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Permit M17-0125 - TARGET - ROOF MOUNTED VENTILATION UNIT, DUCTWORK, DIFFUSER
TARGET 301 STRANDER BLVD M17-0125 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.gov 2623049005 301 STRANDER BLVD Project Name: TARGET MECHANICAL PERMIT Permit Number: M17-0125 Issue Date: 1/4/2018 Permit Expires On: 7/3/2018 Owner: Name: Address: TARGET CORPORATION T 0627 PO BOX 9456 C/O PROPERTY TAX/TPN 0950, MINNEAPOLIS, WA, 55440 Contact Person: Name: ELLE REINHARD Address: Contractor: Name: Address: License No: Lender: Name: Address: 1101 2ND AVE #100 , SEATTLE, WA, 98101 HERMANSON COMPANY LLP 1221 2ND AVE N , KENT, WA, 98032- 2945 H E RMACL005 BJ Phone: (206) 962-6865 Phone: (206) 575-9700 Expiration Date: 8/25/2018 DESCRIPTION OF WORK: REMODEL, SCOPE WILL ADD A ROOF MOUNTED VENTILATION UNIT AND REVISE DUCTWORK AND DIFFUSER LOCATIONS FOR INTERIOR SPACE REMODEL Valuation of Work: $120,000.00 Type of Work: NEW Fuel type: GAS Fees Collected: $1,711.02 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: 2015 2015 2015 2015 2015 National Electrical Code: WA Cities Electrical Code: WAC 296-46B: WA State Energy Code: 2017 2017 2017 2015 Permit Center Authorized Signature:/l/ti(14_ Da `OS 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: 1 V ``� () ✓ � �tN�:�V�-�' Date: l If-it 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: 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. 2: 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. 3: Readily accessible access to roof mounted equipment is required. 4: All construction shall be done in conformance with the Washington State Building Code and the Washington State Energy Code. 5: Remove all demolition rubble and loose miscellaneous material from lot or parcel of ground, properly cap the sanitary sewer connections, and properly fill or otherwise protect all basements, cellars, septic tanks, wells, and other excavations. Final inspection approval will be determined by the building inspector based on satisfactory completion of this requirement. 6: 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). 7: All electrical work shall be inspected and approved under a separate permit issued by the City of Tukwila Permit Center. 8: 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. 9: ***MECHANICAL PERMIT CONDITIONS*** 10: All mechanical work shall be inspected and approved under a separate permit issued by the City of Tukwila Permit Center (206/431-3670). 11: Manufacturers installation instructions shall be available on the job site at the time of inspection. 12: The attached set of mechanical plans have been reviewed by The Tukwila Fire Marshals Office and are acceptable with the following concerns: 13: 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) 14: 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) 15: Remote indicator lights are required on all above ceiling smoke detectors. (City Ordinance #2437) 16: Duct detectors shall send a supervisory signal only upon activation. (City Ordinance #2437) 17: 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) 18: An electrical permit from the City of Tukwila Building Department Permit Center (206-431-3670) is required for this project. 19: Contact The Tukwila Fire Prevention Bureau to witness all required inspections and tests. (City Ordinances #2436 and #2437) 20: Any overlooked hazardous condition and/or violation of the adopted Fire or Building Codes does not imply approval of such condition or violation. 21: These plans were reviewed by Inspector 511. If you have any questions, please call Tukwila Fire Prevention Bureau at (206)575-4407. PERMIT INSPECTIONS REQUIRED Permit Inspection Line: (206) 438-9350 1400 FIRE FINAL 0703 MECH EQUIP EFF 1800 MECHANICAL FINAL 0609 PIPE/DUCT INSULATION 0705 REFRIGERATION EQUIP 0701 ROUGH -IN MECHANICAL 0702 SMOKE DETECTOR TEST CITY OF TUKWILA Community Development Department Permit Center 6300 Southcenter Blvd., Suite 100 Tukwila, WA 98188 http://www.TukwilaWA.gov Mechanical Permit No. Project No. Mie-0126, ffilDate Application Expires: % lei Date Application Accepted: 4 (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 King Co Assessor's Tax No.: 262304900505 Site Address: 301 Strander Blvd., Tukwila, WA 98188 Suite Number: N/A Floor: N/A Tenant Name: Target Corporation New Tenant: ❑ Yes ®..No PROPERTY OWNER Name: Elle Reinhard Name: Target City: Seattle State: WA Zip: 98101 Address: 1000 Nicollet Mall Email: elle.reinhard@mg2.com City:Minneapolis State: MIDI Zip: 55403 CONTACT PERSON — person receiving all project communication Name: Elle Reinhard Address: 1101 Second Ave, Ste. 100 City: Seattle State: WA Zip: 98101 Phone: (206) 962-6865 Fax: Email: elle.reinhard@mg2.com MECHANICAL CONTRACTOR INFORMATION Company Name: TBD Address: City: State: Zip: Phone: Fax: Contr Reg No::: Exp Date: Tukwila Business License No:: Valuation of project (contractor's bid price): $ 120,000 Describe the scope of work in detail: Remodel of existing Target facility. Scope will add a roof mounted ventilation unit and revise ductwork and diffuser locations for interior space remodel. Use: Residential: New ❑ Replacement ❑ Commercial: New Replacement ❑ Fuel Type: Electric Gas Other: H:\Applications\Forms-Applications On Line\2016 Applications\Mechanical Permit Application Revised I-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 Residential, Nighttime Furnace >100k btu 60 Floor furnace 2 Suspended/wall/floor mounted heater 57 dB(A) Appliance vent 1 Repair or addition to heat/refrig/cooling system 47 dB(A) Air handling unit 65 dB(A) <10,000 cfm 60 dB(A) Unit Type Qty Air handling unit Residential, Nighttime >10,000 cfm 60 Evaporator cooler 2 Ventilation fan connected to single duct 57 dB(A) Ventilation system 1 Hood and duct 47 dB(A) Incinerator — domestic 65 dB(A) Incinerator — comm/industrial 60 dB(A) Unit Type Qty Fire damper Residential, Nighttime Diffuser 60 Thermostat 2 Wood/gas stove 57 dB(A) Emergency generator Commercial Other mechanical equipment 47 dB(A) 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 Noise: 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 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) *Daytime means 7AM-10PM, Monday through Friday and 8AM-10PM, Saturday, Sunday and State -recognized holidays. A few sounds are exempt from the noise code, including: • Warning devices; • Construction and property maintenance during the daytime hours (lam -1 Opm); • 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 OR AUTHORIZED AGENT: 2-0. Signature: Print Name: Scott Owen Date: 09/01/2017 Day Telephone: (206) 962-6500 Mailing Address: 1011 Second Ave, Ste. 100 Seattle WA 98101 CityState Zip H:\Applications\Forms-Applications On Line\2016 Applications\Mechanical Permit Application Revised 1-4.16.docx Revised: January 2016 bh Page 2 of 2 Cash .Register Receipt City of Tukwila DESCRIPTIONS ACCOUNT QUANTITY PermitTRAK PAID $2,052.74 M17-0125 - Address: 301 STRANDER BLVD Apn: 2623049005 $1,389.76 Credit Card Fee $40.48 Credit Card Fee I R000.369.908.00.00 0.00 $40.48 MECHANICAL $1,285.03 PERMIT ISSUANCE BASE FEE R000.322.100.00.00 0.00 $33.15 PERMIT FEE R000.322.100.00.00 0.00 $1,251.88 TECHNOLOGY FEE $64.25 TECHNOLOGY FEE R000.322.900.04.00 0.00 $64.25 PG17-0111 Address: 301 STRANDER BLVD . Apn: 2623049005 $662.98 Credit Card Fee $19.31 Credit Card Fee R000.369.908.00.00 0.00 $19.31 GAS $99.45 PERMIT ISSUANCE BASE FEE R000.322.100.00.00 0.00 $33.15 PERMIT FEE R000.322.100.00.00 0.00 $66.30 PLUMBING $513.57 PERMIT FEE R000.322.100.00.00 0.00 $480.42 PERMIT ISSUANCE BASE FEE R000.322.100.00.00 0.00 $33.15 TECHNOLOGY FEE $30.65 TECHNOLOGY FEE TOTAL FEES PAID BY RECEIPT: R13152 R000.322.900.04.00 0.00 $30.65 $2,052.74 Date Paid: Thursday, January 04, 2018 Paid By: HERMANSON COMPANY LLP Pay Method: CREDIT CARD 236944 Printed: Thursday, January 04, 2018 8:40 AM 1 of 1 CIRRI' SYSTEMS Cash Register Receipt City of Tukwila Receipt Number R12372 DESCRIPTIONS PermitTRAK ACCOUNT QUANTITY PAID '$19,753.66 D17-0245 Address: 301 STRANDER BLVD Apn: 2623049005 $17,553.14. DEVELOPMENT $17,553.14 PERMIT FEE R000.322.100.00.00 0.00 $4,710.15 PLAN CHECK FEE R000.345.830.00.00 0.00 $12,842.99 EL17-0694 Address: 301 STRANDER BLVD Apn: 2623049005 $1,726.01 ELECTRICAL $1,726.01 PLAN CHECK FEE 1 R000.345.832.00.00 I 0.00 $1,726.01 M17-0125 Address: 301 STRANDER BLVD Apn: 2623049005 $321.26 MECHANICAL $321.26 PLAN CHECK FEE 1 R000.322.102.00.00 I 0.00 I $321.26 PG17-0111 Address: 301 STRANDER BLVD Apn: 2623049005 $153.25' GAS $24.86 PLAN CHECK FEE 1 R000.322.103.00.00 I 0.00 I $24.86 PLUMBING $128.39 PLAN CHECK FEE TOTAL FEES PAID BY RECEIPT: R12372 R000.322.103.00.00 0.00 $128.39 $19,753.66 Date Paid: Wednesday, September 20, 2017 Paid By: MG2 Pay Method: CHECK 097536 Printed: Wednesday, September 20, 2017 2:53 1 of 1 PM CANWSYSTEMS 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: MACTif r Type of Inspection: M aiiivic.4t / POI -- Address: V,,,'/ Date Called: Special Instructions: Date Wanted: �[�^�7 _�8 T d" a.m. p.m. Requester: Phone No: Approved per applicable codes. 0 Corrections required prior to approval. COMMENTS: 14< s em / T ,*c//4CftL Inspector: Date: _Z7_/8 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, M17 -7)1z5 CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd., #100, Tukwila. WA 98188 (206) 431-3670 Permit Inspection Request Line (206) 438-9350 Project I v rq e-4- Type of Inspection: C (� ec ink ce.t- 1 t n.ta_ Address: �! 301 S- 1,4w BLv4 Date Called: -___, Special Instructions: Date Wanted: 41-2-0-Z a.m. p.m. Requester: Phone No: LJApproved per applicable codes. 's, Corrections required prior to approval. COMMENTS: /Ue ccmiOT ,/lsvri'I A /t"7 e..--4/77fer - Inspector: ,15s" Date: -20 --/ 87 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 1117-0125 INSPECTION NO. PERMIT NO. CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd., #100, Tukwila. WA 98188 Permit Inspection Request Line (206) 438-9350 (206) 431-3670 Project:'' l Med) Fu'prni+ EFF -- Ok Type., of Insp talo u, E lM►ECE.Y \ .> p — V Address 3n( LV ' e 4 ( I D- - 4h1.,1• �SI,V)Kc Special Instructions: FWW--- - r Date Wanted: - / ift_I>Fie147114#'17(--- 1` 6, FIGS I F, a.m. Requester: I % 0 -Ai 4re 1n.rif,C- S4 Phone No: Approved per applicable codes. LJ Corrections required prior to approval. COMMENTS: Med) Fu'prni+ EFF -- Ok da S o kC T)e�i -- 001111--,Laj— ift_I>Fie147114#'17(--- 1` 6, FIGS I F, M eG� ‘ cal �j trl,a L _ I % 0 -Ai 4re 1n.rif,C- S4 Inspector: Date: 51—(0--20/7 REINSPECTION FEE REQUIRED. Prior to next inspection. fee must be paid at 6300 Southcenter Blvd.. Suite 100. Call to schedule reinspection. INSPECTION NO. INSPECTION RECORD Retain a copy with permit PERMIT NO. CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd., #100, Tukwila: WA 98188 (206) 431-3670 Permit Inspection Request Line (206) 438-9350 -Ape Projects -33/_ p Inspectir: LTY' eirek 1 5 i - Address: 30/ S -f -ra.jec B LVl % Date Ca ed: �- S - 20/r,-----, Special Instructions: 1-"ccr t"... -e -A- v r) C �- O K___1 'Date Wanted: a:m' 4-5 - Zoic Request ; ek►,S Phone No: 503-83(1 --D3/4J pproved per applicable codes. L�J Corrections required prior to approval. COMMENTS: g 1<t5FY'1S, Gr'V i 9 n .,ECt Inspector:'RO 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 '//7"0iz5 Projec • o Typelof Inspection: ' Address: 5 / I „30/Special 4 Date Called: Instructions: 1 t Oted `% -11-4 AI S► v c c (161-ee -- Date Wanted: 3 a. 30)740 ,,,,.. 2( L-ec 2r © l revvioct es,latto Requester: r , ,' .*- -, t cduc�i- rv- s c tL�c(-b on Phone No: ".92. vi ❑ Approved per applicable codes. LJ Corrections required prior to approval. COMMENTS: rYle k ;CrA,1 A — (rktconir( 1 t Oted `% -11-4 AI S► v c c (161-ee -- cli,wi--D t- 2( L-ec 2r © l revvioct es,latto (g 11,18 �-t 1,5 6140#1 60( 1$S0'' Li - r , ,' .*- -, t cduc�i- rv- s c tL�c(-b on 3-- j, " d SFr e ".92. vi g:4-, avid OA ! CA. ( t y Lit - pee" 1.-ne Firli.) PC,r§re-iedivon -fined--- ok (2Lc i+rl li i F hcs,L Inspector:34QQ c �^ Date: 3-73a- 306 REINSPECTION FEE REQUIRED. Prior to next inspection, fee must be paid at 6300 Southcenter Blvd.. Suite 100. Call to schedule reinspection. INSPECTION NO. INSPECTION RECORD Retain a copy with permit MIT-0125- PERMIT IT-ate 5 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: 7MGET Type of Inspection: Roi -/N /14 eH ' - Address: 30 I 5 rnA.Ai ocr 1vP Date Called: Special Instructions: 4W 7Divi % Date Wanted: I.. Z.5.--18, Ca.m p.m. Requester: -1/-k Phone No: 2>(a -(e17 —(e Approved per applicable codes. Corrections required prior to approval. CO MENTS: '9K g4)14111-- rN AAKci lc14►-Z._ Inspector: Date: r REINSPECTION FEE REQUIRED. Prior to next inspection. fee must be paid at 6300 Southcenter Blvd.. Suite 100. Call to schedule reinspection. INSPECTION NUMBER INSPECTION RECORD Retain a copy with permit /111 7— /ZS` PERMIT NUMBERS CITY OF TUKWILA FIRE DEPARTMENT 206-575-4407 Project: �.--- iht_e., Type of Inspection: rm Address: / -7 24 - !- Suite #: ,5p/ <-712,4-",07- Contact Person: Special Instructions: Special Phone No.: Approved per applicable codes. Corrections required prior to approval. COMMENTS:. '/7 u/f /A's / — i&OueVeci v //1,574?- da Needs Shift Inspection:, ya Sprinklers: '/.- Fire Alarm: v/.�� ` Hoch & Duct: ` 1/.42-jMonitor: 44-Vir'V1- Pre -Fire: ' Permits: r ` Occupancy Type: ,/21 Inspector: j 7 .---3 Date: /�/loif 5 Hrs.: Vi)kr. ffriii• Li" $100.00 REINSPECTION FEE REQUIRED. You will receive an invoice from the City of Tukwila Finance Department. Call to schedule a reinspection. Billing Address Attn: Company Name: Address: City: State: Zip: ,Word/Inspection Record Form.Doc 3/14/14 T.F.D. Form F.P. 113 INSPECTION NUMBER INSPECTION RECORD Retain a copy with permit //7-0/GS PERMIT NUMBERS CITY OF TUKWILA FIRE DEPARTMENT 06-575-4407 Project:-�--- ( fAr- Sprinklers: Type ofInspection: Address:-,Contact Suite #: 0' 5t-pr1 '" Person: Special Instructions: Occupancy Type: Phone No.: x Approved per applicable codes. Corrections required prior to approval. COMMENTS: Sprinklers: Fire Alarm: Hood & Duct: Monitor: Pre -Fire: --,g774 Occupancy Type: 7"2/(- l , / Z /%'.'Sri-- — .5 -OiG / r i --, d de * 7 dot wri (1u's t-/ /~',-- �, Needs Shift Inspection: Sprinklers: Fire Alarm: Hood & Duct: Monitor: Pre -Fire: Permits: Occupancy Type: Inspector] 9 fOISTS Date: r7'7/ / 8 Hrs.: i- U lui/t) $100.00 REINSPECTION FEE REQUIRED. You will receive an invoice from the City of Tukwila Finance Department. Call to schedule a reinspection. Billing Address Attn: Company Name: Address: City: State: Zip: Word/Inspection Record Form.Doc 3/14/14 T.F.D. Form F.P. 113 T-0627 TARGET SOUTHCENTER, WA REVIEWED FOR CODE COMPLIANCE APPROVED NOV 3 0 2017 City of Tukwila BUILDING DIVISION REVISION HO.! M 11. 0 PROJECT MANUAL For PERMIT SET for the Remodel of T-0627 TARGET STORE 301 Strander Blvd Tukwila, WA 98188 21 November 2017 Prepared for: TARGET 1000 Nicollet Mall Minneapolis, Minnesota 55403 RECEIVED CITY OF TUKWILA NOV 21 2017 PERMIT CENTER Prepared by: Scott Owen, Architectural Contact MG2 Corporation TEL (206) 962-6500 Joel Sherman, Structural Contact VAA, LLC TEL. (763) 577-9169 Scott Giesick, Mechanical Contact CTA Group TEL. (406) 728-9522 Glenn Fraser, Refrigeration Contact CTA Group TEL. (406) 728-9522 d James Sanderson, Electrical Contact CTA Group TEL. (406) 728-9522 Michael Amestoy 11/21/17 Mechanical, Fire & Refrigeration Divisions 20, 22, 23, and 24 PROJECT MANUAL CERTIFICATION for PERMIT SET for the Remodel of T-0627 TARGET STORE 301 Strander Blvd Tukwila, WA 98188 21 November 2017 Prepared for: ()TARGET 1000 Nicollet Mall Minneapolis, Minnesota 55403 Prepared by: Cushing Terrell 200 W Mercer St #503e Seattle, WA 98119 TEL: (206) 282-6222 Registration No.: 39630 Expiration: 10/07/2018 2018 REMODEL PROGRAM — T-0627 —SOUTHCENTER, WA TARGET SECTION 23 0593 TESTING, ADJUSTING, AND BALANCING FOR HVAC PART 1 - GENERAL 1.1 SUMMARY A. Section Includes: 1. Testing, adjusting, and balancing for the following heating, ventilating, and air conditioning systems: a. Air handling equipment. b. Air distribution systems. c. Air exhaust systems. 1.2 RELATED ITEMS A. Section 01 4200 — References. B. Section 01 9100 — Commissioning Procedures. C. Section 23 0900 - Controls and Instrumentation (Owner Furnished), information included for reference only. D. Section 23 3000 — HVAC Air Distribution. E. Section 23 3700 — Air Handling. F. Section 23 7400 - Mechanical HVAC Equipment. G. Section 23 7500 — Rooftop HVAC Equipment — Dedicated Outdoor Air System, DOAS (Owner Furnished), information included for reference only. 1.3 APPROVED TARGET TAB VENDORS A. Contractor Qualifications: 1. Select TAB vendor from the following list of Target approved TAB vendors. a. SMB of Minnesota 1) Mark Controneo 2) Phone: (763) 398-3284 3) Email: Mark@smbmn.com b. Melink 1) Contact:L Amy Willenborg 2) Phone: (513) 965-7013 3) Email: awillenborg@melinkcorp.com c. National Precisionaire 1) Contact Felix Garza 2) Phone: (281) 449-0961 3) Email: fgarza@precisionaire-tx.com d. The Phoenix Agency 1) Contact: Judy Henry 2) Phone: (813) 908-7701 3) Email: judy.henry@thephoenixagency.com 1.4 REFERENCES A. ASHRAE, American Society of Heating, Refrigerating and Air -Conditioning Engineers, Inc., ASHRAE® Handbook, "HVAC Applications", Testing, Adjusting, and Balancing chapter. B. AABC, "Associated Air Balance Council". C. NEBB, "National Environmental Balancing Bureau". TESTING, ADJUSTING, AND BALANCING FOR HVAC 23 0593 - 1 TARGET REMODEL - P16 (2017_09) TARGET 1.5 SUBMITTALS A. Comply with requirements of Section 01 3300, Submittals, of (Bid, Tender) Pack 3 unless otherwise indicated. B. Building Start — All TAB reports and schedules to be complied through Target's data management system, Building Start. - C. TAB Milestones: TAB contractor shall track TAB milestone dates in Building Start and shall update milestone dates as schedules change. 1.6 SCHEDULING A. TAB contractor to coordinate TAB schedule with GC and EMS contractor. B. TAB contractor shall submit a "Pre -Test & Balance Checklist" to GC at least one week prior to site visit. C. Schedule Work in cooperation with other trades, and comply with Project completion date. D. Furnish lifts, ladders, and other means of access within store unless arrangements are made with GC for use of construction site equipment. E. Stores with unique mechanical systems (equipment other than RTUs) to receive a preliminary site visit 2-4 weeks prior to balancing to verify completeness and to coordinate access requirements with Mechanical Contractor. Coordinate this site visit with Target Engineering. 1.7 WARRANTY A. For a period of one year after store turnover, Testing, Adjusting, and Balancing Firm to warrant accuracy of TAB Report and that work has been performed in accordance with applicable standards and procedures, and that mechanical systems have been completely tested, adjusted, and balanced to their optimum capabilities and in accord with design conditions. B. During warranty period testing, adjusting, and balancing of mechanical systems not meeting reported capacities to be remedied at no cost to Owner. PART 2- PRODUCTS 2.1 TEST INSTRUMENTS A. Test instruments to be accurately calibrated and maintained in good working order as recommend by AABC, "National standards" or NEBB's "Procedural Standards for Testing, Balancing, Adjusting, and Balancing of Environmental Systems." B. Utilize test instruments and equipment appropriated of work required, of type, accuracy, and capacity as recommend by AABC or NEBB. C. Instruments used to be listed in TAB report, along with an instrument description, serial number, and date of calibration. D. For Stores with Web Control and RTUs with BACnet® communications, TAB contractor's laptop computer to be equipped with ALC "Air Flow Test and Balance" software to interface with VAV box control modules. To obtain a free copy of interface software, contact: 1. Technical/Service Support 2. ALC - NSA 3. Phone: (678) 797-5060 4. E-mail: target@automatedlogic.com - 2.2 PATCHING A. Except as otherwise indicated, use same products as used by original installer for patching holes in insulation, ductwork, and housings which have been cut or drilled for test purposes. At Balancer's option, plastic plugs with retainers may be used to plug drilled holes in ductwork and housings. Holes drilled in exterior metal cabinets to be primed and painted to match existing to prevent exposure of bare metal. TESTING, ADJUSTING, AND BALANCING FOR HVAC 23 0593 - 2 2018 REMODEL PROGRAM — T-0627 —SOUTHCENTER, WA TARGET PART 3 - EXECUTION 3.1 PREPARATION A. Immediately after project award, review Mechanical Drawings and Specifications to become familiar with HVAC systems requiring testing, adjusting, and balancing. B. Prior to starting work, TAB vendor to email Target for assignment of project in Building Start. Email project name and T-# of project to Theresa.Croastontaraet.com . C. Furnish labor, instruments, tools and services required in connection with testing, adjusting, and balancing of HVAC systems as described in these Specifications and shown on Mechanical Plans. D. Contact EMS Contractor and obtain store specific equipment control software necessary to interface and adjust HVAC equipment during balancing process. E. Prior to visiting site, contact General Contractor for DCN documentation that may have affected HVAC systems to be tested and balanced. 3.2 DATA MANAGEMENT SYSTEMS - (DMS) A. Target uses Building Start as the DMS platform. Upon award of project, Target will assign project to vendor in Building Start. B. Checklists/Equipment Trees 1. The TAB Vendor, shall be responsible for constructing an Equipment Tree within the DMS and maintaining that Tree throughout the duration of the project. The Equipment Trees will be developed from the Bid Set Construction Drawings and updated as per related document changes. These Equipment Trees expedite issue tracking and promote efficiency within the Commissioning Process. Training can be provided by Target for the Equipment Tree Development. 2. Complete the following checklists within the Target Data Management System: Unit Data, TAB Design Data, TAB Installation Checks, and TAB Test Data. (See work plan for specific checklist requirements and see the Appendix for detailed checklist data). C. Issues 1. The TAB vendor shall document issues through the commissioning Data Management System (DMS) and communicate findings with GC and PM. Data Management System (DMS) training will be provided as part of vendor on boarding process. 2. TAB vendor shall validate construction issues and track deficiency resolution with GC and subcontractors throughout entire project. 3.3 TESTING PROCEDURES A. All equipment used in testing and verification process shall be calibrated and certified accurate within one year of tests. Calibration certificates shall be made available upon request by the Target B. Prior to balancing HVAC systems, Contractor to examine installed work and conditions under which testing is to be performed to ensure that work has been completed, cleaned, and operable. Document deficiencies and submit a written report GC. Photograph deficiencies where applicable and include in TAB Report. C. Do not proceed with testing, adjusting, and balancing until deficiencies have been corrected in a manner acceptable to balancer. Ensure filter media is not excessively loaded. D. TAB Contractor to report daily, in writing, deficiencies or malfunctions of equipment or components discovered during balancing process. E. Patch holes in insulation, ductwork, and housings, which have been cut or drilled for test purposes, in a manner recommended by original installer. F. Mark equipment settings, including damper positions, fan speed, and similar controls and devices, to indicate final settings at completion of work. Markings shall be made with paint or other suitable permanent identification material. TESTING, ADJUSTING, AND BALANCING FOR HVAC 23 0593 - 3 TARGET REMODEL - P16 (2017_09) TARGET G. Constant volume rooftop HVAC units with single or multiple supply air diffuser(s) and return air grille(s) to be balanced using one of the following: 1. Adjust belt drive sheave to provide design cfm. 2. Balance using one of the following: a. Pitot -tube traverse of supply duct to obtain design supply cfm of unit. b. Velocity -grid measurement of return grille(s) with unit return air damper fully open and outdoor air damper fully closed, to obtain design cfm of unit. c. Capture hood to measure airflow of supply air diffuser(s) (unit design cfm). H. Variable air volume/variable frequency drive rooftop HVAC units with multiple supply air diffusers and return air grilles: 1. Set variable frequency drive (VFD) frequency to provide design cfm. Enter design cfm VFD frequency for each RTU at I0P2 interface panel located in front Electrical Room using T and B function key on display screen. 2. Balance using one of the following: a. Pitot -tube traverse of supply duct to obtain design supply cfm of unit. b. Velocity -grid measurement of return grilles with unit return air dampers fully open and outdoor air dampers fully closed, to obtain design cfm of unit. c. Capture hood to measure airflow of supply air diffusers (unit design cfm). 3. Refer to Section 23 0900 Controls and Instrumentation, Part 3 — Execution, Article 3.4 — Automatic Control Sequences and Point Schedules — Rooftop Units, Paragraph I — Single -Zone VAV RTU Supply Fan and OA Damper Control. I. Grilles, registers, and diffusers to be balanced with capture hood. Linear diffusers and registers balancing to include capture hood accessories to ensure accuracy within stated requirements. J. Prior to and during outdoor air tests, verify store is in neutral to slight positive pressure. K. For Stores with Web Control and constant air volume RTUs with BACnet® communications, TAB contractor to test and adjust rooftop unit outdoor air cfm using velocity -grid measurement to obtain design minimum outdoor air cfm using the following methods: 1. Verify dampers fully close at 0 percent and fully open at 100 percent. 2. Adjust minimum O.A. damper positions for minimum O.A. and set at I0P2 interface panel located in front Electrical Room using "T and B" function key on display screen. L. For stores with variable air volume/variable frequency drive RTUs with BACnet® communications, TAB contractor to test and adjust rooftop unit outdoor air using velocity -grid measurement to obtain design minimum outdoor air cfm at both design supply cfm and minimum 'supply cfm using the following methods: 1. Unit operating at design supply air cfm: a. Drive unit supply cfm to design airflow using the I0P2 interface panel located in front Electrical Room using T and B function key on display screen. b. Verify dampers fully close at 0 percent and fully open at 100 percent. c. Adjust minimum O.A. damper positions for minimum O.A. and set at I0P2 interface panel located in front Electrical Room using "T and B" function key on display screen. 