The URL can be used to link to this page

Home My WebLink AboutPermit M06-090 - RIVERSIDE INN CASINORIVERSIDE INN CASINO 14060 INTERURBAN AV S M06 -090 Tenant: Name: Address: Owner: Name: Address: City tri Tukwila Contact Person: Name: MATT EARNHARDT Address: 5005 3 AV S, SEATTLE WA Contractor: Name: MCKINSTRY CO LLC Address: PO BOX 24567, SEATTLE WA Contractor License No: MCKINCL942DW Value of Mechanical: $66,000.00 Type of Fire Protection: Department of Community Development 6300 Southcenter Boulevard, Suite #100 Tukwila, Washington 98188 Phone: 206 -431 -3670 Fax: 206 -431 -3665 Web site: ci.tukwila.wa.us Parcel No.: 0002800033 Address: 14060 INTERURBAN AV 5 TUKW Suite No: RIVERSIDE INN CASINO 14060 INTERURBAN AV S, TUKWILA WA B.B.N.TRUST 14060 INTERURBAN AVE S, TUKWILA WA DESCRIPTION OF WORK: INSTALL NEW UNITS TO GET THE WALK -IN COOLERS AND WALK -IN FREEZERS TO WORK. ALSO (2) EXHAUST FAN REPLACEMENTS, (4) ROOFTOP UNITS AND (2) EXHAUST FANS. Furnace: <100K BTU 0 >100K BTU 0 Floor Furnace 0 Suspended/Wall /Floor Mounted Heater 0 Appliance Vent 0 Repair or Addition to Heat/Refrig /Cooling System . Air Handling Unit <10,000 CFM 1 >10,000 CFM 0 Evaporator Cooler 0 Ventilation Fan connected to single duct 0 Ventilation System 0 Hood and Duct 0 Incinerator: Domestic 0 Commercial /Industrial 0 doe: IMC- Permit MECHANICAL PERMIT EQUIPMENT TYPE AND QUANTITY * *continued on next page ** M06 -090 Permit Number: Issue Date: Permit Expires On: Phone: Phone: 206 832 -8300 Phone: (206)762 -23311 Expiration Date:03 /16/2008 Steven M. Mullet, Mayor Steve Lancaster, Director M06 -090 06/13/2006 12/10/2006 Fees Collected: $692.43 International Mechanical Code Edition: 2003 Boiler Compressor: 0 -3 HP /100,000 BTU 0 3 -15 HP /500,000 BTU 0 15 -30 HP /1,000,000 BTU.. 0 30 -50 HP /1,750,000 BTU.. 0 50+ HP /1,750,000 BTU 0 Fire Damper 0 Diffuser 0 Thermostat 1 Wood /Gas Stove 0 Water Heater 0 Emergency Generator 0 Other Mechanical Equipment... 0 Printed: 06 -13 -2006 Permit Center Authorized Signature: doc: IMC- Permit City evi Tukwila Department of Community Development 6300 Southcenter Boulevard, Suite #100 Tukwila, Washington 98188 Phone: 206 -431 -3670 Fax: 206 - 431 -3665 Web site: ci.tukwila.wa.us timw Steven M. Mullet, Mayor Steve Lancaster, Director Permit Number: M06-090 Issue Date: 06/13/2006 Permit Expires On: 12/10/2006 Date: 1e' /k I hereby certify that I have read and examined this permit and know the same to be true and correct. All provisions of law and ordinances governing this work will be complied with, whether specified herein or not. The granting of this permit does not presume to give authority to violate or cancel the provisions of any other state or local laws regulating constructs. • or the perf or t;^�rk. I am authorized to sign and obtain this mechanical permit. Signature 4 � .s� ,� /t ._;i� Date: C I' e).( Print Name: , /J, ,% .2 &AAA-. _ This permit shall become null and void if the work is not commenced within 180 days from the date of issuance, or if the work is suspended or abandoned for a period of 180 days from the last inspection. M06 -090 Printed: 06 -13 -2006 ACCOUNT ITEM LIST: Description City of Tukwila Receipt No.: R06 -00613 Payment Amount: 692.43 Initials: 3EM Payment Date: 05/05/2006 10:53 AM User ID: 1165 Balance: $0.00 Payee: MCKINSTRY CO. 6300 Southcenter BL, Suite 100 / Tukwila, WA 98188 / (206) 431 -3670 Parcel No.: 0002800033 Permit Number: M06-090 Address: 14060 INTERURBAN AV 5 TUKW Status: PENDING Suite No: Applied Date: 05/05/2006 Applicant: RIVERSIDE INN CASINO Issue Date: TRANSACTION LIST: Type Method Description Amount Payment Check 8137 692.43 MECHANICAL - NONRES PLAN CHECK - NONRES RECEIPT Account Code Current Pmts 000/322.100 559.94 000/345.830 132.49 Total: 692.43 51.47 05/05 9716 TOTAL 692.43 doc: Receipt Printed: 05 -05 -2006 City & Tukwila Parcel No.: 0002800033 Address: 14060 INTERURBAN AV S TUKW Suite No: Tenant: RIVERSIDE INN CASINO 1: ** *BUILDING DEPARTMENT CONDITIONS * ** 3: All permits, inspection records, and approved plans shall be at the job site and available to the inspectors prior to start of any construction. These documents shall be maintained and made available until final inspection approval is granted. Department of Community Development 6300 Southcenter Boulevard, Suite #100 Tulcwila, Washington 98188 Phone: 206 -431 -3670 Fax: 206- 431 -3665 Web site: ci.tukwila.wa.us 2: No changes shall be made to the approved plans unless approved by the design professional in responsible charge and the Building Official. PERMIT CONDITIONS 4: Readily accessible access to roof mounted equipment is required. 5: All construction shall be done in conformance with the approved plans and the requirements of the International Building Code or International Residential Code, International Mechanical Code, Washington State Energy Code. 6: Manufacturers installation instructions shall be available on the job site at the time of inspection. 7: All plumbing and gas piping work shall be inspected and approved under a separate permit issued by the Cityof Tukwila Permit Center. 8: All electrical work shall be inspected and approved under a separate permit issued by the Washington State Department of Labor and Industries (206/248- 6630). 9: 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. doc: Conditions * *continued on next page ** Steven M. Mullet, Mayor Steve Lancaster, Director Permit Number: M06-090 Status: ISSUED Applied Date: 05/05/2006 Issue Date: 06/13/2006 M06 -090 Printed: 06 -13 -2006 Signature: Print Name: City t Tukwila Department of Community Development 6300 Southcenter Boulevard, Suite #100 Tukwila, Washington 98188 Phone: 206 -431 -3670 Fax: 206 - 431 -3665 Web site: ci.tukwila.wa.us doc: Conditions M06 -090 I hereby certify that I have read these conditions and will comply with them as outlined. All provisions 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 provision of any regulating construction or the performance of work. Steven M. Mullet, Mayor Steve Lancaster, Director of law and ordinances other work or local laws Date: 6 Printed: 06 -13 -2006 CONTACT PERSON` CITY OF TUKWILA Community Development Department Public Works Department Permit Center 6300 Southcenter Blvd., Suite 100 Tukwila, WA 98188 Site Address: 1 S 1:) &,O =n4PTt>t O Tenant Name: V Iv - e" iZ s irP e Name: 440 at" v■Vaveo dpvmbe plae■icc cJ.wtg*ennit application (7-2004) Revised 64.05 bb 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 ** King Co Assessor's Tax No.: Suite Number: (2/I Floor: City 0002 - 150 - ' 0 0r151 , State W TUKWILA W or office use only) Building Permit No. Mechantcal'PermitNo JI/1�ft' tV Public Work's Permit No. Project N SITE I:OCATION New Tenant: Yes ❑..No Property Owners Name: r r a ' ^ � , � n . P rnra S ,7Ra ✓t R Mailing Address: Zip Mailing Address: Sp t) S 3 re, 40-e SeJ E -Mail Address: R9a -t tom sdt.-Ki ,"S4v •tr) GENERAI ,'CONTRACTOR'INFORMATION, (Mechanical Contractarinfortation on;backpa Company Name: Mailing Address: Contact Person: E-Mail Address: Contractor Registration Number: Expiration Date: **An original or notarized copy of current Washington State Contractor License must be presented at the time of permit issuance** ARCHITECT OF RECORD -All plans mast be wet stamped by Arcbitectof Record . Company Name: Mailing Address: Zip Contact Person: E -Mail Address: Contact Person: E -Mail Address: Page 1 Day Telephone: a64,-13 7 - st30 a ec,-6 In c t y City State Zip Fax Number: .2 6 . 7& - (riT�SO City Day Telephone: Fax Number: State City Day Telephone: Fax Number: State Zip ENGINEER OF RECORD - All plans must be wet stamped by Engineer of Record Company Name: Mailing Address: State City Day Telephone: Fax Number: Zip Unit Type: Qty Unit Type: Qty Unit Type: Qty- Boiler /Compressor: Fumace<100K BTU Air Handling Unit >10,000 CFM Fire Damper 0-3 HP /100,000 BTU Fumace>100K BTU Evaporator Cooler Diffuser 3 -15 HP /500,000 BTU Floor Fumace Ventilation Fan Connected to Single Duct Thermostat 15 -30 HP /1,000,000 BTU Suspended/Wall/Floor Mounted Heater Ventilation System Wood/Gas Stove 30 -50 HP /1,750,000 BTU Appliance Vent Hood and Duct Water Heater 50+ HP /1,750,000 BTU Repa or Addition to Heat/Refiig/Cooling System Incinerator - Domestic Emergency Generator Air Handling link <10,000 CFM Incinerator — CommMd Other Mechanical Equipment . MECFIANICAL PERMIT INFORMATION'- 206 - 431 -3670` MECHANICAL CONTRACTOR INFORMATION Company Name: m �S7 Mailing Address: -SODS 3 nw floe. Valuation of Project (contractor's bid price): $ tin & 000 Scope of Work (please provide detailed information): .0 2. l-J `f L2 V"iv -c - i rQ r ce GAS:�nm 1 -o Se Y— /.vA«IN ni 4- rte tea-S 1- t.u -K, H Q b n � -1,-03 ov J -S ci 4^ IQ a P xIA /., Ilse: Residential: New .... Replacement....❑ Commercial: New.... Replacement....❑ Fuel 'Fyne: Electric ❑ Gas... Other: Indicate type of mechanical work being installed and the quantity below: S ec -t-H_ c (A)C. Qg /3y Contact Person: M & 4 f•fa LA--) 5 ,CO r ,nLcx .n c50 E -Mail Address: M&41 CX2.1n'�r ' C JL- / ,t nv�1 Fax Number: oab(o-76 - 1.,356 Contractor Registration Number: (C. 1 1 A) ,X k 3 7g AJ 0 Expiration Date: 0 1 - 0 Z. ZOO q, * *An original or notarized copy of current Washington State Contractor License must be presented at the time of permit issuance** 1�'D ayTelephone: L - $ 3 15 S r k !ue-w ink S / X4 -e wo ('4-i pt Ce,n1 t vzz kid Pkem 4-wo 2xkaoskr 7-4-ts tc.tc4:45 PERMIT APPLICATION NOTES Applicable to all' this application' 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 cunent fee schedules. Expiration of Plan Review — Applications for which no pemtit is issued within 180 days following the date of application shall expire by limitation. The Building Official may grant one or more extensions of time for additional periods not exceeding 90 days each. The extension shall be requested in writing and justifiable cause demonstrated. Section 105.3.2 International Building Code (cunent 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 TIIIS PERMIT. BUILDING OWNER Signature: Print Name: Mailing Address: £0OS 3 ^ • /Lr-e. 4 Date Application Expires: . _ 1 at I Date Application Accepted: ¢tbam is plaza= ctinae.enit application (7.2004) Revived: 6445 en A ORIZED_ GENT: O6 j USI o(v Page 4 Date: s"ej �0Cc Day Telephone ." ,2O6, , $ 3 248'50 v 4e4 cL 7$/3 City State Zip 1 PjJeject: r \� t\3 P J S iC1- t Kit.) Type of Inspection: r 1 hi a I Address: 1 Ciao 1 N-rtc t:u a tjAN Date Called: Special Instructions: Date Wanted: CJ — Z `01.., t_a.tr; p.m. Requester: Phone No: C.7 INSPECTION RECORD Retain a copy with permit INSPECTION NO. CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd., #100, Tukwila, WA 98188 f{,(I Approved per applicable codes. (206)431 -3670 COMMENTS: NAZI/ , a Mid Corrections required prior to approval. 9 $5$.00 REINSPEd('ION FEE REQUIRED. Prior to inspection, fee must be paid at 6300 Southcenter Blvd., Suite 100. Call to sechedule reinspection. (Receipt No.: 'Date: Proje ' • ♦ - Type of Inspection: jars � it i,,. - Address: /tern', r, „yam. Date Called: Special Instructions: Date Wanted Requester: Phone No INSPECTION NO. CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd., #100, Tukwila, WA 98188 COMMENTS: .., / t4- ems 7 A i-� £k 0, l0 y /im Approved per applicable codes. INSPECTION RECORD Retain a copy with permit (20 • )431 -3670 M Corrections required prior to approval. 0 $58. REINSPECT' FEE REQUIRED. Prior to Inspection, fee must be paid at 6300 Southcenter Blvd., Suite 100. Call to sechedule reinspection. Receipt No.: IDate: Project: / 4 .a i . v . Type of Inspection: / Add � . Special I , ti Date Called: ate Wanted7 /a. n . m. Requester: Phone No: INSPECTION NO. CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd., #100, Tukwila, WA 98188 Approved per applicable codes. INSPECTION RECORD Retain a copy with permit PER NO. (206)431 -3670 Corrections required prior to approval. COMMENTS: 1 eAC- SA 64■9 ord z/4'..caurdsgn,e-4, tore) )Lhw efroti44 we, /if a'.d «4 'zne4 . cr /Rok,, ne 3 ,L esy ❑ $5 00 REINSPECT! FEE REQUIRED. Prior to inspection, fee must be paid at 6300 Southcenter Blvd., Suite 100. Call to sechedule reinspection. Receipt No.: 'Date: Pr ect: �-- X,de /Siete _LAIA/65,wo Type of Inspection: - \ P i./• tem o st) /es/ Address /S f a/4 _EA/tn "ki4S Date Called: Special Instructions: Date Wanted: - .z 5 — vG a.m. Requester: Phone f7\ � : Q .3 7 - 7 C�L 8.l d2 INSPE IO NN O. INSPECTION RECORD Retain a copy with permit Ma-42 o FERMI CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd., #100, Tukwila, WA 98188 (206)431 -367 IZ Approved per applicable codes. ['Corrections required prior to approval. COMMENTS: A Dater /7 .r 4, fat.(_, Co" 8.00 REINSPECTION E REQUIRED. or to inspection, fee must be paid at 6300 Southcente lvd., Suite 100. Call to sechedule reinspection. !Receipt No.: !Date: Pr ect: / � /1/ //S /I) /J 11i4S /n/ Type of In per�ion: / /-"/ /V /I \.- Address: / . 160 _, / /. 