ALL ELEVATORS IN EACH BANK OR WHERE ONLY ONE ELEVATOR IS INSTALLED, THE ELEVATOR. SHALL AUTOMATICALLY TRANSFER TO STANDBY POWER WITHIN GO SECONDS AFTER ' FAILURE OF NORMAL POWER. B. WHERE TWO OR MORE ELEVATORS ARE CONTROLLED BY A COMMON OPERATING SYSTEM, ALL ELEVATORS SHALL AUTOMATICALLY TRANSFER TO STANDBY POWER WITHIN GO SECONDS AFTER FAIWRE OF NORMAL POWER WHERE THE STANDBY POWER. SOURCE 15 OF SUFFICIENT CAPACITY TO OPERATE ALL ELEVATORS AT THE SAME TIME. WHERE THE STANDBY POWER SOURCE I5 NOT OF SUFFICIENT CAPACITY TO OPERATE ALL ELEVATORS AT THE SAME TIME, ALL ELEVATORS SHALL TRANSFER TO STANDBY POWER IN SEQUENCE, RETURN TO THE DESIGNATED LANDING AND DISCONNECT FROM THE STANDBY POWER SOURCE. AFTER ALL ELEVATORS HAVE BEEN RETURNED TO THE DESIGNATED LEVEL, AT LEAST ONE ELEVATOR. SHALL REMAIN OPERABLE FROM THE STANDBY POWER SOURCE. G. 111E MACHINE ROOM VENTILATION OR AIR CONDITIONING SHALL BE CONNECTED TO THE STANDBY POWER SOURCE. 7. ELEVATORS SHALL BE PROVIDED WITH PHASE 1 EMERGENCY RECALL OPERATION AND PHASE II EMERGENCY IN -CAR OPERATION IN ACCORDANCE WITH ASME Al 7.1 . C. COMMON AREAS OF FLOOR -1 AND CORRIDORS 2 THROUGH STH FLOOR: • A central exhaust fan located inside the attic space shall be dedicated to the smoke removal for floors 1 (common areas) and 2-5 (corridors). • Floors 2 through 5 corridors shall have a smoke evacuation and pressurization system in order to confine the smoke through a sandwich concept. The floor fire shall exhaust (-) and each floor above and below the fire floor shall pressurize (+) in order to stop migration of smoke to other floors. • Each floor of 2-5 shall have one pressurization fan per floor dedicated to that corridor's pressurization. • Upon determination of the fire floor via fire alarm, that floor will go to the exhaust mode. The respective floor damper for the central exhaust fan for that floor will open and other floor dampers remain closed. If the fire floor is one of the floors 3-5 then the pressurization fan for the floor above and below will start pressurizing the respective floors. Page 36 of 201 Abossein Engineering, LLC 1 Conceptual Smoke Control Submittal 1 Tukwila Holiday Inn If the fire floor is floor 2 then the pressurization fan for the floor above will start pressurizing the respective floor. The floor -l's Lobby doors will automatically open. If the fire floor is floor 1 then the pressurization fan for the floor 2 will start pressurizing the respective floor. • Make up air shall be provided for the floor -l's smoke exhaust via automatic operable front Lobby doors. • Make up air shall be provided for the corridor floor smoke exhaust of floors 2-5 via automatic leakage of the stair and elevator shaft pressurizations for each respective floor. 5 ib .J -4 -5 1-4 -3 K -A a 1'l S' Figure 20 — Schematic Bldg. Section (4th Floor Fire) Typical Corridor Pressurization & Smoke Exhaust (Floors 2-5) Page 37 of 201 NN I -I 111 c_.Spa ce_ If Poc'. M _ •_i_,,,_. _ _' LW _ I. T.D.: ' _ '� ,;; I Mill (�',{,' j` •El .7J f (� Pe (+) r '�7.�. _ N1MATT ` DBL Will , I_ Floor _ S _ �,i'i� II uSt r(° j FIR DUITT ., ---To Floor _� 1GUM ET n :�' P(+) r DDT. 3=° , I Floor ._ 1 I 1 n W?P�P. 1�1�f 1, I t .J I 1 E _? ' .Floor ZD! 1 E�aTD� �-�ro L I 2 151 tOBFY r,05, ; [ID-] FIdor /_ Ji T �I��. q=1=11-II-I�I�IL�I---'F�C�I""1�1�1- ILII-1�=� I-t�l :sawI �k�-T-6,1...m . -- 6vam Iii 1 s E1=-.C�! I 4st.:= „FEIN, I— ESI' II 1 _.,I1.g7m 5 ib .J -4 -5 1-4 -3 K -A a 1'l S' Figure 20 — Schematic Bldg. Section (4th Floor Fire) Typical Corridor Pressurization & Smoke Exhaust (Floors 2-5) Page 37 of 201 Abossein Engineering, LLC 1 Conceptual Smoke Control Submittal 1 Tukwila Holiday Inn Lobby Doors Figure 21— Schematic Bldg. Section (1St Floor Fire) OUIIJNE OF STAIR ENCLOSURE AIEL U(LINE O•-ta OR 4QOSURE NED OPENING ECU CEF 0 3. 0__ Figure 22 — Smoke Exhaust fan for Floors 1-5 (CEF-1) Inside Attic Page 38 of 201 �.� Abossein Engineering, LLC 1 Conceptual Smoke Control Submittal 1 Tukwila Holiday Inn Figure 23 — Smoke Exhaust / Pressurization Fan for (Typical Floors 2-5 (CEF-1 & CPF — 1A, 1B, 1C, 1D) Page 39 of 201 \\�/A Abossein Engineering, LLC 1 Conceptual Smoke Control Submittal 1 Tukwila Holiday Inn Figure 24 — Smoke Exhaust / Auto Lobby Door opening (Floor 1) D. GENERAL REQUIREMENTS: • Each fan will have minimum double belts for redundancy • Each fan will have Variable Frequency Drive (VFD) for balancing • The intakes will be minimum 20 feet from any air exhaust per IBC -909.10.3. • All ducts will have the same fire rated protection as the rated enclosureof the stair shafts Page 40of20I \I/A Abossein Engineering, LLC 1 Conceptual Smoke Control Submittal 1 Tukwila Holiday Inn Per IBC -909.20.6.1 and IBC -909.10.2. • Each Smoke control Fan will have its status reported at FSCP via ON / OFF / FAULT. • Each Smoke control Fan will have its downstream power of the disconnect be monitored via fan differential pressure switches or N.O. dry contacts rated at fan voltage. • Each Smoke control Fan's damper will have its status reported at FSCP via DAMPER OPEN / DAMPER CLOSED by having its own respective high and low limit switches. 7. Parking Garage • This building has no interior parking garage spaces: 8. Passive Smoke, Windows and Access Section 10 of Tukwila Municipal Code (TMC) Section 16.46.090 is hereby established to Read as follows: • Windows - If the building is not provided with openable windows on Each floor 10% of the windows on each floor shall be tempered glass with a1-3/4" Diameter red circle on the upper left hand corner of each window." Operable windows will be used on all levels except Level -1. 9. Sequence Of Operation (Alarm Condition) Upon activation of the building alarm system, all smoke/fire dampers, fire doors and all fire related openings will be commanded closed. Mechanical equipment associated with the Smoke Control System will become operative and when/if any damper is supposed to open such as corridor floor pressurization above and below the fire floor, they will open accordingly per fire alarm afterward. Stairwell and elevator pressurization fans will be energized, creating a positive pressure condition in the shafts. See Section -XII below for ALARM ZONE/EVENT MATRIX. 1. All residential unit ventilation fans are horizontally discharging to outside and are not impacted by the fire alarm event. 2. All smoke exhaust and pressurization fans and related dampers and control shall be fed via an emergency power source service per COT / TMC and NFPA-70. 3. Pull stations will put the building into fire mode and shall start shaft pressurization. The floor smoke exhaust and pressurization will be delayed until a fire zone floor has been identified. 4. All duct detectors shall annunciate at "FSCP" as supervisory alarm only and per IFC - 907.4.1. Page 41 of 201 ..'` Abossein Engineering, LLC 1 Conceptual Smoke Control Submittal 1 Tukwila Holiday Inn XII. ALARM ZONE/EVENT MATRIX FIRE AND SMOKE CONTROL SYSTEM MATRIX FLOOR 1 PRESSURIZATION FLOOR 2 PRESSURIZATION FLOOR 3 . PRESSURIZATION_ FLOOR 4 PRESSURIZATION FLOOR 5 PRESSURIZATION FLOOR 1 EVACUATION FLOOR 2 EVACUATION FLOOR 3 EVACUATION FLOOR 4 EVACUATION FLOOR 5 EVACUATION FLOOR 1 LOBBY DOORS OPEN FLOOR 1 FIRE ALARM X X FLOOR 2 FIRE ALARM X X FLOOR 3 FIRE ALARM X X X FLOOR 4 FIRE ALARM X X X FLOOR 5 FIRE ALARM X X • A central exhaust fan located inside the attic space shall be dedicated to the smoke removal for floors 1 (cornmon areas) and 2-5 (corridors).— • Floors 2 through 5 corridors shall have a smoke evacuation and pressurization system In order to confine the smoke through a sandwich concept. The floor fire shall exhaust. (-) and each floor above and below the fire floor shall pressurize (+) in order to stop migration of smoke to other floors. • Each floor of 2-5 shall have one pressurization fan per floor dedicated to that corridor's pressurization. Upon determination of the fire floor via fire alarm, that floor will go to the exhaust mode. The respective floor damper for the central exhaust fan for that floor will open and other floor dampersremain closed. If the fire floor Is one of the floors 3-5 then the pressurization fan for the floor above and below will start pressurizingthe respective floors. If the fire floor is floor 2 then the pressurization fan for the floor above will start pressurizing the respective floor. The floor -l's Lobby doors will automatically open. If the fire floor is floor 1 then the pressurization fan for the floor 2 will start pressurizing the respective floor. • Make up air shall be provided for the flexor -1's smoke exhaust via automatic operable front Lobby doors. • Make up air shall be provided for the corridor floor smoke exhaust of floors 2-5 via automatic leakage of the stair and elevator shaft pressurization for each respective floor;, Page 02 of 201 \\I/A Abossein Engineering, LLC 1 Conceptual Smoke Control Submittal 1 Tukwila Holiday Inn XIII. Smoke Control Narrative 10. Code Compliance Requirements & Relative Sections • IBC -2012 as amended by Washington State WAC -51-50-0504 Section 504—Height 504.3 - Stair enclosure pressurization increase. For Group R1 and R2 occupancies in buildings of Type VA construction equipped throughout with an approved automatic sprinkler system in accordance with Section 903.3.1.1, the maximum number of stories permitted in Section 504.2 may be increased by one provided the interior exit stairways and ramps are pressurized in accordance with Section 909.20 and Section 909.11. • IBC -2012-909.20.5 Stairway pressurization alternative. Where the building is equipped throughout with an automatic sprinkler system in accordance with Section 903.3.1.1, the vestibule is not required, provided each interior exit stairway or ramp is pressurized to not less than 0.10 inch of water (25 Pa) and not more than 0.35 inches of water (87 Pa) in the shaft relative to the building measured with all interior exit stairway and ramp doors closed under maximum anticipated conditions of stack effect and wind effect. Additional related Comments: The pressure difference across doors shall not exceed 30 lbs. (133-N) maximum force to begin opening the door. For stair enclosure pressurization story increase as allowed by Washington State amendment to Section 504.3, the pressurization fan power may be supplied from either an emergency generator, or a connection ahead of the main building power disconnect. • IBC -2012 as applicable to this scope 909.4 Analysis. A rational analysis supporting the types of smoke control systems to be employed, their methods of operation, the systems supporting them and the methods of construction to be utilized shall accompany the submitted construction documents and shall include, but not be limited to, the items indicated in Sections 909.4.1 through 909.4.6. • IBC -2012 as amended by the city of Tukwila 713.14.1 Elevator lobby. An enclosed elevator lobby shall be provided at each floor where an elevator shaft enclosure connects more than three stories. The lobby enclosure shall separate the elevator shaft enclosure doors from each floor by fire partitions. Type -VA Construction: 3. Enclosed elevator lobbies are not required where additional doors are provided at the hoist way opening in accordance with Section 3002.6. Such doors shall comply Page 43 of 201 \\1/ Abossein Engineering, LLC 1 Conceptual Smoke Control Submittal 1 Tukwila Holiday Inn with the smoke and draft control door assembly requirements in Section 716.5.3.1 when tested in accordance with UL 1784 without an artificial bottom seal. 11. Pressurized Stair Shafts, Elevator Shafts And Space Smoke Control Systems • The stair and elevator shaft enclosures for this building are being pressurized in order to create a tenable space for the occupants to be able to exit to outside safety during a fire event condition. This method has been referred to as pressurization or shaft pressurization in this report and is considered an acceptable approach in order to help mitigating the possibility of vertical smoke migration. • The building has 2 stair enclosures. Stairs #1 and #2 are extended down from level -5 down to exit. Also, the building has one elevator shaft with 2 cars with same travel distance as the stairs. • The reason for this building requiring stairwell pressurization is due to utilizing five levels of type VA construction in -lieu of 4 levels of type VA construction without pressurization in addition to complying with COT / TMC's ordinances. • The intent is to pressurize the stair enclosure with outside air to a pressure differential of +0.10" in-wc higher than the adjacent areas where smoke may exist. However, over pressurization exceeding 0.35" in-wc will be avoided in order to maximize the door knob force to 30 Lbf for the occupants to be able to open the doors. • The elevator shaft has two cars and will also be pressurized with outside air to a pressure differential of +0.10" in-wc higher than the atmosphere with the doors open on recall floor. All other doors will be closed. However, over pressurization exceeding 0.25" in-wc will be avoided in order to allow usage of the elevator for emergency evacuation purposes if needed and by fire department personnel only. • The 1st floor smoke exhaust system and floors 2-5 corridor sandwich smoke control systems are intended to control the pressure differential between the fire zone and other areas at negative -0.05" in-wc differential in order to avoid or minimize the smoke migration. • The smoke control system is a combined system requiring that other systems required for maintenance of this smoke control are being properly designed, installed, maintained and activated when needed. The successful operation of this system is best accomplished by other systems such as fire sprinklers, fire alarm and detection system to function properly along with the fire ratings of structure within their required time ratings and the electrical power that energizes the pressurization fans. • The above pressure differential control for smoke migration will be accomplished via the smoke control system initiation starting upon any fire alarm condition as controlled per the FA matrix. • The building was modeled through Contam Computer Simulation Modeling in order to evaluate the performance of the building under assumed design conditions. The analysis Page 44 of 201 Abossein Engineering, LLC 1 Conceptual Smoke Control Submittal 1 Tukwila Holiday Inn shows that the proposed air flow rates used for pressurization of the stair shafts are adequate to maintain the desired pressure differences considering the; stack effect, fire temperature, HVAC system, wind effect, duration of operation and the climatic conditions at the time of fire. 12. Basis Of Design • The Proposed Smoke control and smoke management systems shall comply with IBC/IFC Section 909 and generally accepted and well-established principles of engineering as required by IBC Section 909.2 including but not limited to: o Handbook of Smoke Control Engineering Book by ASHRAE, 2012 by John H. Klote; James A. Milke; Paul G. Turnbull; Ahmed Kashef; Michael J. Ferreira o NFPA 92: Standard for Smoke Control Systems, 2012 Edition o CONTAM computer simulation building modeling. • The pressurization design is based on pressure differential between the shaft and the adjacent spaces of each floor. • The Contam simulation was used utilizing the building leakage factors as recommended in Handbook of Smoke Control Engineering Book along with other factors for wind, stack effect, HVAC and climatic conditions. • The pressurization system will have a secondary emergency generator power per IBC and COT/ TMC. 13. Pressurization Systems • One pressurization fan for Stair#1 inside attic space inside 2 -hr rated enclosure. • One pressurization fan for Stair#2 inside attic space inside 2 -hr rated enclosure. • One pressurization fan for one Elevator shaft with two cars inside attic space inside 2 -hr rated enclosure. • One smoke exhaust fan for corridor floors 2-5 and 1st floor common areas located inside the attic space and ducted down inside a rated shaft with motorized fire smoke dampers at each floor operating per the event matrix. • One pressurization fan for each floor on respective floor for pressurization of the corridors for floors 2-5 operating per event matrix. • Smoke detectors for stair pressurization fan activation will be located outside the shaft and/or if not feasible then it will be inside stairwell within 5 feet of each entry door. • Pressurization starts upon any fire alarm condition including pull stations. • Doors to have optional adjustable sweeps for balancing. Page 45 of 201 �.� Abossein Engineering, LLC 1 Conceptual Smoke Control Submittal 1 Tukwila Holiday Inn XIV. Rational Analysis 1. Introduction The network building flow model, CONTAM 3.2.02, was used for simulating the performance of this proposed smoke control system. CONTAM is a product of the U.S. National Institute of Standards and Technology. The analysis of this report shows that the pressurized stairwells of this project are capable of being balanced to meet the pressure differences required by the code. All calculations have been performed based on Handbook of Smoke Control Engineering -2012 edition (AHSRAE, ICC, SPFE, NFPA) as noted in the reference section below. The calculations have been summarized and shown below. 2. Basis Of Study This study is based on the other life safety systems being maintained, available and operational. It is understood that this facility will be completely protect by sprinklers. The smoke control system assumes at minimum that the automatic sprinklers and fire detection/alarm system will function as designed and that the fire resistive construction will be maintained in the building. The actual leakage areas for the various construction elements in the constructed building are assumed to be at least as tight as those listed in the reference section below. The analysis presented in this report is based on the Architectural Set available at the time of issuance of this report for this site. Any changes to the final plans for this project need to be evaluated to determine if the analysis presented here is still applicable. 3. Smoke Control System The smoke control system consists of pressurized stairwells #1, #2, Elevator shaft, Smoke exhaust for common areas of floor -1 and having zoned control sandwich design of Floor Above (+)/Fire Floor (-)/Floor Below (+) for corridor levels 2-5. 4. Pressure Differences Stairs: IBC section 909.20.5 requires the pressurized stairwells to be pressurized to not less than 0.10 inch of water and not more than 0.35 inches of water. Elevator shaft to be pressurized to not Tess than 0.10 inch of water and not more than 0.25 inches of water. Zoned Corridor Pressurization: IBC 909.6.1 requires that Minimum pressure difference across a smoke barrier shall be 0.05 -inch water gage in a fully sprinkle red buildings. 5. Stack Effect The stack effect was calculated based on the total height of stairs as shown on each table utilizing the floor by floor height multiplied by the number of floors in feet. Considering the stairwells at the building temperature is conservative in that it increases the impact of stack effect on the stairwells. For taller and/or more complex buildings, the added complexity of determining stairwell temperature from the supply air temperature is often Page 46of201 \\1/A Abossein Engineering, !LC I Conceptual Smoke Control Submittal 1 Tukwila Holiday Inn justified, but this is not deemed to be necessary for this building with Tess than 75 feet travel height. 6. Temperature Effect of Fire: Temperature effect of fire usually is included based on the formula per figure -4-12.4 of the referenced Handbook noted above and used inside the table provided by the referenced Smoke Handbook. However, the CONTAM program utilizes the required factors needed in order to satisfy the requirement of IBC -909.4.2 to avoid the impact from buoyancy of fire impacting the desired capabilities of smoke control system. The results have shown that the required airflows inside the shaft will create the desired pressure differential to offset temperature effect of the fire to avoid smoke migration into the shaft. 7. Wind Effect: The wind may have adverse effect on stairs with exterior walls to impact the required air flow to maintain the desired pressure differential. IBC -909.4.3 requires that the wind factor be incorporated into the calculations for the required air flows. The wind directions and speeds have been accounted for prevailing wind for Tukwila averaging about 18 MPH. 8. HVAC System: This building is not a high rise and the HVAC system is not a part of floor zoned smoke control and the HVAC will be turned off only when they locally and individually detecting smoke. (Also, the building freeze protection and restart of HVAC equipment during those periods will need to be evaluated if that approach had been used). This design and analysis is not based on automatic HVAC shutdown during fire mode. There are no plans to control the HVAC during a fire mode. However, this building has zoned corridor pressurization system for floors 2-5. This is accomplished by having a central smoke exhaust fan and individual pressurization fans independent from HVAC for normal hours. The air distribution to each floor is maintained through motorized smoke fire dampers. During fire conditions the motorized dampers will all close and upon determination of the fire zone they will open or remain close per the event matrix. 9. Climate: The building temperature including stairwells for the CONTAM simulations was 70 °F. The stairwells are pressurized with untreated outdoor air, and the stairwells are expected to be between the building temperature and the outdoor temperature. The climatic data for this building is listed below. This data is from the Handbook of Smoke Control Engineering (Klote et al. 2012) for Seattle International Airport, and it is consistent with the recommendations NFPA 92. o Standard Atmospheric Pressure - 14.54 psi o Winter Design Temperature - 24 °F o Summer Design Temperature - 84.0 °F o Design Wind Speed -18 mph Page 47 of 201 \\1/A Abossein Engineering, LLC 1 Conceptual Smoke Control Submittal 1 Tukwila Holiday Inn o Note: The design wind speed is not used for this project, but it is included for completeness. 10. CONTAM Fluid Dynamic Computerized Analysis The computer network model CONTAM was used for analysis of the smoke control system of this project. CONTAM is public domain software that was produced by the U. S. National Institute of Standards and Technology (NIST). This software was primarily developed for indoor air quality applications, but it is probably the most extensively used software in the world for analysis of pressurization smoke control systems. The program calculates the steady state flows and pressures throughout a building network including effects of (1) forced airflow, (2) indoor to outdoor temperature differences, and (3) wind. The program is also capable of simulating the contaminant flow, but this feature was not used for this project. When a smoke detector in the elevator lobby goes into alarm along with per other fire alarm events per the event matrix, the elevator is put into phase 11 which consists of the cars being recalled to the ground floor and the elevator doors are open on that floor. Further, when the fire service arrives to fight a fire, the exterior ground floor doors are typically blocked open. For the CONTAM analysis, the ground floor elevator doors and the 2 exterior double doors are open. Page 48 of 201 - \Y//h j Abossein Engineering, LLC 1 Conceptual Smoke Control Submittal 1 Tukwila Holiday Inn Building flow paths and flow coefficients are listed in Tables 1 and 2. Table 1. Flow areas and flow coefficients of doors. Flow Path Leakage Path Name Flow Flow Classification Coefficient Area ft2 Single door (closed) Between Average & DOOR -SC 0.65 0.20 Loose Double door NA DOOR -DO 0.35 42 (opened) Note: Single doors are 7 feet high and 3 ft wide. Double doors are 7 ft high and 6 ft wide. Elevator doors are 3 ft wide. For other size doors see Chapter 3. Table 2. Flow areas and flow coefficients of walls, floors and roof. Flow Path Path Name Flow Area Leakage Flow Coefficient ft2 per ft2 Classification of wail Exterior walls Average WALL -EXT 0.65 0.17x10-3 Interior walls Average WALL 0.65 0.17x10-3 Floor (or roof) Average FLOOR 0.65 0.52x10-4 ft2 per ft of wall Note: The above values are from Chapter 3 except for the curtain wall gap which is from Chapter 11. 11. CONTAM Floor plans Below is the CONTAM simulation input via floor plans for each floor: Page 49 of 201 m 0 t6 E O C 0 V Y 0 E (5 ow u C V u J 00 w N .bO C W w O Page 50 of 201 J W W J CC U_ /2 cL V 1 1- z 0 Li esir w 1• bA 0 0 4 0 9 0 4 0 9 0 0 0 4 0 0 0 AmliMew o O O 0 O * Gd 0o 0 a s O 0 0 O 0 n D* 0 0 p* o n0 o e u0 .0 p0 0 0 O 00 o 4 Page 51 of 201 8 Page 52 of 201 CS LEVEL — 3 Figure 26 — CONTAM — GRAPH Abossein Engineering, LLC 1 Conceptual Smoke Control Submittal 1 Tukwila Holiday Inn O 0 0 0 0 O 4 4 0 4 O 04 0 0 0 0 0 0 a a 0 0 O - o O 0 6 • O 0 O e a O 4 0 4 o p O e 4 a a 0 4 O O 0 0 0o e o 00 e o D O 4 a O O o 0 0 0 0 O -- h e no 0 Page 53 of 201 Figure 27 — CONTAM — GRAPHICS LEVEL -- 4 Abossein Engineering, LLC 1 Conceptual Smoke Control Submittal 1 Tukwila Holiday Inn 8 CS LEVEL - 5 Page 54 of 201 Abossein Engineering, LLC 1 Conceptual Smoke Control Submittal 1 Tukwila Holiday Inn 8 4 0 Page 55 of 201 Abossein Engineering, LLC 1 Conceptual / Detailed Smoke Control Submittal 1 Tukwila Holiday Inn 12. CONTAM Below is the CONTAM simulation OUTPUT for Summer & Winter: CONTAM OUTPUT - STAIR 1- SUMMER project: TUKWILAJIOLIDAY INN_FINAL shaft report evel/zone '[in. H2o] [scfm] [i n. H20] [scfm] zone L-5/CORR 0.136 1 • 237.08 0.136 1 237.08 CORR L-4/CORK 0.139 1 • 240.09 0.139 1 240.09 CORR 1 1 L-3/CORR 0.142 < 242.30 0.142 > 242.30 CORR L-2/CORR 0.146 1 • 246.04 0.146 1 246.04 CORR 1 1 L-1/LOUN 0.151 < 249.89 0.151 > 249.89 LOUN + + CONTAM OUTPUT - STAIR 1- WINTER projJect: TUKWIL&JIOLIDAY INN_FINAL shaft report level'/zone '[i n. H20]', [scfm] [i n. H201 [scfm] zone 1 1 L-5/CORR 0.163 < 259.55 0.163 > 2.59.55 CORR L-4/CORR 0.150 1 249.09 0.150 1 249.09 CORR L-3/CORR 0.136 1 237.31 0.136 > 237.31 CORR 1 1 L-2/CORR 0.124 < 226.60 0.124 > 226.60 CORR L-1/LOUN 0.105 < 208.79 0.1105 > 208.79 LOUN + + Page 56 of 201 Abossein Engineering, LLC 1 Conceptual Smoke Control Submittal 1Tukwila Holiday (Inn CONTAM OUTPUT - STAIR 2 - SUMMER project : TUKWILA HOLIDAY INN_FINA'L shaft report level/zone [i n. H2o] [scfm] [i n. H20] [scfm] zone +- + ROOF/ L-'5/CORK 0.143 1 243.07 0.143 1 243.07 CORR L-4/CORK. 0.138 < 239.24 0.138 > 239.24 CORR 1 1 L-3/CORR 0.136 < 237.51 0.136 > 237.51 CORR L-2/CORR 0.139 1 239.47 0.139 1 239.47 CORR L-1/LOUN 0.143 1 242.91 0.143 1 242.91 LOUN + + CONTAM OUTPUT - STAIR 2 - WINTER pre ect: TUKWILA_tHOLIDAY INN_FINAL .raft report level/zone. [i n. H2O] [scfm], [i n. N203 [scfm] zone ROOF/ 1 L-5/CORR 0.175 < 269.12 0.175 1 269.12 CORR 1 L-4/CORR 0.155 < 253.12 0.1'55 1 253.12 CORR L-3/CORR 0.137 < 238.13 0.137 > 238.13 CORR L-2/CORR 0.123 < 225.87 0.123 > 225.87 CORR 1 L-1/LOUN 0.104 < 207.55 0.104 > 207.55 LOUN + + Page 57 of 201 \\�/A Abossein Engineering, LLC I Conceptual Smoke Control Submittal 1 Tukwila Holiday Inn CONTAM OUTPUT - ELEVATOR - SUMMER propct ect : TUKWILA _LIOLIDAY INN_'FINAL shaft report level/zone [in.H2o] [scfm] [in.820] [scfm] zone + ROOF/ L-5/CORR 0.123 1 '586.84 0..123 1 586.84 CORR L-4/CORR 0.127 1 595.04 0..127 1 • 595.04 CORR 1 1 L -3/CORR 0.129 < 601.05 0.129 > 601.05 CORR L-2/CORR 0.134 1 611.23 0.134 1 • 611.23 CORR 1 1 L -1/LOUN 0.138 < 621172 0.138 > 621.72 LOUN + + CONTAM OUTPUT - ELEVATOR - WINTER pro] ect: TUKWILA_HOLIDAY INN_FINAL shaft report level/zone [i n. H2O] [scfm] [in, H20] [scfm] zone ROOF/ L-5/CORR 0.158 1 663.75 0.158 1 663.75 CORR L-4 CORR 0.145 1 636.07 0.145 1 • 636.07 CORR 11 L-3/CORK 0.131 < 604.86 0.131 > 604.86 CORR L-2/CORR 0.119 < 576.43 0.119 > 576.43 CORR 1 1 L-1/LOUN 0.100 < 529.02 0.100 > 529.02 LOUN'. Page 58 of 201 , A Abossein Engineering, LLC 1 Conceptual Smoke Control Submittal 1 Tukwila Holiday Inn 13. SUMMARY • The results of the CONTAM analysis indicate that the stairwells and corridor pressurizations are , capable of being balanced to maintain acceptable pressurization provided that the fans have sufficient capacity and the stairwell are not excessively leaky. CONTAM Calculations Results Summary Zone 1 2 ELEV 1/2 Fan No. 1 Calculated Air Flow (CFM)J SPF -2 2,000 SPF -1 L 2,200 EPF-1 7,000 Pressure Dif Range (in-wc) .105>.163 .104>.175 .100>.158 Note: The fans will have VFD drives for balancing purposes and recommended to be selected with 150% Safety factor of the calculated figures above. Below is the actual designed fan schedule per the Mechanical permit drawings. Stair and Corridor Pressurization Equipment Schedule Designation Make/Model Serves CFM ESP (in-wc) Motor (HP) Volt/PH Type Notes CEF-1 Greenheck TCB -2-22-50 Corridor Exhaust 8200 2.00 7.5 208/3 Attic (1)(2)(3) SPF -1 Greenheck TCB -2-16-50 Stairwell #1 Press 4000 1.50 5 208/3 Attic (1)(2)(3) SPF -2 Greenheck TCB -2-16-50 Stairwell #2 Press 4000 1.50 5 208/3 Attic (1)(2)(3) EPF-1 Greenheck TBI-FS-4L24- 75 Elevator 1/2 Press 10000 1.50 7.5 208/3 Attic (1)(2)(3) CPF-1A thru 1D TBI -FS -4H24 - 15 Corridor Press (2-5) 2500 1.00 5 208/3 Attic (1)(2)(3) Notes: 1) Dual Belt with VFD Control. 2) Fan control per Event Matrix. See Fire Alarm Dwgs. 3) With Fail Safe open motorized damper per WSEC. 14. REFERENCES Dols, W. S. and Polidoro, B. J. 2016. CONTAM User Guide and Program Documentation Version 3.2. NIST Technical Note 1887. National Institute of Standards and Technology, Gaithersburg, M D. !dote, J. H. et al. 2012: Handbook of Smoke Control Engineering. ASHRAE, Atlanta, GA. Page 59 of 201 Abossein Engineering, LLC 1 Conceptual Smoke Control Submittal 1 Tukwila Holiday Inn mimir XV. Testing, Adjusting, Balancing & Commissioning Of Smoke Control System . Introduction The intent of this smoke control system is to provide a safe path of exit for evacuation of all occupants to the outside during fire conditions. This shall be accomplished by pressurizing the means of egress stairways along with the elevator shaft, smoke exhausting the fire floor corridors of floors 2-5 when the floor above and below the fire are being pressurized during the emergency fire conditions. Also, in case of the first floor fire the common areas of floor -1 will be smoke exhausted where the floor is being pressurized. The smoke control system shall be tested, adjusted, balanced and accepted per the COT/ TMC for Smoke Control Standard for operational testing, acceptance testing and periodical testing. See section — XIII below for 3' Party Inspection. 2. Testing, Adjusting, Balancing and Commissioning a. General • With all stair doors closed measure pressure differences across each stair door per national standard methods. • The test shall be at the location where stack effect is maximum based on ambient conditions. • The measured conditions shall be minimum 0.10 in-wc and not to exceed 0.35 in- wc across the stair door between the pressurized and non -pressurized adjacent space on same floor. • The measured conditions shall be minimum 0.05 in-wc negative between the corridor's fire floor exhaust and the pressurized floor above and floor below the fire floor where they will be respectively positive. • The smoke control shall be tested for o Normal mode o First alarm (automatic) o Manual override of normal o Automatic modesand return to normal • The stairway door opening forces exerted to door knobs shall be tested to assure Compliance with IBC -100-8-1.3 during pressurized modes not exceeding 30 Lbf. • Measure the elevator shaft's pressure differential across the shaft to the atmospheric pressure outside to be minimum 0.10 in-wc and not to exceed 0.25 in- wc. The elevator doors shall be open on recall floor and closed on all other floors. • Measure the above for the random fire floor being 3' floor. And measure pressure differential between the corridor and adjacent spaces to be more than 0.05" in-wc. Repeat for other floors as requested by the AHJ or engineer or the 3`d party inspector. • Repeat the above for a first floor fire and measure pressure differential between the common areas being exhausted and adjacent spaces and floor above to be more than 0.05" in-wc. Page 60 of 201 Abossein Engineering, LLC 1 Conceptual Smoke Control Submittal 1 Tukwila Holiday Inn b. Conceptual Testing Criteria Conduct an acceptance test of the smoke control system after the installation is complete. Test each component of each system. A final test of the smoke control system shall be performed by the Contractor prior to building occupancy. The test is to be conducted in the presence of, and to the satisfaction of, the Architect, City Fire Department, Bureau of Buildings Inspection division and the 3rd party special inspector (the Engineer may attend if deemed to be necessary), date and time of tests shall be scheduled by the Contractor. The final test report is to be signed by the Owner's representatives, Fire Department, and The Building Department. Correct any deficiencies discovered during testing and retest system. A copy of final report shall be submitted to the Owner, Architect and Engineer. Operational test shall verify that all equipment is functioning properly. The fire alarm system must receive the appropriate input signals from the detection devices and transmit the correct output signal to the smoke control system. Verify the following: 1. Each element that activates the smoke control system does so. See Section #L below for Alarm Zone Event Matrix that will need to be followed for testing compliance. 