2. Unit operating at minimum supply air cfm: a. Drive unit supply cfm to minimum airflow using the I0P2 interface panel located in front Electrical Room using T and B function key on display screen. b. Adjust minimum O.A. damper positions for minimum O.A. and set at I0P2 interface panel located in front Electrical Room using "T and B" function key on display screen. 3. Refer to Section 23 0900 Controls and Instrumentation, Part 3 — Execution, Article 3.4 — Automatic Control Sequences and Point Schedules — Rooftop Units, Paragraph I — Single -Zone VAV RTU Supply Fan and OA Damper Control. M. Static air pressure readings of air handling equipment to be obtained by one of the following methods: 1. Using a small diameter rigid pitot tube in the access door of the unit for appropriate pressure. 2. Drill holes in access doors of unit for appropriate pressures. N. Fabric Ductwork Systems: Balance by pitot-tube traverse of supply or branch duct. O. VAV Boxes: TAB contractor to test, adjust, and balance VAV boxes using the following methods: TESTING, ADJUSTING, AND BALANCING FOR HVAC 23 0593 - 4 2018 REMODEL PROGRAM — T-0627 —SOUTHCENTER, WA TARGET 1. For Store with Web Control and RTUs with BACnet® communication, TAB contractor to connect laptop computer to EMS control module on VAV box and use ALC Air Flow Test and Balance software to test, adjust, and balance VAV boxes. Verify full CFM available at RTU with boxes open. Input cooling maximum, minimum, and reheat airflow CFMs, and sensor readings into software program. Confirm air set points with diffuser air flow: a. Measure and record supply duct static pressure reading at design and minimum supply airflow. P. Split Systems: Verify air flow of system and individual diffusers if applicable. Q. Remodel Projects: 1. Test and balance new HVAC systems to meet design requirements, as indicated on the Drawings. 2. Where existing HVAC system is modified or extended, test and adjust entire system to meet new and existing design conditions, as indicated on Drawings. 3. Test existing HVAC equipment to determine existing operating conditions. a. Where new design requirements are indicated on Drawings, adjust and balance system as necessary to obtain new design requirements. 3.4 REQUIREMENTS A. Work of this Section to be accomplished according to standards previously specified. B. Test, adjust, and balance systems included in these Specifications and Drawings. Make necessary adjustments in fan speeds, damper positioning, and balancing valve settings, necessary to achieve indicated conditions. C. During testing and balancing process inspect HVAC equipment and associated systems for compliance with construction Drawings. Include an inspection checklist indicating equipment and system compliance or non- compliance. D. Include changes in pulleys, belts, and other components required to permit correct balancing. E. Test, adjust, and balance air quantities to the following tolerances: 1. Balance individual RTUs, fan coil units, VAV boxes, and transfer fans to within 95 to 110 percent of design requirements. 2. Balance total airflow to individual rooms to within 95 to 110 percent of design requirements. In rooms with multiple grilles, registers, and diffusers, (GRD's), balance air quantities to individual GRD's to within 90 to 110 percent of design requirements, when total room or equipment airflow requirements are achieved. 3. Balance exhaust fans to within 95 to 110 percent of design requirements. Balance individual exhaust grilles and registers to within 110 percent of design requirements, when exhaust fan airflow requirements are achieved. F. Visually inspect ductwork for leakage. Notify OSR if potential leakage exceeds 5 percent of design cfm for system. G. Identify equipment by scheduled Unit Number, and record Manufacturer, Serial Number, Model, Size, and Room Number or Location. H. Include the following design, initial, and final values in Test and Balance Report: 1. Test and Balance Report to include store name, number, address, store cycle, OSR, GC contact, date of test, technician's name, and report certification. Each page of report to include header or footnote with store number and date of test. 2. Report to include a summary of deficiencies found during balancing and remaining punch list items. Include photographs of deficiencies, if applicable. 3. Include a summary of TAB test and inspections performed on systems. 4. Fans (air handling, exhaust, transfer, and power roof ventilators): a. Include a sketch with location and number of equipment and associated GRDs indicated. b. Fan RPM. c. Power (voltage and amperage of legs). d. HP (rated and calculated BHP). e. Filter Static Pressure (inlet and outlet). f. Cooling Coil Static Pressure (inlet and outlet). g. Re -heat Coil Static Pressure (inlet and outlet). h. Fan Static Pressure (inlet and outlet). TESTING, ADJUSTING, AND BALANCING FOR HVAC 23 0593 - 5 TARGET REMODEL - P16 (2017_09) TARGET i. CFM (supply, return, exhaust, and min outside air). j. For VAV RTUs include: CFM (design supply airflow, supply fan VFD frequency at design supply airflow, minimum supply airflow, return, exhaust, min outside air, min outside air damper position at design supply airflow, and min outside air damper position at minimum supply air flow). 5. Grilles, Registers, and Diffusers (GRD):' a. Include sketch with location and number of GRDs indicated. b. CFM. c. Velocity. d. Unit Area Factor. e. Adjust grilles, registers, and diffusers to minimize drafts. f. Adjust linear slot diffusers for throw indicated on plans. Typically vertical. g. On projects with open refrigerated case, confirm supply airflow does not interfere with case internal air curtain. 6. VAV and Fan Powered VAV Boxes: a. Location and number. b. Fan Powered VAV: Fan and return air CFM. c. Primary Air CFM (cooling min, max, and re -heat). d. Heating elements (verify staging and output). 7. Building Pressurization to be tested after HVAC systems have been balanced. With fan units running and outside air dampers in minimum position, measure pressure differential across Mall entrance(s) (if applicable), outside entry door(s), and receiving doors to verify building pressure differential. 8. EMS and DDC Controls: a. Prior to leaving job site, TAB contractor to send via email configuration text files (cnfig.txt) to EMS contractor for record purposes. If TAB contractor must return to finish TAB at later date, send preliminary configuration text file and update when complete. b. Configuration text files shall include the following test data: 1) RTU number and minimum outdoor air damper setting. 2) VAV box number, cfm, and corresponding damper reading for the following: Fully open, maximum design, minimum design, and fully closed. TESTING, ADJUSTING, AND BALANCING FOR HVAC 23 0593 - 6 2018 REMODEL PROGRAM — T-0627 —SOUTHCENTER, WA TARGET 3.5 EQUIPMENT PARAMETER DOUMENTATION A. Provide the following documentation for all new RTUs: TESTING, ADJUSTING, AND BALANCING FOR HVAC 23 0593 - 7 8 E 1 Categ2 Pa ra meter Step 2 3 Unit Data New/Existing 4 Unit Data Manufacturer 5 Unit Data Model 6 Unit Data Serial 7 Unit Data Area Served 8 Unit Data Nominal Cooling Capacity (Tons) 9 Unit Data Heating Input Capacity Heating Output Capacity _10 Unit Data ii Unit Data Design Hz 12 Unit iData Design Phase 13 Unit Data Design Voltage 14 Unit Data Design External SP 15 Unit Data _ Design Supply CFM 16 Unit Data Design (Return Air CFM 17 Unit Data Design (Exhaust Air CFM 18 19 Unit Data Design Outside AirCFlvi Unit Data Design Outside Air CFM Ratio TESTING, ADJUSTING, AND BALANCING FOR HVAC 23 0593 - 7 TARGET REMODEL - P16 (2017_09) B. TAB checklists RTU TAB checklist TARGET TAB Design Data Area Served TAB Design Data TAB 'Design Data Design Hz Design Phase TAB Design Data TAB Design Data Design Voltage Design edemal SP TAB Design Data TAB Design Data Design Supply CFM Design Return Air CFM TAB Design Data TAB 'Design Data 'Design 'Exhaust Air CM Design 'Outside Air CR! TAB iDesign Data TAB Design Data 1Desian Outside Air CFM Ratio CO2 sensor 'baseline design TAB ilneallation Checks Vertfy proper 'unit locations TAB 'Installation Checks Verify units marked for easy identification TAB 'Installation Checks Unit sealed and properly seated to roof curb TAB Installation Checks Unit nameplate data matches design TAB Installation Checks Motor nameplate data matches design TAB Installation Checks No unusual vibration or noise TAB 'Installation Cheeks JI filters installed, clean and secure TAB 'Mediation 'Checks Condeser coil clean and free of damage TAB 'Installation 'Cheeks Evaporator or coil clean and free of damage TAB 'Installation 'Cheeks Gas cocks turned on TAB Installatioin 'Cheeks Gas pipe painted TAB Installation Cheeks Condensate dram lineslproperlyinstalled TAB installation 'Cheeks P -Traps properly installed TAB installation Cheeks Drain lines property sloped TAB Ineallation 'Cheeks Panels open freely and hilly TAB Installation ,Cheeks Panels latch secure TAB Mediation Cheeks Belts 'properly tensioned and free of damage TAB 'Installation Checks Pulleys properly aligned TAB 'Installation Checks Blower Wheel dean and free of damage TAB installation Cheeks Control transformer wired for correct voltage TESTING, ADJUSTING, AND BALANCING FOR HVAC 23 0593 - 8 2018 REMODEL PROGRAM — T-0627 —SOUTHCENTER, WA TARGET TAB Ilnstallation 'Checks Blower wheel clean and free of damage TAB Installation checks Doonirol transformer wired for correct valtaae TAB Installation 'Chedks Verify that on/off disconnects work TAB Installation thedks Verify voltacie input is correct TAB installation 'Cheeks Verify that switch covers are installed TAB installation 'Cheeks Fans operatino in correct rotation TAB Installation 'Medics Compressors operating in correct rotation TAB !Installation 'Cheeks' No unusual vibration or noise When unit is powered on TAB installation 'Checks OA dampers installed and operational TAB Installation 'Cheeks Ensure _slightlylpoSffive Ibirildino pressure TAB Ilnstallation Checks OA damper position marked for reference TAB InStallation checks Remote sensor installed inlfts cored Ilocation TAB Installation Checks Unit was cycled to verify proper operation TAB Installation Cheeks Heatinolmode tested satisfactorily TAB .1Installation Checks Coolina mode tested satisfactorily TAB Test Data TAB Test Data Return SP Supply SP TAB Test Data TAB Test -Data Fan Suction SP Fan IDischarge SP TAB TeL Data TAB Test 'Data Before Fitter/Coil SP Nter IFilter/toil SP TAB Test Data TAB Test Data Actual laternal SP Total Fan SP TAB Test Data TAB Test Data CFM per TON Supply Air CFM TAB Test Data TAB Test Data 'Return CFM Exhaust CFM TAB Test -Data TAB Test Data OA CFM OACFM Ratio TAB Test Data TAB Test Data VFD TAB checklist TAB Test Data IOP IDamper Position CO2 sensor damperlpos. VFD Itiz @Design CFM OAD Ines. @ Design CFM Act CFM Max 'Freq. Act OA CFM @I Max IFreq. VFD fiz @ Min. CFM OAD Pm. @ Min VFD Act CFM MinlFreq. Joe OA CFM @Mtn Freq. TESTING, ADJUSTING, AND BALANCING FOR HVAC 23.0593 - 9 TARGET REMODEL - P16 (2017_09) TARGET Supply Fan Section Checklist TAB Design. Data Design CFM Design Fan RPM 'Fan Motor Manufacturer Motor HP Motor RPM Voltage Amperage ('FLA) TAB Test Data hAotor'Service Factor Motor ]Frame # Motor Sheave Fan. Sheave Number of Betts Belt Size C to C OT Nominal 1Efficiency j Pourer Factor Actual CFM (Initial Fan RPM Final Fan RPM Motor Volts T1-T2 Motor Volts T2-T3 Motor Volt T1-T3 Motor Amps T1 Motor Amps T2 Motor Amps T3 Motor BBHP Outlet Checklist: TAB (Design' Data outlet # TAB Design Data Area Served TAB (Design Data Outlet Type TAB Design Data Size LxW / ID TAB 'Design Data Design Velocity TAB IDesian Data Design Airflow TAB (Installation Checks Supply ductwork 'installed as per design TAB Installation Checks All volume dampers are :pTopeiIY installed TAB (Installation Checks Dampers are accessible and operable TAB (Installation °Checks Supply ductwork Ipropeilyinsulated and insulation is secure TAB (Installation Checks Installed diffusers match design TAB Test Data AK Factor TAB Test Data Preliminary Velocity TAB Test Data Preliminary Airflow TAB Test Data Final Velocity TAB Test Data Final Airflow TAB Test Data %. of Design TESTING, ADJUSTING, AND BALANCING FOR HVAC 23 0593-10 2018 REMODEL PROGRAM — T-0627 —SOUTHCENTER, WA TARGET IOP Settings Details TAB 'Design IData Area Served TAB Design Data Design Hz TAB Desian Data 1Desian Phase TAB Design iData TAB Desian 'Data Design Voltage Design latemal SP TAB 'Desian 'iData TAB Design iData Design Supply CFM Design IReturn An-0FM TAB IDesian IData TAB Design IData Design lahaust Air CFM Design Outside Air CFM TAB Design Data TAB Design Data Design Outside Air CFM Ratio CO2 sensor baseline design TAB Installation Checks Verifyprperunit locations TAB Installation Chedks Vertfy units marked for easy iderrtification TAB Installation ,Chedks Unit sealed and propedy seated to roof curb TAB Installation Chedks Unit nameplate data matches design TAB Installation ,Chedks Tvlotor nameplate data matches design TAB installation ,Chedks No unusual vibration or inoise TAB !Installation Checks All filters !installed, dean and secure TAB Installation Checks Condeser coil dean and free ,of damage TAB installation Checks lEvaporator or coil clean and free of damage TAB installation Checks Gas cocks turned on TAB Installation Checks Gas pipe painted TAB Installation Chedcs Condensate drainthesiproperly installed TAB inStallation Checks P -Traps properly installed TAB installation Chedks Drain lines prppedy sloped TAB installation Checks Panels open freely and fully TAB Installation Chedks Panels latch securely TAB inallation Chedks Belts properly tensioned and free of damage TAB Installation ,Chedks Pulleys property aligned TAB Installation ,Chedlcs Blower wheel clean and free of damage TAB Installation Checks Control transformer wired for correct voltaae END OF SECTION TESTING, ADJUSTING, AND BALANCING FOR HVAC 23 0593 - 11 2018 REMODEL PROGRAM — T-0627 —SOUTHCENTER, WA TARGET SECTION 23 3700 AIR HANDLING PART 1 - GENERAL 1.1 SUMMARY A. Section Includes: 1.. Installation of Owner Furnished packaged rooftop air conditioning equipment, RTUs. 2. Installation of Owner Furnished rooftop air conditioning equipment (grocery side and non grocery side). 3. Furnishing of accessories for and installation of Owner Furnished split system fan coil units. 4. Providing refrigeration piping and accessories for Owner Furnished split system with refrigeration piping exceeding 100 feet in length. 5. Filters. 6. Installatio,n of Owner Furnished Variable Air Volume Boxes. 7. Condensate piping. 1.2 RELATED ITEMS A. Section 01 4200 - References. B. Section 01 5000 -Temporary Facilities and Controls. C. Section 01 6000 - Product Requirements. D. Section 01 9100 - Commissioning Procedures. E. Section 05 5000 - Metal Fabrications. F. Section 06 1000 - Rough Carpentry; Wood curbs for rooftop equipment. G. Section 07 5419 - Membrane Roofing System. H. Section 07 6200 - Sheet Metal Flashing and Trim: Roof curb counter flashing. I. Section 09 9100 - Painting: Field painting of mechanical equipment and piping. J. Section 20 0050 - Basic Mechanical Materials and Methods: Submittals. K. Section 22 0700 - Plumbing Insulation. L. Section 23 0593 - Testing, Adjusting, and Balancing for HVAC: Owner Furnished, information included for reference only. M. Section 23 0900 - Controls and Instrumentation: Owner Furnished, information included for reference only. N. Section 23 1100 - Fuel Piping. O. Section 23 3000 - HVAC Air Distribution. P. Section 23 7400 - Mechanical HVAC Equipment: Owner Furnished, information included for reference only. Q. Section 23 7500 — Rooftop HVAC Equipment (Supermarket): Owner Furnished, information included for reference only. R. Division 26 - General electrical work for mechanical installations. S. Section 26 2727 - Electrical Connections for Equipment: Installation of line voltage thermostats. 1.3 REFERENCES A. AMCA International, "Air Movement & Control Association International, Inc.": 1. AMCA 99, Standards Handbook. 2. AMCA 210, Laboratory Methods of Testing Fans for Rating Purposes. 3. AMCA 300, Test Code for Sound Rating Air Moving Devices. 4. AMCA 301, Method of Calculating Fan Sound Ratings from Laboratory Test Data. AIR HANDLING 23 3700 - 1 2018 REMODEL PROGRAM — T-0627 —SOUTHCENTER, WA TARGET B. ANSI, "American National Standards Institute.": 1. ANSI Z223.1, NFPA 54: National Fuel Gas Code. C. ASHRAE, "American Society of Heating, Refrigerating and Air Conditioning Engineers, Inc.": 1. ANSI/ASHRAE Standard 52.1-1.992, Gravimetric and Dust -Spot Procedures for Testing Air -Cleaning Devices used in General Ventilation for Removing Particulate Matter, ANSI approved. 2. ANSI/ASHRAE Standard 52.2-2007, Method of Testing General Ventilation Air -Cleaning Devices for Removal Efficiency by Particle Size (ANSI approved). D. CSA International, "Canadian Standards Association", the approving agency for American Gas Association, AGA, Standards. E. NFPA, "National Fire Protection Association." F. UL, "Underwriters Laboratories Inc.': 1. UL 1738, Standard for Venting Systems for Gas -Burning Appliances, Categories II, III, and IV. G. USGBC LEED, U.S. Green Building Council Leadership in Energy and Environmental Design, credit EQ 4. "Low—Emitting Materials, Adhesives and. Sealants". 1.4 PROJECT CONDITIONS A. Seismic Requirements: 1. Adapt prototypical support, hanger, and anchor designs called out in these Documents to meet specific site seismic requirements for project. These may include but are not limited to the following: a. Additional bracing and fasteners. b. Restraint cabling. c. Providing seismic design drawings, certifications and calculations as required by local authority having jurisdiction. 1.5 COORDINATION A. Coordinate sizes and locations of equipment roof supports with General Contractor. 1.6 QUALITY ASSURANCE A. Fan Performance Ratings: Conform to AMCA 210. B. Fan Sound Ratings: AMCA 301, tested to AMCA 300. C. Fan Sound Ratings: AMCA 301, tested to AMCA 300. PART 2- PRODUCTS 2.1 TRANSFER FANS A. Fans: As scheduled on Drawings. B. Fan Housing: Square design constructed of heavy duty gage galvanized steel. Unit to have square duct mounting collars. Fan construction to include removable access panels of sufficient size to allow easy access to internal components. C. Fan wheel: Centrifugal backward inclined and to be statically and dynamically balanced. D. Motor and Drive: Mounted out of airstream and to be readily accessible for servicing. E. Furnish factory mounted disconnect on unit. F. Furnish neoprene hanging isolator kit. G. Where fan is controlled by thermostat, Owner to furnish line voltage thermostats as specified in Section 23 0900. Installation of thermostats is specified in Division 26. AIR HANDLING 23 3700 - 2 2018 REMODEL PROGRAM - T-0627 -SOUTHCENTER, WA TARGET 2.2 FILTERS A. Acceptable Manufacturers: 1. AirGuard. 2. Camfil Farr. 3. Filtration Group (Aerostar). 4. Purolator (FACET). 5. Tri -dim. B. Filters: Meet requirements of ANSUASHRAE 52.1 -1992 and ANSUASHRAE 52.2 -2007 Test Standards. C. Furnish 2 -inch, medium efficiency, 30-35 percent approximate results for Dust Spot Efficiency in accord with ANSI/ASHRAE Standard 52.1-1992, MERV 8, in accord with ANSUASHRAE Standard 52.2-2007, pleated non -woven cotton/synthetic filter media of not less than 4.3 square feet of media per square foot of filter face area. 2.3 MISCELLANEOUS PIPING A. Condensate Drain Piping: 1. Type "M" hard drawn copper. 2. Schedule 40 CPVC, PVC, or ABS will be allowed within building where accepted by local codes. PART 3 - EXECUTION 3.1 TRANSFER FANS A. Install transfer fans in accord with manufacturer's instructions. Suspend from structure using threaded rod and attach to vibration isolator kit. 3.2 ROOFTOP AIR CONDITIONING UNIT INSTALLATION A. Installation: 1. Install rooftop air conditioning equipment and curb adapterss scheduled on Drawings. 2. Install rooftop units according to manufacturer's recommendations, Construction Documents, and applicable codes. Meet installation schedule established by Owner's Site Representative, OSR. a. Rig unit for lifting in accord with manufacturer's installation instructions. b. Use spreader bars to prevent rigging cables from damaging units when lifting and setting units in place. 3. Protect units in accord with Section 01 6000. 4. Install structural roof curbs on structural members as detailed on Structural Drawings. 5. Secure RTU hold-down brackets to curb prior to setting RTU on curb. Refer to details on Drawings and manufacturer's written instructions. Hold-down brackets and self -tapping screws are furnished with curbs. 6. Place sealing gasket, furnished with curbs, around entire perimeter of curb and between curb sections as shown on Drawing detail and as follows: a. Install gasketing with no gaps between gasket pieces. b. Install gasketing after hold-down brackets are installed and prior to setting RTU in place. 7. Install deep seal trap furnished by RTU manufacturer on unit cooling coil drain. 8. Within one week of setting Rooftop Units, tag and submit a Refrigerant Tracking Data Spreadsheet for each independent refrigerant circuit of each unit. Submit Forms to Target. Refer to Section 24 0553. 9. Install gas pressure regulator furnished by rooftop unit manufacturer and shipped loose with unit as follows: a. Install downturn vent on regulator to prevent moisture from entering regulator housing. b. Install pressure regulator and gas piping to avoid conflict with access panel door swing at RTU. 10. Install power exhaust components furnished by rooftop unit manufacturer where components are shipped loose with unit. 11. If RTUs are used for construction heat and ventilation, follow rooftop unit start-up procedures. Refer to Section 01 5000, Construction Facilities and Temporary Controls, for air filtering procedures, and use filters as specified in Part 2 of this Section when replacing filters. 12. Refer to Section 23 0900 for Owner Furnished.controls. 13. Correct unit deficiencies as determined at start-up by HVAC unit manufacturer, and as found by TAB and commissioning vendors during TAB and commissioning including, but not limited to the following: AIR HANDLING 23 3700 - 3 2018 REMODEL PROGRAM — T-0627 —SOUTHCENTER, WA TARGET a. Fit, align, and adjust access doors on HVAC units to open and close properly, and to ensure that door seal gaskets seal properly. b. Repair dents and scratches: 1) Repaint scratches with paint matching HVAC unit cabinet exterior color. 2) Refer to Section 09 9100. c. Paint unfinished exposed metal components: 1) Refer to Section 09 9100. d. Replace missing screws from HVAC unit cabinet housings. e. Replace missing door handles and latches. f. ' Adjust misaligned gas fired heater exhaust ports. g. Comb out bent coil fins in condensing and evaporator sections. h. Clean condensing coil section. i. Coordinate with unit manufacturer to correct deficiencies that are part of manufacturer's warranty. B. Start-up: Owner furnished by HVAC unit manufacturer. Refer to Section 23 7400. C. HVAC contractor: Present during start-up and commissioning activities for HVAC units. 3.3 INSTALLATION OF VARIABLE AIR VOLUME BOXES A. Install Owner -furnished VAV Boxes where shown on Drawings. Suspend from top chord of bar joists with 3/8 -inch diameter hanger rods with adjusting nuts. Install 4 -inch flexible connection at VAV Box inlet according to Section 23 3000. B. Protect equipment in accord with Section 01 6000. C. Maintain 3'-0" clearance in front of control panel and electrical panel. D. Low voltage thermostat to be mounted and wired according to Division 26. E. Refer to Section 23 0900 for Owner -furnished controls. F. Mount discharge air sensor 1'-0" downstream of VAV box on bottom side of supply ductwork in accessible location. Wiring of sensor to box by EMS contractor. 3.4 FIELD QUALITY CONTROL A. Air systems to be tested and balanced by Owner's independent air balance agency as specified in Section 23 0593. Changes in pulleys and belts required for correct balance as recommended by air balance agency to be done by air balance agency in accord with Section 23 0593. END OF SECTION AIR HANDLING 233700-4 2018 REMODEL PROGRAM — T-0627 —SOUTHCENTER, WA TARGET SECTION 23 7400 MECHANICAL HVAC EQUIPMENT (OWNER FURNISHED) NOTE: THIS SECTION IS NOT A PART OF DIVISION 23 AND IS INCLUDED FOR REFERENCE ONLY. IT COVERS INFORMATION ON OWNER -FURNISHED EQUIPMENT AND WORK, EXCEPT WHERE NOTED OTHERWISE. PART 1 - GENERAL 1.1 SUMMARY A. Section Includes: 1. Packaged rooftop air conditioning equipment (RTUs) : a. Structural roof curbs with burglar bars for rooftop units under a separate contract. b. Performing delivery coordination of RTU equipment to job site by RTU manufacturer. c. Furnishing field wiring under a separate contract. d. Performing installation support by RTU manufacturer. e. Furnishing of submittals, operating instructions, maintenance service manual, and warranty process by RTU manufacturer. f. Performing start-up service. 2. Variable air volume boxes: a. Furnishing of operating instructions and maintenance service manual. 3. Grilles, registers, and diffusers: a. Furnishing of -maintenance service manual. 1.2 RELATED ITEMS A. The following separate contract work is specified under (Bid, Tender) Pack 3: 1. Section 01 3300 — Submittal Procedures. 2. Section 01 9100 — Commissioning Procedures. 3. Section 20 0050 — Basic Mechanical Materials and Methods. 4. Section 23 0900 -.Controls and Instrumentation - Owner Furnished Information included for reference only. No work by RTU manufacturer. 5. Section 23 0593, Air System Testing, Adjusting, and Balancing - Owner Furnished Information included for reference only - Work by Independent Air Balance Testing Agency. No work by RTU manufacturer. 6. Section 23 3000 - Air Distribution Work by Contractor. No work by RTU manufacturer. 7. Section 23 3700 - Air Handling: Installation work by Contractor. No work by RTU manufacturer. 8. Division 26 - Electrical Work by Contractor. No work by RTU manufacturer. 