0 /44v Date Called: Special Instructions: Date Wanted: a - / r — Q 6. a m P.m. Requester: Phone No: a53 2/ 7 - Z20 6 r INSPECTION RECORD Retain a copy with permit INSPECTION NO. CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd., #100, Tukwila, WA 98188 Approved per applicable codes. �/I7o - of' 0 Corrections required prior to approval. COMMENTS: . Zi SQ P -e-e21" Inspector: ' Date $58.00 REINSPECTION FEE REQUIRED. Prior to inspection, fee must be paid at 6300 Southcenter Blvd., Suite 100. Call to sechedule reinspection. Receipt No.: 'Date: File: M06- 0090 35mm Drawing #1 -14- instry o 01 lbw lullding To: Alan Mep8r - - lsslarls. This letter is inform you of the information need to complete late permit. • Per you request for the Riverside Casino Permits you have asked for: Provide an equipment schedule that shows CFM rating of four (4) rooftop units. I spoke with engineering department at Bohn Refrigeration Products they have stated that the CFM rating for the BHT025L65B is 2000. Please call with any more gguestions you may have. Thanks Ma . Earnhardt 5005 ' Ave south Seattle, WA 98124 PH: 206.832.8300 Fax: 206.768.6350 FILE COPY Prermtt No. 5-AL -or' 5005 3rd Avenue South Seattle Washington 98124 Phone: 206.762 Fax: 206.76 INCOMPLETE LTR# BH Series Hermetic Model Size Compressor Connections Receiver Cap.(90 %) Net Weight Sound Data dba t Model No. HP Liquid inches Suction Inches lbs. lbs. R- 404N507 BH *015X6 CS10K6E 11/2 3/8 5/8 9 193 71 BH•020X6 CS12K6E 2 3/8 7/8 9 203 73 BH*025X6 CS14K6E 2 3/8 7/8 9 208 74 BH *019L6 CF06K6E 11/2 3/8 7/8 9 200 75 BR*025L6 CFO9K6E 2 3/8 7/8 9 222 76 BS Series Semi -Herm Model Size Compressor Connections Receiver Cap. 90 %) Net Weight Sound Data dba t Model No. HP Liquid inches Suction Inches lbs. lbs. R 22 BS*020L2 EAD -0200 2 3/8 7/8 10 298 70 BS *021L2 EAV -0210 2 3/8 7/8 10 301 70 R- 404A/507 BS *015L6 KAL -015E 11/2 3/8 7/8 9 225 69 BS *020L6 EAD -020E 2 3/8 7/8 9 291 70 BS•021L6 EAV -021E 2 3/8 7/8 9 301 70 ' Bohn Refrigeration Products SUBMITTAL DRAWINGS 2175 West Park Place Boulevard Models BH * /BS* (1 - 2 HP) Low Stone Mountain, GA 30087 • (770) 465 -5600 Air Cooled Condensing Unit Location: Project: Arch/Engr: Customer: Order No. Identity: Item No. Model No. Qty: Date: by: ❑ for approval ❑ for record Outdoor (Left View) 28 1 / 4 +1 U S 17 PHYSICAL DATA 0 Heatcrat Refrigeration Products LLC, 2002 Outdoor (Front View) 37 3 / 4 Indoor (Front View) 1 j ? 4 /16 Power Conns: ( 7/8 & ( 1 1 /8 22 3 PERMIT CENTER • = T for Outdoor, N for Indoor, S for Beacon II, B for Bohnmizer s • Estimated sound pressure values are ID feet from the unit. For estimating sound pressure from the unit at different distances, deduct the following from the unit values: 20 feet deduct 6 dba for 40 feet, deduct 12 dba for 80 feet, deduct 18 dba This data Is typical of "free field' conditions for horizontal air cooled condensing units at the outlet of the discharge air. The actual sound measurements may vary depending on the condensing unit installation. Factors such as reflecting walls, background noise and mounting conditions may have a aignKcam influence on this data. Panel HTS080802d Semi -Herm Model Number Power Su • ply Compressor Fan Moto MCA MOPD Evap. Fan Amps. Defrost Heater Amps. Volts Ph Hz RLA LRA Qty. Hp Fla Air Elec. Air Elec. BS *020L20 230 1 50/60 7.6 58.0 2 1/15 1 15 20 15 20 4.0 15 BS *020122C 208 -230 3 50/60 6.1 46.0 2 1/15 1 15 20 15 20 7.0 15 BS *021L2B 208 -230 1 50/60 13.2 102.0 2 1/15 1 20 29 30 30 4.0 23 BS *021L2C 208 -230 3 50/60 i 6.6 50.0 2 1/15 1 15 20 15 20 7.0 15 BS *021L20 460 3 50/60 3.5 26.6 2 1/15 1 15 20 15 20 0 0 BS *015L6B 208 -230 1 50/60 8.9 55.0 2 1/15 1 15 24 20 25 8.0 19 BS *015L6C 208 -230 3 50/60 6.0 50.0 2 1/15 1 15 20 15 20 7.6 15 BS *015L6U 460 3 50/60 3.1 ' 25.0 2 1/15 1 15 20 15 20 0 0 BS *020L6G 230 1 50/60 9.0 58.0 2 1/15 1 15 24 20 25 4.0 19 BS *020L6C 208 -230 3 50/60 6.1 46.0 1 1/15 1 15 20 15 20 7.0 15 BS *021L6B 208 -230 1 50/60 13.2 102.0 2 1/15 1 20 29 30 30 4.0 23 BS *021L6C 208 -230 3 50/60 6.6 50.0 2 1/15 1 15 20 15 20 7.0 15 BS *021L6U 460 3 50/60 2.9 26.6 2 1/15 1 15 20 15 20 0 0 Hermetic Model Number Powe Supply Compressor Fan Motor MCA MOPD Evap. Fan Amps. Defrost Heater Amps. Volts Ph Hz RLA LRA Qty. Hp Fla Air Elec. Air Elec. BH*015X6B 208 -230 1 50/60 9.8 56 0 2 1/15 1 15 24 20 25 6.0 19 BH *015X6C 208 -230 11160 50/60 6./ 51.0 2 1/15 1 15 20 15 20 7.0 15 BH *020X6B 208 -230 1 50/60 9.8 56.0 2 1/15 1 15 24 20 25 6.0 19 BH *020X6C 208 -230 3 50/60 6.7 51.0 2 1/15 1 15 24 15 25 9.0 19 BH *025X6B 208 -230 1 50/60 11.2 61.0 2 1/15 1 15 29 25 30 6.0 23 BH *025X6C 208 -230 3 50/60 8.2 55.0 2 1/15 1 15 24 15 25 9.0 19 BH *025X60 460 3 50/60 4.2 28.0 2 1/15 1 15 2U 15 20 0 0 BH *019L6B 208 -230 1 50/60 10.3 59.2 2 1/15 1 15 24 20 30 6.0 19 BH *019L6C 208 -230 3 50/60 6.3 52.0 2 1/15 1 15 24 1U 25 9.0 19 BH *025L6B 208 -230 1 50/60 15.0 87.0 2 1/15 1 20 29 30 40 6.0 23 BH *025L60 208 -230 3 50/60 9.2 /2.2 2 1/15 1 15 2120 25 7.0 15 R -404A/507 Low Temp Model Capacity (BTUH) @ 95 ° F Suction Temperature °F 0" F -5" F -10" F -20" F -15" F -30" F -40" F BH *019L6 11370 10010 8710 6310 5070 4260 - BH *025L6 16780 14990 13150 9650 8040 6560 - BS*015L6 10960 9930 8920 6990 6110 5300 3930 BS *020L6 12530 11160 9870 7520 6490 5560 3980 8S *021L6 1392U 12600 11280 8780 7610 6520 4590 R- 404A/507 Ext Temp Model Capacity (BTUH) @ 95 ° F Suction Temperature °F 30° F 25" F 20" F 0° F -1U F -10" F -25" F BH *015X6 15040 13830 12580 7260 4620 3410 2200 BH *020X6 17030 15740 14290 8430 5820 4160 2490 BH *025X6 18710 17190 15820 10200 7400 6000 4220 R -22 Low Temp Model Capacity (BTUH) @ 95 ° F Suc ion Temperature °F 0" F -5" F -10" F -20" F -15" F -31) " F -40" F BS *020L2 12530 10480 9580 6920 5600 4700 2700 88`0211.2 14330 12500 11010 8140 6820 5840 4200 PERFORMANCE DATA 1' unto. + M capacity by 1.04 for 90 °F Ambient Temperature or by .95 for 100°FAmbient Temperature. us 0 Power supplied by customer. ELECTRICAL DATA 0 Heatcraft Refrigeration Products LLC, 2002 CITY OF TUKWILA MAY 2 6 2006 PER»jt t esit ; ji Panel HTSOB0a02d ' '05/23/2006 12:41 2066211609 Print at: Tuesday, May 23, 2006 01:33:17 PM Host: SEA1521 / TS14 User: LWEBB at far ama02SL6c to 2000 alt PAGE 02 PECEIVED CITY MAY 2 6 2006 MOS Semi -Her Model Size Compressor Connections Receiver Cap.90 %) Net Weight Sound Data dba $ Model No. HP Liquid Inches Suction Inches lbs. Ibs. R -22 MOS015H2 KAG -0150 11/2 3/8 7/8 10 221 69 MOS020H2 ERA -0200 2 3/8 7/8 10 293 69 MOS020M2 KAK -0200 2 3/8 7/8 10 189 69 MOS021M2 ERC -0200 2 3/8 7/8 10 301 69 R�04A/507 M0S020M6 4 KAK -020E 2 3/8 7/8 9 189 69 MOS021M6 ERC -021E 2 3/8 //8 9 301 70 MOH Hermetic Model Size Compressor Connections Receiver Cap.(90%) Net Weight Sound Data dba # Model No. HP Liquid Inches Suction Inches Ibs. Ibs. R M0H01507 CR18K0 1 3/8 5/8 10 189 71 MOH020D7 CR24KQ 2 318 718 10 193 72 Heatcraft Refrigeration Products LLC 2175 West Park Place Boulevard Stone Mountain, GA 30087 • (770) 465 -5600 Outdoor (Lett View) 281/4 _— Plan r ' 1 -- US a F 17 L FILE COPY Permit No. 1 /181( 11 /18 slots PHYSICAL DATA OHeahlafl Refrigeration Products LLC, 2002 SUBMITTAL DRAWINGS Models MOH /MOS (1% - 2 HP) Hi /Med Air Cooled Condensing Unit Location: Project: Arch/Engr. Customer Order No. Identity' Item No. Model No. Qty: Date: by: ❑ for approval ❑ for record Outdoor (Front View) 37 3 /4 +l Indoor (Front View) 38 c 1 39 Power Conns: ( 1 /8 & ( 1 1 /8 31 4 BED FOR COMPLIANCE A JUN 12 2006 City RfTukwila LUMP rITVISMNI S • Estimated sound pressure values are 10 far from It* unit. For estimating sound pressure horn the is* at different distances, deduct the following from the unit values: 20 feel deduct 8 ta..... for 40 feet, deduct 12 dba for 80 Mt, Modal 18 ma This data is typical of Tree We conditions for horizontal air coded condensing volts at t s outlet of the dist acge air. Tfs actual sand measurements may vary depending on the condensing unit Installation. Fedora such as reflecting walls. background noise and moue g conditions may hays a simificant influence on this data RECEIVED INCOMPLETE MAY 162006 fi4 Q(g ere HTS080802c PERMIT CENTER O' O Semi -Henn Model Number Power Supply Compressor Fan Motor MCA - MOPD Evap. Fan Amps. Defrost Heater Amps. Volts PII Hz RLA LRA Qty. Hp Fla Air Elec. Air Elec. MOS015H22 208 -230 1 50/60 8.6 55.0 2 1/15 1 15 24 20 25 9.0 19 MOS015H23 208 -230 3 50/60 4.9 35.5 2 1/15 1 15 20 15 20 8.0 15 M05015H24 460 3 50/60 2.2 18.2 2 1/15 1 15 20 15 20 0 0 M0S020H29 I 230 1 50/60 9.3 58.0 2 1/15 1 15 24 20 25 6.0 19 MOS020H23 208 -230 3 50/60 5.9 46.0 2 1/15 1 15 24 15 25 9.0 19 MOS020H24 460 3 50/60 3.1 46.0 2 1/15 1 15 20 15 20 0 0 MOS020M22 208 -230 1 50/60 9.5 55.0 k 2 1/15 1 15 24 20 25 6.0 19 MOS020M23 208 -230 3 50/60 6.1 50.0 2 1/15 1 15 24 15 25 9.0 19 MOS021M29 230 1 50/60 9.7 58.0 2 1/15 1 " 15 24 20 25 6.0 19 MOS021M23 208 -230 3 50/60 i 6.1 46.0 k 2 1/15 1 15 24 15 25 9.0 19 M05021M24 460 3 50/60 3.3 23.0 2 1/16 1 15 20 15 20 0 0 MOS020M62 208 -230 1 50/60 9.1 55.0 2 1/15 1 15 24 20 r 25 6.0 19 r• i irr. is r 4 1'.1 9.I e r • MOS021M63 208 -230 3 50/60 7.9 46.0 2 1/15 1 15 24 15 25 9.0 19 MOS021M64 460 3 50/60 3.1 23.0 2 1/15 1 15 20 15 20 0 0 Hermetic Model Number Powe Supply Compressor Fan Motor MCA MOPD Evap. Fan Amps. Defrost Heater Amps. Volts Ph Hz RLA LRA Qty. Hp Fla Air Elec. Air Elec. MOH015D72 208 -230 1 50/60 8.1 41.0 2 1/15 1 15 24 15 25 6.0 19 MOH015D73 208 -230 3 50/60 4.9 40.0 2 1/15 1 15 24 15 20 7.0 19 M0H0151374 460 3 50/60 2.8 23.0 2 1/15 1 15 20 15 20 0 0 MOH020D72 208 -230 1 50/60 12.2 70.5 2 1/15 1 20 29 25 30 6.0 23 MOH020D73 208 -230 3 50/60 6.7 40.0 2 1/15 1 15 24 15 25 9.0 19 MOH020D73 460 3 50/60 3.6 28.0 2 1/15 1 15 20 15 20 0 0 R -22 HUMed Temp Model Capacity (BTUH) @ 95 °F Suction Temperature °F 40" F 30° F 2b" F 20 F 75" F 10° F 0° F MOH015D7 - 14520 12910 11340 9860 8380 5640 MOH020D7 23190 18980 16910 14900 12990 11090 8150 MOS015H2 16340 13350 12230 11000 9885 8770 - MOS0201-12 22010 18120 16210 14330 12540 10750 - MOH020M2 - - 16530 14910 13440 11970 9500 MOH021M2 - - 1/640 16010 14505 13000 10430 R404A/507 Med Temp Model Capacity (BTUH) © 95 °F Suction Temperature ° F 25" F 2U° F 15" F 10 F 5" F 0" F -5" F MOS020M6 16240 14530 13070 11790 10840 9560 8360 MOS021M8 20060 18890 16910 15330 13620 12010 10450 Note: t Multiply capacity by 1.04 for 90 °F Ambient Temperature or by .95 for 100 °FAmbeent Temperature. us 0 Power supplied by customer. PERFORMANCE DATA 1' ELECTRICAL DATA O Healaaf Refrigeration Products LLC, 2002 Panel HTS080802c Model No. BTUH 48 10°FTD CFM 1 - Fan Motor Info. • Shaded Pole 208-230/1 'Total FLA Heaters 208.230/1 Amps Connections (In.) Net Dimensions (In.) Approx. 'Net Wt. (Lbs,) Dia. (In.) Qty. - Inlet - Suction - L H -D - 4,000 LET Models 6 -Fins Per Inch I FT 035 3.500 700 12 t 1 0 3 9 1/7 013 5/8 ID 29 1/2 14 15/16 14 7/8 24 LET 040 4,000 700 12 1 1.0 3.9 1/2 OD 5/8 ID 29 1/2 14 15/16 14 7/8 26 LET 047 4,700 650 12 1 1.0 3.9 1/2 OD 5/8 ID 29 1/2 14 15/16 14 7/8 29 LET 065 6,500 1,400 12 2 2.0 7.8 1/2 OD 5/8 ID 45 1/2 14 15/16 14 7/8 43 LET 075 7,500 1,300 12 2 2.0 7.8 1/2 OD 7/8 ID 45 1/2 14 15/16 14 7/8 45 - CET NU 9,000 1,300 12 2 2.0. 7.8 1/2 00 7/8 ID 45 1/2 14 15/16 14 7/8 48 LET 120 12 000 2 100 12 3 3.0 11.7 1/2 OD 7/8 ID 61 1/2 14 15/16 14 7/8 60 LET 0 14.000 1.950 12 3 I 3.0 3 .. 12 OD 7/8 10 61 1/2 14 15/16 14 7/8 LET 160 16,000 2,600 12 4 4.0 15.7 1/2 OD 1 1/8 ID 77 1/2 14 15/16 14 7/8 81 LET 180 18,000 2,600 12 4 4.0 15.7 1/2 OD 1 1/8 ID 77 1/2 14 15/16 14 7/8 84 LET 200 20,000 3,250 12 5 5.0 19.6 1/2 OD 1 1/8 ID 93 1/2 14 15/16 14 7/8 101 LET 240 24,000 3,900 12 6 6.0 23.5 1/2 OD 1 1 /81D 109 1/2 14 15/16 14 7/8 121 LET 280 28,000 3,900 12 6 6.0 23.5 1/2 OD 1 1/8 ID 109 1/2 14 15/16 14 7/8 124 . - 127 LLE Models 4 Fins Per Inch LLE 041 4.100 690 12 1 1.0 3 9 1/7 OD 5/8 ID 29 1/2 14 15/16 14 7/8 28 LLE 068 6,800 1,380 12 2 2.0 7.8 12 OD 7/8 ID 45 1/2 14 15/16 14 7/8 44 LLE 080 8,000 1,380 12 2 2.0 7.8 1/2 OD 7/8 ID 45 1/2 14 15/16 14 7/8 47 LLE 102 10.200 2.170 12 3 3.0 11.7 1/2 OD 7/8 ID 61 1/2 14 15/16 14 7/8 59 LLE 136 13,600 2,760 12 4 4.0 15.7 1/2 OD 11/8 ID 771/2 1415/16 147/8 80 LLE 170 17,000 3,450 12 5 5.0 19.6 1/20D 11/8 ID 931/2 1415/16 147/8 100 LLE 204 20,400 4,140 12 6 6.0 23.5 1/2 OD 1 1/8 ID 109 1/2 14 15/16 14 7/8 120 LLE 235 23,500 4,140 12 6 6.0 ,.,,- 120D 1 1/81D 1091/2 1415/16 147/8 123 ADT Model No. BTUH 0 10 °F TD CFM Fan Motor Info. Shaded Pole 115 /1 Total FLA Connections (In.) Net Dimensions (In,) Approx. Net Wt. (Lbs.) Dia. (In.) Qty. Inlet Suction L fl 'D . - ADT 040 4,000 730 12 1 1.8 1/2 OD 5/8 ID 29 1/2 14 15/16 14 7/8 28 ADT 052 5,200 700 12 1 1.8 1/2 OD 5/8 ID 29 1/2 14 15/16 14 7/8 31 ADT 065 6,500 650 12 1 1.8 1/2 OD 7/8 ID 29 1/2 14 15/16 14 7/8 34 ADT 070 7,000 1,460 12 2 3.6 1/2 OD 7/8 ID 45 1/2 14 15/16 14 7/8 45 ADT 090 9,000 1,400 12 2 3.6 1/2 OD 7/8 ID 45 1/2 14 15/16 14 7/8 48 ADT 104 10,400 1,400 12 2 3.6 1/2 OD 7/8 ID 45 1/2 14 15/16 14 7/8 49 ADT 120 12,000 1,300 12 2 3.6 1/2 OD 7/8 ID 4512 14 15/16 147/8 51 ADT 130 13,000 1,300 12 2 3.6 1/2 OD 7/8 10 45 1/2 14 15/16 14 7/8 53 ADT 140 14,000 2,100 12 3 5.4 12 OD 7/8 10 61 1/2 14 15/16 14 7/8 63 ADT 156 15,600 2,100 12 3 5.4 1/2 OD 7/8 ID 611/2 1415/16 147/8 '(7 ADT 180 18,000 1,950 12 3 5.4 1/2 OD 7/8 ID 61 1/2 1415/16 _ f F9 ADT 208 20,800 2,800 12 4 7.2 1/2 OD 1 1/8 1D 77 1/2 - • (• -. ADT 260 26,000 3,250 12 5 9.0 1/2 OD 1 1/8 ID 93 172 Is YL ^ 1 1 ADT 312 31,200 3,900 12 6 10.8 1/2 OD 1 1/8 ID 10 1/2 1� g 1 iM 12 ADT 370 37,000 3,900 12 6 10.8 1/2 OD 1 3/8 ID 109`/2 (J1) T • . 