2. Monitor the fire control panel to determine if the proper zone and device type alarm is received and enunciated. 3. Monitor the equipment of the smoke control system to determine if the appropriate start/stop and positioning functions are performed. 4. Activate the manual controls at the fire control panel and verify proper operations. 5. Capacity test shall verify that all equipment that comprises the smoke control system is moving the proper airflow quantities. A digital manometer shall be used to measure the airflow pressures. 6. SMOKE AREA: Level -1 lobby shall be considered the zone that will require protection of migration of smoke to stairways and elevator shaft. During any fire condition the.two stairs and the elevator shall be pressurized as smoke zones separated by positive pressure from the rest of the building. The corridors for Levels 2-5 are considered pressurized safe areas for existing and will be smoke exhausting or pressurizing accordingly. 7. Combination smoke/fire dampers are located at all shaft enclosures, rated wall penetrations, etc. as described and required per COT / TMC Smoke Control Standards. 8. It should be noted that during commissioning, the flow rates of these systems will be adjusted so that they will produce acceptable pressure differences. This Page 61 of 201 \\�/ Abossein Engineering, LLC 1 Conceptual Smoke Control Submittal 1 Tukwila Holiday Inn lamir commissioning needs to be done under conditions as would be expected during a fire: a) With all smoke control systems operating. b) And, with elevator cars recalled to the ground floor. c. Smoke Control Equipment The 3rd. Party special inspector will witness testing of all smoke control equipment and related accessories per the IBC -909.18 to demonstrate compliance with the required guide lines. • All equipment will be successfully tested and commissioned to provide the pressure differential required at required smoke zones. • Airflows CFM, RPM, Velocities, Voltage, Amps, proper rotations, number of belts, proper sheaves, proper setting of VFD's shall be determined and measured per the IBC 909 and per NEBB standard Criteria as referenced in this report and Per COT/ TMC. d. Initiating Devices • During testing minimum of two people will have to perform the test in addition to the 3' party inspector's observations. One person must be at FSCP and the other person initiating the test. There must be adequate hand held radios to facilitate proper communication and reporting. • Verifications will need to be made at the device and at FSCP along with building's Main Fire Alarm Panel and at any other location that is required. • Per IBC -909.18.1 all initiating devices will be activated individually and/if collectively and as required to show proper operation and reporting of all Fire Alarm and FSCP systems. • Per IBC -909.18.7 all initiating devices will be verified for their proper functions and reporting requirements. 3. Commissioning • The Commissioning will provide the following quality control goals: o Procedure to verify the operation of the installed system o Establish a comparison of what is installed versus what has been designed and their possible deviations to assure the integrity of the designed system has been maintained o To develop a single point quality control channel to avoid discrepancies leading to lack of efficiency in the life safety system o To verify the proper installation of the components of the Smoke control system o Witness the testing of the systems, components and equipment to verify the adequacy of their satisfactorily performance o Verify that the smoke control equipment and components have been installed in compliance with their respective manufacturers' guide lines. Page 62 of 201 \\�/A Abossein Engineering, LLC 1 Conceptual Smoke Control Submittal 1 Tukwila Holiday Inn look XVI. 3rd Party Special Inspection 1. General Special inspection per IBC -909.3 is required for smoke control system. Verify with the city for their requirements and review COT / TMC Smoke Control Standards, and arrange for 3rd party inspector or other assignees or acceptable approved inspectors minimum of 60 days before actual tests. The 3'd party inspector duties shall be provided by: TBD. • Comply with the guide lines as set in IBC -909.3, IBC -909.18, IBC -909.19, ASHRAE Guidelines, COT / TMC and Chapter -8 of NFPA-92 shall be followed. • The special inspector will witness all required tests and will prepare proper documentation per the aforementioned codes and standards and will provide a certificate of substantial completion. • Coordinate with Team Members to prepare expected guide lines and procedures to be followed • Gather and review all related documents for quality control evaluation and test preparation • Coordinate with the General Contractor for scheduling of all the required tasks • Review all related equipment submittals in conjunction with the smoke control system • Review all design drawings in conjunction with the smoke control system • Review all shop drawings in conjunction with the smoke control system • Review all fire alarm shop drawings in conjunction with the smoke control system • Review all start-up documents in conjunction with the smoke control system • Review all point to point control and fire alarm check lists and TAB preliminary test reports • Verify that all smoke control components such as fan, dampers, devices, fire alarm panels and all related smoke control equipment systems have had their pre -functional testing properly completed along with pre -start and start up documentations. • Two-way radio communication shall be provided by the general contractor for all testing and required reporting and communication • All documents needed by the 3'd party inspector shall be provide by the general contractor in advance to facilitate the 3'd party inspector's process • All components of the smoke control system will be pretested by the construction team and prepared to be ready in order to be demonstrated to the 3'd party inspector • Witness all tests related to the smoke control system as noted and as required here and per the standards and codes referred to here, directly or indirectly. • Each required trade impacted by the smoke control system shall have an authorized representative at the time of test and when required (full time). The representative shall be capable of operating and answering questions in relation to their installed system and trade • The smoke control system will need to be tested in its entirety under normal and emergency stand by power • The smoke control shall be tested for: Page 63 of 201 Abossein Engineering, LLC 1 Conceptual Smoke Control Submittal I Tukwila Holiday Inn o Normal mode o First alarm (automatic) o Manual override of normal o Automatic modes o and return to normal • Upon completion of ail the above the 3rd party inspector shall prepare and finalize all required documents and test reports to the City of Tukwila, Owner, Architect and Engineer 2. Special Inspector Test (SI / SIT) • The architect, engineer of record, author of the detailed design report, or special inspector shall prepare a Special Inspector Test Procedure in accordance with IBC Section 909.3 that will be submitted to the City of Tukwila for review and approval with the smoke control permit. This document shall provide a detailed method of testing and documenting the pass/fail criteria of each test demonstrating that each component of the smoke control system functions as intended by the design. The document shall be provided as a bound document, independent of the design plans. The special inspection requirements shall be provided per COT/TMC. 3. System commissioning by the Tukwila Fire Department • The special inspector will witness all required tests and will prepare proper documentation per the aforementioned codes and standards and will provide a certificate of substantial completion. Upon completion of this certification the final system commissioning testing request may be made to the City Of Tukwila's Fire Department. • Commissioning testing to "Final" the smoke control permit shall be completed in accordance with Special Inspector Test Procedures, and this section. Operational and Performance testing will be witnessed by the Tukwila Fire Department. XVII. Confidence Testing 1. The system upon satisfactorily completion and start of its operation and after issuance of certificate of occupancy shall continue to be tested to provide confidence testing of the smoke control system to assure continuous life safety when needed. 2. The system shall be tested per COT / TMC, IBC -909.20.1 through 20.5 and 909.20 and IFC. 3. Self -tests shall include tests to confirm the following: • Starting all smoke control fans ON/OFF and bringing them up to speed • Positive Confirmation of all required actuations • FA and FSCP panels' system component confirmations • Opening and closing the dampers to their emergency and normal positions • All faults shall be reported for immediate evaluation at FSCP (visual & audible) and reported as trouble alarm to the monitoring agency for taking corrective actions Page 64 of 201 rrIA Abossein Engineering, LLC 1 Conceptual Smoke Control Submittal 1 Tukwila Holiday Inn • All tests and reporting shall be printed and documented to be accessible during inspections. • COT / TMC's additional confidence reporting requirements See Appendix -I for a proposed Sample. XVIII. Conclusion This report was prepared based on COT / TMC per IBC -909 and has compiled all the designed data related to smoke control of the 2 stairs that are being pressurized, 1 elevator shaft with 2 -cars along with Corridor smoke control of residential levels 1 through 5. The Mechanical, Fire Sprinklers, Fire Alarm and Electrical design drawings supporting these document will be submitted for their own respective permits by the contractors via their engineers as a part of further detailed construction documents. Those disciplines have not been designed by this office but their designs in compliance with all related codes and regulations have been compiled in this report. 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Tukwila Municipal Code (TMC) Ordinance #2326 City of Tukwila Washington Ordinance No. a3a6 AN ORDINANCE OF THE CITY COUNCIL OF THE CITY OF TUKWILA, WASHINGTON, ESTABLISHING SPECIAL PROVISIONS FOR 6 -STORY TYPE V-A CONSTRUCTION, TO BE CODIFIED AT TUKWILA MUNICIPAL CODE CHAPTER 16.05, "5 -STORY TYPE V=A BUILDINGS"; PROVIDING FOR SEVERABILITY; AND ESTABLISHING AN EFFECTIVE DATE. WHEREAS, the City Council finds it is in the best interest of the City to provide additional tools to build economically viable mixed-use and multi -family buildings; and WHEREAS, the international Building Code provides for the approval of alternate material, methods of design, and methods of construction; and WHEREAS, RCW 19.27.060 allows cities to amend the State Building Code, provided the application of any that apply within their jurisdiction shall not result in a code that is less than the minimum performance standards and objectives contained in the State Building Code; and WHEREAS, the City Council finds that providing this alternate method of construction should provide an incentive for the construction_ of economically viable mixed-use and residential occupancies; Which is the City's growth strategy in commercial zones along the Tukwila international Boulevard Corridor, Tukwila Urban Center and the Tukwila South area; NOW, THEREFORE, THE CITY COUNCIL OF THE CITY OF TUKWILA, WASHINGTON, HEREBY ORDAINS AS FOLLOWS: Section 1, . Regulations Established. Tukwila Municipal Code Chapter 16.05, "5 -Story Type V-A Buildings," is hereby established to read as follows CHAPTER 16.05 5 -STORY TYPE V-A BUILDINGS Sections: 16.05.010 Purpose of Chapter 16;05.020 Construction 16.05.030 Occupancy 16.05.040 Stair Enclosures 16.05.050 Fire Detection and Protection 16.05.060 Building Height 16.05.070 Basic Allowable Floor Area 16.05.080 Elevators 16.05.090 Fire Department Access 16.05.100 Attic / Roof Ventilation & General Design Requirements 18.05.110 Construction Inspections 16.05.120 Maintenance of Fire Protection Systems W: Word Praoessing15-1 Building Cook 69:rn h of ^o11 Pep ti of 5 Page 105 of 201 Abossein Engineering, LLC 1 Conceptual / Detailed Smoke Control Submittal 1 Tukwila Holiday Inn Section 2. TMC Section 16.05.010, `Purpose of Chapter," hereby reads as follows: 16.05.010 Purpose of Chapter The purpose of TMC Chapter 16.05 is to authorize the construction of 5 -story Type V-A buildings as an approved alternate design and construction method under Section 104.11 of the international Building Code, 2009 Edition, and to set forth the criteria and standards which must be met prior to a building permit' being issued for a 5 -story Type V-A building. Section 3. TMC Section 16.05.020, `Construction," hereby reads as follows: 1 6.05,020 Construction A. International Building Code Requirements. Five -story Type V-A buildings shall oomply with all requirements of the International Building Code, 2009 Edition except es specifically required by this chapter. In the event of a oontiici between the International Building Code and the provisions of this chapter, the provisions of this chapter shall control. In the event of a conflict between the language in Tukwila Municipal Code Chapter 16,48 and the provisions of this chapter, the provisions of this chapter shalt control. References in this chapter to building construction "types" (e.g. Type 1, or Type V-A) shall have the same meaning as set forth in the International Building Code, 2009 Edition. B. Lowest Story Construction Requirements. The lowest story in a fire -story Type V-A building shalt be constructed of Type V-A fire -resistive construction, except that all structural frame and load bearing elements shalt be of approved, 2 -hour fire -resistive construction. C. Upper Four Stories. The upper four stories of a five -story Type V-A building shall be constructed of at least Type V-A fire -resistive construction with no exceptions permitted. D. Use of Type V-A Above Type IA Construction. Where Type V-A stories are constructed over Type IA construction, the Type V-A story shall be separated from the Type i stories with a horizontal assembly having a 'minimum 3 -hour fire resistance rating as provided in the international Building Code, 2009 Edition. Shafts, stairway, ramp and escalator enclosures through the horizontal assembly shall have not less than 2 -hour fire resistance rating with opening protectives in accordance with the international Building Code, 2009 Edition, Section 715.4. No exceptions permitted. E, Non -Load -Bearing Walls. Non -load-bearing walls, exterior and interior walls, shall be constnaction of at least Type. V-A fire -resistive construction, no exceptions permitted. F. Shafts. Shafts shall be constructed of an approved 2 -hour fire -resistive assembly, with duct penetrations protected with fireismoke dampers rated for 1 -1(2 -hour fire resistance rating. No exceptions permitted. G. Corridors. Except for corridors within a dwelling or sleeping unit. corridors serving an occupant load greater than 10, shall be constructed of 1 -hour fire -resistive construction, and shall comply with the international Building Code. 2009 Edition requirements for "Fire Partitions,' No exceptions permitted. Section 4. TMC Section 16.05.030, "Occupancy," hereby reads as follows: 16.05.030 Occupancy A. Occupancy of five -story Type V-A buildings shall be Group R-1 or R-2 Occupancies permitted above the first floor. Group 5-2, parking garages, B, M, R. or Multiple Group A occu- pancies, each with an occupant load of less than 300, shall be permitted on the first floor only. B. 'Occupancy" shalt have the same meaning as set forth in the International Building Code. 2009 Edition. W: Word Processing\ 51 Building Code comm srmrr: t Page 2 of 5 Page 106 of 201 rhilh Abossein Engineering, LLC I Conceptual SmOke Control Submittal 1 Tukwila Holiday Inn Section 5. TMC Section 16.05.040, `Stair Enclosures," hereby reads as follows: 16.05.040 Stair Enclosures , Where buildings are designed and constructed pursuant to this section, all stair enclosures shall be 2 -hour tire -resistive construction with 1 -1/2 -hour opening ',protection. Stair enclosures shall be pressurized as described in the international Building C9de, Section 909.20.5. Section 6. TMC Section 16.05.050, "Fire Detection and Protection," hereby reads as follows: 16.05.050 Fire Detection and Protection A. Fire Sprinkler System. Five -story Type V-A' buildings shall be protected throughout by an automatic fire sprinkler system as defined in Tukwila Municipal Code Chapter 16.42, the International Building Code, 2009 Edition, the International Fire Code 2009 Edition and as defined by National Fire Protection Association Standards (NFPA) 13, as set forth herein. The 2009 Editions of the International Building Code and tntemationat Fire Code shall be as presently constituted or as hereafter amended. B. Flre Detection System. A monitored manual and automatic fire detection system shall be installed throughout the building with audible and visual alarm signals. Fire alarm installation shall be in accordance with the International Building Code, 2009 Edition International Fire Code, NFPA 72 and Tukwila Municipal Code Chapter 16,40. C. Equipment and Controls 'Location. Fire detection system equipment and controls shall be located in a location approved by the Fire Marshal. The monitoring equipment shall be located in a separate room enclosed with 1 -hour fire -rated barriers or horizontal assemblies constructed in accordance with the International Building Code. 2009 Edition,. D. Class I standpipe hose connections are required. A Class I standpipe shall be located in every stairway; a hose connection shall be provided for each floor level and on intermediate floor level landings between floors unless otherwise approved by the Fire Marshal. E. Standby Generator. A standby power generator set shall be provided on the premises in accordance with the. Washington Cities Electrical Code and NFPA 70 as presently constituted or hereafter amended. The standby system shall have the capacity and rating to sufficiently supply all equipment required to be operational at the same time, including but not limited to: 1. Emergency lighting: and 2. Stair enclosure and elevator shaft pressurization; and 3. Elevators. Section 7. TMC Section 16.05.060, "Building Height," hereby reads as follows: 16.05.060 Building Height A. The maximum height of buildings designed and constructed pursuant to this section shall be 70 feet. The building height shall be measured as described in the International Building Code, 2009 Edition as presently Constituted or hereafter amended. No ;additional height increases are permitted. B. Where a five -story Type V-A building is to be constructed over a base structure of Type t construction, the overall height of the resulting building shall not exceed 70 feet, as measured from the grade plane. No additional height increases are permitted. W: Word ProoessIng S.1 euliding Cede GR:mm 31792 11 Page 3 or 5. Page 107 of 201 Abossein Engineering, LLC 1 Conceptual Smoke Control Submittal 1 Tukwila Holiday Inn Section 8. TMC Section 16.05.070; *Basic Ailowable Floor Area," hereby reads as follows: 16.05.070 'Basic Allowable Floor Area The basic allowable area of floors of a five -story Type V-A building shall be as stated in Table 503 and Section 506 of the International Building Code, 2009 Edition as presently constituted or as hereafter amended, For the purpose of this chapter only, the total allowable area as calculated subject to Table 503 and Section 506 of the International Building Code, 2009 Edition, may be increased by 25%. Section 9. TMC Section 16.05.080, "Elevators." hereby reads as follows: 16,05.080 Elevators A, Elevators shall comply with the requirements of International Building Code, 2009 Edition Chapter 30, and the following. 1. One elevator shall be provided for Fire' Department emergency access to all floors. 2. Such elevator car shall be of a size and arrangement to accommodate a 24 -inch by 84 -inch ambulance stretcher with no less than 5 -inch radius corners in the horizontal, open position and shall be identified by the International Symbol for Emergency Medical Services (Star of Life). The symbol shall not be less than 3 inches and shall be placed inside and on both sides of the hoist way door frame. 3. An enclosed elevator lobby shall be provided at each floor. The lobby enclosure shall separate the elevator shaft enclosure doors from each floor by fire partitions as prescribed in the Intemational_Buiiding Code, 2009 dit on, Section 709. Fire partitions shall have a fire resistance rating of not less than one hour, no exceptions permitted. 4. Doors protecting openings in the elevator lobby and enclosure walls shall also comply with the I_nteraatipnal_ Building Code, 2009 Edition, Section 715,4.3 as required for corridors, 5. Penetrations of the elevator lobby enclosure by ductwork and air transfer openings shall be protected as required for corridors. 6. Elevator lobbies shall have at least one means of egress complying with provisions of the International Building code 2009 Edition Chapter 10. 7. As an alternative to providing elevator tabbies. the elevator shaft enclosure shall be pressurized in accordance with the international Building Code. 2009 Edition Section 708,14,2.1 as presently constituted or hereafter amended_ Section 10. TMC Section 16.05,090, "Fire Department Access, hereby reads as follows; 16.05.090 Fire Department Access Site design for any five -story Type V-A building shall include access sufficient for fire apparatus in accordance with the International Fire Cott as presently constituted or hereafter amended, and Tukwila Municipal Code Chapter 16.16, and shall be approved by the Fire Marshal. The fire apparatus access shall be described on the site plan that is submitted for a permit application. Section 11. TMC Section 16.05.100. "Attic/Roof Ventilation & General Design Require- ments," hereby reads as follows 16.05.100 Attic/Roof Ventilation & General Design Requirements A. Ventilation of attic spaces shall be in accordance with the intemptional Building Code, 2009 Edition, Section 1203 and the following condition: Se word Processings undtng Code 813371) 3r202 11 Page 4 of 5 Page 108 of 201 \\T/A Abossein Engineering, LLC 1 Conceptual Smoke Control Submittal 1 Tukwila Holiday Inn Nook 1. The design of attic ventilation method shall not include eave vents or cornice vents that would occur directly above and within 36 inches horizontally of a window, whether fixed glazing or windows wlth vent openings. B. Construction details shall include details necessary to prevent damage from the cumulative effect of wood shrinkage as it will affect plumbing systems, electrical system. exterior cladding and moisture control systems of the building envelope and wood structural connectors. C All fire doors protecting exit enclosures, exit passageways, elevator lobbies or fire doors providing access through other fire rated assemblies shall be installed with magnetic hold -open devices. Doors so equipped shall be automatic closing by the activation of smoke detector or loss of power to smoke detector or hold -open device. Section 13. TMC Section 16.05.110, 'Construction Inspections," hereby reads as' follows' 16.05.110 Construction Inspections In addition to the construction inspections required pursuant to the International Budding Code, 2009 Edition Section 110 and special inspections required by Chapter 17, structural observation by the engineer of record shall be required for the structural frame and seismic - force resisting systems. Conditions for structural observation shall be in accordance with the International Building Code, 2009 Edition, Section 1710. Section 14. TMC Section 16.05.120, "Maintenance of Fire Protection Systems," hereby reads as follows: 16.05.120 Maintenance of Fire Protection Systems The owner(s) of a five -story Type V-A building shall maintain the fire and Life -safety systems required by the International Building Code. 2009 Edition, and Tukwila Municipal Code in an operable condition at all times. Unless otherwise required by the Fire Marshal, testers, approved by the :Fire Department shall conduct yearly testing of such systems. A written record shall be maintained and shall be forwarded to the Fire Marshal and be available to the inspection authority. Section 15. Severability. If any section, subsection, paragraph, sentence, clause or phrase of this ordinance or its application to any person or situation should be held to be invalid or unconstitutional for any reason by a court of competent jurisdiction, such Invalidity or unconstitutionality shall not affect the validity or constitutionality of the remaining portions of this ordinance or its application to any other person or situation. Section 16. Effective Date. This ordinance or a summary thereof shall be published in the official newspaper of the City, and shalt take effect and be In full force five days after passage and publication as provided by law. PASSED BY THE CITY COUNCIL OF THE CITY OF TUKWILA, WASHINGTON, at a Regular Meeting thereof this ' H day of (fpr L , 2011, ATTEST/AUTHENTICATED: d Christy O'FlahCMC, City Clerk APPROVED AS TO FORM BY: ty-ttorney W:Irtk d Processingt5i 9ullckng Code 5P-ar ,3-agzuia Jf ° 99erto� or ed with the City Clerk: 3 :3 D.- 1 Passed by the City Council: it -14. Published. - f Effective Date: Ordinance Number: Page 5 or $ Page 109 of 201 • Abossein Engineering, LLC 1 Conceptual Smoke Control Submittal 1 Tukwila Holiday Inn Tukwila Municipal Code (TMC) Ordinance #2328 City of Tukwila Washington' Ordinance No. AN ORDINANCE OF THE CITY COUNCIL OF THE CITY OF TUKWILA, WASHINGTON, UPDATING REGULATIONS REGARDING AUTOMATIC FIRE ALARM SYSTEMS IN NEW AND EXISTING BUILDINGS WITHIN THE CITY OF TUKWILA, AS CODIFIED AT TUKWILA MUNICIPAL CODE CHAPTER 16.40; REPEALING ORDINANCE NOS. 2051, 2131 AND 2168; PROVIDING FOR SEVERABILITY; AND ESTABLISHING AN EFFECTIVE DATE. WHEREAS, the City Council desires to provide a safe living and working environment in the City of Tukwila; and WHEREAS, the. City Council desires to provide the highest degree of life safety for its citizens; and WHEREAS, it has been determined that automatic fire alarm systems facilitate a safe working environment and provide a high degree of life safety; NOW, THEREFORE, THE CITY COUNCIL OF THE CITY OF TUKWILA, WASHINGTON, HEREBY ORDAINS AS FOLLOWS: Section 1. Tukwila Municipal Coder Chapter 16.40 is hereby adopted to read as follows_ Chapter 16.40 FIRE ALARM SYSTEMS Sections: 16.40,010 Required. 16.40.020 References. 16.40.030 Definitions. 16.40,040 Approval and Design Plans. 16.40.050 General Requirements. 16.40.060 Alarm/Control Panel Requirements. 16.40.070 Placement and Type of Detector. 16.40.080 Acceptance Testing. 16:40,090 Maintenance. 16.40.100 Applicability. 16.40.110 Monitoring. 16.40.120 Special Requirements. 16.40.130 Re -inspection Fees for New Construction, Tenant Improvement and Spot Inspections. 16.40.140 Exceptions. 16.40.150 Penalties. 16.40.160 Appeals. WIWordProcessinglOrdinanceGIFiteAlaim.din OT:mrh 02116/2011 Page 1 of 10 Page 110 of 201 Abossein Engineering, LLC 1 Conceptual Smoke Control Submittal 1 Tukwila Holiday Inn Section 2. Tukwila Municipal Code Section 16.40.010 is hereby adopted to read as follows: 16.40.090 Required An automatic fire alarm system shall be installed in all new structures less than 10,000 square feet total floor area. Exceptions are noted in Tukwila Municipal Code Section 16.40.140. Section 3. Tukwila Municipal Code Section 16.40,020 is hereby adopted 10 read as follows: 16.40.020 References The following references shalt be used in the design, installation and maintenance of fire alarm systems within the City of Tukwila; if there is a conflict between the codes, the code that provides the greatest degree of fire protection shall apply. References are to the current editions, unless otherwise noted. NFPA 70NATIONA'L ELECTRICAL CODE NFPA 72 PROTECTIVE SIGNALING SYSTEMS NFPA 88A _. ,..:PARKING STRUCTURES IFC INTERNATIONAL FIRE CODE IBC INTERNATIONAL BUILDING CODE WAC 51-34 WASHINGTON FIRE CODE RCW 19.27 STATE BUiLDING CODE ACT RCW 19.28 ELECTRICAL CODE AND ORDINANCES Section 4. Tukwila Municipal Code Section 16.40.030 is hereby adopted to read as follows: 16.40.030 Definitions A. `Addressable device" means a fire alarm system component with discreet identification that can have its status individually identified or that is used to individually control other functions. B. "Alarm indicating device" is any listed bell, buzzer, visual or audible device that produces an alarm signal for fire. C. "Alarm initiating device" is any listed device which, when activated, initiates an alarm by manual or automatic operation of an electrical Contac* through an alarm indicating device. D. "Alarm signal" is any listed audible or visual signet, or both, indicating the existence of an emergency fire condition. E. "Analog initiating device" (sensor) is an initiating device that transmits a signal indicating varying degrees of condition, as contrasted with a conventional initiating device which can only indicate an on/off condition. F. '"Annunciator" is any listed equipment that indicates the zone or area of the building from which an alarm has been initiated, the location of an alarm actuating device, or the operation condition of alarm circuits or the system. G. "Approved" refers to the approval of the Tukwila Fire Department. H. "Authority having jurisdiction" refers to the Tukwila Fire Department. 1. "Automatic fire alarm system" is a combination of listed compatible devices, control panels. audible and visual devices and other equipment, together with the necessary electrical energy, designed and veired to produce an alarm in the event of fire or special system activation. J. "Alarm/control panel" is comprised of the controls, relays, switches and associated circuits necessary to furnish power to a fire alarm system, receive signals from fire alarm devices and transmit them to indicating devices and accessory equipment. wAzh'ord ProcessingtOrdlna lFlre.Alsrmcloc ®T:rnrh 02/16,2011 Page 2 of 10 Page 111 of 201 �.� Abossein Engineering, LLC 1 Conceptual Smoke Control Submittal 1 Tukwila Holiday Inn K. "Compatibility listed" means a specific listing process that applies only to two -wire devices (such as smoke detectors) designed to operate with certain control equipment. L. "Compatible" means equipment that interfaces mechanically or electrically together as manufactured, without field modification_ M. 'Fire alarm control panel" is a system component that receives input from automatic and manual fire alarm devices and may supply power to detection devices and transponder(s) or off -premises transmitter(s). The control unit may also provide transfer of power to the notification appliances and transfer of condition to relays or devices connected to the control unit. The fire alarm control unit can be .a local fire alarm control unit or master control unit N. "Listed" means equipment or materials indicated in a list published by an organization acceptable to the authority having jurisdiction and concerned with product evaluation, that maintains periodic inspection of production of listed equipment or .materials, and whose listing states either that the equipment or material meets appropriate standards or has been tested and found suitable for use in a specified manner_ O. "Line -type detector" is a device in which detection is continuous along a path. Typical examples are rate -of -rise pneumatic tubing detectors, projected beam smoke detectors, and heat -sensitive detectors. P, "Maintenance" refers to repair service, including periodic recurrent inspections and. tests per manufacturer's specifications and NAPA 72, required to keep the protective signaling system (automatic fire alarm system) and its component parts in an operative condition at all times, together with the replacement of the system or its components when — for any reason -- they become undependable or inoperative, Q. "Shall"indicates a mandatory requirement, H. "Should" indicates a recommendation or that which is advised but not required, S. "Spacing" means a horizontally measured dimension relating to the allowable coverage of fire detectors. T. "Transmitter" refers to any listed transmitter able 10 transmit and/or receive status changes automatically or manually from a listed alarm panel to an approved central station via leased telephone lines,. U. "UC central station" refers to a UL -listed central station approved to monitor automatic fire alarm systems with the City of Tukwila. V. "Zone" means each building or portion of building, as determined by the authority having jurisdiction, W. "Resubmittal" means any set of plans that requires subsequent review, Section 5. Tukwila Municipal Code Section 16.40.040 is hereby adopted to read as follows: 16.40.040 Approval and Design Plans A. At least three complete sets of blueprint drawings with information regarding the fire alarm system, including detailed specifications, wiring, diagrams, elevation diagram (showing false ceiling areas), and floor plans, shall be submitted to the Tukwila Fire Prevention Bureau for approval prior to installation of any equipment or wiring. (One set of approved plans shall be located at the construction site.) B. Drawings submitted for approval must include the following: 1, A completed Fire Protection System Permit Application_ WiWcat Pracessing40rdllnancesFlre Alarm,dac DTn,rh 0214 612 01 1 Page 3 of 10 Page 112 of 201 �.