1.3 REFERENCES A. ANSI, "American National Standards Institute". B. AHRI, "Air-conditioning, Heating and Refrigeration Institute." 1. ANSI/AHRI Standard 1060, "Performance Rating of Air -to -Air Heat Exchangers for Energy Recovery Ventilation Equipment". C. ASHRAE, "American Society of Heating, Refrigerating and Air Conditioning Engineers, Inc.": 1. ANSI/ASHRAE Standard 130, "Methods of Testing Air Terminal Units (ANSI/ASHRAE Approved). D. ASTM International, "American Society for Testing and Materials": 1. ASTM B 117, "Standard Practice for Operating Salt Spray (Fog) Apparatus". E. CSA International, "Canadian Standards Association", the approving agency for American Gas Association, AGA Standards. F. Federal Method Standard No. 141, (ASTM B 117 (formerly Method 6061)). G. IEEE, "Institute of Electrical and Electronics Engineers". H. Intertek ETL Semco — Product Testing and Certification, ETL Listed Mark Product Directory. MECHANICAL HVAC EQUIPMENT (OWNER FURNISHED) 23 7400 - 1 2018 REMODEL PROGRAM — T-0627 —SOUTHCENTER, WA TARGET I. NEMA, "National Electrical Manufacturer's Association". J. NFPA, "National Fire Protection Association". K. NFPA 70, "National Electrical Code®, NEC'. L. NFPA 90A, "Installation of Air -Conditioning and Ventilating Systems". M. NFPA 96, "Standard for Ventilation Control and Fire Protection of Commercial Cooking Operations". N. SmartSynQ website, Commissioning Punchlist Management utilized by Target Commissioning. O. Target DMS, "Data Management System". P. UL, Underwriters Laboratories Inc.®, "Building Materials Directory". Q. UL 181, "Standard for Factory -made Air Ducts and Air Connectors". R. UL 1995, "Heating and Cooling Equipment". 1.4 SUBMITTALS A. Manufacturer to comply with requirements of Section 01 3300, Submittals, of (Bid, Tender) Pack 3 unless otherwise indicated, and with requirements of "Submittals" Article in Section 20 0050. B. Shop Drawings and Product Data: Shop Drawings and Product Data shall be complete with pertinent data about equipment including the following information as applicable for type of equipment being used as required by Owner: 1. RTUs, : a. Unit arrangement, dimensions, total weight, corner weights, lifting points, and other physical features. b. Capacities of supply blowers, motor kW, hp, unit total static pressure, and available external static pressure. c. Overall unit Application EER. d. DX coil capacity,number of rows, fin spacing, unit entering and leaving air conditions, db, wb, and other characteristics. e. Number of compressors, type of capacity control, starting and turning amps. f. Type of refrigerant, total refrigerant charge per circuit. g. Type of heating media, capacity, output/input, air temperature rise, method of control, and other features. h. Wiring diagram with point-to-point control diagram and ladder sequence of operation by control manufacturer. 2. Variable air volume, VAV Boxes: a. Single duct terminal units: Indicate model number, size, dimensions, max CFM, outlet and inlet dimensions, and internal insulation thickness; housing material, finish, and gage; available options and approvals. b. Constant volume fan powered terminal units: Indicate model number, size, dimensions, maximum fan cfm, return air inlet and outlet duct size, primary air inlet size, and internal insulation thickness; housing material, finish, and gage; electric motor data, available options, and approvals. c. VAV boxes with electric heat: Indicate kW size, voltage, phase, minimum circuit ampacity, and minimum circuit breaker size. 3. Grilles, registers, and diffusers: Indicate model number, dimensions, material of construction, finish, and options. C. Operating and Maintenance Service Manuals: 1. RTUs and Exhaust Fan(s): Include complete start-up, oiling, cleaning, and servicing data, compiled in clearly and easily understood form. Show serial numbers of each piece of equipment, complete lists of replacement parts, and belt data. 2. Variable air volume, VAV. boxes: Include cleaning and servicing data. compiled in clearly and easily understood form. Show serial numbers of each piece of equipment and complete lists of replacement parts. 3. Grilles, registers, and diffusers: Include cleaning and maintenance recommendations. D. Submittal Procedures: 1. Manufacturer to submit Product Data within two weeks after request from Owner's Site Representative, OSR. MECHANICAL HVAC EQUIPMENT (OWNER FURNISHED) 23 7400 - 2 2018 REMODEL PROGRAM — T-0627 —SOUTHCENTER, WA TARGET 2. Closeout Submittals: Manufacturer to submit three complete sets of approved Shop Drawings, Product Data, and Operating and Maintenance Manuals to OSR. 1.5 DELIVERY, STORAGE, AND HANDLING A. Manufacturer to schedule delivery of equipment and materials to site as coordinated with General Contractor. B. HVAC unit Manufacturer to ship each unit in one piece, completely wired, piped and charged with refrigerant. C. HVAC unit Manufacturer to protect condenser coils on rooftop units from damage when shipped from factory. 1.6 WARRANTY A. Manufacturer shall warrant equipment against defective materials, labor and workmanship for a period of one year from date of Owner's acceptance (turnover day). B. RTU manufacturer shall include five years of material warranty on compressors and ten years of material warranty on heat exchanger of which one year is material and labor warranty furnished by unit manufacturer as described above. C. Defects, due to faulty work or materials, appearing during period from shipping through start-up to acceptance by Owner must be immediately corrected by unit manufacturer at their own expense. D. Manufacturer to include initial refrigerant and oil charge for operating units as follows: 1. Sufficient in quantity to fully charge system, and to leave it in sufficient quantity and satisfactory operating condition. 2. Refrigerant charge or oil that may be lost during testing operation, start-up, and Owner acceptance: Replace by unit manufacturer. 3. On acceptance of units by Owner and during one year warranty period, refrigerant charge or oil lost during operation: Replace by unit manufacturer without cost to Owner. E. Warranty shall not apply to injuries or damages occurring after Owner acceptance due to "Act of God", fire, violence, abuse, or carelessness of separate Contractors or Agents of Owner; however, Owner reserves the right to make temporary repairs necessary to keep equipment in operating condition without voiding unit manufacturer's warranty or relieving unit manufacturer of responsibilities during warranty period. PART 2- PRODUCTS 2.1 ACCEPTABLE MANUFACTURERS A. RTU manufacturers: 1. Carrier. 2. Lennox. B. VAV boxes manufacturer: Enviro-tec. C. Grilles, registers, and diffusers manufacturer: Tuttle & Bailey. 2.2 ROOFTOP UNITS A. Capacity: Manufacturer to furnish units with Net Total and Net Sensible capacities at a minimum of 100 percent of scheduled values on Drawings. Immediately notify Engineer of discrepancies: 1. Furnish High Efficiency RTUs as scheduled on Drawings. 2. RTU manufacturer to confirm equipment selection at scheduled conditions and notify Engineer of discrepancies with scheduled models. 3. Owner to consider voluntary alternates proposed by unit manufacturer for performance standards and features using least amount of energy for specified requirements. B. General: 1. Manufacturer to specifically design RTUs for outdoor application with a fully weatherproof cabinet, fully flashed on 4 sides, completely factory assembled, piped, wired and shipped as one piece. Roof curb is shipped separately under a separate contract. MECHANICAL HVAC EQUIPMENT (OWNER FURNISHED) 23 7400 - 3 2018 REMODEL PROGRAM — T-0627 —SOUTHCENTER, WA TARGET 2. Manufacturer to test unit cooling capacities in accord with ARI Standard 210/240-2003 or 360-2004 and unit carry an ARI compliance sticker. 3. Manufacturer to safety certify units in accord with UL standard for heating and cooling equipment, UL 1995, and ANSI Standard Z21.47 — Gas Fired Central Furnaces. 4. Natural gas train: CSA International certified. 5. Manufacturer to furnish industry standard "off-the-shelf' components for items such as motors, compressors, contactors, relays, disconnect with circuit breakers, gas valves, fans, and other appurtenances. C. Cabinet: 1. Manufacturer to construct unit of galvanized steel panels and full perimeter galvanized steel base rails. Manufacturer to bonderize and prime coat exterior panels on both sides and coat with a baked polyester thermosetting powdercoat finish on outer surface. 2. Top panel shall prevent water ponding and water infiltration into blower section with access door open. 3. Unit shall have hinged access doors for blower, filter, condenser, power exhauster, and control -compressor areas. Blower and filter doors shall also have double wall construction and be fully gasketed. 4. Manufacturer to internally insulate all exterior panels on unit in air flow path with a minimum of R=1.9 fiberglass insulation. 5. Unit shall have tags/decals showing unit number, lifting/rigging points, filter access, service areas, and caution areas. 6. Unit shall have a tag inside cabinet showing complete model number, electrical data, and other pertinent data. 7. Label unit at factory with 6 -inch high weather resistant labels identifying the scheduled RTU number and nominal tonnage. D. Supply Fan(s): 1. Centrifugal supply air blower: a. Constant air volume with adjustable pulleys. b. Variable air volume with fixed pulleys and variable frequency drive. 2. Bearings: Air handling quality, heavy duty grease lubricated, ball type. Manufacturer to select bearings for a Basic Rating Life, (LI0) of 100,000 hours at maximum operating speed and horsepower for each construction level. 3. Fan(s), motor, and drive: Entirely self-contained and shall slide out of unit for servicing. 4. Manufacturer to balance blower wheel statically and dynamically. E. Evaporator Coil: 1 Coil shall have a galvanized steel casing and copper tubes with aluminum fins mechanically bonded to tubes. 2. Evaporator coils for multi -compressor units shall have split -face circuits with 1 -circuit and expansion valve per compressor. 3. Unit shall have an epoxy coated steel, stainless steel, or galvanized steel non -corroding condensate drain pan under evaporator coil pitched for proper drainage. Manufacturer to furnish a condensate drain P -trap with unit for field installation. F. Condenser Fan(s): 1. Vertical discharge condenser fan(s) with factory installed guards: a. Direct drive, quiet operating propeller type. b. Manufacturer to balance statically and dynamically. c. Fan and motor: suitable for outdoor installation. • G. Condenser Coil: 1. Coil shall have a galvanized steel casing and copper tubes with aluminum fins mechanically bonded to tubes. 2. Manufacturer to design coil to operate at ambient temperatures noted in Schedule on Drawings. 3. Manufacturer to slope Coil a minimum of 30 degrees from vertical to prevent coil damage or include guards for protection of vertically oriented coils. 4. Furnish electro -coated (E -coat) aluminum -fin coil with a flexible epoxy polymer coating uniformly applied to coil surfaces providing complete encapsulation. a. Coil electro -coating shall be performed based on the following process: 1) Complete immersion in degreasing agent to clean all external coil surfaces. 2) Water rinse to remove residual dust and contaminants. 3) Electro -coat process, applying electric charge to the coil immersed in a bath of oppositely charged epoxy molecules. 4) Final rinse to remove residual coating material. MECHANICAL HVAC EQUIPMENT (OWNER FURNISHED) 23 7400 - 4 2018 REMODEL PROGRAM — T-0627 —SOUTHCENTER, WA TARGET 5) Oven bake to cure coating and ensure consistent adhesion on all coil surfaces. 6) UV protective sprayed -on topcoat to ensure coating durability. H. Hot Gas Reheat Coil: 1. Coil shall have a galvanized steel casing and copper tubes with aluminum fins mechanically bonded to tubes. I. Refrigeration System: 1. Unit shall have a hermetically sealed reciprocating compressor(s) or scroll compressor(s) with internal thermal overload protection, internal spring isolators, and rubber vibration isolators. 2. Compressor(s): Easily accessible and removable without disassembling cabinet. Manufacturer to secure refrigerant piping over 2 feet in length. 3. System shall have the following safetyand operating controls: a. Automatic reset low pressure control. b. Manual reset high pressure control. c. Time delay — refer to Controls paragraph elsewhere in this Section. d. Low temperature ambient lockout — refer to Controls paragraph elsewhere in this Section. e. Compressor shall be designed to operate above 35 deg F. 4. Manufacturer to fully charge each circuit and include the following features: a. Gage port and connections on high and low pressure side in accessible location. b. Filter/Dryer. c. Thermostatic Expansion Valve. J. Gas Heating Section: 1. Unit to be CSA International listed and shall have heating components and controls consisting of the following: a. Aluminized steel inshot burners. b. Direct spark ignition. c. Electronic flame sensor. d. Combustion air inducer. e. Redundant automatic dual stage gas valve with manual shut-off. f. Heat Exchanger: Tubular Construction, aluminized steel, life cycle tested. g. Fan and Limit Controls: Factory installed with fixed temperature setting. Heat limit controls protect against overheating. h. Safety Switches: Flame roll-out switches, flame sensors, and combustion air inducer proving switches protect system operation. i. Appliance regulator shipped loose with unit that reduces up to 5 psig inlet pressure to pressure required at burner. Manufacturer to furnish regulators with overpressure protection device, OPD, in accord with ANSI Z21.80/CSA 6.22 Standards, if gas delivery pressure is to be greater than 2 psi up to 5 psi. Refer to Drawings to verify gas pressure available. Acceptable regulator manufacturers: 1) Maxitrol. 2) Fisher. 3) Itron (formerly Schlumberger). K. Filters and Filter Compartment: 1. Acceptable manufacturers: a. AirGuard. b. Camfil Farr. c. Filtration Group (Aerostar). d. Purolator (FACET). e. Tri -dim. 2. Manufacturer to furnish 2 -inch MERV 8 medium efficiency pleated filters. Refer to Section 23 3700. 3. Filter compartment shall have a double wall, hinged, gasketed, access panel on one side of cabinet to allow for easy filter removal. 4. Filter racks shall allow for easy filter removal and have 2 -inch pleated throwaway filters installed prior to shipment. 5. Filter compartment shall have exterior labeling showing filter quantity, filter size and direction of air flow. L. Return, Outside, and Relief Air Section With Economizer: MECHANICAL HVAC EQUIPMENT (OWNER FURNISHED) 23 7400 - 5 2018 REMODEL PROGRAM — T-0627 —SOUTHCENTER, WA TARGET 1. Unless noted on Drawings, unit shall have an EMS/DDC controlled full modulating economizer consisting of motor operated outdoor/return air dampers and a minimum 70 percent power exhauster. Outside air damper shall modulate between closed, EMS adjusted minimum (minimum outside air as scheduled) and 100 percent open. 2. Single fan power exhaust configurations: At 0 percent (off) or 100 percent (on) CFM. Power exhauster activated whenever outside air dampers are 50 percent open. 3. Two fan power exhaust configurations: At 0 percent (off), 50 percent (1 fan on), or 100 percent (2 fans on) CFM. Power exhauster activated whenever outside air dampers are 35 percent open (1st fan on) and 70 percent open (2nd fan on). 4. All outside air damper position activation setpoints adjustable. 5. Dampers: Extruded aluminum, hollow core. air foil blades with plastic edge and end seals on intake blades. Damper blades: Gear driven with a spring return and designed to have no more than 25 CFM of leakage per square foot of damper area when subjected to 2 -inch WG air pressure differential across dampers. 6. Outside air intake and power exhaust shall have rain hoods and bird screen. M. Roof Curb Adapter: 1. RTU roof curb adapter is furnished by: AES Industries, Inc. 2171 Highway 229 Tallassee AL 36078 Ph: 800-786-0402 Fax: 334-283-5447 AES Contact: Paul Ledbetter 2. Unit shall have a 14 -inch high, one piece, structural roof curb. 3. Curb: 14 gage steel with a treated wood tack strip. Non -sales floor RTU curbs shall have 1/2 -inch burglar bars spaced 8 -inches on center both ways for return air openings as indicated on mechanical RTU curb details. 4. Curb manufacturer to furnish a gasketing package with curb for field mounting. 5. RTU manufacturer to furnish a detail of unit to curb connection for installation. N. Controls: 1. Each RTU shall have a stand-alone Direct Digital Control (DDC) based unit control system. a. DDC unit control system to include all required temperature and pressure sensors, input/output boards, main microprocessor, software, and operator interface. b. DDC unit control system to perform all unit control functions including scheduling, thermostat control mode, constant air volume zone temperature control mode, unit diagnostics, and safeties. c. Boards: Individually replaceable for ease of service. Microprocessors, boards, and sensors shall be factory mounted and tested. Note: Exceptions to DDC controller requirement may be possible on small units (5 tons and smaller) in which case Owner would supply an Energy Management System (EMS) module for mounting in unit; contact Target Mechanical Engineering for acceptance. d. DDC controller: Stand-alone, not dependent on communications with any on-site or remote master control panel when operating in zone temperature control mode. e. DDC controller to accept virtual thermostat inputs from a BACnet® third party EMS when operating in thermostat control mode. DDC controller: Capable of switching from thermostat control mode to zone temperature control mode if unit loses network communications with EMS. 2. Protect microprocessor memory from voltage fluctuations and power failures. Maintain factory and user set control points, control algorithms, and schedules in nonvolatile memory. Settings shall not be lost, even during extended power shutdowns. a. Compressor protections and delays: No greater than the following: 1) Minimum On time of 120 seconds. 2) Minimum Off time of 300 seconds. b. Zone temperature control mode to have the following default temperature setpoints: Unoccupied cooling 82 deg F. Occupied cooling 74 deg F. Occupied heating 70 deg F. MECHANICAL HVAC EQUIPMENT (OWNER FURNISHED) 23 7400 - 6 2018 REMODEL PROGRAM — T-0627 —SOUTHCENTER, WA TARGET Unoccupied heating 60 deg F. c. Built in Time Schedule to have one start/stop per day. Default settings from factory: To start occupied mode at 3:30 am and stop occupied mode at 11:30 pm. This built in schedule to be used to back up EMS scheduling if network communications are lost. d. Minimum outside air damper position setpoint used during occupied periods if network communications are lost. Contact Target Mechanical Engineering for factory default setting. e. Zone humidity control (refer to schedules for Hot Gas Reheat) to have a setpoint of 53 deg F dew point to activate dehumidification mode (run cooling and hot gas reheat while maintaining a minimum zone temperature of 68 deg F). 3. User interface to consist of a keypad/display device with characters of a size and font that is clearly visible for service personnel on a rooftop. Password protection from changes to writable properties by unauthorized personnel shall be one easily remembered default that is the same for all RTUs. Read only properties: Available without password requirements.' 4. Each digital output to have an LED for ease of service. 5. DDC unit controller to control operation of outdoor condenser fans to achieve optimum cooling performance. 6. BACnet® Communications: a. Manufacturer to include a BACnet° communication port for direct two wire cpmmunication to EMS network. b. Implement BACnet° features in accord with latest version of ANSI/ASHRAE 135 industry recognized BACnet° Standard. c. Dip switches: Available for setting MAC addresses on individual RTUs in the field. d. Dip switches or keypad display: Capable of setting a unique BACnet® Device Instance on each RTU in the field. e. BACnet° communications hardware and software: Configured and available when RTU arrives from factory with no additional software, hardware, or peripheral (such as laptop computer) device connections required to initiate communication between all RTUs and EMS. f. Required BACnet° objects and properties: Open protocol, non-proprietary type. g. BACnet° implementation to include the following features to assure satisfactory communication speed: 1) BAUD rate: BACnet° MS/TP 76800 BPS or faster. 2) ReadPropertyMultiple service for accessing more than one data point per request message in addition to the ReadProperty service. 3) WritePropertyMultiple service for changing more than one data point per request message in addition to the WriteProperty service. 4) BACnet° MS/TP implementations shall ensure ability to adjust Max_Masters property of Device Object through BACnet° network communications interface. 5) BACnet° MS/TP implementations shall not respond with BACnet° Reply_Postponed frames to all Confirmed Service Requests. 7. DDC unit control system to have ability to communicate to an independent EMS through a direct BACnet° communication connection. Multiple units to communicate on BACnet° communication network. EMS: Capable of reading and writing to properties of the following BACnet° objects on individual rooftop DDC unit controllers: a. BACnet° Binary Inputs Objects: 1) Supply Fan (G): (a) Start/stop supply fan. 2) Cool 1 (Y1): (a) Start/stop first stage cooling. 3) Cool 2 (Y2): (a) Start/stop second stage cooling. Cool stages to directly follow these control inputs. 4) Cool 3 (Y3): Start /stop third stage cooling on units with three stages. Cool stages to directly follow these control inputs. Third stage may be defined by combinations of Yl and Y2. 5) Cool 4 (Y4): (a) Start/stop fourth stage cooling on units with four stages. Cool stages to directly follow these control inputs. 6) Heat 1 (W1): (a) Start/stop first stage heating. 7) Heat 2 (W2): (a) Start/stop second stage heating. MECHANICAL HVAC EQUIPMENT (OWNER FURNISHED) 23 7400 - 7 2018 REMODEL PROGRAM — T-0627 —SOUTHCENTER, WA TARGET 8) Smoke Alarm: (a) An active smoke alarm to shut down entire unit. EMS to monitor this BACnet® binary input object for alarm purposes. b. BACnet® Analog Input Objects: 1) Zone Temperature Analog Input: (a) EMS to monitor and use this value to perform thermostat type staging of RTU heating and cooling. 2) Discharge Air Temperature Analog Input: (a) EMS to monitor. 3) Return Air Temperature Analog Input: (a) EMS to monitor. 4) Zone Relative Humidity Analog Input: (a) On units with a field mounted zone humidity sensor, EMS to monitor and perform dehumidification control. 5) Carbon Dioxide (CO2) Analog Input: (a) On units with a field mounted zone CO2 sensor, EMS to monitor vary OA damper for demand controlled ventilation. 6) Outside Air Damper Actual Position Analog Input: (a) EMS to monitor feedback signal from damper actuator. 7) Supply Fan VFD Actual Speed Analog Input: (a) EMS to monitor feedback signal from VFD. c. Commandable BACnet® Analog Output Objects: 1) Outside Air Damper Actuator: EMS to write to this output at priority level 9 to achieve direct control of outside air damper position (overriding DDC unit controller's ability to control the damper). If damper control resides on an auxiliary control board other than main processor, physical analog output of auxiliary board to also be directly under EMS control through same BACnet® object. 2) Supply Fan VFD Speed Control: EMS shall write to this output at priority level 9 to achieve direct control of supply fan speed (overriding DDC unit controller's ability to control the VFD). If VFD control resides on an auxiliary control board other than main processor, physical analog output of auxiliary board shall also be directly under EMS control through same BACnet® object. d. Commandable BACnet® Binary Outputs: 1) Power Exhaust 1: (a) Units with economizer to have this output, which EMS shall write to at priority level 9 when exhaust is required. 2) Power Exhaust 2: (a) Units with economizer and 2 power exhaust fans to have this output, which EMS shall write to at priority level 9 when both power exhaust fans are required. 3) Hot Gas Reheat: (a) Units with hot gas reheat to have this output, which EMS shall write to at priority level 9 when reheat is required. e. Diagnostic Information: Available and to include information required to remotely troubleshoot basic unit operation including information on individual cooling and heating circuits. f. Present diagnostic error codes to EMS as BACnet® multi -state value object. Implement optional state text property and contain English language descriptions of associated error codes. EMS to monitor and log this information and display on unit graphic. g. Alarm/Alert Information: 1) Present current alarms and alerts (if these are different from diagnostic information above) to EMS as BACnet® multi -state value object. Implement optional state text property and contain English language descriptions of associated alarms and alerts. EMS to monitor and log this information and display on unit graphic. h. Remote Alarm Reset: 1) A commandable BACnet® value object to be available, which allows reset of RTU lockouts to be performed over EMS network. If conditions which caused lockout still exist, RTU to again lock out operations. Local alarm reset at unit to also be available. After clearing an alarm by setting present value to "true", priority array entry used to clear alarm to be reset to "auto" by DDC unit controller, so clearing alarms can be done again at any priority (this guarantees local clearing abilities at unit after remote clearing). Relinquish default property of this object to equal "false". MECHANICAL HVAC EQUIPMENT (OWNER FURNISHED) 23 7400 - 8 2018 REMODEL PROGRAM — T-0627 —SOUTHCENTER, WA TARGET i. Present value property of BACnet° Binary Inputs: Writable when object's "out of service" property has been set to "true" by EMS. j. DDC unit controller to support BACnet° Time Synchronization service. EMS to automatically set unit controller's time properties for scheduling purposes. k. Watchdog Timer (Heartbeat): DDC controller to accept a watchdog timer signal from EMS network building controller into a BACnet° analog value object. EMS to write value of 300 every 90 seconds at priority level 9. This present value to be reduced by 1 (at priority level 9) each second by DDC controller until it reaches zero. If DDC controller's watchdog timer counts down to zero, DDC controller to know that EMS network communication has been lost. 1. Other watchdog timer or heartbeat methods may be acceptable; contact Target Mechanical Engineering for acceptance. m. On commandable BACnet° objects, DDC unit controller to write to present value property at any priority level higher than 9 preferably 16. Normal EMS control to override DDC unit controller at command priority level 9. Manual EMS control to write at command priority level 8. n. If EMS network communications fail (indicated through watchdog timer), DDC unit controller to assume command in zone temperature control mode, overriding control of all commandable objects at priority level 8 and 9 from non-communicating EMS. When communications is restored and watchdog time is restored, controller to automatically switch back to thermostat control mode. Priority levels less than 8 (manual life safety and automatic life safety) not to be overridden after communications loss. 8. RTU controls to have an available power source to supply loop power through the following optional field installed sensors and back to associated analog inputs: a. One Relative Humidity sensor at: 1) 15-24 VDC. 2) 1 VA maximum power. b. One CO2 sensor at: 1) 18-42 VDC polarity protected. 