1431h 127 Walk -In Evaporators *Energy Solutions (with PSC motor option) ®Energy Solutions (with PSC motor option) COS Model ADT - Low Profile Air Defrost Evaporators The New ADT low profile, air defrost unit coolers are designed for maximum capacity while consuming a minimum of headroom, space and energy. These units are suitable for use with R -22, R -507, or R -404A. The units are only 15' high and are designed to mount flush with top of the cooler. The new ADT evaporators and new cabinet design features easy front access to electrical and refrigeration components. ADT units also feature extended model and capacity offering to better match wtih Bohn condensing units. Advancements include plastic blue fan guard design with wire guards as optional; front facing electric board for easy access and optimized space in end panels. Improved drain pan design. Motor hamess and solenoid harness are easierto access from the bottom of the coil. Solenoid hamess comes standard. Available with PSC motor option. See product bulletin for more details. ME con Model LET /LLE - Low Profile Electric LET /LLE low profile, electric defrost offers th2 models above and are also available In 6 or 4 fin. PSC motor option. See product bulletin for more CITY OF TUKWILA MAY 23 2006 PERMIT CENTER INCOMPLETE LTR# Z M019 -VP BH *005X6 A RS43C2E 3/8 1/2 5.5 1 28.25 23.75 17.25 135 68 BH *008X6 A RS55C2E 3/8 1/2 5.5 1 28 25 23.75 17.25 135 68 BH *009X6 A RS64C2E 3/8 5/8 5.5 1 28.25 23.75 17.25 144 68 BH *010X6 A RS70CIE 3/8 5/8 5.5 1 28.25 23.75 17.25 138 68 BH *015X6 B CSIOK6E 3/8 5/8 9 2 28.25 37.75 17.25 193 71 BH *020X6 B CSI2K6E 3/8 7/8 9 2 2825 37.75 17.25 203 73 BH *025X6 B CSI4K6E 3/8 7/8 9 2 28.25 37.75 17.25 208 74 BH *030X6 D CSI8K6E 1/2 7/8 20 1 30.25 42.5 29.75 290 73 BH *032X6 D CS20K6E 1/2 7/8 20 1 30.25 42.5 29.75 275 76 BH *040X6 D CS27K6E 1/2 1 -1/8 20 1 30.25 42.5 29.75 281 73 BH *050X6 D CS33K6E 1/2 1 -1/8 20 I 30.25 42.5 29.75 313 73 BH *011L6 A CF04K6E 3/8 5/8 5.5 1 28.25 23.75 17.25 139 73 3H *014L6 A CF06K6E 3/8 5/8 5.5 1 28.25 23.75 17.25 170 73 BH *025L6 B CF09K6E 3/8 7/8 9 2 28 25 37.75 17.25 222 76 8H *031L6 C CF12K6E 1/2 7/8 14 2 28.25 37.75 19.75 223 77 Performance Data - Low Temperature Models - Hermetic Compressors R404/507 ompressor Capacity BTUH @ 0°E -5°F not "Ambient ;/ Suction;Tetnperature "i= 317°F. -20 ,u, 25 . *I 14. 4 G BH *014L6 CF06K.E 10610 9460 8340 6220 5250 4340 :H *12 L6 F0'K6E 17940 15970 14050 10400 8700 7130 BH *031L6 CF12K6E 20793 18889 16931 12938 10952 9009 8404/507: Model Compressor Capacity BTUH @ 0 °F -5 °F 95°F. Ambient / Suction Temperature - *F -10 °F. -20°F. -25 °F 3D °F- BH *011L6 CF04K6E 6930 6109 5289 3684 2919 2196 BH *014L6 CF06K6E 9980 8870 7790 5740 4810 3940 BH *025L6 CF09K6E 16870 14990 13150 9650 8040 6560 BH *031L6 CF12K6E 19598 17782 15909 12070 10152 8268 8404/507 Model ompressar Capacity BTUH @ 0°F. , , -5°F" 100 °F Ambient / Suction Temperature °F -10°F. .,,.. -20°F. , --25 °F -30°F. BH *011L6 CF04K6E 6379 5597 4814 3281 2549 1856 BH *014L6 CF06K6E 9360 8280 7230 5270 4370 3550 BH *025L6 CF09K.E 15810 14000 12240 8910 7390 6000 BH *031L6 F1 K.E 18410 16681 14892 11206 9354 7530 R404/507 Model ompressor Capacity BTUH 0°F. -5°F. 110°F Ambient / Suction_ Temperature ° -10°F. -20°F. : 25 ° F . ^30` BH *011L6 CF04K6E 5288 4581 3872 2477 1809 n/a BH *014L6 CF06K6E 8130 7110 6130 4310 3500 2770 BH *025L6 CF09K6E 13680 12050 10440 7440 6080 4850 BH *031L6 CF12K6E 16056 14500 12875 9490 7770 6061 Unit Specifications - Hermetic Compressors Model Number Connections (ID) .; pressor ;Liquid Suction Receiver 90% Full Lbs. Fan In. Dimensions': In. ,Ia outld Data dbat BH *l5H2 A ART82C1 3/8 1/2 6 2825 23.75 17.25 187 67 BH *015112 B CR18K• 3/8 5/8 10 2 28.25 37.75 17.25 189 71 BH *020H2 B CR24K• 3/8 7/8 10 2 28 25 37.75 17.25 193 72 BH *029M2 C CR37K• 1/2 7/8 16 2 28.25 37.75 19.25 214 72 BH *030H2 D CR37K• 1/2 7/8 22 1 30.25 42.5 29.75 281 73 BH *040H2 D CR53K• 1/2 1 -1/8 22 1 30.25 42.5 29.75 299 73 = T for Outdoor, N for Indoor, B for Bohnmlzer, S for Beacon IITM ++ = See page 23 for details t = Estimated sound pressure values are 10 feet from the unit. For estimating sound pressure from the unit a different distances, deduct the following from the unit values: 20 feet, deduct 6 dba for 40 feet, deduct 12 dba for 80 feet, deduct 18 dba. This data is typical of 'free field" conditions for horizontal air cooled condensing units at the outlet of the discharge air The actual sound mea- surements may vary depending on the condensing unit installation. Factors such as reflecting walls, background noise and mounting conditions may have a significant influence on this data. 9 1 � 1 The Cold Standard FILE COM Pert* No. _ `Quality Standard Bohn has built high performance air handlers for the building trade for over forty years. Our hallmark has been a continuing process of design improvements to keep pace with new system requirements. This bulletin pre- sents the complete line of air handling units offered by Bohn for air conditioning, heating, and ventilation applications. Our highest design priorities are for units with low operating costs, rugged construction, and the features most needed for simple trouble free installation and maintenance. Heatcraft's ISO 9000 certification guarantees consistent quality products for you and your customers. • AIR HANDLERS For Air Conditioning, Heating and Ventilation BULLETIN 12006.2 August 2002 (Replaces 12006.1) MODELS HCS, HCL, VCS, HFO, HD SIZE 03 THRU 75 REVIEWED FOR CODE COMPLIANCE pnnnn cia JUN 12 Z006 Ci Of Tukwila RI�TLOTNG n'rvTSTON INCOMPLET RECEIVFn LTR# __I MAY 1 6 2006 , A 0 1, PERMIT CENTER P Cabinet style 1 HCS — (S for Short) Insulated fan section with motor base and access door(s), horizontally adjacent (same elevation) with Insulated short depth coil section with drain pan. HCL — (L for Long) Insulated fan section with motor base and access door(s) horizontally adjacent (same elevation) with Insulated long coil section with drain pan. VCS — (V for Vertical, fan on top of coil section) Insulated fan section with motor base and access door(s), vertically adjacent to (on top of) Insulated AHV coil section with drain pan. HD — (HD for Heating Duty) Uninsulated fan section with motor base and access door(s) horizontally adjacent (same elevation) with 1, 2, 3, 4 or 6 row heating section. HFO — (FO for Fan Only) Uninsulated fan section only with motor base and access door(s) 2 Bohn Refrigeration VCS MODELS 03 - 41 11 Standard Models Capacities From 1000 to 24000 CFM AIR HANDLERS AIR HANDLER NOMENCLATURE HCL 0 6 F C Quick Cues for the five cabinet styles: S L V HD FO Fan Type: FC - Forward curved fans, available with all cabinet styles, sizes 3 thru 41 AF - Air foil type fans, available with sizes 20 thru 75, all cabinets except VCS style Nominal coil face area (square feet): Size 03 thru size 75 See inside back cover for actual coil face area for each model size (BOHI� The Cold Standard = SHORT = LONG = VERTICAL = HEATING DUTY = FAN ONLY in model HCS in model HCL In model VCS in model HD in model HFO INDEX Dimensional Data 29 - 38 Fan Data 24 - 29 Features, Accessories 3 -10 Mechanical Specifications 44 Performance, Selection 11 - 23 Physical Data 42 -43 Static, Air Pressure Drop 40 - 41 Weight 39 Bulletin 12006.2 STANDARD FEATURE DESCRIPTION UNIT SIZE 03 06 08 10 12 14 18 20 26 34 41 50 65 75 HCS(short coil section) cabinet style SS S SS S S S S S S S S S HCL (long coil section) cabinet style S S S S S SS S S S S S S S VCS (fan above coil section) cabinet style SS S S 5 S S S SS S HD(heating duty) cabinet style SS S S S S S S S S 5 S SS HFO (fan only) cabinet style SS S S S SS S S S S S SS Universal (can be floor or ceiling) mount SS S SS S S S SS S Floor or platform mounting only S S S 16 gauge casing - fan and coil section SS S SS S SSW S S S Hinged access door motor side of fan section removable panel on opposite side SS S SS SS Hinged access doors, both sides of fan section A A A A A A A S SS S S SS Blower - forward curved (FC), low pressure SS S S S SS Blower - forward curved (FC), medium pressure A A A A A A A S SS 5 Blower - air foil (AF), Not available as VCS unit A AA A S S S 200,000 hour lifetime lubricated bearings S S S S S Pillow block bearings, extended lube lines A A A A A S S S SS S S S S Adjustable motor base SS S S S S S 5 5 5 S S S S Left or right hand motor positions SS S S S S S S SS S S S S Combined fan & coil sections (HCS & HCL only) SS S S S SS Split tan & coil sections (HCS, HCL, & HD only) A A A A A A A S SS S S S S Coll section drain pan (HCS & HCL models only) SS SS S S S S SS S S SS Coll section drain pan (VCS models only) $ S S $ S S $ S SS S 1" by 3/4 LB Insulation, Bass (HCS, HCL, & VCS) SS 5 SS S S S SS S S SS Horizontal or vertical fan discharge arrangements, see drawings pp.31 -35 for actual placement and bottom discharge SS S S S S S S SS S S SS r AIR HANDLERS STANDARD FEATURES, BASIC CABINET MODELS PER UNIT SIZE 'S' = Standard 'A' = Available Bulletin 12006.2 Bohn Refrigeration 3 FEATURES FEATURES BASIC CABINET Consists of a fan section and a coil section with double wall drain pan. The housing panels are die formed from mill galva- nized steel and insulated with 1 " -3/4 pound density mat faced fiberglass Insulation. All fan sections have hinged and latched access doors. Unit below has fan and coil section. FANS All units have single, double width, double inlet fan wheels for quiet performance and low energy consumption. Single wheels eliminate the problem of unequal loading which is characteris- tic of units with multiple wheels. Also, the expense of a "pants" type duct connection is avoided. Sizes 03 through 41 units have forward curved and size 50 through size 75 units have airfoil fan as standard. 4 Bohn Refrigeration STANDARD UNIT FEATURES FORWARD CURVED FANS BEARINGS Unit sizes 03 through 12 have lifetime lubricated fan bearings as standard. Unit sizes 03 through 12 with optional medium pressure fan have pillow block bearings rigidly supported on a heavy steel frame. Unit sizes 14 through 75 have pillow block bearing rigidly supported on a heavy steel frame as standard. The bearings are self aligning and are selected for an average service life In excess of 200,000 hours. There are extended lube lines and grease fittings on the drive side of all units that have pillow block bearings. The bearings on these models can be lubricated without opening the blower section access door. Maximum operating temperature is 140° F. AIR FOIL FANS FAN SHAFT The fan shaft is solid polished steel, and keyed for both fan and drive. It is designed so that critical speed is at least 1.25 times the maximum operating speed. MOTOR MOUNT Bohn puts the motor inside the fan section cabinet. It is mounted on a heavy gauge steel slide rail base. There are several advantages with Internal motor location. It eliminates the need for a bulky belt guard. Another advantage is that Bohn balances the factory mounted motor and drive compo- nents, which can eliminate additional balancing at start-up. COIL SECTION Coil sections cover a wide range of heating and cooling re- quirements. Side, top and bottom panels are 16 gauge mill galvanized steel. All coil sections accommodate either small or large face area coils. The HCS coil section will hold 15 of coils and spacers. The HCS section covers most applications. Use the HCL coil sec- tion if the coil or access space is more than 15 ". (See page 38 for maximum per model.) Cooling coil sections have a drain pan with double wall con- struction. Insulation is sandwiched between the outer panel and the inner drain pan. The pans are heavy gauge mill gal- vanized steel. Bohn welds the comers of the drain pans and puts drain connections on both sides of the coil section for field convenience. The coils sit in an upright position inside the coil section. The air flows horizontally through the coils. Larger models (sizes 50 through 75) have cooling coils stacked two high. These larger models come with an intermediate drain pan, so that condensate from the upper coil does not flow over the lower coll. Coils come in either small or large sizes (pages 42 -43). A large face area coil fills the total face area of the coil section. The coil section's total air volume passes through the large coll. A small coil is shorter In height and does not fill the total face height of the coil section. Air may bypass above the coil through balance dampers or internal face and bypass damp- ers. With either combination, it Is possible to adjust and con- trol the amount of air passing through the small size coil. Chilled water and direct expansion coil face velocities over 550 FPM should be avoided - -WATER CARRYOVER. f desired, a blank off plate above the small coil can force total coil section air volume through the small coil. Bulletin 12006.2 FEATURES AIR HANDLER COILS There are a wide variety of coil types to meet the load requirements of conditioned spaces. Bohn's four coil types are: water, direct expansion, heat reclaim and steam coils. All standard coils have copper tubes and aluminum fins and a heavy gauge mill galvanized steel casing. Staggered tube designs increase air turbulence and Improve coil performance. The plate type, die formed, corrugated fin design provides optimum strength. The fin design also enhances air turbulence for peak performance. Each fin has die formed, self- spacing fin collars which completely surround the tubes. Bohn mechanically expands the tubes into the fins to provide maximum heat transfer. Fin spacing selections of six to fourteen fins per inch insure that an optimum coil Is offered to meet specific design needs. WATER COILS CONDENSER HEAT RECLAIM COILS DIRECT EXPANSION COILS Select direct expansion coils from 3, 4, 5, 6, or 8 row coil depth options. All direct expansion coils offer five fin densities (6, 8, 10, 12, or 14 FPI). Specify either 1/2" (Type A) or 5/8" (Type 5) tube diameters. Each coil has a brass, sweat connection type distributor and copper suction header. Distributor leads of