� Abossein Engineering, LLC 1 Conceptual Smoke Control Submittal 1 Tukwila Holiday Inn 2, Floor layout showing all rooms and spaces, including a cross section of the space being protected, with accurate measurements drawn to a scale no smaller than 1i8 -inch scale, 3. identification of each room or space, i.e. guest rooms, mechanical room, attic, etc. 4. Location of each system component using the appropriate symbol_ 5. Explanatory notes and legend to lend clarity to the plan and identify the manufacturer and model number of each alarm component used. 6. A wiring schematic clarifying type and size of wiring (must comply with NEPA 70), and a point-to-point wiring diagram, 7. Zoning, if applicable. 8. A copy of the technical specifications for each component used in the makeup of the automatic fire alarm system. If the components are not all from the same manufacturer, UL cross listing compatibility cards are required. 9. The current used by each of the initiating and indication devices and current rating of the power supply. 10. Battery calculations for compatibility. 11. Building permit number. 12. Total number of devices being installed. C. After the fire alarm plans have been approved by the Tukwila Fire Prevention Bureau, a job number will be issued to begin work. The plan review fees are as follows: Commercial: For 1-5 devices: Base fee = $100.00. Commercial: For 6 or more devices: Base fee r $200.00 + $1.50 per device in excess of 10 devices. Single Family_ Base fee = $50,00 +$1.50 per device in excess of 10 devices. Resubmittal: Fee = $200,00 Section 6. Tukwila Municipal Code Section 16.40.050 is hereby adopted to read as follows` 16.40.050 General Requirements A. Alt companies installing automatic fire alarm systems shall have a State electrical contractor's license, 6, All persons installing automatic fire alarm systems shall hold a State low voltage installer's certificate or journeyman electrician certificate per RCW 19.28.041. An apprentice certificate is acceptable for installers when supervised by a certified journeyman per RCW 19.28.4. C. A City of Tukwila electrical permit shall be posted at all automatic fire alarm system installations per Tukwila Municipal Code Section 16.04.020. D. All equipment, devices, and wiring shall be listed by Underwriters Laboratories or Factory .Mutual and shall be approved for the purpose which they are intended. No one shall perform any type of modification to any device that would void its UL/FM listing. E. If determined necessary by the authority having jurisdiction, control panels shall have sufficient auxiliary power outlets for automatic door closures, relay boards for elevator control, HVAC detectors, air pressurization. and all other auxiliary devices. They shall also have sufficient power for four -wire smoke detectors, remote LED indicating lights and duct detectors with relays. W.M1Word Proc essinglbrdinancesWire M rin.5'.oe DT:mrh 0211612011 Page 4 of 10 Page 113 of 201 �.� Abossein Engineering, LLC I Conceptual Smoke Control Submittal 1 Tukwila Holiday Inn F. Remote alarm annunciation/indication is required at the main entrance if the control panel is not visible from the main entrance, The height of the annunciator/control panel shall be 48 to 60 inches above gradcdloor, G. When the control panel is located inside a room, the outside of the door shall have a sign in one -inch letters that reads `Fire Alarm" or "Fire Alarm Control." H. A rechargeable battery backup is required on any automatic fire alarm system installation. There shall be enough battery capacity at all times to rtn the alarm system in standby for 24 hours and after that time, sound all alerting devices for at least five minutes. At the end of the battery life cycle, batteries shall be replaced. L Audible devices shall be placed in buildings and be so located that, with all intervening doors dosed, the alarm device shall be heard at not less than 15 decibels above the ambient noise levels; steeping areas shall be a minimum of 75 decibels. Visible alarms shall be placed throughout the building in all assembly areas; common use areas, including toilet rooms and bathing facilities; hallways and lobbies; hotel guest rooms and rooms 130 square feet or larger regardless of use. J. Whenever possible, the control panel shall be located in a heated main corridor or a heated main lobby. When the control panel is located inside a room, the room shall be heated, and kept at an ambient temperature between 40° and 100°F. The outside of the door shall have a sign in one -inch letters, which reads °Fire Alarm" or "Fire Alarm Control." AT NO TIME SHALL THE CONTROL PANEL BE LOCATED IN AN EXTERIOR LOCATION, K. All new alarm systems shall be addressable. Each device shall have its own address and shall annunciate individual addresses at a UL central station. Section T. Tukwila Municipal Code Section 16.40,060 is hereby adopted to read as follows: 16.40.060 AlarmiControl Panel Requirements A. A light shall indicate that the system is receiving normal power. A failure of normal power shall cause the light to go out and an audible signal to sound, B. All batteries shall have an automatic rate charger to maintain standby batteries in a fully charged condition. C, A power transfer circuit shall be installed that will switch to standby power automatically and instantaneously if normal power fails. D. All alarm signals shall be automatically "locked in' at the alarm panel until their operated devices are returned to nermat condition, and the alarm panel is manually reset, E. The fire alarm panel shall be reset only by authorized personnel of the Tukwila Fire Department. F, The reset code for the lire alarm panel or keypad shall be 1-2-3-4-5. The reset code shall not be changed without the approval of the Fire Marshal. The reset code should be permanently posted at the keypad. G. The supervised relay boards that control elevator recall, air pressurization and all other auxiliary functions shall stay "locked in," even though the audible signaling circuits have been silenced, until the panel has been reset and returned to normal. H. For systems employing water flow detection devices, manual pull stations shall be distributed throughout the building. Audible and visible alarms shall be placed in all common - use areas. W: We d Proccs5iny',OrdinnccsTire Alnrntd°F OT,mm 02/16t2011 Page 5 of 10 Page 114of201 Abossein Engineering, LLC 1 Conceptual Smoke Control Submittal 1 Tukwila Holiday Inn 1. Ail trouble and supervisory indication for Post Indicating Valves, Wall indicating Valves, and Outside Stem and Yoke Valves shall be on a zone isolated from waterflow indication, for trouble only. J. Alt fire alarm panels/keypads shall have alarm silence capability. Section 8. Tukwila Municipal Code Section 16.40.070 is hereby adopted to read as follows: 16.40.070 Placement and Type of Detector A. All detectors shall be installed and spaded according to the manufacturer's instructions and NFPA 72. The Tukwila Fire Prevention Bureau may require additional detectors or decreased spacing. B. At least one of the following types of detectors shall be placed in all rooms, halls, storage areas, basements, attics, lofts, spaces above suspended ceilings, storage lockers, closets, electrical rooms, iriatehine equipment rooms, shafts, crawl spaces and stairwells: smoke, rate - of -rise, fixed -temperature, photobeam, flame, rate -compensation, or line -hype. Access shall be provided to the attics and crawl spaces for maintenance of the detectors. C. AR detectors placed above the ceiling shall have remote indicating lights in the ceiling directly below the device or other means of indication as approved by the Fire Prevention Bureau. D. All rate -of -rise and fixed -temperature heat detectors shall have replacement links or be self -restoring for testing purposes. E. Smoke detectors shall be the preferred detector type in all areas. When conditions are such that smoke detectors are not practical, other type(s) of detectors shall be installed as approved by the Tukwila Fire Prevention Bureau. F, Non-sprinkleredd multi -family dwellings shall have system heat detection installed throughout the unit, Section 9. Tukwila Municipal Code a Section 16.40.080 is hereby adopted to read as follows: 16.40.080 Acceptance Testing A. Upon completion of a system installation, a satisfactory test of the entire installation shall be made by the contractor's representative in the presence of a member of the Tukwila Fire Prevention Bureau and shall comply with the procedures contained in NFPA 72 and the manufacturer's specifications. The use of a decibel meter will be employed to determine minimum sound levels during acceptance testing. Final approval is contingent upon a successful performance test. B. A condition of final acceptance of the fire alarm system shall be the receipt of a completed contractor's Material and Test Certificate — Fire Alarm and Automatic Detection Systems, to the effect that the system has been installed In accordance with approved plans and tested in accordance with the manufacturer's specifications and appropriate NFPA requirements. The completed installation certificate shall be returned to the Tukwila Fire Prevention Bureau, prior to the acceptance test. C. As-builts shall be provided prior to system acceptance and final approval if any modifications not shown on the original ,plans have been done to the system. Section 10. Tukwila Municipal Code Section 16..40.080 is hereby adopted to read as follows: 16.40.090 Maintenance W;4wor6 PrggeS,gindtdrdi Vn '1Fire Akorn.6os: OT:mrh 02J16(2011 Page 6 of 10 Page 115 of 201 11.E Abossein Engineering, LLC 1 Conceptual Smoke Control Submittal 1 Tukwila Holiday Inn A. A satisfactory contract covering the maintenance, operation and efficiency of the system shall be provided by the building/property owner or his agent The contract shall provide for inspections; tests and maintenance as specified in NFPA 72 and manufacturers instructions. The building/property owner or his agent shall be responsible for the maintenance of the automatic fire alarm system with the following provisions: 1, The renter or Lessee shall notify the building/property owner or his agent of the need of any suspected maintenance or malfunction of the system. 2. The building/property owner or his agent shall assume no liability in the event any unauthorized person, renter or lessee tampers with, attempts to repair or damages any part of the automatic fire alarm system so as to render it inoperative_ Provided, however, the building/property owner and his agent shall be liable in the event either of them become aware of tampering or efforts to repair or damage the system, and they thereafter fail to restore the system within a reasonable period of time so that it functions in accord with the standards provided for in Tukwila Municipal Code Chapter 16.40. B. A copy of inspection, test, and maintenance records shall be forwarded to the Tukwila Fire Prevention Bureau. C. The automatic fire alarm system shall be maintained in operative condition at all times, 0. Battery -powered detectors in existing buildings shall have new batteries installed in accordance with the manufacturer's specifications. and shall be tested at least annually by the building owner or the building owner's representative. Documentation of the testing and applicable repairs shall be sent to the fire department. E. Inspections, maintenance and testing of fire alarm systems shall be performed by personnel with qualifications acceptable to the Tukwila Fire Prevention Bureau. Section 11. Tukwila Municipal Code Section 16,40.100 is hereby adopted to read as follows: 16.40.100 Applicability A. Automatic fire alarm systems shall be installed in the following occupancies; 1. Hotels. 2. Motels. 3. Multi -family dwellings (with rttore than 4 units): See Tukwila Municipal Code Section 16.40.120.B, Special Requirements. 4. All other new commercialendustrial buildings under 500 square feet unless fully protected by an automatic sprinkler system. 5. When sold, existing commercial and industrial buildings that are not protected by an automatic sprinkler system. Exceptions: a. Any structure 400 square feet or less in total usable floor area. b. Singte•family residential structures. 6. When sold, existing commercial/industrial buildings equipped with an existing fire alarm system shall upgrade tocurrent fire alarm ordinance requirements. 7. When sold, commercialiindustrial buildings that are protected by an automatic sprinkler system shall install a manual fire alarm system. w':tWOrrt Prose. Ingi0rdlnscsWFIreAlann.doc OT:mrh 0211 612 01 1 Page 7 of 10 Page 116 of 201 �.� Abossein Engineering, LLC 1 Conceptual Smoke Control Submittal 1 Tukwila Holiday Inn 8. When sold, existing hotel/motel oceupaneies which are not protected by an automatic sprinkler system shall install a fire alarm system throughout. The guest rooms shall comply with Tukwila Municipal Code Section "16.40.120,A. 9. When sold, multi -family dwellings which are protected by an automatic sprinkler system shall install a fire alarm system eommplying with Tukwila Municipal Code Section 16.40.120.5. Exception Multi -family dwellings of four units or Less. 10. When sold, multifamily dwellings which are not protected by an automatic sprinkler system shall install smoke detectors in sleeping areas, in accordance with the International Building Code. Common areas and exit corridors shall be protected by detectors and manual pull stations monitored by a UL central station, Audibility shall meet the requirements of NFPA 72. Exception: Multi -family dwellings of four units or less. 11. Arty building or portion of a budding which, due to the nature of its occupancy, is required by the International Fire Code or other nationally -recognized standard to have an automatic fire alarm system, 12. Any building or portion of a building which, due to the nature of its occupancy, is determined by the Chief to be a special hazard or have a high life safety need. 13. A manual fire alarm system shall be installed in all new sprinklered buildings. Visual and audible devices shall be installed per Tukwila Municipal Code Section 16.40.050.1. B. For items 5, 6, 7, 8, 9 and 10 of Tukwila Municipal Code Section 16.40.100, the installation of an automatic fire alarm system shall be completed within 120 days from the date of notification by the Tukwila Fire Department. Section 12. Tukwila Municipal Code Section 16.40.110 is hereby adopted to read as follows_ 16.40.110 Monitoring The following fire alarm systems are required to be monitored by a City of Tukwila -approved UL central station. 1. All new automatic and manual systems as required by Tukwila Municipal Cade Section 16.40.100, or required by any other code or standard. 2. All existing fire alarm systems. 3. All fire alarm systems installed by the occupant/owner that are optional in commercial, industrial and multi -family occupancies. 4. Smoke detectors that are installed in lieu of a one-hour corridor requirement. 5. HVAC units that are required to have duct detectors and that serve more than one occupancy or serve an area open to the public. 6. City of Tukwila -approved UL central stations that fail to maintain their UL listing shall be prohibited from monitoring fire alarm systems within the City of Tukwila. Section 13. Tukwila Municipal Code Section 16.40.120 is hereby adopted to read as follows: 16.49.120 Special Requirements A. The guest room smoke detectors and bathroom heat detectors of hotel/motel occupancies shall annunciate at a panel located at or near the front desk. These detectors will w;tWord Processing4Ordinances.9re Alann.dcc pT;mrh 02/1642611 Page 8 of 10 Page 117 of 201 Abossein Engineering, LLC 1 Conceptual Smoke Control Submittal 1 Tukwila Holiday Inn not transmit an alarm to the UL central station. The alarm panel, located at or near the front desk, shall be monitored 24 hours a day by the hotel/motel staff. B. Multi -family dwellings and lodging houses fully protected by an automatic sprinkler system shall have detectors installed in accordance with the International Building Code. Common areas and exit corridors shall be protected by detectors and manual pull stations, monitored by a UL central station. C. Multi -family dwellings and lodging houses shall have audible(vsual devices throughout the unit. Bedrooms shall have a 110 candela wall -mounted horn/strobe within 16 feet of the pillow or a 177 candela ceiling -mounted ham/strobe. Audibility shall be a minimum of 75 decibels at the pillow, The bathroom shall have an appropriately rated strobe only. U_ When monitoring of an existing system is lost for any reason, a fire watch must be posted during non -business hours. The fire watch person shall call the recorded fire prevention phone line at two-hour intervals confirming the all -clear status of the building. In the event of a fire emergency the fire watch shall call 911 immediately to report the fire emergency. E, Duct detectors shall send a supervisory signal only and shall not cause an alarm. F. Approved Knox key boxes shall be provided for access to alarm panels and sprinkler risers. C. An exterior horn or bell/strobe shall be installed outside all buildings/tenant spaces that have a fire alarm system. H. A 110 candela horn/strobe shall be installed above the kitchen suppression system's manual pull station. Section 14. Tukwila Municipal Code Section 16.40.130 is hereby adopted to read as follows: 16.40.130 Reinspection Fees for New Construction, Tenant Improvements, and Spot Inspections. When an inspection is requested for new construction, tenant improvements or spot inspections, and then, upon arrival, the Fire Inspector finds that the work is not complete, not ready for inspection, or does not comply with fire code requirements, a follow-up inspection will be required, and a re -inspection fee of $100.00 will be assessed. Section 15. Tukwila Municipal Code Section 16.40.140 is hereby adopted to read as follows: 16.40.140 Exceptions Any exception to the items covered by Tukwila Municipal Code Chapter 16.40 shall be made by the Chief of the Fire Department, or by the Fire Marshal. Request for exception must be made in writing; exceptions granted or denied shall be in writing_ Section 16. Tukwila Municipal Code Section 16.40.150 is hereby adopted to read as follows. 16.40.150 Penalties Any person violating the provisions of Tukwila Municipal Code Chapter 16.40, the International Fire Code or appendices adopted by Tukwila Municipal Code Chapter 16.16, or who shalt fail to comply therewith, or who shall violate or fail to comply with any order made thereunder, or who shall build in violation of any detailed statement of specifications or plans submitted and approved thereunder or any certificate or permit issued thereunder and from which no appeal has been taken, or who shall fail to comply with such an order as affirmed or modified by the Fire Marshal or by a court of competent jurisdiction within the time fixed therein, shall be guilty of a gross misdemeanor, and upon conviction thereof, shall be punished by a fine W;',LVora ProcessIn0Ordinances,,wiro AJarrn.doc DT:mrh 02116(2011 Page, 9 of 10 Page 118 of 201 �.� Abossein Engineering, LLC 1 Conceptual Smoke Control Submittal ! Tukwila Holiday Inn in an amount not to exceed $5,000.00, as outlined in Tukwila Municipal Code Section 16.16,080. or imprisonment for a term not to exceed one year or by both such fine and imprisonment, The imposition of one penalty for any violation shall not excuse the violation or permit it to Continue. Each day or portion thereof during, which any violation of the provisions of this section Is caused, permitted or continued shall constitute a separate offense and shall be punishable as such. Application of the penalty specified in this section shall not be held to prevent the enforced removal of prohibited conditions. Section 17, Tukwila Municipal Code Section 16.40.160 is hereby adopted to read as follows: 16.40.160 Permit Expiration. 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. Section 18. Tukwila Municipal Code Section 16.40.170 is hereby adopted to read as follows: 16.40,170 Appeals. Whenever the Fire Marshal disapproves an application or refuses to grant a permit applied for, the applicant may appeal the decision to the Board of Appeals established in Section 108 of the international Fire Code within 30 days from the date of the Fire Marshal's decision(s). Section 108 shall be amended to read: Disputes regarding interpretation of code provisions shall be settled by the International Fire Code Institute. When deemed appropriate, the Fire Marshal will request a formal, written interpretation from the Institute. Section 19. Repeater. Ordinance Nos. 2051, 2131 and 2168 are hereby repealed. Section 20. Severability. It any section, subsection, paragraph, sentence, clause or phrase of this ordinance or its application to any person or situation should be held to be invalid or unconstitutional for any reason by a court of competent Jurisdiction, such invalidity or unconstitutionality shall not affect the validity or constitutionality of the remaining portions of this ordinance or its application to any other person or situation. Section 21. Effective Date. This ordinance or a summary thereof shall be published in the official newspaper of the City, and shall take effect and be in full force five days after passage and publication as provided by law. PASSED BY THE CITY COUNCIL OF THE CITY OF TUKWILA, WASHINGTON, at a Regular Meeting thereof this 970 day of Z' . 2011, ATTEST/AUTHENTICATED: Christy O'Fla'h' , C, City Clerk APPROVED AS TO FORM BY: Vp.�ard ProcessingtOr rdinaceF1re Alarrn.dec 0TWmrh 02f16!$011 it Jg9arto /*or d with the City Clerk: Passed by the City Council: Published: 14 - 1 _ Effective Date:_ i 1 I Ordinance Number: 2, „ _ Page 10 of 10 Page 119 of 201 Abossein Engineering, LLC 1 Conceptual Smoke Control Submittal 1 Tukwila Holiday Inn City of Tukwila Public Notice of Ordinance Adoption for Ordinances 2326-2331. On April 4, 2011 the City Council of the City of Tukwila, Washington, adopted the following ordinances the main points of which are summarized by title as follows: Ordinance 2326: AN ORDINANCE OF THE CITY COUNCIL OF THE CITY OF TUKWILA, WASHINGTON, ESTABLISHING SPECIAL PROVISIONS FOR 5 -STORY TYPE V-A CONSTRUCTION, TO BE CODIFIED AT TUKWILA MUNICIPAL. CODE CHAPTER 16.05, "5 -STORY TYPE V-A BUILDINGS'; PROVIDING FOR SEVERABILITY: AND ESTABLISHING AN EFFECTIVE DATE. Ordinance 2327: AN ORDINANCE OF THE CITY COUNCIL OF THE CITY OF TUKWILA, WASHINGTON, UPDATING REGULATIONS REGARDING FIRE PROTECTION SYSTEMS IN NEW AND EXISTING BUILDINGS WITHIN THE CITY OF TUKWILA, AS CODIFIED AT TUKWILA MUNICIPAL CODE CHAPTER 16.42, REPEALING ORDINANCE NOS. 2050, 2130 AND 2167; PROVIDING FOR SEVERABILITY; AND ESTABLISHING AN EFFECTIVE DATE. Ordinance 2328: AN ORDINANCE OF THE CITY COUNCIL OF THE CITY OF TUKWILA, WASHINGTON, UPDATING REGULATIONS REGARDING AUTOMATIC FIRE ALARM SYSTEMS IN NEW AND EXISTING BUILDINGS WITHIN THE CITY OF TUKWILA, AS CODIFIED AT TUKWILA MUNICIPAL CODE CHAPTER 16.40; REPEALING ORDINANCE NOS. 2051„ 2131 AND 2168; PROVIDING FOR SEVERABILITY; AND ESTABLISHING AN EFFECTIVE DATE. Ordinance 2329: AN ORDINANCE OF THE CITY COUNCIL OF THE CITY OF TUKWILA, WASHINGTON, REPEALING ORDINANCE NOS_ 2053,. 2083 AND 2133, AS CODIFIED AT TUKWILA MUNICIPAL CODE CHAPTER 16.48; UPDATING CERTAIN FIRE PROTECTION STANDARDS FOR THE CONSTRUCTION OF HIGH- RISE BUILDINGS WITHIN THE CITY OF TUKWILA; PROVIDING FOR SEVERABILITY; AND ESTABLISHING AN EFFECTIVE DATE. Ordinance 2330: AN ORDINANCE OF THE CITY COUNCIL OF THE CITY OF TUKWILA, WASHINGTON, ESTABLISHING NEW REGULATIONS TO BE CODIFIED AT TUKWILA MUNICIPAL CODE, CHAPTER 16.46, REGARDING CERTAIN FIRE PROTECTION STANDARDS FOR THE CONSTRUCTION OF MID -RISE BUILDINGS WITHIN THE CITY OF TUKWILA; PROVIDING FOR SEVERABILITY; AND ESTABLISHING AN EFFECTIVE DATE. Ordinance 2331: AN ORDINANCE OF THE CITY COUNCIL OF THE CITY OF TUKWILA, WASHINGTON, AMENDING ORDINANCE NO. 2290, §8 (PART), AS CODIFIED AT TUKWILA MUNICIPAL CODE SECTION 16.16.070, "AMENDMENTS TO THE INTERNATIONAL FIRE CODE," AND AMENDING ORDINANCE NO. 2290, §13, AS CODIFIED AT TUKWILA MUNICIPAL CODE SECTION 16.16,110, "VIOLATIONS—PENALTIES," TO CLASSIFY FIRE LANE PARKING VIOLATIONS AS A CIVIL INFRACTION; PROVIDING FOR SEVERABILITY; AND ESTABLISHING AN EFFECTIVE DATE,. The full text of this ordinance will be provided upon request. Christy O'Flaherty, CMC, City Clerk Published Seattle Times: April 7, 2011 Page 120 of 201 "'CFI Abossein Engineering, LLC 1 Conceptual Smoke Control Submittal I Tukwila Holiday Inn Tukwila Municipal Code (TMC) Ordinance #2330 City of Tukwila Washington Ordinance No. AN ORDINANCE OF THE CITY COUNCIL OF THE CITY OF TUKWILA, WASHINGTON, ESTABLISHING NEW REGULATIONS TO BE CODIFIED AT TUKWILA MUNICIPAL CODE, CHAPTER 16.46, REGARDING CERTAIN FIRE PROTECTION STANDARDS FOR THE CONSTRUCTION OF MID -RISE BUILDINGS WITHIN THE CITY OF TUKWILA; PROVIDING FOR SEVERABILITY; AND ESTABLISHING AN EFFECTIVE DATE. WHEREAS, the City of Tukwila is concerned about the health, welfare and safety of persons working or residing in mid -rise buildings; and WHEREAS, the City wishes to provide appropriate standards for construction of mid -rise buildings; NOW THEREFORE, THE CITY COUNCIL OF THE CITY OF TUKWILA, WASHINGTON, HEREBY ORDAINS AS FOLLOWS: Section 1. Regulations Established. Tukwila Municipal Code (TMC) Chapter 16.46, "Fire Protection in Mid -Rise Buildings is hereby established to read as follows; CHAPTER 16.46 FIRE PROTECTION IN MID -RISE BUILDINGS Sections: 16.46.010 Story Defined 16.46.020 Scope and Construction of Chapter 16.46.030 Sprinkler Systems 16.46.040 Fire Hose Racks 16.46.050 Standpipes 16.46.060 Parking Structures 16.46.070 Standby Fire Pumps 16.46,080 Emergency Power Generator 16.46.090 Windows 16,46.100 Smoke/Heat Detector System 16.46.110 Emergency Communications System 16.46.120 Emergency Communications System Room 16.46.130 Emergency Evacuation Notification System W;'lWog! Processioa Rise New RLS,�ulaiarXs. rbt otanrh Page 1 of 6 Page 121 of 201 \1/A Abossein Engineering, LLC 1 Conceptual Smoke Control Submittal 1 Tukwila Holiday Inn 16.46.140 Smoke Evacuation System 16.46.150 Re -inspection Fees for New Construction, Tenant Improvements, and Spot Inspections 16.46.160 Violations --Penalties 16.46.170 Appeals 16.46.180 Exceptions Section 2. Tukwila Municipal Code Section 16.46.010 is hereby established to read as follows: 16.46.010 Story Defined. As used herein, the terms "Story' and "Building Height" shall be as defined in the Washington State Building Code. Section 3. Tukwila Municipal Code Section 16.46.020 is hereby established to read as follows: 16.46.020 Scope and Construction of Chapter. A. TMC Chapter 16.46 shall apply only to buildings between four stories or 40 feet and eight stories or 75 feet to the =copied floor from the lowest level of Fire Department Vehicle Access. In all other respects„ the provisions of the International Building Code (IBC), as found in TMC Chapter 16.04, and the International Fire Code (IFC), as found in TMC Chapter 16.16; shall be generally applicable to TMC Chapter 16.46 including, but not limited to, provisions for the issuance of permits and collection of fees therefor, and provisions for penalties for violations and establishing administrative appeal procedures. 8. If, in any specific case, TMC Chapter 16.46 specifies materials, methods of construction or other requirements that are different from those specified in any other part of the Tukwila Building Code (TMC Chapter 16.04), the more restrictive requirement shall govern. C. Buildings constructed of Type VA Construction (light wood frame construction) as outlined in TMC Chapter 16.04 as written by the Tukwila Building Official, shall be considered to meet the intent of this ordinance. Section 4. Tukwila Municipal Code Section 16.46.030 is hereby established to read as follows: 16.46.030 Sprinkler Systems. Every building shall be fully sprinklered in accordance with the standards set down in NFPA (National Fire Protection Association,) #13, minimum light hazard with no omissions allowed in guest rooms and sleeping areas and ordinary hazard in all other common areas. Section 5. Tukwila Municipal Code Section 16.46.040 is hereby established to read as follows: 16.46.040 Fire Hose Racks. Buildings over four stories shall have in the stair tower, adjacent to the standpipe, beginning on the third floor and alternating every other floor, in hose cabinets, 150 feet of 1-3/4" double jacket hose with 1-1/2" NST hose couplings. The hose lengths shall be connected and bundled together: The cabinet shall be labeled "FIRE DEPARTMENT USE ONLY." Section 6. Tukwila Municipal Code Section 16.46.050 is hereby established to read as follows: IN: Mcrd Processing %lid Rise New Regulallons.dvc O rrxn 'Page 2 of 6 Page 122 of 201 TM; Abossein Engineering, LLC 1 Conceptual Smoke Control Submittal 1 Tukwila Holiday Inn 16.46.050 Standpipes. A. With regard to TMC Section 16A6.040. separate dry standpipes shall not be required if the standpipes and the sprinkler risers are the same pipes, that is, "`wet' standpipes, as defined in Section 905 of the International Building Code. B. A second standpipe shall be installed in one stairwell with a separate feed from the main sprinkler riser room and separate fire department connection system. Section 7. Tukwila Municipal Code Section 16.46.060 is hereby established to read as follows: 16.46.060 Parking Structures. All parking structures shall be equipped with an automatic Fire Sprinkler System. Section 8. Tukwila Municipal Code Section 16.46.070 is hereby established to read as follows: 16.46.070 Standby Fire Pumps. Two standby fire pumps shall be provided and shall have automatic controls to utilize the emergency water supply. One pump shall be diesel powered. The other shall be electric and shall be capable of being powered from the building emergency power generator. Fire pumps may not be required if the fire sprinkler system hydraulic calculations do not require the use of the fire pump for system operation. Section 9. Tukwila Municipal Code Section 16.46.080 is hereby established to read as follows: 16.46.080 emergency Power Generator. An emergency power generator shall be provided and shall provide power for the following: 1. Emergency elevator, 2. Minimum lighting, including all exit stairs, exit lights and exit corridors: 3. Stair tower pressurization; 4. Emergency communications system, including phone jacks: 5. .Fire alarm system: 6. Electric fire pump: 7. Smoke removal equipment (if otherwise required); 8. Emergency evacuation notification system; 9. Fire Department control ;room. Section 10. Tukwila Municipal Code Section 16.46.090 is hereby established to read as follows: 16.46.090 Windows. if the building is not provided with openable windows on each floor, 10% of the windows on each floor shall be tempered glass with a 1.314' diameter red circle on the upper left-hand corner of each window. Section 11. Tukwila Municipal Code Section 16.46.100 is hereby established to read as follows: 16.46.100 Smokelleat Detector System. Every building will have a full fire alarm system, in accordance with the standards set down by TMC Chapter 16.40 and w tW r i Proeossinf Wild Riva New Revulations,doc Otmrh Page 3 of 6 Page 123 of 201 Abossein Engineering, LLC 1 Conceptual Smoke Control Submittal 1 Tukwila Holiday Inn NFPA 72 The building shall be provided with an approved smoke heat detector system combined with manual pull -stations. Smoke detectors shall be installed in the elevator lobby of each floor and outside of the emergency stair tower doors on each floor. Fixed temperature heat detectors shall be installed in all mechanical equipment rooms. Both this detector system and the sprinkler system shall be monitored by an approved central station alarm agency, providing 24-hour supervision. Section 12. Tukwila Municipal Code Section 16.46.110 is hereby established to read as follows: 16.46.110 Emergency Communications System. A. An emergency communications system shall be provided with jacks on each floor of each emergency stair tower and beside the emergency elevator. A minimum of six handsets shall be stored in a room, the location of which shall be designated by the Fire Marshal of the Fire Department (Section 907.2.12.3 of the IBC). 