2) 3 VA maximum power. c. One spare sensor at: 1) 18-24 VDC. 2) 2 VA maximum power. 9. RTU manufacturer to furnish DAT and RAT sensors wired to DDC unit controller inputs and presented to EMS as BACnet° Analog inputs. DAT sensor to be mounted downstream of coil, fan, and heat source, and measure a well mixed air stream. RAT sensor to be mounted in direct line of sight from return air duct to lowest visible spot on cooling coil. RAT not to be subjected to air from OA damper or OA pulled backwards through a closed relief air damper. 10. DDC unit controller to accept a field mounted zone temperature sensor, which can be read by EMS. EMS contractor to furnish and install zone temperature sensor in accord with RTU manufacturer's specifications. EMS to monitor RTUs zone temperature data and send commands over network to stage RTUs compressors or heating using thermostat type control signals. This same sensor to be used by unit controller in zone temperature control mode. 11. In the event of a zone temperature sensor failure (open -circuit, short-circuit, or otherwise defined to have failed by RTU manufacturer), DDC unit controller to switch to return air temperature as control input in zone temperature control mode. This condition, along with provision to operate RTU in zone temperature control mode when EMS network communication fails, to enable units shipped from factory to condition space upon startup (before zone sensor and EMS are installed). 12. DDC unit controller to accept a field mounted zone relative humidity sensor (where specified), which can be read by EMS. EMS contractor to furnish and install zone humidity sensor in accord with manufacturer's specifications. EMS to monitor RTUs zone humidity data and send commands over network to stage RTUs fan, compressors, and reheat. This same sensor to be used by unit controller in zone temperature control mode to perform dehumidification control when WMS network communications are lost. 13. DDC unit controller in zone temperature control mode to perform the following economizer control based on outside air temperature when EMS network communications are lost: a. Low OA temp lockout = 35 deg F. b. High OA temp lockout = 65 deg F. c. If economizer is available and no compressors are running, OA damper to modulate to supply discharge air temperature control (setpoint = 55 deg F). d. If economizer is available and any compressor is running, OA damper to be 100 percent open. MECHANICAL HVAC EQUIPMENT (OWNER FURNISHED) 23 7400 - 9 2018 REMODEL PROGRAM — T-0627 —SOUTHCENTER, WA TARGET e. If economizer is not available, OA damper to be at Minimum Position during occupied times and closed during unoccupied times. 14. DDC unit controller to include a service test mode. This operating mode to allow a service contractor to force RTU into cool, heat, economizer, fan, or dehumidification for local troubleshooting control. A BACnet® Binary Value object to indicate to EMS when unit is in service test mode. 15. EMS to control operation of RTU based upon input from a master building EMS module, which senses outdoor temperatures, outdoor humidity, and indoor space temperature. Refer to Section 23 0900 for control sequence. 16. Owner furnished EMS control module and accessories consist of: a. Energy Management System (EMS) control module, DAT, and RAT sensors to Rooftop unit manufacturer. Manufacturer to install components in unit at factory. EMS module to control operation of unit based upon input from a master building EMS module, which senses outdoor temperatures, outdoor humidity, and indoor space temperature. Refer to Section 23 0900 for control sequence and components to be installed by rooftop unit manufacturer. b. Unit to be 100 percent factory tested, with EMS operating (not manual operation), by manufacturer, and a copy of run test report shipped with unit. RTU manufacturer to source necessary software and hardware from EMS vendor to perform tests on shop floor. O. Unit Electrical Requirements: 1. Manufacturer to furnish a HACR breaker, power terminal block, control transformers, starters, relays, refrigerant control, fuses, and switches for remote transmission of functions and other miscellaneous electrical control devices required; all internally mounted and wired within each unit. A GFI outlet to be mounted on unit to be field wired. 2. Motor control for supply fan motors, for each compressor, and each condenser fan motor to have an ETL or UL label. Manufacturer to furnish motors with separate starters or contactors with overload protection in each phase. Separately protect each phase against overcurrent. 3. Electrical power at unit to be either 208 or 460 volt, three phase, 60 hertz as indicated on Drawings. Manufacturer to furnish a 208 or 460 volt to 24 volt transformer (as dictated by unit operating voltage) for integral control of adequate capacity for control wiring and EMS. 4. Wiring to comply with NEC® requirements and with local applicable codes. 5. Electrical components to have an ETL or UL label where applicable and to be identified with printed labels. 6. Wiring, including control wiring, to have insulation rated at 600 volts. 7. Control wiring to be color coded or tattooed, neatly harnessed, and mounted to facilitate servicing. A matching wiring schematic diagram to be mounted inside electrical compartment door. 8. Components to have labels matching wiring diagram. 9. Motors: a. Electrical motors and starter to comply with IEEE, NEMA, and this Specification. b. Design motors for supply voltages indicated, sized to develop required brake horsepower and operate satisfactorily with a voltage variation of plus 10 percent. Dynamically balance motors and hold to commercial tolerances. c. Except for fractional motors, fan motors to be high efficiency type. d. Manufacturer to select motors for satisfactory operation without failure when ambient temperature reaches (104 deg F) for a period of 2 -hours or more. e. Manufacturer to furnish squirrel -cage type motors, drip -proof enclosure, constant speed, across -the -line normal torque designed for quiet operation. Motor to operate at proper full load and speed continuously without excessive heating in any part. Size at minimum 115 percent service factor. f. Manufacturer to furnish motors lhp and larger wound for 3-phase, 60 hertz current unless shown otherwise on Drawings. P. Unit Labeling: 1. Manufacturer to furnish a unit label indicating the following items; a. Model number. b. Serial number. c. Electrical rating indicating the following: Rated Volts, frequency and phase. d. Minimum circuit ampacity. e. Minimum circuit breaker size. f. Table indicating electrical/mechanical characteristics as follows: MECHANICAL HVAC EQUIPMENT (OWNER FURNISHED) 23 7400 - 10 2018 REMODEL PROGRAM — T-0627 —SOUTHCENTER, WA TARGET Q. MOTOR QTY HP VA C PH RP M FLA RLA LISA DRIVE Compressor Compressor Condenser Evaporator Comb Air Pwr. Exh. Addl. Mfgr g. Type of heating source. h. Heating temperature rise. i. Manifold pressure, maximum and minimum inlet pressure (if natural gas). j. Design maximum outlet temperature with a table indicating altitude with input and output capacities and minimum ambient temperature, which unit may operate (if natural gas). k. Clearances around unit. 1. Refrigerant charge for each refrigeration circuit. Field Mounted Smoke Detector: 1. Mount smoke detector in accord with smoke detector manufacturer's requirements. 2. Field wire smoke detector terminals to a factory installed terminal strip located in RTUs main electrical panel. 3. RTU to be field wired to smoke detector to shut RTU down when smoke detector is active. 4. Manufacturer to mount smoke detectors in supply, return, or both air streams as shown in RTU schedule on Drawings. 2.3 VARIABLE AIR VOLUME BOXES A. General: 1. Single Duct Variable Volume Air Distribution Assemblies: Manufacturer to construct assembly casing of 22 gage zinc coated steel, internally line with 1/2 -inch thick, dual density fiberglass insulation which complies with UL 181 and NFPA 90A. Manufacturer to coat cut edges of fiberglass exposed to air stream with NFPA 90A approved sealant. 2. Constant Volume Fan Powered Terminal Units: Construct assembly casing of zinc coated steel, internally line with 3/4 -inch thick, fiberglass insulation which complies with UL 181 and NFPA 90A. Manufacturer to coat cut edges of fiberglass exposed to air stream with NFPA 90A approved sealant. Gage of assembly casing to be as follows: a. Casing width less than 36 -inches: Minimum 22 gage. b. Casing width 36 -inches or greater: Minimum 20 gage. c. Casing to incorporate an internal sound reduction baffle. d. Casing to have a bottom access door to allow removal of fan and servicing of unit. 3. Air flow sensor to be of a cross configuration located at inlet of assembly. Sensor to have 12 total pressure sensing ports and a center averaging chamber designed to accurately average flow across inlet of assembly. Sensor to have accuracy within 5 percent with a 90 degree sheet metal elbow directly at inlet of assembly. Air flow sensor to amplify sensed air flow signal. 4. Primary air valve damper to be heavy gage metal, with peripheral gasket and solid steel shaft, pivoted in self- lubricating bearings. In full closed position, air leakage past closed damper not to exceed 2 percent of nominal catalog rating at 3 -inch w.g. inlet static pressure, when tested in accord with ASHRAE 130. B. Controls: 1. Owner to supply an Energy Management System (EMS) control module to VAV Box manufacturer for installation in box. This module to control operation of box based upon input from RTU control module and indoor space temperature. Refer to Section 23 0900 for control sequence and components to be installed by VAV Box manufacturer. C. Unit Electrical Requirements: 1. For boxes with electric reheat, electrical power at unit to be 277 volt, single phase, 60 hertz unless indicated otherwise on Drawings. Furnish a 277 volt to 24 volt transformer of adequate capacity for integral control and EMS. Door interlocking disconnect switches are integral to boxes as furnished by unit manufacturer. 2. For single box with no reheat, including one or more bypass boxes, manufacturer to include a 120 volt to 24 volt transformer of adequate capacity for integral control and EMS, and Division 26 to furnish and install a disconnect switch for 120 volt circuit. Refer to schedule on Drawings. 3. Wiring to comply with NEC® requirements and with local applicable codes. 4. Electrical components to have an ETL or UL label where applicable and to be identified with printed. labels. 5. Wiring including control wiring to have insulation rated at 600 volts. MECHANICAL HVAC EQUIPMENT (OWNER FURNISHED) 23 7400 - 11 2018 REMODEL PROGRAM — T-0627 —SOUTHCENTER, WA TARGET 6. Control wiring to be color coded, neatly harnessed and mounted to facilitate servicing. A matching color coded wiring schematic diagram to be mounted inside electrical compartment door. D. Electric Reheat Coils: 1. Manufacturer to furnish electric heating coils of capacity scheduled on Drawings. a. Factory mount.. b. Construct frame and cabinet of minimum 22 gage galvanized steel. c. Construct elements of high grade wire. d. Elements: Low density and design to minimize hot spots and nuisance cycling of thermal protectors. 2.. Manufacturer to furnish an automatic reset thermal cut-out as primary protection against overheating. Equip heaters with a manual reset cut-out for secondary protection. 3. Manufacturer to furnish a factory installed differential pressure switch to ensure that there is adequate airflow before heater is energized. 4. Heater controls to be accessible from same side as primary air controls. 5. Manufacturer to furnish VAV box unit with a built-in electrical disconnect switch to deactivate electric heating section. E. Unit Labeling: 1. Manufacturer to furnish a unit label indicating the following items: a. Model number. b. Serial number. c. Electrical rating indicating the following: 1) Rated Volts, frequency, and phase. d. Minimum circuit ampacity. e. Minimum circuit breaker size. 2.4 GRILLES, REGISTERS, AND DIFFUSERS A. Refer to `Grilles, Registers, and Diffusers Schedule' on Drawings for information. PART 3 - EXECUTION 3.1 INSTALLATION AND START-UP OF HVAC UNITS (RTUs, ERVs, AND SPLIT SYSTEMs) A. Installation of rooftop air conditioning units, RTUs: Refer to Section 23 3700. B. HVAC unit manufacturer is responsible for complete unit start-up as follows: 1. Complete "Start-up Checklist" in Target DMS, Data Management System for each HVAC unit. 2. Contact Target Commissioning for access to DMS: email: CX@Target.com 3.2 INSTALLATION OF VARIABLE AIR VOLUME BOXES A. Refer to Section 23 3700. END OF SECTION MECHANICAL HVAC EQUIPMENT (OWNER FURNISHED) 23 7400 - 12 MG2 Corporation 1101 Second Ave, Ste 100 Seattle, WA 98101 11/21/2017 Rachelle Ripley, Permit Technician City of Tukwila Department of Community Development 6300 Southcenter Blvd, Ste 100 Tukwila, WA 98188 (206) 431-3670 • RE: Target - T0627 Southcenter, WA 301 Strander Blvd Tukwila, WA 98188 Permit Number: M17-0125 Subject: Plan Check Correction Sheet Response #1 Dear Rachelle Ripley, Below is a summary of revisions done for Target T0627 Southcenter, WA. All revisions are owner changes, noted with revision clouds and deltas. OWNER CORRECTIONS: 206 962 6500 MG2.com RECEIVED CITY OF TUKWILA NOV 21 2017 PERMIT CENTER • MD141 o Plan 1, deleted outdoor air to ceiling cassette; showed demolition of roof condensing unit. o Keynotes - added. note 4 • M111 o Plan 1, added callout 3 & 4/M331; expanded callout 1 & 2/M331 and added callout 3/M111. o Plan 3, added plan 3 for transfer fan in TSC Storage. o Updated General Notes. • M141 o Plan 1, added detail 13/M601 callout; changed keynote on RTU -7; deleted split system condensing unit per Starbuck revision. o Keynotes - revised note 7. • M301 o Plan 1, revised Starbucks HVAC equipment to "existing to remain". o Plan 2, revised Starbucks HVAC equipment to "existing to remain". o Plan 4, revised thermostat location, revised cash office layout. o General Notes - revised general note D o Keynotes - Deleted note 5, 12 & 16, revised note 14. • M311 o Plan 1, expanded scope of work to grid 3, revised Starbucks HVAC equipment to "existing to remain". o Plan 2, expanded scope of work to grid 3, revised Starbucks HVAC equipment to "existing to REVISION NO..1_ MG2 MI1-01'14 remain". o General Notes - revised general note D o Keynotes -Revised note 3, delete notes 5 thru 9. • M321 o Plan 2', revised demolition boundaries to include return air, revised view title. o Plan 3, revised diffuser callouts. o Plan 4, revised diffuser callouts, revised return air routing and grilles, revised view title. o General Notes - Added general demolition notes, revised general note D • M331 o New sheet. • M341 o Plan 1, revised demolition boundaries. o Plan 2, revised diffuser location. o General Notes - Revised general note D • M401 o Plan 1, Relocate RTU return grilles. o Plan 2, Relocate RTU return grilles o General Notes - Revised general note D • M601 o Added "Balancing of Existing RTU" schedule. o . Added notes and dimensions to DHU schedule. o Delete "Split System" schedule. o Revised "HVAC Equipment Responsibility Matrix". o Added "Transfer Fan Schedule". o Changed detail 4 & 5 to "RTU Adapter Curb Installation Detail" o Delete detail 7 & 11. • Specifications o Section 230593 TAB FOR HVAC: Revised in its entirety. o Section 233700 AIR HANDLING: Revised to remove split system and add transfer fan. o Section 237400 MECH HVAC EQUIPMENT: Revised to remove split system. • R111 o Added callout tags. o Added DCR tag. • R141 o Fixed arch and structural sheet references. • R411 o Added risers to loop piping diagram. o Added false columns to floor plan. o Removed unneeded notes. • R511 o Removed incorrect detail sheet R501. o Added correct detail sheet R511. • R601 o Added risers to loop piping schedule. o Added existing condensing unit schedule. • R611 o Added new sheet to show all existing REMS panels. o Added new REMS4.1 and REMS1.1 panels for new DCR. • R621 Page 2 of 3 o Moved island cases to use new REMS4.1 panel. o Updated general notes and symbols to include revised items. Should you require any additional information regarding this matter, please contact me at (206) 962- 6865. Thank you. Sincerely, I\ 21 2ni1 Elle Reinha Project Manager Page 3 of 3 PLAN REVIEW/ROUTING SLIP PERMIT NUMBER: M17-0125 PROJECT NAME: TARGET SITE ADDRESS: 301 STRAN DER BLVD Original Plan Submittal Response to Correction Letter # DATE: 10/22/17 X Revision # 1 before Permit Issued Revision # after Permit Issued DEPARTMENTS: AI it i1 Building Divisio Public Works ❑ Fire Prevention Planning Division Structural ❑ Permit Coordinator El PRELIMINARY REVIEW: DATE: 10/28/17 Not Applicable ❑ Structural Review Required (no approval/review required) REVIEWERcS INITIALS: DATE: APPROVALS OR CORRECTIONS: DUE DATE: 12/26/17 Approved ❑ Approved with Conditions ❑ Corrections Required ❑ Denied ❑ (corrections entered in Reviews) (ie: Zoning Issues) Notation: REVIEWERc6 INITIALS: DATE: [Permit Center Use Only CORRECTION LETTER MAILED: Departments issued corrections: ' Bldg ❑ Fire ❑ Ping ❑ PW ❑ Staff Initials: 12/18/2013 HERMIT COORD COPY PLAN REVIEW/ROUTING SLIP PERMIT NUMBER: M17-0125 PROJECT NAME: TARGET SITE ADDRESS: 301 STRANDER BLVD X Original Plan Submittal Response to Correction Letter # DATE: 09/20/17 Revision # before Permit Issued Revision # after Permit Issued DEPARTMENTS: PrJ IOC A\ Building Division Public Works mac q-aJ0-( D Fire Prevention Structural Planning Division ❑ Permit Coordinator PRELIMINARY REVIEW: Not Applicable (no approval/review required) DATE: 09/20/17 Structural Review Required. REVIEWER'S INITIALS: DATE: APPROVALS OR CORRECTIONS: Approved Corrections Required DUE DATE: 10/19/17 ❑ Approved with Conditions ❑ Denied (corrections entered in Reviews) (ie: Zoning Issues) El Notation: REVIEWER'S INITIALS: DATE: Permit Center Use Only CORRECTION LETTER MAILED: Departments issued corrections: Bldg 0 Fire 0 Ping 0 PW 0 Staff Initials: 12/18/2013 City of Tukwila REVISION SUBMITTAL Department of Community Development 6300 Southcenter Boulevard, Suite #100 Tukwila, Washington 98188 Phone: 206-431-3670 Web site: http://www.TukwilaWA.Qov Revision submittals must be submitted in person at the Permit Center. Revisions will not be accepted through the mail, fax, etc. Date: k1 `Z1 2-0r1 `7 Plan Check/Permit Number: — 951 Z� ❑ Response to Incomplete Letter # ❑ Response to Correction Letter # Revision # A Permit is Issued ❑ Revision requested by a City Building Inspector or Plans Examiner ❑ Deferred Submittal # Project Name: 'T-oG7V 1 Smytk-W.vt w& Project Address: SOI k eakcg Contact Person: EU R fib Phone Number: 0290 3Cc2--CoS(;,5 Summary of Revision: RECEIVED CITY Of TUKWI .. NUV 21 2017 'ERMIT CENTER Sheet Number(s): "Cloud" or highlight all areas of revision including date of revision li Received at the City of Tukwila Permit Center by: ❑ Entered in TRAKiT on - W:\Permit Center \ Templates \ Forms \Revision Submittal Fornadoc Revised: August 2015 HERMANSON COMPANY LLP Washington State Department of Labor & Industries Home Espaiiol Contact Safety & Health Claims & Insurance Search L&I A -Z Index Help Page 1 of 3 My. r,s:.i Workplace Rights Trades & Licensing HERMANSON COMPANY LLP Owner or tradesperson Principals NICOLAISEN, KNUT H, PARTNER/MEMBER BROCK, DANIEL L, PARTNER/MEMBER FOX, DEAN M, PARTNER/MEMBER HENGEL, STEPHEN A, PARTNER/MEMBER DYCKMAN, KENNETH A, PARTNER/MEMBER ROBINETT, PAUL J, PARTNER/MEMBER HERMANSON, RICHARD L, PARTNER/MEMBER ALMON, KEVIN, PARTNER/MEMBER (End: 08/05/2010) MACDONALD, JAMES, PARTNER/MEMBER (End: 08/05/2010) Doing business as HERMANSON COMPANY LLP WA UBI No. 602 004 844 1221 2ND AVE N KENT, WA 98032-2945 206-575-9700 KING County Business type Limited Liability Partnership Governing persons CORP HERMANSON LLC HERMANSON GROUP; 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. HERMACLOO5BJ Effective — expiration •01/11/2000— 08/25/2018 Bond ............... WESTERN SURETY CO Bond account no. 929381801 $12,000.00 Received by L&I Effective date 12/01/2005 01/01/2006 Expiration date Until Canceled Help us improve https://secure.lni.wa.gov/verify/Detail.aspx?UBI=602004844&LIC=HERMACL005B.J&SAW= 01/04/2018 PIPE HANGER SCHEDULE WATER, WASTE, GAS, RWC, AND FIRE PROTECTION PIPING PIPE SIZE HANGER SPACING Sch 40 Sch 10 THREADED LIGHT WALL GROOVED LIGHT WALL TYPE L COPPER PVC/ ABS 1" 8'-O" OR LESS* H-1 H-1 H-1 H-1 H-1 H-1 PLUMBING SCHEDULES AND DETAILS 12'-0" H-1 H-1 H-1 H-1 N/A N/A 1 1/2" 10'-0" OR LESS* 1-1-1 H-1 H-1 H-1 H-1 H-1 RETURN DUCT TURNING UP OR DOWN 12'-0" H-1 1-1-1 H-1 H-1 N/A NIA 15'-0" H-1 H-1 N/A H-1 N/A N/A 2" 10'-0" OR LESS* H-1 H-1 H-1 H-1 H-1 H-1 ) 12'-0" H-1 H-1 H-1 H-1 N/A N/A I (51 15'-0" H-1 H-1 N/A H-1 N/A N/A 2 1/2" 9'-O" OR LESS* H-1 H-1 H-1 H-1 H-1 H-1 XX' -X" 12'-0" H-2 H-1 H-1 H-1 N/A N/A TOP CONNECTION 15'-0" H-2 H-1 N/A H-1 N/A NIA 3" 10'-0" OR LESS" N/A H-1 H-1 H-1 H-1 H-1 FILTERED COLD WATER 12-0" N/A H-1 H-2 H-1 N/A N/A LIQUEFIED PETROLEUM 15'-0" N/A H-2 N/A H-2 N/A N/A 4" 4'-0" N/A 1-1-1 N/A H-1 H-1 H-1 8"0 8'-O" NIA H-1 NIA H-1 H-1 N/A 10'-0" N/A H-2 N/A 11-2 11-2 N/A 1 12-0" N/A 11-2 NIA 142 H-2 N/A DESCRIPTION 15'-0" N/A H-2 N/A 142 N/A N/A 6" 4'-0" N/A H-1 N/A H-1 N/A H-1. 8'-0" N/A H-2 N/A H-2 11-1 N/A SUPPLY, RETURN OR EXHAUST 10'-0" N/A H-3 N/A H-3 141 N/A 12x8: REGISTER SIZE 200: CFM (REFER TO M601 FOR REGISTER TYPE) 12'-0" N/A H-3 N/A H-3 H-2 N/A / 15'-0" N/A H-3 N/A H-3 N/A N/A 8" 4'-0° N/A H-2 NIA N/A H-1 H-2 �' 8'-O" N/A H-3 N/A N/A H-1 N/A 10'-0" N/A H-3 NIA NIA 11-2 N/A 12-0" N/A H-3 N/A N/A N/A N/A 15'-0" N/A H-3 NIA N/A N/A N/A 10" 4'-0" N/A H-3 N/A NIA N/A H-2 12"+ 4'-0" N/A H-3 N/A N/A N/A H-3 * REFER TO SPECIFICATION FOR MAXIMUM ALLOWABLE HANGER SPACING FOR TYPE L COPPER AND PVC/ABS PIPING. N/A = NOT ALLOWED OR NOT APPLICABLE GENERAL NOTES: A. B. D. THIS PIPE HANGER SCHEDULE SHOWS MAXIMUM ALLOWABLE HANGER SPACING BASED ON PIPE WEIGHT AND STRUCTURAL CONSTRAINTS. REFER TO SPECIFICATION SECTION "BASIC MECHANICAL MATERIALS AND METHODS" FOR ADDITIONAL PIPE HANGER REQUIREMENTS INCLUDING REQUIRED HANGER ROD DIAMETER AND MAXIMUM HANGER SPACING BASED ON PIPE MATERIAL AND PIPE DIAMETER. SUPPORT ALL PIPING WITHIN 6" OF BAR JOIST TOP CHORD. PANEL POINT. LOCATE TOP OF PIPE AT 6" MINIMUM BELOW ROOF DECK. FIRE PROTECTION SPRINKLER PIPING SUPPORT SHALL COMPLY WITH REQUIREMENTS OF NFPA AND LOCAL CODE AUTHORITIES. DO NOT DEVIATE FROM PIPE HANGER DETAILS AS SHOWN. DEVIATION FROM HANGER DETAILS MAY VOID JOIST MANUFACTURER'S WARRANTY. E. SEE STRUCTURAL. SHEETS FOR ADDITIONAL DETAILS AND INFORMATION. F. SEE SEISMIC DETAILS ON SHEET P501. 3/8" HEX NUT WITH JUMBO WASHER BAR JOIST BAR JOIST ROOF DECK TYPE "H-3" HANGERS s L 1 ROOF DECK J 3/8" STRUT NUT WITH 3/8" HEX NUT AND JUMBO WASHER SINGLE STRUT CHANNEL OR PIPE L (SIZE PER NFPA) THREADED ROD HANGER WITH SWIVEL RING Edge THREADED ROD HANGER WITH L SWIVEL RING JOIST BAR JOIST L TYPE "H-1" HANGERS ROOF DECK BEAM CLAMP TO TOP CHORD OF JOIST WITHIN 6" OF PANEL POINT THREADED ROD BAR JOIST / BEAM SWIVEL RING TYPE "H-2" HANGERS ROOF DECK SINGLE STRUT CHANNEL BEAM OR PIPE (SIZE IN ACCORD WITH NFPA FOR FIRE PROT, SIZE FOR PIPE LOAD FOR RWC BEAM ROOF DECK 3/8" STRUT NUT WITH 3/8" HEX NUT AND JUMBO WASHER BEAM THREADED ROD HANGER WITH SWIVEL RING BEAM ROOF DECK BEAM CLAMP TO TOP CHORD OF JOIST WITHIN 6" OF PANEL POINT THREADED ROD BAR JOIST / BEAM SWIVEL RING STRUT CHANNELBEAM CLAMP (TYP) STRUT CHANNELBEAM CLAMP (TYP) PIPE HANGER DETAILS NOT TO SCALE JOIST \ THRU BOLT BETWEEN JOIST BOTTOM CHORD ANGLES. SECURE TIGHT WITH DOUBLE NUT. DIAGONAL ANGLE — TYP OF 2 BOLT THROUGH ANGLE AND PIPE CLAMP PIPE INSULATION PIPE ELEVATION MAY VARY DOMESTIC WATER PIPE. SEE PLANS FOR SIZE. PIPE CLAMP WITH NEOPRENE GASKET SECURED TIGHT TO PIPE. RUN PIPE INSULATION OVER PIPE CLAMP. DOMESTIC WATER PIPE THRU BOLT SECTION VIEW o^ PIPE H: GER SEE 1 PM01 JOIST BOTTOM CHORD ANGLES DIAGONAL ANGLE SECTION CUT A -A THROUGH JOIST BETWEEN JOIST BOTTOM CHORD ANGLES. TYP. DIAGONAL ANGLE TYP OF 2 30 DEGREE MIN 60 DEGREE MAX PIPE CLAMP — SECURED TIGHT TO PIPE. JOIST BOTTOM - CHORD ANGLES TYP JOIST PARALLEL TO JOISTS PLAN VIEW PERPENDICULAR TO JOISTS NOTES: • THIS BRACING DETAIL APPLIES ONLY FOR DOMESTIC WATER PIPE TO REDUCE PIPE MOVEMENT DURING WATER USAGE. • THIS BRACING DOES NOT REPLACE PIPE HANGERS. • INSTALL DOMESTIC WATER PIPE ANCHORS WHERE SHOWN ON DRAWINGS. 