equal length work for equal refrigerant distribution to all the circuits. Working with Bohn software or your representa- tive, select from a among variety of circuit designs. Bohn has an optimum design to deliver the proper refrigerant pressure drop for your conditions. Specify multiple distributors for face split or row split control of the coll. STEAM COILS Nonfreeze Steam (NFS) coils have internal steam distributing tubes which are directionally lanced for high performance and good condensate removal. The coils are also pitched in the coil casing. The design working pressure and temperature of standard copper tube coils are 150 PSIG and 366 F respec- tively. Depending upon job requirements, select the 5/8" (Type 5) tube diameter coil at an optimum fin spacing and a one or two row coil depth for air handler model sizes 03 through 50. For models 65 and 75, select the 1" (Type 8) tube diameter coil with one row at an optimum fin spacing. Bulletin 12006.2 WATER COILS A wide range of choices leads to the best coil selection for each particular job. Select water cooling coils from 4, 5, 6, or 8 row coil depth options. Select water heating coils from 1, 2, or 3 row coil depth options. All water coils offer five fin densities (6, 8, 10, 12, or 14 FPI). Specify either 1/2" (Type A) or 5/8" (Type 5) tube diameters. Bohn optimizes circuit design from the header Into the coil and delivers high Internal heat transfer coefficients for each application's conditions. This Is done without resorting to internal devices which Increase pressure drop or restrict draining. All circuit designs avoid trapped cir- cuits, so the coil is drainable. There are vent and drain con- nections on both supply and return headers on coils of 3 or more rows. All coil connections terminate outside the air han- dler coil section cabinet. Design working pressure is 250 PSIG. Design fluid temperature for heating coils is 300 °F. Bohn Refrigeration 5 DIRECT EXPANSION COILS HEAT RECLAIM COILS Refrigerant Heat Reclaim (RHR) coils with multiple circuits handle applications where a number of refrigeration compres- sors are connected to a single coil. Each circuit has heavy wall copper, sweat type, hot gas Inlet and liquid or cooled gas outlet connections. Bohn's custom coil circuiting maintains an Internal coil pressure drop below 5 PSIG for each system. De- pending upon job requirements select 1/2" (Type A) or 5/8" (Type 5) tube coils, select one of five fin densities (6, 8,10,12, and 14 FPI), and select from coil row depths of 2, 3, 4, 5, 6, an 8 rows. STEAM COILS Unit Size Heater Dimensions (In.) H W 03 22 30 /a 06 26 45 08 35'/2 42 10 35 51 12 38'/4 57 14 38 66 18 47 66 /e 20 44 83 26 44 108 6 /a 34 54 108 6 /e 41 65 108 % 50 74 110 65 82 e/4 126'/e 75 94 126'/e FEATURES Electric heaters are UL listed for duct installation. The UL label applies to the heater only, not the complete air handler. Heaters are furnished as a separate section and are available with insulated or uninsulated casings. Controls such as contactors, fuses, etc., may be factory installed and wired in the heater section end panel provided the number of control steps is not excessive. Remote control panels are also available. NOTES: Heaters for constant volume units to have 35 Wln of wire surface maximum. ACCESSORIES - ELECTRIC HEAT CONSTRUCTION & DIMENSIONS Sheet Metal Block-Off -ax c MIS SS a NM al IN NM 0 0 W TO 10 1 I 1 I I I j . I --- Y I 1 HEATING COIL COIL Y •36' Maximum cull) -In Tomlinal Box 1. TOTAL KW NEEDED CFM x TD (F) Approximate KW — 3000 2. NUMBER OF STEPS RECOMMENDED Rule of thumb for calculating the recommended number of steps required. Use Step A or B below, whichever is higher. A. Number of Steps = 300 x Total Heater KW CFM (Based on approx. 10 °F. temp. rise per step) B. Number of Steps — Total Heater KW Maximum KW per step 6 Bohn Refrigeration Bulletin 12006.2 The standard electric heater section construction includes: 1. Automatic thermal cutout 2. Heat limiters 3. Air flow switch Maximum KW per contactor and per fuse block (at least one contactor is required per step of heating): NOTES: 1. You must order the split shipment of the fan and coil sections to get electric heat on unit size 03 through unit size 18. 2. All electric heat controls are built Into the heater control box. 3. Specify two pole break contactors or three pole break contactors. Two pole contactors only de- energize, while three pole contactors disconnect. 4. Be aware of requirements for heater circuits rated more than 48 amps. According to N.E.C. Code and U.L. you must subdivide the heater elements of such circuits. N.E.C• Code requires that the sub - circuit fuses be furnished by the heater manufacturer. COMMONLY USED CONTROL SYSTEMS: A. For small loads (up to 20 KW),consider a multi -stage thermostat. Bulletin 12006.2 ACCESSORIES - ELECTRIC HEAT FEATURES Typical options for the electric heater section are: 1. Fiberglass insulation in cabinet 2. At least one magnetic contactor per step of heating (two or three pole break) 3. Three phase fuse blocks and fuses 4. Transformer with primary fusing 5. Manual reset thermal cutout in control circuit Electric Heater Selection Example A. How many KW is needed to increase temperature of 17000 CFM by 27 °F for Air Handler Model Size 34? 17000 times 27 divided by 3000 is: 153 KW IS REQUIRED B. How many steps required at 10 ° F rise per step? 300 times 153 divided by 17000 is: 2.7 STEPS ROUNDS UP TO 3 STEPS C. How many steps required at 460 volts with low amps contactors? 153 divided by 19.9 is: 7.7 STEPS ROUNDS UP TO 8 STEPS D. How many steps required at 460 volts with high amps contactors? 153 divided by 38.2 is: 4.0 STEPS E. How many fuse blocks required? 153 divided by 38.2 is: 4.0 FUSE BLOCKS °F. Order the 153 KW to get the 27 degree rise. Throw out the 3 steps (figured at 10 °F rise in part B), because It Is smaller than the two values figured per contactor size (parts D & E). Decide whether you want high amps or low amps contactors, if you want low amps contactors, round the 7.7 to 8 and order 8 of the low amps contactors (you now have a possible 8 steps of control). If four steps of control are satisfactory, order the high amps contactors. In either case, the application requires four fuse blocks (part E). B. For medium bads (up to 200 KW), consider a modulating thermostat that operates a step controller. C. For fine control of large bads (above 75 KW), consider a combination step control and SCR vemier system. This scheme has 80% of heater capacity controlled by conventional step controller, with the other 20% on a solid state SCR controller. D. For 100% proportional control of any size, consider a total SCR control. E. Bohn does not supply : multi -stage thermostats modulating thermostats But you will want to order contactors and fuse blocks from Bohn that are appropriate for for the control scheme specified in the field. Bohn Refrigeration 7 Maximum KW Component 208 V 240 V 460 V 480 V Low amps contactor 9.0 10.4 19.9 20.8 High amps contactor 17.3 19.3 38.2 39.9 Fuse block 17.3 19.9 38.2 39.9 The standard electric heater section construction includes: 1. Automatic thermal cutout 2. Heat limiters 3. Air flow switch Maximum KW per contactor and per fuse block (at least one contactor is required per step of heating): NOTES: 1. You must order the split shipment of the fan and coil sections to get electric heat on unit size 03 through unit size 18. 2. All electric heat controls are built Into the heater control box. 3. Specify two pole break contactors or three pole break contactors. Two pole contactors only de- energize, while three pole contactors disconnect. 4. Be aware of requirements for heater circuits rated more than 48 amps. According to N.E.C. Code and U.L. you must subdivide the heater elements of such circuits. N.E.C• Code requires that the sub - circuit fuses be furnished by the heater manufacturer. COMMONLY USED CONTROL SYSTEMS: A. For small loads (up to 20 KW),consider a multi -stage thermostat. Bulletin 12006.2 ACCESSORIES - ELECTRIC HEAT FEATURES Typical options for the electric heater section are: 1. Fiberglass insulation in cabinet 2. At least one magnetic contactor per step of heating (two or three pole break) 3. Three phase fuse blocks and fuses 4. Transformer with primary fusing 5. Manual reset thermal cutout in control circuit Electric Heater Selection Example A. How many KW is needed to increase temperature of 17000 CFM by 27 °F for Air Handler Model Size 34? 17000 times 27 divided by 3000 is: 153 KW IS REQUIRED B. How many steps required at 10 ° F rise per step? 300 times 153 divided by 17000 is: 2.7 STEPS ROUNDS UP TO 3 STEPS C. How many steps required at 460 volts with low amps contactors? 153 divided by 19.9 is: 7.7 STEPS ROUNDS UP TO 8 STEPS D. How many steps required at 460 volts with high amps contactors? 153 divided by 38.2 is: 4.0 STEPS E. How many fuse blocks required? 153 divided by 38.2 is: 4.0 FUSE BLOCKS °F. Order the 153 KW to get the 27 degree rise. Throw out the 3 steps (figured at 10 °F rise in part B), because It Is smaller than the two values figured per contactor size (parts D & E). Decide whether you want high amps or low amps contactors, if you want low amps contactors, round the 7.7 to 8 and order 8 of the low amps contactors (you now have a possible 8 steps of control). If four steps of control are satisfactory, order the high amps contactors. In either case, the application requires four fuse blocks (part E). B. For medium bads (up to 200 KW), consider a modulating thermostat that operates a step controller. C. For fine control of large bads (above 75 KW), consider a combination step control and SCR vemier system. This scheme has 80% of heater capacity controlled by conventional step controller, with the other 20% on a solid state SCR controller. D. For 100% proportional control of any size, consider a total SCR control. E. Bohn does not supply : multi -stage thermostats modulating thermostats But you will want to order contactors and fuse blocks from Bohn that are appropriate for for the control scheme specified in the field. Bohn Refrigeration 7 FEATURES FLAT FILTER SECTIONS Flat filter sections are space saving and economical. Choose either two Inch or four inch fitters. The two Inch filters can be the throwaway, the 35% pleated, or the high velocity clean- able type. Four inch filters are 35% pleated, they have more fitter surface than two Inch filters. Four inch fitters Impose less static on air flow and do not need to changed as often as two Inch fitters. The filters slide into metal channels and are removable from either side of the section. FLAT FILTER SECTION HIGH CAPACITY FILTER SECTIONS Designed for high air volume applications. Filters are arranged In a 'V' or W' pattern for the greatest surface possible which provides extended fitter life and reduced resistance to air flow. This means less fan horsepower. The sections have access doors on each side to ease filter change. HIGH EFFICIENCY FILTER SECTIONS Select 20, 28 ", or 44" bag filter sections. Choose medium or high effidency bag or cartridge filters for this section. See pages 9, 29, 42, and 43. Sections are complete with prefilter and bag filter tracks. The sections have an extruded alumi- num final filter track with a reinforced nylon pile seal. The postive seal forces the air flow through the high efficiency final filter. EXTRUDED ALUMINUM FILTER TRACK Final Filter Tracks Have Reinbrced Nylon Plle For A PostNe Seal 8 Bohn Refrigeration High capacity Filter Section ACCESSORIES ECONOMIZER SECTIONS The economizer Is an entering air section. Typically, the economizer accepts air from two sources. Many system de- signers 'economize' performance by varying the two air flows to deliver conditioned air with minimum energy consumption. Economizer sections are constructed with heavy gauge mill galvanized steel. Select from three inlet opening locations: the air can enter through openings at the top, at the back, or at the bottom of the section. Order the economizer with or without dampers. The section with dampers has parallel blades at each opening and an Interconnecting linkage be- tween the openings. The damper rods rotate In frictionless sleeve bearings, and the drive rod extends from both sides of the section for either left or right hand drive. For a com- bined filter and economizer section, simply order a high ca- pacity fitter section along with the economizer. ECONOMIZER FACE AND BYPASS DAMPERS For damper applications, choose either the internal face and bypass section or the external face and bypass section. If used with a large coil the damper section must be the external face and bypass damper type. When used with a small coil, select the internal face and bypass damper section. The damper sections have balanced opposed blades with inter- connecting linkage. The blades positively lock to the damper shafts. The shafts rotate freely in frictionless sleeve bearings. Face and Bypass Dampers Bulletin 12006.2 Prefilters: select either two inch throw -away or two inch 35% efficient filters as prefifters. All three high efficiency filter sections accept prefiters, without reducing final filter depth capacity. Twenty -two inch, high efficiency filter section (accommodates up to 12" of final filter depth): • Prefilter and either six inch or twelve inch cartridge filters at 60% to 65 %, or 80% to 85 %, or 90% to 95% efficiency Twenty -eight inch, high efficiency filter section (accommodates up to 21" of final filter depth): • Prefilter