8. Emergency responder radio coverage shall be provided in accordance with the 2009 Edition of the international Fire Code Section 510. Section 13. Tukwila Municipal Code Section 16.46.120 is hereby established to read as follows: 16.46.120 Emergency Communications System Room. The room referred to in TMC Section 16.46.110 shall be of fire -resistive construction (according to the standards set out in Section 911 of the International Building Code), shall ordinarily remain locked (the lock shall automatically release upon activation of either the fire detection or sprinkler system), and shall contain the following: 1. Emergency communication system controls; 2. Fire alarm and sprinkler flow annunciator panels; 3. Controls to manually start and shut down the fire pumps: 4. An outside line telephone,: 5. Smoke evacuation controls; 6. Elevator status panel. Section 14. Tukwila Municipal Code Section 16.46.130 is hereby established to read as follows: 16.46.130 Emergency Evacuation Notification System. The building must contain an emergency evacuation notification system in accordance with iBC Section 403 and that has been approved by the Fire Marshal of the Fire Department for use in that building. Section 15. Tukwila Municipal Code Section 16.46.140 is hereby established to read as follows: 16.46.140 Smoke Evacuation System. The building must contain a smoke evacuation system that has been approved by the Fire Marshal of the Fire Department for use in that building, taking into consideration the design of the heating, ventilation and air conditioning (HVAC) systems of the building (Section 909 of the iFC and iBC). Section 16. Tukwila .Municipal Code Section 16.46.150 is hereby established to read as follows: W: Mord PYo435ing,1id Rise New Regulalions.dcc aT Imrh Page 4 of 6 Page 124 of 201 \\�/A Abossein Engineering, LLC 1 Conceptual Smoke Control Submittal 1 Tukwila Holiday Inn 16.46.150 Re -inspection Fees for New Construction, Tenant Improvements, and Spot 'Inspections. A re -inspection fee of $100 will be assessed when an inspection is requested for new construction, tenant improvements or spot inspections. or when upon arrival the Fire Inspector finds the work is not complete, not ready for inspection, or does not comply with fire code requirements. Under these conditions, a follow-up inspection will be required. Section 17. Tukwila Municipal Code Section 16.46.160 is hereby established to read as follows: 16.46.160 Violations—Penalties. Any person who shall violate any of the provisions of TMC Chapter 16.46, the International Fire Code or appendices adopted by TMC Chapter 16.16, or who shall fail to comply therewith, or who shall violate or fail to comply with any order made thereunder, or who shall build in violation of any detailed statement of specifications or plans submitted and approved thereunder or any certificate or permit issued thereunder and from which no appeal has been taken, or who shall fail to comply with such an order as affirmed or modified by the Fire Marsha'I or by a court of competent jurisdiction within the time fixed therein, shall be guilty of a gross misdemeanor, and upon conviction thereof, shall be punished by a fine in an amount not to exoeed 55,000.00, as outlined in TMC Section 16.16.080, or imprisonment for a term not to exceed one year or by both such fine and imprisonment. The imposition of one penalty for any violation shall not excuse the violation or permit it to continue. Each day or portion thereof during which any violation of the provisions of this section is caused, permitted or continued shall constitute a separate offense and shall be punishable as such. Application of the penalty specified in this section shall not be held to prevent the enforced removal of prohibited conditions. Section 18. Tukwila Municipal Code Section 16.46.170 is hereby established to read as follows: 16.46.170 Appeals. Whenever the Fire Marshal disapproves an application or refuses to grant a permit applied for, the applicant may appeal the decision to the Board of Appeals established in Section 108 of the International Fire Code within 30 days from the date of the Fire Marshal's decision(s). Section 108 shall be amended to read: Disputes regarding interpretation of code provisions shall be settled by the International Fire Code Institute. When deemed appropriate, the Fire Marshal will request a formal, written interpretation from the Institute. Section 19. Tukwila Municipal Code Section 16.46.180 is hereby established to read as follows: • 16.46.180 Exceptions. Any exceptions to the items covered by this chapter shall be granted by the Chief of the Fire Department or by the Fire Marshal. Requests for exception must be made in writing; exceptions granted or denied shall be in writing. Section 20. Severability. If any section, subsection. paragraph, sentence, clause or phrase of this ordinance or its application to any person or situation should be held to be invalid or unconstitutional for any reason by a court of competent jurisdiction, such invalidity or unconstitutionality shall not affect the validity or constitutionality of the remaining portions of this ordinance or its application to any other person or situation. W; \Word Processing'Vh1Cd Rise New Regetlaticos.dec QTmm Page 5of6 Page 125 of 201 LAbossein Engineering, LLC 1 Conceptual Smoke Control Submittal ( Tukwila Holiday Inn Section 21. Effective Date. This ordinance or a summary thereof shall be published in the official newspaper of the City, and shall take effect and be in 'Full force five days after passage and publication as provided by law, gMeeting day of ILA, WASHINGTON, at a Regular thereof this W'VM 20911, PASSED BY THE CITY COUNCIL OF THE CITY ATTEST/AUTHENTICATED: tt-N Christy O'Fla rty, MC, City Cle APPROVED AS TO FORM BY: Offic 4144D Attorney Wr :Word PoactistikvW41 Rite New Rsgalaliens.doc DTmrit Jim ' ggerto 0000 i 04"," Pt>sd with the City Clerk: Passed by the City Council: Published: Effective Date. Ordinance Number Page 6of6 Page 126 of 201 Abossein Engineering, LLC 1 Conceptual Smoke Control Submittal 1 Tukwila Holiday Inn Lig City of Tukwila Public Notice of Ordinance Adoption for Ordinances 2326-2331. On April 4, 2011 the City Council of the City of Tukwila, Washington, .adopted the following ordinances the main points of which are summarized by title as follows: Ordinance 2326: AN ORDINANCE OF THE CITY COUNCIL OF THE CITY OF TUKWILA, WASHINGTON, ESTABLISHING SPECIAL PROVISIONS FOR 5 -STORY TYPE V-A CONSTRUCTION, TO BE CODIFIED AT TUKWILA MUNICIPAL CODE CHAPTER 16 05, "5 -STORY TYPE V-A BUILDINGS"; PROVIDING FOR SEVERABILITY; AND ESTABLISHING AN EFFECTIVE DATE. Ordinance 2327: AN ORDINANCE OF THE CITY COUNCIL OF THE CITY OF TUKWILA, WASHINGTON, UPDATING REGULATIONS REGARDING FIRE PROTECTION SYSTEMS IN NEW AND EXISTING BUILDINGS WITHIN THE CITY OF TUKWILA, AS CODIFIED AT TUKWILA MUNICIPAL CODE CHAPTER 16,42; REPEALING ORDINANCE NOS. 2050, '2130 AND 2167; PROVIDING FOR SEVERABILITY; AND ESTABLISHING AN EFFECTIVE DATE. Ordinance 2328: AN ORDINANCE OF THE CITY COUNCIL OF THE CITY OF TUKWILA, WASHINGTON, UPDATING REGULATIONS REGARDING AUTOMATIC FIRE ALARM SYSTEMS IN NEW AND EXISTING BUILDINGS WITHIN THE CITY OF TUKWILA, AS CODIFIED AT TUKWILA MUNICIPAL CODE CHAPTER 16.40; REPEALING ORDINANCE NOS. 2051, 2131 AND 2168; PROVIDING FOR SEVERABILITY; AND ESTABLISHING AN EFFECTIVE DATE. Ordinance 2329: AN ORDINANCE OF THE CITY COUNCIL OF THE CITY OF TUKWILA, WASHINGTON, REPEALING ORDINANCE NOS, 2053, 2083 AND 2133, AS CODIFIED AT TUKWILA MUNICIPAL CODE CHAPTER 16.48; UPDATING CERTAIN FIRE PROTECTION STANDARDS FOR THE CONSTRUCTION OF HIGH- RISE BUILDINGS WITHIN THE CITY OF TUKWILA; PROVIDING FOR SEVERABILITY; AND ESTABLISHING AN EFFECTIVE DATE. Ordinance 2330: AN ORDINANCE OF THE CITY COUNCIL OF THE CITY OF TUKWILA, WASHINGTON, ESTABLISHING NEW REGULATIONS TO BE CODIFIED AT TUKWILA MUNICIPAL CODE, CHAPTER 16.46, REGARDING CERTAIN FIRE PROTECTION STANDARDS FOR THE CONSTRUCTION OF MID -RISE BUILDINGS WITHIN THE CITY OF TUKWILA; PROVIDING FOR SEVERABILITY; AND ESTABLISHING AN EFFECTIVE DATE. Ordinance 2331: AN ORDINANCE OF THE CITY COUNCIL OF THE CITY OF TUKWILA, WASHINGTON, AMENDING ORDINANCE NO. 2290, §8 (PART), AS CODIFIED AT TUKWILA MUNICIPAL CODE SECTION 16.16.070, AMENDMENTS TO THE INTERNATIONAL FIRE CODE," AND AMENDING ORDINANCE NO. 2290, §13, AS CODIFIED AT TUKWILA MUNICIPAL CODE SECTION 16.16.110, "VIOLATIONS—PENALTIES," TO CLASSIFY FIRE LANE PARKING VIOLATIONS AS A CIVIL INFRACTION; PROVIDING FOR SEVERABILITY; AND ESTABLISHING AN EFFECTIVE DATE. The full text of this ordinance will be provided upon request. Christy O'Flaherty, CMC, City Clerk Published Seattle Times: April 7, 2011 Page 127 of 201 \\�/A Abossein Engineering, LLC 1 Conceptual Smoke Control Submittal ( Tukwila Holiday Inn malAr H. Tukwila Fire Department Smoke Control Permit Application and Checklist TUKWILA FIRE MARSHAL'S OFFICE SMOKE CONTROL PERMIT CHECKLIST PART 1 i Architect Name: Dale Sweeney Phone: 425-260-8969 Company Name: Dale Sweeney — Architect Email: dale.design3d©gmaii.com Mechanical Engineer: Name: David Keys Phone: 503-248-5300 Company Name: MEP Consulting. LLC Email: david.keyst mepcon.com D Electrical Contractor. Name: Richard Bianchin Phone:425-402-9400 x15 Company Name: Case Engineering, P.S. Email: richardQcaseeng.com D Are Alarm Contractor: 'Name: David M. Phipps Phone: 503-590-3732 Company Name: Fire Protection. Services. Inc Email: phippsefpsnw.com Ei Sprinkler Contractor: Name: Brooks Bain Phone: 503-692-9281 Company Name: Automatic Fire Protection Systems, Inc. Email:brooksOafpsys.com The smoke control permit shall be issued prior to fire department approval of the mechanical permit. Note: Approval of the smoke control system does not constitute approval of each component system.. Separate fire alarm, sprinkler, building, mechanical, and electrical approvals are required. To apply for the smoke control permit, including shaft pressurization only systems, documentation consisting of the .following is required. This submittal checklist must be completed and submitted with your plans. Submit 3 sets of documents. The Tukwila Are Marshal's Office may require additional information as needed. If you have any questions concerning your application, please contact us as 206-575-4407 or f ire'Marshak tukwilawa.gov • The Conceptual Smoke Control Design is the first submittal of the Smoke Control Permit and must be submitted as a separate permit prior to the Building permit.. Tukwila Are Marshal's Office • 6300 Southcemler Bhp. Sine #209, Tukwila, WA 98188 . Phone: 206-575-4407 • Sag: RreMaishalkaviOawa.gate Page 1 of 12 Page 128 of 201 \\�/n Abossein Engineering, LLC 1 Conceptual Smoke Control Submittal 1 Tukwila Holiday Inn The Conceptual Smoke Control Design must be prepared by a Professional Engineer competent in the design of smoke control systems and accompanied by current architectural background drawings and Smoke Control Zone Plans. The Conceptual Smoke Control Design must be approved prior to release of the building permit or submittal of the detailed design. Locations that may require smoke control systems "include (IBC 2012 reference): • Pressurized Shafts/Smokeproof Enclosures (1022.10) • Underground Buildings (405.5) • Windowless Buildings (408.9) • Covered Mall Buildings (402.7.2) • Mid -Rise Buildings (City Ordinance #2330) • High-rise Buildings (403.4.7) (City Ordinance #2329) • Building Atriums (404.5) • Stages and Platforms (410.3.7.2) • Assembly Seating (1028.6.2.1) The submittal must indude: • A Summary Event Matrix (sequence of operations) for the smoke control system. O Smoke. Control Zone Plans at a legible scale (these may be part of the drawing set) identifying smoke control zone boundaries and smoke barrier locations. Depict (cross hatching, coloring, etc.) the smoke control approach for each space, such as active (indicate mechanical supply and/or exhaust capability), passive (indicate if vents are provided), or sub -zones (spaces not constructed as a smoke compartment and not provided with smoke control). • A Life Safety Report must be submitted as part of the conceptual design. This report must include a project description of the building, life safety systems and the smoke control system. Calculations/computer modeling analysis need not be provided with the conceptual design. 0 Life Safety Systems, This report must indude a description of the building, occupancies and various life safety features of the project (sprinkler systems, fire pumps, reservoirs, standpipe systems, fire detection/alarm/communication system, Fire Command Center requirements, emergency power systems, in -building radio system, etc.) and how they will interface with each other. Tukw8a Foe Marshal's Office • 6300 Southcenter 8 vd., Suiie #209, Tukwila, WA 98188 • Phone: 206-575-4407 • Email: FireMarsha@Eukwiilawa.aov Page 2 of 12 Page 129 of 201 Abossein Engineering, LLC 1 Conceptual Smoke Control Submittal 1 Tukwila Holiday Inn 0 The Smoke Control Narrative must detail how the code requirements of IBC 909 will be addressed including the design constraints and limits. It must also dearly describe each space identified on the Smoke Control Zone Plans, in sufficient detail to describe the smoke control method for each space and how it would be initiated. In particular: y b Systems perforrnancae goals and design objective, including general testing criteria. a Specific performance criteria to be evaluated for each zone. Location of fire-fighter's smoke control panel. • Description of the firefighter smoke control panel features. Description of the 2 -hour protection of pressurization fan wiring, equipment and ductwork. O Location of pressurization fans. • Identified design constraints. O Identification of spaces where computer modeling is planned. O Design basis fire(s) and locations. O Tenability criteria.. Remodeling or tenant improvement (11) projects that affect the performance of an existing smoke control system, or require the addition of a smoke control system, must satisfy the conditions described in the guide. Architectural Plan Submittal: A Concise Narrative Description of the smoke control system and any special requirements of the design must be prepared by the author of the Detailed Design Report. This description will be required ID be on every set of associated design plans and be shown on future tenant improvement drawings for the life of the building. n Clear identification where passive zones and active zones are provided. Tukwila Fire Marshars Office • 6300 Sovthcente - Bird., Surle #209, Tukwila, WA 9818$ • Phone: 206-575-4407 • Email: Fireklarshal@t kwilawa.00r Page 3 of 12 Page 130 of 201 Abossein Engineering, LLC 1 Conceptual Smoke Control Submittal ! Tukwila Holiday Inn O Clear identification of the smoke control zone boundaries. These boundaries are required to be constructed as smoke barriers and .must be apprppnatelyr identified, including wall and/or horizontal listed assembly number and associated assembly details not deviating from the fisted assembly. A letter prepared by the architect stating that their design satisfies the requirements of the smoke control system. Note: a single letter signed by all disciplines is acceptable. Plans must provide the location and design of the emergency generator and transfer switch rooms per IBC Section 909.11. In addition, they must detail 2 -hour fire -rated separation of power/control wiring to equipment serving the pressurized elevator and stair shafts. F Provide seismic anchorage of critical systems and includethe design withthe associated design submittal, as appropriate (IBC Section 1613). Mechanical Plan Submittal: - A Concise Narrative Description of the smoke control system and any special requirements of the design must be prepared by the author of the Detailed Design Report. This description will be required to be on every set of associated design plans and be shown on future tenant improvement drawings for the life of the building. D Clear identification where passive zones and active zones are provided. l=Clear identification of the smoke control zone boundaries. These boundaries are required to be constructed as smoke barriers and must be appropriately identified. g F A letter prepared by the mechanical designer stating that their design satisfies the requirements of the smoke control system. Note: a single letter signed by all disciplines is acceptable. O Plans must include identilcatian of the location and address of all devices that will initiate shaft pressurization, components associated with the smoke control process (including actuators, controldampers, fire and smoke dampers, variable air volume controls, and fans), and associated system responses/configurations. n Provide capacities of each shaft pressurization fan. including applicable calculations for the number of belts and the operating exhaust temperature. 1 5 Identify equipment locations with inlet and outlets clearly identified and separated in accordance with. Amended IBC Section 909.10.3. The location and design of the emergency generator and transfer switch rooms per IBC Section 909.11. Fire Alarm Plan Submittal: O A Concise Narrative Description of the smoke control systems and any special requirements of the design must bbe prepared by the author of the Detailed. Design Report. This description will be required to be on every set of associated design plans and be shown on future tenant improvement drawings for the life of the building. Tukwila Fire Marshars Office • 5300 Southcenter Blvd.. Sale 0209, Tukwila, WA 98188 • Phone: 205-575-4407 e Email: Feerilarshail@tukwilawa.ciov Page 44 of 12 Page 131 of 201 Abossein Engineering, LLC 1 Conceptual Smoke Control Submittal 1 Tukwila Holiday Inn ▪ For final approval, Firefighter's Smoke. Control Panel must be submitted in color at full- scale for Fire. Department review with the fire alarm plans. O A letter prepared by the fire alarm designer stating that their design satisfies the requirements of the smoke control system. Note: a single letter signed by all disciplines is acceptable. C Plans must include identification of the location and address of all devices that will initiate smoke control, components associated with the smoke control process (including actuators, control dampers, fire and smoke dampers, variable air volume controls, and fans), and associated system responses/configurations. p Submittals must also demonstrate the 2 -hour fire -rated protection of wiring, when utilizing the fire alarm system for pressurization control functions. Electrical Plan Submittal: O A Concise Narrative Description of the smoke control system and any special requirements of the design must be prepared by the author of the Detailed Design Report. This description will be required to be on every set of associated design pians and be shown on future tenant improvement drawings for the life of the building. +0 Clear identification where passive zones and active zones are provided. O Clear identification of the smoke control zone boundaries. These boundaries are required to be constructed as smoke barriers and must be appropriately identified. x A letter prepared by the electrical designer stating that their design satisfies the requirements of the srnoke control system. Note: a single letter signed by all disciplines is acceptable. O The location and design of the emergency generator and transfer switch rooms per IBC Section 909.11. O Generator sizing and a minimum 2 -hour run time of the generator for evacuation purposes. O Demonstrate 2 -hour protection of wiring controlling/powering fans serving smoke proof enclosures. C Panelschedule (industry standard type) for the emergency panel with connected and demand loads. • Schedule of smoke control components showing equipment, the load in amps or volt - amps, conduit type and size, conductor type and size, and breaker type and size. FN ap All emergency system wiring methods pertaining to the smoke control. OO Schedule of individual smoke control components starting loads that will start at the same time and schedule of individual srnoke control components running loads. The total combined loads of smoke control components for start-up and run (start-up and run shown separately). Tukwila Fire Marshals Office • 6300 SouU.certter Blvd., Suite #209, Tukwila, WA 98188 • Phone: 206-575-4407 • Emat1: Firehlarshai@aukwilawa.00v Page 5 of 12 Page 132 of 201 �.� Abossein Engineering, LLC 1 Conceptual Smoke Control Submittal 1 Tukwila Holiday Inn Sprinkler (Plan. Submittal: i=, A Concise Narrative Description of the spoke control system and any special requirements of the design must be prepared by the author of the Detailed Design Report. This description will be required to be on every set of associated design plans and be shown on future tenant improvement drawings for the life of the building. D Clear identification where passive zones and active zones are provided. E. Clear identification of the smoke control zone boundaries. These boundaries are required to be constructed as smoke barriers and must be appropriately identified. A letter prepared by the sprinkler designer stating that their design satisfies the requirements of the smoke control system. Note: a single letter signed by all disciplines is acceptable. Demonstrate that sprinkler zones are coordinated with srnoke control zones, as applicable. Tukwila Fire Marshal's Office • 6300 Soutlxenter Blvd., Suite #209, Tukwila, WA 98188 • Phan: 206-575-4407 • Ernail: Fireflarshal@tukwilawa.gov Page 6 of 12 Page 133 of 201 Abossein Engineering, LLC 1 Conceptual Smoke Control Submittal 1 Tukwila Holiday Inn PART 2 OF APPLICATION TukwAa Fire Marshars Office a 6300 Southcenter Blvd.. Sure "1209. Tukwila. WA 98188 a Phone: 206-S7S-4407 r fmank FireMarshal@tukwilawa.4ov Page 7 of 12 Page 134 of 201 \\�/A Abossein Engineering, LLC 1 Conceptual Smoke Control Submittal 1 Tukwila Holiday Inn TUKWIILA FIRE MARSHAL'S OFFICE DETAILED SMOKE CONTROL PERMIT CHECKLIST PART 2 Because of the complexity of smoke control systems, it is important that the design documents dearly identify the expected performance of the system. These documents must also clearly identify the expected performance of each component in the smoke control system. Components include all passive and active elements that work together to provide smoke control in accordance wtth International Building Code (IBC) Section 909. To more clearly identify the systems involved on design plans, the background systems and floor plans should be in light line weight, with the pertinent systems in heavy' line weight. Smoke control system component drawings shall be submitted on current architectural backgrounds. To obtain the smoke control permit, documentation containing the following details/specifications is required. The submittal checklist must be completed) and submitted with the application. Submit 3 sets of documents. 1. Detailed Design Report (including the smoke control system rational analysis), based on the conceptual design report, must be prepared by a Professional Engineer competent in the design of smoke controt systems. 0 The Detailed Design Report must be a bound document, independent of design plans and minimally include the following: o The signature, date and stamp of the professional engineer responsible for the rational analysis/design. i=t General narrative description of the building. This description will include identification of building uses and occupancies, as well as passive and active fire protection features that will work together with the smoke control system. Tukwila Fre Mar pars Office • 6300 Southcenlw Sivd., Sine 4209, Tukwila, WA 48188 a Phone: 206-575-4407 Email: Fireflarshall@tukwilawa.00v " Page 9of12 Page 135 of 201 AFT Abossein Engineering, LLC 1 Conceptual Smoke Control Submittal 1 Tukwila Holiday Inn O Narrative description of each passive and active smoke control zone. Every space in a' building requiring smoke control must be identified as an active or passive smoke control zone, with measurable performance criteria identified. This description will include such items as: a Description of which methods will be used for each active smoke -control zone, and supporting rational analysis in accordance with IBC Section 909.4. This description will include such items as minimum required fan size, expected fire Toads, ceiling heights, computer modeling, calculations, locations of operable windows and/or doors, etc. O Specific discussion of how smoke control will be initiated in each zone and the associated system responses. Provide a simple and dear event matrix. O The s- uence of operations (including timing, if necessary, to provide for proper door operation or prevent duct implosion or rupture) and the positioning of each damper for every fire scenario. O Measurable performance aitena for each shaft. O Description of smoke dampers and fire/smoke dampers, including which dampers will be supervised for damper position, the position of unsupervised dampers when smoke control system is active, damper positions upon loss of power, actuation temperature of fire and fire/smoke dampers. 1 1 Calculations associated with the smoke control system design including addressing wind, stack and temperature effects (IBC 909.4.1-909.4.6) E Computer Modeling such as CONTAM. O Fan capacity calculations and belt requirements.. O Identification of the anticipated system performance, especially with regard to pressurized stairwells/hoistways, during stack effect conditions. Provide calculations demonstrating minimum and maximum pressure differentials to be observed during and in the absence of any stack effect. C Description of smoke dampers and fire/smoke dampers, including which dampers will be supervised for damper position, the position of unsupervised dampers when smoke control system is active, damper positions upon loss of power, actuation temperature of fire and fire/smoke dampers. i=; identification of coordinated zones for sprinkler and fire alarm systems with regard to smoke control zones. Tukwila Fire Marshal's Office . 6300 Southcenter Blvd., Suite #209, Tukwila, WA 98188 • Panne: 206-575-4407 . Email: FireNarshar@Wkwilawa.00v Page 9 of 12 Page 136 of 201 �.� Abossein Engineering, LLC 1 Conceptual Smoke Control Submittal I Tukwila Holiday Inn O Identification of where variable frequency drives are to be used for smoke control equipment and method of control. d The piston effect of elevators. O Description of fire modeling or other performance-based analysis utilized in the design of the smoke control system. The purpose of the analysis, as well as associated assumptions and conclusions must be dearly identified. ED Any related material that supports the design of the smoke control system. O The signature and stamp of the professional engineer responsible for the rational analysis. O Calculations associated with the system design and fan capacities. C Description of how the periodic self -test required in IBC Section 909.12 will 'be accomplished. 2. Detailed Event Matrix/Sequence of Operations must include: • Every initiating device by address down one column. B Every smoke control device (i.e. fans, dampers, etc.), and every other event that must occur in order for proper operation of the smoke control system (i.e., HVAC shutdown, etc.) across the top; with prior approval, some devices may be combined. ❑ Design submittals must include the sequence of operations (including timing, if necessary, to (provide for proper door operation or prevent duct implosion or explosion) and the positioning of eadi damper foe every fire scenario. 3. Drawings: The following drawings must be included in a drawing package designated as "Smoke Control System" to differentiate them from any other plans for that job or project: I a To clearly identify the smoke control systems, the background systems and floor plans should be in light line weight, with the pertinent systems in heavy line weight. O Smoke control system component drawings shall be submittedon current architectural backgrounds. C+ Smoke control zone drawings dearly identifying (colored, hatched, etc) the active smoke control zones. CI Drawings identifying the fire rating of associated smoke barriers. u Location of firefighter's smoke control panel/controls, and room layout. Tukw8a Fire Mlarshers Office • 6300 Southcenter Blvd., Seine 0209, Tukwila, WA 98188 • Phone: 206-57S-4407 • Email: FireMarshai@tukwilawa.00v Page 10 of 12 Page 137 of 201 �.� Abossein Engineering, LLC 1 Conceptual Smoke Control Submittal 1 Tukwila Holiday Inn D The firefighter's Smoke Control Panel must be submitted, depicting fan/damper controls and status indication. For final approval Frefighter's Smoke Control Panel must be submitted in color at full-scale for Fre Department review with the fire alarm plans. ✓ Smoke control mechanical equipment and ductwork drawings. ✓ Control diagrams must be provided as referenced by IBC Section 909.15. ❑ Location and design of the emergency generator and transfer switch rooms per IBC Section 909.11. • Drawings demonstrating all emergency system wiring methods associated with the pressurization system, from the source (generator) to the device (damper, fan, etc.). Ek Drawings must clearly demonstrate pressurization control and power wiring routing and 2 -hour protection. O Drawings must dearly demonstrate fire alarm wiring routing and 2 - hour protection when used to control the pressurization system. 4. A Special Inspector Test Procedures document must be submitted with the smoke control permit in accordance with IBC Section 909.3. O The architect, engineer of record or special inspector must prepare this as a bound document, independent of the design plans and smoke control report, and minimally address the following: O Qualifications of the special inspector and special inspection agency. O Summary of the testing to be performed, including: O A general description of each smoke control component and zone to be evaluated, and O The applicable performance criteria as identified in the smoke control report and IBC Section 909.18. O Each of the testing requirements outlined in IBC 909.18.1-9. o Provide representative test forms and inspection reports that will be used. y Anticipated testing schedule, minimally addressing IBC Section 909.18. O If testing will occur in absence of stack effect (with similar interior and exterior temperatures), the procedures must identify the range. of acceptable test pressures to ensure system pressures will be maintained in the presence of anticipated stack effect. Tukwila Fite Marshars Office* 6300 Southcenter. Blvd., Suite 4209, Tukwila, WA 98188. Phone: 205-575-9407 • Email: FireMarshal@aukwilawa.00v Page 11 of 12 Page 138 of 201 �.� Abossein Engineering, LLC 1 Conceptual Smoke Control Submittal 1 Tukwila Holiday Inn Method of testing of passive barriers, such as door fan testing. The special inspection program must include the random testing of an approved percentage or quantity and distribution of passive smoke control zones. Where multiple passive zones exist on multiple floors, such as residential units, a minimum of 1 unit per floor and a maximum of 10 percent per floor must be evaluated, whichever is greater, unless otherwise approved. Every fire alarm initiating device which activates any portion of the smoke control system must be tested to verify all applicable output functionsin accordance with IBC 909.18.7. Smoke Control Permit fhecklist Rev. 2/12/15 Tukwila Fite Marshal's Office • 6300'Southcenter 81vd.. Sucre #209, Tukwila. WA 98188 • Phone: 206-575.4407 • £mail: FireMarshil@tukwilawa.gov Page 12 of 12 Page 139 of 201 Abossein Engineering, LLC 1 Conceptual Smoke Control Submittal 1 Tukwila Holiday Inn 1. Smoke Control System Confidence Test Report Address This is a Federal Bulking Confidence Testing Company Name Confidence Test Report (use one form per sys.) 0 SMOKE CONTROL SYSTEM Status Given CONFIDENCE TEST ®I REACCEPTANGE TEST D 1 RED t7 1 YELLOW 'C/ I WHITE CI i Occupancy Address:Occupancy Name: Responsible Person First & Last Name: Phone. Number Responsible Person Respornib4e Party Address, City, State„ : E-MaiMdr s Technician's Name (Please Print legibly) Certification No. 1 Date of Test: Test Frequency: Annual System Designer System Type: Mechanical 0 Passive 0 System Identification No. System Location: ID No. I DEFICIENCIES' FOUND? Yes 0 No 0 List items that were not corrected at the time of the confidence test. Use the +Deficiencies section or attach itemized sheet r{ REPAIRS: All deficiencies have been corrected 0 Corrected By: Certification Number. The System Status has been changed to White (including the tag on the system) 0 This certifies that this fire and life safety system has' been property inspected for functional operation in accordance with the current Fire Code, Administrative Rules, and NFPA Standards adopted by the TMC for this system. The discrepancies found noted in the report and' have been reported to the building Owner/Manager for corrective action. Signature of Technician Phone # Name of Testing Company Building Representative (signature) Date Print Name and Title Direct Phone # Building Rep unavailable 0 Building Rep declined to sign report 0 - r" Pagel of 4 Page 140of201 Abossein Engineering, LLC I Conceptual Smoke Control Submittal 1 Tukwila Holiday Inn This is a Federal Bulking O The items on the checklists below shall be inspected and tested. This fist does not constitute all of the required inspecting and testing of the fire and life safety system. — PRE-TEST CHECKS 1. The Fire Alarm was put into test mode and/or other precautions were taken to avoid preventable alarms. N/A ❑ Yes ❑ No 2. All signs, placards, and labels are provided on doors and system controls. Yes ❑ No ❑ BREAKOUT GLASS (OBSOLETE) 3• The budding has: Tempered Breakout Grass ❑ Operable Windows ❑ (do not NIA ❑ complete questions 2 and 3 for operable widows 4. The tempered breakout windows have 2 -Inch white dots located on the lower 1/3 of Yes ❑ No ❑ each window. 