2 BEAM CLAMP DIAGONAL ANGLE — TYP OF 2 BOLT THROUGH ANGLE AND PIPE CLAMP PIPE INSULATION PIPE ELEVATION MAY VARY DOMESTIC WATER PIPE. SEE PLANS FOR SIZE. PIPE CLAMP WITH NEOPRENE GASKET SECURED TIGHT TO PIPE. RUN PIPE INSULATION OVER PIPE CLAMP. DOMESTIC WATER PIPE BEAM CLAMP TO BOTTOM OF EXISTING BEAM. SCRAPE AND REPAIR FIRE PROOFING AT BEAM CLAMP. DIAGONAL ANGLE TYP OF 2 30 DEGREE MIN 60 DEGREE MAX PIPE CLAMP SECURED TIGHT TO PIPE. BOTTOM FLANGE OF BEAM BEAM PIPE SEE ,11 PM01 PM01 BEAM CLAMP ANGLE TO EXISTING BEAM. SCRAPE AND REPAIR FIRE PROOFING AT CONNECTION. SECTION VIEW PARALLEL TO BEAMS SECTION CUT A -A THROUGH BEAM PLAN VIEW PERPENDICULAR TO BEAMS NOTES: • THIS BRACING DETAIL APPLIES ONLY FOR DOMESTIC WATER PIPE TO REDUCE PIPE MOVEMENT DURING WATER USAGE. • THIS BRACING DOES NOT REPLACE PIPE HANGERS. • INSTALL DOMESTIC WATER PIPE ANCHORS WHERE SHOWN ON DRAWINGS. DOMESTIC WATER PIPE ANCHOR DETAIL - JOIST AND BEAM CONSTRUCTION PM01 NOT TO SCALE HVAC SYMBOLS ITEM INDICATED DOUBLE LINE DRAWING REPRESENTATION MECHANICAL SHEET INDEX P111 DUCT (1st FIGURE -SIDE SHOWN 2nd FIGURE -SIDE NOT SHOWN) 24x20 + + RESTROOMS AND LOUNGE PLUMBING PLANS .0 LAVATORY (MULTI -STATION NOT SHOWN) - ECO DUCT SECTION (SUPPLY) WATER CLOSET URINAL *11111116.... 24x12 24"0 SEISMIC PLUMBING DETAILS SINK PLUMBING SCHEDULES AND DETAILS MD141 DUCT SECTION (RETURN) M111 HVAC PLAN 24x12(2, 24"0 ROOF HVAC PLAN SINK RESTROOM & GUEST SERVICE HVAC PLANS M311 SUPPLY DUCT TURNING UP OR DOWN TURNING 24"0 G DOWN UP DHU HVAC PLANS M341 FITTING ROOM HVAC PLANS ELECTRIC WATER COOLER RETURN DUCT TURNING UP OR DOWN TURNING / TURNING UP 24"! DOWN MECHANICAL SCHEDULES & DETAILS HUB DRAIN FIRE PROTECTION PLAN 1,77,1 EXHAUST DUCT TURNING UP OR DOWN TURNING TURNINGDOWN UP 24"0 is ,1 FLOOR DRAIN EXHAUST DUCT TURNING UP OR DOWN TURNING ---„,,,,y UP 24"0 ` \ /7- ` � V TDOURNING N 11111 FLOOR SINK INCLINED RISE (R) OR DROP (D) REFER TO PLANS FOR BOD HEIGHTS + ) 3 + CLEAN OUT FUNNEL DRAIN VENT THROUGH ROOF 0 WALL HYDRANT/INSIDE HOSE BIBB I (51 GAS SHUTOFF VALVE —(X% /` INV. EL. XX' -X" ECCENTRIC DUCT FITTING IL, 20x12 24x12 BOD XX' -X" BOTTOM OF DUCT ELEVATION TAG TOP CONNECTION 3 BOTTOM CONNECTION `-- 20x12 C RISE IN DIRECTION OF FLOW 24x12 SHUTOFF VALVE CONCENTRIC DUCT FITTING WAFER CHECK VALVE STRAINER --O —� v— UNION SWING CHECK VALVE FCW FILTERED COLD WATER CW COLD WATER HW HOT WATER HWR • RECIRCULATING HOT WATER LP LIQUEFIED PETROLEUM V VENT SD BRANCH DUCT TAKE- OFF CD CONDENSATE DRAIN G —GW-- — — —CWV — —SW— -- 24x12 BALANCINGDAMPER USING RECTANGULAR DUCTWORK MAIN RO �� Nov - 8"0 S O PIPE BREAK ) CONNECT TO EXISTING OR SYSTEMS PROVIDED BY NIC. OWNER FURNISHED EQUIPMENT SYMBOL REFER TO SHEET A601 FOR EQUIPMENT INFORMATION 12x10 (FD X" X" B PLUMBING DRAIN TAG MECHANICAL SYMBOLS /- DESCRIPTION POWER ROOF VENTILATOR0 SMOKE DAMPER © - 1 FIRE DAMPER aBALANCING AMOTORIZED A. A, > DAMPER DAMPER GRAVITY DAMPER COMBINATION FIRE/SMOKE DAMPER U DIFFUSER © 12" SYMBOL DESCRIPTION 500 F DESCRIPTION C: REFERS TO TYPE 0 I I 1.11111116 NOTE: NOT ALL SYMBOLS MAY APPEAR ON DRAWINGS. 12": NECK SIZE (SQ OR RD) 500: CFM IIIIIBI IIIt (REFER TO M601 Willial FOR DIFFUSER TYPE) SUPPLY, RETURN OR EXHAUST © 12x8 REGISTER DESCRIPTION H: REFERS TO TYPE 200 12x8: REGISTER SIZE 200: CFM (REFER TO M601 FOR REGISTER TYPE) 111illt = CEILING RETURN GRILLE DESCRIPTION F: REFERS TO TYPE 24x12: GRILLE SIZE / (REFER TO M601 24x12 O F FOR GRILLE TYPE) TRANSFER GRILLE & DUCTWORK 10"0 — 24x6 DESCRIPTION F: REFERS TO TYPE 24x6 �' T/A 24x6: GRILLE SIZE (REFER TO M601 T/A: TRANSFER AIR FOR GRILLE TYPE) T/A SQUARE TO ROUND ADAPTER TRANSFER GRILLE & • DUCTWORK •..... DESCRIPTION F: REFERS TO TYPE 24x24: GRILLE SIZE 4 22"0 � T/A: TRANSFER AIR 24x24 24x24 ,,� (REFER TO M601 FOR GRILLE TYPE) © T/A © T/A LINEAR SLOT DIFFUSER ... FLEXIBLE DUCT WITH BOOT VIEW AIM AIM IIIIIIMI DESCRIPTION K: DIFFUSER TYPE 8": BOOT NECK SIZE 1.0": SLOT WIDTH 330: CFM TO M601 8" -1.0" (REFER FOR DIFFUSER TYPE) 330 VARIABLE AIR VOLUME BOX 18"0 3-5 DUCT DIAMETERS BOX INLET, TYPICAL SIZED TO 111' 1111 (SIZE AND SHAPE OF BOX WILL VARY) 18"0 FAN POWERED VARIABLE AIR VOLUME BOXFLL 3-5 DUCT DIAMETERS BOX INLET, TYPICAL SIZED TO 18"0 I CONNECTOEXIBE (SIZE AND SHAPE OF BOX WILL VARY) MIM' ill -111 >• 18"0 UNIT HEATER SECTION VIEW THERMOSTAT OR TEMPERATURE SENSOR O TEMPERATURE & HUMIDITY SENSOR TH DUCT STATIC PRESSURE SENSOR O GALVANIZED STEEL SHIELD PIPE RING HANGER 3 HIGH DENSITY INSULATION INSTERT OR WOOD BLOCK SEE SPECIFICATIONS CLEVIS HANGER INSULATED PIPE AT HANGER DETAIL PM01 NOT TO SCALE PLUMBING / PIPING SYMBOLS SYMBOL DESCRIPTION MECHANICAL SHEET INDEX P111 ABOVE FLOOR PLUMBING PLAN P301 RESTROOMS AND LOUNGE PLUMBING PLANS .0 LAVATORY (MULTI -STATION NOT SHOWN) - ECO C., WATER CLOSET URINAL CONDENSATE VACUUM DETAILS P501 SEISMIC PLUMBING DETAILS SINK PLUMBING SCHEDULES AND DETAILS MD141 ROOF HVAC DEMOLITION PLAN M111 HVAC PLAN XJANITORS ROOF HVAC PLAN SINK RESTROOM & GUEST SERVICE HVAC PLANS M311 STARBUCKS HVAC PLANS M321 DHU HVAC PLANS M341 FITTING ROOM HVAC PLANS ELECTRIC WATER COOLER MARKET HVAC PLANS 0 MECHANICAL SCHEDULES & DETAILS HUB DRAIN FIRE PROTECTION PLAN 1,77,1 is ,1 FLOOR DRAIN 11111 FLOOR SINK iii ROOF DRAIN 0-I1 ® (2) CLEAN OUT FUNNEL DRAIN VENT THROUGH ROOF 0 WALL HYDRANT/INSIDE HOSE BIBB I (51 GAS SHUTOFF VALVE —(X% PRESSURE REGULATOR INV. EL. XX' -X" INVERT ELEVATION TAG BOD XX' -X" BOTTOM OF DUCT ELEVATION TAG TOP CONNECTION 3 BOTTOM CONNECTION DROP IN DIRECTION OF FLOW C RISE IN DIRECTION OF FLOW D4 N SHUTOFF VALVE WAFER CHECK VALVE STRAINER --O —� v— UNION SWING CHECK VALVE FCW FILTERED COLD WATER CW COLD WATER HW HOT WATER HWR • RECIRCULATING HOT WATER LP LIQUEFIED PETROLEUM V VENT SD STORM DRAIN CD CONDENSATE DRAIN G —GW-- — — —CWV — —SW— -- NATURAL GAS GREASE WASTE COMBINATION WASTE & VENT SANITARY WASTE VAC CONDENSATE VACUUM REVERSE OSMOSIS FILTERED COLD WATER RO IRR SITE IRRIGATION X t PIPE ANCHOR S O PIPE BREAK ) CONNECT TO EXISTING OR SYSTEMS PROVIDED BY NIC. OWNER FURNISHED EQUIPMENT SYMBOL REFER TO SHEET A601 FOR EQUIPMENT INFORMATION RD -X) (FD X" X" B PLUMBING DRAIN TAG MECHANICAL SYMBOLS SYMBOL DESCRIPTION L\ SMOKE DAMPER © - FIRE DAMPER aBALANCING AMOTORIZED A. A, > DAMPER DAMPER GRAVITY DAMPER COMBINATION FIRE/SMOKE DAMPER U DOOR UNDER CUT FIRE PROTECTION SYMBOLS SYMBOL DESCRIPTION F FIRE PROTECTION PIPING 0 I I INSPECTORS TEST CONNECTION NOTE: NOT ALL SYMBOLS MAY APPEAR ON DRAWINGS. SHEET INDEX PM01 MECHANICAL SHEET INDEX P111 ABOVE FLOOR PLUMBING PLAN P301 RESTROOMS AND LOUNGE PLUMBING PLANS P311 STARBUCKS STOCKROOM AND CASH OFFICE PLUMBING PLANS P411 MARKET CONDENSATE VACUUM PLUMBING PLANS P431 CONDENSATE VACUUM DETAILS P501 SEISMIC PLUMBING DETAILS P601 PLUMBING SCHEDULES AND DETAILS MD141 ROOF HVAC DEMOLITION PLAN M111 HVAC PLAN M141 ROOF HVAC PLAN M301 RESTROOM & GUEST SERVICE HVAC PLANS M311 STARBUCKS HVAC PLANS M321 DHU HVAC PLANS M341 FITTING ROOM HVAC PLANS M401 MARKET HVAC PLANS M601 MECHANICAL SCHEDULES & DETAILS F111 FIRE PROTECTION PLAN !SEPARATE PERMIT REQUIRED FOR: © Mechanical Electrical numbing I as Piping City of Tukwila SOLOING DIVISION REVISIONS No changes shall be made to the scope of work without prior approval of Tukwila Building Division. lNOTE: Revisions will require a new plan submittal and may include additional plan review fees. FILE COPY Permit No. P-S- Plan review approval is subject to errors and omissions. Approval of construction documents • : not authorize the violation of any adopted code orordnance. Receipt of approved Field Copy and conditkma toad''is wledged: By: Date: 14-1M City of Tukwila BUILDING DIVISION REVIEWED FOR CODE COMPLIANCE APPROVED se) 2 8 2017 City of Tukwila. EUELDtN • .. RECEIVED CITY OF TUKWILA SEP 19 2017 PERMIT CENTER CONSULTANT QUALITY ASSURANCE REVIEW CONFIRMATION STAMP, DOCUMENTS REVIEWED BY: TONY KRATTIGER & MICHAEL AMESTOY REVIEWERS PHONE: 406-403-7198 & 208-577-5623 REVIEWERS E-MAIL: tonyk@ctagroup.com & michaela@ctagroup.com DATE REVIEWED: 8/25/2017 1000 NICOLLET MALL MINNEAPOLIS, MN 55403 Date No. Description 145 us) oo co CZ, Strander Blvd Project Number T-0627 Proto: P400 Version:V13A Config:RL Drawn By TJK/JRD Checked By MA MECHANICAL SHEET INDEX o� 8/28/2017 10:55:09 AM ROOF HVAC DEMOLITION PLAN SCALE: 1/16" = 4 - ---�--- (E /M© Mir (E) (RTU 09 �(E)(ROTU)T 5 (E) RTU 10 - ± RTU 18 8' 1 6' IAS 32' DEMOLITION GENERAL NOTES: A. ALL EXISTING DUCTWORK AND PIPING INDICATED ON PLAN WAS TAKEN FROM EXISTING MECHANICAL PLANS AND/OR LIMITED FIELD OBSERVATION. THE CONTRACTOR SHALL VERIFY LOCATION OF ALL EXISTING SYSTEMS PRIOR TO CONSTRUCTION AND SHALL NOTIFY THE OSR OF ANY POTENTIAL CONFLICTS. B. CONTRACTOR SHALL HAVE A THOROUGH KNOWLEDGE OF ALL DRAWINGS, SPECIFICATIONS AND EXISTING CONDITIONS PRIOR TO BID. FAILURE TO ACQUIRE SUCH KNOWLEDGE WILL NOT RELIEVE THE RESPONSIBILITY OF THIS CONTRACTOR FOR PERFORMING THE WORK PROPERLY. NO ADDITIONAL COMPENSATION SHALL BE ALLOWED DUE TO THE CONTRACTORS FAILURE TO BECOME FAMILIAR WITH EXISTING CONDITIONS. C. ANY PIPING ABANDONED IN PLACE SHALL BE CAPPED, PLUGGED AND CONCEALED - PLUGGING AND CAPPING SHALL BE DONE IN A MANNER AS TO ALLOW REOPENING AND REUSE LATER. D. PATCH ALL PENETRATIONS WHERE PIPING OR DUCTWORK IS REMOVED. PATCHING SHALL BE BY GENERAL CONTRACTOR. E. CONCRETE CUTS (BY GENERAL CONTRACTOR) SHALL BE STRAIGHT AND CLEAN, REPLACE SLAB WITH CONCRETE FLUSH AND SMOOTH WITH ADJACENT SURFACE. F. FIELD VERIFY LOCATIONS AND QUANTITY OF ALL EXISTING EQUIPMENT, FIXTURES AND PIPING NECESSARY TO COMPLETE SCOPE OF WORK. G. INDICATED TO BE REMOVED - ALL REMOVED EQUIPMENT TO BE DISPOSED OF BY CONTRACTOR UNLESS NOTED AS RELOCATED/RETAINED IN DEMOLITION PLANS AND/OR KEYNOTES. H. - - -INDICATES EXISTING CONDITIONS. I \ \ TYP/TEXT OF EXISTING CONDITIONS - CONTRACTOR \ \ / SHALL VERIFY ALL EXISTING CONDITIONS. RTU K. SUBMIT (2) COPIES OF REDLINED AS -BUILT UPDATES. ONE COPY SHALL BE RETAINED AT THE STORE. RETURN A SECOND COPY TO THE OSR TO BE FORWARDED TO THE MECHANICAL ENGINEER. L. CONTRACTOR SHALL COORDINATE ALL PHASES OF DEMOLITION WITH ARCHITECTURAL DEMOLITION PLANS. KEYNOTES: Q REMOVE EXISTING RTU. PREPARE FOR NEW DHU AND ASSOCIATED CURB ADAPTER. EXISTING TO REMAIN. 0 REMOVE AND DISCARD EXHAUST FAN. CAP CURB AND SEAL WEATHER TIGHT. PROVIDE RIGID INSULATION. REMOVE EXISTING CONDENSING UNIT AND ASSOCIATED REFRIGERATION PIPING IN ITS ENTIRETY. RE: 3/M301. REVISION N0. r EVIEVIEC FOR CODE COMPLIANCE APPROVED NOV 302017 City cf Tukwila BUILDING DIVISION RECEIVED CITY OF TUKWILA NOV 2 1 2017 PERMIT CENTER 1000 NICOLLET MALL MINNEAPOLIS, MN 55403 CUSHING TERRELL ARCH ITECTS ENGINEERS www.ctagroup.com Date No. Description 8/29/2017 PERMIT SET 10/16/2017 1 DCN 1014990 11/14/2017 BID SET 11/21/2017 PERMIT RESUBMITTAL South Center, WA co co coM T co L O) Q L • U) • = T � MOM Project Number T-0627 Proto:P188 Version: N/A Config: N/A Drawn By SG Checked By MA ROOF HVAC DEMOLITION PLAN MD141 11/17/2017 3:00:18 PM 103 HVAC PLAN MIENE NEMEZIERMI MEINEENIMEMENVINEWEIMINEMI minianzaantut MINIMUM OMMMID DEMOLITION GENERAL NOTES: A. ALL EXISTING DUCTWORK AND PIPING INDICATED ON PLAN WAS TAKEN FROM EXISTING MECHANICAL PLANS AND/OR LIMITED FIELD OBSERVATION. THE CONTRACTOR SHALL VERIFY LOCATION OF ALL EXISTING SYSTEMS PRIOR TO CONSTRUCTION AND SHALL NOTIFY THE OSR OF ANY POTENTIAL CONFLICTS. B. CONTRACTOR SHALL HAVE A THOROUGH KNOWLEDGE OF ALL DRAWINGS, SPECIFICATIONS AND EXISTING CONDITIONS PRIOR TO BID. FAILURE TO ACQUIRE SUCH KNOWLEDGE WILL NOT RELIEVE THE RESPONSIBILITY OF THIS CONTRACTOR FOR PERFORMING THE WORK PROPERLY. NO ADDITIONAL COMPENSATION SHALL BE ALLOWED DUE TO THE CONTRACTORS FAILURE TO BECOME FAMILIAR WITH EXISTING C. ANY PIPING ABANDONED IN PLACE SHALL BE CAPPED, PLUGGED AND CONCEALED - PLUGGING AND CAPPING SHALL BE DONE IN A MANNER AS TO ALLOW REOPENING AND REUSE LATER. D. PATCH ALL PENETRATIONS WHERE PIPING OR DUCTWORK IS REMOVED. PATCHING SHALL BE BY GENERAL CONTRACTOR. E. CONCRETE CUTS (BY GENERAL CONTRACTOR) SHALL BE STRAIGHT AND CLEAN, REPLACE SLAB WITH CONCRETE FLUSH AND SMOOTH WITH ADJACENT SURFACE. F. FIELD VERIFY LOCATIONS AND QUANTITY OF ALL EXISTING EQUIPMENT, FIXTURES AND PIPING NECESSARY TO COMPLETE SCOPE OF WORK. G. MINDICATED TO BE REMOVED - ALL REMOVED EQUIPMENT TO BE DISPOSED OF BY CONTRACTOR UNLESS NOTED AS RELOCATED/RETAINED IN DEMOLITION PLANS AND/OR KEYNOTES. I / \ ' TYP TEXT OF EXISTING CONDITIONS - CONTRACTOR ' SHALL VERIFY ALL EXISTING CONDITIONS. K. SUBMIT (2) COPIES OF REDLINED AS -BUILT UPDATES. ONE COPY SHALL BE RETAINED AT THE STORE. RETURN A SECOND COPY TO THE OSR TO BE FORWARDED TO THE MECHANICAL ENGINEER. L. CONTRACTOR SHALL COORDINATE ALL PHASES OF DEMOLITION WITH ARCHITECTURAL DEMOLITION PLANS. GENERAL NOTES: A. VERIFY CEILING LAYOUT PRIOR TO FABRICATING DUCT RUNS AND DROPS. B. SEE ARCHITECTURAL REFLECTED CEILING PLAN FOR LOCATION OF GRILLES, REGISTERS AND DIFFUSERS IN CEILING GRID. C. SEE SHEET M601 FOR GRILLES, REGISTERS, AND DIFFUSERS SCHEDULES. D. SEE M601 FOR DUCT HANGER DETAILS. E. REFER TO SPECIFICATION FOR DUCT INSULATION REQUIREMENTS. F. COORDINATE DUCTWORK AND DUCTSOX INSTALL.ATION WITH PIPING AND CONDUIT. G. SEE SHEET PM01 FOR TYPICAL PIPE HANGER DETAILS. H. COORDINATE PIPING INSTALLATION WITH DUCTWORK AND DUCTSOX INSTALLATION IN STOCK AND MARKING AREAS. I. ALL NATURAL GAS PIPING AT STOCK AND MARKING AREAS SHALL BE ROUTED BETWEEN JOISTS OR THROUGH JOIST WEB. LOCATE BOTTOM OF PIPING IN STOCK AND MARKING AT MINIMUM 16-0" AFF. KEYNOTES: 1 EXISTING GAS METER ASSEMBLY. EXISTING CONNECTED LOAD 2614 CFH. NEW CONNECTED LOAD 3414 CFH. 2 EXISTING 1 1/2" 2 PSI NG UP THRU ROOF. CONNECTED LOAD 1868 CFH. 3 CONNECT NEW 1" 2 PSI NG LINE TO EXISTING. 4 1" 2 PSI NG UP THRU ROOF. TSC STORAGE HVAC PLAN (E) 2614 CFH (N) 3414 CFH (E)G (E) 2022 CFH (N) 2822 CFH (E) 554 MBH PARTIAL ENLARGED HVAC PLAN SCALE: 1/8" = REVIEWED FOR CODE COMPLIANCE APPROVED NOV 3 0 2017 ICity of Tukwila BUILDING DIVISION RECEIVED CITY OF TUKWILA NOV 2 1 2017 PERMIT CENTER TRUE NORTH TARGET® 1000 NICOLLET MALL MINNEAPOLIS, MN 55403 CUSHING TER.R.ELL ARCHITECTS ENGINEERS www.ctagroup.com Date No. Description 8/29/2017 PERMIT SET 10/16/2017 DCN 1014990 11/14/2017 BID SET 11/21/2017 PERMIT RESUBMITTAL South Center, WA 73 28 CO CO Project Number T-0627 Proto:P188 Version: N/A Config: N/A Drawn By Checked By MA HVAC PLAN 11/17/2017 2:59:31 PM 1532 CFH (E)1 1/2"0 - 1132 CFH ROOF HVAC PLAN 1"0 400 CFH RTU\ M141 1 SCALE: 1/16" =1-0" REVIEWED FOR CODE COMPLIANCE APPROVED NOV 3 0 2017 City of Tukwila BUILDING DIVISION RECEIVED CITY OF TUKWILA NOV 2 1 2017 PERMIT CENTER TARGET® 1000 NICOLLET MALL MINNEAPOLIS, MN 55403 CUSHING TERRELL ARCHITECTS ENGINEERS www.ctagroup.com Date No. Description 8/29/2017 PERMIT SET 10/16/2017 1 DCN 1014990 11/14/2017 BID SET 11/21/2017 PERMIT RESUBMITTAL South Center, WA co 01-5 4-1 CD t Project Number T-0627 Version: N/A Config: N/A Drawn By SG Checked By MA ROOF HVAC PLAN M141 11/17/2017 2:59:33 PM GENERAL NOTES: SEE SPECIFICATIONS FOR SPACING OF GAS PIPE SUPPORTS. REFER TO ARCHITECTURAL DRAWINGS FOR PIPE SUPPORT DETAIL. REFER TO ARCHITECTURAL AND STRUCTURAL DRAWINGS FOR ROOF SLOPE. REFER TO SHEET 601 AND SPECIFICATION FOR ROOFTOP UNIT CURB INFORMATION. SEE ARCHITECTURAL DRAWINGS FOR PIPE ROOF PENETRATION DETAIL. REFER TO STRUCTURAL DRAWINGS FOR DIMENSIONED LOCATIONS OF FRAMED OPENINGS FOR RTUS, PRVS, ROOF DRAINS, AND OTHER FRAMED OPENINGS. PAINT ALL GAS PIPE FITTINGS AND EXPOSED THREADS TO PREVENT CORROSION. THOROUGHLY CLEAN PIPING BEFORE PAINTING. FURNISH NECESSARY CLEARANCES AROUND ROOFTOP UNIT ACCESS DOORS WHEN INSTALLING GAS AND CONDENSATE PIPING AT UNIT. RTU ROOF CURBS WILL BE FURNISHED BY THE OWNER AND INSTALLED BY GENERAL CONTRACTOR. KEYNOTES: EXISTING TO REMAIN. MOUNT NEW DHU ON CURB ADAPTER. GAS CONNECTION TO ROOFTOP UNIT. GAS PIPING SHALL NOT INTERFERE WITH OPENING OF ACCESS DOORS OR LIMIT DOOR SWING NECESSARY FOR DOOR HOLD OPENS PROVIDED WITH UNIT. CONNECT NEW 1" 2 PSI NG LINE TO EXISTING. EXISTING 1 1/2" 2 PSI NG DOWN THRU ROOF. EXISTING CONNECTED LOAD 1468 CFH. NEW CONNECTED LOAD 1868 CFH. REBALANCE EXISTING RTU OUTSIDE AIR. SEE SCHEDULE ON M601. REVIEWED FOR CODE COMPLIANCE APPROVED NOV 3 0 2017 City of Tukwila BUILDING DIVISION RECEIVED CITY OF TUKWILA NOV 2 1 2017 PERMIT CENTER TARGET® 1000 NICOLLET MALL MINNEAPOLIS, MN 55403 CUSHING TERRELL ARCHITECTS ENGINEERS www.ctagroup.com Date No. Description 8/29/2017 PERMIT SET 10/16/2017 1 DCN 1014990 11/14/2017 BID SET 11/21/2017 PERMIT RESUBMITTAL South Center, WA co 01-5 4-1 CD t Project Number T-0627 Version: N/A Config: N/A Drawn By SG Checked By MA ROOF HVAC PLAN M141 11/17/2017 2:59:33 PM 1 RESTROOM HVAC DEMOLITION PLAN M301 / SCALE: 1/4" =1'-0" 3GUEST SERVICE HVAC DEMOLITION PLAN M301 / SCALE: 1/4" =1'-0" DEMOLITION GENERAL NOTES: GENERAL NOTES: ALL EXISTING DUCTWORK AND PIPING INDICATED ON PLAN WAS TAKEN FROM EXISTING MECHANICAL PLANS AND/OR LIMITED FIELD OBSERVATION. THE CONTRACTOR SHALL VERIFY LOCATION OF ALL EXISTING SYSTEMS PRIOR TO CONSTRUCTION AND SHALL NOTIFY THE OSR OF ANY POTENTIAL CONFLICTS. CONTRACTOR SHALL HAVE A THOROUGH KNOWLEDGE OF ALL DRAWINGS, SPECIFICATIONS AND EXISTING CONDITIONS PRIOR TO BID. FAILURE TO ACQUIRE SUCH KNOWLEDGE WILL NOT RELIEVE THE RESPONSIBILITY OF THIS CONTRACTOR FOR PERFORMING THE WORK PROPERLY. NO ADDITIONAL COMPENSATION SHALL BE ALLOWED DUE TO THE CONTRACTORS FAILURE TO BECOME FAMILIAR WITH EXISTING CONDITIONS. C. ANY PIPING ABANDONED IN PLACE SHALL BE CAPPED, PLUGGED AND CONCEALED - PLUGGING AND CAPPING SHALL BE DONE IN A MANNER AS TO ALLOW REOPENING AND REUSE LATER. H. PATCH ALL PENETRATIONS WHERE PIPING OR DUCTWORK IS REMOVED. PATCHING SHALL BE BY GENERAL CONTRACTOR. CONCRETE CUTS (BY GENERAL CONTRACTOR) SHALL BE STRAIGHT AND CLEAN, REPLACE SLAB WITH CONCRETE FLUSH AND SMOOTH WITH ADJACENT SURFACE. FIELD VERIFY LOCATIONS AND QUANTITY OF ALL EXISTING EQUIPMENT, FIXTURES AND PIPING NECESSARY TO COMPLETE SCOPE OF WORK. r— I INDICATED TO BE REMOVED - ALL REMOVED EQUIPMENT TO BE DISPOSED OF BY CONTRACTOR UNLESS NOTED AS RELOCATED/RETAINED IN DEMOLITION PLANS AND/OR KEYNOTES. — — INDICATES EXISTING CONDITIONS. \/\ I / \ TYP TEXT OF EXISTING CONDITIONS - CONTRACTOR SHALL VERIFY ALL EXISTING CONDITIONS. RTU SUBMIT (2) COPIES OF REDLINED AS -BUILT UPDATES. ONE COPY SHALL BE RETAINED AT THE STORE. RETURN A SECOND COPY TO THE OSR TO BE FORWARDED TO THE MECHANICAL ENGINEER. • CONTRACTOR SHALL COORDINATE ALL PHASES OF DEMOLITION WITH ARCHITECTURAL DEMOLITION PLANS. A. VERIFY CEILING LAYOUT PRIOR TO FABRICATING DUCT RUNS AND DROPS. B. SEE ARCHITECTURAL REFLECTED CEILING PLAN FOR LOCATION OF GRILLES, REGISTERS AND DIFFUSERS IN CEILING GRID. C SEE EET u.01 Fa' G ES.: GIS 'S, ►1 DIFFUSERS SCHEDULES. E. REFER TO SPECIFICATION FOR DUCT INSULATION REQUIREMENTS. F. COORDINATE DUCTWORK AND DUCTSOX INSTALLATION WITH PIPING AND CONDUIT. KEYNOTES: 0 REMOVE AND DISCARD DIFFUSER/GRILLE/REGISTER AND DUCTWORK AS SHOWN. pi I BALANCING DAMPER. 0 CONNECT TO EXIS ING 1/ 1 F SEE 2/M311 FOR CONTINUATION. ITI REMOVE AND DISCARD EXISTING DIFFUSER AND ASSOCIATED DUCTWORK AND HANGERS. PREPARE FOR CONNECTION OF NEXT DUCTWORK. E RELOCATE EXISTING DIFFUSER/GRILLE/REGISTER TO LOCATION SHOWN. 0 REMOVE AND RELOCATE EXISTING TEMPERATURE SENSOR TO LOCATION SHOWN ON 4/M301. 10 RELOCATE EXISTING TEMPERATURE SENSOR TO LOCATION SHOWN. MOUNT AT 60" A.F.F. 11 REMOVE AND DISCARD CEILING CASSETTE AND ASSOCIATED CONDENSING UNIT. SEAL E 11 REMOVE AND RELOCATE EXISTING DIFFUSER/GRILL R V D DISCARD TEMPERATURE SENSOR. RESTROOMS HVAC PLAN SCALE: 1/4" = CASH OFFICE --GUEST SERVICES — GUEST SERVICE HVAC PLAN M301 / SCALE: 1/4" = EVIEWED FOR CODE COMPLIANCE APPROVED NOV 3 0 2017 City of Tukwila BUILDING DIVISION RECEIVED CITY OF TUKWILA NOV 21 2017 PERMIT CENTER TARGET® 1000 NICOLLET MALL MINNEAPOLIS, MN 55403 CUSHING TERRELL ARCHITECTS ENGINEERS www.ctagroup.com Date No. Description 8/29/2017 PERMIT SET 10/16/2017 1 DCN 1014990 11/14/2017 BID SET 11/21/2017 PERMIT RESUBMITTAL South Center, WA P co COM— cTo L VJ Q a W- S— CO M Project Number T-0627 Proto: P188 Version: N/A Config: N/A Drawn By SG Checked By MA RESTROOM & GUEST SERVICE HVAC PLANS 301 11/17/2017 2:59:43 PM STARBUCKS HVAC DEMOLITION PLAN SCALE: 1/4" =1'-0" STARBUCKS HVAC PLAN M311 SCALE: 1/4" =1-0" DEMOLITION GENERAL NOTES: GENERAL NOTES: ALL EXISTING DUCTWORK FROM EXISTING OBSERVATION. EXISTING SYSTEMS OSR OF ANY POTENTIAL CONTRACTOR SHALL DRAWINGS, SPECIFICATIONS FAILURE TO ACQUIRE RESPONSIBILITY PROPERLY. NO THE CONTRACTORS CONDITIONS. ANY PIPING ABANDONED CONCEALED - PLUGGING AS TO ALLOW REOPENING PATCH ALL PENETRATIONS REMOVED. PATCHING CONCRETE CUTS AND CLEAN, REPLACE WITH ADJACENT FIELD VERIFY LOCATIONS FIXTURES AND AND PIPING INDICATED ON PLAN WAS TAKEN MECHANICAL PLANS AND/OR LIMITED FIELD THE CONTRACTOR SHALL VERIFY LOCATION OF ALL PRIOR TO CONSTRUCTION AND SHALL NOTIFY THE CONFLICTS. HAVE A THOROUGH KNOWLEDGE OF ALL AND EXISTING CONDITIONS PRIOR TO BID. SUCH KNOWLEDGE WILL NOT RELIEVE THE OF THIS CONTRACTOR FOR PERFORMING THE WORK ADDITIONAL COMPENSATION SHALL BE ALLOWED DUE TO FAILURE TO BECOME FAMILIAR WITH EXISTING IN PLACE SHALL BE CAPPED, PLUGGED AND AND CAPPING SHALL BE DONE IN A MANNER AND REUSE LATER. WHERE PIPING OR DUCTWORK IS SHALL BE BY GENERAL CONTRACTOR. (BY GENERAL CONTRACTOR) SHALL BE STRAIGHT SLAB WITH CONCRETE FLUSH AND SMOOTH SURFACE. AND QUANTITY OF ALL EXISTING EQUIPMENT, PIPING NECESSARY TO COMPLETE SCOPE OF WORK. INDICATED TO BE REMOVED - ALL REMOVED EQUIPMENT TO BE DISPOSED OF BY CONTRACTORUNLESS NOTED AS RELOCATED/RETA DEMOLITION PLANS AND/OR KEYNO EISED IN I INDICATES EXISTING CONDITIONS. TYP TEXT OF EXISTING CONDITIONS - CONTRACTOR SHALL VERIFY ALL EXISTING CONDITIONS. OF REDLINED AS -BUILT UPDATES. ONE COPY AT THE STORE. RETURN A SECOND COPY TO FORWARDED TO THE MECHANICAL ENGINEER. SHALL COORDINATE ALL PHASES OF DEMOLITION DEMOLITION PLANS. VERIFY CEILING LAYOUT PRIOR TO FABRICATING DUCT RUNS AND DROPS. SEE ARCHITECTURAL REFLECTED CEILING PLAN FOR LOCATION OF GRILLES, REGISTERS AND DIFFUSERS IN CEILING GRID. SEE SHEET M601 FOR GRILLES REGISTERS, AND DIFFUSERS SCHEDULES. SEE SHEET M601 FOR DUCT HANGER DETAILS. REFER TO SPECIFICATION FOR DUCT INSULATION REQUIREMENTS. COORDINATE DUCTWORK AND DUCTSOX INSTALLATION WITH PIPING AND CONDUIT. KEYNOTES: STARBUCKS HVAC DEMOLITION PLAN SCALE: 1/4" =1'-0" STARBUCKS HVAC PLAN M311 SCALE: 1/4" =1-0" DEMOLITION GENERAL NOTES: GENERAL NOTES: ALL EXISTING DUCTWORK FROM EXISTING OBSERVATION. EXISTING SYSTEMS OSR OF ANY POTENTIAL CONTRACTOR SHALL DRAWINGS, SPECIFICATIONS FAILURE TO ACQUIRE RESPONSIBILITY PROPERLY. NO THE CONTRACTORS CONDITIONS. ANY PIPING ABANDONED CONCEALED - PLUGGING AS TO ALLOW REOPENING PATCH ALL PENETRATIONS REMOVED. PATCHING CONCRETE CUTS AND CLEAN, REPLACE WITH ADJACENT FIELD VERIFY LOCATIONS FIXTURES AND AND PIPING INDICATED ON PLAN WAS TAKEN MECHANICAL PLANS AND/OR LIMITED FIELD THE CONTRACTOR SHALL VERIFY LOCATION OF ALL PRIOR TO CONSTRUCTION AND SHALL NOTIFY THE CONFLICTS. HAVE A THOROUGH KNOWLEDGE OF ALL AND EXISTING CONDITIONS PRIOR TO BID. SUCH KNOWLEDGE WILL NOT RELIEVE THE OF THIS CONTRACTOR FOR PERFORMING THE WORK ADDITIONAL COMPENSATION SHALL BE ALLOWED DUE TO FAILURE TO BECOME FAMILIAR WITH EXISTING IN PLACE SHALL BE CAPPED, PLUGGED AND AND CAPPING SHALL BE DONE IN A MANNER AND REUSE LATER. WHERE PIPING OR DUCTWORK IS SHALL BE BY GENERAL CONTRACTOR. (BY GENERAL CONTRACTOR) SHALL BE STRAIGHT SLAB WITH CONCRETE FLUSH AND SMOOTH SURFACE. AND QUANTITY OF ALL EXISTING EQUIPMENT, PIPING NECESSARY TO COMPLETE SCOPE OF WORK. INDICATED TO BE REMOVED - ALL REMOVED EQUIPMENT TO BE DISPOSED OF BY CONTRACTORUNLESS NOTED AS RELOCATED/RETA DEMOLITION PLANS AND/OR KEYNO EISED IN I INDICATES EXISTING CONDITIONS. TYP TEXT OF EXISTING CONDITIONS - CONTRACTOR SHALL VERIFY ALL EXISTING CONDITIONS. OF REDLINED AS -BUILT UPDATES. ONE COPY AT THE STORE. RETURN A SECOND COPY TO FORWARDED TO THE MECHANICAL ENGINEER. SHALL COORDINATE ALL PHASES OF DEMOLITION DEMOLITION PLANS. VERIFY CEILING LAYOUT PRIOR TO FABRICATING DUCT RUNS AND DROPS. SEE ARCHITECTURAL REFLECTED CEILING PLAN FOR LOCATION OF GRILLES, REGISTERS AND DIFFUSERS IN CEILING GRID. SEE SHEET M601 FOR GRILLES REGISTERS, AND DIFFUSERS SCHEDULES. SEE SHEET M601 FOR DUCT HANGER DETAILS. / ' \ REFER TO SPECIFICATION FOR DUCT INSULATION REQUIREMENTS. COORDINATE DUCTWORK AND DUCTSOX INSTALLATION WITH PIPING AND CONDUIT. KEYNOTES: REMOVE DISCARD DIFFUSER/GRILLE/REGISTER, ASSOCIATED DUCTWORK, HANGERS, AND EQUIPMENT AS SHOWN, BA e CIN IAM' '. CONNECT TO EXISTING. VERIFY SIZE AND LOCATION. NOT USED. RTU SUBMIT (2) COPIES SHALL BE RETAINED THE OSR TO BE CONTRACTOR WITH ARCHITECTURAL REVIEWED FOR CODE COMPLIANCE APPROVED NOV 3 0 2017 City of Tukwila BUILDING DIVISION RECEIVED CITY OF TUKWILA NOV 21 2017 PERMIT CEN1 cry TARGET® 1000 NICOLLET MALL MINNEAPOLIS, MN 55403 CUSHING TERRELL ARCHITECTS ENGIN EERS www.ctagroup.com Date No. Description 8/29/2017 PERMIT SET 10/16/2017 1 DCN 1014990 11/14/2017 BID SET 11/21/2017 PERMIT RESUBMITTAL South Center, WA Project Number T-0627 Proto:P188 Version: N/A Config: N/A Drawn By SG Checked By MA STARBUCKS HVAC PLANS 311 11/17/2017 2:59:50 PM / DHU 12 SALES HVAC DEMOLITION PLAN DHU 12 SALES HVAC PLAN M321 1 SCALE: 1/4" =1'-0" ALES HVAC DEMOLITION PLAN SCALE: /4" =1'-0" ALES HVAC PLAN DEMOLITION GENERAL NOTES: ALL EXISTING DUCTWORK FROM EXISTING OBSERVATION. EXISTING SYSTEMS OSR OF ANY POTENTIAL CONTRACTOR SHALL DRAWINGS, SPECIFICATIONS FAILURE TO ACQUIRE RESPONSIBILITY PROPERLY. NO THE CONTRACTORS CONDITIONS. ANY PIPING ABANDONED CONCEALED - PLUGGING AS TO ALLOW REOPENING PATCH ALL PENETRATIONS REMOVED. PATCHING CONCRETE CUTS AND CLEAN, REPLACE WITH ADJACENT FIELD VERIFY LOCATIONS FIXTURES AND AND PIPING INDICATED ON PLAN WAS TAKEN MECHANICAL PLANS AND/OR LIMITED FIELD THE CONTRACTOR SHALL VERIFY LOCATION OF ALL PRIOR TO CONSTRUCTION AND SHALL NOTIFY THE CONFLICTS. HAVE A THOROUGH KNOWLEDGE OF ALL AND EXISTING CONDITIONS PRIOR TO BID. SUCH KNOWLEDGE WILL NOT RELIEVE THE OF THIS CONTRACTOR FOR PERFORMING THE WORK ADDITIONAL COMPENSATION SHALL BE ALLOWED DUE TO FAILURE TO BECOME FAMILIAR WITH EXISTING IN PLACE SHALL BE CAPPED, PLUGGED AND AND CAPPING SHALL BE DONE IN A MANNER AND REUSE LATER. WHERE PIPING OR DUCTWORK IS SHALL BE BY GENERAL CONTRACTOR. (BY GENERAL CONTRACTOR) SHALL BE STRAIGHT SLAB WITH CONCRETE FLUSH AND SMOOTH SURFACE. AND QUANTITY OF ALL EXISTING EQUIPMENT, PIPING NECESSARY TO COMPLETE SCOPE OF WORK. INDICATED TO BE REMOVED - ALL REMOVED EQUIPMENT TO BE DISPOSED OF BY CONTRACTOR UNLESS NOTED AS RELOCATED/RETAINED IN DEMOLITION PLANS AND/OR KEYNOTES. INDICATES EXISTING CONDITIONS. I TYP TEXT OF EXISTING CONDITIONS - CONTRACTOR SHALL VERIFY ALL EXISTING CONDITIONS. OF REDLINED AS -BUILT UPDATES. ONE COPY AT THE STORE. RETURN A SECOND COPY TO FORWARDED TO THE MECHANICAL ENGINEER. COORDINATE ALL PHASES OF DEMOLITION DEMOLITION PLANS. RTU SUBMIT (2) COPIES SHALL BE RETAINED THE OSR TO BE CONTRACTOR SHALL WITH ARCHITECTURAL GENERAL NOTES: A. VERIFY CEILING LAYOUT PRIOR TO FABRICATING DUCT RUNS AND DROPS. B. SEE ARCHITECTURAL REFLECTED CEILING PLAN FOR LOCATION OF GRILLES, REGISTERS AND DIFFUSERS IN CEILING GRID. C SEE EET 11601 FeR G' LES, : GIS RS, ' ►D DIF USERS SCHEDULES. D. EE SH ET M601 FO' DUCT HANG R DET' ILS. E. REFER TO SPECIFICATION FOR DUCT INSULATION REQUIREMENTS. F. COORDINATE DUCTWORK AND DUCTSOX INSTALLATION WITH PIPING AND CONDUIT. KEYNOTES: CONNECT TO EXISTING, VERIFY SIZE AND LOCATION. BALANCING DAMPER. MOUNT DHU SENSOR AT 90" A.F.F. REMOVE AND DISCARD EXISTING DIFFUSERS, ASSOCIATED DUCTWORK, AND HANGERS BACK TO DUCT MAIN AS SHOWN. PREPARE DUCT DROP FOR CONNECTION OF NEW DUCTWORK. REVIEWED FOR CODE COMPLIANCE APPROVED NOV 3 0 2017 City of Tukwila BUILDING DIVISION RECEIVED CITY OF TIJKWIL . NUV 2 1 2017 TARGET® 1000 NICOLLET MALL MINNEAPOLIS, MN 55403 CUSHING TERRELL ARCHITECTS ENGINEERS www.ctagroup.com Date No. Description 8/29/2017 PERMIT SET 10/16/2017 1 DCN 1014990 11/14/2017 BID SET 11/21/2017 PERMIT RESUBMITTAL South Center, WA Project Number T-0627 Proto:P188 Version: N/A Config: N/A Drawn By Checked By Author Checker DHU HVAC PLANS M321 11/17/2017 2:59:55 PM 1 RTU -7 DEMOLITION PLAN M331 / SCALE: 1/4" =1-0" 2' 4' 8' RTU -7 SALES HVAC PLAN SCALE: 1/4" =1'-0" 2' 4' 8' RTU -8 SALES HVAC DEMOLITION PLAN SCALE: 1/4" =1'-0" 2' 4' 8' RTU -8 SALES HVAC PLAN SCALE: 1/4" =1'-0" 2' 4' 8' A DEMOLITION GENERAL NOTES: A. B. ALL EXISTING DUCTWORK AND PIPING INDICATED ON PLAN WAS TAKEN FROM EXISTING MECHANICAL PLANS AND/OR LIMITED FIELD OBSERVATION. THE CONTRACTOR SHALL VERIFY LOCATION OF ALL EXISTING SYSTEMS PRIOR TO CONSTRUCTION AND SHALL NOTIFY THE OSR OF ANY POTENTIAL CONFLICTS. CONTRACTOR SHALL HAVE A THOROUGH KNOWLEDGE OF ALL DRAWINGS, SPECIFICATIONS AND EXISTING CONDITIONS PRIOR TO BID. FAILURE TO ACQUIRE SUCH KNOWLEDGE WILL NOT RELIEVE THE RESPONSIBILITY OF THIS CONTRACTOR FOR PERFORMING THE WORK PROPERLY. NO ADDITIONAL COMPENSATION SHALL BE ALLOWED DUE TO THE CONTRACTORS FAILURE TO BECOME FAMILIAR WITH EXISTING CONDITIONS. C. ANY PIPING ABANDONED IN PLACE SHALL BE CAPPED, PLUGGED AND CONCEALED - PLUGGING AND CAPPING SHALL BE DONE IN A MANNER AS TO ALLOW REOPENING AND REUSE LATER. D. PATCH ALL PENETRATIONS WHERE PIPING OR DUCTWORK IS REMOVED. PATCHING SHALL BE BY GENERAL CONTRACTOR. E. CONCRETE CUTS (BY GENERAL CONTRACTOR) SHALL BE STRAIGHT AND CLEAN, REPLACE SLAB WITH CONCRETE FLUSH AND SMOOTH WITH ADJACENT SURFACE. F. FIELD VERIFY LOCATIONS AND QUANTITY OF ALL EXISTING EQUIPMENT, FIXTURES AND PIPING NECESSARY TO COMPLETE SCOPE OF WORK. G. INDICATED TO BE REMOVED - ALL REMOVED EQUIPMENT TO BE DISPOSED OF BY CONTRACTOR UNLESS NOTED AS RELOCATED/RETAINED IN DEMOLITION PLANS AND/OR KEYNOTES. H. r— — — —INDICATES EXISTING CONDITIONS. I \/\, I I / \ TYP TEXT OF EXISTING CONDITIONS - CONTRACTOR SHALL VERIFY ALL EXISTING CONDITIONS. RTU • K. SUBMIT (2) COPIES OF REDLINED AS -BUILT UPDATES. ONE COPY SHALL BE RETAINED AT THE STORE. RETURN A SECOND COPY TO THE OSR TO BE FORWARDED TO THE MECHANICAL ENGINEER. L. CONTRACTOR SHALL COORDINATE ALL PHASES OF DEMOLITION WITH ARCHITECTURAL DEMOLITION PLANS. GENERAL NOTES: A. VERIFY CEILING LAYOUT PRIOR TO FABRICATING DUCT RUNS AND DROPS. B. SEE ARCHITECTURAL REFLECTED CEILING PLAN FOR LOCATION OF GRILLES, REGISTERS AND DIFFUSERS IN CEILING GRID. C. SEE SHEET M601 FOR GRILLES, REGISTERS, AND DIFFUSERS SCHEDULES. D. SEE SHEET M601 FOR DUCT HANGER DETAILS. E. REFER TO SPECIFICATION FOR DUCT INSULATION REQUIREMENTS. F. COORDINATE DUCTWORK AND DUCTSOX INSTALLATION WITH PIPING AND CONDUIT. KEYNOTES: 1 CONNECT TO EXISTING, VERIFY SIZE AND LOCATION. 