and twenty -one inch bag filters at 60 -65 %, or 80 -85 %, or 90 -95% efficiency Forty -four Inch, high efficiency filter section (accommodates up to 37" of final filter depth): • Prefilter and thirty Inch bag filters at 60% to 65 %, or 80% to 85 %, or 90% to 95% efficiency • OR prefilter and thirty -seven inch bag filters at 60% to 65 %, or 80% to 85 %, or 90% to 95% efficiency High efficiency filter section options: • One Inch depth by 3/4 pound per cu. ft. density fiber glass insulation (standard section not insulated) • Diffuser section, must be used when high efficiency filter section is downstream of fan (blow - through unit) • Double wall construction on high efficiency filter section, adds 4" to the width and 2" to the height of the unit. Insulation is 2 inch depth and 1.5 pound per cu. ft. fiberglass. The Insulation is sandwiched between standard unit and outer skin. • Economizer section, without dampers, with top, bottom, or back inlet openings, without filters • Economizer section, without dampers, with top, bottom, or back inlet openings, combined with high capacity filter section • Economizer section, with dampers, with top, bottom, or back inlet openings without filters • Economizer section, with dampers, with top, bottom or back inlet openings, combined with high capacity filter section • HCS type coil module, Includes Insulation, drain pan and four mounting legs, 15.5" max coil depth, see page 38. • HCL type coil module, Includes Insulation, drain pan and four mounting legs, and more coil depth, see page 38. • internal face and bypass sections, must be used with small coil for air bypass. See page 8. • external face and bypass section, must be used with HCL type coil section or module. See page 8. • Insulated access section, same size as high capacity filter section, hinged and latched doors, both sides. • Uninsulated access section, same size as high capacity fitter section, hinged and latched doors, both sides. FLAT AND HIGH CAPACITY FILTER SECTIONS - ALL UNIT SIZES: Two inch flat filter section with choice of three standard filter types: • two Inch throwaway fitters • two Inch 35% efficient pleated filters • two inch permanent high velocity cleanable filters Four Inch flat filter section: • with four Inch 35% efficient pleated filters High capacity filter section with choice of three standard filter types: • two inch throwaway filters • two inch 35% efficient pleated filters • two inch permanent high velocity cleanable filters HIGH EFFICIENCY FILTER SECTIONS - ALL UNIT SIZES: AUXILIARY SECTIONS - ALL UNIT SIZES: Bulletin 12006.2 ACCESSORIES FILTERS AND AUXILIARY SECTIONS (see pages 42 and 43 for number and quantity of filters per model) (Dimensions, pages 29 to 37) (Dimensions, page 29 to 37) (Dimensions, pages 29 to 37) Bohn Refrigeration 9 FEATURES MOTOR DRIVE' STARTER DESCRIPTION MOTOR HORSEPOWER 1 1.5 2 3 5 7.5 10 15 20 25 30 40 50 Open single speed motor, EPAct A A A A AA A AA A A A A Totally enclosed fan cooled (TEFC) motor EPAct A A A A A A A A A A AA A Open 2 speed 2 winding, 1800.1200 RPM motor A A A A AA A AA A Open single speed premium high efficiency motor A A A A A A A A A A AA A Fixed drive • at a 120% Safety Factor of HP A A A A AA A AA A A A A Fixed drive • selected at a 150% SF of HP A A A A AA A AA A A A A Adjustable drive • selected at a 120% SF of HP A A A A AA A AA A Adjustable drive • selected at a 150% SF of HP A A A A AA A AA A Motor starter at 460/3/60, 120 volt holding coil A A A A AA A AA A A A A Motor starter at 230/3/60,120 volt holding coil A A A A AA A AA AA Motor starter at 200 - 208/3/60, 120 V. holding coil A A A A AA A A A A FEATURES ACCESSORIES FOR FAN AND COIL SECTIONS Fan Section Accessory: Forward curved blower for total static of 3.5" to 6" Internal spring isolation (discharge arrangement 2 and 3 only) Internal spring isolation (discharge arrangement 2, 3, 4, 5 only) Inlet vanes (does not Include damper motor), forward curve (FC) Inlet vanes (does not Include damper motor), air foil (AF) fan Dual drive (extended shaft blowers with motors and drives installed on each side of fan, select 2 motors and 2 drives Coil Section Accessory: Large face area and small face area coils (see pages 42 & 43) Balancing dampers above small coil (to adjust air flow over coil In the field) Blank off plate above small sized coil (to force entire air flow over coil) Stainless steel drain pan (in coil sections) Coil section access door (standard section has removable panels) Coil spacer, a preheat coil can be spaced apart from a cooling coil with a coil spacer, the spacer prevents air bypass around the downstream coll. The standard spacer is 6" wide and is furnished with a 4" x 6" removable Inspection plate. See below for reheat coll. Mount reheat coil to leaving air side of section (see page 38) Gaskets Gaskets between sections Gaskets between sections and gasketed panels (outdoor application) Double Wall: Double wall construction, adds 4" to the width and 2" to the height and length of cabinet. Insulation is 2" of fiberglass at 1.5 lb per cubic foot density. The Insulation Is sandwiched between the standard unit and the outer skin. 10 Bohn Refrigeration Available on: Models 03 -18 for all cabinet styles All models except size 14 and VCS cabinets . All VCS cabinets except size 14 . Models 20 - 41 for all cabinet styles Models 20 - 75 for all cabinet styles Models 20 - 75 for all cabinet styles Available on: All HCS, HCL, HD, and VCS coil cabinets All HCS, HCL, HD, and VCS cabinets All HCS HCL, HD, and VCS cabinets All HCS, HCL, HD, and VCS coil cabinets All HCL and VCS coil cabinets All HCL and VCS coil cabinets All HCL and VCS coil cabinets Available on: All HCS, HCL, HD, and VCS cabinets Available on all five cabinets Available on all five fan and coil cabinets AVAILABLE MOTORS, DRIVES, MOTOR STARTERS PER HORSEPOWER Motors are three phase, ball bearing, rigid base and belt duty. 'A' = Available * Note: The "percentage" in the drive description is not the amount of adjusting possible with variable pitch drives. The percentage means the belts can handle an extra 20% or 50% BHP. Specifiers may select adjustable drives to meet uncertain static conditions, but adjustable drives may have vibration problems versus fixed. After adjusting the drive, installers can replace the adjustable drive with a fixed drive equal to the adjusted size. Bulletin 12006.2 INDEX TO AIR HANDLER PERFORMANCE TABLES - TYPICAL APPLICATIONS & COIL SELECTIONS Application & Table CoII Type Selection Conditions Heating and cooling Table 1 quick Reference ", page 13 Refrigerant Water & Steam Selected conditions for each coil type presented in a single table. See Table 1 notes for conditions. Cooling: Standard comfort cooling Tables 2 & 3. Dane 14 DX Refrigerant 4 & 6 Row Coils 80 ° F DB entering air 35 °F, 40 °F, and 67 °F WB entering air 45 ° F evaporating temp Supermarket air conditioning Tables 4 & 5, page 15 DX Refrigerant 4 & 6 Row Coils 75 °F DB entering air 35 °F, 40 °F, and 63 °F WB entering air 45 °F evaporating temp Standard comfort cooling Tables 6 to 9 page 16 Chilled Water 4 & 6 Rows 80 °F DB entering air 42 °F ,44 °F, 45 °F entenng 67 °F WB entering air water temperature Heating: Refrigerant Hot Gas Reclaim Table 16 page 20 Refrigerant 2, 3, 4, 6, 8 Row Coils 50 °F Temperature Difference Between Condensing Temperature and Coil Entering Air Temp. Preheating, Tempering Tables 10 & 11, page 18 Hot Water 1 & 2 Rows 0 °F entering air 180 °F entering water and 200 °F entering water Preheating, Tempenng Table 11, page 18 Steam 1 Row Only 0 °F entering air 5 PSIG steam* Heating Retum Air Tables 12 & 13, page 19 Hot Water 1 & 2 Rows 60 °F entering air 180 °F entering water 200 °F entering water Heating Retum Air Table 13, page 19 Steam 1 & 2 Rows 60 °F entering air 5 PSIG steam" 1. Air handler selections vary with each application. Use the index below to find Heatcraft Products air handler performance tables for: • Standard comfort cooling (either direct expansion or chilled water) • Heating (either steam or hot water, either make up air or retum air) • Supermarket air conditioning (direct expansion refrigerant) • Heat reclaim (coil performance, refrigerant condenser, typically supermarket) 2. The air handler performance tables give ARI ratings for the specific applications, conditions and coils listed. All performance tables (except reclaim) rate:10 FPI coils at 500 FPM cola air velocity. To select air handlers for other applications, conditions, or components: • Call your representative. With your representative, you can have specific computer selected coils rated for your job conditions. • Use tables on pages 21 to 23 for estimates of coil performance at various conditions. 3. See page 12, step 5 to calculate total static pressure. Consult fan tables, pages 24 to 29 and select fan motor. 4. Bohn builds each air handler to your components specifications. Please specify the following as needed with your order: • CFM • External or total static pressure • Motor HP, motor type, motor voltage, motor location (left hand or right hand) • Describe coils or specify with Heatcraft Products model numbers. Coil description can Include: Rows, FPI, refrigerant, design capacity (BTUH), Number of circuits, coil location inside air handler (preheat, reheat, etc.) Location of coil connections (left hand or right hand) • Filter sections and fitter types • Vibration isolators 5. Go to page 12 for air handler selection example. AIR HANDLER SELECTION PERFORMANCE Steam coils for model sizes 65 and 75 are 1" diameter. Bulletin 12006.2 Bohn Refrigeration 11 'PERFORMANCE SELECTION PROCEDURE: SELECTION EXAMPLE AIR HANDLER SELECTION CONDRIONS: "I want a ceiling mounted air handler that gives 35 tons of cooling and 35 tons of heating. I have 44 °F water for cooling and I have 200 °F water for heating. My return air temperatures are 'standard', that is 80 °F dry bulb and 67 °F wet bulb (50% relative humidity) for cooling. For heating, the retum air temperature Is 60 °F. I will supply duct work, you should select the motor to handle a half Inch of external static pressure. Select the smallest air handler possible and tell me what kind of CFM, flow rates, fluid pressure drops, and sensible cooling performance your selection will give me. I want a filter too." 1. Which air handler for cooling performance? Look at Index of air handler performance on page 11. Find that tables 6 through 9 give chilled water performance. You need 35 tons or 35 x 12 = 420 MBH Compare 1/2" and 5/8" and 4 row and 6 row performance: Select size 20 air handler with six row 1/2" tube coil with capacity of: 430 MBH Note that 4 row 5/8" tube coil is not enough at: 374 MBH 2. Which air handler for heating performance? Look at index of air handler performance on page 11. Find that tables 12 & 13 are for hot water performance with 60 °F air. You need 35 tons or 35 x 12 = 420 MBH Compare 1/2" and 5/8" and 1 row and 2 row performance: Select one row 5/8" tube coil for size 20 air handler with capacity of: 502 MBH Note that 1 row 1/2" tube coil is much too small at capacity of 395 MBH 3. Comparing steps 1 & 2, select: Size 20 air handler at 10025 CFM with 6 row, 1/2" tube chilled water coil with 1 row, 5/8" tube hot water coll. 4. Look at page 38, "Characteristics of standard coil sections " and confirm that: 1 row depth coil casing: 3.25 inches + 6 row depth coil casing: +9.75 Inches Total 13.00 inches fits into HCS type cabinet 5. Look at page 40 & 41, "Air pressure drop tables" and calculate total pressure drop: 0.17 Inch Pressure drop through 1 row coil, see dry 5/8" tube at: 10025 DIVIDED BY 19.25 OR 521 FPM 0.79 Inch Pressure drop through 6 row coil see wet 1/2" tube at: 500 FPM 0.22 Inch Pressure drop for flat filter section, pleated 2" fitter at: 10025 DIVIDED BY 24.4 OR 411 FPM +0.50 Inch External static pressure 1.68 Inch Total static pressure 6. Look at page 27, "Fan performance ": Select a 5 HP motor for the condition of 10000 CFM 7. Air handler description and performance: Description: HCS model size 20 with 6 row 10FPI, type A, cooling coil with 1 row 10 FPI, type 5, heating coil with open 5 HP motor at 230/3/60 volts (See page 10) with 120% adjustable drive with motor starter with flat filter section with 35% efficient 2" fitters with (6) rubber in shear vibration isolators for ceiling mount (see page 38) and Tess than 1.75 Inches of water. Performance: 10025 CFM at 1.68" total static and 0.5" external static pressure 430 MBH total cooling capacity and 292 MBH sensible cooling capacity with 80 °F DB/ 67 °F WB entering air and 44 °F entering water at 85.8 GPM and 13.5 feet of fluid pressure drop 502 MBH of heating capacity with 60 °F entering air and 200 °F entering water at 64.5 gpm and 12.3 feet of fluid pressure drop 8. To estimate performance of coils at other than 10 FPI, or different row depths, or different air speeds or temperature conditions see tables on page 20 - 23, or call your representative. With your representative, you can have specific computer selected coils for your job conditions. 