5• The tempered breakout windows are unobstructed. Yes ❑ No ❑ SMOKE REMOVAL GENERAL 6. The building smoke removal system operates on the activation of the fire alarm N/A ❑ Yes ❑ No ❑ 7. The sequence of actions to activate the smoke control system is in the proper order so that no components of the system are damaged. NIA 0 : Yes ❑ No CI 8. The fans operate, property. NIA ❑ Yes ❑ No ❑ 9• The smoke and fire dampers work properly. N/A ❑ Yes ❑ No ❑ 10- The fans operate on emergency power. N/A ❑ Yes ❑ No ❑ 11. The fire dampers operate on emergency power. NIA ❑ Yes ❑ No Cl 12. The fans work on manual controls. NIA ❑ Yes ❑ No ❑ Location of manual controls: 13. The fire dampers work on manual controls. N/A ❑ Yes ❑ No ❑ 14. The smoke removal system provides six air changes per hour NIA ❑ Yes ❑ No ❑ 15. List the measurement method and equipment used to test airflow. (Attach results of air change tests) 0 STAIRWAY AND ELEVATOR SHAFT PRESSURIZATION 16. Stair shafts have flush. CFM NIA ❑ Yes ❑ No ❑ 17. Measurements were taken from atmospheric pressure N/A ❑ Yes ❑ No ❑ 18. Measurements were taken from shaft and the main occupied area. NIA ❑ Yes ❑ No ❑ 19. Static pressure in. H2O 20. Readings were taken at every 5" floor NIA ❑ Yes ❑ No ❑ 21 Elevator shaft pressures measure 0.15 in 120 or greater (non-sprtnklered N/A 0 ; Yes 0 No 0 shaft) 22.Elevator shaft pressures measure 0.10 in 'H2O, (100% automatic sprinklered NIA ❑ Yes 0 No 0 building) 23. Stair shaft pressures measure 0.15 in H201(0.10 in !120 where applicable) NIA 0 Yes 0 No 0 Page 2 of 4 Page 141 of 201 �.� Abossein Engineering, LLC 1 Conceptual Smoke Control Submittal 1 Tukwila Holiday Inn This is a Federal Building 0 24. Life safety core type 'building has 0.05 in H20 differential'. between pressurized core and tenant area NIA 0 Yes In No 25. All doors (stairway and elevator) open and close correctfy with fans running NIA 0 Yes 0 No 26. Gaskets are in good condition on stair and elevator doors NIA ❑ Yes 0 No 0 PROVIDE THIS INFORMATION ON ALL FANS IN THE SYSTEM 1. Rated voltage 2. Actual Operating Voltage 3. Rated Amperage 4_ Actual Operating Amperage 5. Fan RPM 6. Number Fan Belts 7_ Fan Bells Condition FINAL CHECKS (ALL TESTING) FINAL CHECKS The Fire Alarm was removed from test mode and/or other precautionary 27. measures were removed to restore fire alarm system to normal operation N/A 0 Yes 0 No 0 (includes removal of protective coverings)_ Attach Report of All Measurements Taken Deficiencies Resolved 0 Location: Deficiency. Recommended Resolution: Reference: Resolved 0 Location: Deficiency: Reoommended Resolution: Reference: Resolved 7 Location: Deficiency. 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Architectural Floor Plans and Elevations ARCHITECTURAL A101 FLOOR PLAN — LEVEL 1 A102 FLOOR PLAN — LEVEL 2 A103 FLOOR PLAN — LEVEL 3 A104 FLOOR PLAN — LEVEL 4 A105 FLOOR PLAN — LEVEL 5 A106 FLOOR PLAN — ROOF PLAN A200 FRONT ELEVATIONS A201 RIGHT ELEVATIONS A202 LEFT ELEVATIONS A203 REAR ELEVATIONS A301 BUILDING SECTION A302 BUILDING SECTION A400 WALL ASSEMBLIES A401 WALL SECTIONS A402 WALL SECTIONS Page 182 of 201 g • a 3 1 - TX* T .0 3 10 0 u E a 3 3 0 t I C) gs 41011pell- eta ".; ..N.VAI 4.44,. .vec .... ... VM •v-rilmwu. SS3dcfXa NNI AVOI10H N 1 1 / % 3 1 1.1.11 eNtmvaa / E 1 ri 5 at de6,14P4 Melt 10311H321V---- Aeueem e e s 1 cii, „t=i4,00 /V WV •13. 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M',1111MSM.L ssaacnca NNI AVG11014 sNolloas TWIN 31111 ONIMVIKI 0001• 00100 , 1 . 4.1.0i ....11f ,e1 4..; .4 ot„d 4.41 *41 elt4( IiIs r • 3 D A . . •:111 . ..11; :111 0. 0... ....0 ..F.,:•, 14. "..t ".7. 13 1 Oto i JPi Vi:gel= t, ii I II :-1 II ' 0001• 00100 4.1.0i ....11f ,e1 4..; .4 t,., ..F.,:•, 14. . /' li, Ilt Vi:gel= t, ii ,il,ti1 -\/172 Abossein Engineering, LLC 1 Conceptual / Detailed Smoke Control Submittal 1 Tukwila Holiday Inn Design Team Coordination Letters CAS E ENGINEERING Consulting Electrical Engineers March 30, 2017 Gary Womack Project Manager Abossein Engineering 21001126' Ave NE, Suite 201 Bellevue; WA 98004 Subject: Holiday Inn Express Tukwila —Smoke Control Coordination. Gary, We have coordinated with the Fire Alarm, Sprinkler and Mechanical contractors regarding operation, location and control of Electrical Smoke Control. System components for this facility. If you have any questions or comments regarding these responses, please contact us. Thank you, CASE ENGINEERING, P.S. Richard Bianchin Richard@Caseeng.com (425) 402-9400 X15 10515 North Creek Parkway, Suite 30Z Both 8. WA 989011 Plone; 425-4024400 Fax: 425-4029402 Page 198 of 201 / A Abossein Engineering, LLC 1 Conceptual Smoke Control Submittal 1 Tukwila Holiday Ilnn Rre ihcitection Services, Inc. 5573 SW Arctic Drive 1!P3j Beaverton, OR 97005 Phone 503.590-3732 Fax 5D3.628.6214 03i2920t7 Atternion: Gary Womack Project Mgr Reference. Tukwila Holiday Inn Vire Alarm Smoke control 21300SW Adorns Ave Sherwood Or 97140 Gary. We have met with the Electrical. Sin -inkier and Meellanical contractors concerning our nate in providing amnections for the sequence of events as they pert/ in to the smoke control srystcm Thanks David M. Phipps Fire Pfilea/Oft &TOWS, ir1C, Page 199 of 201 \\1/A Abossein Engineering, LLC 1 Conceptual Smoke Control Submittal 1 Tukwila Holiday Inn Dale Sweeney - Architect Al Metzler Sr. fire Prevention Inspector Tukwila Fire Department City of Tukwila, Washington May 26, 2017 Re.: Smoke Evacuation plan. Hoiday Inn Express. Al: I am writing to confirrn that 1 was included in the development of the Smoke Control plan for the Holiday Inn Express project. Dale Sweeney - Architect 5715 143rd Place' SE. Bellevue, WA 98006 If 425.260.8969 dafe.despgn3degmal_com Page 200 of 201 Abossein Engineering, LLC 1 Conceptual / Detailed Smoke Control Submittal 1 Tukwila Holiday Inn End of Conceptual Smoke Control Submittal 00) Page 201 of 201 3/1/2018 City of Tukwila Department of Community Development JIM CULVER 1115 HIGHLAND DR STAYTON, OH 97383 RE: Permit No. M17-0121 HOLIDAY INN EXPRESS 90 ANDOVER PARK E Dear Permit Holder: Allan Ekberg, Mayor Jack Pace, Director In reviewing our current records, the above noted permit has not received a final inspection by the City of Tukwila Building Division. Per the International Building Code, International Mechanical Code, Uniform Plumbing Code and/or the National Electric Code, every permit issued by the Building Division under the provisions of these codes shall expire by limitation and become null and void if the building or work authorized by such permit has not begun within 180 days from the issuance date of such permit, or if the building or work authorized by such permit is suspended or abandoned at any time after the work has begun for a period of 180 days. Your permit will expire on 4/23/2018. Based on the above, you are hereby advised to: 1) Call the City of Tukwila Inspection Request Line at 206-438-9350 to schedule for the next or final inspection. Each inspection creates a new 180 day period, provided the inspection shows progress. -or- 2) Submit a written request for permit extension to the Permit Center at least seven(7) days before it is due to expire. Address your extension request to the Building Official and state your reason(s) for the need to extend your permit. The Building Code does allow the Building Official to approve one extension of up to 180 days. If it is determined that your extension request is granted, you will be notified by mail. In the event you do not call for an inspection and/or receive an extension prior to 4/23/2018, your permit will become null and void and any further work on the project will require a new permit and associated fees. Thank you for your cooperation in this matter. Sincerely, Bill Rambo Permit Technician File No: M17-0121 'Pd( 6300 Southcenter Boulevard Suite #100 • Tukwila, Washington 98188 • Phone 206-431-3670 • Fax 206-431-3665 Abossein Engineering, LLC I Conceptual / Detailed Smoke Control Submittal 1 Tukwila Holiday Inn etailed Smoke Control Submittal ackage For Stairs & Elevator Pressurization and corridor Smoke Control System Holiday Inn 91 Andover Park E Tukwila, WA CORREVIOftI LTR# June 13th, 2017 RECEIVED CITY OF TUKWILA SEP 0 8 2wi MUT 0 e D RECEIVED CITY OF TU WIL4 SEP 08 2011 PERMIT CENTER 2100 112' Avenue NE, Suite 2011 Tukwila, WA 98004 (425) 462-94411 www.abossein.com Abossein Engineering, LLC 1 Conceptual Smoke Control Submittal 1 Tukwila Holiday Inn • 2015 International Mechanical Code (IMC) • 2015 International Fire Code (IFC) • NFPA 13 (2013) - Standard for the Installation of Fire Sprinkler Systems • NFPA 14 (2013) — Standard for the Installation of Standpipes and Host Systems • NFPA 20 (2013) — Standard for Installation of Fire Pumps • NFPA 70 (2011) — National Electrical Code (Ref. Dept. of L & I for amendments) • NFPA 72 (2013) — National Fire Alarm Code • 2009 ICC /ANSI A117.1 • 2010 ADA Standard For Accessible Design • City Of Tukwila (COT / TMC) / Tukwila Municipal Code (TMC) Ordinance 2326 — TMC 16.05 5 -story Type V-A Buildings • City Of Tukwila (COT / TMC) / Tukwila Municipal Code (TMC) Ordinance 2328 - TMC 16.40 Automatic Fire Alarm Systems • City Of Tukwila (COT / TMC) / Tukwila Municipal Code (TMC) Ordinance 2330 — TMC 16.46 Fire Protection In Mid -Rise Buildings (>40 ft / 4 stories) VIII. Building's Usage and Applications The building is used entirely for hospitality hotel lodging and overnight daily and extended stay. Level -1 has the common areas that are used to accommodate the guests' needs. Levels 2-5 are residential units with roof / attic on top. The main access to the building residential lobby including fire access and Fire Command Control center will be through the Avondale Park Eastto the parking lot. The fire alarm annunciator and smoke control panel will be located inside the Command Center. The Fire Command center can be accessed from the outside and inside the corridor. Page 15 of 201 City of Tukwila Department of Community Development September 06, 2017 JIM CULVER 1115 HIGHLAND DR STAYTON, OH 97383 RE: Correction Letter # 1 MECHANICAL Permit Application Number M17-0121 HOLIDAY INN EXPRESS - 90 ANDOVER PARK E Dear JIM CULVER, Allan Ekberg, Mayor Jack Pace, Director This letter is to inform you of corrections that must be addressed before your development permit can be approved. All correction requests from each department must be addressed at the same time and reflected on your drawings. I have enclosed comments from the following departments: BUILDING - M DEPARTMENT: Allen Johannessen at 206-433-7163 if you have questions regarding these comments. • (GENERAL INFORMATION NOTE) PLAN SUBMITTALS: (Min. size 11x17 to maximum size of 24x36; all sheets shall be the same size. New revised plan sheets shall be the same size sheets as those previously submitted.) (If applicable) "STAMP AND SIGNATURES" "Every page of a plan set must contain the seal/stamp, signature of the licensee(s) who prepared or who had direct supervision over the preparation of the work, and date of signature. Specifications that are prepared by or under the direct supervision of a licensee shall contain the seal/stamp, signature of the licensee and the date of signature. If the "specifications" prepared by a licensee are a portion of a bound specification document that contains specifications other than that of an engineering or land surveying nature, the licensee need only seal/stamp that portion or portions of the documents for which the licensee is responsible." It shall not be required to have each page of "specifications" (calculations) to be stamped and signed; Front page only will be sufficient. (WAC 196-23-010 & 196-23-020) (BUILDING REVIEW NOTES) 1. The Smoke Control Submittal Package provided is not stamped by the engineer. All documentation provided by the design professional and engineer shall be stamped, signed, with date of signature. Please provide stamped documents by the engineer. Plan set is ok. See General Note above. 2. The package mentioned above reference outdated 2012 codes. Revise package with outdated codes on various sheets to show conformance with 2015 International Codes. Note: Contingent on response to these corrections, further plan review may request for additional corrections. Please address the comments above in an itemized format with applicable revised plans, specifications, and/or other documentation. The City requires that two (2) sets of revised plan pages, specifications and/or other documentation be resubmitted with the appropriate revision block. In order to better expedite your resubmittal, a 'Revision Submittal Sheet' must accompany every resubmittal. I have enclosed one for your convenience. Corrections/revisions must be made in person and will not be accepted through the mail or by a messenger service. 6300 Southcenter Boulevard Suite #100 • Tukwila Washington 98188 • Phone 206-431-3670 • Fax 206-431-3665 If you have any questions, I can be reached at 206-431-3655. Sincerely, Bill Rambo Permit Technician File No. M17-0121 6300 Southcenter Boulevard Suite #100 • Tukwila Washington 98188 • Phone 206-431-3670 • Fax 206-431-3665 G." Dale Sweeney - Architect Al Metzler Sr. Fire Prevention Inspector Tukwila Fire Department City of Tukwila, Washington May 26, 2017 Re.: Smoke Evacuation plan, Holiday Inn Express. AI: I am writing to confirm that I was included in the development of the Smoke Control plan for the Holiday Inn Express project. Dale Sweeney - Architect 17OI24 D CITY OF TUKWILA AUG 2 9 2011 PERMIT CENTER 5715 143rd Place SE, Bellevue, WA 98006 tit 425.260.8969 dale.design3d@gmail.com PERMIT CORD COPY,. PLAN REVIEW/ROUTING SLIP PERMIT NUMBER: M17-0121 DATE: 09/08/17 PROJECT NAME: HOLIDAI INN EXPRESS SITE ADDRESS: 90 ANDOVER PARK E Original Plan Submittal X Response to Correction Letter # 1 Revision # ; before Permit Issued Revision # after Permit Issued DEPARTMENTS: Building Division Public Works Fire Prevention Structural n Planning Division Permit Coordinator ❑ 1 PRELIMINARY REVIEW: Not Applicable (no approval/review required) REVIEWER'S INITIALS: DATE: 09/12/17 Structural Review Required DATE: APPROVALS OR CORRECTIONS: Approved Corrections Required (corrections entered in Reviews) Approved with Conditions Denied (ie: Zoning Issues) DUE DATE: 10/10/17 n Notation: REVIEWER'S INITIALS: DATE: ,Permit Center Use Only CORRECTION LETTER MAILED: Departments issued corrections: Bldg 0 Fire 0 Ping 0 PW ❑ Staff Initials: 12/18/2013 PERMIT COORD COPY PLAN REVIEW/ROUTING SLIP PERMIT NUMBER: M17-0121 DATE: 08/29/17 PROJECT NAME: HOLIDAY INN EXPRESS SITE ADDRESS: 90 ANDOVER PARK E X Original Plan Submittal Response to Correction Letter # Revision # before Permit Issued Revision # after Permit Issued DEPARTMENTS: ACorr2 Building Division Public Works ❑ ,4-M Aux q--(0-1-7 Fire Prevention Structural Planning Division ❑ Permit Coordinator PRELIMINARY REVIEW: Not Applicable ❑ (no approval/review required) DATE: 08/31/17 Structural Review Required REVIEWER'S INITIALS: DATE: APPROVALS OR CORRECTIONS: DUE DATE: 09/28/17 Approved Corrections Required ❑ Approved with Conditions ❑ (corrections entered in Reviews) Denied (ie: Zoning Issues) Notation: REVIEWER'S INITIALS: DATE: Permit Center Use Only CORRECTION LETTER MAILED: CI" CP— Departments issued corrections: Bldg Fire 0 Ping 0 PW 0 Staff Initials: 12/18/2013 City of Tukwila Department of Community Development 6300 Southcenter Boulevard, Suite #100 Tukwila, Washington 98188 Phone: 206-431-3670 Fax: 206-431-3665 Web site: http://www.ci.tukwila.wa.us REVISION SUBMITTAL Revision submittals must be submitted in person at the Permit Center. Revisions will not be accepted through the mail, fax, etc. Date: 7' 65' / Plan Check/Permit Number: M 17-0121 ❑ Response to Incomplete Letter # Response to Correction Letter # 1 ❑ Revision # after Permit is Issued ❑ Revision requested by a City Building Inspector or Plans Examiner RECEIVED CITY OF TUKWILA SEP 0 8 2017 PERMIT CENTER Project Name: Holiday Inn Express Project Address: 90 Andover Park E Contact Person: tJ t 04. e0 IP 64 Phone Number: 5-0 8/ F - 0138 Summary of Revision: 5i, 3,-e e? S<f4 r..�� fie, r ,r Slee f e u t r e-e,nat'a fe fro .--. ?ad e : J4/ ,2 f 2®l Sheet Number(s): "Cloud" or highlight all areas of revision including date o rev'sion Received at the City of Tukwila Permit Center by: Entered in TRAKiT on " I 0111 \applications\forms-applications on line\revision submittal Created: 8-13-2004 Revised: E A WHITE CONSTRUCTION Horne Espanol Contact Safety & Health Claims & Insurance 0 Washington State Department of Labor & Industries Search L&I Page 1 of 2 A -l_ index Help My L&I Workplace Rights Trades & Licensing E A WHITE CONSTRUCTION Owner or tradesperson Principals WHITE, EDWARD A, OWNER Doing business as E A WHITE CONSTRUCTION WA UBI No. 601 339 661 PO BOX 1389 218 Center Ave. MOLALLA, OR 97038 503-691-8311 Business type Individual Governing persons BEVERLY ANN WHITE EDWARD A WHITE; License Verify the contractor's active registration / license / certification (depending on trade) and any past violations. Construction Contractor Active. Meets current requirements. License specialties GENERAL License no. EAWHIC*09504 Effective — expiration 09/24/1991— 05/30/2018 Bond Western Surety Co Bond account no. 61847807 Received by L&I 11/04/2013 Bond history $12,000.00 Effective date 11/04/2013 Expiration date Until Canceled Insurance ............................... Kinsale Insurance Company $1,000,000.00 Policy no. 0100018972-3 Received by L&I Effective date 03/28/2017 04/15/2017 Expiration date 04/15/2018 Insurance history Savings No savings accounts during the previous 6 year period. Lawsuits against the bond or savings Help us improve https://secure.lni.wa.gov/verify/Detail.aspx?UBI=601339661&LIC=EAWHIC*09504&SAW= 9/19/2017 E A WHITE CONSTRUCTION Cause no. 12-2-02561-1 Open ......_......... Complaint filed by Complaint against bond(s) or savings TALERICO EXCAVATING LLC 615978716 Complaint date 10/18/2012 Complaint amount $0.00 L&I Tax debts ........................................ No L&I fax debts are recorded for this=contractor license during the previous 6 year period, but some debts may be recorded by other agencies. License Violations No license violations during the previous 6 year period. Workers' comp Do you know if the business has employees? If so, verify the business is up-to-date on workers' comp premiums. L&I Account ID 812,813-00 ................................. Doing business as E A WHITE CONSTRUCTION CO Estimated workers reported N/A L&I account contact T5 / BETTY VANCE (360)902-5137 - Email: VABE235@Ini.wa.gov Account is closed. Public Works Strikes and Debarments Verify the contractor is eligible to perform work on public works projects. Contractor Strikes ........................................................ No strikes have been issued against this contractor. Contractors not allowed to bid No debarments have been issued against this contractor. Workplace safety and health Check for any past safety and health violations found on jobsites this business was responsible for. Inspection results date 05/20/2015 Inspection no. 317936128 Location 820 Koala Dr. Omak, WA 98841 Inspection results date 09/27/2011 Inspection no. 315179978 Location 1063 W. Bakerview Rd Bellingham, WA 97226 Violations No violations Page 2 of 2 © Washington State Dept. of Labor & Industries. Use of this site is subject to the laws of the state of Washington. Help us improve https://secure.lni.wa.gov/verify/Detail.aspx?UBI=601339661 &LIC=EAWHIC*09504&SAW= 9/19/2017 10/8/2014 9:52:48 AM CONTROLS LEGEND SYMBOL DESCRIPTION 21 EMERGENCY BREAK GLASS SWITCH FOR EQUIPMENT SHUT–DOWN CO CARBON MONOXIDE SENSOR CD CARBON DIOXIDE SENSOR Q# THERMOSTAT WITH ZONE OR EQUIPMENT DESIGNATION Ts THERMOSTAT SENSOR WITH ZONE OR EQUIPMENT DESIGNATOR H # HUMIDISTAT/HUMIDITY SENSOR WITH HUMIDIFIER DESIGNATION O COMBINATION TEMPERATURE/HUMIDITY SENSOR OS DUCT SMOKE DETECTOR CSP STATIC PRESSURE SENSOR ® REFRIGERANT SENSOR MISC. SYMBOL LEGEND SYMBOL DESCRIPTION ink DETAIL INDICATOR: # INDICATES DETAIL SHEET INDICATES DRAWING SHEET WHERE DETAIL IS SHOWN. ®WHERE ELEVATION OR SECTION INDICATOR, EXTERIOR: # INDICATES ELEVATION OR SECTION NUMBER, SHEET INDICATES DRAWING SHEET WHERE ELEVATION OR SECTION IS SHOWN. 2 7RECTANGULAR ROOM OR SPACE NUMBER. 100 O KEYNOTE INDICATOR. A REVISION INDICATOR. EQUIPMENT INDICATOR. CU -1> RECTANGULAR SUPPLY DUCT DOWN PLUMBING FIXTURE INDICATOR. (P– ) DIFFUSER/GRILLE INDICATOR. TYPE CFM SIZE __IV_ BREAK, STRAIGHT. S BREAK, ROUND. MATCH UNE MATCH LINE INDICATOR. SEEXX%X HIDDEN FEATURES LINE: HIDDEN, THIN LINE - • -• • - CONTRACT LIMIT LINE: DASHDOT, WIDE LINE. w NEW CONNECTION POINT TO EXISTING. or SEPARATE PERMIT REQUIRED FOR: 0 Mechanical Ltectrical Iumbing Mas Piping City of Tukwila f9 ,IG DIVISION • REVISIONS No changes shall be made to the scope of work without prior approval of `Yz 1i L:ii'ding Division. NOT: i W l is Cn;; trill require a 1107,1 plan submittal and may include additional pian review fees. DUC ORK LEGEND SINGLE LINE DESCRIPTION DOUBLE LINE SUPPLY 2 7RECTANGULAR A.2�K� RECTANGULAR SUPPLY DUCT DOWN EMI LLJ RECTAULAR RETURN111 UPNG rDUCT RECTANGULAR RETURN DUCT DOWN i i ,�' V J EXHAUST DUCT UP 2 ri ,,l111 RECTANGULAR EXHAUST DUCT DOWN i ;,'/' \ II1 e----3 ROUND DUCT UP AI 1V S -- —� 2 ROUND DUCT DOWN 4— ---} ( ) 0 ACOUSTICALLY LINED RECTANGULAR DUCT r------� -- 90' RECTANGULAR ELBOW 11TH TURNING VANES �� �" 1 I 2 90' RADIUS ELBOW R=1.5 t 1 2 2 DUCT SIZE OR SHAPE TRANSITION `~ * Z 2 OPPOSED BLADE BALANCING DAMPER (0.B.D.) IN RECT DUCT , t 1 , i I 2 r 2 BUTTERFLY BALANCING DAMPER IN ROUND DUCTS 1 s 2 2 COMBINATION TEE le.: All am MEI Z.--,/ 2 SPLITTER DAMPER 17:71SQUARE 2 I OR RECTANGULAR CEILING IFFUSERi P',t._ '1 'Pr ki�y 1/ sJ 2 O I ROUND CEILING DIFFUSER 2 SIDEWALL REGISTER SUPPLY OR RETURN ( I ! I 1 j i ROUND FLEXIBLE DUCT -' IIIA` VVF -4)--II 2 RETURN GRILLE 1 /' F 2 EXHAUST GRILLE ; < :- > F i" FLEXIBLE CONNECTION FC C LE COPY it No, t'7-- o 121 Plan review approval is subject to errors and omi Approval of construction documents does not the violation of any pted or ordinance. of approved Field Copy and conditions is ackn �-P By: Date: 9 -✓ 9-=-/7 City of Tukwila BUILDING DIVISION $ REVIEWED FOR CODE COMPLIANCE APPROVED SEP 18 2011 City of Tukwila BUILDING DIVISION ttic ABBREVIATIONS NOTE: ALL ABBREVIATIONS MAY NOT BE USED AD AIR COND APD BD BHP BTU BTUH CFH CFM CLG COMP COND CV CW DIA DISCH DP DB (E) EER EFF EG ELEC ELEV ENT EVAP EWT EXT (F) F FC FD FLA FPI FPM FPS FSD FT GAL GPH GPM HD HG HR HT HTG HP HW HZ ID IN KW LAT LBS LG LH LRA LVG LWT MAX MBH MCA MFR MIN N/A NC NC NIC NO NPSH NTS OA OD OZ PD PG PH PPM PRESS PSF PSI PSIA PSIG RA RECIRC REFR REQD RLA RPM RW SA SC SCFM SCW SF SH SL SP SPECS (S SO STD STM TEMP TD THERM TOT TSTAT V VAC VAV VEL VENT VERT VFC/VFD VOL WC WG WR WT WB YR ACCESS DOOR AIR CONDITION(–ING,–ED) AIR PRESSURE DROP BALANCING DAMPER BRAKE HORSE POWER BRITISH THERMAL UNIT BTU/HOUR CUBIC FEET PER HOUR CUBIC FEET PER MINUTE COOUNG COMPONENT CONDENS(–ER, –ING,–ATION) CONTROL VALVE COLD WATER DIAMETER DISCHARGE DEPTH OR DEEP DRY BULB TEMPERATURE EXISTING ENERGY EFFICIENCY RA710 EFFICIENCY ETHYLENE GLYCOL ELECTRIC ELEVATION ENTERING EVAPORAT(–E, –INC, –ED, –OR) ENTERING WATER TEMPERATURE EXTERNAL FUTURE FAHRENHEIT FLEXIBLE CONNECT(–OR, –ION) FIRE DAMPER FULL LOAD AMPS FINS PER INCH FEET PER MINUTE FEET PER SECOND FIRE SMOKE DAMPER FEET GALLON(S) GALLONS PER HOUR GALLONS PER MINUTE HEAD MERCURY HOUR HEIGHT HEATING HORSE POWER HOT WATER HERTZ(FREQUENCY) INSIDE DIAMETER INCH KILOWATT LEAVING AIR TEMPERATURE POUNDS LENGTH LATENT HEAT LOCKED ROTOR AMPS LEAVING LEAVING WATER TEMPERATURE MAXIMUM THOUSAND BTU PER HOUR MINIMUM CIRCUIT AMPS MANUFACTURER MINIMUM NOT APPLICABLE NORMALLY CLOSED NOISE CRITERIA NOT IN CONTRACT NORMALLY OPEN NET POSITIVE SUCTION HEAD NOT TO SCALE OUTSIDE AIR OUTSIDE DIAMETER OUNCE PRESSURE DROP OR DIFFERENCE PROPYLENE GLYCOL PHASE PARTS PER MILLION PRESSURE POUNDS PER SQUARE FOOT POUNDS PER SQUARE INCH PSI ABSOLUTE PSI GAUGE THERMAL RESISTANCE RETURN AIR RECIRCULATE REFRIGERATION REQUIRED RATED --- AMPS REVOLUTIONS PER MINUTE RAINWATER SUPPLY AIR SHADING COEFFICIENT STANDARD CUBIC FEET PER MINUTE SOFT COLD WATER SAFETY FACTOR SENSIBLE HEAT SEA LEVEL STATIC PRESSURE SPECIFICATION(S) SQUARE STANDARD STEAM TEMPERATURE TEMP. DROP OR DIFF. THERMAL TOTAL THERMOSTAT VOLT VACUUM VARIABLE AIR VOLUME VELOCITY VENT, VENTILATION VERTICAL VARIABLE FREQUENCY MOTOR CONTROLLER VOLUME WATER COLUMN WATER GAUGE WATER PRESSURE DROP WATER WEIGHT WET BULB TEMP YEAR DRAWING TITLE M001 M002 M003 M101 M102 M103 M104 M105 M106 M501 M502 M601 MECHANICAL LEGEND MECHANICAL NOTES MECHANICAL SPECIFICATIONS MECHANICAL MECHANICAL MECHANICAL MECHANICAL MECHANICAL MECHANICAL 1ST FLOOR PLAN 2ND FLOOR PLAN 3RD FLOOR PLAN 4Th FLOOR PLAN 5Th FLOOR PLAN ROOF PLAN MECHANICAL DETAILS MECHANICAL DETAILS MECHANICAL SCHEDULES RECEIVED CITY OF TUKWILA AUG 2 9 2017 PERMIT CENTER 17 Clit.$1.111 G" MEP Consulting, LLC 9220 SW BARBUR BLVD. SUITE 1119-324, PORTLAND, OR 97219 Ph: (503)248.5300 Em:Info@mepcon.com Project Title Holiday Inn Express Tukwila, Washington Client InterContinental Hotels Group Seal EXPIRES 10-15-2017 I Printed Name Signature Date Issued Reg. No. No. Description Date. 1 PERMIT COMMENTS 12.8.2015 Project number Date June 8, 2015 Drawn by DRK Checked by JGD MECHANICAL LEGEND M001 10/8/2014 9:52:48 AM PENETRATION FIRESTOPPING NOTES 1, FIRE RATED PENETRATIONS DETAILS SHOWN ON THE CONSTRUCTIONS DOCUMENTS SHOW GENERAL METHOD OF MECHANICAL (HVAC) AND PLUMBING PENETRATION FIRESTOPPING, 2. CONTRACTOR SHALL REVIEW CONSTRUCTION DOCUMENTS AND PROVIDE SPECIFIC FIRESTOPPING DETAILS FROM A SPECIFIC FIRESTOPPING MANUFACTURER FOR EACH MECHANICAL (HVAC) AND PLUMBING PIPE OR DUCT PENETRATION FOR EACH FIRE RATED ASSEMBLY. 3. PROVIDE PENETRATION FIRESTOPPING THAT IS PRODUCED AND INSTALLED TO RESIST SPREAD OF FIRE ACCORDING TO REQUIREMENTS INDICATED, RESIST PASSAGE OF SMOKE AND OTHER GASES, AND MAINTAIN ORIGINAL FIRE -RESISTANCE RATING OF CONSTRUCTION PENETRATED. 4. PENETRATION FIRESTOPPING SYSTEMS SHALL BE COMPATIBLE WITH ONE ANOTHER, WITH THE SUBSTRATES FORMING OPENINGS, AND WITH PENETRATING ITEMS IF ANY. 5. PENETRATIONS IN FIRE -RESISTANCE -RATED WALLS: PROVIDE PENETRATION FIRESTOPPING WITH RATINGS DETERMINED PER ASTM E 814 OR UL 1479, BASED ON TESTING ATA POSITIVE PRESSURE DIFFERENTIAL OF 0.01 -INCH W.G. 6. PENETRATION FIRESTOPPING PRODUCTS SHALL BEAR UL, ETL OR FM GLOBAL CLASSIFICATION MARKING OF QUALIFIED TESTING AND INSPECTING AGENCY. 7. DO NOT INSTALL PENETRATION FIRESTOPPING WHEN AMBIENT OR SUBSTRATE TEMPERATURES ARE OUTSIDE LIMITS PERMITTED BY PENETRATION FIRESTOPPING MANUFACTURERS OR WHEN SUBSTRATES ARE WET BECAUSE OF RAIN, FROST, CONDENSATION, OR OTHER CAUSES. 8. COORDINATE CONSTRUCTION OF OPENINGS AND PENETRATING ITEMS TO ENSURE THAT PENETRATION FIRESTOPPING IS INSTALLED ACCORDING TO SPECIFIED REQUIREMENTS. 9. COORDINATE SIZING OF SLEEVES, OPENINGS, CORE -DRILLED HOLES, OR CUT OPENINGS TO ACCOMMODATE PENETRATION FIRESTOPPING. 10. INSTALL PENETRATION FIRESTOPPING TO COMPLY WITH MANUFACTURERS WRITTEN INSTALLATION INSTRUCTIONS AND PUBLISHED DRAWINGS FOR PRODUCTS AND APPLICATIONS INDICATED. 11. INSTALL FORMING MATERIALS AND OTHER ACCESSORIES OF TYPES REQUIRED TO SUPPORT FILL MATERIALS DURING THEIR APPLICATION AND IN THE POSITION NEEDED TO PRODUCE CROSS-SECTIONAL SHAPES AND DEPTHS REQUIRED TO ACHIEVE FIRE RATINGS INDICATED. 12. IDENTIFY PENETRATION FIRESTOPPING WITH PREPRINTED METAL OR PLASTIC LABELS. ATTACH LABELS PERMANENTLY TO SURFACES ADJACENT TO AND WITHIN 6 INCHES OF FIRESTOPPING EDGE SO LABELS WILL BE VISIBLE TO ANYONE SEEKING TO REMOVE PENETRATING ITEMS OR FIRESTOPPING. DUCT CONSTRUCTION NOTES 1. ALL DUCTWORK SHALL BE GALVANIZED SHEET METAL, EXCEPT WHERE INDICATED OTHERWISE. 2. SHEET METAL DUCT STATIC PRESSURE CLASSIFICATION: SUPPLY AIR DUCT: 2" W.C. RETURN AIR DUCT: 2" W.C. (NEGATIVE) EXHAUST AIR DUCT: 2" W.C. (NEGATIVE) OUTSIDE AIR DUCT: 2" W.C. 3. SEAL ALL TRANSVERSE JOINTS AND LONGITUDINAL SEAMS TO SMACNA SEAL CLASS B. 4. DO NOT USE GRAY DUCT TAPE, FOIL BACKED TAPE, OIL BASED CAULKING AND GLAZING COMPOUNDS TO SEAL METAL DUCTS. 5. CROSS -BREAK DUCT SURFACES 19" THROUGH 60". USE ANGLE REINFORCING FOR DUCTS SURFACES OF 60". 6. ALL METAL LONGITUDINAL SEAMS SHALL BE PITTSBURGH OR OTHER LISTED SMACNA LISTED SEAM. DO NOT USE BUTTON PUNCH SNAP -BACK SEAMS. 7. SUSPEND METAL DUCTWORK NOT EXCEEDING 30" LONGEST SIDE AT EVERY JOINT. DO NOT EXCEED 10'-0" HANGER SPACING. USE 1" X 18 GAGE GALVANIZED STRAPS (MINIMUM) ATTACHED TO BOTTOM AND SIDES OF DUCT. 8. SUSPEND METAL DUCTWORK EXCEEDING 30" LONGEST SIDE AT MAXIMUM 8'-0" SPACING USING ANGLES AND RODS. 9. SUPPORT DUCTWORK FROM STRUCTURAL MEMBERS. ATTACHMENT TO ROOF DECK IS NOT ACCEPTABLE. 10. DUCT SIZES SHALL BE VERIFIED FOR CLEARANCES AT THE JOB SITE PRIOR TO FABRICATION. DIMENSIONS MAY BE CHANGED TO ACCOMMODATE CONSTRUCTION CLEARANCES. FREE AREA OF DUCT SHALL BE MAINTAINED. 11. DUCT TRANSITIONS SHALL BE CONSTRUCTED WITH SLOPE OF 1/4. 12. PROVIDE ELBOWS AND CHANGES IN DIRECTION WITH SINGLE VANE TURNING VANES. 13. ALL JOINTS SHALL BE MADE AIRTIGHT BY APPROVED METHODS, INCLUDING TAPES, MASTICS, GASKETING OR OTHER APPROVED CLOSURE SYSTEMS. 14. TAPE ALONE CANNOT BE SUBSTITUTED FOR MECHANICAL FASTENERS. 15. TAPES AND MASTICS USED TO SEAL DUCTWORK MUST BE LISTED AND LABELED IN ACCORDANCE WITH UL 181A AND SHALL BE MARKED "181A -P" FOR PRESSURE -SENSITIVE TAPE, "181A -M" FOR MASTIC OR "181A -H" FOR HEAT SENSITIVE TAPE. 16. TAPES AND MASTICS USED TO SEAL FLEXIBLE AIR DUCTS SHALL COMPLY WITH UL 181B AND SHALL BE MARKED "1816 -FX" FOR PRESSURE SENSITIVE TAPE, OR "181B -M" FOR MASTIC. 17. MECHANICAL FASTENERS USED WITH FLEXIBLE NON-METALLIC AIR DUCTS SHALL COMPLY WITH UL 181 AND SHALL BE MARKED "1818-". 18. FLEXIBLE CONNECTORS SHALL NOT BE USED. 19. HIGH EFFICIENCY TAKE -OFF FITTINGS WITH MANUAL DAMPER SHALL HAVE 2" STAND OFF BRACKET. 20. ALL BRANCH TAKE -OFFS TO INDIVIDUAL AIR INLET OR AIR OUTLET SHALL BE PROVIDED WITH MANUAL DAMPER. 21. ALL DUCTWORK SHALL BE A MINIMUM 26 GAUGE GALVANIZED SHEET METAL. TEST ADJUST & BALANCE NOTES 1. THE MINIMUM REQUIRMENT FOR TESTING, ADJUSTING, AND BALANCING (TAB) OF THE HEATING, VENTILATION, AND AIR CONDITIONING (HVAC) DISTRIBUTION SYSTEMS SHALL BE AS FOLLOWS. 2. CONTRACTOR SHALL BE RESPONSIBLE TO PROVIDE TESTING ADJUSTING AND BALANCING FOR THIS PROJECT 3. THE MECHANICAL SYSTEMS SHALL BE TESTED, ADJUSTED AND BALANCED, INCLUDING SUPPLY AIR SYSTEM, RETURN AIR SYSTEM, EXHAUST AIR SYSTEM, OUTSIDE AIR SYSTEM AND ALL ASSOCIATED EQUIPMENT. 4. CONTRACTOR PERFORMING TESTING ADJUSTING AND BALANCING WORK SHALL BE EITHER AABC OR NEBB CERTIFIED. 5. TESTING ADJUSTING AND BALANCING SHALL BE PERFORMED IN ACCORDANCE WITH THE NEBB OR AABC TEST PROCEDURES. 6. TESTING ADJUSTING AND BALANCING REPORT FORMS SHALL BE STANDARD FORMS FROM EITHER AABC OR NEBB. 7. CONTRACTOR SHALL VERIFY QUANTITIES AND LOCATIONS OF ALL BALANCING DEVICES. CONTRACTOR SHALL VERIFY THAT THESE BALANCING DEVICES ARE ACCESSIBLE AN APPROPRIATE FOR BALANCING AND FOR EFFICIENT SYSTEM AND EQUIPMENT OPERATION PRIOR TO COMMENCING WORK. 8. MECHANICAL AIR AND WATER SYSTEMS SHALL BE ADJUSTED TO WITHIN THE FOLLOWING TOLERANCES. SUPPLY AIR AND RETURN AIR: PLUS 5 TO PLUS 10 PERCENT EXHAUST FANS: PLUS 5 TO PLUS 10 PERCENT EQUIPMENT WITH FANS: PLUS 5 TO PLUS 10 PERCENT AIR OUTLETS AND INLETS: ZERO TO MINUS 10 PERCENT DOM. H.W. FLOW RATES: ZERO TO MINUS 10 PERCENT 9. FINAL BALANCE REPORT SHALL INCLUDE THE FOLLOWING: TEST CONDITIONS FOR FANS, SYSTEM DIAGRAMS, AIR CONDITIONING UNIT TEST REPORTS, FAN TEST REPORTS, AIR TERMINAL DEVICE REPORTS. 10. AFTER THE FINAL BALANCING REPORT IS SUBMITTED TO THE DESIGN ENGINEER AND OWNER, CONTRACTOR SHALL REQUEST THAT A FINAL INSPECTION BE MADE BY THE DESIGN ENGINEER. DURING THE FINAL INSPECTION, DESIGN ENGINEER MAY RANDOMLY SELECT MEASUREMENTS DOCUMENTS IN THE FINAL REPORT TO BE RECHECK BY THE CONTRACTOR. 11. APPROXIMATELY 90 DAYS AFTER SUBMISSION OF THE FINAL BALANCING REPORT, CONTRACTOR SHALL PERFORM ADDITIONAL TESTING ADJUSTING AND BALANCING TO VERIFY THAT BALANCED CONDITIONS ARE BEING MAINTAINED THROUGHOUT EACH SYSTEM AND TO CORRECT UNUSUAL CONDITIONS. 12. ADDITIONAL TESTING ADJUSTING AND BALANCING SHALL BE MADE AS DIRECTED BY THE DESIGN ENGINEER TO CORRECT UNUSUAL CONDITIONS. ADDITIONAL TESTING WILL NOT EXCEED THREE (3) DAYS DURING THE FIRST SIX MONTHS OF OPERATION. 13. IF INITIAL TESTING ADJUSTING AND BALANCING PROCEDURES WERE NOT PERFORMED DURING NEAR -PEAK SUMMER AND WINTER CONDITIONS, PERFORM ADDITIONAL TESTING ADJUSTING AND BALANCING DURING NEAR PEAK SUMMER AND WINTER CONDITIONS. 14. THE FOLLOWING AIR SIDE MECHANICAL (HVAC) SYSTEM SHALL BE TESTED AND ADJUSTED, AND BALANCED. A. FURNACES. B. POOL DEHUMIDIFICATION UNIT. C. ENERGY RECOVERY UNIT(OUTSIDE AIR). D. ENERGY RECOVERY UNIT(EXHAUST SIDE). 