2 BALANCING DAMPER. 3 MOUNT DHU SENSOR AT 90" A.F.F. 4 REMOVE AND DISCARD EXISTING DIFFUSERS, ASSOCIATED DUCTWORK, AND HANGERS BACK TO DUCT MAIN AS SHOWN. PREPARE DUCT DROP FOR CONNECTION OF NEW DUCTWORK. 1 5 1 34 OR •NTh ,TI•k 6 REBALANCE DIFFUSER TO CFM INDICATED. 7 RELOCATED DIFFUSER. BALANCE TO CFM INDICATED. REVIEWED FOR CODE COMPLIANCE APPROVED NOV 3 0 2017 City of Tukwila BUILDING DIVISION RECEIVED CITY OF TUKWILA NOV 21 2017 PERMIT CENTER TARGET® 1000 NICOLLET MALL MINNEAPOLIS, MN 55403 CUSHING TERRELL ARCHITECTS ENGINEERS www.ctagroup.com Date No. Description 8/29/2017 PERMIT SET 10/16/2017 1 DCN 1014990 11/14/2017 BID SET 11/21/2017 PERMIT RESUBMITTAL South Center, WA Project Number T-0627 Proto:P188 Version: N/A Config: N/A Drawn By SG Checked By MA RTU PLAN 331 11/17/2017 2:59:59 PM FITTING ROOM HVAC DEMOLITION PLAN SCALE: 1/4" = 0" FITTING ROOM HVAC PLAN M341 SCALE: 1/4" =1-0" 2\ FITTING ROOM HVAC PLAN M341 SCALE: 1/4" = FITTING ROOM HVAC PLAN SCALE: 1/4" =1'-0" 2' 4' 8' DEMOLITION GENERAL NOTES: GENERAL NOTES: A. B. ALL EXISTING DUCTWORK AND PIPING INDICATED ON PLAN WAS TAKEN FROM EXISTING MECHANICAL PLANS AND/OR LIMITED FIELD OBSERVATION. THE CONTRACTOR SHALL VERIFY LOCATION OF ALL EXISTING SYSTEMS PRIOR TO CONSTRUCTION AND SHALL NOTIFY THE OSR OF ANY POTENTIAL CONFLICTS. CONTRACTOR SHALL HAVE A THOROUGH KNOWLEDGE OF ALL DRAWINGS, SPECIFICATIONS AND EXISTING CONDITIONS PRIOR TO BID. FAILURE TO ACQUIRE SUCH KNOWLEDGE WILL NOT RELIEVE THE RESPONSIBILITY OF THIS CONTRACTOR FOR PERFORMING THE WORK PROPERLY. NO ADDITIONAL COMPENSATION SHALL BE ALLOWED DUE TO THE CONTRACTORS FAILURE TO BECOME FAMILIAR WITH EXISTING CONDITIONS. C. ANY PIPING ABANDONED IN PLACE SHALL BE CAPPED, PLUGGED AND CONCEALED - PLUGGING AND CAPPING SHALL BE DONE IN A MANNER AS TO ALLOW REOPENING AND REUSE LATER. D. PATCH ALL PENETRATIONS WHERE PIPING OR DUCTWORK IS REMOVED. PATCHING SHALL BE BY GENERAL CONTRACTOR. E. CONCRETE CUTS (BY GENERAL CONTRACTOR) SHALL BE STRAIGHT AND CLEAN, REPLACE SLAB WITH CONCRETE FLUSH AND SMOOTH WITH ADJACENT SURFACE. F. FIELD VERIFY LOCATIONS AND QUANTITY OF ALL EXISTING EQUIPMENT, FIXTURES AND PIPING NECESSARY TO COMPLETE SCOPE OF WORK. G. INDICATED TO BE REMOVED - ALL REMOVED EQUIPMENT TO BE DISPOSED OF BY CONTRACTOR UNLESS NOTED AS RELOCATED/RETAINED IN DEMOLITION PLANS AND/OR KEYNOTES. H. r — — —INDICATES EXISTING CONDITIONS. I \/ I / \ TYP TEXT OF EXISTING CONDITIONS - CONTRACTOR SHALL VERIFY ALL EXISTING CONDITIONS. RTU K. SUBMIT (2) COPIES OF REDLINED AS -BUILT UPDATES. ONE COPY SHALL BE RETAINED AT THE STORE. RETURN A SECOND COPY TO THE OSR TO BE FORWARDED TO THE MECHANICAL ENGINEER. L. CONTRACTOR SHALL COORDINATE ALL PHASES OF DEMOLITION WITH ARCHITECTURAL DEMOLITION PLANS. A. VERIFY CEILING LAYOUT PRIOR TO FABRICATING DUCT RUNS AND DROPS. B. SEE ARCHITECTURAL REFLECTED CEILING PLAN FOR LOCATION OF GRILLES, REGISTERS AND DIFFUSERS IN CEILING GRID. C EE _ - ET .."1 " G" S IS D. SEE SHEET M601 FOR DUCT HANGER DETAILS. DIFFUSERS SCHEDULES. E. REFER TO SPECIFICATION FOR DUCT INSULATION REQUIREMENTS. F. COORDINATE DUCTWORK AND DUCTSOX INSTALLATION WITH PIPING AND CONDUIT. KEYNOTES: El CONNECT TO EXISTING, VERIFY SIZE AND LOCATION. a BALANCING DAMPER. En REMOVE AND DISCARD DIFFUSER ALONG WITH ASSOCIATED DUCT, AND HANGERS. PREPARE FOR CONNECTION OF NEW DUCTWORK. ® RELOCATED DIFFUSER. BALANCE TO CFM INDICATED. O REBALANCE DIFFUSER TO CFM INDICATED. © REMOVE AND RELOCATE DIFFUSER TO NEW LOCATION SHOWN ON 5/M341. 7❑ MOUNT VAV BOX 1'-0" ABOVE FINISHED CEILING. MOUNT TEMPERATURE SENSOR 90" A.F.F. REVIEWED FOR CODE COMPLIANCE APPROVED NOV 3 0 2017 City of Tukwila BUILDING DIVISION RECEIVED CITY OF TUKWILA NOV 21 2017 PERMIT CENTER TARGET® 1000 NICOLLET MALL MINNEAPOLIS, MN 55403 CUSHING TERRELL ARCHITECTS ENGINEERS www.ctagroup.com Date No. Description 8/29/2017 PERMIT SET 10/16/2017 1 DCN 1014990 11/14/2017 BID SET 11/21/2017 PERMIT RESUBMITTAL South Center, WA Project Number T-0627 Proto:P188 Version: N/A Config: N/A Drawn By SG Checked By MA FITTING ROOM HVAC PLANS M341 11/17/2017 3:00:01 PM 1 DEMOLITION GENERAL NOTES: GENERAL NOTES: KEYNOTES: ALL EXISTING DUCTWORK AND PIPING INDICATED ON PLAN WAS TAKEN FROM EXISTING MECHANICAL PLANS AND/OR LIMITED FIELD OBSERVATION. THE CONTRACTOR SHALL VERIFY LOCATION OF ALL EXISTING SYSTEMS PRIOR TO CONSTRUCTION AND SHALL NOTIFY THE OSR OF ANY POTENTIAL CONFLICTS. CONTRACTOR SHALL HAVE A THOROUGH KNOWLEDGE OF ALL DRAWINGS, SPECIFICATIONS AND EXISTING CONDITIONS PRIOR TO BID. FAILURE TO ACQUIRE SUCH KNOWLEDGE WILL NOT RELIEVE THE RESPONSIBILITY OF THIS CONTRACTOR FOR PERFORMING THE WORK PROPERLY. NO ADDITIONAL COMPENSATION SHALL BE ALLOWED DUE TO THE CONTRACTORS FAILURE TO BECOME FAMILIAR WITH EXISTING CONDITIONS. ANY PIPING ABANDONED IN PLACE SHALL BE CAPPED, PLUGGED AND CONCEALED - PLUGGING AND CAPPING SHALL BE DONE IN A MANNER AS TO ALLOW REOPENING AND REUSE LATER. PATCH ALL PENETRATIONS WHERE PIPING OR DUCTWORK IS REMOVED. PATCHING SHALL BE BY GENERAL CONTRACTOR. CONCRETE CUTS AND CLEAN, REPLACE WITH ADJACENT FIELD VERIFY LOCATIONS FIXTURES AND (BY GENERAL CONTRACTOR) SHALL BE STRAIGHT SLAB WITH CONCRETE FLUSH AND SMOOTH SURFACE. AND QUANTITY OF ALL EXISTING EQUIPMENT,CEILING PIPING NECESSARY TO COMPLETE SCOPE OF WORK. INDICATED TO BE REMOVED - ALL REMOVED EQUIPMENT TO BE DISPOSED OF BY CONTRACTOR UNLESS NOTED AS RELOCATED/RETAINED IN DEMOLITION PLANS AND/OR KEYNOTES. INDICATES EXISTING CONDITIONS. I TYP TEXT OF EXISTING CONDITIONS - CONTRACTOR SHALL VERIFY ALL EXISTING CONDITIONS. OF REDLINED AS -BUILT UPDATES. ONE COPY AT THE STORE. RETURN A SECOND COPY TO FORWARDED TO THE MECHANICAL ENGINEER. COORDINATE ALL PHASES OF DEMOLITION DEMOLITION PLANS. VERIFY CEILING LAYOUT PRIOR TO FABRICATING DUCT RUNS AND DROPS. AND DIFFUSERSSEE ARCHITECTURAL IN REFLECTED CEILING PLAN FOR LOCATION OF GRILLES, REGISTERS GRID. SEE S M. OR GRILLES, REGISTERS, AND DIFFUSERS SCHEDULES. SE. SHEET M601 FI e DUCT HANGER DETAILS. 1 CONNECT TO EXISTING, VERIFY SIZE AND LOCATION. 2 BALANCING DAMPER. 3 REMOVE AND RELOCATED DIFFUSER. 4 REBALANCE DIFFUSER TO CFM INDICATED. I I RELOCATE EXISTING DIFFUSER TO LOCATION SHOWN. REFER TO SPECIFICATION FOR DUCT INSULATION REQUIREMENTS. COORDINATE DUCTWORK AND DUCTSOX INSTALLATION WITH PIPING AND CONDUIT. RTU SUBMIT (2) COPIES SHALL BE RETAINED THE OSR TO BE CONTRACTOR SHALL WITH ARCHITECTURAL 6 INSTALL PATTERN DEFLECTOR PER DETAIL 12/M601. (E)10"o (E)1O'" D D (E)10", 45 I OISit £it REVIEWED FOR CPO E COMPLIANCE PPROVED MARKET HVAC DEMOLITION PLAN r10 M401 SCALE: 1/4" =1-0" 2' 4' 8' 8 MARKET HVAC PLAN SCALE: 1/4" = \9 ty of Tukwila DING DIVISION ..__... - REC°EI ED!; CITY OF'TJKWILA NOV 17 PERMIT NTER 2' 4' 8' TARGET® 1000 NICOLLET MALL MINNEAPOLIS, MN 55403 CUSHING TERRELL ARCHITECTS ENGINEERS www.ctagroup.com Date No. Description 8/29/2017 PERMIT SET 10/16/2017 1 DCN 1014990 11/14/2017 BID SET 11/21/2017 PERMIT RESUBMITTAL South Center, WA Project Number T-0627 Proto:P188 Version: N/A Config: N/A Drawn By SG Checked By MA MARKET HVAC PLANS M401 11/17/2017 3:00:08 PM BALANCING OF EXISTING RTU Tag Tag Number OA AIRFLOW (CFM) Comments RTU 1A OUTDOOR NOT APPLICABLE RTU 1B HEATING PERFORMANCE NOT APPLICABLE RTU 2A BRAKE HP NOT APPLICABLE RTU 2B MIXED AIR NOT APPLICABLE RTU 03 0 MA DB (°F) RTU 04 0 UNIT LAT DB(°F) RTU 05 0 MCA RTU 06 0 MA WB (°, RTU 07 0 NET SENSIBL E (MBH) RTU 08 0 EER RTU 09 0 ZR240S4OR RTU 10 0 11.5 RTU 11 0 66.5 RTU 12 0 240.4 RTU 13 0 50.8 RTU 14 0 74.0 RTU 15 0 92.7 RTU 16 3 54.5 RTU 17 O.. • = RTU 18 0 11.5 SALES FLOOR GRILLES AND REGISTER SQUARE TO ROUND ADAPTERS PROVIDED BY OWNER, ALL OTHERS TO BE CONTRACTOR PROVIDED. SEE PLANS FOR NECK SIZE GRILLE OR REGISTER BELOW SEE PLANS FOR NECK SIZE 12x12, 24x24 OR 24"x48" (18"x30" NECK) 6x24 OR 12x24 NOTE: MAXIMUM OF 18" OF FLEX DUCT MAY BE USED FOR FINAL CONNECTION. SALES FLOOR BOOTS ARE OWNER PROVIDED, ALL OTHERS ARE CONTRACTOR PROVIDED. GRILLE OR REGISTER BELOW M601 SCALE: NOT TO SCALE NEW OWNER FURNISHED AES ADAPTER CURB AES ADAPTER CURB INSTALLATION: 1. REMOVE ALL CONNECTIONS TO EXISTING RTU PRIOR TO LIFTING. 2. CAREFULLY REMOVE EXISTING RTU. (DO NOT DAMAGE ROOF CURB.) 3, INSTALL OWNER FURNISHED NEOPRENE GASKETS TO ALL EXISTING ROOF CURB FLANGES AND RAILS. 4. PLACE NEW ADAPTER CURB OVER EXISTING ROOF CURB AS SHOWN. SEAL ALL AIR IMPACTED SURFACES SUCH AS GAPS BETWEEN MATING SUPPLY/RETURN RAILS. 5, ATTACH ADAPTER CURB TO EXISTING ROOF CURB WITH #14x3" LONG SELF TAPPING SCREWS (w/ GASKETS). 6. INSTALL OWNER FURNISHED NEOPRENE GASKET TO ADAPTER CURB FLANGES AND SUPPLY/ RETURN AIR RAILS. 7. INSTALL NEW RTU PER MANUFACTURER'S RECOMMENDATIONS. PROVIDE SUPPORTS TO PREVENT SAG BETWEEN HANGERS HARD DUCT ELBOW TOTAL FLEX DUCT LENGTH SHALL NOT EXCEED 6 FEET DUCT COLLAR CONNECTING STRAP DIFFUSER DHU SCHEDULE (D UNIT NUMBER AREA SERVED NOMINAL COOLING CAPACITY (TONS) MODEL REFRIGERANT TYPE SUPPLY OUTDOOR COOLING DESIGN CONDITIONS COOLING PERFORMANCE HEATING DESIGN CONDITIONS HEATING PERFORMANCE ELECTRICAL DATA AIRFLOW (CFM) ESP (in WC) BRAKE HP FAN RPM MIN OA AIRFLOW (CFM) OUTDOOR AIR MIXED AIR CAPACITY UNIT LEAVING AIR TEMP EFFICIENCY OA DB (°F) MA DB (°F) FUEL TYPE SYSTEM INPUT (MBH) SYSTEM OUTPUT (MBH) UNIT LAT DB(°F) THERMAL EFFICENCY VOLTAGE PHASE MCA OA DB (°F) OA WB (°F) MA DB (°F] MA WB (°, GROSS TOTAL (MBH) NET TOTAL (MBH) GROSS SENSIBL E (MBH) NET SENSIBL E (MBH) LAT DB (°F) LAT WB (°F) IEER EER DHU-09 SALES 19.6 ZR240S4OR R410A 6,776 0.8 11.5 915 3,388 82.5 66.5 74.0 61.0 253.5 240.4 194.2 181.1 51.7 50.8 11 11.9 49.0 74.0 GAS 400 320 92.7 80% 460 3 54.5 r • O.. • = • I • - 0.8 11.5 915 3,388 82.5 66.5 74.0 61.0 253.5 240.4 194.2 181.1 51.7 50.8 11 11.9 49.0 74.0 GAS 400 320 92.7 80% 460 3 54.5 1. UNIT DIMENSIONS: HEIGHT - 53 INCHES (4 FT - 5 IN), LENGTH -181 INCHES (15 FT -1 IN , WIDTH - 92 INCHES (7 FT - 8 IN). 2. PROVIDE WITH AES ROOF CURB ADAPTER. 3. PROVIDE WITH NEW TEMPERATURE AND HUMIDITY SENSOR. n VARIABLE AIR VOLUME BOX SCHEDULE - OWNER FURNISHEDO NUMBER AREA SERVED MANUFACTURER MODEL NUMBER INLET DIAMETER (INCHES) PRIMARY AIR ESTIMATED SENSOR CALIBRATION SETTINGS FAN DATA ELECTRIC HEATING COIL VOLTAGE REMARKS COOLING AIRFLOW MIN (CFM) COOLING AIRFLOW MAX (CFM) HEATING AIRFLOW (CFM) MIN AIRFLOW MAX AIRFLOW AIRFLOW (CFM) HP FLA AIRFLOW (CFM) COIL POWER (W) REHEAT STAGES TEMP RISE (F) LAT (F) 8-1 FITTING ROOMS ENVIRO-TEC CFR -0606 6 80 100 80 4 CFM 6 CFM 400 CFM 1/6 1.4 400 CFM 3000 W 2 23.7 °F 90.7 °F 277 V SERIES FLOW FAN POWERED BOX W/ ELECT. REHEAT 8-2 FITTING ROOMS ENVIRO-TEC CFR -0606 6 80 100 80 4 CFM 6 CFM 400 CFM 1/6 1.4 400 CFM 3000 W 2 23.7 °F 90.7 °F 277 V SERIES FLOW FAN POWERED BOX W/ ELECT. REHEAT 1 CONICAL SPIN IN WITH DAMPER SUPPLY DUCT MAIN MINIMUM OF ONE DUCT DIAMETER OF STRAIGHT DUCT TO INLET OF DIFFUSER, OR PROVIDE EQUALIZING GRID AT DIFFUSER © DIFFUSER FLEXIBLE DUCT CONNECTION INSTALL (2) LAYERS OF OWNER FURNISHED NEOPRENE GASKETS. EXISTING ROOF CURB RTU ADAPTER CURB INSTALLATION DETAIL (TYPICAL) SCALE: NOT TO SCALE GAS REGULATOR MOUNTED IN VERTICAL POSITION WITH RELIEF VENT FACING DOWN TOWARD ROOF. GROUND JOINT UNION GAS SHUTOFF VALVE GAS PIPE SUPPORT, SEE 9/M601 /11111111114 Ir MII11 k a 1 DIRT LEG PIPE SIZE SAME AS UPSTREAM OF REGULATOR. NOTES: 1. REGULATOR PROVIDED BY CONTRACTOR. 2. INSTALL REGULATOR A MINIMUM 4'-0" FROM UNIT EXHAUST FLUE. 3. PROVIDE PIPE TRANSITION IF REGULATOR CONNECTION DIFFERS FROM GAS PIPE SIZE. ATTACH ADAPTER CURB TO EXISTING CURB w/#14x3" TEK SCREWS @ 12" O.C. PRE -DRILLED LOCATIONS. ROD HANGER BAR JOIST OR STEEL BEAM TYPICAL STEEL ANGLE ROOF DECK TYPICAL n A . HVAC TART P IS BY MEC ANICL CON RACTIR. FI AL ACCEPTA CE CH CK B OWNE''S SERVICE ONT' • CTOR RIOR TO TU'NOVE'. 2. TARGET OWNER'S SITE REPRESENTATIVE TO CONTACT TEST AND BALANCE CONTRACTOR ASSIGNED TO STORE TO SCHEDULE BALANCING OF MECHANICAL SYSTEMS A MINIMUM OF TWO WEEKS PRIOR TO BALANCING. 3. TARGET OWNER'S SITE REPRESENTATIVE TO CONTACT OWNER'S ENERGY MANAGEMENT SYSTEM (EMS) CONTRACTOR TO VERIFY LENGTHS OF EMS CABLE REQUIRED AND TO SCHEDULE TERMINATIONS OF ALL EMS CABLE, INSTALLATION OF TEMPERATURE SENSORS AND COMMISSIONING OF EMS SYSTEM A MINIMUM OF TWO WEEKS PRIOR TO DATE NEEDED. STRAP HANGER BAND SAME SIZE AS STRAP HANGER DUCT WIDTHS 36" OR GREATER STRAP HANGER DUCT WIDTHS_- SCREW STRAP TO LESS THAN 36" PRE -PUNCHED CHANNEL SUPPORT FASTENED TO TOP OF BAR JOIST. TYPICAL, DUCT, MINIMUM 1" STRAP LENGTH ON UNDERSIDE OF DUCT. 36" MAXIMUM DUCT DIAMETER GREATER THAN 36" DUCT DIAMETER ROD HANGER OR STRAP HANGER GENERAL NOTES: A. REFER TO "SMACNA HVAC DUCT CONSTRUCTION STANDARDS" FOR HANGER REQUIREMENTS, INCLUDING SIZES OF STRAP HANGERS, ROD HANGERS, STEEL ANGLES AND FASTENERS, B. SUPPORT FROM BAR JOIST TOP CHORD PANEL POINT. C. MAXIMUM LOAD ON ANY PANEL IS 100 LBS, UNLESS APPROVED BY STRUCTURAL ENGINEER. SEE STRUCTURAL FOR ADDITIONAL REQUIREMENTS. D. SEE 5/M501 FOR SEISMIC BRACING DETAIL. E. DO NOT INSTALL DUCTWORK CLOSER THAN 8" TO ANY WATER, FIRE PROTECTION, OR GAS PIPING. © DUCT HANGERS ," _ • . TO SCALE t [ I TYPE SERVICE HVAC EQUIPMENT RESPONSIBILITY MATRIX MODEL EQUIPMENT FRAME SUPPLY SPECIFIED MFR FURNISH BY DRIVE INSTALL BY ELECTRICAL CONNECTION' EQUIPMENT FURNISH EMS CABLE INSTALL EMS CABLE VOLTAGE EMS CABLE ' ATION SMOKE DETECTOR B SPACE TEMP ANDIOR HUMIDITY SENSOR DISCHARGE & RETURN TEMP SENSOR DELIVERY SCHEDULE COORDINATION EMS CONTROL HARDWARE TESTING & BALANCING OF EQUIPMENT DEHUMIDIFICATION UNIT DHU-09, 12 STEEL MECHANICAL CONTRACTOR TO INSTALL DISCHARGE AIR RH SENSOR 5' DOWNSTREAM OF SUPPLY OUTLET IN SUPPLY DUCT. SENSOR IS FURNISHED WITH DHU AND IS SHIPPED IN THE BLOWER COMPARTMENT. WIRE IS FURNISHED BY EMC. WIRE SENSOR ACCORDING TO , THE EMS SHOP DRAWING FROM EMC. YORK OWNER TUTTLE AND BAILEY MECH ELEC A„ONTRACTOR MANUFACTURER •WNER'S EMS ELEC Q 24"x24" MODULAR FULL -FACE DIFFUSER WITH ROUND NECK PROVIDED BY ELEC, INSTALLED BY MECH TUTTLE AND BAILEY FURNISHED BY OWNERS EMS CONTRACTOR & INSTALLED BY MECH FURNISHED BY OWNERS EMS CONTRACTOR & INSTALLED BY MECH OWNER'S SITE REPRESENTATIVE PROVIDED BY MANUFACTURER (BACNET) MECH VARIABLE AIR VOLUME BOX VAV 8-1, 8-2 F RETURN/TRANSFER GRILLE ENVIRO-TEC OWNER - MECH ELEC MECH OWNER'S EMS CONTRACTOR ELECea 1 EXHAUST REGISTER TUTTLE AND BAILEY NOT REQUIRED OPPOSED BLADE FURNISHED BY OWNERS EMS CONTRACTOR & INSTALLED BY MECH NOT REQUIRED MECH CONTROLS AND ACTUATOR -FURNISHED BY OWNERS EMS CONTRACTOR AND IN ' LEP ' V• •NU 'CTUR R. MECH SUPPLY REGISTER TUTTLE AND BAILEY T60-SF-01-SOBD-WH OPPOSED BLADE 1 WHITE ENAMEL STEEL 24"x6" FACE; 3/4" BLADE SPACING, SINGLE DEFLECTION WITH BI-DIRECTIONAL THROW, BLADES PARALLEL TO THE SHORT DIMENSION. BLADE ANGLE IS FIXED AT 22.5°. T• , CM . W W Wr w 1111r MY w 0111* . lielr WI, 'VW W 1 •MIN' W '' W NINY RV ,W W !! • W W `A,► W W W Mr, W W W W- '.Y W II, 'my W W war N W W VW W W IOW W W . HVAC TART P IS BY MEC ANICL CON RACTIR. FI AL ACCEPTA CE CH CK B OWNE''S SERVICE ONT' • CTOR RIOR TO TU'NOVE'. 2. TARGET OWNER'S SITE REPRESENTATIVE TO CONTACT TEST AND BALANCE CONTRACTOR ASSIGNED TO STORE TO SCHEDULE BALANCING OF MECHANICAL SYSTEMS A MINIMUM OF TWO WEEKS PRIOR TO BALANCING. 3. TARGET OWNER'S SITE REPRESENTATIVE TO CONTACT OWNER'S ENERGY MANAGEMENT SYSTEM (EMS) CONTRACTOR TO VERIFY LENGTHS OF EMS CABLE REQUIRED AND TO SCHEDULE TERMINATIONS OF ALL EMS CABLE, INSTALLATION OF TEMPERATURE SENSORS AND COMMISSIONING OF EMS SYSTEM A MINIMUM OF TWO WEEKS PRIOR TO DATE NEEDED. STRAP HANGER BAND SAME SIZE AS STRAP HANGER DUCT WIDTHS 36" OR GREATER STRAP HANGER DUCT WIDTHS_- SCREW STRAP TO LESS THAN 36" PRE -PUNCHED CHANNEL SUPPORT FASTENED TO TOP OF BAR JOIST. TYPICAL, DUCT, MINIMUM 1" STRAP LENGTH ON UNDERSIDE OF DUCT. 36" MAXIMUM DUCT DIAMETER GREATER THAN 36" DUCT DIAMETER ROD HANGER OR STRAP HANGER GENERAL NOTES: A. REFER TO "SMACNA HVAC DUCT CONSTRUCTION STANDARDS" FOR HANGER REQUIREMENTS, INCLUDING SIZES OF STRAP HANGERS, ROD HANGERS, STEEL ANGLES AND FASTENERS, B. SUPPORT FROM BAR JOIST TOP CHORD PANEL POINT. C. MAXIMUM LOAD ON ANY PANEL IS 100 LBS, UNLESS APPROVED BY STRUCTURAL ENGINEER. SEE STRUCTURAL FOR ADDITIONAL REQUIREMENTS. D. SEE 5/M501 FOR SEISMIC BRACING DETAIL. E. DO NOT INSTALL DUCTWORK CLOSER THAN 8" TO ANY WATER, FIRE PROTECTION, OR GAS PIPING. © DUCT HANGERS ," _ • . TO SCALE t [ I TYPE SERVICE MAKE MODEL RETURN FRAME SUPPLY MATERIAL REMARKS DRIVE ROOF OPENING /N/\/ ELECTRICAL \./ \ HP VOLTAGE PHASE FREQUENC Y B CEILING DIFFUSER /-- M-4SQ-D2-WH - I I INSTALL OWNER FURNISHED NEOPRENE GASKET. BRACKET (TYP OF 4) HOLD-DOWN BRACKETS BY AES, WELDED TO ADAPTER CURB. ATTACH TO RTU USING FOUR #14x1" LONG TEK SCREWS PER BRACKET. BRACKET DIMENSIONS VARY WITH RTU SIZE. SEE 2/XPM01 ROUTE PIPING TO AVOID CONFLICT WITH RTU ACCESS DOORS ROOFTOP EQUIPMENT GAS CONNECTION FOR ROOF TOP EQUIPMENT SCALE: NOT TO SCALE ROOF DISCHARGE AIR SENSOR AT DHU SCALE: NOT TO SCALE 1 NOTE: 1 RTU 1 BRACKET LOCATIONS HOLD-DOWN BRACKETS ARE BY AES, RTU ROOF CURB MA USE EIGHT #10 TEK SCREWS BRACKET DIMENSIONS VARY BRACKET (TYPICAL OF 4) FURNISHED NUFACTURER. PER BRACKET. WITH RTU SIZE. RTU HOLD-DOWN BRACKET SCALE: NOT TO SCALE GRILLES, REGISTERS & DIFFUSERS SCHEDULE M7 TYPE SERVICE MAKE MODEL VOLUME DAMPER FRAME FINISH MATERIAL REMARKS DRIVE ROOF OPENING /N/\/ ELECTRICAL \./ \ HP VOLTAGE PHASE FREQUENC Y B CEILING DIFFUSER SALES FLOOR M-4SQ-D2-WH - CEILING WHITE ENAMEL STEEL MECHANICAL CONTRACTOR TO INSTALL DISCHARGE AIR RH SENSOR 5' DOWNSTREAM OF SUPPLY OUTLET IN SUPPLY DUCT. SENSOR IS FURNISHED WITH DHU AND IS SHIPPED IN THE BLOWER COMPARTMENT. WIRE IS FURNISHED BY EMC. WIRE SENSOR ACCORDING TO , THE EMS SHOP DRAWING FROM EMC. SALES FLOOR CEILING DIFFUSER TUTTLE AND BAILEY DISCHARGE AIR SENSOR AT DHU SCALE: NOT TO SCALE 1 NOTE: 1 RTU 1 BRACKET LOCATIONS HOLD-DOWN BRACKETS ARE BY AES, RTU ROOF CURB MA USE EIGHT #10 TEK SCREWS BRACKET DIMENSIONS VARY BRACKET (TYPICAL OF 4) FURNISHED NUFACTURER. PER BRACKET. WITH RTU SIZE. RTU HOLD-DOWN BRACKET SCALE: NOT TO SCALE GRILLES, REGISTERS & DIFFUSERS SCHEDULE M7 TYPE SERVICE MAKE MODEL VOLUME DAMPER FRAME FINISH MATERIAL REMARKS DRIVE ROOF OPENING DAMPER SIZE ELECTRICAL REMARKS HP VOLTAGE PHASE FREQUENC Y B CEILING DIFFUSER TUTTLE AND BAILEY M-4SQ-D2-WH - NOTE 1 WHITE ENAMEL STEEL 24"x24" FACE; 2 1/2" DROPPED FACE WITH 1/2" FLANGE FOR INSTALLATION IN LAY -IN CEILING. SEE PLANS FOR SQUARE OR ROUND NECK C CEILING DIFFUSER TUTTLE AND BAILEY S1200 -LT -WH - NOTE 1 WHITE ENAMEL STEEL 24"x24" MODULAR FULL -FACE DIFFUSER WITH ROUND NECK D CEILING DIFFUSER TUTTLE AND BAILEY S1200-SF-WH-RON OPPOSED BLADE NOTES 1 & 2 WHITE ENAMEL STEEL 12"x12" MODULAR FULL -FACE DIFFUSER WITH ROUND NECK F RETURN/TRANSFER GRILLE TUTTLE AND BAILEY CRE500-SF-02-WH - WHITE ENAMEL ALUMINUM J EXHAUST REGISTER TUTTLE AND BAILEY T70D-SF-01-SOBD-WH OPPOSED BLADE NOTES 1 & 2 WHITE ENAMEL ALUMINUM 12"x12" FACE; 35 DEG FIXED DEFLECTION REGISTER, 3/4" SPACING, & 1 1/4" MARGIN. N SUPPLY REGISTER TUTTLE AND BAILEY T60-SF-01-SOBD-WH OPPOSED BLADE 1 WHITE ENAMEL STEEL 24"x6" FACE; 3/4" BLADE SPACING, SINGLE DEFLECTION WITH BI-DIRECTIONAL THROW, BLADES PARALLEL TO THE SHORT DIMENSION. BLADE ANGLE IS FIXED AT 22.5°. ALL GRILLES, REGISTERS & DIFFUSERS ARE FURNISHED BY OWNER AND INSTALLED BY MECHANICAL CONTRACTOR, QUANTITIES, SIZES AND DELIVERY DATES SHALL BE COORDINATED THROUGH THE TARGET REPRESENTATIVE AT 1-866-667-4822. 1. PROVIDE LAY -IN FRAME TYPE. 2. PROVIDE SPF 'STEEL PLASTER FRAME' FOR ALL GYP BOARD CEILINGS. 3. DUCT MOUNTED. . TRANSFER FAN SCHEDULE EQUIP NO AREA SERVED MANUFACTURER MODEL AIRFLO W (CFM) TSP ("WG) WHEEL DIAMETER (IN) RPM DRIVE ROOF OPENING DAMPER SIZE ELECTRICAL REMARKS HP VOLTAGE PHASE FREQUENC Y TF 1 EQUIPMENT STORAGE 164 GREENHECK SQ -65 140 0.125 7" 1300 DIRECT N/A N/A 0.166 120 1 60 PROVIDE T -STAT 1 SCREW LOCATION (TYPICAL OF 8) 1 TACK WELD PERIMETER OF BLANK -OFF AT MINIMUM 6" INTERVALS REMOVE FINISH ON SUPPORT BRACES PRIOR TO TACK WELDING 12 EXISTING DIFFUSER SUPPORT BRACE (TYP.) 18 GAUGE SHEETMETAL BLANK -OFF PAINT UNDERSIDE OF BLANK -OFF PANEL FLAT BLACK EXISTING LOUVER FACE DIFFUSER PROVIDE CONTINUOUS SILICONE BEAD ON INTERIOR SUPPORT BRACES FOR VIBRATION ISOLATION (TYP. OF 3) \ \ EXISTING DROP FACE DIFFUSER FRAME DROP -FACE DIFFUSER BLANK OFF M601 l SCALE: NOT TO SCALE NOTE: OWNER FURNISHED PIPE SUPPORT PIPE SUPPORT VENDOR INCLUDES DRAWING OF SUPPORT LOCATIONS WITH SHIPMENT. INSTALLATION: ADJUSTABLE BRACKET ROLLER SUPPORT GALVANIZED THREADED ROD COMPOSITE BASE PEEL AND STICK ADHESIVE ON BOTTOM OF BASE FOLLOW MANUFACTURER'S WRITTEN INSTRUCTIONS ON PROCEDURE TO FASTEN SUPPORT TO ROOF MEMBRANE. REFER TO SPECIFICATION SECTION 20 0050 FOR PIPE SUPPORT SPACING BASED ON PIPE SIZE AND MATERIAL. PROVIDE PROPER ROLLER SUPPORT MATERIAL FOR COPPER PIPING TO AVOID CORROSION DUE TO DISSIMILAR METALS. ROOF -MOUNTED PIPE SUPPORT SCALE: NOT TO SCALE 12" MINIMUM CV 2 z 4 Ld MEMBRANE FLASHING BY OTHERS. SEE ARCH. PIPE BLOCK SUPPORT. SEE 16/M501. GAS PIPE. PIPE SIZE VARIES NOTE: PROVIDE A VERTICAL OFFSET ON ALL GAS PIPES AT ROOF PENETRATIONS TO ALLOW FOR PROPER FLASHING BY OTHERS. SUPPORT PIPING OFFSETS AS REQUIRED. GAS PIPE ROOF PENETRATION CALE: NO TO S 13x924 , -/J; 9 VI NED FOR C DE CMPLIANCE AP ROVED 0 2017 City df Tukwila BUILDING DIVISION u 2017 AMIT CEN TARGET® 1000 NICOLLET MALL MINNEAPOLIS, MN 55403 CUSHING TERRELL ARCHITECTS ENGINEERS www.ctagroup.com Date No. Description 8/29/2017 PERMIT SET 10/16/2017 1 DCN 1014990 11/14/2017 BID SET 11/21/2017 PERMIT RESUBMITTAL South Center, WA Project Number T-0627 Proto: P 188 Version: N/A Config: N/A Drawn By SG Checked By MA MECHANICAL SCHEDULES & DETAILS M601 11/17/2017 3:00:15 PM FIRE PROTECTION PLAN CUSHING TERRELL _E3) ( A08 11 9 .19111 \ri‘\r- A09 !8 A06) 2' 8 (A06) _•= 2 8 ABO3 2 8 (AB02) 12181 • =A04 2 8 ti ( A07 ) 2 8 ( A07 ) (A02)= (A03)=•= UJJ (B06) ( 806) ( Bo7 ) ( Bo7 ) 2 F. 11 AB01 e 0110 (A804) B04 B04 805 Ore Om B01 ) REFRIGERATION DEMOLITION PLAN RD01) SCALE: 1/4" =1'-0" ALL WORK ON REFRIGERATION DRAWINGS SHALL BE COMPLETED BY TARGET APPROVED REFRIGERATION CONTRACTOR UNLESS NOTED OTHERWISE. GENERAL NOTES: A. ALL REFRIGERATION DEMOLITION TO BE COMPLETED IN ACCORDANCE TO SPEC SECTION 24 0150 (15601) REFRIGERATION EQUIPMENT RECOVERY AND DEMOLITION INSTRUCTIONS. B. RETAIN ALL REFRIGERATED CASE TRIM AND FASCIA TO BE RE -USED. C. COORDINATE DISPOSAURECOVERY OF UNUSED REFRIGERATION ASSETS WITH TARGET OSR. D. VERIFY WITH EMC AND THE REMS DRAWINGS FOR THE RE -USE OF ANY REMS PANELS. PANELS THAT ARE NOT BEING RE -USED SHALL BE SENT BACK TO EMC. E. CONTRACTOR IS RESPONSIBLE FOR HAVING A THOROUGH KNOWLEDGE OF ALL DRAWINGS, SPECIFICATIONS AND EXISTING CONDITIONS FOR BIDDING PURPOSES. FAILURE TO ACQUAINT THEMSELVES WITH THIS KNOWLEDGE DOES NOT RELIEVE THE RESPONSIBILITY OF PERFORMING THEIR WORK PROPERLY. F. ARRANGE ALL REQUIRED WORK TO KEEP DISRUPTIONS TO STORE OPERATIONS TO A MINIMUM. COORDINATE ANY DISRUPTIONS WITH TARGET PROJECT MANAGER, OSR, AND STORE MANAGER. G. CONCRETE CUTS SHALL BE STRAIGHT AND CLEAN. REPLACE SLAB WITH CONCRETE FLUSH AND SMOOTH WITH ADJACENT. H. FIELD VERIFY LOCATIONS AND QUANTITY OF ALL EXISTING EQUIPMENT, FIXTURES, DUCTWORK, AND PIPING NECESSARY TO COMPLETE SCOPE OF WORK. J. INDICATES TO BE REMOVED. ALL REMOVED EQUIPMENT TO BE DISPOSED OF BY CONTRACTOR UNLESS NOTED AS RELOCATED/RETAINED IN DEMOLITION NOTES. KEYNOTES: 1❑ NOT USED. ❑2 EXISTING REFRIGERATED CASE TO REMAIN. 