12 Bohn Refrigeration Bulletin 12006.2 Unit Size NOTE 1 air vo ume at 500 fpm 2.54 mis NOTE 2 air handier face area NOTE 3 DX air condit oning NOTE 4 Refrigerant Heat reclaim NOTE 5 Chilled water A/C NOTE 6 Hot water Heating NOTE 7 Steam Heating CFM cu m/h SO FT aq m MBH kW MBH kW MBH kW MBH kW MBH kW 03 1565 2659 3.13 0.29 58 17.0 50 14.7 73 21.4 177 51.9 93 27.3 06 2880 4893 5.76 0.54 110 32.2 92 27.0 136 39 9 341 99.9 179 52.4 08 3905 6635 7.81 0.73 150 44.0 124 36.3 179 52 5 452 132.4 254 74.4 10 4885 8300 9.77 0.91 190 55.7 156 45.7 229 67.1 548 160.6 317 92.9 12 6200 10534 12.40 1.15 241 70.6 198 58.0 286 83.8 684 200.4 395 115.7 14 7290 12386 14.58 1.36 284 83.2 232 68.0 328 96.1 812 237.9 465 136.2 18 8855 15045 17.71 1.65 345 101.1 282 82.6 418 122.5 1034 303.0 571 167.3 20 10025 17033 20.05 1.86 390 114.3 319 93.5 472 138.3 1162 340.5 651 190.7 26 13280 22563 26.56 2.47 520 152.4 423 124.0 616 180.5 1520 445.4 859 251.7 34 16825 28586 33.65 3.13 659 193.1 536 157.1 814 238 5 2026 593.6 1145 335.5 41 20365 34601 40.73 3.79 797 233.5 649 190.2 978 286.6 2406 705.0 1360 398.5 50 25313 43008 50.63 4.70 992 290.7 807 236.5 1196 350 4 2637 772.6 1586 464.7 65 32290 54861 64.58 6.00 1253 367.1 1029 301.5 1549 453.9 3798 1112.8 1848 541.5 75 37675 64011 75.35 7.00 1462 428.4 1200 351.7 1792 525.1 4407 1291.3 2156 631.7 S TABLE 1 AIR HANDLER PERFORMANCE - QUICK REFERENCE Heating and Cooling Performance for Selected Coils At 500 FPM (2.54 m /s) and 10 FPI. See notes for coil descriptions and rating conditions. NOTES NOTE 1 -Air volume In CFM and cubic meters per hour tor air speed of 500 fpm or 2.54 meter per second through a large face area 1/2" tube diameter (Type A) coil for each air handler model. See pages 42 & 43 for range of air volumes for each model. NOTE 2 -Face area of large size 1/2" diameter tube coil for each air handler in square feet and square meters. 5/8" & 1" Inch diameter tube coils have slightly smaller face areas. See page 42 & 43 for other coils. NOTE 3 - Direct expansion halocarbon air conditioning in thousands of BTUH and kilowatts. Performance is for a 1/2" tube, 4 row, 10 FPI coil with 40 ° F (4.4 C) evaporating temperature and entering air temperatures at 80 °F (26.7 C) dry bulb and 67 °F (19.4 C) wet bulb. See pages 14, 15, and 21 for other coils and conditions. NOTE 4 - Halocarbon refrigerant gas heat reclaim (thousands of BTUH and kilowatts). Performance is for a 1/2" tube, 3 row, 10FPI coil with a 50 °F TD (or 27.7 degrees centigrade of temperature difference) between entering air and condensing temperature. See page 20 for other cols and conditions. NOTE 5 - Chilled water air conditioning in thousands of BTUH or Idlowatts. Performance Is for a 5/8" tube, 6 row, 10FPI coil with 44 °F (6.7 C) entering water temperature. Entering air temperatures are 80 °F (26.7 C) dry bulb and 67°F (19.4 C) wet bulb. The fluid pressure drop is less than 25 feet (0.76 kilogram per square centimeter) and the water velocity Is less than 6 fps (1.83 meters per second) See pages 16,17,and 22 for other coils and conditions. NOTE 6 -Hot water heating performance in thousands of BTUH or kilowatts. Performance is for a 5/8" tube, 2 row, 10 FPI colt with 200 °F (93.3 C) entering water temperature. The entering air temperature is 0 °F ( -18° C). The fluid pressure drop Is less than 25 feet (0.76 kilogram per square centimeter) and the water velocity is less than 6 fps (1.83 meters per second). See pages 18, 19, and 23 for more coils. NOTE 7 -Steam heating performance in thousands of BTUH or kilowatts. The coils are 5/8" tube, 1 row, and 10 FPI (coils for models 65 and 75 are 1" diameter tubes). The entering air temperature Is 60 °F (15.6 C) and the steam pressure is 5 psig (1.38 kilogram per square centimeter). See pages 18, 19, and 23 for other coils and conditions. Bulletin 12006.2 Bohn Refrigeration 13 PERFORMANCE Unit Size 0 Coll Face Area MBH - 4 ROWS MBH - 6 ROWS 35 °F SST 40 ° F SST 45 ° F SST 35 ° F SST 40 ° F SST 45 ° F SST Total Sens. Total Sens. Total Sens. Total Sens. Total Sens. Total Sens. 03 1565 3.13 70 44 58 38 44 33 87 53 75 48 61 42 06 2880 5.76 132 81 110 72 90 64 163 99 138 88 114 78 08 3905 7.81 177 110 150 99 123 88 219 133 189 119 154 105 10 4885 9.77 224 139 190 125 152 109 278 168 235 150 192 131 12 6200 12.40 284 177 241 157 194 140 353 214 301 191 242 166 14 7290 14.58 336 207 284 187 231 165 416 253 354 225 290 197 18 8855 17.71 408 250 345 226 280 201 505" 308 428 272 352 242 20 10025 20.05 459 282 390 256 319 226 568 343 489 308 399 273 26 13280 26.56 614 379 520 338 418 300 762" 461 648" 411 524 358 34 16825 33.65 778" 480 659" 428 530" 380 966" 584 821 520 664" 454 41 20365 40.73 942" 581 797" 518 641" 460 1168"" 706 994"" 630 804" 549 50 25313 50.63 1169" 721 992" 648 803" 577 1488* 875 1239* 788 1002* 686 65 32290 64.58 1447" 905 1253" 827 1035" 742 1820* 1104 1574* 995 1293* 884 75 37675 75.35 1689* 1056 1462* 965 1208* 866 2124* 1288 1836* 1161 1509* 1032 Unit Size CFM Std Air Coil Face Area MBH - 4 ROWS MBH - 6 ROWS 35 ° F SST 40 ° F SST 45 ° F SST 35 ° F SST 40 ° F SST 45 ° F SST Total Sens. Total Sens. Total Sens. Total Sens. Total Sena. Total Sens. 03 1500 3.00 75 47 62 42 48 37 88 54 76 49 63 43 06 2844 5.69 138 88 111 77 84 67 173 105 147 94 118 81 08 3750 7.50 178 114 157 106 129 95 228 139 192 122 152 106 10 4690 9.38 234 148 192 130 157 116 283 173 244 156 198 136 12 5844 11.69 296 186 246 165 192 144 346 212 301 192 249 169 14 6875 13.75 349 220 295 196 235 172 412 253 345 221 290 199 18 8750 17.50 444 280 375 249 299 219 536 326 455 289 369 254 20 9625 1925 467 297 408 273 335 245 591 360 500 317 412 279 26 12750 25.50 651 408 540 362. 422 314 779" 475 665 421 547 371 34 17000 34.00 868" 544 720" 482 563 418 1039" 633 886" 562 729" 495 41 20188 40.38 1030" 646 855" 573 669 497 1234" 752 1052" 667 866" 587 50 24750 49.50 1268* 790 1059" 709 830" 610 1520* 923 1282" 817 1062" 722 65 32292 64.58 1651" 1032 1401* 933 1116" 809 1989* 1212 1692* 1067 1369" 937 75 37458 74.92 1915" 1197 1625^ 1082 1295" 939 2307* 1405 1962* 1238 1588" 1087 PERFORMANCE TABLE 2 COMFORT COOLING TABLE 3 COMFORT COOLING SST = Saturated Suction Temperature MBH = BTU per Hour In Thousands Sens. = Sensible Capacity **To estimate performance of coils at other than 10 FPI or at other air speeds or with other refrigerant or air temperatures see page 21, or call your representative. With your representative, you can have specific computer selected coils rated for your Job conditions. 14 Bohn Refrigeration AIR HANDLER PERFORMANCE - DIRECT EXPANSION 1/2" tube, entering alr at 80 °F DB and 67 °F WS** Type A , direct expansion, cooling capacities 10 FPI * *, large coils, 500 FPM ** 5/8" tube, entering air at 80 °F DB and 67 °F WB** Type 5 , direct expansion, cooling capacities 10 FPI**, large coils, 500 FPM"' All coils have single refrigerant distributors unless noted as below: " These selections require two circuits. "" These selections require three circuits. * These selections require four circuits. Bulletin 12006.2 Unit Size CFM Std Air Coll Face Area MBH • 4 ROWS MBH • 6 ROWS 35 °F SST 40 °F SST 45 °F SST 35 °F SST 40 °F SST 45 °F SST Total Sens. Total Sens. Total Sens. Total Sens. Total Sens. Total Sens. 03 1565 3.13 57 39 44 34 32 29 72 48 60 42 46 36 06 2880 5.76 108 73 88 65 69 56 133 88 111 78 86 67 08 3905 7.81 145 99 121 88 92 76 182 119 151 106 117 91 10 4885 9.77 184 125 149 110 117 97 228 150 187 132 147 115 12 6200 12.40 234 159 192 139 147 121 292 191 238 168 186 144 14 7290 14.58 276 187 227 164 174 145 341 224 284 199 218 171 18 8855 17.71 335 227 276 199 211 176 414" 273 345 241 267 208 20 10025 20.05 378 254 314 227 240 196 472 312 391 272 302 233 26 13280 26.56 505 342 413 298 320 261 628" 411 513" 361 402 311 34 16825 33.65 640" 434 523" 378 405 330 796" 520 649" 457 510" 394 41 20365 40.73 775" 525 633" 457 490 403 963"" 630 786^^ 553 617" 477 50 25313 50.63 962" 645 793" 573 603" 500 1199* 787 984* 984 764" 593 65 32290 64.58 1312" 820 1011" 736 778" 640 1520* 992 1265* 880 978* 758 75 37675 75.35 1415* 957 1180* 859 908' 747 1773' 1158 1476* 1027 1141* 885 Unit Size 0a Coll Face Area MBH - 4 ROWS MBH - 6 ROWS 35 ° F SST 40 ° F SST 45 °F SST 35 °F SST 40 °F SST 45 °F SST Total Sens. Total Sens. Total Sens. Total Sens. Total Sens. Total Sens. 03 1500 3.00 61 42 48 36 36 31 74 49 61 43 48 37 06 2845 5.69 110 77 85 66 62 57 143 94 116 82 88 70 08 3750 7.50 152 106 127 93 98 82 187 123 151 107 117 92 10 4690 9.38 189 132 153 116 122 102 236 155 194 136 149 117 12 5844 11.69 242 167 192 143 142 123 291 193 243 170 189 147 14 6875 13.75 288 197 233 173 175 148 334 221 281 198 224 173 18 8750 17.50 367 251 296 221 223 188 442 291 360 251 285 220 20 9625 19.25 394 270 329 245 256 213 486 320 402 281 312 240 26 12750 25.50 531 366 419 313 332 278 641 425 535 374 415 323 34 17000 34.00 708" 488 559" 418 442 371 855 567 713^ 498 553 430 41 20188 40.38 840" 580 664" 496 525 441 1016 673 846" 592 657 511 50 24750 49.50 1037" 706 826" 615 634" 532 1242* 820 1036" 726 811" 622 65 32292 64.58 1364" 927 1105" 814 832 704 1641* 1081 1339* 938 1059" 813 75 37458 74.92 1582" 1075 1282" 944 966" 817 1904* 1254 1553* 1088 1229" 943 TABLE 4 SUPERMARKET AIR CONDITIONING TABLE 5 SUPERMARKET AIR CONDITIONING Bulletin 12006.2 AIR HANDLER PERFORMANCE - DIRECT EXPANSION 1/2" tube, entering air at 75 °F DB and 63 °F WB ** Type A , direct expansion, cooling capacities 10 FPI * *, large coils, 500 FPM ** SST = Saturated Suction Temperature MBH = BTU per Hour in Thousands Sens. = Sensible Capacity Face Area in square feet 5/8" tube, entering air at 75 °F DB and 63 ° F WB'* Type 5 , direct expansion, cooling capacities 10 FPI**, large coils, 500 FPM*" All coils have single refrigerant distributors unless noted as below: A These selections require two circuits. AA These selections require three circuits. * These selections require four circuits. Bohn Refrigeration 15 PERFORMANCE ** To estimate performance of coils at other than 10 FPI or at other air speeds or with other refrigerant or air temperatures see page 21, or call your representative. With your representative, you can have specific computer selected coils rated for your job conditions. Unit Size CFM Std Air Coll Face Area 42 ° F ENTERING WATER 44 °F ENTERING WATER 45 ° F ENTERING WATER MBH GPM PD MBH GPM PD MBH GPM PD TOTAL SENS TOTAL SENS TOTAL SENS 03 1565 3.13 51 37 102 2.4 46 35 9.1 1.9 43 34 8.6 1.7 06 2880 5.76 105 73 20 9 8.8 94 69 18.8 7.2 89 67 17.7 6.5 08 3905 7.81 139 98 27.8 7.6 125 92 25.0 6.3 118 89 23.6 5.6 10 4885 9.77 181 125 36 2 13.6 163 118 32.6 11.2 154 114 30.8 10.1 12 6200 12.40 233 160 46.6 18.2 210 151 41.9 15.0 198 146 39.6 13.5 14 7290 14.58 271 187 54.0 10.6 253 180 50.5 22.8 239 174 47.8 20.6 18 8855 17.71 328 227 65.6 10.8 307 218 61.4 23.8 290 212 58.0 21.5 20 10025 20.05 390 265 77.8 20.2 346 247 69.1 16.4 327 239 65.3 14.8 26 13280 26.56 500 343 99.8 15.6 450 323 89.8 12.8 425 313 84.9 11.6 34 16825 33.65 633 435 126.5 16.5 570 409 113.8 13.6 538 396 107.5 122 41 20365 40.73 767 527 153.1 17.0 690 495 137.8 14.0 652 480 130 2 12.6 50 25313 50.63 961 ^ 658 191.9 17.8 865^ 618 172.8 14.7 817^ 600 163.3 13.3 65 32290 64.58 1105^ 790 220.6 5.5 1125^ 798 224.8 21.7 1064^ 774 212.6 19.6 75 37675 75.35 1289^ 922 257.5 6.0 1313^ 931 262.3 22.6 1241^ 903 248.1 20.4 Unit Size CFM Std AIr Coil Face Area 42 ° F ENTERING WATER 44 ° F ENTERING WATER 45 ° F ENTERING WATER MBH GPM PD MBH GPM PD MBH GPM PD TOTAL SENS TOTAL SENS TOTAL SENS 03 1500 3.00 62 42 12.5 10.6 57 40 11.5 9.1 54 39 11.5 9.1 06 2845 5.69 125 83 33.5 10.7 113 78 29.5 8.5 109 76 29.5 8.5 08 3750 7.50 163 109 43.5 10.5 148 103 39.5 8.7 142 100 39.5 8.7 10 4690 9.38 203 136 47.5 13.5 179 126 39.5 9.6 172 123 39.5 9.5 12 5854 11.69 257 171 59.5 19.0 228 158 49.5 13.5 219 155 49.5 13.4 14 6875 13.75 296 198 59.5 20.3 269 187 54.5 17.2 259 183 54.5 17.1 18 8750 17.50 377 252 75.5 16.8 342 238 69.5 14.4 330 232 69.5 14.4 20 9625 19.25 414 277 89.5 12.3 374 260 79.5 9.9 360 255 79.5 9.9 26 12750 25.50 558 371 125.5 15.2 499 347 109.5 11.7 480 339 109.5 11.7 34 17000 34.00 751 498 175.5 16.7 680 468 159.5 13.9 655 458 159.5 13.9 41 20190 40.38 880 586 197.5 17.1 799 552 179.5 14.2 766 540 179.5 142 50 24750 49.50 1058^ 710 219.5 13.6 983^ 679 219.5 13.5 947^ 663 219.5 13.4 65 32290 64.58 1145^ 917 309.0 12.4 1287^ 888 271.5 18.3 1240^ 867 271.5 182 75 37460 74.92 1599^ 1073 379.0 14.6 1482^ 1026 307.5 17.5 1417^ 998 299.5 16.8 'PERFORMANCE TABLE6 COMFORT COOLING TABLE7 COMFORT COOLING AIR HANDLER PERFORMANCE - CHILLED WATER FOUR ROW COILS* 1/2" tube, entering air at 80 °F DB and 67 °F WB Type A, chilled water, cooling capacities 10 FPI*, 4 rows, large coils, 500 FPM* FOUR ROW COILS* 5/8" tube, entering air at 80 °F DB and 67 °F WB Type 5, chilled water, cooling capacities 10 FPI *, large coils, 500 FPM* GPM = Gallons per minute PD = Water pressure drop In feet of water MBH = BTU per Hour in Thousands Sens. = Sensible Capacity ^ These selections have two fluid circuits. All the other selections have a single fluid circuit. • To estimate performance of coils at other than 10 FPI or at other air speeds or with other water or air temperatures see page 22, or call your representative. With your representative, you can have specific computer selected coils rated for your job conditions. 