15. THE FOLLOWING PLUMBING SYSTEMS SHALL BE TESTED, ADJUSTED, AND BALANCED. A. DOMESTIC HOT WATER RECIRCULATING PUMPS OPERATION AND MAINTENANCE NOTES 1. SUBMIT OPERATIONS AND MAINTENANCE MANUALS IN THE FOLLOWING FORMAT: a, PDF ELECTRONIC FILE. ASSEMBLE EACH MANUAL INTO A COMPOSITE ELECTRONICALLY INDEXED FILE. SUBMIT ON DIGITAL MEDIA ACCEPTABLE TO ARCHITECT.. NAME EACH INDEXED DOCUMENT FILE IN COMPOSITE ELECTRONIC INDEX WITH APPLICABLE ITEM NAME. INCLUDE A COMPLETE ELECTRONICALLY LINKED OPERATION AND MAINTENANCE DIRECTORY. ENABLE INSERTED REVIEWER COMMENTS ON DRAFT SUBMITTALS. b. THREE PAPER COPIES. INCLUDE A COMPLETE OPERATION AND MAINTENANCE DIRECTORY. ENCLOSE TITLE PAGES AND DIRECTORIES IN CLEAR PLASTIC SLEEVES. ARCHITECT WILL RETURN TWO COPIES, 2. SUBMIT EACH MANUAL IN FINAL FORM PRIOR TO REQUESTING INSPECTION FOR SUBSTANTIAL COMPLETION AND AT LEAST 15 DAYS BEFORE COMMENCING DEMONSTRATION AND TRAINING. ARCHITECT WILL RETURN COPY WITH COMMENTS. CORRECT OR REVISE EACH MANUAL TO COMPLY WITH ARCHITECT'S COMMENTS. SUBMIT COPIES OF EACH CORRECTED MANUAL WITHIN 15 DAYS OF RECEIPT OF ARCHITECT'S COMMENTS AND PRIOR TO COMMENCING DEMONSTRATION AND TRAINING. 3. OPERATION MANUALS CONTENT: INCLUDE OPERATION DATA REQUIRED IN INDIVIDUAL SPECIFICATION SECTIONS AND THE FOLLOWING INFORMATION: a. SYSTEM, SUBSYSTEM, AND EQUIPMENT DESCRIPTIONS. USE DESIGNATIONS FOR SYSTEMS AND EQUIPMENT INDICATED ON CONTRACT DOCUMENTS. b. PERFORMANCE AND DESIGN CRITERIA IF CONTRACTOR IS DELEGATED DESIGN RESPONSIBILITY. c. OPERATING STANDARDS. d. OPERATING PROCEDURES. e. OPERATING LOGS. f. WIRING DIAGRAMS. g. CONTROL DIAGRAMS. h. PIPED SYSTEM DIAGRAMS. I. PRECAUTIONS AGAINST IMPROPER USE. j. LICENSE REQUIREMENTS INCLUDING INSPECTION AND RENEWAL DATES. 4. OPERATION MANUALS DESCRIPTIONS: INCLUDE THE FOLLOWING: a. PRODUCT NAME AND MODEL NUMBER. USE DESIGNATIONS FOR PRODUCTS INDICATED ON CONTRACT DOCUMENTS. b. MANUFACTURER'S NAME. c. EQUIPMENT IDENTIFICATION WITH SERIAL NUMBER OF EACH COMPONENT. d. EQUIPMENT FUNCTION. e. OPERATING CHARACTERISTICS. f. LIMITING CONDITIONS. g. PERFORMANCE CURVES. h. ENGINEERING DATA AND TESTS. 1. COMPLETE NOMENCLATURE AND NUMBER OF REPLACEMENT PARTS. J. OPERATING PROCEDURES: INCLUDE THE FOLLOWING, AS APPLICABLE: I. STARTUP PROCEDURES. ii. EQUIPMENT OR SYSTEM BREAK-IN PROCEDURES. iii. ROUTINE AND NORMAL OPERATING INSTRUCTIONS. iv. REGULATION AND CONTROL PROCEDURES. v. INSTRUCTIONS ON STOPPING. vi. NORMAL SHUTDOWN INSTRUCTIONS. vii. SEASONAL AND WEEKEND OPERATING INSTRUCTIONS. viii. REQUIRED SEQUENCES FOR ELECTRIC OR ELECTRONIC SYSTEMS. ix. SPECIAL OPERATING INSTRUCTIONS AND PROCEDURES. x. SYSTEMS AND EQUIPMENT CONTROLS: DESCRIBE THE SEQUENCE OF OPERATION, AND DIAGRAM CONTROLS AS INSTALLED. xi. PIPED SYSTEMS: DIAGRAM PIPING AS INSTALLED, AND IDENTIFY COLOR - CODING WHERE REQUIRED FOR IDENTIFICATION. 5. PRODUCT MAINTENANCE MANUALS CONTENT: ORGANIZE MANUAL INTO A SEPARATE SECTION FOR EACH PRODUCT, MATERIAL, AND FINISH. INCLUDE SOURCE INFORMATION, PRODUCT INFORMATION, MAINTENANCE PROCEDURES, REPAIR MATERIALS AND SOURCES, AND WARRANTIES AND BONDS, AS DESCRIBED BELOW. a. SOURCE INFORMATION: LIST EACH PRODUCT INCLUDED IN MANUAL, IDENTIFIED BY PRODUCT NAME AND ARRANGED TO MATCH MANUAL'S TABLE OF CONTENTS. FOR EACH PRODUCT, LIST NAME, ADDRESS, AND TELEPHONE NUMBER OF INSTALLER OR SUPPLIER AND MAINTENANCE SERVICE AGENT, AND CROSS-REFERENCE SPECIFICATION SECTION NUMBER AND TITLE IN PROJECT MANUAL. b. PRODUCT INFORMATION: INCLUDE THE FOLLOWING, AS APPLICABLE: i. PRODUCT NAME AND MODEL NUMBER. ii. MANUFACTURER'S NAME. iii. COLOR, PATTERN, AND TEXTURE. iv. MATERIAL AND CHEMICAL COMPOSITION. v. REORDERING INFORMATION FOR SPECIALLY MANUFACTURED PRODUCTS. vi. MAINTENANCE PROCEDURES: INCLUDE MANUFACTURER'S WRITTEN RECOMMENDATIONS AND THE FOLLOWING: vii. INSPECTION PROCEDURES. viii. TYPES OF CLEANING AGENTS TO BE USED AND METHODS OF CLEANING. ix. LIST OF CLEANING AGENTS AND METHODS OF CLEANING DETRIMENTAL TO PRODUCT. x. SCHEDULE FOR ROUTINE CLEANING AND MAINTENANCE. xi, REPAIR INSTRUCTIONS. xii. REPAIR MATERIALS AND SOURCES: INCLUDE LISTS OF MATERIALS AND LOCAL SOURCES OF MATERIALS AND RELATED SERVICES. xiii. WARRANTIES AND BONDS: INCLUDE COPIES OF WARRANTIES AND BONDS AND LISTS OF CIRCUMSTANCES AND CONDITIONS THAT WOULD AFFECT VALIDITY OF WARRANTIES OR BONDS. MECHANICAL SUBMITTAL NOTES 1. MECHANICAL SUBMITTAL SHALL BE SUBMITTED AS A COMPLETE ELECTRONIC PACKAGE ASSEMBLED BY SPECIFICATION DIVISIONS. 2. ASSEMBLE COMPLETE ELECTRONIC SUBMITTAL PACKAGE INTO A SINGLE INDEXED FILE INCORPORATING SUBMITTAL REQUIREMENTS OF A SINGLE SPECIFICATION SECTION AND TRANSMITTAL FORM WITH LINKS ENABUNG NAVIGATION TO EACH ITEM: a. b. c. d. e. f. 9. LITERATURE SHALL INCLUDE REFERENCE TO EQUIPMENT CALLOUT AND SPECIFICATION SECTION. FILE NAME SHALL USE PROJECT IDENTIFIER AND SPECIFICATION SECTION NUMBER FOLLOWED BY A DECIMAL POINT AND THEN A SEQUENTIAL NUMBER (E.G., LNHS-061000.01). RESUBMITTALS SHALL INCLUDE AN ALPHABETIC SUFFIX AFTER ANOTHER DECIMAL POINT (E.G., LNHS-061000.O1.A). PROVIDE MANUFACTURER'S CATALOG DATA SHEETS FOR EACH MANUFACTURED ITEM LISTED ON THE DRAWINGS AND SPECIFICATIONS. INCLUDE MANUFACTURER'S CATALOG DATA OF EACH MANUFACTURED ITEM AND ENOUGH INFORMATION TO SHOW COMPLIANCE WITH CONTRACT DOCUMENT REQUIREMENTS. LITERATURE SHALL SHOW CAPACITIES AND SIZE OF EQUIPMENT USED AND BE MARKED INDICATING EACH SPECIFIC ITEM WITH APPUCABLE DATA UNDERLINED. INCLUDE NAME, ADDRESS, AND PHONE NUMBER OF EACH SUPPLIER. DEVIATIONS AND ADDITIONAL INFORMATION: ON AN ATTACHED SEPARATE SHEET, PREPARED ON CONTRACTOR'S LETTERHEAD, RECORD RELEVANT INFORMATION, REQUESTS FOR DATA, REVISIONS OTHER THAN THOSE REQUESTED BY ENGINEER CONTRACT DOCUMENTS, INCLUDING MINOR VARIATIONS AND LIMITATIONS. INCLUDE SAME IDENTIFICATION INFORMATION AS RELATED SUBMITTAL. 3. PRODUCT DATA: a. COLLECT INFORMATION INTO A SINGLE SUBMITTAL FOR EACH ELEMENT OF CONSTRUCTION AND TYPE OF PRODUCT OR EQUIPMENT. b. IF INFORMATION MUST BE SPECIALLY PREPARED FOR SUBMITTAL BECAUSE STANDARD PUBLISHED DATA ARE NOT SUITABLE FOR USE, SUBMIT AS SHOP DRAWINGS, NOT AS PRODUCT DATA. c. MARK EACH COPY OF EACH SUBMITTAL TO SHOW WHICH PRODUCTS AND OPTIONS ARE APPUCABLE. d. INCLUDE THE FOLLOWING INFORMATION, AS APPUCABLE: e. MANUFACTURER'S CATALOG CUTS. f. MANUFACTURER'S PRODUCT SPECIFICATIONS. STANDARD COLOR CHARTS. STATEMENT OF COMPLIANCE WITH SPECIFIED REFERENCED STANDARDS. I. TESTING BY RECOGNIZED TESTING AGENCY. J. APPLICATION OF TESTING AGENCY LABELS AND SEALS. k. NOTATION OF COORDINATION REQUIREMENTS. I. AVAILABILITY AND DELIVERY TIME INFORMATION. m. FOR EQUIPMENT, INCLUDE THE FOLLOWING IN ADDITION TO THE ABOVE, AS APPLICABLE: n. WIRING DIAGRAMS SHOWING FACTORY -INSTALLED WIRING. o. PRINTED PERFORMANCE CURVES. p. OPERATIONAL RANGE DIAGRAMS. q. CLEARANCES REQUIRED TO OTHER CONSTRUCTION, IF NOT INDICATED ON ACCOMPANYING SHOP DRAWINGS. 9. h. 4. SHOP DRAWINGS: a. PREPARE PROJECT -SPECIFIC INFORMATION, DRAWN ACCURATELY TO SCALE. DO NOT BASE SHOP DRAWINGS ON REPRODUCTIONS OF THE CONTRACT DOCUMENTS OR STANDARD PRINTED DATA. b. PREPARATION: FULLY ILLUSTRATE REQUIREMENTS IN THE CONTRACT DOCUMENTS. INCLUDE THE FOLLOWING INFORMATION, AS APPUCABLE: 1. IDENTIFICATION OF PRODUCTS. II. SCHEDULES. 111. COMPUANCE WITH SPECIFIED STANDARDS. Iv. NOTATION OF COORDINATION REQUIREMENTS. v. NOTATION OF DIMENSIONS ESTABUSHED BY FIELD MEASUREMENT. vI. RELATIONSHIP AND ATTACHMENT TO ADJOINING CONSTRUCTION CLEARLY INDICATED. vii. SEAL AND SIGNATURE OF PROFESSIONAL ENGINEER IF SPECIFIED. 5. PROCESSING TIME: ALLOW TIME FOR SUBMITTAL REVIEW, INCLUDING TIME FOR RESUBMITTALS, AS FOLLOWS. TIME FOR REVIEW SHALL COMMENCE ON ENGINEERS RECEIPT OF SUBMITTAL NO EXTENSION OF THE CONTRACT TIME WILL BE AUTHORIZED BECAUSE OF FAILURE TO TRANSMIT SUBMITTALS ENOUGH IN ADVANCE OF THE WORK TO PERMIT PROCESSING, INCLUDING RESUBMITTALS. a. INITIAL REVIEW: ALLOW 15 DAYS FOR INITIAL REVIEW OF MECHANICAL SUBMITTAL b. RESUBMITTAL REVIEW: ALLOW 15 DAYS FOR REVIEW OF EACH RESUBMITTAL. 6. DEVIATIONS AND ADDITIONAL INFORMATION: ON AN ATTACHED SEPARATE SHEET, PREPARED ON CONTRACTOR'S LETTERHEAD, RECORD RELEVANT INFORMATION, REQUESTS FOR DATA, REVISIONS OTHER THAN THOSE REQUESTED BY DESIGN ENGINEER ON PREVIOUS SUBMITTALS, AND DEVIATIONS FROM REQUIREMENTS IN THE CONTRACT DOCUMENTS, INCLUDING MINOR VARIATIONS AND UMITATIONS. INCLUDE SAME IDENTIFICATION INFORMATION AS RELATED SUBMITTAL GENERAL MECHANICAL NOTES 1. THE MECHANICAL DRAWINGS SHOW THE GENERAL DESIGN, ARRANGEMENT AND EXTENT OF THE MECHANICAL SYSTEM. BECAUSE OF THE SMALL SCALE OF THE DRAWINGS, THESE DRAWINGS DO NOT SHOW ALL OFFSETS, BENDS OR ELBOWS NECESSARY FOR THE COMPLETE INSTALLATION IN THE SPACE PROVIDED. CONTRACTOR SHALL MAKE SUCH SLIGHT ALTERATIONS AS MAY BE NECESSARY TO MAKE THE SYSTEM COMPLETE AND OPERATIONAL IN ACCORDANCE WITH THE DESIGN INTENT. MAJOR DEVIATIONS SUCH AS CHANGES IN COMPONENT SIZES, WEIGHTS, QUANTITIES OR MATERIAL REQUIRE PRIOR APPROVAL BY THE DESIGN ENGINEER. 2. THE DRAWINGS AND SPECIFICATIONS HAVE BEEN PREPARED TO SUPPLEMENT EACH OTHER AND SHALL BE INTERPRETED AS IN INTEGRAL UNIT WITH THE ITEMS SHOWN ON ONE AND NOT THE OTHER BEING FURNISHED AND INSTALLED AS THOUGH SHOWN AND CALLED OUT IN BOTH. 3. THE ENTIRE MECHANICAL INSTALLATION SHALL CONFORM TO THE REQUIREMENTS OF THE MOST RECENTLY ADOPTED BUILDING CODES, MECHANICAL CODE, PLUMBING CODE, ELECTRICAL CODE, AND ALL OTHER APPLICABLE CITY, COUNTY, STATE, AND FEDERAL CODES AND REGULATIONS IN EFFECT. 4. THE ENTIRE MECHANICAL INSTALLATION SHALL CONFORM TO ANY CODES, RULES, REGULATIONS AND REQUIREMENTS OF THE BUILDING OWNER. 5. PRIOR TO FABRICATION AND INSTALLATION OF ANY MECHANICAL COMPONENT THE CONTRACTOR SHALL COORDINATE THE INSTALLATION OF ALL MECHANICAL WORK WITH ALL OTHER BUILDING TRADES, INCLUDING BUILDING TRADES HIRED DIRECTLY BY THE OWNER. WHERE CONFLICTS MAY OCCUR, THEY SHALL BE RESOLVED PRIOR TO INSTALLATION. 6. THE SPACE ABOVE ALL CEILINGS IS LIMITED. CAREFUL COORDINATION IS REQUIRED WITH ALL TRADES BEFORE ANY PIPE, DUCT, OR EQUIPMENT IS ORDERED AND OR INSTALLED. ANY CONFLICTS AND OR CHANGES FOUND DURING INSTALLATION THAT RESULTS FOR THE LACK OF COORDINATION BY THE CONTRACTORS DURING THE SHOP DRAWING PROCESS ARE THE RESPONSIBILITY OF THE CONTRACTOR. 7. ALL MECHANICAL INFORMATION IS NOT SHOWN ON THE PLUMBING DRAWINGS. THE CONTRACTOR SHALL BE RESPONSIBLE FOR COORDINATING ALL INFORMATION ON ALL OTHER CONSTRUCTION DOCUMENTS. 8. THE CONTRACTOR SHALL BE RESPONSIBLE TO REVIEW AND USE, WHERE APPROPRIATE, ALL THE MECHANICAL DETAILS SHOWN ON THE DRAWINGS. DETAILS MAY OR MAY NOT BE CALLED OUT ON THE DRAWINGS WITH SYMBOLS OR KEYED NOTES. ANY CHANGES RESULTING FROM FAILURE TO INSTALL THE MECHANICAL SYSTEM WITHOUT USING THE INCLUDED DETAILS SHALL BE THE RESPONSIBILITY OF THE CONTRACTOR. 9. THE STRUCTURE SHOWN ON ALL DETAILS MAY OR MAY NOT PERTAIN TO A PORTION OR ANY PORTION OF THE BUILDING. COORDINATED ALL MOUNTING REQUIREMENTS WITH ARCHITECTURAL AND STRUCTURAL DRAWINGS. 10. ANY PART OF THE MECHANICAL INSTALLATION THAT FAILS, IN UNFIT, OR BECOMES DAMAGED DURING CONSTRUCTION SHALL BE REPAIRED OR REPLACED BY THE CONTRACTOR AT NO ADDITIONAL COST TO THE OWNER. 11. SEE ARCHITECTURAL REFLECTED CEILING PLAN FOR EXACT LOCATION OF ALL CEILING DIFFUSERS AND GRILLES. 12. CONTRACTOR SHALL OPERATE THE SYSTEM AND DEMONSTRATE ALL ASPECTS OF THE SYSTEM TO THE ENGINEER AND OR OWNER TO PROVE ALL SYSTEMS ARE OPERATIONAL. 13. DURING CONSTRUCTION, THE CONTRACTOR SHALL MAINTAIN A SET OF AS -BUILT REDLINED RECORD DRAINING AT THE PROJECT SITE. ALL CHANGES IN LAYOUT, ROUTING, EQUIPMENT, COMPONENTS, AND ACCESSORIES SHALL BE RECORDED. THESE REDLINED DRAWINGS SHALL BE GIVEN TO THE ARCHITECT/ENGINEER AFTER THE FINAL INSPECTION IN ACCORDANCE WITH SPECIFICATIONS. GENERAL EQUIPMENT NOTES 1. ALL CAPACITES ARE AT JOB SITE CONDITIONS AND ARE MINIMUM CAPACITY. 2. ALL AIR CONDITIONING EQUIPMENT SHALL BE A.R.I. CERTIFIED AND U.L. LISTED. 3. ALL MECHANICAL EQUIPMENT SHALL BE INSTALLED TO CONFORM WITH LOCAL SEISMIC REQUIREMENTS AND THE REQUIREMENTS OF THESE CONSTRUCTION DOCUMENTS. 4. VERIFY ALL REQUIRED SERVICE CONNECTIONS, INCLUDING ELECTRICAL CHARACTERISTICS FOR ALL EQUIPMENT PRIOR TO ORDERING EQUIPMENT. 5. ALL EQUIPMENT SHALL BE INDEPENDENTLY SUPPORTED FROM STRUCTURAL MEMBERS. 6. ALL EQUIPMENT SHALL BE INSTALLED IN ACCORDANCE WITH MANUFACTURER'S WRITTEN INSTALLATION INSTRUCTIONS. 7. ALL SIMILAR EQUIPMENT SHALL BE OF THE SAME MANUFACTURER. 8. AIR INLETS AND OUTLETS SHALL BE OF THE SAME MANUFACTURER. 9. THE CONTRACTOR SHALL BE RESPONSIBLE FOR THE HVAC EQUIPMENT CHECK-IN, SAFEKEEPING, AND DAMAGE. 10. ALL SYSTEM COMPONENTS, WHERE REQUIRED, SHALL BE CERTIFIED AND LISTED BY A THIRD PARTY. REVIEWED FOR CODE COMPLIANCE APPROVED SEP 18 2017 City of ` i iia RECEIVED CITY OF TUKWILA AUG 2 9 2017 PERMIT CENTER kY- C101.ISUUILITI N G` MEP Consulting, LLC 9220 SW BARBUR BLVD. SUITE 1119-324, PORTLAND, OR 97219 Ph: (503)248.5300 Em:Info@mepcon.com Project Title Holiday Inn Express Tukwila, Washington Client InterContinental Hotels Group Seal EXPIRES 10-15-2097 Printed Name Signature Date Issued Reg. No. No. Description Date 1 PERMIT COMMENTS 12.8.2015 Project number Date June 8, 2015 Drawn by DRK Checked by JGD MECHANICAL NOTES M002 10/8/2014 9:52:48 AM REVIEWED FOR CODE COMPLIANCE APPROVED SEP 18 2017 City of Tukwila BUILDINGD MECHANICAL SPECIFICATIONS 220500 - BASIC MECHANICAL REQUIREMENTS 1. COORDINATE THE LOCATION OF ALL NEW ROOF OPENINGS AND THE LOCATION OF ALL NEW AND RELOCATED ROOF MOUNTED EQUIPMENT WITH THE EXISTING STRUCTURE AND ARCHITECTURAL PLANS PRIOR TO ANY INSTALLATION. 2. V -BELT DRIVES SHALL BE OF FABRIC AND RUBBER CONSTRUCTION. BELT GUARDS SHALL BE PROVIDED FOR ALL EXPOSED BELTS AND DRIVES. 3. PROVIDE 6" CONCRETE HOUSEKEEPING PADS UNDER ALL FLOOR MOUNTED EQUIPMENT. 4. PROPERLY LUBRICATE ALL PIECES OF EQUIPMENT BEFORE TURNING THE SYSTEM OVER TO THE OWNER. 5. INSTALL DUCT MOUNTED SUPPLY AND RETURN AIR SMOKE DETECTORS IN ALL ROOFTOP, FAN -COIL, AIR -HANDLING, AND OTHER SUPPLY AIR SYSTEMS, WITH A CAPACITY GREATER THAN 2000 CFM. SMOKE DETECTORS ARE PURCHASED AND WIRED BY THE DIVISION 16 CONTRACTOR. 230548 - VIBRATION ISOLATION AND SEISMIC BRACING 1. ALL MECHANICAL EQUIPMENT, DUCTWORK, AND PIPING MUST BE VIBRATION ISOLATED AND SEISMICALLY BRACED FOR THE SITE SPECIFIC SEISMIC DESIGN CATEGORY AND SEISMIC USE GROUP, IN ACCORDANCE WITH THE LATEST ADOPTED EDITIONS OF THE IBC, UBC, ASHRAE, AND SMACNA. PROVIDE SEISMIC PRODUCTS BY AMBER -BOOTH OR MASON INDUSTRIES. 2. IN GENERAL PROVIDE SPRING MOUNTS TO ATTENUATE LOW FREQUENCY SOUND AND VIBRATION AND NEOPRENE PADS TO ATTENUATE HIGH FREQUENCY SOUND AND VIBRATION. SEISMIC BRACING/MOUNTING CAN BE COMBINED WITH VIBRATION ISOLATION AS APPUCABLE. 3. CONTRACTOR MANUFACTURED SEISMIC BRACING/RESTRAINT METHODS ARE NOT ACCEPTABLE. PROVIDE A SIGNED AND STAMPED LETTER FROM A PROFESSIONAL ENGINEER CERTIFYING THAT THE SUPPLIED PRODUCTS ARE CORRECT FOR THE APPLICATION AND THAT THE INSTALLATION IS IN COMPUANCE WITH ALL APPLICABLE CODES. 230553 - MECHANICAL IDENTIFICATION 1. PIPE MARKERS: PLASTIC TAPE: PROVIDE MANUFACTURER'S STANDARD COLOR -CODED PRESSURE -SENSITIVE (SELF ADHESIVE) VINYL TAPE, NOT LESS THAN 3 MILS THICK. 1-1/2" WIDE TAPE MARKERS ON PIPES WITH OUTSIDE DIAMETERS LESS THAN 6" (INCLUDING INSULATION, IF ANY); 2-1/2" WIDE TAPE FOR LARGER PIPES. 2. DUCT MARKERS: PROVIDE MANUFACTURER'S STANDARD LAMINATED PLASTIC; COLOR CODED DUCT MARKERS. 3. COLOR: COMPLY WITH ANSI A13.1 4. LETTERING: MANUFACTURER'S STANDARD PRE-PRINTED NOMENCLATURE WHICH BEST DESCRIBES PIPING OR DUCT SYSTEM IN EACH INSTANCE OR AS SELECTED BY ARCHITECT OR ENGINEER IN CASES OF VARIANCE WITH NAMES AS SHOWN. 5. ARROWS: PRINT EACH MARKER WITH ARROWS INDICATING DIRECTION OF FLOW. 6. VALVE TAGS: PROVIDE PLASTIC LAMINATE VALVE TAGS: MANUFACTURER'S STANDARD 3/32" THICK ENGRAVED TAGS WITH PIPING SYSTEM ABBREVIATION IN 1/4" HIGH LETTERS AND SEQUENCED VALVE NUMBERS 1/2" HIGH, WITH 5/32" HOLE FOR FASTENER. PROVIDE 1-1/2" SQUARE BLACK TAGS WITH WHITE LETTERING. 7. VALVE TAG FASTENERS: PROVIDE MANUFACTURER'S STANDARD SOLID BRASS CHAIN (WIRE UNK OR BEADED TYPE), OR SOUD BRASS S -HOOKS OF THE SIZED REQUIRED FOR PROPER ATTACHMENT OF TAGS TO VALVES, AND MANUFACTURED SPECIFICALLY FOR THAT PURPOSE. 15250 - MECHANICAL INSULATION 1. WRAP ALL SUPPLY AND RETURN DUCTWORK WITH 1-1/2" THICK FOIL FACED FIBERGLASS INSULATION. 2. WRAP INSULATION TIGHTLY ON THE DUCT WITH ALL CIRCUMFERENTIAL JOINTS BUTTED AND LONGITUDINAL JOINTS OVERLAPPED A MIN. OF 2". COVER ALL JOINTS WITH FOIL -REINFORCED 'KRAFT' TAPE, 3" WIDE. 3. OUTDOOR DUCTWORK EXPOSED TO THE WEATHER SHALL HAVE 2" INSULATION AND SHALL BE FITTED WITH 0.016 EMBOSSED ALUMINUM JACKET POP-RIVITED FOR A TIGHT WEATHERPROOF FIT. 4. SEE 233113 FOR UNED RECTANGULAR DUCTWORK. 232300 - REFRIGERANT PIPING 1. INSTALL MANUFACTURER'S PRE -CHARGED REFRIGERANT UNE -SETS FROM THE CONDENSING UNIT TO THE DX -COIL AND CONNECT AS REQUIRED. ALL PIPING PENETRATIONS SHALL BE SEALED WATERTIGHT WITH SILICONE SEALANT AND PROVIDED WITH ESCUTCHEON PLATES WHERE VISIBLE. SUPPORT REFRIGERANT LINES AT 5 FT ON CENTER. SUPPORT EXTERIOR PIPING ON UNISTRUT. NEST GROUPS OF PIPE TOGETHER WHENEVER POSSIBLE. SIZE OF LINES TO BE AS RECOMMENDED BY THE MANUFACTURER OF THE EQUIPMENT, FOR THE REFRIGERATION CAPACITY, DISTANCE AND VERTICAL RISES INVOLVED. PROVIDE DOUBLE SUCTION RISERS WHEN CONDENSING UNIT IS MORE THAN MANUFACTURERS RECOMMENDED HEIGHT ABOVE THE EVAPORATOR COIL. 2. PROVIDE COPPER REFRIGERANT PIPING SIZED AS RECOMMENDED BY THE EQUIPMENT MANUFACTURER. BRAISE ALL JOINTS AND FITTINGS. PROVIDE 1/2" THICK INSULATION ON ENTIRE LENGTH OF REFRIGERANT SUCTION PIPING EQUAL TO 'ARMSTRONG ARMAFLEX'. COAT ALL INSULATION JOINTS WITH TWO (2) COATS OF GRAY 'ARMAFLEX NO.22' FINISH OR EQUAL. PROVIDE EXTERIOR INSULATION WITH A UV PROTECTION SLEEVE. RECEIVED CITY OF TUKWILA AUG 2 9 2017 PERMIT CENTER 233113 - METAL DUCTWORK 1. 2. 3. 4. 5. 6. 7. 8. 9. 10 ALL DUCTWORK SHALL BE CONSTRUCTED, ERECTED, AND TESTED IN ACCORDANCE WITH THE MOST RESTRICTIVE OF LOCAL REGULATIONS AND PROCEDURES DETAILED IN THE ASHRAE HANDBOOK OF FUNDAMENTALS, OR THE APPLICABLE STANDARDS ADOPTED BY THE SHEET METAL AND AIR CONDITIONING CONTRACTOR'S NATIONAL ASSOCIATION, (SMACNA). TRANSITION ALL NEW DUCTWORK TO CONNECT TO EXISTING, AS REQUIRED. DUCTWORK SHALL BE GALVANIZED STEEL THROUGHOUT, FABRICATED AND INSTALLED SO THAT NO VIBRATION OR NOISE RESULTS. IT SHALL BE MADE FROM THE BEST GRADE OF GALVANIZED MILLED STEEL SHEETS OF U.S. STANDARD GAUGE AND BE FREE FROM BUSTERS, SLIVERS, AND PITS. ALL SEAMS SHALL BE AIRTIGHT, THE CONSTRUCTION OF ALL DUCTWORK. INCLUDING GAUGES OF METAL, BRACING LAYOUT, ETC., SHALL BE IN ACCORDANCE WITH SMACNA. SLEEVES FOR FIRE DAMPERS AND DUCT SECTIONS FORMING AN EXTENSION OF THE FIRE WALL SHALL BE 10 GAUGE STEEL. SEAL DUCTWORK ACCORDING TO THE FOLLOWING SMACNA DUCT SEAUNG CLASS: 1" DUCT LOCATION DUCT TYPE 237200 - ENERGY RECOVERY EQUIPMENT SUPPLY EXHAUST RETURN <21n. Wg. >2in. Wg. OUTDOORS A A A A UNCONDITIONED SPANS B A B B CONDITIONED SPACES C B B B (CONCEALED DUCTWORK) CONDITIONED SPACES (EXPOSED DUCTWORK) A A B B HANGERS FOR DUCTS UP TO 18" IN WIDTH OR DIAMETER SHALL BE PLACED ON NOT MORE THAN 8 FOOT CENTERS. DUCTS 19" AND OVER IN WIDTH OR DIAMETER SHALL BE SUPPORTED ON NOT MORE THAN 4 FOOT CENTERS. DUCT HANGERS SHALL BE CONSTRUCTED OF' GALVANIZED BAND IRON 1-1/8" FOR DUCTS UP TO 36" IN WIDTH OR DIAMETER. HANGERS SHALL EXTEND DOWN SIDES AND A MINIMUM OF UNDER RECTANGULAR DUCTS, AND WRAP COMPLETELY AROUND ROUND DUCTS. ALL DUCTS SHALL BE RIGIDLY SUPPORTED. ALL DUCTWORK SHALL BE CLEANED PRIOR TO THE INSTALLATION OF CEILING AND DIFFUSERS. OPERATE FANS TO BLOW OUT DUCTWORK. RECTANGULAR LOW-PRESSURE SUPPLY AND RETURN AIR DUCTWORK SHALL BE LINED WITH 1" FACED FIBERGLASS INSULATION SECURELY BUTTONED OR LAPPED AND SEALED. INSULATION SHALL BE 1-1/2 POUND DENSITY. OUTDOOR DUCTWORK EXPOSED TO THE WEATHER SHALL BE UNED WITH MINIMUM R-5 FACED FIBERGLASS INSULATION SECURELY BUTTONED OR LAPPED AND SEALED, AND SHALL BE FITTED WITH A 0.016 EMBOSSED ALUMINUM JACKET POP RIVETED FOR A WEATHERPROOF FIT. DUCT DIMENSIONS SHOWN ON DRAWINGS ARE INSIDE CLEAR AREA AND SHALL BE INCREASED TO ACCOMMODATE INSULATION. DUCT UNER TO BE BY KNAUF GmbH, JOHN-MANSVILLE OR SCHULLER INTERNATIONAL. DUCTWORK FOR EVAPORATIVE COOLERS AND EVAPORATIVELY COOLED MAKE-UP AIR UNITS SHALL BE FABRICATED FROM ALUMINUM SHEETS. ALL SEAMS SHALL BE AIRTIGHT. THE CONSTRUCTION OF ALL DUCTWORK, INCLUDING GAUGES OF METAL, BRACING, LAYOUT, ETC. SHALL BE IN ACCORDANCE WITH SMACNA. 233300 - DUCTWORK ACCESSORIES 1. FLEXIBLE DUCTWORK: THE FINAL 5 FOOT CONNECTION TO GRILLES AND DIFFUSERS IN LAY -IN CEILINGS, OR TO FLOOR MOUNTED GRILLES, MAY BE MADE WITH FLEXIBLE DUCT, FLEXMASTER TYPE 5M ONLY. ENDS SHALL BE SEALED. 2. SQUARE/RECTANGULAR ELBOWS SHALL BE PROVIDED WITH TURNING VANES. 3. PROVIDE FLEXIBLE CONNECTIONS NOT LESS THAN 4" WIDE CONSTRUCTED OF HEAVY, WATERPROOF, WOVEN PLASTIC COATED GLASS FABRIC AT SUPPLY AND RETURN CONNECTIONS TO FURNACES, AIR HANDLING, ROOFTOP, MAKE-UP AIR OR FAN -COIL UNITS. CORNERS SHALL BE SEWN LIGHT. CONNECTIONS SHALL BE 20 OUNCE VENTFABRICS OR EQUAL. 4. COMBINATION FIRE AND SMOKE DAMPERS OR FIRE DAMPERS IN DUCTWORK THROUGH ALL FLOORS AND FIRE WALLS SHALL BE FURNISHED AND INSTALLED AS REQUIRED TO CONFORM TO THE LATEST NFPA BULLETIN CONCERNING THIS TYPE OF BUILDING AND SHALL BEAR THE U.L. LABEL. DAMPERS, COMPLETE WITH MOUNTING ANGLES, SHALL BE MULTI -BLADE, FUSIBLE UNK, SPRING ACTING WITH 11 GAUGE SLEEVE. FUSIBLE UNK SHALL BE RATED AT 165"F. 5. DUCT MOUNTED BALANCING DAMPERS SHALL BE USED TO CONTROL SUPPLY AIR TO EACH DIFFUSER AND GRILLE. AN OPERATING HEAD SHALL BE PLACED ON THE SIDE OF THE DUCT WITH A POSITIVE LOCKING QUADRANT. DAMPERS SHALL BE PROVIDED IN RETURN AND EXHAUST AIR DUCTS WHERE SHOWN ON DRAWINGS. COORDINATE THE LOCATION OF CEIUNG ACCESS PANELS. 6. PROVIDE CEILING ACCESS DOORS AT ALL LOCATIONS OF BALANCING DAMPERS, FIRE DAMPERS, FIRE/SMOKE DAMPERS, VALVES, ETC., WHERE THERE IS NOT A UFT -OUT TYPE CEILING. ACCESS DOORS SHALL BE HINGED OF METAL CONSTRUCTION WITH SCREWDRIVER LATCHES. 7. AT FIRE DAMPERS, A DUCT MOUNTED SHEET METAL HINGED DOOR SHALL BE PROVIDED AND INSTALLED WITH POSITIVE LOCKING HANDLE. WHERE DUCTS ARE INSULATED, COVERS SHALL BE INSULATED. 8. GRAVITY OR BACKDRAFT DAMPERS SHALL BE ALL ALUMINUM CONSTRUCTION, INTERCONNECTED AND BLADED, PRESSURE DROP THROUGH DAMPERS SHALL NOT EXCEED 0.04 INCH W.G. 233713 - GRILLES, DIFFUSER AND LOUVERS 1. ALL GRILLES, DIFFUSERS, AND REGISTERS SHALL BE COMPLETE WITH FRAMES AND RUBBER GASKETS. FINISH FOR ALL REGISTERS, DIFFUSERS, AND GRILLES SHALL BE WHITE. 2. COORDINATE THE LOCATIONS OF ALL CEIUNG DIFFUSERS, REGISTERS, AND GRILLES WITH THE ARCHITECTURAL REFLECTED CEILING PLAN. ELECTRICAL UGHTING LAYOUT, AND ARCHITECTURAL ELEVATIONS. 3. LOUVERS SHALL HAVE MINIMUM FREE AREA AND MAXIMUM PRESSURE DROP AS LISTED IN THE SCHEDULES. LOUVER SHALL HAVE FRAME AND SILLS COMPATIBLE WITH ADJACENT SUBSTRATE AND FIT ACCURATELY FOR WEATHERPROOF INSTALLATION. LOUVERS SHALL BE COMPLETE WITH 1/2" MESH ANODIZED ALUMINUM BIRD SCREEN. 235100 - BREACHING, CHIMNEYS, AND STACKS 1. FLUES SHALL BE CLASS "B" METALBESTOS ALUMINUM CONSTRUCTION WITH CLEANOUT PLUG. A WIND PROOF RAIN CAP SHALL BE PROVIDED AND INSTALLED. LOCATE ALL VENTS AND FLUES AT LEAST 3 FT ABOVE OR 10 FT AWAY FROM ALL OUTSIDE AIR INTAKES OR OPENINGS INTO THE BUILDING. FOR HEALTH CARE APPLICATIONS, VENTS AND FLUES SHALL BE 25 FEET AWAY FROM AIR INTAKES OR OPENINGS. 2. FLUES AND AIR INTAKES FOR HIGH EFFICIENCY GAS FIRED EQUIPMENT SHALL SCHEDULE 40 CPVC. 235416 - FORCED AIR FURNACES 1. FACTORY ASSEMBLED CONDENSING GAS FURNACE WITH 100% OUTDOOR COMBUSTION AIR, SEALED COMBUSTION MINIMUM 90% AFUE. FURNACE SHALL CONSIST OF CASING, HEAT EXCHANGERS, BLOWER, AIR FILTER, REDUNDANT GAS VALVE, HOT SURFACE IGNITOR, AND CONTROLS. UNITS TO HAVE 20 YEAR HEAT EXCHANGER WARRANTY. UNITS TO BE CARRIER, LENNOX, TRANE, OR YORK. PIPING FOR FURNACE VENT/INTAKE AIR AND FOR CONDENSATE DRAINS, SHALL BE PVC SCHEDULE 40, SECURELY SUPPORTED AT NO MORE THAN 5 FT CENTERS. INSULATE ALL VENTS AND AIR INTAKES LOCATED IN TRUSS SPACES AND IN ATTICS. 2. FACTORY ASSEMBLED GAS FURNACE MINIMUM 80% AFUE. FURNACE SHALL CONSISTS OF CASING, HEAT EXCHANGER, BLOWER, REDUNDANT GAS VALVE, HOT SURFACE IGNITOR, AND CONTROLS. UNITS TO HAVE 20 YEAR HEAT EXCHANGER WARRANTY. UNITS TO BE CARRIER, LENNOX, TRANE, OR YORK. PROVIDE EACH FURNACE WITH A TYPE B GALVANIZED STEEL VENT HAVING AIR TIGHT JOINTS. 3. PROVIDE FURNACE MANUFACTURER'S STANDARD A -FRAME OR N -FRAME DX COOLING COIL. COIL TO BE COMPLETE WITH GALVANIZED DRAIN PAN WITH DRAIN CONNECTION, DX EXPANSION VALVE, LIQUID SOLENOID VALVE, AND LIQUID LINE SIGHT GLASS/MOISTURE INDICATOR. MOUNT COOLING COIL IN FURNACE SUPPLY PLENUM IN LOCATION SHOWN ON DRAWINGS. 4. INSTALL 3/4" COPPER CONDENSATE DRAIN UNE FROM COOUNG COIL DRAIN PAN AT INDOOR UNIT OF SPUT SYSTEMS AND EXTEND TO OUTSIDE, TIE TO TAILPIECE OF NEAREST SINK, RUN TO NEAREST FAN ROOM FLOOR DRAIN OR RUN TO NEAREST SERVICE SINK. 236200 - CONDENSING UNITS 1. FACTORY ASSEMBLED AND TESTED AIR COOLED CONDENSING UNITS, CONSISTING OF CASING, COMPRESSOR, CONDENSER COIL, CONDENSER FAN AND MOTOR, REFRIGERANT RESERVOIR, AND OPERATING CONTROLS. UNITS TO BE COMPLETE WITH HIGH AND LOW PRESSURE CUTOUTS, SERVICE SHUTOFF VALVES, AND HAVE 5 YEAR COMPRESSOR WARRANTY. UNITS TO BE CARRIER, LENNOX, TRANE, OR YORK. 237200 - ENERGY RECOVERY EQUIPMENT 1. UNITS SHALL BE FACTORY ASSEMBLED AND TESTED, AND CONSISTING OF 85% EFFICIENT HEAT WHEEL, EVAPORATOR COILS, ELECTRIC HEAT, REFRIGERATION AND TEMPERATURE CONTROLS, FILTERS AND DAMPERS. 2. PROVIDE A COPPER P -TRAP ON ALL ROOFTOP CONDENSATE DRAIN PANS, SIZED THE SAME AS THE OUTLET SIZE OF THE MANUFACTURER'S DRAIN PAN. DRAIN CONDENSATE TO ROOF UNLESS NOT ALLOWED BY LOCAL CODES. PROVIDE A 6" SQUARE (MINIMUM) CONCRETE SPLASH BLOCK UNDERNEATH THE DRAIN OUTLET. WITH A MINIMUM 1" AIR GAP. 3. PROVIDE FACTORY INSTALLED AND WIRED SMOKE DETECTOR IN SUPPLY AND RETURN AIR STREAM FOR ALL UNITS OF 2,000 CFM AND LARGER CAPACITY. UNIT SHALL SHUT DOWN AUTOMATICALLY UPON DETECTION OF SMOKE. 238126 - SPLIT SYSTEM AIR CONDITIONING UNITS 1. PROVIDE FACTORY ASSEMBLED AND TESTED SPLIT TYPE AIR CONDITIONING UNIT WITH INDOOR UNIT CONSISTING OF CASING, EVAPORATOR COIL, EVAPORATOR FAN, AND DRAIN PAN: AND OUTDOOR UNIT CONSISTING OF COMPRESSOR, CONDENSER COIL, AND CONDENSER FAN. UNIT TO BE COMPLETE WITH MICROPROCESSOR CONTROLS, CONDENSATE PUMP, AND 5 YEAR COMPRESSOR WARRANTY. UNITS TO BE CARRIER, MITSUBISHI, OR SANYO. 238219 - FAN COIL UNITS 1. FACTORY ASSEMBLED FAN COIL UNIT CONSISTING OF CASING, ELECTRIC HEATING COIL, DX COOLING COIL, FILTER, MIXING BOX, AND CONTROLS. 2. UNITS TO HAVE A SEPARATE OVERFLOW DRAIN CONNECTION OR A SEPARATE OVERFLOW DRAIN PAN. 3. INSTALL 3/4" INSULATED, TRAPPED COPPER DRAIN UNES FROM COIL DRAIN PANS AND EXTEND TO FLOOR SINK OR SERVICE SINK. 4. INSTALL 3/4" COPPER OVERFLOW DRAIN LINE AND EXTEND TO A VISIBLE LOCATION, OR; PROVIDE MOISTURE DETECTOR WITH ALARM FOR OVERFLOW CONDITIONS. 5. PROVIDE CONDESATE PUMP AND PIPING TO PUMP CONDENSATE TO DISCHARGE LOCATION AS SHOWN ON DRAWINGS. 238416 - MECHANICAL DEHUMIDIFICATION UNITS 1. FACTORY ASSEMBLED FAN COIL UNIT CONSISTING OF CASING, ELECTRIC HEATING COIL, DX COOLING COIL, FILTER, MIXING BOX, AND CONTROLS. 2. UNITS TO HAVE A SEPARATE OVERFLOW DRAIN CONNECTION OR A SEPARATE OVERFLOW DRAIN PAN. 3. INSTALL 3/4" INSULATED, TRAPPED COPPER DRAIN UNES FROM COIL DRAIN PANS AND EXTEND TO FLOOR SINK OR SERVICE SINK. 4. INSTALL 3/4" COPPER OVERFLOW DRAIN LINE AND EXTEND TO A VISIBLE LOCATION, OR; PROVIDE MOISTURE DETECTOR WITH ALARM FOR OVERFLOW CONDITIONS. 5. PROVIDE CONDESATE PUMP AND PIPING TO PUMP CONDENSATE TO DISCHARGE LOCATION AS SHOWN ON DRAWINGS. C,0 U. MEP Consulting, LLC 9220 SW BARBUR BLVD. SUITE 1119-324, PORTLAND, OR 97219 Ph: (503)248.5300 Em:lnfo@mepcon.com Project Title Holiday Inn Express Tukwila, Washington Client InterContinental Hotels Group Seal EXPIRES 1t) -t5-2017 Printed Name Signature Date Issued Reg. No. No. Description Date 1 PERMIT COMMENTS 12.8.2015 Project number Date June 8, 2015 Drawn by DRK Checked by JGD MECHANICAL SPECS M003 10/8/2014 9:52:48 AM L_] 30x12 OSA INTAKE,- Q -MARK: CDF 546' RECESSED CEILING HEATER (2KW),208V/1PH PROVIDE T -STAT 48"SD-5 275 CFM (TYP. 12) r LOUVER 8x8 EX. LOUVEP. 7 , n - a I I I Q -MARK: CDF 548 RECESSED CEIUNG HEATER (2101) 2081'/1 PH PROVIDE T --STAT i10x10RG- '' ,-1375 CFM 11 ELEC.RO(i)M [1271 0 x 24x18 6"0 8"P [1 EQUIP RoON, 1211 24x18 48x24 RG -3 18x18 RG -1 1,200 CFM L_/ L X, 6"0 SD -1 125 CFM (TYP. 3) 11111111111111 ;MI N maaamt •D__. 8 O ?"I SIIVd, IL 18x10: 8x8 OSA it LOUVER OEC i12x10 EXHAUST LOUVER = ; "s SD -1 lI�f55 CFM TYP. 2) z --8x8 OSA LOUVER - 8x8 OSA it p ...n LOUVER .. �4,.... 4' 18x12 OSA--\ LOUVER '8"0[ SD -1 1 I) 30g CFM. 9 1 t 8"SSI SD -1 275 CFM 1;2x12 F f 575 CFM` I_ J\I 1;'J L) J / CI 11,11 L. -SHEET NOTES: THERMOSTAT AND HMIDISTAT TO CONTROL POOL SYSTEM. \\ P C WATER HEATER LUES FROM GAS WATER HE.* TT'R. ROUTE TO CEIUNG AND DISCHARGE TO`SIDE !!ALL FLUE PER MANUFACTURES REQUIRE 9LNTS. II ® DRYER EX AHU .'T UP TO LOWER ROOF. ® OUTDOOR COMBUSTION AIR DUCTS: PROVIDE ME/1'0x10 DUCT 12" FROM T1':11.' TOP OF THE ENCLOSURE AND ONE /i Ox10 DUCT 12" FROM BOTTOM OF THE ENCLOSURE. 14ALANCE"OSA TO 250 CFM ® DRYER EXHAUST. INSTALL FANTECH DRYER BOOSTER FAN MODEL NUMBER: DBF4XL (83 WATTS, .73 AMPS, 170 CFM). CONTROLLED BY CURRENT SENSOR. 4"0 DRYER EXHAUST DUCT TO EXTERIOR LOUVER. 0 BALANCE TO 60 CFM. -6"fi SD -1 175 CFM 6"0 SD- 100 CFM 6"0 SD -2 100 CFM 6"0 40 CFM 6"0 SI -2 I 50'CFM J1 a II 24x12 ... "� SD -2 '%►'100 CFM 12"-0 USA 25C CFM I =jl) 8"0 SD -2 250 CFM 0 SD - 200 CFNt2_ it 6"0 SD -2 N I 30 -CFM -- 4 8"0 SD -2 260 CFM 8"4 S? -2 200CFM -5 =72- 8"0 200 _--- 200 CFI(Ij) 8"0 SD -2 200 CFM 8"0 . I1 200 CFM L. 771, u • 7 '1 6"0 SD -2 100 CFM J 18x8 STAINLESS STEEL DUCT UP TO EF -4 ON LOWER ROOF. INSTALL A 16x24 ALUMINUM LOUVERED EXHAUST GRILLE 18" ABOVE FINISHED FLOOR. I2 1=1 GENERAL NOTES: 1. PROVIDE BALANCING DAMPERS FOR ALL BRANCH DUCTWORK. SEE DETAIL SHEET FOR DAMPER CONFIGURATION IN NON ACCESSIBLE CEILINGS. 2. ALL DUCTWORK IN THE POOL AREA SHALL BE ALUMINUM. 3. FIELD COORDINATE DUCT ROUTING WITH ARCHITECTURAL CEIUNGS AND UGHTING. 4. CONTRACTOR SHALL PROVIDE VERTICAL SUPPORT AND SEISMIC BRACING FOR ALL SUSPENDED MECHANICAL EQUIPMENT, DUCTWORK AND ACCESSORIES. THE SUPPORT, BRACING AND CONNECTIONS TO THE BUILDING FRAME SHALL CONFORM TO A PRE -APPROVED, CODE-COMPUANT SYSTEM SUCH AS NUSIG. 5. ROUTE REFRIGERANT ONES UP IN WALLS TO HEAT PUMP UNIT ON ROOF/GROUND. ROUTE 3/4" CONDENSATE UNE FROM COIL TO DRAIN APPROVED DRAIN. NO PIPE JOINTS IN THE RATED CORRIDORS. REVIEWED FOR ODE COMPLIANCE APPROVED SEP 18 2017 City of Tukwila BUILDING DIVISION RECEIVE© CITY OF TUKWILA AUG 2 9 2011 PERMIT CENTER C 0 N S U L T f N G MEP Consulting, LLC 9220 SW BARBUR BLVD. SUITE 1119-324, PORTLAND, OR 97219 Ph: (503)248.5300 Em:Info@mepcon.com Project Title Holiday Inn Express Tukwila, Washington Client InterContinental Hotels Group Seal Printed Name Signature Date Issued Reg. No. No. Description 1 PERMIT COMMENTS 2 REVISIONS 3 EHSD REVISIONS 4 REVISIONS Date 12.8.15 11.30.16 01.11.17 01.17.17 Project number Date June 8, 2015 Drawn by Checked by DRK JGD FIRST FLOOR PLAN - MECHANICAL M 1 0 1 10/8/2014 9:52:48 AM E.2 (F.2 CG J 2. II=161,1 \EV 2 11. 11: 8"0 SD -2 200 CFM (TYP. 2) 1 11 \ N 11 11 11 (TYP.) 8"0 8x6 OSA =) =1 LOUVER 6"0 SD -2 I 50 CFM 11 6x6 EG -1 50 CFM (TYP.) (TYP.) Jr% (TYP.) El I t t.1 tt 10x22 RG -2 925 CFM . 6"16 RG -2 1 75 CFM t) 6"0 SD -2 75 CFM 6"03 1j. ••• _11 6x6 EG—so 1 50 CFM TM, 16x10 8"0 SD -2 200 CFM (1YP. 2) (TYP.) 117 MIMEO 7.3 SHEET NOTES: THERMOSTAT TO BE MOUNTED AT 48"AFF IN ADA ROOMS AND 54” IN ALL 01HER ROOMS. INSTALL 4"0 (C.A.R.) CONSTANT AIRFLOW REGULATOR. (TYPICAL ALL EXHAUST) ()BALANCE OSA TO 125 CFM. GENERAL NOTES: 1. PROVIDE BALANCING DAMPERS FOR AL1. BRANCH DUCTWORK. 2. PROVIDE WIRING FOR WAU_ MOUNTED 1HERMOSTATS IN ALL ROOMS. • REVIEWED FOR •rOODE COMPLIANCE APPROVED )4) - SEP 18 2017 City of Tukwila BUILDING DIVISION RECEIVED CITY OF TUKWILA AUG 292011 PERMIT CENTER 011011NISS1111.81111111111. MEP Consulting, LLC 9220 SW BARBUR BLVD. SUITE 1119-324, PORTLAND, OR 97219 Ph: (503)248.5300 Em:Info@mepcon.com Project Title Holiday Inn Express Tukwila, Washington Client InterContinental Hotels Group rtit't letttst Seal ExPIAES 10-15-2017, Printed Name Signature Date Issued Reg. No. No. Description Date 1 PERMIT COMMENTS 12.8.2015 Project number Date June 8,2015 Drawn by DRK Checked by JGD SECOND FLOOR PLAN - MECHANICAL M102 / A 8 (c) C.I E. I F.2) (GD CJ 10/8/2014 9:52:48 AM 2.1 �I 3 8"t SD -2 200 CFM (TYP. 2) -141 DN 9 6x6 EG -1 50 CFM (TYP.) UP Q (TYP.) 9_. CD (TYP.) 8x6 OSA LOUVER li 6"0 SD -2 50 CFM II BESSE 16x10 (TYP.) 6x6 EG -1 50 CFM / rl SHEET NOTES: 0 THERMOSTAT TO BE MOUNTED AT 48"AFF IN ADA ROOMS AND 54" IN ALL OTHER ROOMS. @ INSTALL 4"0 (C.A.R.) CONSTANT AIRFLOW REGULATOR. (TYPICAL ALL EXHAUST) 0 BALANCE OSA TO 125 CFM. 6"0 RG -2 1.__._75 CFM 10x22 RG-2----�� 925 CFM 16x10 8"o 8"0 SD -2 200 CFM (TYP. 2) if 2 C4D 74/ COP GENERAL NOTES: 1. PROVIDE BALANCING DAMPERS FOR ALL BRANCH DUCTWORK. 2. PROVIDE WIRING FOR WALL MOUNTED THERMOSTATS IN ALL ROOMS. REVIEWED FOR CODE COMPLIANCE APPROVED l''. SEP 18 2017 City of Tukwila BUILDING DIVISION RECEIVED CITY OF TUKWILA AUG 2 9 2011 PERMIT CENTER C0 N MEP Consulting, LLC 9220 SW BARBUR BLVD. SUITE 1119-324, PORTLAND, OR 97219 Ph: (503)248.5300 Em:Info@mepcon.com Project Title Holiday Inn Express Tukwila, Washington Client InterContinental Hotels Group Seal r EXPIRES 10-15-2017 Printed Name Signature Date Issued Reg. No. No. Description Date 1 PERMIT COMMENTS 12.8.2015 Project number Date June 8, 2015 Drawn by DRK Checked by JGD THIRD FLOOR PLAN - MECHANICAL M103 10/8/2014 9:52:48 AM A (13 E. I F. (m) /2\ 7 2.1 8"0 SD -2 200 CFM (TYP. 2) DN Ur 6x6 EG -1 50 CFM m0 (TYP.) (TYP.) 4" t. 4"9� .7, 8x6 OSA LOUVER 6"0 SD -2 50 CFM 1 6x1 0 6" _.._ � RG -22. 