111 NOT USED. n CUT, CAP AND ABANDON EXISTING UNDERFLOOR REFRIGERATION PIPING, PIPE BOXES AND VERTICAL DROP. REMOVE UNDERFLOOR BOXES AND REFRIGERATION PIPING AS REQUIRED FOR INSTALLATION OF NEW UNDERFLOOR PIPING BOXES AND PIPING. 5❑ NOT USED. NOT USED. n EXISTING REFRIGERATED CASE TO BE REUSED IN NEW LOCATION. VERIFY LOCATION OF RE -USED CASE WITH R401, STORE EXISTING CASES, PREPARE FOR RELOCATION. ® EXISTING REFRIGERATION PIPING TO REMAIN. 9❑ REMOVE EXISTING REFRIGERATED CASE, CONDENSATE PIPING AND ALL ACCESSORIES. REFRIGERATED CASE WILL NOT BE RE -USED. 10 NOT USED. 11 REMOVE ALL REFRIGERATION PIPING AND VALVES AT REFRIGERATED CASES TO BE REMOVED OR RELOCATED. RETAIN CASE MOUNTED EEPR AND LLSOL VALVES FOR REUSE AT RELOCATED CASES ON LOOP SYSTEM. REVIEWED FOR CODE COMPLIANCE APPROVED NOV 3 0 2017 City of Tukwila BUILDING DIVISION ,CITYPEI iltR.A [`)1 2211 AV F;?_!.,, T \ 1000 NICOLLET MALL MINNEAPOLIS, MN 55403 CUSHING TERRELL ARCHITECTS ENGINEERS www.ctagroup.com Date No. Description 08.28.17 PERMIT SET 11.14.17 BID SET 11.21.17 PERMIT RESUBMITTAL SOUTH CENTER, WA Project Number T-0627 Proto: P400 Version:V13A Config:RL Drawn By Author Checked By Checker REFRIGERATION DEMOLITION PLANS RD01 11/20/2017 9:05:38 AM PRODUCE COOLER! 183 PRODUCE LABELING ROOM -17 1847T 11 181 180 182 EG REFRIGERATION SYSTEM PLAN ABO2) C A04 , ; A04) A05) A05 CABO5)! (ABO4) R111 1 SCALE: 1/16" =1'-0" ALL WORK ON REFRIGERATION DRAWINGS SHALL BE COMPLETED BY TARGET APPROVED REFRIGERATION CONTRACTOR UNLESS NOTED OTHERWISE. REFRIGERATION SYMBOLS: (AO_) (BO_) (AO_R) ABO LOW TEMP SYSTEM NUMBERS CALLOUT (NON -REMOTE HEADER) MEDIUM TEMP SYSTEM NUMBERS CALLOUT (NON -REMOTE HEADER) SYSTEM NUMBERS CALLOUT (REMOTE HEADER) DUAL TEMP SYSTEM NUMBERS CALLOUT (BAO_) MEDIUM TEMP SYSTEM ON LOW TEMP RACK SYSTEM NUMBERS CALLOUT (A0 ) SYSTEM NUMBERS CALLOUT (EXISTING TO REMAIN) —A01-S— REFRIGERATION PIPING (SUCTION LINE) —A01-L— REFRIGERATION PIPING (LIQUID LINE) —CD— CONDENSATE PIPING PIPING UP PIPING DOWN 120V LIQUID LINE SOLENOID VALVE I VE (EEPR) OUTDOOR DISTRIBUTED COMPRESSOR RACK AND CONDENSER UNIT IDENTIFICATION CONDENSER/COMPRESSOR UNIT IDENTIFICATION R\ R ROOFTOP COMPRESSOR RACK AND CONDENSER IDENTIFICATION OUTLINE OF CONDENSER/COMPRESSOR UNIT LOCATED ON ROOF. ARROW REPRESENTS DIRECTION OF AIRFLOW THROUGH UNIT. ® HUB/FLOOR DRAIN BY OTHERS in FLOOR SINK•BY OTHERS TRENCH DRAIN BY OTHERS CASE FAN KIT AND BLANK -OFF PANEL NOTE: NOT ALL SYMBOLS APPEAR ON DRAWINGS. GENERAL NOTES: A. THIS PLAN SHOWS THE REFRIGERATION SYSTEMS FOR THE SALES FLOOR CASES. B. SEE PLUMBING DRAWINGS FOR DRAIN LOCATIONS. C. NOT USED. D. REFRIGERATION CONTRACTOR SHALL RECEIVE AND INSTALL OWNER FURNISHED SALES FLOOR MARKET CASES. E. REFRIGERANT R404A AND R513A IN ACCORDANCE WITH ASHRAE STANDARD 34 'DESIGNATION AND SAFETY CLASSIFICATION OF REFRIGERANTS'. F. INSTALL HAIL GUARDS FURNISHED WITH CONDENSING UNITS. G. REFRIGERATION CONTRACTOR SHALL RECEIVE AND INSTALL OWNER FURNISHED ROOFTOP COMPRESSOR RACK AND CONDENSER UNIT DCR-1. H. REFRIGERATION CONTRACTOR SHALL RECEIVE AND INSTALL OWNER FURNISHED DCR UNIT. J. SEE REFRIGERATION SCHEDULES ON SHEET R601 FOR SYSTEM CIRCUITS. K. FOR THE OWNER FURNISHED ROOFTOP COMPRESSOR RACK, WALK-IN COOLER/FREEZER CONDENSER/COMPRESSOR UNITS AND EVAPORATOR COILS, THE VENDOR WILL BE EITHER HILL PHOENIX OR HUSSMANN. THE PROTOTYPE DESIGN IS BASED ON HILL PHOENIX EQUIPMENT. REVIEW VENDOR SHOP DRAWINGS AND COORDINATE EQUIPMENT DIMENSIONS AND CONNECTIONS WITH THE GENERAL CONTRACTOR AND OTHER TRADES PRIOR TO INSTALLATION. CONSULTANT QUALITY ASSURANCE REVIEW CONFIRMATION STAMP, DOCUMENTS REVIEWED BY: MATTHEW HAYS REVIEWERS PHONE: 406.728.9522 REVIEWERS E-MAIL: matthewh@ctagroup.net DATE REVIEWED: 08/17/2017 REFRIGERATION SHEET INDEX RD01 REFRIGERATION DEMOLITION PLANS R111 REFRIGERATION SYSTEM PLAN R141 REFRIGERATION ROOF PLAN R401 MARKET AREA CASE SETTING PLAN R411 MARKET AREA REFRIGERATION PIPING PLANS R601 REFRIGERATION SCHEDULES R611 REFRIGERATION CONTROLS PLAN R621 MARKET AREA CONTROLS PLANS REVIEWED FOR CODE COMPLIANCE APPROVED NOV 3 0 2017 City of Tukwila BUILDING DIVISION RECEIVED CITY OF TUKWILA NOV 21 2017 PERMIT CENTER TARGET® 1000 NICOLLET MALL MINNEAPOLIS, MN 55403 CUSHING TERRELL ARCHITECTS ENGINEERS www.ctagroup.com Date No. Description 08.28.17 PERMIT SET 10.16.17 1 DCN 1014990 11.14.17 BID SET 11.21.17 PERMIT RESUBMITTAL SOUTH CENTER, WA Project Number T-0627 Proto: P400 Version:V13A Config:RL Drawn By MH Checked By MA REFRIGERATION SYSTEM PLAN R111 11/20/2017 9:05:09 AM REFRIGERATION ROOF PLAN SCALE: 1/16" =1'-0" ALL WORK ON REFRIGERATION DRAWINGS SHALL BE COMPLETED BY TARGET APPROVED REFRIGERATION CONTRACTOR UNLESS NOTED OTHERWISE. GENERAL NOTES: SEE S-ECIFICAT •N FOR S CING OF 'IPE SUPPIRTS. SE LD': A •' PI OR IL. B. SEE ARCHITECTURAL DRAWING A141 AND STRUCTURAL DRAWING S141 FOR ROOF SLOPE. C. SEE ARCHITECTURAL DRAWING A141 FOR PIPE ROOF PENETRATION DETAILS. D. SEE ARCHITECTURAL DRAWING A141 FOR ROOF CURB DETAILS. E. HVAC EQUIPMENT INSTALLED BY MECHANICAL CONTRACTOR. F. FOR THE OWNER FURNISHED ROOFTOP COMPRESSOR RACK, WALK-IN COOLER/FREEZER CONDENSER/COMPRESSOR UNITS AND EVAPORATOR COILS, THE VENDOR WILL BE EITHER HILL PHOENIX OR HUSSMANN. THE PROTOTYPE DESIGN IS BASED ON HILL PHOENIX EQUIPMENT. REVIEW VENDOR SHOP DRAWINGS AND COORDINATE EQUIPMENT DIMENSIONS AND CONNECTIONS WITH THE GENERAL CONTRACTOR AND OTHER TRADES PRIOR TO INSTALLATION. O PIPE BOX SCHEDULE 4J BOX TYPE DIMENSIONS TOTAL QUANTITY KEYNOTES DESCRIPTION 28 OWNER FURNISHED REFRIGERATION PIPEBOX. SEE A142 FOR INSTALLATION INSTRUCTIONS. 29 INSTALL A 12" PIECE OF INSULATION ON ALL UNINSULATED REFRIGERATION LINES. INSULATION WILL BE USED TO HELP SECURE PIPE LABLES. 30 INSTALL OWNER FURNISHED ROOFTOP DISTRIBUTED COMPRESSOR RACK ON ROOF CURBS. SEE ARCHITECTURAL SHEET A142 FOR ROOF CURBS. 31 EXISTING REFRIGERATION CONDENSERS SHALL REMAIN. TIGHTEN ALL CONDENSER FAN MOTOR BRACKETS. REPLACE CONDENSER FAN BLADES THAT ARE OUT OF BALANCE. CLEAN CONDENSERS WITH A PRESSURE WASHER AND REPLACE ALL CONDENSER FAN RELAYS. 70 REFRIGERATION PIPING INSTALLED ON ROOF. PROVIDE PROTECTIVE JACKET ON INSULATED PIPING IN ACCORD WITH SPECIFICATION. SEE ARCHITECTURAL SHEET A141 FOR ROOF PIPE SUPPORTS. REVIEWED FOR CODE COMPLIANCE APPROVED NOV 3 0 2017 City of Tukwila BUILDING DIVISION RECEIVED CITY OF TUKWILk 140V 21 2017 PERMIT TARGET 1000 NICOLLET MALL MINNEAPOLIS, MN 55403 CUSHING TERRELL ARCHITECTS ENGINEERS www.ctagroup.com Date No. Description 08.28.17 PERMIT SET 10.16.17 1 DCN 1014990 11.14.17 BID SET 11.21.17 PERMIT RESUBMITTAL SOUTH CENTER, WA 00 CO 00 rn C6 Strander Blvd Project Number T-0627 Proto:P400 Version:V13A Config:RL Drawn By MH Checked By MA REFRIGERATION ROOF PLAN R141 11/20/2017 9:05:16 AM GENERAL NOTES: A. REFRIGERATION CONTRACTOR SHALL RECEIVE, UNLOAD SET, ALIGN, AND LEVEL CASES INCLUDING THE JOINING OF CASES AND INSTALLATION OF ANY COVER PLATES AND TRIM STRIPS. C. INSTALL CASE MANUFACTURER FURNISHED RUNNING TRAP ON ALL CASES. ROUTE CASE MANUFACTURER FURNISHED CONDENSATE DRAIN PIPING UNDER CASES TO HUB DRAIN. PROVIDE A 1" AIR GAP AT DRAIN. SEE PLUMBING DRAWINGS FOR DETAILS. D. SHIM GLASS DOOR CASE TO ALIGN DONUT GASKET. E. INSTALL CASE MANUFACTURER FURNISHED TRIM PIECES ON ALL CASES. 1000 NICOLLET MALL MINNEAPOLIS, MN 55403 F. REFRIGERATION CONTRACTOR TO VERIFY THE LOCATION OF OWNER INSTALLED FILLER BOXES ON THE STORE PLANNING FIXTURE PLAN. CASE TRIM IS NOT REQUIRED BETWEEN THE CASE AND THE FILLER BOX. REMS 53 KEYNOTES # DESCRIPTION 5 EXISTING REFRIGERATED CASE TO REMAIN. 36 INSTALL CASE MANUFACTURER FURNISHED FAN BLOWER KITS BETWEEN BACK TO BACK CASES. SEE DETAIL 14/R511, SIMILAR TO DETAILS 12/R511 AND 13/R511. 38 INSTALL CASE MANUFACTURER FURNISHED TRIM PIECES ON ALL CASES. SEE DETAILS 13/R511, 14/R511 AND 15/R511. 39 INSTALL CASE MANUFACTURER FURNISHED INSULATED CASE ENDS BETWEEN CASES. 40 DO NOT INSTALL CENTER ADJOINING BOLT BETWEEN TWO HILL -PHOENIX OR HUSSMANN OPEN MULTI -DECK CASES. SEE DETAIL 16/R511. 41 INSTALL CASE MANUFACTURER FURNISHED PLEXIGLASS PARTITION BETWEEN CASES. 42 INSTALL REUSED FAN BLOWER KITS BETWEEN CASE AND WALL. SEE DETAILS 12/R511, 13/R511 AND 15/R511. 43 INSTALL CASE MAUFACTURER FURNISHED FAN BLOWER KITS BETWEEN CASE AND WALL. SEE DETAILS 12/R511, 13/R511 AND 15/R511. 46 EXISTING CASE CONDENSATE DRAIN PIPING TO BE RETAINED. CUSHING TERRELL ARCHITECTS ENGINEERS www.ctagroup.com 08.28.17 11.14.17 11.21.17 Description PERMIT SET BID SET PERMIT RESUBMITTAL RLN4 (E) REUSED (A06) - ! RLN4 RLN4 I RLN5 (E) REUSED (E) REUSED (E) REUSED (A06) (A07) 1 (A07 ) J_.) j_}.),) (----ro------(7-- RLN4 REUSED RLN4 REUSED RLN5 REUSED RLN4' (E) REUSED 38 (E) RLN4 REUSED (E) RLN4 REUSED 1 (E) RLN5 REUSED 05M-8 05M-8 (A02) _ (A02) 36 (N) (A03) 1 i 1 (A03) 05M-8 L5 5 5 5 ®= = =o= = 38=._ (E) AB05) (E) (AB04) (N) OWIZ-8 (A01A) Dual -Temp 05M-12 05M-12 (N) (A01 B) OWIZ-8 Dual -Temp 05M-12 REUSED 05M-12 (ER) 38 (ER) 38 (9 (F02) (F03) 05M-8 05M-8 11 p REUSED 1 1 REUSED II/ (N) ( MI 101 111 ' IMI IMI F01) 36 05M-8 F_ 05M-8 II ` N36 = (N) = 38 i = =(N) = 38 ( F08) (F09 05M-8 05M-8 i 40 I ISI 1( 1101 1 0 1 36 (N) 05M-8 (N) 36 05M-8 ®= = =o= = 38=._ 38 -(ER) B02 05M-8 _REUSED 05M-12 'REUSED 05M-12 REUSED (ER) - - B02 05M-12 REUSED Project Number REVIEWED FOR CODE COMPLIANCE APPROVED NOV 3 0 2017 P roto: P400 Version:V13A Config:RL Drawn By Checked By 1 MARKET AREA CASE SETTING PLAN RECEIVED CITY OF TUKWILA NOV 21 2017 MARKET AREA CASE SETTING PLAN PERMIT CENTER ALL WORK ON REFRIGERATION DRAWINGS SHALL BE COMPLETED BY TARGET APPROVED REFRIGERATION CONTRACTOR UNLESS NOTED OTHERWISE. 11 11/20/2017 9:05:18 AM 2 PARTIAL ROOF PLAN R411 e E: 1/4." = S:21/8" R:1 5/8" S: 1 3/8" R: 1 3/8" 1 3/8" 7/8" r5/8" (Fio ) 7/8" r 5/8" • F09 f 5/8" GED 5/8" • ( F08 5/8" • ( F07 7/8" S: 1 3/8" R: 1 3/8" DCR-1 MEDIUM TEMP. SUCTION RETURN MEDIUM TEMP. LOOP PIPING SCHEMATIC SCALE: 12' =1'-0" CEO DCR-1 MEDIUM TEMP. LIQUID SUPPLY ALL WORK ON REFRIGERATION DRAWINGS SHALL BE COMPLETED BY TARGET APPROVED REFRIGERATION CONTRACTOR UNLESS NOTED OTHERWISE. AB01 A09 -L A09 -S A07 -L -- ---A07 S A05-L-- -A05 05-L-----A05 S A03 -L --- ---A03 S AB05-L- ABO5 S AB04-L- —AB04-S A08-S— A08-L A06 L— ----A06-S AB03-L- -AB03-S A04 -L- -A04 -S A02 -L- -A02 -S ---AB02-S AB02-L- A01-S A01-L— RTCR-1 HEADER LAYOUT SCALE: 3/4". I-0" B08-L- --B08-S— B09-L- -B09-S B 10 -L- -B 10-5 B07 -L- -B07 -S ---B05 L- -B05 -S B06 -L - B06 -S B04 -L - B04 -S B03 -L- -B03 -S —B02 -L- -B02 -S- -B01 -L- , -B01- 02-L---B02-S B01-L- -B01-S RTCR-2 HEADER LAYOUT SCALE: 3/4" =1'-0" 6 DCR-1 HEADER LAYOUT R411 1 SCALE: 3/4" =1-0" 74 GENERAL NOTES: A. REFRIGERATION CONTRACTOR SHALL FURNISH AND INSTALL REFRIGERATION PIPING AND HANGERS FROM ROOFTOP COMPRESSOR RACK AND CONDENSER UNIT TO REFRIGERATED CASE CONNECTIONS. B. THE CASE CONDENSATE LINE SIZE SHALL MATCH THE SIZE OF THE FACTORY INSTALLED CONDENSATE TRAP FOR EACH CASE. CONDENSATE LINES SHALL BE INSTALLED ACCORDING TO LOCAL PLUMBING CODES. C. SEE PLUMBING DRAWINGS FOR MARKET AREA FLOOR DRAIN LOCATIONS. D. SEE HORIZONTAL PIPING HANGER SPACING TABLE IN SPECIFICATION FOR MAXIMUM SPACING OF ROOF PIPE SUPPORTS. SPACING SHALL BE BASED ON THE SMALLEST SIZED PIPE BEING SUPPORTED. E. SEE R401 FOR INSTALLATION OF CASE TRIM, FAN KITS AND REMS PANELS. F. SEE DETAIL 17/R511 FOR PIPING CIRCUITS WITH HOT GAS DEFROST. G. REFRIGERATION UNDERGROUND BOX IS PROVIDED BY REFRIGERATION CONTRACTOR. H. PVC REFRIGERATION SLEEVE FURNISHED AND INSTALLED BY RLN2 REUSED (AB02) RLN2 Dual -Temp REUSED A08 -L A08 -S KEYNOTES DESCRIPTION 30 INSTALL OWNER FURNISHED ROOFTOP DISTRIBUTED COMPRESSOR RACK ON ROOF CURBS. SEE ARCHITECTURAL SHEET A142 FOR ROOF CURBS. 65 CONNECT NEW PIPING TO EXISTING PIPING. FIELD VERIFY EXISTING LOCATION AND SIZE. 66 ROUTE REFRIGERATION PIPES DOWN IN FALSE COLUMN. CONNECT TO SALES FLOOR CASES. SEE ARCHITECTURAL SHEET A111 FOR FALSE COLUMN LOCATIONS AND DETAILS. SEE DETAILS 3/R511, 6/R511, 7/R511 AND 18/R511. SIMILAR TO DETAIL 14/R511. 67 INSTALL A 12" PIECE OF INSULATION ON ALL UNINSULATED REFRIGERATION LINES. INSULATION WILL BE USED TO HELP SECURE PIPE LABLES. 69 ELECTRONIC EVAPORATOR PRESSURE REGULATOR (EEPR) AND HAND VALVES TO BE FIELD INSTALLED ON THE CASE. SEE DETAILS 13/R511, 14/R511, 15/R511 AND SCHEDULE ON SHEET R601. . 70 REFRIGERATION PIPING INSTALLED ON ROOF. PROVIDE PROTECTIVE JACKET ON INSULATED PIPING IN ACCORD WITH SPECIFICATION. SEE ARCHITECTURAL SHEET A141 FOR ROOF PIPE SUPPORTS. 71 ROOF PIPE SUPPORT, TYPICAL. SEE DETAIL 1/R511. FOR AN ALTERNATIVE DESIGN SEE 2/R511. 72 REFRIGERATION PIPING INTO PIPE BOX AND DOWN THROUGH ROOF. SEE 1/R411 FOR CONTINUATION. SEE DETAILS 3/R511, 6/R511 AND 7/R511. SEE R141 FOR PIPE BOX SIZES. 73 REPLACE EXISTING REFRIGERATION PIPING WITH NEW PIPE SIZE AS INDICATED ON THE REFRIGERATION SCHEDULE. 74 EXISTING REFRIGERATION CIRCUIT TO BE CONVERTED TO SPARE CIRCUIT. REFER TO REFRIGERATION SCHEDULES FOR SYSTEM NUMBERS. 76 ROUTE REFRIGERATION PIPES DOWN IN WALL SPACE. CONNECT TO SALES FLOOR CASE. SEE DETAILS 3/R511, 7/R511, 10/R511 AND 15/R511. 77 ROUTE REFRIGERATION PIPING BACK THROUGH CEILING SPACE. FIELD COORDINATE EXACT PLACEMENT WITH OTHER TRADES TO AVOID CONFLICTS AND INTERFERENCES. SEE DETAILS 4/R511, 6/R511, 7/R511 AND 9/R511. FOR AN ALTERNATIVE DESIGN SEE 5/R511. C9D 65 A09 -L A09 -S (E) (A06) RLN4 REUSED (E) A04) RLN4 REUSED A07-L1 A07-S (E) A06 RLN4 =REUSED (E) RLN4 A04 REUSED A05 -L (E) (A07) RLN4 =REUSED (E) ( A07) RLN5 =REUSED 0 0 (E) RLN4 ( A05 ) REUSED RLN5 '-A(E0)5) REUSED -A03-L A05 -S AB05-L A03 -S 10 M z 2 11 (N) •( B10 II (ER) B10 (ER) •i B10 cc Et 11 , (ER) A09 76 ABO4 L: AB05-S AB05-S Ct LU (E) (AB05) AB05-L AB04-S 69 (E) (A02) RLN4 REUSED (N) OW/Z-8 (A01A) Dual -Temp REUSED (E) (A02) RLN4 REUSED - (E)" (A03) RLN4 REUSED (E) (A03) RLN5 REUSED A01 -L (N) (A01 C) OWEZ Dual -Temp REUSED 69 A01 -S 66 -1304-S B04 L -B06-S B06 -L TE) (B06) 05M-12 REUSED (ER) (B04) 05M-12 REUSED (E) (B07) 05M-12 REUSED B05 -S B07 S (E) ( 1307 05M-12 REUSED 69 (N) (A01 B) - OWIZ-8 Dual -Temp REUSED B1 O -S B09 -S B05 -L B07 -L B10 L ABO4-S B08 -S B09 -L A1304 -L B09 -S B08 L B09 L B08 S (B05) 05M-12 REUSED 1305) 05M-12 REUSED 66 77 69 69 _ (ER) = _ (-FE) 05M-8 REUSED (N) (F06) 05M-8 -(ER) - (F03) 05M-8 REUSED GED 05M-8 (N) ( F09 05M-8 (N) 05M-8 (ER) MARKET AREA PIPING PLAN B02 05M-8 REUSED 66 _‘491 05M-12 REUSED 05M-12 REUSED (N) F10 p 11 69 -J OD CO CO 0 B08 -L (E) Et Lu LO Co (E) B08) 05M-12 REUSED -J (N) 76 REV E A PRO ICE Noy 3 0 2017 Cit) of Tukwila BUILD NG DIVISION 1000 NICOLLET MALL MINNEAPOLIS, MN 55403 CUSHING TERRELL ARCHITECTS ENCINEERS Date No. Description 08.28.17 PERMIT SET 10.16.17 1 DCN 1014990 11.14.17 BID SET 11.21.17 PERMIT RESUBMITTAL SOUTH CENTER, WA 00 CO 00 245 ti5 Project Number T-0627 Proto:P400 Drawn By MH Checked By MA MARKET AREA REFRIGERATION PIPING PLANS R411 11 RECEIVED MIT CENTER 11/20/2017 9:05:23 AM 1000 NICOLLET MALL MINNEAPOLIS, MN 55403 CUSHING: TERRELL ARCHITECTS ENGINEERS www.ctagroup.com R521 1 NOT USED NOT USED 3\NOT USED 41NOT USED 51 NOT USED (E) SUB - PURLIN. (E) PURLIN P1346 UNISTRUT ANGLE w/ (2) - 1/2" DIA X 1 1/4"LAG SCREW OR ITW BUILDEX SAMMY'S SIDEWINDERS FOR WOOD ROOF DECK SWG-10 (TYP.) f --n/,--/—REFRIGERATION RISERS WITH INSULATION. (2) 3/8" NUT & 3/8" WASHER TOP 3/8" NUT & 3/8" WASHER BOTTOM (TYPICAL) 3/8" "ALL -THREAD" HANGER ROD 3/8" FLEXIBLE ELASTOMERIC INSULATION, IN ACCORD WITH SPECIFICATION 24 0719, GLUE TO METAL STUD (TYPICAL) FALSE COLUMN REFRIGERATION PIPES 2"x6" METAL STUD CUT TO LENGTH SEE RISER SUPPORT DETAIL 10/R511. P1000 UNISTRUT 8'-0" MAX SPAN CONTRACTOR TO INSTALL CASE MANUFACTURER FURNISHED TRIM PIECE. Date 1 Description Revision 1 INTERMEDIATE REQUIRED PLACE TRAP BEFORE THE FALSE COLUMN. PLACE TRAP BETWEEN THE CASES. GENERAL NOTES: CONTRACTOR TO INSTALL CASE MANUFACTURER FURNISHED TRIM PIECE. 3/8" NUT 3/8" WASHER (TYPICAL) 2"x6" METAL STUD 3/8" WASHER 2 - 3/8" NUTS P1000 UNISTRUT END VIEW A. SUPPORT ALL PIPING FROM (E) PURLIN. B. DO NOT HANG FROM (E) SUB-PURLIN. C. ALL HANGERS AND HANGER SUPPORT SHALL COMPLY WITH REQUIREMENTS OF LOCAL CODE AUTHORITIES. D. SEE DETAIL x/Rxxx FOR PIPES RUNNING PERPENDICULAR TO PURLIN ZERO ZONE 71 /2" CONTRACTOR TO INSTALL CASE MANUFACTURER FURNISHED TRIM PIECE. FLOOR HILL PHOENIX JNR CASE E. NOTE: - AVERAGE PIPE SIZE = 1" - AVERAGE PIPE WEIGHT =1 PLF - MAX NO. OF PIPES PER HANGER = 20 - TOTAL MAX WEIGHT = 100 LBS PER HANGER UNLESS APPROVED BY STRUCTURAL ENGINEER - BRACING NOT REQUIRED FOR PIPING 3" SMALLER PIPE PENETRATION 10 1/2" THROUGH THE FLOOR SIMILAR TO 7/R521 P -TRAP REQUIRED AT BASE OF ALL SUCTION RISERS EXCEEDING 6-0" IN LENGTH HILL PHOENIX 05M CASE NOT USED 7 REFRIGERATION PIPE HANGER DETAIL (PIPING PARALLEL TO PURLIN) 8 NOT USED R521 NOT TO SCALE RG91 9 \ RISER SUPPORT DETAIL TOP OF CASE TRIM MOUNTING DETAIL NOT TO SCALE PIPING SHALL BE INSTALLED BELOW TOP OF TRIM. PIECE HIDDEN FROM VIEW. CONTRACTOR TO INSTALL CASE MANUFACTURER FURNISHED TRIM PIECE. ELECTRONIC EVAPORATOR PRESSURE REGULATOR EEPR). INSTALL ON CASES WHERE INDICATED ON THE REFRIGERATION SCHEDULES SEE R601. INSULATED SUCTION LINE LIQUID LINE REFRIGERATION PIPING UP IN FALSE COLUMN. SEE ARCHITECTURAL DRAWINGS FOR FALSE COLUMN. COORDINATE PIPING WITH PLUMBING PIPING AND ELECTRICAL CONDUITS ALSO LOCATED IN COLUMN. SUCTION AND LIQUID HEADER PIPING ON TOP OF CASE. SET SUCTION AND LIQUID PIPING ON TOP OF 1" THICK BY 4" WIDE STRIP OF RIGID INSULATION SPACED EVERY 4'-0" ON TOP OF CASE. TYPICAL. INSTALL CASE MANUFACTURER FURNISHED TRIM PIECE ON TOP OF CASE. INSTALL CASE MANUFACTURER FURNISHED TRIM PIECE ON TOP OF CASE. CONNECT TO LIQUID AND SUCTION PIPING CONNECTIONS AT THE TOP OF THE CASE. TYPICAL SET SUCTION AND LIQUID PIPING ON TOP OF 1" THICK BY 4" WIDE STRIP OF RIGID INSULATION SPACED EVERY 4'-0" ON TOP OF CASE. TYPICAL. CONNECTED TO CASE MANUFACTURER SUPPLIED PIPING. CONTRACTOR TO INSTALL CASE MANUFACTURER FURNISHED FAN BLOWER KITS AND BLANK -OFF PANELS. INSTALL IN ACCORD WITH CASE MANUFACTURER'S INSTRUCTIONS. FASTEN AND SEAL TO CASE AND WALL. SUCTION AND LIQUID INSIDE CASE BY CASE MANUFACTURER. SET SUCTION AND LIQUID HEADER ON TOP OF 1" THICK BY 4" WIDE STRIP OF RIGID INSULATION SPACED EVERY 4'-0" 1/2" L SEE DETAIL 13/R511. CONNECT TO LIQUID AND SUCTION PIPING CONNECTIONS AT THE TOP DAIRY CASEIE CASE. TYPICAL. FROZEN CASE LINEUP / SUCTION AND LIQUID HEADER PIPING ON TOP OF CASE. INSTALL CASE MANUFACTURER FURNISHED TRIM PIECE ON (B01A) TOP OF CASE. .E -4Z l GYP WALL ELECTRONIC EVAPORATOR PRESSURE REGULATOR (EEPR). INSTALL ON CASES WHERE INDICATED BY THE REFRIGERATION SCHEDULES ON R601. SEE DETAIL 13/R511. 120V LIQUID LINE SOLENOID INSTALLED ON TOP OF CASE (FOR LOOP PIPING AND CONDENSING UNIT SYSTEMS ONLY) INSTALL CASE MANUFACTURER FURNISHED FAN BLOWER KIT. INSTALL PER CASE MANUFACTURERS INSTRUCTIONS. FASTEN AND SEAL FAN KIT TO BOTH CASES. TYPICAL. INSTALL CASE MANUFACTURER FURNISHED — 30" LONG BLANK -OFF PANEL. CUT BLANK - OFF TO FIT. FASTEN AND SEAL TO BOTH CASES. NOTCH BLANK -OFF PANELS AS NEEDED TO ACCOMMODATE PIPING OR WIRING CONNECTIONS. TYPICAL. INSTALL CASE MANUFACTURER FURNISHED BLANK -OFF PANEL TO SEAL THE TOP OF THE CASE. FASTEN AND SEAL BLANK -OFF PANEL TO CASE AND WALL. NOTCH BLANK -OFF PANEL AS NEEDED TO ACCOMMODATE PIPING OR WIRING CONNECTIONS. USE 1/2" KO BUSHING AROUND VACUUM HOSE PENETRATION. TYPICAL. INSTALL CASE MANUFACTURER FURNISHED FAN BLOWER KIT. FASTEN AND SEAL FAN KIT TO CASE AND WALL. TYPICAL. REFRIGERATION PIPING DOWN IN FALSE COLUMN TO THE TOP OF CASE. ELECTRONIC EVAPORATOR PRESSURE REGULATOR (EEPR). INSTALL ON CASES WHERE INDICATED BY THE REFRIGERATION SCHEDULES ON R601. SEE DETAIL 13/R511. 15 NOT USED CASE PIPING DETAIL NOT TO SCALE COLUMN CONNECT TO LIQUID AND SUCTION PIPING CONNECTIONS AT THE TOP OF THE CASE. TYPICAL. — SET SUCTION AND LIQUID PIPING ON TOP OF 1" THICK BY 4" WIDE STRIP OF RIGID INSULATION SPACED EVERY 4'-0" ON TOP OF CASE. TYPICAL. UNISTRUT ANGLE (E) PURLIN 22 GA. METAL TRIM PIECE. SECURE TO TOP OF CEILING WITH SHEET METAL SCREWS. 22 GA. METAL TRIM PIECE. SECURE TO TOP OF CEILING WITH SHEET METAL SCREWS. SUCTION AND LIQUID HEADER PIPING ON TOP OF CASE. ELECTRONIC EVAPORATOR PRESSURE REGULATOR (EEPR). INSTALL ON CASES WHERE INDICATED BY THE REFRIGERATION SCHEDULES ON R601. --SEE DETAIL 13/R511. THREADED HANGER ROD NOTCHED CEILING PANEL. SILICONE SHEET METAL SCREWS. 8' 0 MAX COLUMN TOP OF COOLER PANEL CEILING PANEL JOINT INSTALL CASE MANUFACTURER FURNISHED TRIM PIECE ON TOP OF CASE. COLUMN SEE DETAIL 13/R511. 3/8" NUT & 3/8" WASHER TOP (2) 3/8" NUT & 3/8" WASHER BOTTOM (TYPICAL) INSTALL CASE MANUFACTURER FURNISHED BLANK -OFF PANEL TO SEAL THE TOP OF THE CASE. FASTEN AND SEAL BLANK -OFF PANEL TO CASE AND WALL. NOTCH BLANK -OFF PANEL AS NEEDED TO ACCOMMODATE PIPING OR WIRING CONNECTIONS. USE 1/2" KO BUSHING AROUND VACUUM HOSE PENETRATION. TYPICAL. INSTALL CASE MANUFACTURER FURNISHED FAN BLOWER KIT. FASTEN AND SEAL FAN KIT TO CASE AND WALL. TYPICAL. \\— WALL REFRIGERATION PIPE UP TO CEILING SPACE. SEE DETAILS 6/R511 AND 7/R511. NOTE : SEE x/Rxxx FOR ADDITIONAL INFORMATION LIQUID LINE SOLENOID INSTALLED ON TOP OF CASE. (FOR LOOP PIPING AND CONDENSING UNIT ONLY). CASE PIPING DETAIL NOT TO SCALE O1<0\* P \ P.-. SSQ Q 0 SO P1000 UNISTRUT W/ 2"X6" METAL STUD CUT TO LENGTH. FASTEN W/ 3/8" BOLT & NUT EA. SIDE (TYPICAL) SEE x/Rxxx FOR CONNECTIONS NOTCHED CEILING PANEL. FOAM GAP BETWEEN COLUMN AND CEILING PANEL. SILICONE TSN STIFFCLIP AL600 WITH 4 SCREW PATTERN TO STEEL COLUMN (TYP. 4 SIDES). PROVIDE (2) - #10 TEK SCREWS TO CEILING PANEL (TYP. 4 SIDES) 22 GA. METAL TRIM PIECE. SECURE TO TOP OF CEILING WITH SHEET METAL SCREWS. REVIEWED FOR CODE COMPLIANCE APPROVED SEP 2 8 2017 Project Number City of Tukwila BUILDING DIVISION Proto:P400 Version:V13A Config:RL Drawn By Checked By NOTES: BOTTOM OF COOLER PANEL I I REFRIGERATION PIPE HANGER DETAIL (PIPING PERPENDICULAR TO PURLIN) SUPPORT DETAIL NOT TO SCALE \ 22 GA. METAL TRIM PIECE. SECURE TO TOP OF CEILING WITH SHEET METAL SCREWS. II FIELD MODIFICATION OF CEILING PANEL NOT TO SCALE NOTCH CEILING PANEL TO ACCOMMODATE COLUMN. NOTCH 1/4" LARGER THAN THE COLUMN. TRIM AND REMOVE PANEL AND REPLACE. SEE THE ARCH. DRAWINGS FOR DETAILS ON INSULATING COLUMN ABOVE WALK-IN COOLER. RECEIVED CITY OF TUKWILA SEP 19 2017 PERMIT CE_.___ REVIEWED FOR CODE COMPLIANCE APPROVED NOV 3 0 2017 REFRIGERATION ALTERNATE DETAILS ALL WORK ON REFRIGERATION DRAWINGS SHALL BE COMPLETED BY TARGET APPROVED REFRIGERATION CONTRACTOR UNLESS NOTED OTHERWISE. CityofTukwga BUILENNG JIVESiON 8/30/2017 9:43:19 AM C T-0627 South Center WA - P09.400 2011 MR -RS REMODEL HV 100 Degree Ambient Temperature ROOFTOP COMPRESSOR RACK AND CONDENSER Revised: 07/06/2017 Owner Furnished UNIT (RTCR-1) AND MARKET AREA REFRIGERATION SCHEDULE Equipment DEFROST EVAPORATOR COILS PIPING CIRCUIT NUMBER OF DOORS CASE MANUF. CASE MODEL USE WALK-IN ROOM TEMP. CASE EVAP. DISCHARGE AIR TEMP. BTUH/DOOR BTUH EVAP TEMP. CONTROL DEFROST # DEFROST/DAY DEFROST DURATION ELECT. DEFROST DATA AMP (VOLT/PH) QUANTITY MANUF. MODEL DIMENSION BTUH@ 1° TD -EACH °TD EVAP FAN/DRAIN PAN HEATERS ELECT. DATA AMP (VOLT/PH) TOTAL EQUIV. PIPE LENGTH (FT) SUCTION LINE SIZE O.D. (IN) SUCTION PRESS. DROP (PSI) SUCTION TEMP. CHANGE (°F) LIQUID LINE SIZE O.D. (IN) LIQUID PRESS. DROP (LBS) SUCTION RISER LINE SIZE O.D. (IN) SUCTION RISER VELOCITY (FT/MIN) HOT GAS LINE SIZE O.D. (IN) BY RACK MANUF. IC / DAIRY ICE CREAM DAIRY ICE CREAM DAIRY ICE CREAM DAIRY IC / DAIRY IC / DAIRY IC / DAIRY ICE CREAM DAIRY ICE CREAM DAIRY 22 C01 -A 12700 35 7/8 22 NONSUB. COMP.CAPACITY (BTUH) 30200 20700 7/8 1744 50900 INPUT POWER (KW) 3.70 2.40 0.5 0.7 6.1 RLA (AMP) 15.70 10.00 C01 25400 60 13/8 25.7 HEAT OF REJECTION (BTUH) 42824 28889 11/8 2046 A01 71713.2 UNLOADER Yes No 0.4 0.6 1 3/8 2052 BELOW HG 3 20 - 136 1/2 3/8 1/2 1/2 - 5/8 A01 -A 8 HILL PHOENIX OWIZ (N) D.T. - FF/MT -6 / 27 317.5 1650 2540 9900 -12 24 EEPR @ CASE HILL PHOENIX OWI7 (N) D.T. - FF/MT -6 / 27 317.5 1650 2540 52800 -12 24 EEPR @ CASE OT HILL PHOENIX OWEZ (N) D.T. - FF/MT -6 / 27 2855 1650 2855 19800 -12 24 EEPR @ CASE - A01 -D SPARE HILL PHOENIX 05M (ER) MEAT 0.5 30 1650 19800 24 EEPR OT 6 26 1.2 0.9 5/8 1394 130 7/8 2.1 1.5 1/2 -6.4 - 5/8 - 1648 - A02 8 HUSSMANN RLN (E) ICE CREAM 0.9 -12 1400 1650 11200 39600 -19 24 EEPR HG 1 20 - 0.4 13/8 1282 95 1 1/8 1.2 0.8 5/8 -5.8 7/8 - - - 5/8 A03 9 HUSSMANN RLN (E) ICE CREAM -12 1400 1650 12600 19800 -19 24 EEPR HG 1 20 - 1/2 -5.4 148 1 1/8 1.3 0.9 5/8 -6.4 7/8 - - - 5/8 A04 8 HUSSMANN RLN (R ICE CREAM -12 1400 1650 11200 39600 -19 24 EEPR HG 1 • 20 - 1/2 -1.8 95 1 1/8 1.1 0.8 5/8 -5.9 7/8 - - - 5/8 A05 9 HUSSMANN R N (E) ICE CREAM -12 1400 890 12600 4450 -19 27 EEPR HG 1 20 - 5/8 -4.7 146 1 1/8 1.2 0.8 5/8 -7.0 7/8 - - - 5/8 A06 8 HUSSMANN RLN (E) ICE CREAM -12 1400 874 11200 6118 -19 20 EEPR HG 1 20 - 77 1 1/8 0.9 0.7 5/8 -6.9 7/8 - - - 5/8 A07 9 HUSSMANN RLN (E) ICE CREAM -12 1400 890 12600 10680 -19 27 EEPR HG 1 20 - 132 1 1/8 4.7 3.4 5/8 -6.5 7/8 - - - 5/8 A08 3 HUSSMANN RLN (N) ICE CREAM -12 1400 4200 -19 EEPR HG 1 20 - 210 5/8 1/2 1/2 - - 5/8 A09 4 HUSSMANN RLN (ER) ICE CREAM -12 1400 5600 -19 EEPR HG 1 20 - 150 5/8 1/2 1/2 - - 5/8 ABO1 SPARE 25 1/2 3/8 1082 737 5/8 ABO2 2 HUSSMANN RLN (E) D.T. - IC/DAIRY -12 / 32 1400 890 2800 1780 -19 27 EEPR HG/OT 1 / 1 20 / 60 - RTCR ELECTRICAL REQUIREMENTS COMPRESSOR ZB45KCE-TFD ZB56KCE-TWD - ZB56KCE-TWD ZB56KCE-TWD ZB56KCE-TWD 97 5/8 SYSTEM B 1/2 Equipment 1/2 3/8 1082 737 5/8 ABO3 2 HUSSMANN RLN (E) D.T. - IC/DAIRY 36 -12 / 32 1400 890 2800 1780 -19 27 EEPR HG/OT 1 / 1 20 / 60 - 24.00 97.7 REFRIGERANT R -404A R -404A R -404A R -404A 80 1 1/8 R -404A MODEL 1/2 1/2 3/8 1082 737 5/8 ABO4 3 TYLER P5FGN(E) D.T. - IC/DAIRY -12 / 30 1509 874 4527 2622 -23 20 EEPR HG/OT 1 / 1 20 / 60 - 110 110 110 FINS / INCH 10 162 7/8 267400 ' 1/2 20.15% 1/2 3/8 1200 1100 5/8 ABO5 3 TYLER P5FGN(E) D.T. - IC/DAIRY 18 -12 / 30 1509 874 4527 2622 -23 20 EEPR HG/OT 1 / 1 20 / 60 - NONSUB. COMP.CAPACITY (BTUH) 45400 55500 146 7/8 55500 1/2 °TD 1/2 3/8 1200 1100 5/8 ABO6 SPARE INPUT POWER (KW) D.T. - IC/DAIRY 7.25 7.25 7.25 7.25 34.55 SIZE 88"x165"x49.13" EEPR HG/OT 1 / 1 20 / 60 - RLA (AMP) 10.10 15.70 16 16 16 72.9 VOLTAGE 460 CIRCUITS RACK CONDENSER 5/8 ABO7 RECEIVER 80% HOLDING CHARGE (lbs) SPARE FLA D.T. - IC/DAIRY 19.8 HEAT OF REJECTION (BTUH) 64350 80250 80250 80250 80250 EEPR HG/OT 1 / 1 20 / 60 - UNLOADER No No No No No CHARGE (LBS) 160.0 5/8 WEIGHT (LBS) 2200 NOTES FANS 2x3 377 196 160 733 329 585 1) Two -Piece Med. Temperature RTCR. Single suction compressor rack, FAN (RPM) 830 2) Two -Piece RTCR requires piping and electrical connections between compressor and condenser sections. (2) 2-1/8" discharge lines, 1-5/8" liquid line, 7/8" receiver pressurization line, 5/8" high/low bypass line, 112" condenser pump -out line. See manufacturer shop drawing for connection locations. ELEVATION (ft) 1000 31Circuit 1310 - add new 3 -door Hussman RMN beer case to existing 9 -door Hussman RMN beer lineup. SUCTION GROUP A A A A A A A CONDENSER SUMMARY SYSTEM SUMMARIES RTCR ELECTRICAL REQUIREMENTS COMPRESSOR ZF18KVE-TFD ZF24KVE-TWD ZF24KVE-TWD ZF24KVE-TWD ZF24KVE-TWD 5 Equipment Value 120 Volt 460 Volt COMPRESSOR HORSEPOWER 6 7.5 7.5 7.5 7.5 36 SYSTEM A SUCTION GROUP TOTAL LOAD (BTUH) SUBCOOLER LOAD (BTUH) NON-SUBCOOL CAPACITY (BTUH) SUBCOOLED CAPACITY (BTUH) NON-SUBCOOL SAFETY FACTOR SUBCOOLED SAFETY FACTOR RTCR MCA 24.0 78.6 REFRIGERANT R -404A R -404A R -404A R -404A R -404A R -404A MANUFACTURER BOHN Totals MOPD 30.0 90 REFRIGERANT CLASSIFICATION Al Al Al Al Al Al MODEL BNL -D04 -A028 FLA 75.3 CONDENSING TEMP (°F) 110 110 110 110 110 110 REJECTION (BTUH) 250880 A 103789 44700 98100 142800 -5.48% 37.59% SUCTION TEMP 1°F) -26 -26 -26 -26 -26 -26 FINS / INCH 10 LIQUID TEMP AT SUBCOOLER (0F1 40 40 40 40 40 40 BTUH / °TD 27300 Compressors RLA 62.1 LIQUID TEMP AT TXV (°F) 50 50 50 50 50 50 °TD 9.2 ESTIMATED REFRIGERA T CHARGE (LBS) NONSUB. COMP. CAPACITY (BTUH) 17300 20200 20200 20200 20200 98100 SIZE 88"xl12"x49.13" CIRCUITS RACK CONDENSER ESTIMATED TOTAL MINIMUM REQ. 80% RECEIVER CAPACITY (lbs) RECEIVER 80% HOLDING CHARGE (lbs) Condenser FLA 13.0 13.2 INPUT POWER (KW) 5.10 6.20 6.20 6.20 6.20 29.9 VOLTAGE 460 RLA (AMP) 9.30 13.20 13.20 13.20 13.20 62.1 FLA (AMP) 13.2 HEAT OF REJECTION (BTUH) 42600 50600 50600 50600 50600 245000 CHARGE (LBS) 170 SUB. COMPRESSOR CAPACITY (BTUH) 25200 29400 29400 29400 29400 142800 WEIGHT (LBS) 1340 339 196 170 705 319 585 SUBCOOLER LOA9 BTUH) 7900 9200 9200 9200 9200 44700 FANS 2x2 UNLOADER No No No No No FAN (RPM) 830 ELEVATION (ft) 1000 NOTES: 1) Two -Piece Low Temperature RTCR. Single suction compressor rack without 3 -Way DT valves. 