16 Bohn Refrigeration Bulletin 12006.2 Unit Size g�a 311 42 °F ENTERING WATER 44 °F ENTERING WATER 45 °F ENTERING WATER MBH GPM PD MBH GPM PD MBH GPM PD TOTAL SENS TOTAL SENS TOTAL SENS 03 1565 3.13 70 47 13.9 5.8 63 44 12.6 4.9 60 43 11.9 4.4 06 2880 5.76 137 90 27.4 20.0 125 84 24.9 16.8 118 82 23.6 15.3 08 3905 7.81 184 121 36.7 17.0 167 114 33.3 14.3 158 110 31.6 13.0 10 4885 9.77 225 149 44.9 8.3 214 145 42.8 25.0 203 140 40.6 22.8 12 6200 12.40 288 190 57.6 11.0 261 179 52.2 9.2 248 173 49.5 8.3 14 7290 14.58 346 227 69.1 16.8 314 213 62.7 14.1 298 206 59.5 12.8 18 8855 17.71 421 276 84.1 17.7 382 259 76.4 14.9 363 251 72.5 13.6 20 10025 20.05 464 306 115.7 23.0 430 292 85.8 13.5 408 283 81.4 12.3 26 13280 26.56 618 407 123.4 14.1 560 383 111.8 11.8 531 371 106.0 10.6 34 16825 33.65 783 516 156.3 15.3 709 485 141.7 12.8 672 470 134.3 11.5 41 20365 40.73 947 625 189.2 16.1 858 588 171.5 13.4 814 568 162.6 12.1 50 25313 50.63 1181" 781 236.9 15.9 1075" 735 214.8 13.3 1020" 711 203 7 12.0 65 32290 64.58 1538" 1007 307.2 23.2 1325" 916 264.6 17.6 1325" 916 264.6 17.6 75 37675 75 35 1795" 1175 358 4 24.7 1546" 1068 308.8 18.7 1546" 1068 308.8 18.7 Unit Size CFM Std Air CoII Face Area 42 °F ENTERING WATER 44 °F ENTERING WATER 45 °F ENTERING WATER MBH GPM PD MBH GPM PD MBH GPM PD TOTAL SENS TOTAL SENS TOTAL SENS 03 1500 3.00 79 50 15.5 22.6 73 48 15.5 22.4 70 47 15.5 22.3 06 2844 5.69 146 94 29.5 11.9 136 89 29.5 11.8 131 87 29.5 11.7 08 3750 7.50 192 123 39.5 11.6 179 117 39.5 11.5 172 115 39.5 11.5 10 4690 9.38 245 157 49.5 19.3 229 149 49.5 19.2 220 146 49.5 19.1 12 5845 11.69 307 196 59.5 25.0 286 186 59.5 24.8 275 182 59.5 24.7 14 6875 13.75 364 232 79.5 14.3 328 216 69.5 11.1 316 211 69.5 11.1 18 8750 17.50 449 289 89.5 11.9 418 275 89 5 11.8 402 269 89.5 11.8 99.5 20 9625 19.25 507 323 99.0 20.2 472 308 20.3 453 300 99.0 20.0 26 12750 25.50 652 420 139.5 12.0 616 404 123.5 19.1 590 392 119.5 17.9 34 17000 34.00 863 557 179.5 12.6 814 536 159 5 18.1 786 523 159.5 18.0 41 20188 40.38 1033 665 219.5 16.0 978 642 199.5 21.9 945 625 199.5 21.8 50 24750 49.50 1286" 822 279.5 13.4 1196" 784 279.5 13.3 1152" 765 279.5 13.3 65 32291 64.58 1686" 1078 351.5 19.1 1549" 1018 331.5 16.9 1491" 994 332.0 17.0 75 37458 74.92 1922" 1236 378.0 17.5 1792" 1179 379.0 17.6 1722" 1148 378.0 17.4 TABLE 8 COMFORT COOLING TABLE9 COMFORT COOLING GPM = Gallons per minute PD = Water pressure drop in feet of water MBH = BTU per Hour In Thousands Sens. = Sensible Capacity Bulletin 12006.2 AIR HANDLER PERFORMANCE - CHILLED WATER SIX ROW COILS* 1/2" tube, entering alr at 80 °F DB and 67 °F WB Type A, chilled water, cooling capacities 10 FPI *, 6 rows, large coils, 500 FPM* SIX ROW COILS* 5/8" tube, entering alr at 80 °F DB and 67 °F WB Type 5, chilled water, cooling capacities 10 FPI *, 6 rows, large coils, 500 FPM* ^These selections have two fluid circuits. All the other selections have a single fluid circuit. Bohn Refrigeration 17 PERFORMANCE * To estimate performance of coils at other than 10 FPI or at other air speeds or with other water or air temperatures see page 22, or call your representative. With your representative, you can have specific computer selected coils rated for your job conditions. Unit Size CFM Std Air WATER HEATING COILS STEAM COILS "" f:FM Face 180 °F FNTFRINf; WATFR 9f10 °F FNTFRING WATFR CFM Std Air Face Area Sq. Ft ONE ROW MBH Std Air Area Sq. Ft. ONE ROW TWO ROW ONE ROW MBH TWO ROW MBH GPM PD MBH GPM PD MBH GPM PD MBH GPM PD 88 1500 3.00 97 10.0 3.9 158 20.5 2.4 110 17.5 1.9 177 20.5 2.4 1375 2.75 126 2844 5.69 191 30.5 5.0 304 33.0 5.6 216 33.0 5.6 341 36.0 6.4 2641 5.28 243 08 3750 7.50 252 27.5 15.5 399 43.5 5.9 283 44.0 6.5 452 51.5 7.9 3563 7.13 331 10 4690 9.38 311 41.0 6.1 504 54.5 9.5 359 55.0 10.1 548 61.5 3.2 4454 8.91 409 12 5844 11.69 399 60.5 11.4 625 60.5 10.7 445 60.0 11.0 684 72.0 3.9 4781 9.56 439 14 6875 13.75 466 60.5 11.7 724 80.0 5.0 519 60.0 11.3 812 84.5 5.4 6875 13.75 632 18 8750 17.50 588 71.5 12.4 921 102.0 6.0 661 76.5 13.7 1034 108.0 6.5 8438 16.88 776 20 9625 19.25 643 66.0 13.1 1027 112.0 8.8 718 66.0 12.9 1162 131.0 11.4 9625 19.25 880 26 12750 25.50 835 66.0 14.0 1363 132.0 12.7 932 66.0 13.7 1520 132.0 12.5 12750 25 50 1103 34 17000 34.00 1114 88.0 8.5 1818 176.0 15.7 1242 87.5 8 2 2026 175.0 15.2 16469 32.94 1425 41 20188 40.38 1323 104.5 9.4 2159 209.0 17.8 1475 104.0 9.1 2406 208 0 17.3 19656 39 31 1700 240.0 47.25 50 24750 49.50 1614" 121.0 13.4 2635" 238 5 11.9 1612" 120.0 13 2 2637" 12.0 23625 1994" 65 32292 64.58 2077" 135 5 14.9 3409" 271.0 13.5 2316" 135.5 14.5 3798" 269.0 13.1 31000 62.00 2502 ** 75 37458 74.92 2333" 133.0 8.5 3952" 312.0 14.9 2616" 136.5 8.7 4407" 313.0 14.6 36167 72.33 2919 ** Unit Size CFM Std Air Face Area Sq. Ft. 180 °F ENTERING WATER COILS 200 ° F ENTERING WATER COILS ONE ROW TWO ROW ONE ROW TWO ROW MBH GPM PD MBH GPM PD MBH GPM PD MBH GPM PD 03 1565 3.13 75 7.6 0.3 137 14.1 1.5 85 8.8 0.4 155 16.0 1.8 06 2880 5.76 144 14.8 1.0 259 26.6 4.9 164 16.9 1.3 292 30.1 5.9 08 3905 7.81 194 19.9 1.0 350 35.9 4.6 220 22.8 1.3 394 40.7 5.5 10 4885 9.77 247 25.3 1.8 442 45.3 71 280 28.9 2.1 497 51.3 9.2 12 6200 12.40 315 32.3 2.4 562 57.7 10.2 357 36.9 2.9 633 65.3 12.2 14 7290 14.58 375 38.4 3.5 665 68.2 14.9 424 43.7 4.2 747 77.2 17.8 18 8855 17.71 455 46.6 3.8 808 82.8 15.8 514 53.1 4.6 908 93.8 18.8 20 10025 20.05 522 53.5 6.4 899 92.2 4.4 589 60.8 7.7 1013 104.6 5.3 26 13280 26.56 700 71.8 12.4 1205 123.6 8.8 788 81.4 14.9 1355 140.0 10.5 34 16825 33.65 887 90.9 13.4 1526 156.5 9.4 999 103.2 16.1 1717 177.3 11.4 41 20365 40.73 1073 110.1 13.9 1847 189.5 9.9 1209 124.9 161 2078 214.6 11.9 50 25312 50.63 1337^ 137.1 13.5 2301" 236.0 9.8 1505" 175.5 16.6 2525" 260.9 11.5 65 32290 64.58 1714^ 175.8 19.7 2949^ 302.4 14.1 1928^ 199.2 23.6 3313^ 342.2 17.0 75 37675 75.35 2000" 205.1 20.8 3440^ 352.9 14.9 2250^ 232.4 25.0 3865^ 399.3 17.6 'PERFORMANCE TABLE 10 HEATING, WATER TABLE 11 HEATING, WATER AND STEAM 18 Bohn Refrigeration AIR HANDLER PERFORMANCE - HOT WATER / STEAM HEATING 0 ° F AIR* 1/2" tube, entering air at 0 °F Type A, hot water, heating capacities 10 FPI *, large coils, 500 FPM* HEATING 0 ° F AIR* 5/8" tube, entering air at 0 °F Type 5 * *, hot water, heating & steam capacities 10 FPI *, large coils, 500 FPM* GPM = Gallons per minute ^ These selections have two circuits. All the other selections have a single circuit . PD = Water pressure drop In feet of water "" All steam coils rated at 5 PSIG Steam. MBH = BTU per Hour in Thousands ** Steam selections for 65 and 75 are two dreults and are 1 Inch diameter tube (Type - 8). *To estimate performance of coils at other than 10 FPI or at other air speeds or with other water or air temperatures or other steam pressures see page 23, or call your representative. With your representative, you can have specific computer selected coils rated for your Job conditions. Bulletin 12006.2 Unit Size CFM Std Air WATER HEATING COILS STEAM COILS "" CFM Face 180 °F ENTERING WATER 200 °F ENTERING WATER CFM Std Air One Row MBH Two Row MBH Std Alr Area Sq. Ft. ONE ROW TWO RCW PD • MBH . : • GPM PD TWO MBH RO GPM a PD MBH GPM PD MBH GPM PD 88 1500 3.00 65 10.0 3.9 101 10.0 1.8 76 10.0 3.8 119 10.0 1.8 1375 93 148 2844 5.69 125 18.5 8.7 195 18.5 4.8 147 19.0 8.9 229 19.0 4.9 2641 179 284 08 3750 7.50 166 25.0 13.0 259 25.0 5.6 195 25.0 12.7 303 25 0 5 4 3750 254 403 10 4690 9.38 200 31.0 3.6 315 31.0 3.4 236 31.5 3.7 370 31.5 3.5 4675 317 499 12 5844 11.69 253 39.0 5.1 396 39.0 4.9 297 39 0 5.0 464 39.0 4.8 5845 395 628 14 6875 13.75 300 45.5 7.0 470 45.5 6.8 353 46.0 6.9 551 46.0 6.8 6875 465 739 18 8750 17.50 382 58.0 8.5 598 58.0 7.9 449 58 5 8 4 701 58.5 7.9 8438 571 907 20 9625 19.25 428 64.0 12.4 666 64.0 12.4 502 64.5 12.3 781 64.5 12.3 9625 651 1035 26 12750 25.50 557 65.5 13.8 864 85.0 5.7 653 66.0 13.7 1013 85.5 5.7 12750 859 1370 34 17000 34.00 743 87.5 8.4 1152 113.0 7.0 871 88.0 8.3 1351 114.0 7.0 17000 1145 1827 41 20188 40.38 882 104.0 9.3 1368 134.5 8.0 1034 104.0 9.1 1605 135.5 8.0 20190 1360 2170 50 24750 49.50 1077" 120.5 13.2 1683" 165.0 6.1 1261" 120.0 12.9 1974" 166.0 6.1 23625 1586" 2539 65 32292 64.58 1384" 134.5 14.6 2207" 211.0 8.6 1623" 135.5 14.5 2589" 213.5 8.6 31000 1848* 75 37458 74.92 1565" 136.5 8.8 2562" 246.5 9.6 1837" 137.5 8.8 3003" 248.0 9.5 36167 2156* Unit Size CFM Std Air Face Area Sq. Ft. 180 °F ENTERING WATER COILS 200 ° F ENTERING WATER COILS ONE ROW TWO ROW ONE ROW TWO ROW MBH GPM PD MBH GPM PD MBH GPM PD MBH GPM PD 03 1565 3.13 45 4.6 0.1 86 8.8 0.7 56 5.7 0.2 104 10.7 0.9 06 2880 5.76 89 9.1 0.4 164 16.9 2.2 108 11.2 0.6 197 20.3 3.0 08 3905 7.81 119 12.2 0.4 221 22.7 2.1 146 15.0 0.6 266 27.5 2.8 10 4885 9.77 153 15.7 0.8 281 28.8 3.5 186 19.2 1.0 336 34.7 4.6 12 6200 12.40 196 20.1 1.0 358 36.7 4.6 238 24.6 1.4 428 44.2 6.1 14 7290 14.58 234 24.0 1.5 425 43.6 6.8 283 29.2 2.1 507 52.3 9.0 18 8855 17.71 285 29 2 1.6 516 52.9 7.2 344 35.5 2.2 615 63.6 9.5 20 10025 20.05 329 33.7 2.8 590 60.5 12.6 395 40.8 3.8 703 72.6 16.6 26 13280 26 56 443 45.5 5.5 767 78.7 3.9 531 54.9 7.4 917 94.7 5.2 34 16825 33.65 561 57.6 6.0 972 99.7 4.2 673 69.5 8.0 1162 120.0 5.6 41 20365 40.73 680 69.7 6.2 1177 120.7 4.4 814 84.1 8.3 1406 145.3 5.9 50 25312 50.63 847^ 86.9 6.2 1467^ 150.4 4.4 1015^ 104.9 8.3 1710^ 176.6 5.4 65 32290 64.58 1088" 111.6 8.9 1884^ 1932 6.4 1302^ 134.4 11.9 2247^ 232 8.5 75 37675 75.35 1270^ 130.3 9.4 2198^ 225.4 6.7 1519" 156.9 12.5 2621" 270.8 8.9 TABLE 12 HEATING, WATER TABLE 13 HEATING, WATER AND STEAM GPM = Gallons per minute PD = Water pressure drop in feet of water MBH = BTU per Hour In Thousands Bulletin 12006.2 AIR HANDLER PERFORMANCE - HOT WATER / STEAM HEATING 60 °F AIR* 1/2" tube, entering alr at 60 °F Type A, hot water, heating capacities 10 FPI, large coils, 500 FPM HEATING 60 °F AIR* 5/8" tube, entering air at 60 °F Type 5 * *, hot water, heating & steam capacities 10 FPI *, large coils, 500 FPM* Bohn Refrigeration 19 PERFORMANCE " These selections have two circuits. All the other selections have a single c rcuh "" All steam coils rated at 5 PSIG Steam. ** Steam selections for 65 and 75 are two ciraits and are 1 iah dameter tube (Type 8). *To estimate performance of coils at other than 10 FPI or at other air speeds or with other water or air temperatures or other steam pressures see page 23, or call your representative. With your representative, you can have specific computer selected coils rated for your job conditions. Air Handler Unit Size Type A Large Coil Face Area Square Feet Type 5 Large Coil Face Area Square Feet 03 3.13 3.00 06 5.76 5.69 08 7.81 7.50 10 9.77 9.38 12 12.40 11.69 14 14.58 13.75 18 17.71 17.50 20 20.05 19.25 26 26.56 25.50 34 33.65 34.00 41 40.73 40.38 50 50.63 49.50 65 64.58 64.58 75 75.35 74.92 Temperature Difference 20 25 30 35 40 45 50 60 Correction Factor 0.4 0.5 0.6 0.7 0.8 0.9 1.0 1.2 ''PERFbRMANCE TABLE 16 REFRIGERANT GAS HEAT RECLAIM 20 Bohn Refrigeration COIL PERFORMANCE - HEAT RECLAIM MBH/S0 FT HEAT RECLAIM COIL SELECTION EXAMPLE: TABLE 14 Select reclaim coil for Size 26 air handler at 13280 CFM, 344 MBH reclaimed at 45 °F Temperature Difference. A. Change the application's requirement at application's TD to adjusted requirement at 50 °F TD. Use Table 15: 344/0.9 = 382.2 MBH (adjusted) B. Divide the adjusted MBH by the coil face area: 382.2 / 26.56 = 14.4 MBH (adjusted) per square foot C. Find the coil air speed: 13280 / 26.56 = 500 fpm D. Select coil rows and fins per inch from Table 16 at coil air TABLE 15 Heat reclaim correction factor for temperature difference between air and refri gerant 1/2" and 5/8" tube, 50 °F TD, entering air to condensing temperature Type A and Type 5, hot gas reclaim, heating capacities MBH per SO FT of coil face area speed and with enough MBH to meet the MBH (adjusted to 50 °F TD) per square foot figured in step B: Select 3 row 8 fin per inch coil with capacity of 14.56 MBH per square foot at 50 °F TD. For this application, capacity equals: (14.56 x 26.56 x 0.9) or 348 MBH for size 26 at 45 °F TD. E. When ordering, please specify refrigerant type and the total heat of rejection for each reclaim circuit. Or specify the per cent of the total heat of rejection that is reclaimed for each circuit. Bulletin 12006.2 FPM, TYPE A COILS (1/2" DIA.) FPM, TYPE 5 COILS (5/8" DIA.) Rows FPI 400 450 500 550 600 400 450 500 550 600 For performance at I CO CO N Ol 7.70 8.18 9.43 9.90 10.25 9.25 9.85 10.41 10.91 11.41 8.90 9.45 10.90 11.38 11.85 10.04 10.70 11.33 11.92 12.47 50 °F TD, 2 10.40 11.05 12.15 12.73 13.18 11.12 11.93 12.68 13.37 14.03 11.70 12.45 13.13 13.77 14.35 12.20 13.13 13.99 14.80 15.56 total capacity equals 12.88 13.73 14.48 15.18 15.83 13 23 14.28 15.26 16.18 17.04 6 8 10 12 14 11.08 11.96 12.88 13.50 13.98 1227 13.13 13.98 14.77 15.52 Table 16 MBH times 12.60 13.60 14.56 1525 15.90 13.17 14.13 15.07 15.96 16.79 3 13.93 14.95 15.93 16.80 17.63 14.30 15.48 16.58 17.61 18.58 coil face area at 14.91 16.02 17.08 18.03 18.95 15.40 16.73 17.98 19.16 20.28 16.08 17.30 18.50 19 55 20.58 16.39 17.87 19.28 20.60 21.86 air velocity over coil. 6 13.27 14.35 15.53 16.38 17.18 14.50 15.66 16.77 17.81 18.79 8 14.98 16.21 17.43 18.47 19.47 15.39 16.66 17.89 19.04 20.12 4 10 16.20 17.48 18.75 19.92 21.07 16.50 17.96 19.36 20.68 21.94 12 17.47 18.73 19 98 21.25 22.50 17.48 19.11 20.68 22.17 23.58 For heat reclaim 21.30 14 18.57 19.95 22.65 23.97 18.32 20.11 21.83 23.48 25.05 6 16.41 17.83 19.58 20.78 21.90 17.38 19.10 20.62 22.09 23.49 capacities 8 18.35 19.93 21.50 23.10 24.67 18.10 19.96 21.61 23.21 24.74 6 10 19.13 20.90 22.63 24.20 25.75 18.96 21.00 22.83 24.62 26.33 at other temperature 12 19.80 21.70 23.58 25 23 26.87 19.65 21.83 23.82 25.78 27.67 26.02 14 19.87 22.01 24.02 27.95 20.18 22.48 24.61 26.72 28.75 differences, multiply 6 18.25 20.08 21.75 23.45 25.08 18.93 21.51 23.02 24.69 26.42 8 19.29 21.31 23.16 25.04 26.86 19.49 21.82 23.82 25.60 27.47 by factor in Table 15 8 10 20.04 22.23 24.24 26.30 28.28 20.11 22.57 24.74 26.67 28.71 12 20.51 22.82 24.95 27.14 29 26 20.58 23.12 25.43 27.63 29.68 above. 