75 CFM 1Ox22 RG -2 -)--/6211 925 CFM I� 16x10 8" 8"o SD -2 200 CFM (TYP. 2) 7.3 I0 / E. SHEET NOTES: U1 THERMOSTAT TO BE MOUNTED AT 48"AFF IN ADA ROOMS AND 54" IN ALL OTHER ROOMS. OINSTALL 4"0 REGULATOR. (T p CAL ALLLSEEXHA S OW O3 BALANCE OSA TO 125 CFM. GENERAL NOTES: 1. PROVIDE BALANCING DAMPERS FOR ALL BRANCH DUCTWORK. 2. PROVIDE WIRING FOR WALL MOUNTED THERMOSTATS IN ALL ROOMS. REVIEWED FOR CODE COMPLIANCE APPROVED SEP 18 2017 City of Tukwila BUILDING DIVISION RECEIVED CITY OF TUUKWILA AUG 2 9 2011 PERMIT CENTER G 1 .I. MEP Consulting, LLC 9220 SW BARBUR BLVD. SUITE 1119-324, PORTLAND, OR 97219 Ph: (503)248.5300 Em:Info@mepcon.com Protect Title Holiday Inn Express Tukwila, Washington Client InterContinental Hotels Group Seal [EXPIRES 10-15-2017 I Printed Name Signature Date Issued Reg. No. No. Description Date 1 PERMIT COMMENTS 12.8.2015 Project number Date June 8, 2015 Drawn by DRK Checked by JGD FOURTH FLOOR PLAN - MECHANICAL M104 10/8/2014 9:52:48 AM 8"o SD -2 200 CFM (TYP. 2) DN (7) (7.3 ii (A) C It >` 6x6 EG -1 50 CFM (TYP.) it 1( ( E.2 (TYP.) 1 F. f IL 6"4 SD -2 50 CFM 6x6 EG -1 50 CFM (TYP.) (TYP.) 61'0 SD -2 ® / 75 CFM r T>>®®10x22 RG -2 925 CFM ®1 00 CFM 2 \� (TYP. 2) '6x6 EGA° 1 50 CFM 3' 6x6 EG -1 50 CFM 5b 7 FI 1 ) ( 2 2.1 .2) 4.1 (73) (74) (9) SHEET NOTES: 0 THERMOSTAT TO BE MOUNTED AT 48"AFF IN ADA ROOMS AND 54" IN ALL OTHER ROOMS. OINSTALL 4"0 REGULATOR. (TYPICAL CONSTANT OW YPICAL ALL EXHAUST) O BALANCE OSA TO 125 CFM. ® SEE M106 FOR EQUIPMENT AND DUCTWORK. -Mz GENERAL NOTES: 1. PROVIDE BALANCING DAMPERS FOR ALL BRANCH DUCTWORK. 2. PROVIDE WIRING FOR WALL MOUNTED THERMOSTATS IN ALL ROOMS. REVIEWED FOR CODE COMPLIANCE APPROVED SEP 18 2017 City of Tukwila BUILDING DIVISION RECEIVED CITY OF TUKWILA AUG 2 9 2017 PERMIT CENTER N MEP Consulting, LLC 9220 SW BARBUR BLVD. SUITE 1119-324, PORTLAND, OR 97219 Ph: (503)248.5300 Em:Info@mepcon.com Project Title Holiday Inn Express Tukwila, Washington Client lnterContinental Hotels Group Seal EXPIRES 10-15-2017 Printed Name Signature Date Issued Reg. No. No. Description Date 1 PERMIT COMMENTS 12.8.2015 Project number Date June 8, 2015 Drawn by DRK Checked by JGD FIFTH FLOOR PLAN - MECHANICAL M105 10/8/2014 9:52:48 AM 8x6 OSA LOUVER 48x32 EXHAUST LOUVER MODEL: GREENHECK AFJ-601 48x36 EXHAUST LOUVER MODEL: GREENHECK AFJ-601 s s— ■ a 8x6 DN 12x6 DN 12x6 DN 12x6 DN -r C - 1x6 DN GENERAL NOTES: 1. PROVIDE BALANCING DAMPERS FOR ALL BRANCH DUCTWORK. 2. ALL DUCTWORK AND EQUIPMENT LOCATED IN THE ATTIC. REVIEWED FOR CODE COMPLIANCE APPROVED SE? 18 2011 City of T u zw a BUILDING DIVISION RECEIVED CITY OF TUKWILA. AUG 2 9 2011 PERMIT CENTER Ole NIB SIN U11111111111 N G! MEP Consulting, LLC 9220 SW BARBUR BLVD. SUITE 1119-324, PORTLAND, OR 97219 Ph: (503)248.5300 Em:Info@mepcon.com Project Title Holiday Inn Express Tukwila, Washington Client InterContinental Hotels Group Seal r EXPIRES 10-15-2017 Printed Name Signature Date Issued Reg. No. No. Description Date 1 PERMIT COMMENTS 12.8.15 2 REVISIONS 11.30.16 3 EHSD REVISIONS 01.11.17 4 REVISIONS 01.17.17 Project number Date June 8, 2015 Drawn by DRK Checked by JGD ATTIC PLAN - MECHANICAL M106 AVk-O • FLEXIBLE DUCT SEE SPECIFICATION FLEXIBLE DUCT SECURE FLEXIBLE DUCT FLEXIBLE DUCT SEE L� 1111SECURE TURNING VANE II W2 SPECIFICATION WITH CINCH BAND (3'-0" MAXIMUM (3'-0" MAXIMUM WITH CINCH BAND LENGTH) LENGTH) RIGID DUCT / IFFUSER - CEILING DIFFUSER SHALL FIRE DAMPER L SHALL BECEILING (AS REVD SEE PLAN ) INDEPENDANTLY BE INDEPENDENTLY FIRE DAMPER SUPPORTED SECURE DUCT TO DIFFUSER WITH _ .E_--- SUPPORTED. CEIUNG SYSTEM SEE ARCHITECTURAL (AS REVD) SEE PLAN CEILING SYSTEM SEE ARCHITECTURAL SECURE DUCT TO DIFFUSER WITH 'Ilk PLANS SHEET METAL SCREWS PLANS _ / \ / \ / \ /. v SHEET METAL SCREWS OPPOSED BLADE I DAMPER WHERE REQUIRED � ��.i����' \� W1 i NOTES: 1. ALL TURNING VANES SHALL BE SINGLE VANE TYPE REGARDLESS OF DIMENSION. 2. ALL SINGLE VANES SHALL HAVE A 2 INCH RADIUS, 1 INCH MAXIMUM SPACE BETWEEN VANES. NOTE: CEIUNG INLETS AND OUTLETS SHALL BE INDEPENDENTLY SUPPORTED. CEIUNG DIFFUSER NOTE' CEILING INLETS AND OUTLETS SHALL BE INDEPENDENTLY SUPPORTED. CEILING DIFFUSER CEILING DIFFUSER (SURFACE) SQUARE ELBOW1 CEILING DIFFUSER (LAY—IN) D NO SCALE NO SCALE NO SCALE DUCTWORK AND THE FAN MOUNTED REMOTELY FROM THE SHAFT. INSTALL CONSTANT REGULATOR. 4" DIA. (CAR) AIRFLOW (TYP) GALVANIZED SHEET METAL DUCT WALL 1 RECTANGULAR OPENING NOTE: HIGH EFFICIENCY TAKE -OFF SHALL COMPLY WITH FIGURE 2-6 OF SMACNA DUCT CONSTRUCTION STANDARS Fri 0 01. ..." >-7�� >� �� 4110 ♦ MOTOR OPERATOR PER \ _• ` ��;, , I --+ ��` 1' 4 ► 1/4 D (4" MIN.) ROUND MANUAL VOLUME DAMPER \ DUCT SIZE ` .� DUCT �� UNER to i! Vii; 1►� 14 MANUFACTURERS LISTING -- - FIRE DAMPER FIRE/SMOKE I L_. ■ �� `- " •ti �/ 12 - .*� % A IN ENDS SHALL ' FIRMLY OF UNER BE BUTTED TOGETHER. DAMPER . IL C DUCT }C ■ CEILING RADIATION DAMPER WITH VOLUME CONTROL OPTION. �1 ,. \r ;'01f ALL ENDS OF LINE' �' � WITH ADHESIVE. TO BE COATED i��' ,e0 r��j� NOT MORE THAN 2" FROM ����f EDGE OF UNER 10, DUCT LINER DUCT LINER SLEEVES,TUURERS LISTING \ N 1�'J -/ 4"0 EXHAUST DUCT UP IN SHAFT 22 MIN. (26 GA. RIGID STEEL METAL) C o N $ U L T1 MEP Consulting,LLC 9220 SW BARBUR BLVD. SUITE 1119-324, PORTLAND, OR 97219 Ph: (503)248.5300 Em:Info@mepcon.com STRUCTU G -__-__..____1 ._\ FIRE/SMOKE RAMI �.- SEE STR�AL DRAWINGS HIGH EFFICIENCY ANCHORAGE. SEE 1" FLANGE AROUND ANCHORAGE DETAIL RECTANGULAR OPENING FITTING '{ V .r.° FIRE/SMOKE DAMPER EXHAUST GRILLE OR FAN LINE SHAFT W/ SHEET METAL DUCT FIRE CAULK A7 WALL PENETRATIONS.4 (3M FIRE BARRIER CP25WB+ CAULK) ti NO SCALE NO SCALE 1 NO SCALE SHAFT WALL Af 30' MAX. 4" MIN. • STEELELOWERFLOORS f Wl . EXTERIOR WALL - 140 CAULK �{ CEILING RADIATION DAMPER WITH VOLUME CONTROL OPTION. N NI 4"0 EXHAUST DUCT UP IN SHAFT 22" MIN. (26INS GA. RIGID STEEL METAL) _i ' MASTIC CAULK ROOM CABINET ', V' �`� \ /—OUTDOOR GRILLE SECURE TO WALL rW1 �� r Project Title Holiday Inn Express Tukwila, Washington Client Intercontinental Hotels Grou p MEM OFFSET TYPE 2: MITERED . Inipiiipiim OFFSET TYPE 3: RADIUSSED L (MIN.) = X / 0.5 15' MAX.ALL EXHAUST GRILLE OR FAN UNE SHAFT W/ SHEET METAL DUCT RECEPTACLE FRAMING FIRE WALL (3M CP25WB+ CAUU< AT PENETRATIONS. FIRE BARRIER CAULK) EXHAUST DUCT At DETAIL _k \ �a � P R MIN.) 3W / 2 ( WI i iv CHASSIS CABINET BEADED COUPLING HARD CAST SEALANT (MASTIC AND TAPE) OPTION 1 W2 = W1 FLOOR UNE - ROUND—SPIRAL DUCT COUPLE NOTES: 1. UNLESS MAXIMUM OTHERWISE INDICATED ANGLES SHOWN SHALL APPLY. • ON PLANS OFFSET TYPE 1: ANGLED _ .�1 �` - 4 L1- _� -I 2. ALL MADE OFFSETS SHOWN ON DRAWINGS WITH ANY OF THE 3 OFFSET DUCT OFFSETS SHALL BE L (MIN.) = X / 0.26 TYPES ABOVE. PTAC UNIT 4101 8 NO SCALE NO SCALE NO SCALE NO SCALE Seal ar / , 1 fl,, �►' a W'I15y/ "C. -'� / � y. �,, `` 9156 SUPPLY AIR PLENUM �'► _e REFRIGERANT SUCTION AND LIQUID LINES BRACKET UNIT ANDFURNISWALL CEILING ED BY MANUFACTURER / 11 II REVIEWED FOR (`'�— REVERSE TRAP NOTE: USE TRAPEZE HANGER RECTANGULAR DUCT THAN 60" WIDTH FOR LARGER CODE COMPLIANCE I SLOPE DOWNAT Ed APPROVED w ti y I �- -� �- art {, SEP k 1 OVERHEAD -11- STRUCTURAL MEMBER T .. sfbNAL TRAP ANCHOR City Of TuI dt oNDE BUILDING DIVISION NG UNIT w COOLING COIL EXPIRES 10-15-2017 i BRACKET / 1" X 22 GA. 2 #10 SHEET METAL SCREW OR ONE WO BOLT ROUND DUCT 4 24"MAX. 1" X 20 GA. � 1110 36"MAX. (L 2 #10 SHEET 1 METAL SCREW I OR ONE WOPrinted BOLT I ' TO WALL,� Name -it--UNIT HEATER O Signature Date Issued WALL > --9 � RECEIVED CI TY OF TUKIN No. , -� ELECTRIC LOCATE AS HIGH AS POSSIBLE UNIT HEATER No.Reg. Description Date DX COOLING CONDENSINGGAS RETURN SIDE FILTER RETURN FLOOR COIL FURNACE FURNACE AIR PLENUM4 RACK AIR DUCT STRUCTURE • ! TYPICAL lij I )81 i' FURNACE I j' • `� r ' 111111 . ` ' �,. 0. '%,( " CONDENSATE DRAIN LINE CONDX COOLINGDENSATE COIL DRAIN UNE FLOOR DRAIN ACCESS DOOR , • I Is 4" CONCRETE PAD FLOOR LINE -4.. US 2011 AUG PERMIT CENTER REFRIGERANT PIPING 1 PERMIT COMMENTS 12.8.2015 ROUND DUCT HANGER NO SCALE NO SCALE NO SCALE " MIN. THERMOSTATIC EXPANSION VAE ° 15 ) 1 20° EQUIPMENT I '\ 30° DX COIL Cl , , / EQUALIZING \l LINE EQUAUZING SECTION AFTER ALLOWED OF THERMAL LINE SHALL BE SUCTION UNE BULB. (NOT ON VERTICAL UNES)- `'I: (� 1- RESTRAINED CLIP -I (- OVERHEAD STRUCTURAL MEMBER AIR OW Project number Date 8, 2015 —,. I- 20° 3Q 1 %� 2 #10 SHEET .0" Drawn by DRK Checked by JGD 6" MIN. PLAN OR SIDE VIEW PLAN OR SIDE VIEW "' S CLAMP 7,v. I� r4p,.., METAL SCREW OR ONE 14"0 1" STRAP (MIN.) MECHANICAL DETAILS DUCT TRANSITION DV TR2222N WITH EQUIPMENT IH QUCT. BOLT 10 SHEETMETAL SCREW. 6 O.C. (TYPICAL, DUCT ------ 1 1%. _ TRAP, ONE PIECE NOTES: FACTORY FABRICATED �`�4 `e. `% .��� 45' NOTE: UNLESS OTHERWISE INDICATED ON PLANS. MAXIMUM ANGLES SHOWN SHALL APPLY.SUCTION 1" MIN. -4 RECTANGULAR I-- BEND TAB UNDER DUCT HANGER t. THERMOSTATIC BULB TO BE AS CLOSE TO COIL LINE AS POSSIBLE. NOT ALLOWED ON VERTICAL UNES. THERMAL BULB 2. INSULATE AS PER SPECIFICATIONS. LOCATION DUCT TRANSITION TXV M501 6 NO SCALE NO SCALE NO SCALE 1 6 NO SCALE AVk-O 10/8/2014 9:52:48 AM THREADED HANGER ROD ROD DIAMETER (INCHES) ALLOWABLE WORKING LOAD (LBS) ALLOWATHREADED WORKINGBLSIS COMBINEDCLOAD &BS)SMIC (LBS) 3/8 610 810 1/2 1,130 1,500 5/8 1,810 2,410 3/4 2,710 3,610 7/8 3,770 5,030 1 4,960 6,610 1-1/4 8,000 10,660 CABLE BRACE MEMBERS MAXIMUM SEISMIC ACCELERATION INPUT (G) PRESTRETCHED STEEL CABLE -- SAFETY FACTOR OF 2 (LBS) STANDARD STEEL CABLE -- SAFETY FACTOR OF 5 (LBS) A 640 1,600 B 1,600 4,000 C 4,000 10,000 0 10,000 25,000 STEEL & COPPER PIPE MAXIMUM SEISMIC ACCELERATION INPUT (G) MAXIMUM TRANSVERS BRACE SPACING (FEET) MAXIMUM LONGITUDINAL BRACE SPACING (FEET) 1.00 40 80 SHEET METAL DUCTWORK BRACING MAXIMUM SEISMIC ACCELERATION INPUT (G) MAXIMUM TRANSVERS BRACE SPACING (FEET) MAXIMUM LONGITUDINAL BRACE SPACING (FEET) 1.00 30 60 SOLID BRACE MEMBERS SUPPORT ROD DIAMETER (INCHES) STRUCTURAL STEEL ANGLE MAX. LENGTH OF 9 FT., 6 IN. (INCHES) 12 GAUGE CHANNEL STRUT -- MAX. LENGTH OF 9 FT., 6 IN. (INCHES) A 2 x2 x1/8 1-5/8 x 1-5/8 B 2 x2 x 1/4 1-5/8 x 1-5/8 C 3x3x1/4 1-5/8x3-1/4 D 4 x 4 x 1/4 1-5/8 x 3-1/4 ROD STIFFENERS CLAMP SUPPORT ROD DIAMETER (INCHES) MAXIMUM CLAMP SPACING (INCHES) 3/8 12 1/2 16 5/8 21 3/4 25 7/8 30 1 38 1-1/4 48 CONNECTIONS TO STRUCTURE CONNECTION TYPE LAG BOLTS INTO A WOOD STRUCTURE DIA. X EMBED. (INCHES) A 3/8 x 3 B 1/2 x 4 C TWO5/8x5 0 TWO5/8x5 E TWO 5/8 x 5 F FOUR 5/8 x 5 G FOUR 5/8 x 5 H 20 INDIVIDUAL OR TRAPEZE -SUPPORTED PIPE TRANSVERSE BRACE REQ'TS MAXIMUM DUCT WEIGHT PER FOOT (LBS) SEISMIC HORIZONTAL FORCE (Fph) (LBS) VERTICAL HANGER ROD DIAMETER (INCHES) CONNECTION TO HANGER ROD TO STRUCTURE MAXIMUM UNBRACED ROD LENGTH (INCHES) BRACE MEMBER SIZE CONNECTION TO STRUCTURE 1.0 G SOLID CABLE SOLID CABLE 3 125 3/8 A A 20 A A B 5 200 1/2 B B 29 A B C 12 480 1/2 E B 18 B C D 15 625 5/8 F C 26 C C E 31 1250 3/4 H E 27 D D F 55 2225 7/8 H E 29 D D H EQUIPMENT BRACED ABOVE ITS CENTER TER OF GRAVITY MAXIMUM DUCT WEIGHT PER FOOT (LBS) SEISMIC HORIZONTAL. FORCE (Fph) (LBS) VERTICAL HANGER ROD DIAMETER (INCHES) CONNECTION TO HANGER ROD TO STRUCTURE MAXIMUM UNBRACED ROD LENGTH (INCHES) BRACE MEMBER SIZE CONNECTION TO STRUCTURE 1.0 G SOLID CABLE SOLID CABLE 100 100 3/8 8 A 30 A A B 200 200 1/2 C B 39 A B C 400 400 1/2 E C 27 B B 0 600 600 5/8 F E 36 C C E 1000 1000 3/4 G F 41 C C F 2000 2000 7/8 H G 40 D D H DUCTWORK BRACE ABOVE ITS CENTER OF GRAVITY MAXIMUM DUCT WEIGHT PER FOOT (LBS) SEISMIC HORIZONTAL FORCE (Fph) (LBS) VERTICAL HANGER ROD DIAMETER (INCHES) CONNECTION TO HANGER ROD TO STRUCTURE MAXIMUM UNBRACED ROD LENGTH (INCHES) BRACE MEMBER SIZE CONNECTION TO STRUCTURE 1.0 G SOLID CABLE SOLID CABLE 4 120 3/8 A A 24 A A B 6 200 1/2 B B 34 A B C 16 480 1/2 E B 22 B C D 20 620 5/8 F C 32 C C E 41 1240 3/4 H E 33 D D F 70 2100 7/8 H F 36 D D H DUCTWORK BRACE BELOW ITS CENTER OF GRAVITY MAXIMUM DUCT WEIGHT PER FOOT (LBS) SEISMIC HORIZONTAL FORCE (Fph) (LBS) VERTICAL HANGER ROD DIAMETER (INCHES) CONNECTION TO HANGER ROD TO STRUCTURE MAXIMUM UNBRACED ROD LENGTH (INCHES) BRACE MEMBER SIZE CONNECTION TO STRUCTURE 1.0 G SOLID CABLE SOLID CABLE 4 120 3/8 B A 18 A A B 6 200 1/2 C B 25 A B C 16 480 1/2 F C 26 B C D 20 620 5/8 F E 23 C C E 41 1240 3/4 H F 24 D D F 70 2100 7/8 H G 26 D D H EQUIPMENT BRACED BELOW ITS CENTER OF GRAVITY MAXIMUM DUCT WEIGHT PER FOOT (LBS) SEISMIC HORIZONTAL FORCE (Fph) (LBS) VERTICAL HANGER ROD DIAMETER (INCHES) CONNECTION TO HANGER ROD TO STRUCTURE MAXIMUM UNBRACED ROD LENGTH (INCHES) BRACE MEMBER SIZE CONNECTION TOOSTRUCTURE 1.0 G SOLID CABLE SOLID CABLE 100 100 3/8 B A 18 A A B 200 200 1/2 C B 24 A B C 400 400 1/2 E C 27 B 8 D 600 600 5/8 F E 22 C C E 1000 1000 3/4 G F 26 C C F 2000 2000 7/8 H G 25 D D H HOUSEKEEPING PAD REINFORCING PAD AREA (SQUARE FEET) REINFORCING INTERIOR DOWELING PERIMETER DOWELING MAXIMUM LOAD (LBS) UP TO 40 # 3 REBAR 5/8 IN. DIA. 3/4 IN. DIA. ON CENTER EACH WAY 8,000 41 TO 100 # 4 REBAR 5/8 IN. DIA. 3/4 IN. DIA. ON CENTER EACH WAY 15,000 101 TO 200 # 5 REBAR 3/4 IN. DIA. 3/4 IN. DIA ON CENTER EACH WAY 25,000 201 TO 400 # 5 REBAR 3/4 IN. DIA. 1 IN. DIA. ON CENTER EACH WAY 50,000 REVIEWED FOR CODE COMPLIANCE APPROVED SEP 18 2017 City of Tukwila BUILDINQ_DIV(SLQ DOUBLE NUT HANGER ROD PLAN VIEW ANCHOR TO STRUCTURE MACHINE BOLT 1/4' 5+/-10 Thy ANGLE CLIP CABLE RESTRAINT (1/4' SLACK) -UNIT FOOT OR SUPPORTING STEEL VIEW A -A SUSPENDED EQUIP. BRACING NO SCALE LONGITUDINAL BRACE SEE SCHEDULE ROD HANGER AND VERTICAL ANGLE SEE SHEET 15 AND SCHEDULE THREADED STUD BOLT SEE SCHEDULE WASHER TO COVER WE "ELCEN" WELDED BEAM ATTACHMENT OR EQUAL 3/16.1 <TYP. g "ELCEN" PIPE CLAMP. HEAVY TYPE OR EQUAL NOTES: 1. THIS BRACING DETAIL APPLIES ONLY FOR COLD WATER PIPE AND GAS PIPE WHERE MOVEMENT OF THE PIPE DUE TO TEMPERATURE DIFFERENTIAL IS NEGLIGIBLE. 2. WHERE PIPE MOVEMENT EXISTS DUE TO THERMAL DIFFERENTIAL, PROVIDE ONE ANCHOR POINT IN ONE PIPE RUN. ALLOW FOR LONGITUDIANL PIPE MOVEMENT AT THE OPPOSITE END OF THE ANCHOR POINT. SEE SCHEDULE FOR CONNECTION TO STRUCTURAL SUPPORTING MEMBER FOR PIPE SIZE SEE SCHEDULE TYP. LONGITUDINAL PIPE BRACE NO SCALE CABLE SCHEDULE CABLE DIA. CABLE DESIGN A B C BOLT SIZE ALLOWABLE (Ib BREAKING •.,mom MET t EQUALLY SPACED O.C. A70MU, . 1 VHEOU 1/8" 7X19 GALV. 5-1/4' 1-5/8" 5/8" 3/8" 680 2000 3/16" 7X19 GALV. 5-3/4' 1-7/8" 5/8" 3/8" 1400 4200 1/4" 7X19 GALV. 6-3/4" 2-3/8" 11/16" 3/8' 2330 7000 5/16" 7X19 GALV. 7-3/8' 2-5/8" 13/16" 5/8' 3260 9800 3/8' 7X19 GALV. 8-7/8" 3-1/4" 1" 5/8" 4800 14400 7/16" 6X19 IWRC 17" 3-5/8" 1" 5/8' 5920 17800 1/2" 6X19 IWRC 18' 3-7/8' 1-1/8' 3/4' 7660 23000 CABLE CONSTRUCTION NO SCALE NOTES: 1. CABLES, THIMBLES, CABLE CUPS, GROMMETS, FLAT WASHERS AND NEOPRENE WASHERS ARE TO BE FURNISHED BY RESTRAINT MANUFACTURER. ALL OTHER HARDWARE TO BE PROVIDED BY CONTRACTOR. 2. CABLE CLIPS MUST BE ORIENTED AS SHOWN WITH SHORT END OF CABLE ON THE CURVED PART OF THE CUP. 3. CABLE CUPS (SAME SIZE AS CABLE) MUST BE ORIENTED AS SHOWN WITH SHORT END OF CABLE ON THE CURVED PART OF THE CUP. 4. ENTIRE RESTRAINT SYSTEM SHALL BE AMBER BOOTH OR EQUAL. EXPANSION ANCHOR-y� CONCRETE 1/2" MIN ROUND IN CHAIN, SHACKLE WITH 5/8 DIA. PIN ANGLES (LLH) SEE DETAIL HEAVY WIRE ROPE THIMBLE U -BOLT CUPS 5/16" DIA 7 X 7 AIRCRAFT CABLE (USE 3/8" DIA. CABLE FOR TYPE VII) TENSION CABLE ONLY ENOUGH TO REMOVE SAG. �2 MAX FOR BOLT SIZE SEE SCHEDULE 1-1/4 OF BOLTS sm OF ANGLE PLATE 3" X 3/16" TYPICAL TYPICAL CABLE BRACING NO SCALE CONNECTION TO STRUCTURAL SUPPOR11NG MEMBERS TO BE THE SAME FOR VERTICAL DIAGONAL $c LONGITUDINAL ' 4 I g Aft . Q 4 OF ANGLE EQ. LONGITUDINAL 'L' BRACE. ONE EACH SIDE OF DUCT. FOR SIZE SEE t i (SHOWN DOTTED) FOR BOLT SIZE SEE SCHEDULE 1/2" CLEAR MAXIMUM AS AN ALTERNATE, AIRCRAFT CABLE CAN BE USED. PROVIDE CABLE BRACES ON BOTH SIDES OF DUCTS. TYP. SIDE BRACING-RECT. DUCT NO SCALE ANCHOR EQUIPMENT TO HOUSEKEEPING PER MANUFACTUREERS RECOMMENDATION PAD REINFORCING "L" BAR rR�'A�1 111 ... — volt' .i.iti1���Titi.. -moi • iN 4. • • CHEMICAL ANCHOR THREADED ROD IIIIIIIIIIIIIIIIII111Itr ••>_t•o„ �iR1111.11/11�/1/1di1�a1� 1 3-1" MIN. FEMALE WEDGE ANCHOR hWO t &JMi�i►�" ►�►i'ti 11 HOUSEKEEPING PAD CONCRETE SLAB SEE STRUCTURAL DRAWINGS DIAGONAL ANGLE SEE SCHEDULE CONNECTION TO STRUCTURAL SUPPORTING MEMBER TO BE SAME FOR VERTICAL, DIAGONAL & LONGITUDINAL 'L14. SEE SCHEDULE. EXPANSION ANCHORS SHOWN HERE FOR EXAMPLE 1/8" /8 11 1- z4 _t`" ADD VERTICAL ANGLE FROM 41 ------SCHEDULE WHEN 'L' GREATER THAN MAXIMUM LENGTH PER SCHEDULE. ROD PER SCHEDULE A BOLT TO ANGLE SEE SCHEDULE "ELCEN" HANGE ROD CUP OR EQUAL FOR PIPE SIZE SEE SCHEDULE Q 10 ADD PIPE SLEEVE THf�T HAS AN INSIDE DIAMETER, 1/4 ± LARGER THAN OUTSIDE DIAMETER OF BOLT. WHEN THERMAL INSULATED PIPING IS USED DO NOT CONNECT BRACING OR HANGER DIRECTLY TO PIPE. TYP. TRANSVERSE PIPE BRACING NO SCALE 1"/Ar 111111111111 ORB 1111 EQUIPMENT BASE ANCHOR BOLT OR EXPANSION ANCHOR NEOPRENE WASHER AND SLEEVE STAINLESS STEEL BONDED PLATE RESILIENT PAD DESIGNED FOR 1/4' MAX. STATIC DEFLECTION FLOOR OR ROOF REC CITY OF AUG ISOLATION ASSEMBLY MUST BE DESIGNED TO WITHSTAND 0.5g (0.2g)* LATERAL AND VERTICAL LOADS. PERMIT ADD FRAMING CHANNEL OR ANGLE 2 F WHEN "L" IS GREATER . c°5 w THAN MAX. LENGTH oI a. R la as oN IVEDSAME AS OPPOSITE SIDE c TUKWILA * THE FIRST g FORCE IS FOR ESSENTIAL BUILDINGS OR UFE SAFETY EQUIPMENT. THE g FORCE IN PARENTHESIS IS FOR OTHER BUILDINGS. EQUIPMENT RESTRAINTS NO SCALE 9 2O1}IPE HANGER CENTER SYMMETRICAL ABOUT . Are, --CABLE BRACING 1 MIN 1—I 2 MAX PIPE HANGER, ROD CLIP CONNECTION TYPE A THRU D BENT P 3"x1/4", E THRU H BENZ P 4"x3/8" ADD PIPE SLEEVE THAT HAS AN INSIDE DIAMETER, 1/4" ± LARGER THAN OUTSIDE DIAMETER OF BOLT CABLE BRACING FOR PIPES NO SCALE c MEP Consulting, LLC 9220 SW BARBUR BLVD. SUITE 1119-324, PORTLAND, OR 97219 Ph: (503)248.5300 Em:Info@mepcon.com Project Title Holiday Inn Express Tukwila, Washington Client InterContlnental Hotels Group Seal EXPIRES 10-15-2017 Printed Name Signature Date Issued Reg. No. No. Description Date 1 PERMIT COMMENTS 12.8.2015 Project number Date June 8, 2015 Drawn by Checked by DRK JGD MECHANICAL DETAILS M502 �11'A-4•Palzl �vERT1CAL 'L' SEE SCHEDULE I, HORIZONTAL 'L' SEE SCHEDULE ' AS •.,mom MET t EQUALLY SPACED O.C. A70MU, . 1 VHEOU �-0UCT SIZE -41. g Aft . Q 4 OF ANGLE EQ. LONGITUDINAL 'L' BRACE. ONE EACH SIDE OF DUCT. FOR SIZE SEE t i (SHOWN DOTTED) FOR BOLT SIZE SEE SCHEDULE 1/2" CLEAR MAXIMUM AS AN ALTERNATE, AIRCRAFT CABLE CAN BE USED. PROVIDE CABLE BRACES ON BOTH SIDES OF DUCTS. TYP. SIDE BRACING-RECT. DUCT NO SCALE ANCHOR EQUIPMENT TO HOUSEKEEPING PER MANUFACTUREERS RECOMMENDATION PAD REINFORCING "L" BAR rR�'A�1 111 ... — volt' .i.iti1���Titi.. -moi • iN 4. • • CHEMICAL ANCHOR THREADED ROD IIIIIIIIIIIIIIIIII111Itr ••>_t•o„ �iR1111.11/11�/1/1di1�a1� 1 3-1" MIN. FEMALE WEDGE ANCHOR hWO t &JMi�i►�" ►�►i'ti 11 HOUSEKEEPING PAD CONCRETE SLAB SEE STRUCTURAL DRAWINGS DIAGONAL ANGLE SEE SCHEDULE CONNECTION TO STRUCTURAL SUPPORTING MEMBER TO BE SAME FOR VERTICAL, DIAGONAL & LONGITUDINAL 'L14. SEE SCHEDULE. EXPANSION ANCHORS SHOWN HERE FOR EXAMPLE 1/8" /8 11 1- z4 _t`" ADD VERTICAL ANGLE FROM 41 ------SCHEDULE WHEN 'L' GREATER THAN MAXIMUM LENGTH PER SCHEDULE. ROD PER SCHEDULE A BOLT TO ANGLE SEE SCHEDULE "ELCEN" HANGE ROD CUP OR EQUAL FOR PIPE SIZE SEE SCHEDULE Q 10 ADD PIPE SLEEVE THf�T HAS AN INSIDE DIAMETER, 1/4 ± LARGER THAN OUTSIDE DIAMETER OF BOLT. WHEN THERMAL INSULATED PIPING IS USED DO NOT CONNECT BRACING OR HANGER DIRECTLY TO PIPE. TYP. TRANSVERSE PIPE BRACING NO SCALE 1"/Ar 111111111111 ORB 1111 EQUIPMENT BASE ANCHOR BOLT OR EXPANSION ANCHOR NEOPRENE WASHER AND SLEEVE STAINLESS STEEL BONDED PLATE RESILIENT PAD DESIGNED FOR 1/4' MAX. STATIC DEFLECTION FLOOR OR ROOF REC CITY OF AUG ISOLATION ASSEMBLY MUST BE DESIGNED TO WITHSTAND 0.5g (0.2g)* LATERAL AND VERTICAL LOADS. PERMIT ADD FRAMING CHANNEL OR ANGLE 2 F WHEN "L" IS GREATER . c°5 w THAN MAX. LENGTH oI a. R la as oN IVEDSAME AS OPPOSITE SIDE c TUKWILA * THE FIRST g FORCE IS FOR ESSENTIAL BUILDINGS OR UFE SAFETY EQUIPMENT. THE g FORCE IN PARENTHESIS IS FOR OTHER BUILDINGS. EQUIPMENT RESTRAINTS NO SCALE 9 2O1}IPE HANGER CENTER SYMMETRICAL ABOUT . Are, --CABLE BRACING 1 MIN 1—I 2 MAX PIPE HANGER, ROD CLIP CONNECTION TYPE A THRU D BENT P 3"x1/4", E THRU H BENZ P 4"x3/8" ADD PIPE SLEEVE THAT HAS AN INSIDE DIAMETER, 1/4" ± LARGER THAN OUTSIDE DIAMETER OF BOLT CABLE BRACING FOR PIPES NO SCALE c MEP Consulting, LLC 9220 SW BARBUR BLVD. SUITE 1119-324, PORTLAND, OR 97219 Ph: (503)248.5300 Em:Info@mepcon.com Project Title Holiday Inn Express Tukwila, Washington Client InterContlnental Hotels Group Seal EXPIRES 10-15-2017 Printed Name Signature Date Issued Reg. No. No. Description Date 1 PERMIT COMMENTS 12.8.2015 Project number Date June 8, 2015 Drawn by Checked by DRK JGD MECHANICAL DETAILS M502 �11'A-4•Palzl 10/8/2014 9:52:48 AM DEHUMIDIFICATION AIR CONDITIONING & CONDENSING UNIT SYMBOL DESCRIPTION SYMBOL SYMBOL AREA SERVED MANUFACTURER MANUFACTURER & MODEL FAN SEC-IONCOOLING CAPACITY (NOTE A) _ -_ - • _ _ ELECTRICAL _ __ _ - ._- ...,,�- AUXILIARY ELECTRIC HEAT _ . - _ . m EG -1 PANEL FACE.. REMOVABLE CORE. LAY -IN CEILING tv!OUNTING, CONFIG AIR FLOWSTATIC (CFM) ' XTERNAL PRESSURE (IN HES .' C.) MOTOR POWER (HP) - . _ NOMINAL CAPACITY (TONS) _.. NET NET TOTAL ¢ SENSIBLE (OTUHI i tl3TUH) ENERGY EFFICIENCY RATIO (EER) MINIMUME CIRCUIT AMPS (MCA) MAXIMUM OVER- CURRENT VOLTS PROTECTION (AMPS) PHASE TOTALVOLTS (KA) TOTAL.CIRCUIT iEITUH) MINIMUM Ah'1PACITY 4 ICA) MOCP (AMPS) 600 PHASE OPERATING WEIGHT (LDS) OPTIONS g ACCESSORIES COOLING 14"0 850 LVO6R7DETBFLDFIA VERTICAL 3,400 1.00 2 0 7.5 95.50C 55.100 12 0 45 60 208 3 30 102.000 104 110 208 3 1.1C0 (1)(2)(3)(07)Di�U.1 OCU -1 ' INDOOR POOL DESERT AIRE RCSSG5IC --- 10.255 --- -.- -- --- -- 12 0 6 15 208 1 --_ - 11 16 -- - 315 (5)(6) 1000 - SD -3 CEILING DIFFUSER' WHITE FINISH 48" 125 TITUS ML -37 15 I I 46" x 22' 4003 NOTES: 1. PROVIDE FACTORY INSTALLED 2. T'STAT PROVIDED BY THROW PATTERN, LAY -IN CEILING MOUNTING, ALUMINUM IISCONNE' AL, INSTAL ED BY ECHANICA 3. '"OVIDE . ACCEPTABLE NC -330 MAXIMUM. TESTED IN ACCORDANCE WITH NOTES KRUEGER OPTIONS & ACCESSORIES ACCEPTABLE MANUFACTURERS TITUS (1) ENCLOSED FAN WITH SPRING VIBRATION ISOLATORS (2) SINGLE POINT WIRING (3) OUTSIDE Alli CONNECTION (4? 2" THICK PLEATED FILTERS. MERV 8 (5) LOW AMBIENT KIT (6) REFRIGERANT LINE SET (FIELD VERIFY EXACT LENGTH) (7) DUCT HEATER SHIPPED LOOSE FIEI.D POWER CONNECTION BY DIVISION 26 {A) CONDENSING UNIT RATED AT 80''F DB. ENTERING AIR AND 95-F AMBIENT AIR TEMPERATURE (B) DHU-1 TO CONTROL EF -4. 800 CFM OCCUPIED/200 CFM UNOCCUPIED. AND ENE) CAPS POGLPAK DESERT AIRE A DIFFUSER SCHEDULE SYMBOL DESCRIPTION OPTIONS & ACCESSORIES NOMINAL SIZE MAXIMUM AIR FLOW ICFM) MANUFACTURER & MODEL 50-1 CEILING DIFFUSER. WHITE FINISH 6'67 200 TITUS OMNI EG -1 PANEL FACE.. REMOVABLE CORE. LAY -IN CEILING tv!OUNTING, 1500W 11.0 350 10 TG -1 24' x 21" PANEL SIZE. 4 -WAY PATTERN. ROUND NECK. STEEL 10"f) 450 NC -30 MAXIMUM. TESTEES IN ACCORDANCE WITH 12"41 600 MIN OSA UNIT FAN ANSIrASHRAE STD 70 COOLING 14"0 850 RG -2 CEILING RETURN GRILLE: WHITE FINISH 15"El 1000 TITUS SOF SD -2 CEILING DIFFUSER: WHITE FINISH 6'0 200 TITUS OMNI TG -2 PANEL FACE REMOVABLE CORE SURFACE MOUNTING. COP 8"0 350 MITSUBISHI PUY-A30NHA4 -- 24" x 24' PANEL SIZE, 4 -WAY PATTERN, ROUND NECK STEEL - 10"0 450 15.5 - NC -30 MAXIMUM. TESTED IN ACCORDANCE WITH 165 12"0 600 60 RG -3 ANSI,ASI-ARAE STD 70. WHITE FINISH 16"0 550 TITUS 350FL EG -3 ALUMINUM. 314' BLADE SPACING. 35' DEFLECTION. SURFACE 56 15""1 1000 - SD -3 CEILING DIFFUSER' WHITE FINISH 48" 125 TITUS ML -37 15 LINEAR SLOT, 14) 1" SLOTS. 112" SPACING, ADJUSTABLE 46" x 22' 4003 NOTES: 1. PROVIDE FACTORY INSTALLED 2. T'STAT PROVIDED BY THROW PATTERN, LAY -IN CEILING MOUNTING, ALUMINUM IISCONNE' AL, INSTAL ED BY ECHANICA 3. '"OVIDE . ACCEPTABLE NC -330 MAXIMUM. TESTED IN ACCORDANCE WITH NOTES KRUEGER ANS('ASHRAE STD 70 PROVIDE WITH INSULATED PLENUM TUTTLE & BAILEY TITUS PRICE AND ENE) CAPS 50-4 CEILING DIFFUSER: WHITE FINISH 46" 125 TITUS ML -37 LINEAR SLOT. (4} 1" SLOTS. 112'' SPACING. ADJUSTABLE THROW PATTERN, SURFACE MOUNTING, ALUMINUM NC -30 MAXIMUM, TESTED IN ACCORDANCE WITH ANSI1ASHRAE STD 70 PROVIDE WITH I INSULATED PLENUM AND CND CAPS SD -5 CEILING DIFFUSER: WHITE FINISH Oil' 125 TITUS CT -481 LINEAR OAR, 114' OARS. 30' DEFLECTION. SURFACE MOUNTING, ALUMINUM. NC -30 MAXIMUM. TESTED IN ACCORDANCE WITH ANSI ASHRAE STD 70. PROVIDE WITH INSULATED PLENUM AND END CAPS. SD -6 SIDEWALL DIFFUSER. WHITE FINISH 6" x 5" 150 TITUS 350RL STEEL, 3/4" BLADE SPACING. 15` DEFLECTION, SURFACE 10" x 10" 400 MOUNTING. 1-1f4" FLANGED FRAME. 10" x 22" 950 NC -30 MAXIMUM. TESTED IN ACCORDANCE WITH 22" x 22" 2000 ANSPASIiRAE STD 70 ACCEPTABLE MANUFACTURERS NOTES KRUEGER TUTTLE & BAILEY TITUS PRICE r EXHAUST FAN SCHEDULE MARK MAKE/MODEL LOCATION SERVES CFM TOTAL SP IN. WG. DRIVE HP or WATTS RPM WEIGHT LBS. POWER SUPPLY VOLT PH Hz NOTES GREENHECK BSQ-140-20 ATTIC RESTROOMS 2,600 2.0 BELT 2.0 2,440 115 208 3 60 1,2,3 GREENHECK BSQ-14OHP-20 GREENHECK SP -B110 GREENHECK SP -B110 GREENHECK SP -050 ATTIC RESTROOMS 2,200 2.0 BELT 2.0 2,440 115 208 3 60 1,2,3 CEILING RESTROOMS 75 0.5 BELT 80W 990 10 120 1 60 1,2,3,4 CEILING RESTROOMS 200 BELT 175W 1100 10 120 1 60 1,2,3,4 CEIUNG CHEMICAL CLOSET 35 0.5 BELT 46W 1680 5 120 1 60 1,2,3,4 GREENHECK SWD-10-VG GREENHECK SP -B110 LOWER ROOF POOL EXHAUST 800/200 0.5 BELT 1/4HP 1425 105 115 1 60 1,2,3,4,5,6,7 CEIUNG MECH ROOM 175 0.5 BELT 175W 1100 10 120 1 60 1,2,3,4 REGISTER & GRILLE SCHEDULE SYMBOL DESCRIPTION OPTIONS & ACCESSORIES NECK SIZE MAXIMUM AIR FLOW (CFM) MANUFACTURER & MODEL RG -1 CEILING RETURN GRILLE' WHITE FINISH 10" x 10' 500 TITUS SOF EG -1 SQUARE PATTERN 1'2" x 112" x 112" SQUARES, ALUMINUM, 1500W 10" x 22' 1200 10 TG -1 LAY -IN CEILING MOUNTING. 24' x 24" PANEL SIZE 22" x 27 2700 NC -30 MAXIMUM. TESTED IN ACCORDANCE WITH MARKCFM MANUFACTURER & MODEL NUMBER MIN OSA UNIT FAN ANSI+AST-?RAE STD 70 COOLING HEATING RG -2 CEILING RETURN GRILLE: WHITE FINISH 10" x 10' 500 TITUS SOF EG -2 SQUARE PATTERN v2" x 1/2" x 1/2" SQUARES, ALUMINUM, NOTES 10" x 22' 1200 MTR. WATTS TG -2 SURFACE MOUNTING, 1-114" FLANGED FRAME. COP 22'• x 22" 2700 MITSUBISHI PUY-A30NHA4 -- NC -30 MAXIMUM. TESTED IN ACCORDANCE WITH - - 30,000 15.5 - ANSIPASIHRAE STD 70 165 208 1 60 RG -3 CEILING RETURN GRILLE: WHITE FINISH 10" x 10' 400 TITUS 350FL EG -3 ALUMINUM. 314' BLADE SPACING. 35' DEFLECTION. SURFACE 56 13" x 22' 950 - TG -3 MOUNTING, 1-174" FLANGED FRAME. 208 22" x 22" 2000 .36 15 NC -30 MAXIMUM. TESTED IN ACCORDANCE WITH 46" x 22' 4003 NOTES: 1. PROVIDE FACTORY INSTALLED 2. T'STAT PROVIDED BY ANSI'ASF1RAESTD 70 IISCONNE' AL, INSTAL ED BY ECHANICA 3. '"OVIDE . ACCEPTABLE MANUFACTURERS NOTES KRUEGER TUTTLE & BAILEY TITUS PRICE NOTES: 1. FURNISH BACK DRAFT DAMPER. 4. FAN TO RUN CONTINUOUSLY. 2. FURNISH ROOF CURB. 5. PROVIDE TWO SPEED VERI-GREEN CONTROLS 3. FURNISH INTEGRAL DISCONNECT SWITCH. 800 CFM OCCUPIED/200 CFM UNOCCUPIED. FAN TO BE CONTROLLED BY DHU-1 6. PROVIDE CORROSION RESISTANT FAN/MOTOR 7. PROVIDE VARI-GREEN MOTOR. PTAC HEAT PUMP UNR SCHEDULE MARK MANUF. & MODEL NO. UNIT FAN AMANA: PTH 12 AMANA: PTH 15 CFM MTR. H/L WATTS 420/353 420/353 NOTES: 1. PROVIDE FRESH AIR VENTILATION. 2. PROVIDE FAN SPEED ON LOW. 3. PROVIDE ULTRA QUIET OPERATION. MIN. OSA (CFM) COOLING BTUH EER HEATING COP BTUH ELECTRIC HEATER (KW) UNIT WEIGHT POWER UTILIZATION VOLT PH Hz MCA MOCP NOTES 50 50 12,000 15,000 11.9 11.2 3.5 3.1 10,500 11,900 4. PROVIDE WIRED T -STAT MOUNTED ON OPPOSITE WALL 5. PROVIDE WALL SLEEVE. 6. COORDINATE ARCHITECTURAL GRILLE WITH ARCHITECT. 3.1 3.1 120 120 208 208 1 1 60 60 19.5 19.5 20 20 1,2,3,4,5,6 1,2,3,4,5,6 SPLIT SYSTEM HEAT PUMP UNIT SCHEDULE MARK MANUFACTURER & MODEL NUMBER REVIEWED FOR CODE COMPLIANCE APPROVED SEP I. 8 2017 LB__ Ci y of Tukwila UILD1Gr MITSUBISHI PUMY-P36NHMUR4 MITSUBISHI PEFY-P36NMAU-E3 MITSUBISHI PUZ-A24NHA4 MITSUBISHI PEAD-A24AA4 MITSUBISHI PUMY-P36NHMUR4 MITSUBISHI PVFY-P36NMAU-E3 MITSUBISHI PURY-P120YSKMU-A MITSUBISHI PEFY-P72NMAU-E MITSUBISHI PEFY-P24NMAU-E MITSUBISHI PLFY-P24NBMU-E MITSUBISHI PUMY-P36NHMUR4 MITSUBISHI PEFY-P36NMAU-E3 MITSUBISHI PUMY-P36NHMUR4 MITSUBISHI PEFY-P36NMAU-E3 MIN OSA 250 100 150 400 50 25 250 250 UNIT FAN COOLING CFM H/L 847/1200 618/883 784/1057 1766/2540 477/671 706 847/1200 847/1200 ESP MTR. IN WG. WATTS .40 .40 .40 .75 .40 0.15 .40 .40 90 90 90 340 40 90 90 BTUH SEER 36,000 36,000 36,000 34,000 36,000 36,000 120,000 72,000 24,000 24,000 36,000 36,000 36,000 36,000 15.0 15.0 15.0 19.1 15.0 15.0 HEATING HSPF BTUH 9.8 9.8 9.8 9.3 9.8 9.8 38,000 38,000 38,000 34,000 38,000 38,000 135,000 80,000 27,000 27,000 38,000 38,000 38,000 38,000 UNIT WEIGHT 165 91 165 91 165 120 726 215 32 75 165 91 165 91 POWER UTIUZATION VOLT 208 208 208 208 208 208 208 208 208 208 208 208 208 208 PH 1 1 1 1 1 1 3 1 1 1 1 1 1 Hz 60 60 60 60 60 60 60 60 60 60 60 60 60 60 MCA 25 3.3 25 2.73 25 1.17 45 7.7 2.25 0.64 25 3.3 25 3.3 MOCP 40 15 40 15 40 15 50 15 15 15 40 15 40 15 NOTES 1,2,3,4 1,2,3 1,2,3,4 1,2,3 1,2,3,4 1,2,3 1,2,3,4, 1,2,3 1,2,3 2,3 1,2,3,4 1,2,3 1,2,3,4 1,2,3 C •1t.lf vi-' Project Title Holiday Inn Express Tukwila, Washington Client InterContinental Hotels Group NOTES: 1. PROVIDE FACTORY INSTALLED DISCONNECT 3. PROVIDE WIRED T -STAT. 5. PROVIDE EB -50 CENTRAL CONTROLLER CONNECTED TO LAN 2. T'STAT PROVIDED BY MECHANICAL, INSTALLED BY MECHANICAL 4. EACH OUTDOOR UNIT REQUIRES A SEPERATE ELECTRICAL CONNECTION. RECF'V CITY OF Ti UKWILA ELECTRIC DUCT HEATER SCHEDULE MECHANICAL DATA MARK ELECTRICAL DATA AUG 29 2013 SERVICE / LOCATION SCFM EDH-1 MANAGERS OFFICE 175 EAT (F) 55 LAT (F) 90 MAX PD (IN) DUCT SIZE (IN) COIL KW VOLT / PHASE CONTACTOR STAGES OR SCR REMOTE CONTROL CONTROL VOLTAGE XFMR BY 0.1 10x8 2.2 208/1 SCR 24 M TYPE T BY M CONN BY M DISC SW BY E RMT CENTER SEE NOTE AUk 1L( Seal !EXPIRES 10-15-2017 Printed Name Signature Date Issued Reg. No. No. Description Date 1 PERMIT COMMENTS 12.8.15 2 REVISIONS 11.30.16 3 EHSD REVISIONS 01.11.17 Project number Date June 8, 2015 Drawn by DRK Checked by JGD MECHANICAL SCHEDULES M601 ELECTRIC WALL HEATER SCHEDULE MARK MANUFACTURER & MODEL NUMBER BTU/HR WATTS AMPS POWER SUPPLY NOTES VOLT PH Hz 5118 1500W 12.5 120V 10 60 1. WALL MOUNTED ELECTRIC HEATER WITH BUILT-IN T -STAT. Q -MARK: CRA1512-12 SPLIT SYSTEM UNIT SCHEDULE MARKCFM MANUFACTURER & MODEL NUMBER MIN OSA UNIT FAN COOLING HEATING UNn. WEIGHT POWER UTILIZATION VOLT PH Hz MCA MOCP NOTES H/L ESP IN WG. MTR. WATTS BTUH SEER COP BTUH CU MITSUBISHI PUY-A30NHA4 -- - - - 30,000 15.5 - - 165 208 1 60 25 40 1,2,3 MITSUBISHI PKA-A30KA4 - 635/775 .2 56 30,000 - - - 50 208 1 60 .36 15 1,2,3 NOTES: 1. PROVIDE FACTORY INSTALLED 2. T'STAT PROVIDED BY MECHANI IISCONNE' AL, INSTAL ED BY ECHANICA 3. '"OVIDE . WI*ED T -ST T. REVIEWED FOR CODE COMPLIANCE APPROVED SEP I. 8 2017 LB__ Ci y of Tukwila UILD1Gr MITSUBISHI PUMY-P36NHMUR4 MITSUBISHI PEFY-P36NMAU-E3 MITSUBISHI PUZ-A24NHA4 MITSUBISHI PEAD-A24AA4 MITSUBISHI PUMY-P36NHMUR4 MITSUBISHI PVFY-P36NMAU-E3 MITSUBISHI PURY-P120YSKMU-A MITSUBISHI PEFY-P72NMAU-E MITSUBISHI PEFY-P24NMAU-E MITSUBISHI PLFY-P24NBMU-E MITSUBISHI PUMY-P36NHMUR4 MITSUBISHI PEFY-P36NMAU-E3 MITSUBISHI PUMY-P36NHMUR4 MITSUBISHI PEFY-P36NMAU-E3 MIN OSA 250 100 150 400 50 25 250 250 UNIT FAN COOLING CFM H/L 847/1200 618/883 784/1057 1766/2540 477/671 706 847/1200 847/1200 ESP MTR. IN WG. WATTS .40 .40 .40 .75 .40 0.15 .40 .40 90 90 90 340 40 90 90 BTUH SEER 36,000 36,000 36,000 34,000 36,000 36,000 120,000 72,000 24,000 24,000 36,000 36,000 36,000 36,000 15.0 15.0 15.0 19.1 15.0 15.0 HEATING HSPF BTUH 9.8 9.8 9.8 9.3 9.8 9.8 38,000 38,000 38,000 34,000 38,000 38,000 135,000 80,000 27,000 27,000 38,000 38,000 38,000 38,000 UNIT WEIGHT 165 91 165 91 165 120 726 215 32 75 165 91 165 91 POWER UTIUZATION VOLT 208 208 208 208 208 208 208 208 208 208 208 208 208 208 PH 1 1 1 1 1 1 3 1 1 1 1 1 1 Hz 60 60 60 60 60 60 60 60 60 60 60 60 60 60 MCA 25 3.3 25 2.73 25 1.17 45 7.7 2.25 0.64 25 3.3 25 3.3 MOCP 40 15 40 15 40 15 50 15 15 15 40 15 40 15 NOTES 1,2,3,4 1,2,3 1,2,3,4 1,2,3 1,2,3,4 1,2,3 1,2,3,4, 1,2,3 1,2,3 2,3 1,2,3,4 1,2,3 1,2,3,4 1,2,3 C •1t.lf vi-' Project Title Holiday Inn Express Tukwila, Washington Client InterContinental Hotels Group NOTES: 1. PROVIDE FACTORY INSTALLED DISCONNECT 3. PROVIDE WIRED T -STAT. 5. PROVIDE EB -50 CENTRAL CONTROLLER CONNECTED TO LAN 2. T'STAT PROVIDED BY MECHANICAL, INSTALLED BY MECHANICAL 4. EACH OUTDOOR UNIT REQUIRES A SEPERATE ELECTRICAL CONNECTION. RECF'V CITY OF Ti UKWILA ELECTRIC DUCT HEATER SCHEDULE MECHANICAL DATA MARK ELECTRICAL DATA AUG 29 2013 SERVICE / LOCATION SCFM EDH-1 MANAGERS OFFICE 175 EAT (F) 55 LAT (F) 90 MAX PD (IN) DUCT SIZE (IN) COIL KW VOLT / PHASE CONTACTOR STAGES OR SCR REMOTE CONTROL CONTROL VOLTAGE XFMR BY 0.1 10x8 2.2 208/1 SCR 24 M TYPE T BY M CONN BY M DISC SW BY E RMT CENTER SEE NOTE AUk 1L( Seal !EXPIRES 10-15-2017 Printed Name Signature Date Issued Reg. No. No. Description Date 1 PERMIT COMMENTS 12.8.15 2 REVISIONS 11.30.16 3 EHSD REVISIONS 01.11.17 Project number Date June 8, 2015 Drawn by DRK Checked by JGD MECHANICAL SCHEDULES M601 MNERAL NOTES 1) COMPLETE INSTALLATION OF THE MECHANICAL SYSTEM SHALL BE PER THE MOST CURRENT BUILDING, MECHANICAL ENERGY, PLUMBING, FIRE AND HEALTH CODES AND REGULATIONS AS ADOPTED BY THE LOCAL JURISDICTIONS. 2) MECHANICAL CONTRACTOR SHALL COORDINATE DIFFUSER LOCATIONS AND DUCT ROUTING CLEARANCES WITH THE STRUCTURAL, REFLECTED CEIUNG AND UGIiTING PLANS. 