2) Two -Piece RTCR requires piping and electrical connections between compressor and condenser sections. (2) 1-3/8" discharge lines, 1-1/8" liquid line, 7/8" receiver pressurization line, 5/8" high/low bypass line, 1/2" condenser pump -out line. See manufacturer shop drawing for connection locations. 3) Circuits AO1 D and ABO1 - convert to spare circuits. 4) Circuits A08 - Reuse existing Refrigeration stub for new refrigerated case. T-0627 South Center WA - P09.400 2011 MR -RS REMODEL HV 100 Degree Ambient Temperature ROOFTOP COMPRESSOR RACK AND CONDENSER Revised: 07/06/2017 Owner Furnished UNIT (RTCR-2) AND MARKET AREA REFRIGERATION SCHEDULE Equipment DEFROST EVAPORATOR COILS PIPING CIRCUIT NUMBER OF DOORS CASE MANUF. CASE MODEL USE WALK-IN ROOM TEMP. CASE EVAP. DISCHARGE AIR TEMP. BTUH/DOOR BTUH EVAP TEMP. CONTROL DEFROST # DEFROST/DAY DEFROST DURATION ELECT. DEFROST DATA AMP (VOLT/PH) QUANTITY MANUF. MODEL DIMENSION ° BTUH@1 TD -EACH TD EVAP FAN ELECT. DATA AMP (VOLT/PH) TOTAL EQUIV. PIPE LENGTH (FT) SUCTION LINE SIZE O.D. (IN) SUCTION PRESS. DROP (PSI) SUCTION TEMP. CHANGE (,F) LIQUID LINE SIZE O.D. (IN) LIQUID PRESS. DROP (LBS) SUCTION RISER LINE SIZE O.D. (IN) SUCTION RISER VELOCITY (FT/MIN) HOT GAS LINE SIZE O.D. (IN) BY RACK MANUF. IC / DAIRY ICE CREAM DAIRY ICE CREAM DAIRY ICE CREAM DAIRY IC / DAIRY IC / DAIRY IC / DAIRY ICE CREAM DAIRY ICE CREAM DAIRY 22 C01 -A 12700 35 7/8 22 NONSUB. COMP.CAPACITY (BTUH) 30200 20700 7/8 1744 50900 INPUT POWER (KW) 3.70 2.40 0.5 0.7 6.1 RLA (AMP) 15.70 10.00 C01 25400 60 13/8 25.7 HEAT OF REJECTION (BTUH) 42824 28889 11/8 2046 71713.2 UNLOADER Yes No 0.4 0.6 1 3/8 2052 -26 LIQUID LINE 601 6 HILL PHOENIX 05M (ER) DAIRY 34 1/2 1650 9900 24 EEPR OT 6 26 1/2 -2.2 132 5/8 2.4 1.7 1/2 -6.9 - 1/2 - 1224 - B02 32 HILL PHOENIX 05M (ER) PRODUCE 36 1/2 1650 52800 24 EEPR OT 6 26 5/8 -6.3 130 1 1/8 2.4 1.7 5/8 -5.8 - 7/8 - 1883 - B03 12 HILL PHOENIX 05M (ER) DAIRY 34 1650 19800 24 EEPR OT 6 26 0.5 0.4 5/8 1724 130 5/8 5.8 4.0 1/2 -6.4 - 5/8 - 1523 - 1304 12 HILL PHOENIX 05M (ER) MEAT 0.5 30 1650 19800 24 EEPR OT 6 26 1.2 0.9 5/8 1394 130 7/8 2.1 1.5 1/2 -6.4 - 5/8 - 1648 - B05 24 HILL PHOENIX 05M (E) MEAT 0.9 30 1650 39600 24 EEPR OT 6 26 0.5 0.4 13/8 1282 178 1 5/8 1.2 0.8 5/8 -5.8 - 7/8 - 1589 - B06 12 HILL PHOENIX 05M (E) DAIRY 34 1650 19800 24 EEPR OT 6 26 1/2 -5.4 129 1 3/8 1.3 0.9 1/2 -6.4 - 5/8 - 1523 - B07 24 HILL PHOENIX 05M (E) DAIRY 34 5/8 1650 39600 24 EEPR OT 6 26 1/2 -1.8 177 1 5/8 1.1 0.8 5/8 -5.9 - 7/8 - 1469 - 1308 5 HUSSMANN RMN (E) DAIRY 32 1/2 890 4450 27 EEPR OT 1 60 5/8 -4.7 181 5/8 1.2 0.8 1/2 -7.0 - 1/2 - 578 - 1309 7 TYLER P5NGN(ER) DAIRY 30 874 6118 20 EEPR OT 1 60 183 7/8 0.9 0.7 1/2 -6.9 - 1/2 - 816 - B10 12 HUSSMANN RMN(ER/N) BEER 32 890 10680 27 EEPR OT 1 60 226 5/8 4.7 3.4 1/2 -6.5 - 1/2 - 1375 - B11 SPARE - B12 SPARE - SUCTION GROUP B B B B B B B CONDENSER SUMMARY SYSTEM SUMMARIES RTCR ELECTRICAL REQUIREMENTS COMPRESSOR ZB45KCE-TFD ZB56KCE-TWD - ZB56KCE-TWD ZB56KCE-TWD ZB56KCE-TWD 5 SYSTEM B Equipment Value 120 Volt 460 Volt COMPRESSOR HORSEPOWER 6 7.5 7.5 7.5 7.5 36 MANUFACTURER BOHN SUCTIONRU TOTAL LOAD (BTUH) LOAD (SUBC•,:4111 U LOAD 3COOL CAPACIT` SUBCOOLED (BCfSR1 RN SLBCOOL (BTUH)FACTOR SAFETY SUBCOOLED -ACTS7ffETY RTCR MCA 24.00 97.7 REFRIGERANT R -404A R -404A R -404A R -404A R -404A R -404A MODEL BNL -D06 -A042 Totals MOPD 30.00 110 REFRIGERANT CLASSIFICATION Al Al Al Al Al Al REJECTION (BTUH) 394598 FLA 92.7 CONDENSING TEMP (°F) 110 110 110 110 110 110 FINS / INCH 10 B 222548 267400 20.15% SUCTION TEMP (°F) 18 18 18 18 18 18 BTUH / °TD 40900 _ NONSUB. COMP.CAPACITY (BTUH) 45400 55500 55500 55500 55500 267400 °TD 9.6 Compressors RLA 72.9 INPUT POWER (KW) 5.55 7.25 7.25 7.25 7.25 34.55 SIZE 88"x165"x49.13" ESTIMATED REFRIGF,RANT CHARGE ( BS) RLA (AMP) 10.10 15.70 16 16 16 72.9 VOLTAGE 460 CIRCUITS RACK CONDENSER ESTIMATED TOTAL MINIMUM REQ. 80% RECEIVER CAPACITY (lbs) RECEIVER 80% HOLDING CHARGE (lbs) Condenser FLA 19.8 HEAT OF REJECTION (BTUH) 64350 80250 80250 80250 80250 385350 FLA (AMP) 19.8 UNLOADER No No No No No CHARGE (LBS) 160.0 WEIGHT (LBS) 2200 NOTES FANS 2x3 377 196 160 733 329 585 1) Two -Piece Med. Temperature RTCR. Single suction compressor rack, FAN (RPM) 830 2) Two -Piece RTCR requires piping and electrical connections between compressor and condenser sections. (2) 2-1/8" discharge lines, 1-5/8" liquid line, 7/8" receiver pressurization line, 5/8" high/low bypass line, 112" condenser pump -out line. See manufacturer shop drawing for connection locations. ELEVATION (ft) 1000 31Circuit 1310 - add new 3 -door Hussman RMN beer case to existing 9 -door Hussman RMN beer lineup. T0627 SOUTH CENTER, WA 100 Degree Ambient Temperature Revised: 8/22/2017 OUTDOOR DISTRIBUTED COMPRESSOR RACK AND CONDENSER UNIT (DCR-1) SCHEDULE DEFROST EVAPORATOR COILS CIRCUIT NUMBER OF DOORS CASE MANUF. CASE MODEL USE WALK-IN ROOM TEMP. CASE EVAP. DISCHARGE AIR TEMP. BTUH/DOOR BTUH EVAP TEMP. CONTROL # DEFROST/DAY SUCTION LIQUID DEFROST DURATION QUANTITY MANUF. MODEL DIMENSION BTUH@ 1° TD -EACH °TD EVAP FAN ELECT. DATA AMP (VOLT/PH) +22 Suction Temp F01 F02 F03 F04 F05 F06 F07 FOB F09 Flo F12 6 8 8 6 8 8 6 8 8 6 8 HILL PHOENIX HILL PHOENIX HILL PHOENIX HILL PHOENIX HILL PHOENIX HILL PHOENIX HILL PHOENIX HILL PHOENIX HILL PHOENIX HILL PHOENIX HILL PHOENIX 05M 05M 05M 05M 05M 05M 05M 05M 05M 05M 05M DELI DAIRY MEAT PRODUCE DAIRY DAIRY DAIRY PRODUCE PRODUCE PRODUCE PRODUCE 34 34 30 36 34 34 34 36 36 36 36 1520 1520 1520 1520 1520 1520 1520 1520 1520 1520 1520 9120 12160 12160 9120 12160 12160 9120 12160 12160 9120 12160 24 24 24 24 24 24 24 24 24 24 24 EEPR @CASE EEPR @CASE EEPR @CASE EEPR @CASE EEPR @CASE EEPR @CASE EEPR @CASE EEPR @CASE EEPR @CASE EEPR @CASE EEPR @CASE OT OT OT OT OT OT OT OT OT OT OT 6.00 6.00 6.00 6.00 6.00 6.00 6.00 6.00 6.00 6.00 6.00 26.00 26.00 26.00 26.00 26.00 26.00 26.00 26.00 26.00 26.00 26.00 SUCTION GROUP F F F F F COMPRESSOR 4CES-9.F3YY-4SU 4CES-9Y-4SU 4CES-9Y-4SU 3 COMPRESSOR HORSEPOWER 9 9 9 27 REFRIGERANT R -513A R -513A R -513A R -513A R -513A REFRIGERANT CLASSIFICATION Al Al Al Al Al CONDENSING TEMP (°F) 110 110 110 110 110 SUCTION TEMP (°F) 22 22 22 22 22 NONSUB. COMP.CAPACITY (BTUH) 53500 53500 53500 160500 INPUT POWER (KW) 5.50 5.50 5.50 16.5 RLA (AMP) 19.00 19.00 19 57 HEAT OF REJECTION (BTUH) 72300 72300 72300 216900 UNLOADER VARISPEED NO NO SYSTEM SUMMARIES SUCTION GROUP TOTAL LOAD (BTUH) APA -SUB COOL CAPACITY (BTUH) SAFETYOL ACOTOR BOHN ESTIMATED TOTAL MODEL INEGRATED F 133760 160500 19.99% FINS / INCH 10 SIZE BTUH / °TD Unit Dimensions/Weights Weather-Pac Dimensions 165X45X50 Shipping Weight Operational Weight 930 CONDENSER SUMMARY SYSTEM F CIRCUITS MANUFACTURER BOHN ESTIMATED TOTAL MODEL INEGRATED 0 REJECTION (BTUH) 217056 187 FINS / INCH 10 SIZE BTUH / °TD 27232 208 °TD 10.9 CHARGE (LBS) SIZE BNL -S03-021 680 VOLTAGE 460/3 FAN (RPM) FLA (AMP) 9.9 CHARGE (LBS) REFRIGERANT CLASSIFICATION Condenser FANS 3.0 13.2 FAN (RPM) 830 Al ELEVATION (ft) 30 110 E TIMATED REFRIGFRANT CHARGE (LpS) Value CIRCUITS RACK CONDENSER ESTIMATED TOTAL MINIMUM REQ. 80% RECEIVER CAPACITY (lbs) RECEIVER 80% HOLDING CHARGE (lbs) 0 187 30.00 187 #NUM! 585 SIZE 71.4 VOLTAGE 208 FLA (AMP) 13.2 NOTES 1) New Hill Phoenix Outdoor DCR. See manufacturer shop drawing for connection locations. Value 2) Loop piping arrangement. (DCR manufacturer to furnish LLS & EEPR for field installation) 460 Volt DCR MCA 1 1 1 T-0627 South Center WA IPAC C+D 100 Degree Ambient Temperature Revised: 3/10/11 DCR ELECTRICAL REQUIREMENTS Equipment Value 120 Volt 460 Volt DCR MCA 24.00 71.7 Totals MOPD 30.00 90 °TD FLA SIZE 71.4 VOLTAGE 208 FLA (AMP) 13.2 CHARGE (LBS) 80.0 WEIGHT (LBS) 680 Compressors RLA FAN (RPM) 57.0 R -404A REFRIGERANT CLASSIFICATION Condenser FLA 13.2 Al CONDENSING TEMP (°F) 110 110 0.3 0.5 Owner Furnished Equipment PIPING PIPE NAME PIPE LOAD (BTUH) TOTAL EQUIV. PIPE LENGTH (FT) SUCTION LINE SIZE O.D. (IN) SUCTION PRESS. DROP (PSI) SUCTION TEMP. CHANGE (°F) LIQUID LINE SIZE 0.D. (IN) LIQUID PRESS. DROP (LBS) SUCTION RISER LINE SIZE O.D. (IN) SUCTION RISER VELOCITY (FT/MIN) RISER A RISER B RISER A RISER B F12 12160 15 5/8 0.11 0.14 1/2 0.16 F11 F10 F09 F08 F07 F07+F08+F09+F10+F11+F12+F13+F14 F06 F05 F04 F03 F02 F01 FOl+F02+F03+F04+F05+F06 F01+F02+F03+F04+F05+F06+F07+F08+F09+F10+Fl1+F12 12160 9120 12160 12160 9120 66880 12160 12160 9120 12160 12160 9120 66880 133760 15 15 15 15 15 52 15 15 15 15 15 15 52 50 5/8 5/8 5/8 5/8 5/8 1 3/8 5/8 5/8 5/8 5/8 5/8 5/8 1 3/8 2 1/8 0.11 0.13 0.13 0.13 0.09 0.28 0.11 0.11 0.13 0.13 0.13 0.09 0.13 0.28 0.14 0.16 0.16 0.16 0.12 0.34 0.14 0.14 0.16 0.16 0.16 0.12 0.17 0.34 1/2 1/2 1/2 1/2 1/2 7/8 1/2 1/2 1/2 1/2 1/2 1/2 7/8 7/8 0.05 0.01 0.01 0.01 -4.30 0.15 0.16 0.05 0.01 0.01 0.01 -4.30 0.40 -2.10 1 3/8 1 3/8 1 5/8 n vallin•MVAIMMIYI17/.11111WANINN•vriallallillik /AK AA" AA& /14111k /Aft MAI /141111 /Aft /Aft DISTRIBUTIVE SYSTEM (CR -3) AND MARKET AREA REFRIGERATION SCHEDULE DEFROST EVAPORATOR COILS CIRCUIT NUMBER OF DOORS CASE MANUF. CASE MODEL USE WALK-IN ROOM TEMP. da WD 5 LU c2 LU <0 V 0) 0 BTUH/DOOR BTUH EVAP TEMP. IC / DAIRY ICE CREAM DAIRY ICE CREAM DAIRY ICE CREAM DAIRY CONTROL cn 0 w w ❑ # DEFROST/DAY IC / DAIRY IC / DAIRY IC / DAIRY ELECT. DEFROST DATA AMP (VOLT/PH) QUANTITY MANUF. MODEL DIMENSION BTUH@ 1° TD -EACH °TD EVAP FAN ELECT. DATA AMP (VOLT/PH) C01 20x20x9.5 KYSOR PANEL FREEZER ICE CREAM -15 25400 -22 EEPR @ WALK-IN EL 2 20 22.6 (208v/3) 2 BOHN LLE -170 93.5"x15"xl6" 1700 7.5 D02 11x16x9.5 KYSOR PANEL COOOLER MEAT 28 13400 19 EEPR @ WALK-IN EL 2 20 17.4 (208v/1) 1 BOHN WKE-155 75.5"x29"xl 5" 1550 8.6 5.0 (208v/1) 1.0 (208v/1) 1 DOl D03 D04 15x20x9.5 KYSOR PANEL COOLER DAIRY 36 18600 27 EEPR @ WALK-IN OT 2 20 2 BOHN ADT -104 45.5"x15"x16" 1040 8.9 11x16x9.5 246 SQ.FT. KYSOR PANEL COOLER DRY STORAGE PRODUCE PRODUCE 40 11500 33 58 15990 37 EEPR @ WALK-IN EEPR @ WALK-IN OT 2 20 1 OT 4 50 1 BOHN BOHN WK -155 WK -075 75.5"x29"xl 5" 75.5"x29"x9" 1550 7.4 750 21.3 3.6 (115v/1) 1.8 115v/1 0.9 (115v/1) SUCTION GROUP COMPRESSOR COMPRESSOR HORSEPOWER REFRIGERANT REFRIGERANT CLASSIFICATION CONDENSING TEMP (°F) SUCTION TEMP (°F) LIQUID TEMP AT SUBCOOLER (°F) LIQUID TEMP AT TXV (°F) NONSUB. COMP. CAPACITY BTUH INPUT POWER (KW) RLA (AMP) HEAT OF REJECTION (BTUH) SUB. COMPRESSOR CAPACITY (BTU SUBCOOLER LOAD BTUH UNLOADER C ZFD18KVE-TF5 6 R -404A Al C ZF13KVE-TF5 4 R -404A Al 110 -25 40 50 19340 110 -25 40 50 13128 5 24.3 42960 25900 6560 3.2 19.3 28518.4 17600 4472 C 2 10 R -404A Al 110 -25 40 50 32468 8.2 43.6 71478.4 43500 11032 CONDENSER SUMMARY SYSTEM C + D MANUFACTURER BOHN MODEL BNL -S02 -A016 REJECTION (BTUH) 143192 FINS / INCH 10 BTUH/°TD 15800 °TD 9.1 SIZE 48"x110"x56" VOLTAGE 208 FLA (AMP) 13.2 CHARGE (LBS) 80.0 WEIGHT (LBS) 680 FANS 1x2 FAN (RPM) 830 SUCTION GROUP D D D D D D D COMPRESSOR ZBD3OKCE-TF5 ZB19KCE-TF5 32468 43500 -16.32% 12.11% 2 COMPRESSOR HORSEPOWER 4 2.5 10.44% 6.5 REFRIGERANT R -404A R -404A -26 SUCTION LINE 69.3 R -404A REFRIGERANT CLASSIFICATION Al Al 13.2 Al CONDENSING TEMP (°F) 110 110 0.3 0.5 110 SUCTION TEMP (°F) 22 22 C01 -A 12700 35 7/8 22 NONSUB. COMP.CAPACITY (BTUH) 30200 20700 7/8 1744 50900 INPUT POWER (KW) 3.70 2.40 0.5 0.7 6.1 RLA (AMP) 15.70 10.00 C01 25400 60 13/8 25.7 HEAT OF REJECTION (BTUH) 42824 28889 11/8 2046 71713.2 UNLOADER Yes No 0.4 0.6 1 3/8 SYSTEM SUMMARIES SUCTION GROUP TOTAL LOAD (BTUH) SUBCOOLER LOAD (BTUH) NON-SUBCOOL CAPACITY (BTUH) SUBCOOLED (BTUH) CAPANRM SLBCOOL SAFETY SUBCOOLED FACTUFETY FACTOR C 38800 11032 32468 43500 -16.32% 12.11% B 46090 50900 10.44% ESTIMATED REFRIGERANT CHARGE (LBS) 27490 CIRCUITS RACK CONDENSER ESTIMATED TOTAL MINIMUM REQ. 80% RECEIVER CAPACITY (lbs) RECEIVER 80%HOLDING CHARGE (lbs) 45 150 80 275 141 141 CRICEAM FLA 82.5 RTCR ELECTRICAL REQUIREMENTS Equipment Value 120 Volt 208 Volt RTCR MCA NCLUDED IN 208 112.0 Totals MOPD NCLUDED IN 208 125 CRICEAM FLA 82.5 Compressors RLA -26 SUCTION LINE 69.3 Condenser FLA 13.2 D02 13400 80 11/8 0.3 0.5 NOTES INDOOR COMPRESSOR SECTION MANUFACTURER Hill Phoenix SIZE 99"x46"x52" VOLTAGE 208/3 WEIGHT (LBS) 2500 SOUND PROOFING YES ICE CREAM DAIRY ALL •R : R _. IG ATI DR IN HA BE MP ED TA ET R D RI AT C RA R E 0 i 0 - " R A 01 •Y . iii 1 • • le 1 Owner Furnished Equipment LOOP PIPING LINE SIZING PIPE NAME PIPE LOAD (BTUH) TOTAL EQUIV. PIPE LENGTH (FT) SUCTION LINE SIZE O.D. (IN) SUCTION PRESS. DROP (PSI) SUCTION TEMP. CHANGE (°F) LIQUID LINE SIZE O.D. (IN) LIQUID PRESS. DROP (LBS) SUCTION RISER LINE SIZE O.D. (IN) SUCTION RISER VELOCITY (FT/MIN) ICE CREAM DAIRY CRICEAM DAIRY -26 SUCTION LINE D02 13400 80 11/8 0.3 0.5 7/8 1840 C01 -A 12700 35 7/8 0.5 0.7 7/8 1744 C01 -B 12700 35 7/8 0.5 0.7 7/8 1744 C01 25400 60 13/8 0.3 0.4 11/8 2046 C01 + D02 38800 80 1 5/8 0.4 0.6 1 3/8 2052 -26 LIQUID LINE D02 13400 80 1/2 -6.7 C01 -A 12700 35 1/2 -2.2 C01 -B 12700 35 1/2 -2.2 C01 25400 60 1/2 -6.2 C01 + 002 38800 80 5/8 -6.3 +22 SUCTION LINE D03 11500 65 7/8 0.5 0.4 5/8 1724 D04 15990 45 7/8 0.7 0.5 7/8 1155 D03+D04 27490 120 13/8 0.5 0.4 D01 -A 9300 35 5/8 1.2 0.9 5/8 1394 D01 -B 9300 35 5/8 1.2 0.9 5/8 1394 DOl 18600 45 7/8 0.9 0.7 7/8 1344 D04+D01+D03 46090 45 13/8 0.5 0.4 13/8 1282 +22 LIQUID LINE D03 11500 65 1/2 -5.4 D04 15990 45 1/2 -5.3 D03+D04 27490 120 5/8 1.2 D01 -A 9300 35 1/2 -1.8 D01 -B 9300 35 1/2 -1.8 DO1 18600 45 1/2 -5.1 D04+D01+D03 46090 45 5/8 -4.7 m REVIEWED FOR CODE COMPLIANCE APPROVED NOV 3 0 2017 City of Tukwila BUILDING G DIVI$1O! RECEIVED CITY OF TUKWILA NOV 21 2017 PERMIT CENTER TARGET® 1000 NICOLLET MALL MINNEAPOLIS, MN 55403 CUSHING TERRELL ARCHITECTS ENGINEERS www.ctagroup.com Date No. Description 08.28.17 PERMIT SET 10.16.17 1 DCN 1014990 11.14.17 BID SET 11.21.17 PERMIT RESUBMITTAL SOUTH CENTER, WA CO 00 00 Project Number T-0627 Drawn By MH Checked By MA REFRIGERATION SCHEDULES R601 11/20/2017 9:05:27 AM VACUUM.. REMS2 D031 PRODUCE COOLER FREEZER ELECTRICA VACUUM PUMP MEAT -i-COOLER SALES REMS3 AB03..._...- .............-.......... .....-..........-... 0 0 A04 - _ rQAB02 REFRIGERATION SYMBOLS: # ( AO_) LOW TEMP SYSTEM NUMBERS CALLOUT 117 ( BO_) MEDIUM TEMP SYSTEM NUMBERS CALLOUT (ABO_) DUAL TEMP SYSTEM NUMBERS CALLOUT (BAO) MEDIUM TEMP SYSTEM ON LOW TEMP RACK NUMBERS CALLOUT (AO) SYSTEM NUMBERS CALLOUT (EXISTING TO REMAIN) A 120V LIQUID LINE SOLENOID VALVE 8 ELECTRONIC EVAPORATIVE PRESSURE REGULATING VALVE (EEPR) 0 DISCHARGE AIR TEMP. SENSOR R1 RETURN AIR TEMP SENSOR (MT TEMP CASES/ WALK-INS) 22/2 D1 DEFROST TERMINATION SENSOR (LOW TEMP/DT CASESNVALK-INS) RT REFRIGERATION TRANSDUCER REFRIGERANT LEAK INDICATOR HORN/STROBE RL I ©© ZONE TEMPERATURE AND HUMIDITY SENSOR REMS1 EINSTEIN PANEL REMS-2 LOCATED ABOVE WALK-IN PRODUCE COOLER (EXISTING) REMS1.1 EINSTEIN PANEL 00 REMS2 REMOTE PANEL AT WALK-IN COOLER/FREEZER REMS-2 LOCATED ABOVE WALK-IN PRODUCE COOLER (EXISTING) REMS3 REMOTE PANEL AT MARKET CASES 22/2 REMS4 REMOTE PANEL AT MARKET CASES BLUE REMS4.1 REMOTE PANEL AT MARKET CASES RTCR-2 LOCATED ON ROOF (EXISTING) ALARM ALARM ANNUNCIATOR PANEL 00 REMS-UDH LIGHTING AND DOOR HEATER CONTROL PANEL RTCR-2 LOCATED ON ROOF (EXISTING) ® REMS CABLE NUMBER CDCR\ OUTDOOR DISTRIBUTED COMPRESSOR RACK AND CONDENSER UNIT IDENTIFICATION m CONDENSER/COMPRESSOR UNIT IDENTIFICATION BLUE RTCR-2-CU LOCATED ON ROOF (EXISTING) RTCR ROOFTOP COMPRESSOR RACK AND CONDENSER IDENTIFICATION V REMS CABLE MARKER LEGEND: INPUT REMS PANEL (I) OUTPUT (0) NUMBER 2_I 22/4 WIRE TYPE CONTROL CABLE LEGEND COLOR TYPE JACKET MARKING BLUE 22/2 EMC CONTROL CABLE - 485 COMMUNICATION NETWORK LIGHT GREY 22/4 EMC CONTROL CABLE - SENSOR INPUT / 4 COND. GREEN 22/8 EMC CONTROL CABLE - SENSOR INPUT / 8 COND. YELLOW 18/4 EMC CONTROL CABLE - 24V OUTPUT / 4 COND. WHITE 14/4 EMC CONTROL CABLE - ESR OUTPUT CABLE / 4 COND. GENERAL NOTES: A. ALL REMS PANELS, CABLE AND COMPONENTS ARE FURNISHED BY REMS VENDOR. B. REMS-1.1 PANEL (EINSTEIN PANEL) IS LOCATED IN ROOM 129 AND IS INSTALLED AND POWERED (120 VAC) BY ELECTRICAL CONTRACTOR. VERIFY EXACT LOCATION ON ELECTRICAL PLANS. D. REMS-4.1 PANEL IS LOCATED ON TOP OF SALES FLOOR CASES AND IS INSTALLED AND POWERED (120 VAC) BY ELECTRICAL CONTRACTOR. INSTALL PANELS SO THEY ARE HIDDEN FROM VIEW. SEE 11/R511. E. LOW VOLTAGE CABLE TO BE INSTALLED BY ELECTRICAL CONTRACTOR, TERMINATION CONNECTIONS BY REFRIGERATION CONTRACTOR. F. DIV 26 ELECTRICAL CONTRACTOR TO INSTALL ALL REMS PANELS AND DOOR SWITCHES AND ALARM PANELS. G. DIV 24 REFRIGERATION CONTRACTOR TO INSTALL ALL SENSORS, DOOR SWITCH AND ALARM PANELS, LEAK TRANSDUCERS AND LEAK INDICATORS WITH THE EXCEPTION OF CASE TEMPERATURE SENSORS WHICH ARE FACTORY INSTALLED BY THE CASE MANUFACTURER. H. FOR ADDITIONAL INFORMATION FOR THE INSTALLATION OF REMS COMPONENTS, SEE DETAILS ON THIS SHEET AND R511. I. REMS DRAWINGS PROVIDED BY ENERGY MANAGEMENT CONSULTANTS. CONTACT TECH. SUPPORT @ 608-822-3550. REFRIGERATION CONTRACTOR TO REFER TO REMS DRAWINGS FOR FINAL CONNECTIONS. J. THE DOOR HEATER CONTROL PANEL, REMS-UDH, CONTROLS THE CASE LIGHTS IN ALL CASES AND CONTROLS THE ANTI -SWEAT DOOR HEATERS FOR THE ICE CREAM AND DAIRY CASES. THE DUAL TEMPERATURE CASES COME FURNISHED WITH INTEGRAL DOOR AND FRAME ANTI -SWEAT HEATER CONTROLS LOCATED IN THE DOORS. K. THE POWER FOR THE FREEZER AND MEAT COOLER EVAP COIL FANS IS ROUTED THROUGH CONTACTORS ON THE REMS-2 PANEL. THE CONTACTOR CUTS POWER TO THE FAN WHEN THE WALK-IN IS IN DEFROST OR WHEN THE WALK-IN DOOR IS OPEN. L. ESTIMATED CABLE LENGTHS NOT TO BE USED FOR INSTALLATION PURPOSES. KEYNOTES # DESCRIPTION 117 EXISTING REMS PANEL TO REMAIN. REFRIGERATION CONTRACTOR TO SHALL CONTACT EMC TECH. SUPPORT AT 608-822-3550 TO PROGRAM NEW MERCHANDISER WITH REMS CONTROL AND MONITORING SYSTEM. 1000 NICOLLET MALL MINNEAPOLIS, MN 55403 CUSHING TERRELL ARCHITECTS ENGINEERS www.ctagroup.com 08.28.17 10.16.17 11.14.17 11.21.17 Description PERMIT SET DCN 1014990 BID SET PERMIT RESUBMITTAL GUEST SERVICES -103- CONTROL1 I ROOM 114 :......................................................... REMS-UDH 1 REFRIGERATION CONTROLS PLAN COMMUNICATION NETWORK CABLE SCHEDULE FROM TO REMS CABLE REMS CABLE # JACKET COLOR REMS-4 LOCATED ON SALES FLOOR CASES (EXISTING) REMS-3 LOCATED ON SALES FLOOR CASES (EXISTING) 22/2 00 BLUE REMS-3 LOCATED ON SALES FLOOR CASES (EXISTING) REMS-2 LOCATED ABOVE WALK-IN PRODUCE COOLER (EXISTING) 22/2 00 BLUE REMS-2 LOCATED ABOVE WALK-IN PRODUCE COOLER (EXISTING) REMS-1 (EINSTEIN PANEL) LOCATED IN ROOM 129 (EXISTING) 22/2 00 BLUE REMS-1 (EINSTEIN PANEL) LOCATED IN ROOM 129 (EXISTING) RTCR-2 LOCATED ON ROOF (EXISTING) 22/2 00 BLUE RTCR-2 LOCATED ON ROOF (EXISTING) RTCR-2-CU LOCATED ON ROOF (EXISTING) 22/2 00 BLUE RTCR-2-CU LOCATED ON ROOF (EXISTING) RTCR-1-CU LOCATED ON ROOF (EXISTING) 22/2 00 BLUE RTCR-1-CU LOCATED ON ROOF (EXISTING) RTCR-1 LOCATED ON ROOF (EXISTING) 22/2 00 BLUE REMS-1.1 (EINSTEIN PANEL) LOCATED IN ROOM 129 (NEW) REMS-4.1 LOCATED ON SALES FLOOR CASES (NEW) 22/2 01 BLUE REMS-4.1 LOCATED ON SALES FLOOR CASES (NEW) DCR-1 LOCATED ON ROOF (NEW) 22/2 01 BLUE ALL WORK ON REFRIGERATION DRAWINGS SHALL BE COMPLETED BY TARGET APPROVED REFRIGERATION CONTRACTOR UNLESS NOTED OTHERWISE. Project Number Proto:P400 Version:V13A Config:RL Drawn By REVIEWED FOR CODE COMPLIANCE APPROVED Checked By City of Tukwila BUILDING DIVISION REFRIGERATION CONTROLS PLAN RECEIVED ITY ` UKWILA 11/20/2017 9:05:31 AM TO PET FOOD CASE PF01 cr, 10 3-1 RLN4| - RLN4 RLN4 (E) (A02) / (A02) (A03) AD3� 05M-12 + 05M-12 ~ ^ 05M -12(B ~ 05M-12 (E) r�� rRE5M(IS1E2D L8O4) 805) (BO5 ) 120 120 ' - - = MODIFY EXISTING LOW VOLTAGE CONNECTIONS AS REQUIRED FOR RELOCATED PET FRESH CASE. LOW VOLTAGE CONNECTIONS TO REMAIN CONNECTED TO CURRENT REMS PANEL. REMS1 EINSTEIN PANEL 120 ^-1----- ������l/����T|r��J�� 1 \ CONTROLS # DESCRIPTION 44 ��Y----------�'(ER)-----72u m�m 05M-12 REUSED EXISTING REMS PANEL TO REMAIN. REFRIGERATION CONTRACTOR TO SHALL CONTACT EMC TECH. SUPPORT AT 608-822-3550 TO PROGRAM NEW MERCHANDISER WITH REMS CONTROL AND MONITORING SYSTEM. 120 REUSE EXISTING LOW VOLTAGE RUNS FOR DISCHARGE AIR TEMP AND RETURN AIR TEMP SENSORS. TEN1!NATECONNECTION BYREFRIGERATION CONTRACTOR. 05M-12 REUSED MODIFY EXISTING LOW VOLTAGE CONNECTIONS AS REQUIRED FOR RELOCATED PET FRESH CASE. LOW VOLTAGE CONNECTIONS TO REMAIN CONNECTED TO CURRENT REMS PANEL. REMS1 EINSTEIN PANEL � BO2� O5A�8^ / � BO2� � � � REk8S2 REMOTE PANEL ATWALK-IN COOLER/FREEZER 8O2� � � REUSED REK8S4 REMOTE PANEL ATMARKET CASES REFRIGERATION ���m ���������v� PLAN - - - - - 05M-/2 (---) REUSED 4.7 2 PET FRESH CONTROLS PLAN PANEL. SEE 1/R111 DCR CONTROLS PLAN ALL WORK ON REFRIGERATION DRAWINGS SHALL BE COMPLETED BY TARGET APPROVED REFRIGERATION CONTRACTOR UNLESS ESS NOTED OTHERWISE. KEYNOTES # DESCRIPTION 44 REK8GPANEL. SIMILAR TODETAIL 11/R511. 117 EXISTING REMS PANEL TO REMAIN. REFRIGERATION CONTRACTOR TO SHALL CONTACT EMC TECH. SUPPORT AT 608-822-3550 TO PROGRAM NEW MERCHANDISER WITH REMS CONTROL AND MONITORING SYSTEM. 120 REUSE EXISTING LOW VOLTAGE RUNS FOR DISCHARGE AIR TEMP AND RETURN AIR TEMP SENSORS. TEN1!NATECONNECTION BYREFRIGERATION CONTRACTOR. 123 MODIFY EXISTING LOW VOLTAGE CONNECTIONS AS REQUIRED FOR RELOCATED PET FRESH CASE. LOW VOLTAGE CONNECTIONS TO REMAIN CONNECTED TO CURRENT REMS PANEL. REFRIGERATION SYMBOLS: (AV_) LOW TEMP SYSTEM NUMBERS CALLOUT ( BO_ ) MEDIUM TEMP SYSTEM NUMBERS CALLOUT (ABO_) _/ DUALTEMP SYSTEM NUMBERS CALLOUT /�u»� � W1ED|UKATEk�PSYSTEK�ONLOVVTEK�PRACK NUK4BERSCALLOUT �~`� (AVL) SYSTEM NUMBERS CALLOUT(EXISTING TDREMAIN) �� [J 12UVLIQUID LINE SOLENOID VALVE ELECTRONIC E\0APOR/Q'|VEPRESSURE REGU�\T|NGVALVE (EEPR) VV �� � V�/ DISCHARGE AIR TEMPSENSOR i[m3} RETURN AIR TEMP SENSOR (MT TEMP CASES/ VVALK-|NS) |D1| DEFROST TERK�|NAT0NSENSOR (LOVVTEK�P/DTCASES8NALK-|NS) / / RT REFRIGERATION TRANSDUCER REFRIGERANT LEAK INDICATOR HORN/STROBE RL ea��k��� ON"T `^' RA r • D `'m YS~ fr ��r REMS1 EINSTEIN PANEL REMS1.1 EINSTEIN PANEL REk8S2 REMOTE PANEL ATWALK-IN COOLER/FREEZER REKAS3 REMOTE PANEL ATMARKET CASES REK8S4 REMOTE PANEL ATMARKET CASES REMS4.1 REMOTE PANEL ATMARKET CASES ALARM ALARM ANNUNCIATOR PANEL REK88-UDHLIGHTING AND DOOR HEATER CONTROL PANEL 0 RE&1SCABLE NUMBER C OUTDOOR DISTRIBUTED COK�PRES8ORRACK � � ANDCONDENSER UNIT |DENT|F|CAT0N \ / ==a CONDENSER/COMPRESSOR UNIT IDENTIFICATION RTCR ROOFTOP COMPRESSOR RACK AND CONDENSER IDENTIFICATION REMS CABLE MARKER LEGEND: INPUT REK48RANEL (I) NUMBER OUTPUT�� 22^4� WIRE TYPE CONTROL CABLE LEGEND COLOR TYPE JACKET MARKING BLUE 22/2 EMC CONTROL CABLE - 485 COMMUNICATION NETWORK LIGHT GREY 22/4 EMC CONTROL CABLE - SENSOR INPUT / 4 COND. GREEN 22/8 EMC CONTROL CABLE - SENSOR INPUT /8 COND. YELLOW 18/4 EMC CONTROL CABLE - 24V OUTPUT / 4 COND. WHITE 14/4 EMC CONTROL CABLE - ESR OUTPUT CABLE / 4 COND. GENERAL NOTES: A. ALL REMS PANELS, CABLE AND COMPONENTS ARE FURN!SHED BY REMS VENDOR. B. REMS-1.1 PANEL(EINSTEIN PANEL) IS LOCATED IN ROOM 129AND IS INSTALLED AND POWERED (120 VAC) BY ELECTRICAL CONTRACTOR. VERIFY EXCT LOCATION ON ELECTRICAL PLANS. D. REMS-4.1 PANEL IS LOCATED ON TOP OF SALES FLOOR CASES AND IS INSTALLED AND POWERED (128VAC) BYELECTRICAL CONTRACTOR. INSTALL PANELS SOTHEY ARE HIDDEN FROM VIEW. SEE 11/R511. E. LOW VOLTAGE CABLE TO BE INSTALLED BY ELECTRICAL CONTRACTOR, TERMINATION CONNECTIONS BY REFRIGERATION CONTRACTOR. F. DIV 26 ELECTRICAL CONTRACTOR TO INSTALL ALL REMS PANELS AND DOOR SWITCHES AND ALARM PANELS. G. DIV 24 REFRIGERATION CONTRACTOR TO INSTALL ALL SENSORS, DOOR SWITCH AND ALARM PANELS, LEAK TRANSDUCERS AND LEAK INDICATORS WITH THE EXCEPTION OF CASE TEMPERATURE SENSORS WHICH ARE FACTORY INSTALLED BYTHE CASE MANUFACTURER. H. FOR ADDITIONAL INFORMATION FOR THE INSTALLATION OFREMS COMPONENTS, SEE DETAILS ON THIS SHEET AND R51 1. I. REMS DRAWINGS PROVIDED BY ENERGY MANAGEMENT CONSULTANTS. TECH. RT @ 608'822'3550. REFRIGERATION CONTRACTOR TOREFER TORE&1SDRAWINGS FOR . FINAL CONNECTIONS. J. THE DOOR HEATER CONTROL PANEL, REMS-L/DH, CONTROLS THE CASE LIGHTS IN ALL CASES AND CONTROLS THE ANTI -SWEAT DOOR HEATERS FOR THE ICE CREAM AND DAIRY CASES. THE DUAL TEMPERATURE CASES COME FURNISHED WITH INTEGRAL DOOR AND FRAME ANTI -SWEAT HEATER CONTROLS LOCATED IN THE DOORS. K. THE POWER FOR THE FREEZER AND MEAT COOLER EVAP COIL FANS IS ROUTED THROUGH CONTACTORS ON THE REMS-2 PANEL. THE CONTACTOR CUTS POWER TOTHE FAN WHEN THE WALK-IN |S|N DEFROST OR WHEN THE WALK-IN DOOR IS OPEN. L. ESTIMATED CABLE LENGTHS NOT TO BE USED FOR INSTALLATION PURPOSES. REVIEWED FOR CODE COMPLIANCE APPROVED NOV u` 20/' City of Tukwila BUILDING DIVISION MEM MET) ��@riF-��U���\�[/� � 1 2 NOV�17 ���� PERMIT CENTER 1000 NICOLLET MALL MINNEAPOLIS, MN 55403 CUSHING TERRELL ARCHITECTS ENGINEERS www.ctagmup.com Date U� x�o. Description u�..��� x����. . 08.28.17 PERMIT SET 10.16.17 1 DCN 1014990 11.14.17 BID SET 11.21.17 PERMIT RESUBMITTAL SOUTH CENTER, WA Strander Blvd Project Number T-0627 P[OtO:P400 Drawn By ��K� n�xx x Checked By MA MARKET AREA CONTROLS PLANS R621 11/20/2017 9:05:36 AM _