3) ALL FIRE RATED STRUCTURE SHALL HAVE FIRE AND/OR SMOKE DAMPERS. VERIFY WITH THE ARCHITECTURAL AND INSTALL PER THE LOCAL JURISDICTIONS. 4) ALL AIR DISTRIBUTION OUTLETS SHALL HAVE VOLUME CONTROL DEVICES. 5) ALL VOLUME DAMPERS IN NON -ACCESSIBLE CEILINGS SHALL HAVE A CONTROL ARM EXTENDED TO AN ACCESSIBLE LOCATION ("YOUNG" REGULATORS OR ROTO -TWIST). EXACT LOCATION OF CONTROL DEVICES VISIBLE IN FINISHED SPACES SHALL BE COORDINATED WTIH THE ARCHITECT. 6) ALL 90 DEGREE TRUNK DUCT ELBOWS SHALL BE SMOOTH -ROUND OR SQUARE WITH TURNING VANES. 7) MECHANICAL CONTRACTOR SHALL LOCATE AND COORDINATE EXACT LOCATION OF PIPING AND DUCTWORK AND PENETRATIONS WITH THE STRUCTURE. 8) ALL DUCTNORK, EQUIPMENT AND PIPING SHALL BE SEISMICALLY SUPPORTED PER SMACNA AND LOCAL REGULATIONS. 9) ALL MECHANICAL EQUIPMENT SHALL CONFORM TO SMACNA AND LOCAL REGULATIONS FOR SEISMIC RESTRAINT (INCLUDING PIPING AND DUCTWORK). 10) ALL EQUIPMENT AND ACCESSORIES IN CONCEALED SPACES REQUIRING ACCESS SHALL HAVE ACCESS DOORS. 11) TOTAL SYSTEM SHALL BE WARRANTED FOR ONE YEAR; STARTING FROM THE TIME OF OWNER/ENGINEER'S FINAL ACCEPTANCE. 12) HVAC NOTES: A) PROVIDE FLEXIBLE CONNECTION IN ALL DUCTS CONNECTING TO AIR MOVING EQUIPMENT AS CLOSE TO FAN AS POSSIBLE. FLEXIBLE CONNECTION SHALL CONSIST OF 6" OR MORE OF AIR TIGHT, FIREPROOF FLEXIBLE NEOPRENE COATED WOVEN FIBROUS GLASS MATERIAL VENT FABRICS, INC. B) ALL DUCTWORK SHALL BE SHEET METAL C) PROVIDE LOCKABLE VOLUME DAMPERS IN ALL AIR DISTRIBUTION OUTLETS. D) DUCT HANGERS, SUPPORTS AND METHODS OF INSTALLATION SHALL CONFORM TO ASHRAE AND SMACNA RECOMMENDATIONS. E) DUCT SIZES SHOWN ON PLANS INDICATE INSIDE FREE AREA. F) ALL DUCTWORK SHALL BE CLASS 1 AIR DUCT AS APPROVED BY U.L-181. 13) CONTRACTOR IS TO BRING UP THE DISCREPANCIES AND ITEMS WHICH ARE NOT SPECIFICALLY CALLED FOR OR SHOWN BUT ARE REQUIRED FOR A COMPLETE MECHANICAL SYSTEM AND AFFECT HIS CONTRACT PRIOR TO ENTERING AND SIGNING THE CONTRACT; AFTER AWARDING THE CONTRACT ALL SUCH ITEMS REQUIRED FOR A COMPLETE SYSTEM READY FOR THE OWNER'S BENEFICIAL USE SHALL BE FURNISHED AND INSTALLED INCLUDING ALL SUCH DISCREPANCY TIEMS MENTIONED ABOVE, AT NO ADDITIONAL COST TO THE OWNER AND PER LOCAL CODES. MANUFACTURER'S RECOMMENDATIONS AND APPUCABLE STANDARDS WITH THE ARCHITECT/ENGINEER'S APPROVAL 14) ALL EQUIPMENT SUPPUED FOR THESE SPECIFICATIONS SHALL BE FREE FROM DEFECTS IN MATERIAL, WORKMANSHIP, AND TITLE, AND SHALL BE OF THE KIND AND QUALITY DESCRIBED HEREIN. IF IT APPEARS WITHIN ONE YEAR FROM DATE OF FINAL ACCEPTANCE THAT EQUIPMENT DOES NOT MEET THE WARRANTIES ABOVE, THE CONTRACTOR SHALL IMMEDIATELY CORRECT ANY DEFECT AND SHALL RESTORE THE SYSTEM TO THE ORIGINAL SATISFACTORY CONDITIONS AT HIS EXPENSE. THE FOREGOING WARRANTY IS EXCLUSIVE AND IN UEU OF OTHER WARRANTIES, WHETHER WRITTEN, ORAL, IMPUED OR STATUTORY. NO WARRANTY OF MERCHANT ABILITY OF FITNESS FOR PURPOSE SHALL APPLY. (THE WARRANTY SHALL START FROM THE TIME OF ARCHITECT/ENGINEER'S FINAL ACCEPTANCE.) 15) ENTIRE INSTALLATION OF ALL EQUIPMENT, CONTROL PIPING, DUCTWORK AND RELATED ACCESSORIES SHALL BE PER BASIC OWNERS' STANDARDS. MECHANICAL CONTRACTOR IS TO FAMIUARIZE HIMSELF WITH THESE STANDARDS. 16) MECHANICAL CONTRACTOR SHALL VISIT THE SITE AND VERIFY THE ROUTING AND INSTALLATION FEASIBILITY OF ALL EQUIPMENT, PIPING AND DUCTWORK PRIOR TO SUBMITTING HIS BID AND INCLUDE IN HIS BID ADDITIONAL PIPING, DUCTWORK, FITTINGS, OFFSETS, ETC. WHICH MIGHT BE REQUIRED FOR A COMPLETE SYSTEM READY FOR OWNER'S BENEFICIAL USE. 17) COORDINATE THE CONSTRUCTION SCHEDULE WITH THE ARCHITECT AND PERFORM ALL REQUIRED WORK IN STRICT ACCORDANCE WITH THE OWNER'S SCHEDULE. 18) MECHANICAL CONTRACTOR SHALL PAY FOR AND OBTAIN ALL REQUIRED PERMITS AND CERTIFICATES REQUIRED BY THE AUTHORITIES HAVING JURISDICTION. 19) ADJUST ALL EQUIPMENT AND PERFORM A COMPLETE AIR -BALANCING AND PUT ALL MECHANICAL SYSTEMS IN OPERATION AND SUBMIT MINIMUM 4 COPIES OF BALANCING REPORTS TO THE OWNER/ARCHITECT. EXHAUST/PRE S< uRIZA FAN SCHEDULE . _c SPF-1 SPF -2 EPF-1 CEF-1 CPF-1A THRU 1D Zase STAIR PRESSURIZATION STAIR PRESSURIZATION ELEVATOR PRESSURIZATON CORRIDOR EXHAUST CORRIDOR PRESSURIZATION MAW, GREENHECK GREENHECK GREENHECK GREENHECK GREENHECK MaND TCB -2-16-50 TCB -2-16-50 TBI -FS -4L24-75 TCB -2-22-50 TBI -FS -4H24-15 TYPS TUBE AXIAL TUBE AXIAL TUBE AXIAL TUBE AXIAL TUBE AXIAL MB BELT - VFD BELT - VFD BELT - VFD BELT - VFD BELT - VFD CFD 4,000 4,000 10,000 8,200 2,500 E,,BP, ) 1.50" 1.50" 1.50" 2.0" 1.0" ( BELT---VFD --- --- --- CD F{„As 5.0 HP 5.0 HP 7.5 HP 7.5 HP 1.5 HP VOLTAM 208 208 208 208 208 MAIO 3 3 3 3 3 200 200 370 350 300 (1) (1) (1) (1) (1) (1) FAN WITH VFD MOTOR AND VFD CONTROLLER DRIVE, MOTORIZED SMOKE CONTROL DAMPER, INLET & OUTLET FLANGE, BOLTED ACCESS DOOR. COORDINATE SEQUENCE OF OPERATION WITH FIRE ALARM AND ELECTRICAL CONTRACTOR. THIS FAN SHALL BE CONTROLLED AND ENERGIZED BY THE BUILDING EMERGENCY GENERATOR POWER SYSTEM. SEE ELECTRICAL DRAWINGS FOR ADDITIONAL INFORMATION. U.L 705 USTED (SUITABLE FOR SMOKE CONTROL) AND INCLUDE ALL INTERLOCKS AND CONTROL FAN AND TESTING SHALL MEET THE REQUIREMENTS OF 2015 IBC 909. WHEN AIR BALANCING PRESSURE DIFFERENCE BETWEEN SMOKE BARRIERS SHALL BE PER IBC -909 AND LOCAL JRSD. - USE VFD CONTROL FOR BALANCING. FAN SHALL HAVE MIN. DUAL BELT AND PULLEY'S PER IBC -909, HIGH TEMPERATURE BEARINGS, U.L III CONSTRUCTION. PRESSURE DIFFERENTIAL SHALL MAINTAIN A MAXIMUM 30 LBF PULL ON STAIR DOOR KNOBS. ROOF ATTIC 5TH. FLOOR 4TH. FLOOR 3RD. FLOOR 2ND. FLOOR 1ST. FLOOR SCHEMATIC PRESSURIZATION RISER DIAGRAM DESIGN CODES: ALL CODES WITH WASHINGTON STATE AMENDMENTS 2015 WASHINGTON STATE ENERGY CODE 2015 INTERNATIONAL MECHANICAL CODE 2015 UNIFORM PLUMBING CODE 2015 INTERNATIONAL FIRE CODE LEGEM.) SYMBOL ABBREVIATION DESCRIPTION (DAD TSTAT/SENSOR THERMOSTAT/SENSOR SC4.0 LEVEL 3 FLOOR PLAN - SMOKE CONTROL __ DUCTWORK W/ TURNING VANE AND FLEX CONN. SC6.0 LEVEL 5 FLOOR PLAN - SMOKE CONTROL —1 VD VOLUME DAMPER TESTING AND SEQUENCE OF OPERATION -- RIGID DUCT -- FLEXIBLE DUCT (j] -- ROUND SPIN -IN WITH V.D. FD FIRE DAMPER --. SFD SMOKE FIRE DAMPER -- • CFD CEIUNG RADIATION FIRE DAMPER !�? CD ROUND CEIUNG DIFFUSER • CG ROUND CEILING GRILLE 11 CD SQUARE CEIUNG DIFFUSER / CG SQUARE CEIUNG GRILLE CD CONDENSATE DRAIN UNE —CD 'ip -- SMOKE DUCT DETECTOR A.F.F. ABOVE FINISHED FLOOR "l oft PLAN O SC1.0 GENERAL NOTES, SCHEDULE AND LEGEND SC2.0 LEVEL 1 FLOOR PLAN - SMOKE CONTROL SC3.0 LEVEL 2 FLOOR PLAN - SMOKE CONTROL SC4.0 LEVEL 3 FLOOR PLAN - SMOKE CONTROL SC5.0 LEVEL 4 FLOOR PLAN - SMOKE CONTROL SC6.0 LEVEL 5 FLOOR PLAN - SMOKE CONTROL SC7.0 ATTIC PLAN - SMOKE CONTROL SC8.0 TESTING AND SEQUENCE OF OPERATION REVIEWED FOR CODE COMPLIANCE APPROVED SEP 18 2017 City of Tukwila BUILDING DIVISION RECEIVED CITY OF TUKWILA AUG 2 9 2017 PERMIT CENTER ABOSSEIN ENGINEERING L.L.0 MECHANICAL - ELECTRICAL CIVIL - LEED - STRUCTURAL FIRE PROTECTION 2100 112TH AVE. NE BELLEVUE, WA 98004 OFFICE: (425) 462-9441 FAX: (425) 462-9451 EMAIL: CService@abossein.com WEBSITE: www.abossein.com rnn w/O w o(I) Z 0z w W Z z 0 r.W O W (.9 to Revisions: H FT -1 Job No.: 216139 Date: 05/01/2017 HOSE CONNECTION TO WET STAND PIPE NOSE CONNECTION TO DRY STAND PIPE FIR RM. / CONTROL-----PANELFIRE FIRE AID CONTROLCeAN LNI 1 LR / MAINT. ABOSSEIN ENGINEERING L.L.0 MECHANICAL — ELECTRICAL CIVIL — LEED — STRUCTURAL FIRE PROTECTION 2100 112TH AVE. NE BEIJ.F,VUE, WA 98004 OFFICE: (425) 462-9441 FAX: (425) 462-9451 EMAIL: CService@abossein.com WEBSITE: www.abossein.com ELEC. ROOM MECh. ROOM BREAK ROO MEETING ROOM SD -1 600 CF 'I s .\ /, x .\ / x .\ x /, .\I Ix /, / \ti ./ \I / \ •/I \. LAUNDRY PRE -FUNCTION 24x14 LIN N STOR I - FITNESS AUNDRY y hUTE �� SFD yyy HOSE CONNE TION TO STAND PIPE ELEVATOR EQUIP. RKE ORA I16 46.RK TO CE AREA ELEVATOR 12 SD -1 LOBBY 600 ChECK-IN NOT: VOL ME DAMPS S IN INACCESSIBLE AREAS SHALL USE A ABLE BUTTERFLY DAMPER (At\E1OSTAT -VDFC- OR—EQUAL)— LOUNGE R—EQUALS LOUNGE ENTRY D OPEN U MODE A TORS SHALL POWER ON INITIATION OF EXHAUST LEVEL 1 FOR SMOKE EXHAUST REAKFAS VESTIBULE BUSINESS CENTER_ i__ REVIEWED FOR CODE COMPLIANCE APPROVED SEP 1 Mil Revisions: City of Tuiztvita BUILDING OIV#SION Job No.: 216139 Date: 05/01/2017 LEVEL 1 FLOOR PLAN -SMOKE CONTROL SCALE: 1/8" = 1 '-0" NORTH ABOSSEIN ENGINEERING L. L. C 7-MPERED MECHANICAL — ELECTRICAL CIVIL — LEED — STRUCTURAL FIRE PROTECTION PLAN NOTES: 0 2—HR RATED ENCLOSURE. 0 12" WIDE, 18" DEEP AND 72" HIGH SHEET METAL OUTSIDE AIR PLENUM. INSULATE (R-8 MIN.) 2—HR ENCLOSURE IN ORDER TO CONTROL CONDENSATION. U.L. 555S SMOKE CONTROL DAMPER (INCLUDE RATED ACCESS DOOR). COORDINATE VOLTAGE AND SEQUENCE OF CONTROL WITH FIRE ALARM CONTRACTOR. 0 2—HR RATED ACCESS DOOR BELOW FAN FOR FUTURE MAINTENANCE. O CABLE DAMPER WITH CONTROL CABLE ADJUSTMENT THRU FACE OF GRILLE FOR AIR BALANCING. O 36X12 SUPPLY GRILLE, 2500 CFM,`TTUS 350 SERIES, 0' DEFLECTION. OG FAN COIL UNIT NOT A PART OF S k CONTROL SYSTEM. SHOWN FOR COORDINATION AND INSTALLA IO OF SMOKE CONTROL EQUIPMENT AND DUCT ROUTING PURPOSES. 00 D. W/ MECH'L OH 12X72 OUTSIDE AIR PLENUM ROdT s BETWEEN STUDS AT DEMISING WALL INSIDE 2—HR RAI ENCLOSURE. 0 12X48 EXHAUST GRILLE, 1200 F TITUS 350 SERIES, 0' DEFLECTION. OX -I MAKEUP-AIR—LQU OF .. EFE) Wrn-LM0TORIZ-E[D DAMPER DAMPER TO OPEN WHEN FLOOR MOKE EXHAUST DAMPER IS OPEN TO PROVIDE MAKE UP AIR FdR T E EXHAUSTED FLOOR. COORD. W/ FIRE ALARM. KING [ 200.1 2100 112TH AVE. NE BELLEVUE, WA 98004 OFFICE: (425) 462-9441 FAX: (425) 462-9451 EMAIL: CService@abossein.com KING SUITE [201] KING SUITE 202 WEBSITE: www.abossein.com KING SUITE [203] KING SUITE [204] KING L206 KING [208] 12X72 12X72 LVR 8x6 OSA LOUVER DBL QUEEN 209 KING 1210] 130X12 30X12 16x10 6"0 OUTSIDE AIR DUCT ROUTED UNDER 30X12 IOW 1 iPIVAI rIIII -SHE TINU ION KING SUITE [212] I BEDROOM SUITE [229 DBL QUEEN [227] STAIR # I LSTIJ ELEVATOR LOBBY [223 KING SUITE [214] CORRIDOR �1 LCO_] TEMPERED DBL QUEEN 230 DBL QUEEN [228] DBL QUEEN [226 DBL QUEEN [224] DBL. QUEEN SUITE [222] DBL. QUEEN SUITE [220] DBL. QUEEN SUITE [218] (2 KING SUITE ACC 216] REVIEWED FOR CODE COMPLIANCE APPROVED SEP 18 2011 Revisions: City of Tukwila BUILDING DIVISION H Cf ) Job No.: 216139 Date: 05/01/2017 LEVEL 2 FLOOR PLAN -SMOKE CONTROL SCALE: 1/8" = 1'-0" NORTH ABOSSEIN ENGINEERING L.L.0 MECHANICAL — ELECTRICAL CIVIL — LEED — STRUCTURAL FIRE PROTECTION PLAN NOTES: OA 2 -HR RATED ENCLOSURE. OB 12" WIDE, 18" DEEP AND 72" HIGH SHEET METAL OUTSIDE AIR PLENUM. INSULATE (R-8 MIN.) 2 -HR ENCLOSURE IN ORDER TO CONTROL CONDENSATION. U.L. 555S SMOKE CONTROL DAMPER (INCLUDE RATED ACCESS DOOR). COORDINATE VOLTAGE AND SEQUENCE OF CONTROL WITH FIRE ALARM CONTRACTOR. 2100 112TH AVE. NE BELLEVUE, WA 98004 OFFICE: (425) 462-9441 FAX: (425) 462-9451 EMAIL: CService®abossein.com O 2 -HR RATED ACCESS DOOR BELOW FAN FOR FUTURE MAINTENANCE. 0 CABLE DAMPER WITH CONTROL CABLE ADJUSTMENT THRU FACE OF GRILLE FOR AIR BALANCING. O 36X12 SUPPLY GRILLE, 2500 CFM, TITUS 350 SERIES, 0' DEFLECTION. KING SUITE 301 KING SUITE 3021 WEBSITE: www.abossein.com © FAN COIL UNIT NOT A PART OF SMOKE CONTROL SYSTEM. SHOWN FOR COORDINATION AND INSTALLATION OF SMOKE CONTROL EQUIPMENT AND DUCT ROUTING PURPOSES. 0 12X72 OUTSIDE AIR PLENUM ROUTED BETWEEN STUDS AT DEMISING WALL INSIDE 2 -HR RATED ENCLOSURE. 0 12X48 EXHAUST GRILLE, 1200 CFM, TITUS 350 SERIES, 0' DEFLECTION. OX 1-2_MAKEUP =AIR=EQUVER_ (5O%=EFF)-WITH=MOTORIZED- DAMPER— - DAMPER TO OPEN WHEN FLOOR SMOKE EXHAUST DAMPER IS OPEN TO PROVIDE MAKE UP AIR FOR THE EXHAUSTED FLOOR. COORD. W/ FIRE ALARM. KING SUITE 3041 KING 306 DBL QUEEN 307 12X72 12X72 LVR 8x6 OSA LOUVER 30X12 6'10 OUTSIDE AIR DUCT ROUTED UNDER 30X12 DBL QUEEN 3271 KING SUITE 312 STAIR # I 5T1 ELEVATOR LOBBY 3231 CORRIDOR fico] '7=11=r 1=11= -F -i DBL QUEEN 330 DBL QUEEN 328! DBL QUEEN 326 DBL QUEEN 3241, REVIEWED FOR CODE COMPLIANCE APPROVED Revisions: DBL. QUEEN SUITE 322 DBL. QUI SUITE 320 DBL. QUEEN SUITE 318 City o& Tukwila BUILDING DIVISION LEVEL 3 FL O OF PLAN—SMOKE CONTROL SCALE: 1/8" = 1'-O" RECEIVED CITY OF TUKWILA AUG 2 9 2011 PERMIT CENTER Job No.: 216139 Date: 05/01/2017 NORTH ABOSSEIN ENGINEERING L. L. C MECHANICAL -1 TF,CTRICAL CIVIL - LEED - STRUCTURAL FIRE PROTECTION E. I PLAN NOTES: OA 2—HR RATED ENCLOSURE. 0 12" WIDE, 18" DEEP AND 72" HIGH SHEET METAL OUTSIDE AIR PLENUM. INSULATE (R-8 MIN.) 2—HR ENCLOSURE IN ORDER TO CONTROL CONDENSATION. KING [ 400.1 0 U.L. 555S SMOKE CONTROL DAMPER (INCLUDE RATED ACCESS DOOR). COORDINATE VOLTAGE AND SEQUENCE OF CONTROL WITH FIRE ALARM CONTRACTOR. O 2—HR RATED ACCESS DOOR BELOW FAN FOR FUTURE MAINTENANCE. O CABLE DAMPER WITH CONTROL CABLE ADJUSTMENT THRU FACE OF GRILLE FOR AIR BALANCING. O 36X12 SUPPLY GRILLE, 2500 CFM, TITUS 350 SERIES, 0' DEFLECTION. 2100 112TH AVE. NE BELLEVUE, WA 98004 OFFICE: (425) 462-9441 FAX: (425) 462-9451 EMAIL: CService@abossein.com KING SUITE [401] KING SUITE 402 WEBSITE: www.abossein.com © FAN COIL UNIT NOT A PART OF SMOKE CONTROL SYSTEM. SHOWN FOR COORDINATION AND INSTALLATION OF SMOKE CONTROL EQUIPMENT AND DUCT ROUTING PURPOSES. UH 12X72 OUTSIDE AIR PLENUM ROUTED BETWEEN STUDS AT DEMISING WALL INSIDE 2—HR RATED ENCLOSURE. O 12X48 EXHAUST GRILLE, 1200 CFM, TITUS 350 SERIES, 0' DEFLECTION. 40X12—MAK EUP_AIR_L011VER (50% EFF) WITH—MOTORIZED_DAMP-ER . DAMPER TO OPEN WHEN FLOOR SMOKE EXHAUST DAMPER IS OPEN TO PROVIDE MAKE UP AIR FOR THE EXHAUSTED FLOOR. COORD. W/ FIRE ALARM. KING SUITE [403] DBL QUEEN [405] KING 1406] DBL QUEEN [ 407 12X72 12X72 LVR 8x6 OSA LOUVER DBL QUEEN [409] W z z 11 F—I CD 30X12 16x10 6"0 OUTSIDE AIR DUCT ROUTED UNDER 30X12 SE -SHEET FC Co TINU KING SUITE 1412] I BEDROOM SUITE [ 429 DBL QUEEN [427] STAIR #1 STi ELEVATOR LOBBY 1 423 KING SUITE [ 414 CORRIDOR L CO J SEE M1SHEETS FOR C.NTINUATION 0 z 0 REVIEWED FOR CODE COMPLIANCE APPROVED Revisions: DBL QUEEN [430] DBL QUEEN [428] DBL QUEEN [ 426 J DBL QUEEN 424 DBL. QUEEN SUITE [ 422 DBL. QUEEN SUITE [420] DBL. QUEEN SUITE [418] QUEEN SUITE ACC 4 I 6 SEP 18 2017 City of Tukwila F3UILDING DIVISION LEVEL 4 FLOOR PLAN -SMOKE CONTROL SCALE: 1/8" = 1,-0" RECEIVED CITY OF TUKWILA AUG 29 2017 PERMIT CENTER H Job No.: 216139 Date: 05/01/2017 NORTH 2 X 44 m 'ATEI TO 1)EF /— J If SHAFT\UP 1_ A2HR y 1 IN ATTIC /�I STAIR #1 STi ELEVATOR LOBBY 1 423 KING SUITE [ 414 CORRIDOR L CO J SEE M1SHEETS FOR C.NTINUATION 0 z 0 REVIEWED FOR CODE COMPLIANCE APPROVED Revisions: DBL QUEEN [430] DBL QUEEN [428] DBL QUEEN [ 426 J DBL QUEEN 424 DBL. QUEEN SUITE [ 422 DBL. QUEEN SUITE [420] DBL. QUEEN SUITE [418] QUEEN SUITE ACC 4 I 6 SEP 18 2017 City of Tukwila F3UILDING DIVISION LEVEL 4 FLOOR PLAN -SMOKE CONTROL SCALE: 1/8" = 1,-0" RECEIVED CITY OF TUKWILA AUG 29 2017 PERMIT CENTER H Job No.: 216139 Date: 05/01/2017 NORTH 6.2 PLAN NOTES: 2 -HR RATED ENCLOSURE. 0 12" WIDE, 18" DEEP AND 72" HIGH SHEET METAL OUTSIDE AIR PLENUM. INSULATE (R-8 MIN.) 2 -HR ENCLOSURE IN ORDER TO CONTROL CONDENSATION. 1 ABOSSEIN ENGINEERING L.L.0 MECHANICAL - ELECTRICAL CIVIL - LEED - STRUCTURAL FIRE PROTECTION E. I VN STAIR #2 LST2� 2100 112TH AVE. NE BELLEVUE, WA 98004 40 U.L. 555S SMOKE CONTROL DAMPER (INCLUDE RATED ACCESS DOOR). COORDINATE VOLTAGE AND SEQUENCE OF CONTROL WITH FIRE ALARM CONTRACTOR. 0 2 -HR RATED ACCESS DOOR BELOW FAN FOR FUTURE MAINTENANCE. O CABLE DAMPER WITH CONTROL CABLE ADJUSTMENT THRU FACE OF GRILLE FOR AIR BALANCING. FO 36X12 SUPPLY GRILLE, 2500 CFM, TITUS 350 SERIES, 0' DEFLECTION. X OFFICE: (425) 462-9441 FAX: (425) 462-9451 EMAIL: CService@abossein.com KING SUITE [501] WEBSITE: www.abossein.com © FAN COIL UNIT NOT A PART OF SMOKE CONTROL SYSTEM. SHOWN FOR COORDINATION AND INSTALLATION OF SMOKE CONTROL EQUIPMENT AND DUCT ROUTING PURPOSES. OH 12X72 OUTSIDE AIR PLENUM ROUTED BETWEEN STUDS AT DEMISING WALL INSIDE 2 -HR RATED ENCLOSURE. OI 12X48 EXHAUST GRILLE, 1200 CFM, TITUS 350 SERIES, 0' DEFLECTION. 0X42MAKE-L-IP _AIR -LOUVER (597g EE'E�.NITI OTORIZE[l DAMPER DAMPER TO OPEN WHEN FLOOR SMOKE EXHAUST DAMPER IS OPEN TO PROVIDE MAKE UP AIR FOR THE EXHAUSTED FLOOR. COORD. W/ FIRE ALARM. KING SUITE [503] Gi C) n1 C DBL QUEEN [ 505 DBL QUEEN [507] 2` F.2 DBL QUEEN [509] CGD L__J 12X72 LVR 8x6 OSA LOUVER 11 J) z z t H M0 E-4 I BEDROOM SUITE [529] 6"0 OUTSIDE AIR DUCT ROUTED UNDER 30X12 DBL QUEEN [527] 16x10 U t 2X2" II 21R ATE . 'F1\015 TO(# N'`ATTIC' � In qtr _© S. -SHE O T (V INIj ION o ID STAIR #1 5T1 X tEE 525 ELEVATOR ELEVATOR LOBBY [523] • CORRIDOR LCO] Ell I SEE M (SHEETS FOR CCNTINUATION 1 0 z 0 51) 411111.1,_ 11 W W � > 0 W J DDL QUEEN [ 530 DDL QUEEN [528] DBL QUEEN [526] DBL QUEEN [524] DBL. QUEEN SUITE [522 DBL. QUEEN SUITE [520] DBL. QUEEN SUITE 1518 // QUEEN ACC SUITE 51G�� REVIEWED FOR CODE COMPLIANCE APPROVED SEP 18 2017 Revisions: City of Tukwila BUILDING DIVISION RECEIVED CITY OF TUKWILA AUG 29 2017 PERMIT CENTER LEVEL 5 FLOOR PLAN -SMOKE CONTROL C8 E FT ff �� Job No.: 216139 Date: 05/01/2017 NORTH (7) ABOSSEIN ENGINEERING L. L. C r MEW— ' —STAIR -2— OUTLINE OF STAIR ENCLOSURE MECHANICAL — Ei ECTRICAL CIVIL — LEED — S 11tUGTURAL FIRE PROTECTION 8:I2 E w 0 0 8:12 O J CV 06 RIDGE O 0 0 N c0 PLAN NOTES: OA 48x40 INTAKE LOUVER MODEL: GREENHECK EHH-201 SERIES. 0 STAIRWELL PRESSURIZATION FAN LOCATED WITHIN 2—HR RATED STAIR ENCLOSURE. 2100 112TH AVE. NE BELLEVUE, WA 98004 OFFICE: (425) 462-9441 FAX: (425) 462-9451 © MOTORIZED DAMPER. SEE SEQUENCE OF CONTROL FOR DAMPER OPERATION. NORMALLY CLOSED — FAIL OPEN TYPE SMOKE DAMPER U.L. LISTED (UL555S). 0 60x52 INTAKE LOUVER MODEL: GREENHECK EAC -401 SERIES. O 50x60 INTAKE LOUVER MODEL: GREENHECK EHH-201 SERIES. O FAN INSIDE 2—HR ENCLOSURE (GWB OR U.L. LISTED FIRE RATED WRAP)(TYPICAL). O DUCTWORK WRAPPED WITH 2 LAYERS (2HR RATING) OF U.L. LISTED FIRE WRAP, 3M FIREMASTER OR EQUAL. (TYPICAL). OH 14X14 OPENING IN RATED ENCLOSURE WITH 2—HR U.L. LISTED FIRE DAMPER FOR MOTOR VENTILATION. EMAIL: CService@abossein.com WEBSITE: www.abosse' a .com D D D D w o 8: 1 2 D D 8: 1 2 CG) D cn w z z 22X24 DND IP DOWN5POUT - ELEVATOR OUTLINE OF STAIR ENCLOSURE UTLINE OF ELEVATOR CLOSURE SCRE NED OPENING L (V CD �., f RATED Aa ESS DOOR 0 0 0i 0 RIDGE 30x30 RATED ACCESS DOOR 00 —D li 8:12 D w 0 D REVIEWED FOR CODE COMPLIANCE APPROVED 8:12 SEP 18 2011 D City of Tukwila BUILDING DIVISION CID Job No.: 216139 ATTIC PLAN—SMOKE CONTROL SCALE: 1/8" = 1'-0" RECEIVED CITY OF TUKVVILA AUG 292011 PERMIT CENTER NORTH I. Testing, Adjusting, Balancing & Commissioning Of Smoke Control System 1. Introduction The intent of this smoke control system is to provide a safe path of exit for evacuation of all occupants to the outside during fire conditions. This shall be accomplished by pressurizing the means of egress stairways along with the elevator shaft, smoke exhausting the fire floor corridors of floors 2-5 when the floor above and below the fire are being pressurized during the emergency fire conditions. Also, in case of the first floor fire the common areas of floor -1 will be smoke exhausted where the floor is being pressurized. The smoke control system shall be tested, adjusted, balanced and accepted per the COT / TMC for Smoke Control Standard for operational testing, acceptance testing and periodical testing. See section — XIII below for 3'd Party Inspection. 2. Testing, Adjusting, Balancing and Commissioning a. General • With all stair doors closed measure pressure differences across each stair door per national standard methods. • The test shall be at the location where stack effect is maximum based on ambient conditions. • The measured conditions shall be minimum 0.10 in-wc and not to exceed 0.35 in- wc across the stair door between the pressurized and non -pressurized adjacent space on same floor. • The measured conditions shall be minimum 0.05 in-wc negative between the corridor's fire floor exhaust and the pressurized floor above and floor below the fire floor where they will be respectively positive. • The smoke control shall be tested for o Normal mode o First alarm (automatic) o Manual override of normal o Automatic modes and return to normal • The stairway door opening forces exerted to door knobs shall be tested to assure Compliance with IBC -100-8-1.3 during pressurized modes not exceeding 30 Lbf. • Measure the elevator shaft's pressure differential across the shaft to the atmospheric pressure outside to be minimum 0.10 in-wc and not to exceed 0.25 in- wc. The elevator doors shall be open on recall floor and closed on all other floors. • Measure the above for the random fire floor being 3' floor. And measure pressure differential between the corridor and adjacent spaces to be more than 0.05" in-wc. Repeat for other floors as requested by the AH1 or engineer or the 3rd party inspector. • Repeat the above for a first floor fire and measure pressure differential between the common areas being exhausted and adjacent spaces and floor above to be more than 0.05" in-wc. a. Conceptual Testing Criteria Conduct an acceptance test of the smoke control system after the installation is complete. Test each component of each system. A final test of the smoke control system shall be performed by the Contractor prior to building occupancy. The test is to be conducted in the presence of, and to the satisfaction of, the Architect, City Fire Department, Bureau of Buildings Inspection division and the 3'd party special inspector (the Engineer may attend if deemed to be necessary), date and time of tests shall be scheduled by the Contractor. The final test report is to be signed by the Owner's representatives, Fire Department, and The Building Department. Correct any deficiencies discovered during testing and retest system. A copy of final report shall be submitted to the Owner, Architect and Engineer. Operational test shall verify that all equipment is functioning properly. The fire alarm system must receive the appropriate input signals from the detection devices and transmit the correct output signal to the smoke control system. Verify the following: 1. Each element that activates the smoke control system does so. See Section #L below for Alarm Zone Event Matrix that will need to be followed for testing compliance. 2. Monitor the fire control panel to determine if the proper zone and device type alarm is received and enunciated. 3. Monitor the equipment of the smoke control system to determine if the appropriate start/stop and positioning functions are performed. 4. Activate the manual controls at the fire control panel and verify proper operations. 5. Capacity test shall verify that all equipment that comprises the smoke control system is moving the proper airflow quantities. A digital manometer shall be used to measure the airflow pressures. 6. SMOKE AREA: Level -1 lobby shall be considered the zone that will require protection of migration of smoke to stairways and elevator shaft. During any fire condition the two stairs and the elevator shall be pressurized as smoke zones separated by positive pressure from the rest of the building. The corridors for Levels 2-5 are considered pressurized safe areas for existing and will be smoke exhausting or pressurizing accordingly. 7. Combination smoke/fire dampers are located at all shaft enclosures, rated wall penetrations, etc. as described and required per COT / TMC Smoke Control Standards. It should be noted that during commissioning, the flow rates of these systems will be adjusted so that they will produce acceptable pressure differences. This a. b. 1. commissioning needs to be done under conditions as would be expected during a fire: a) With all smoke control systems operating. b) And, with elevator cars recalled to the ground floor. Smoke Control Equipment The 3'd. Party special inspector will witness testing of all smoke control equipment and related accessories per the IBC -909.18 to demonstrate compliance with the required guide lines. • All equipment will be successfully tested and commissioned to provide the pressure differential required at required smoke zones. • Airflows CFM, RPM, Velocities, Voltage, Amps, proper rotations, number of belts, proper sheaves, proper setting of VFD's shall be determined and measured per the IBC 909 and per NEBB standard Criteria as referenced in this report and Per COT / TMC. Initiating Devices • During testing minimum of two people will have to perform the test in addition to the 3rd party inspector's observations. One person must be at FSCP and the other person initiating the test. There must be adequate hand held radios to facilitate proper communication and reporting. • Verifications will need to be made at the device and at FSCP along with building's Main Fire Alarm Panel and at any other location that is required. • Per IBC -909.18.1 all initiating devices will be activated individually and/if collectively and as required to show proper operation and reporting of all Fire Alarm and FSCP systems. • Per IBC -909.18.7 all initiating devices will be verified for their proper functions and reporting requirements. 2. Commissioning • The Commissioning will provide the following quality control goals: o Procedure to verify the operation of the installed system o Establish a comparison of what is installed versus what has been designed and their possible deviations to assure the integrity of the designed system has been maintained o To develop a single point quality control channel to avoid discrepancies leading to lack of efficiency in the life safety system o To verify the proper installation of the components of the Smoke control system o Witness the testing of the systems, components and equipment to verify the adequacy of their satisfactorily performance o Verify that the smoke control equipment and components have been installed in compliance with their respective manufacturers' guide lines. ZONED SMOKE CONTROL SYSTEM + PRESSURIZATION SUMMARY (SEE DETAILED SMOKE CONTROL REPORT FOR ADDITIONAL INFORMATION) tPFESSMIZATION SYSTEMS • ONE PRESSURIZATION FAN FOR STAIR#1 INSIDE ATTIC SPACE INSIDE 2—HR RATED ENCLOSURE. • ONE PRESSURIZATION FAN FOR STAIR#2 INSIDE ATTIC SPACE INSIDE 2—HR RATED ENCLOSURE. • ONE PRESSURIZATION FAN FOR ONE ELEVATOR SHAFT WITH TWO CARS INSIDE ATTIC SPACE INSIDE 2—HR RATED ENCLOSURE. • ONE SMOKE EXHAUST FAN FOR CORRIDOR FLOORS 2-5 AND 1ST FLOOR COMMON AREAS LOCATED INSIDE THE ATTIC SPACE AND WITH MOTORIZED FIRE SMOKE DAMPERS AT EACH FLOOR OPERATING PER THE EVENT MATRIX. • ONE PRESSURIZATION FAN FOR EACH FLOOR ON RESPECTIVE FLOOR FOR PRESSURIZATION OF THE CORRIDORS FOR FLOORS 2-5 • SMOKE DETECTORS FOR STAIR PRESSURIZATION FAN ACTIVATION WILL BE LOCATED OUTSIDE THE SHAFT AND/OR IF NOT FEASIBLE WITHIN 5 FEET OF EACH ENTRY DOOR. • PRESSURIZATION STARTS UPON ANY FIRE ALARM CONDITION INCLUDING PULL STATIONS. • DOORS TO HAVE OPTIONAL ADJUSTABLE SWEEPS FOR BALANCING. 2. HVAC SYSTEM DUCTED DOWN INSIDE A RATED SHAFT OPERATING PER EVENT MATRIX. THEN IT WILL BE INSIDE STAIRWELL • THIS BUILDING IS NOT A HIGH RISE AND THE HVAC SYSTEM IS NOT A PART OF FLOOR ZONED SMOKE CONTROL AND THE HVAC WILL BE TURNED OFF ONLY WHEN THEY LOCALLY AND INDIVIDUALLY DETECTING SMOKE. (ALSO, THE BUILDING FREEZE PROTECTION AND RESTART OF HVAC EQUIPMENT DURING THOSE PERIODS WILL NEED TO BE EVALUATED IF THAT APPROACH HAD BEEN USED). • THIS DESIGN AND ANALYSIS IS NOT BASED ON AUTOMATIC HVAC SHUT DOWN DURING FIRE MODE. THERE ARE NO PLANS TO CONTROL THE HVAC DURING A FIRE MODE. • HOWEVER, THIS BUILDING HAS ZONED CORRIDOR PRESSURIZATION SYSTEM FOR FLOORS 2-5. THIS IS ACCOMPUSHED BY HAVING A CENTRAL SMOKE EXHAUST FAN AND INDIVIDUAL PRESSURIZATION FANS INDEPENDENT FROM HVAC FOR NORMAL HOURS. THE AIR DISTRIBUTION TO EACH FLOOR IS MAINTAINED THROUGH MOTORIZED SMOKE FIRE DAMPERS. DURING FIRE CONDITIONS THE MOTORIZED DAMPERS WILL ALL CLOSE AND UPON DETERMINATION OF THE FIRE ZONE THEY WILL OPEN OR REMAIN CLOSE PER THE EVENT MATRIX. 3. CONON AFEAs3 OF FLOOR -1 AND CONMORS 2 TMOUCH 5TH FLOG • A CENTRAL EXHAUST FAN LOCATED INSIDE THE ATTIC SPACE SHALL BE DEDICATED TO THE SMOKE REMOVAL FOR FLOORS 1 (COMMON AREAS) AND 2-5 (CORRIDORS). • FLOORS 2 THROUGH 5 CORRIDORS SHALL HAVE A SMOKE EVACUATION AND PRESSURIZATION SYSTEM IN ORDER TO CONFINE THE SMOKE THROUGH A SANDWICH CONCEPT. THE FLOOR FIRE SHALL EXHAUST (—) AND EACH FLOOR ABOVE AND BELOW THE FIRE FLOOR SHALL PRESSURIZE (+) IN ORDER TO STOP MIGRATION OF SMOKE TO OTHER FLOORS. • EACH FLOOR OF 2-5 SHALL HAVE ONE PRESSURIZATION FAN PER FLOOR DEDICATED TO THAT CORRIDOR'S PRESSURIZATION. • UPON DETERMINATION OF THE FIRE FLOOR VIA FIRE ALARM, THAT FLOOR WILL GO TO THE EXHAUST MODE. THE RESPECTIVE FLOOR DAMPER FOR THE CENTRAL EXHAUST FAN FOR THAT FLOOR WILL OPEN AND OTHER FLOOR DAMPERS REMAIN CLOSED. IF THE FIRE FLOOR IS ONE OF THE FLOORS 3-5 THEN THE PRESSURIZATION FAN FOR THE FLOOR ABOVE AND BELOW WILL START PRESSURIZING THE RESPECTIVE FLOORS. IF THE FIRE FLOOR IS FLOOR 2 THEN THE PRESSURIZATION FAN FOR THE FLOOR ABOVE WILL START PRESSURIZING THE RESPECTIVE FLOOR. THE FLOOR -1'S LOBBY DOORS WILL AUTOMATICALLY OPEN. IF THE FIRE FLOOR IS FLOOR 1 THEN THE PRESSURIZATION FAN FOR THE FLOOR 2 WILL START PRESSURIZING THE RESPECTIVE FLOOR. • MAKE UP AIR SHALL BE PROVIDED FOR THE FLOOR -1'S SMOKE EXHAUST VIA AUTOMATIC OPERABLE FRONT LOBBY DOORS. MAKE UP AIR SHALL BE PROVIDED FOR THE CORRIDOR FLOOR SMOKE EXHAUST OF FLOORS 2-5 VIA AUTOMATIC LEAKAGE OF THE STAIR AND ELEVATOR SHAFT PRESSURIZATIONS 4 PIESSIWED STAIR SHAFTS, ELEVATOR %IAFS AND FACE SAXE CONTROL SY8TEMS • THE STAIR AND ELEVATOR SHAFT ENCLOSURES FOR THIS BUILDING ARE BEING PRESSURIZED IN ORDER TO CREATE A TENABLE SPACE FOR THE OCCUPANTS TO BE ABLE TO EXIT TO OUTSIDE SAFETY DURING A FIRE EVENT CONDMON. THIS METHOD HAS BEEN REFERRED TO AS PRESSURIZATION OR SHAFT PRESSURIZATION IN THIS REPORT AND IS CONSIDERED AN ACCEPTABLE APPROACH IN ORDER TO HELP MITIGATING THE POSSIBILITY OF VERTICAL SMOKE MIGRATION. • THE BUILDING HAS 2 STAIR ENCLOSURES. STAIRS #1 AND #2 ARE EXTENDED DOWN FROM LEVEL -5 DOWN TO EXIT. ALSO, THE BUILDING HAS ONE ELEVATOR SHAFT WITH 2 CARS WITH SAME TRAVEL DISTANCE AS THE STAIRS. • THE REASON FOR THIS BUILDING REQUIRING STAIRWELL PRESSURIZATION IS DUE TO UTIUZING FIVE LEVELS OF TYPE VA CONSTRUCTION IN—UEU OF 4 LEVELS OF TYPE VA CONSTRUCTION WITHOUT PRESSURIZATION IN ADDITION TO COMPLYING WITH COT / TMC'S ORDINANCES. • THE INTENT IS TO PRESSURIZE THE STAIR ENCLOSURE WITH OUTSIDE AIR TO A PRESSURE DIFFERENTIAL OF +0.10" IN—WC HIGHER THAN THE ADJACENT AREAS WHERE SMOKE MAY EXIST. HOWEVER, OVER PRESSURIZATION EXCEEDING 0.35" IN—WC WILL BE AVOIDED IN ORDER TO MAXIMIZE THE DOOR KNOB FORCE TO 30 LBF FOR THE OCCUPANTS TO BE ABLE TO OPEN THE DOORS. • THE ELEVATOR SHAFT HAS TWO CARS AND WILL ALSO BE PRESSURIZED WITH OUTSIDE AIR TO A PRESSURE DIFFERENTIAL OF +0.10" IN—WC HIGHER THAN THE ATMOSPHERE WITH THE DOORS OPEN ON RECALL FLOOR. ALL OTHER DOORS WILL BE CLOSED. HOWEVER, OVER PRESSURIZATION EXCEEDING 0.25" IN—WC WILL BE AVOIDED IN ORDER TO ALLOW USAGE OF THE ELEVATOR FOR EMERGENCY EVACUATION PURPOSES IF NEEDED AND BY FIRE DEPARTMENT PERSONNEL ONLY. • THE 1ST FLOOR SMOKE EXHAUST SYSTEM AND FLOORS 2-5 CORRIDOR SANDWICH SMOKE CONTROL SYSTEMS ARE INTENDED TO CONTROL THE PRESSURE DIFFERENTIAL BETWEEN THE FIRE ZONE AND OTHER AREAS AT NEGATIVE —0.05" IN—WC DIFFERENTIAL IN ORDER TO AVOID OR MINIMIZE THE SMOKE MIGRATION. • THE SMOKE CONTROL SYSTEM IS A COMBINED SYSTEM REQUIRING THAT OTHER SYSTEMS REQUIRED FOR MAINTENANCE OF THIS SMOKE CONTROL ARE BEING PROPERLY DESIGNED, INSTALLED, MAINTAINED AND ACTIVATED WHEN NEEDED. THE SUCCESSFUL OPERATION OF THIS SYSTEM IS BEST ACCOMPUSHED BY OTHER SYSTEMS SUCH AS FIRE SPRINKLERS, FIRE ALARM AND DETECTION SYSTEM TO FUNCTION PROPERLY ALONG WITH THE FIRE RATINGS OF STRUCTURE WITHIN THEIR REQUIRED TIME RATINGS AND THE ELECTRICAL POWER THAT ENERGIZES THE PRESSURIZATION FANS. • THE ABOVE PRESSURE DIFFERENTIAL CONTROL FOR SMOKE MIGRATION WILL BE ACCOMPUSHED VIA THE SMOKE CONTROL SYSTEM INITIATION STARTING UPON ANY FIRE ALARM CONDITION AS CONTROLLED PER THE FA MATRIX. • THE BUILDING WAS MODELED THROUGH CONTAM COMPUTER SIMULATION MODEUNG IN ORDER TO EVALUATE THE PERFORMANCE OF THE BUILDING UNDER ASSUMED DESIGN CONDITIONS. THE ANALYSIS SHOWS THAT THE PROPOSED AIR FLOW RATES USED FOR PRESSURIZATION OF THE STAIR SHAFTS ARE ADEQUATE TO MAINTAIN THE DESIRED PRESSURE DIFFERENCES CONSIDERING THE; STACK EFFECT, FIRE TEMPERATURE, HVAC SYSTEM, WIND EFFECT, DURATION OF OPERATION AND THE CLIMATIC CONDI11ONS AT THE TIME OF FIRE. 5. BERCeICY ELEVATOR MERATIM • FIRE—FIGHTERS' EMERGENCY OPERATION FUNCTIONS WILL BE PROVIDED IN ACCORDANCE WITH IBC SECTION 3003.2 • EACH ELEVATOR LOBBY WILL HAVE A SMOKE DETECTOR. UPON ACTIVATION OF ANY FIRE ALARM PER THE EVENT MATRIX THE ELEVATORS ARE RECALLED RECALLED FLOOR. THE ELEVATOR WILL BE RECALLED TO AN ALTERNATE DESIGNATED FLOOR IN CASE THAT THE ALARM IS ON THE ORIGINAL RECALLED ELEVATORS WILL NOT RECALL TO A FLOOR WHERE ITS ELEVATOR LOBBY SMOKE DETECTOR HAS BEEN ACTIVATED. • THE ELEVATOR WILL REMAIN AT ITS RECALLED FLOOR WAITING TO BE USED BY FIRE DEPARTMENT VIA FIREMAN'S KEY OR UNTIL IT IS MANUALLY RESET ALSO, KEY OPERATED RECALL SWITCHES WILL BE PROVIDED FOR THE AUTHORIZED USE OF FIRE DEPARTMENT ON EACH FLOOR AS REQUIRED PER THE TO THE DESIGNATED FLOOR. THE INTO NORMAL MODE. LOCAL JURISDICTION. o (1,1 rREVIEWED FOR CODE COMPLIANCE APPROVEI SEP 18 2017 City of Tukwila BUILDING DIVISION RECEIVED CITY OF TU ILA AUG 29 2011 PERMIT CENTER H ABOSSEIN ENGINEERING L.L.0 MECHANICAL - ELECTRICAL CIVIL — LEED — STRUCTURAL FIRE PROTECTION 2100 112TH AVE. NE BELLEVUE, WA 98004 OFFICE: (425) 462-9441 FAX: (425) 462-9451 EMAIL: CService@abossein.com WEBSITE: www.abossein.com EXPRESS z H A 0 E-4 C7 O Z w z Z W 0 De ♦♦� v^LLI O W W d- I- (/) 0 Revisions: n A n A Job No.: 216139 Date: 05/01/2017 SC8.0