29.95 14 20.82 23.22 25.44 27.72 20.91 23.51 25.93 28 25 30.45 This table for R -22 for R404A & R507, multiply MBH by 0.98 ''PERFbRMANCE TABLE 16 REFRIGERANT GAS HEAT RECLAIM 20 Bohn Refrigeration COIL PERFORMANCE - HEAT RECLAIM MBH/S0 FT HEAT RECLAIM COIL SELECTION EXAMPLE: TABLE 14 Select reclaim coil for Size 26 air handler at 13280 CFM, 344 MBH reclaimed at 45 °F Temperature Difference. A. Change the application's requirement at application's TD to adjusted requirement at 50 °F TD. Use Table 15: 344/0.9 = 382.2 MBH (adjusted) B. Divide the adjusted MBH by the coil face area: 382.2 / 26.56 = 14.4 MBH (adjusted) per square foot C. Find the coil air speed: 13280 / 26.56 = 500 fpm D. Select coil rows and fins per inch from Table 16 at coil air TABLE 15 Heat reclaim correction factor for temperature difference between air and refri gerant 1/2" and 5/8" tube, 50 °F TD, entering air to condensing temperature Type A and Type 5, hot gas reclaim, heating capacities MBH per SO FT of coil face area speed and with enough MBH to meet the MBH (adjusted to 50 °F TD) per square foot figured in step B: Select 3 row 8 fin per inch coil with capacity of 14.56 MBH per square foot at 50 °F TD. For this application, capacity equals: (14.56 x 26.56 x 0.9) or 348 MBH for size 26 at 45 °F TD. E. When ordering, please specify refrigerant type and the total heat of rejection for each reclaim circuit. Or specify the per cent of the total heat of rejection that is reclaimed for each circuit. Bulletin 12006.2 COIL PERFORMANCE - DIRECT EXPANSION MBH /SQ FT TABLE 17 WET EVAPORATOR CAPACITY 1/2" and 5/8" tube, entering air 80 °F DB, 67 7 WB Type A and Type 5, direct expansion at 40 °F evaporating, cooling capacities MBH per SQ FT of coil face area Actual capacity will vary with coil circuiting. Note: Please contact your representative for ARI ratings tor coils. These tables a e only estimates, with your representative you can have specific computer selected coils for your job conditions. TABLE 18: * Note: correction factor = (enthalpy of air temperature - enthalpy of evapora or temperature in BTU/LB divided by 16.39 Bulletin 120062 Bohn Refrigeration 21 PERFORMANCE CAPACITY CORRECTION FACTORS* TO COIL PERFORMANCE OF 67 ° F WB AND 40 7 EVAPORATING FPM TYPE A COILS (1/2" DIA.) FPM, TYPE 5 COILS (5/8" DIA.) Temp. °F Rows FPI 400 450 500 550 600 400 450 500 550 600 For performance at 48 6 11.3 12.1 12.8 13.4 14.0 13.1 13.8 14.5 152 15.8 0.598 0.568 8 13.0 13.9 14.7 15.4 16.1 14.9 15.8 16.6 17.4 18.1 80 °F DB and 67 °F WB 3 10 14.4 15.3 16.2 17.0 17.8 16.2 17.2 18.2 19.0 19.8 0.907 0.881 12 15.4 16.5 17.4 18.3 19.1 17.3 18.4 19.4 20 3 21.2 and 40 °F evaporator, 0.496 14 16.3 17.4 18.4 19.3 20.2 18.0 19.2 20.4 21.4 22.4 0.727 0.696 6 14.0 15.0 16.0 16.9 17.7 15.8 16.8 17.8 18.7 19.5 total coil capacity 0.859 8 15.9 17.1 18.2 19.2 20.1 17.7 18.9 20.0 21.0 22.0 1.040 4 10 17.4 18.7 19.8 20.9 22.0 19.0 20.4 21.7 22.8 23.9 equals Table 17 MBH 0.629 12 18.5 19.9 21.2 22.3 23.4 19.9 21.4 22.8 24.1 25.3 0.835 0.804 14 19.4 20.9 22.2 23.5 24.6 20.7 22.3 23.8 25 2 26.5 times coil face area. 0.971 6 15.9 17.1 18.3 19.3 20.3 17.9 192 20.5 21.6 22.6 1.158 1.132 8 18.3 19.7 21.1 22.3 23 5 19.8 21.3 22.7 24.0 25 2 0.773 5 10 19.8 21.3 22.8 24.2 25.5 21.0 22.7 24.3 25.7 27.1 0.952 0.920 12 20.9 22.6 24.2 25 6 27.0 21.8 23.6 25.4 27.0 28.5 For estimate 1.094 14 21.8 23.6 25 3 26 8 28.3 22.5 24.4 26.3 28.0 29 6 1.285 1.260 6 17.8 19.2 20.5 21.7 22.8 19.7 21.2 22.7 24.0 25.3 for other wet bulb 72 8 19.7 21.3 22.7 24.1 25.4 21.4 23.1 24.8 26.3 27.8 1.079 6 10 21.1 22.8 24.4 25.9 27.2 22.5 24.4 26.3 28.0 29.7 and evaporator temper - 1.225 12 22.1 23.9 25.6 27.2 28.7 23.3 25.3 27.3 29 2 31.0 1.425 1.396 14 22.9 24.8 26.6 28 2 29.8 23.9 26.0 28.1 30.1 32.0 atures, multiply by 6 20.9 22.7 24.3 25.9 27.4 22.3 24.2 26.0 27.7 29.4 8 22.7 24.7 26.6 28.4 30 0 23 8 25 9 28.0 29.9 31.7 correction factor in 8 10 23.9 26.1 28.1 30.1 31.9 24.6 27.0 29.3 31.3 33.3 12 24.8 27.1 29 3 31.3 33.2 25.2 27.7 30.1 32.4 34.6 Table 18. 14 25.4 27.8 30.1 32.2 34.2 25.7 28.2 30.7 33.1 35.4 COIL PERFORMANCE - DIRECT EXPANSION MBH /SQ FT TABLE 17 WET EVAPORATOR CAPACITY 1/2" and 5/8" tube, entering air 80 °F DB, 67 7 WB Type A and Type 5, direct expansion at 40 °F evaporating, cooling capacities MBH per SQ FT of coil face area Actual capacity will vary with coil circuiting. Note: Please contact your representative for ARI ratings tor coils. These tables a e only estimates, with your representative you can have specific computer selected coils for your job conditions. TABLE 18: * Note: correction factor = (enthalpy of air temperature - enthalpy of evapora or temperature in BTU/LB divided by 16.39 Bulletin 120062 Bohn Refrigeration 21 PERFORMANCE CAPACITY CORRECTION FACTORS* TO COIL PERFORMANCE OF 67 ° F WB AND 40 7 EVAPORATING Ent Air W REFRIGERANT EVAPORATING TEMPERATURE 7 Temp. °F 35 36 37 38 39 40 41 42 43 44 45 46 47 48 49 50 60 0.820 0.794 0.768 0.740 0.713 0.685 0.656 0.628 0.598 0.568 0.538 0 506 0.475 0.442 0.409 0.376 0 548 61 0.862 0.837 0.810 0.783 0.756 0.727 0.698 0.670 0.640 0.610 0 580 0.517 0.484 0.452 0.418 62 0.907 0.881 0.854 0.799 0.771 0.743 0.714 0.684 0.654 0.623 0.592 0.561 0.528 0.496 0.462 0.827 63 0.950 0.923 0.897 0.870 0.842 0.814 0.785 0.756 0.727 0.696 0.666 0.635 0.603 0.571 0.538 0.505 64 0.994 0.969 0.942 0.914 0.887 0.859 0.831 0.802 0.772 0.742 0.712 0.680 0.649 0.616 0 583 0 550 65 1.040 1.014 0 988 0 960 0 933 0.905 0.876 0.847 0.818 0.788 0.757 0.726 0.694 0.662 0.629 0.596 66 1.087 1.061 1.035 1.008 0.980 0.952 0.923 0.894 0.864 0.835 0.804 0.773 0.741 0.709 0.676 0.642 67 1.136 1.109 1.083 1.055 1.028 1.000 0.971 0.943 0.913 0.883 0.852 0.822 0.789 0.757 0.724 0.691 68 1.185 1.158 1.132 1.105 1.077 1.050 1.020 0.992 0.962 0.932 0.901 0.870 0.838 0.806 0.773 0.740 69 1 235 1209 1.182 1.155 1.127 1.100 1.071 1.042 1.012 0.982 0.952 0.920 0.889 0.856 0.824 0.790 70 1.286 1.260 1.235 1206 1.179 1.152 1.122 1.094 1.063 1.033 1.003 0.972 0.940 0.908 0.875 0.841 71 1.339 1.313 1.285 1.260 1.231 1.203 1.175 1.146 1.115 1.086 1 055 1024 0.993 0.960 0.927 0.894 72 1.393 1 365 1 340 1.314 1.285 1.257 1.229 1.200 1.170 1.140 1.110 1.079 1.046 1.015 0.981 0.948 73 1.450 1.422 1.395 1.369 1.340 1.313 1.285 1.255 1.225 1.195 1.165 1.134 1.103 1.070 1.036 1.003 74 1 505 1 479 1.451 1.425 1.396 1.370 1.340 1.310 1.281 1.252 1.221 1.190 1.159 1.126 1.094 1.060 COIL PERFORMANCE - DIRECT EXPANSION MBH /SQ FT TABLE 17 WET EVAPORATOR CAPACITY 1/2" and 5/8" tube, entering air 80 °F DB, 67 7 WB Type A and Type 5, direct expansion at 40 °F evaporating, cooling capacities MBH per SQ FT of coil face area Actual capacity will vary with coil circuiting. Note: Please contact your representative for ARI ratings tor coils. These tables a e only estimates, with your representative you can have specific computer selected coils for your job conditions. TABLE 18: * Note: correction factor = (enthalpy of air temperature - enthalpy of evapora or temperature in BTU/LB divided by 16.39 Bulletin 120062 Bohn Refrigeration 21 PERFORMANCE ENT AIR WB TEMP. °F CAPACITY CORRECTION FACTORS' TO COIL PERFORMANCE OF 67 ° F WB AIR AND 45 ENTERING WATER ENTERING WATER TEMPERATURE ° F FPM. TYPE A COILS (1/2" DIA.) FPM, TYPE 5 COILS (5/8" DIA.) Rows FPI 400 450 500 550 600 400 450 500 550 600 0.736 6 7.3 7.9 8.3 8.8 9.2 10.3 112 12.0 12.4 12.9 0.785 8 8.7 9.3 9.9 10.5 11.0 11.5 12.5 13.5 14.0 14.5 3 10 9.8 10.6 11.3 12.0 12.6 12.5 13.7 14.7 15.2 15.8 0.887 12 10.9 11.7 12.5 13.2 14.0 13.3 14.5 15.6 16.2 16.8 0.940 14 11.7 12.7 13.6 14.4 15.2 13.9 15.2 16.4 17.0 17.6 0.994 6 9.1 9.8 10.4 11.0 11.6 12.3 13.4 13.7 14.8 15.7 8 10.6 11.4 12.2 12.9 13.6 13.6 14.9 15.3 16.4 17.5 4 10 11.8 12.8 13.7 14.6 15.4 15.4 16.1 17.5 18.7 19.4 1.106 12 12.9 14.0 15.0 16.0 16.9 16.2 16.9 18.5 19.9 20.6 1.163 14 13.8 15.0 16.1 17.2 18.2 16.9 17.7 19.3 20.7 21.5 1223 6 11.7 12.6 13.5 14.3 15.1 14.6 15.6 16.4 17.1 17.8 1283 8 13.4 14.6 15.6 16.6 172 16.1 17.2 18.1 18.9 19.7 5 10 14.8 16.1 17.0 17.7 18.5 17.2 18.4 19.4 20 2 21.1 12 15.9 17.0 17.9 18.7 19.6 17.5 19.3 20.4 21.4 22.2 1.407 14 16.8 17.8 18.7 19.5 20.4 18.2 20 0 21.1 22.2 23.1 1.472 6 13.1 14.1 15.2 16.1 17.1 15.9 17.3 17.8 19.1 20.3 8 14.8 16.1 17.3 18.5 19.6 17.3 19.0 19.4 20.9 22.3 6 10 16.2 17.6 19.0 20.1 20.9 18.3 20.2 20.6 22.2 23.8 12 172 18.9 20.2 212 22.0 19.1 21.1 21.5 232 24.9 14 18.1 19.9 21.0 22.0 22.9 19.8 21.9 22.5 24.4 26.2 6 16.0 17.4 19.0 20.0 20.8 18.3 20.1 20.6 21.7 22.6 8 17.7 19.4 20.6 21.7 22.6 19.6 21.6 22.3 23.4 24.5 8 10 19.0 20.5 21.8 23.0 23.9 20.5 22.7 23.4 24.7 25.9 12 19.9 21.4 22.7 23.9 25.0 21.4 23.7 24.3 25.7 26.9 14 20.4 22.0 23.4 24.7 25.8 21.8 24.2 24.9 26.3 27.7 ENT AIR WB TEMP. °F CAPACITY CORRECTION FACTORS' TO COIL PERFORMANCE OF 67 ° F WB AIR AND 45 ENTERING WATER ENTERING WATER TEMPERATURE ° F 40 41 42 43 44 45 46 47 46 49 50 60 0.805 0.782 0.736 0.702 0.666 0.630 0.594 0.556 0.518 0.480 0.440 61 0.853 0.819 0.785 0.750 0.715 0.680 0.643 0.606 0 568 0.529 0.490 62 0.903 0.869 0.836 0.801 0.765 0.730 0.693 0.656 0.618 0.579 0.540 63 0.954 0.921 0.887 0.852 0.817 0.781 0.745 0.707 0.670 0.631 0.591 64 1.007 0.974 0.940 0.905 0.870 0.834 0.798 0.760 0.722 0.684 0.644 65 1 062 1.028 0.994 0.959 0.924 0.888 0.852 0.815 0.777 0.738 0.699 66 1.117 1.083 1.049 1.014 0.979 0.943 0.907 0.870 0.832 0.793 0.754 67 1.173 1.140 1.106 1.071 1.036 1.000 0.963 0.926 0.888 0.850 0.810 68 1.230 1.197 1.163 1.128 1.093 1.057 1.021 0.984 0.946 0.907 - 01i68 - 69 1.290 1256 1223 1.188 1.152 1.117 1.080 1.043 1.005 0.966 0.927 70 1.350 1.316 1283 1.248 1.213 1.177 1.140 1.103 1.065 1.026 0.987 71 1.412 1.378 1.344 1.309 1274 1.238 1 202 1.165 1.127 1 088 1.049 72 1.475 1.441 1.407 1.372 1.337 1.301 1.265 1.228 1.190 1.151 1.112 73 1.540 1.506 1.472 1.437 1.402 1 366 1.330 1.293 1255 1216 1.177 74 1.606 1.572 1 538 1.503 1.468 1.432 1.396 1.359 1.321 1282 1.243 PERFORMANCE TABLE 19 CHILLED WATER COIL PERFORMANCE - CHILLED WATER MBH /SQ FT 1/2" and 6/8" tube, entering air 80 °F DB, 67 °F WB Type A and Type 5, chilled water at 45 °F, cooling capacities MBH per Kt FT of coil face area (Max. water velocity = 3 fps) TABLE 20 22 Bohn Refrigeration Actual capacity will vary with coil circuiting and flow rate. For performance at 80 °F DB and 67 °F WB and 45 °F entering water, total coil capacity equals Table 19 MBH times coil face area. For estimates, for other wet bulb and water temper- atures, multiply by correction factor in Table 20. Note: Please contact your representative or ARI ratings for coils. These tables are only estimates, with your representative you can have specific computer selected coils for your Job conditions. * Note: correction factor = (entha py of air emperature - enthalpy of water tempera ure) in BTU /LB divided by 13.97. Bulletin 12006.2 ENT AIR TEMP. °F AVERAGE WATER TEMPERATURE^, °F STEAM PRESSURE, PSIG 120 130 140 150 160 170 180 190 5 10 20 25 30 40 50 -20 1.077 1.154 1.231 1.308 1 385 1 462 1 538 1 615 1 088 1 142 1.228 1.263 1 295 1 351 1.395 -10 1.000 1.077 1.154 1.231 1.308 1 385 1 462 1 538 1 044 1.098 1.184 1.219 1.251 1.306 1.351 0 0.923 1.000 1.077 1154 1.231 1.308 1 385 1 462 1.000 1.054 1.140 1.175 1.207 1262 1.306 10 0.846 0.923 1.000 1.077 1.154 1.231 1.308 1 385 0 956 1.010 1.096 1.131 1.162 1.218 1 262 20 0.769 0.846 0.923 1.000 1.077 1.154 1.231 1.308 0.912 0.966 1.052 1.087 1.118 1.174 1218 30 0.692 0/69 0.846 0.923 1.000 1.077 1.154 1.231 0.868 0.922 1.007 1.043 1.074 1.130 1.174 40 0.615 0.692 0.769 0.846 0.923 1.000 1.077 1.154 0.824 0.878 0.963 0.999 1.030 1.086 1.130 50 0.538 0.615 0.692 0.769 0.846 0.923 1.000 1.077 0.780 0 834 0.919 0 955 0.986 1.042 1.086 60 0.462 0.538 0.615 0.692 0.769 0.846 0.923 1.000 0.736 0.790 0.875 0.911 0.942 0.998 1.042 70 0.385 0.462 0.538 0.615 0.692 0.769 0.846 0.923 0.692 0.746 0.831 0.867 0.898 0.954 0.998 80 0 308 0 385 0 462 0.538 0.615 0.692 0.769 0.846 0.648 0.702 0.787 0.823 0.854 0.910 0.954 90 0.231 0 308 0.385 0.462 0.538 0.615 0.692 0.769 0.604 0.658 0.743 0.779 0.810 0.866 0.910 100 0.154 0.231 0.308 0.385 0.462 0.538 0.615 0.692 0.560 0 614 0.699 0.734 0.766 0.822 0.866 TABLE 21 HOT WATER TABLE 22 STEAM Bulletin 12006.2 COIL PERFORMANCE - HEATING, WATER & STEAM 1/2" and 5/8" tube, entering air 60 °F DB Type A and Type 5,190 °F average water temperature ", heating capacities MBH per SQ FT of coil face area ( water velocity = 3 fps) 5/8" and 1" tube, entering air 0 °F DB Type 5 °" and Type 8, steam at 5 PSIG, heating capacities MBH per SQ FT of coil face area Note: Please contact your representative for ARI ratings for coils. These tables are only estimates, with your representative you can have specific computer selected coils for your job conditions. PERFORMANCE Actual capacity will vary with coil circuiting and flow rate. STEAM COILS For performance at 0 °F entering air and 5 PSIG steam, total coil capacity equals Table 22 MBH times coil face area. ** To estimate for other entering air and steam pressures multiply by correction factor in Table 23. TABLE 23 Capacity Correction Factors to Table 21 for other than 60 °F air and 190 average water temperature .° Capacity Correction Factors to Table 22 for other than 0 °F air and 5 PSIG steam.** ^ A verage water temperature = (entering water temp + leaving water temp) divided by 2. For type 5, at 5 PSIG, 11 (total MBH divided by 0.961) divided by coil tubes Is more than to 50 LB per tube, the condensate loading may be too high. At higher pressures the condensate loading can be more than 50 LB per tube. Get a computer rating for the application. Bohn Refrigeration 23 FPM, TYPE A COILS " °" DIA.) FPM, TYPE E ""'LS (5/8" DIA.) ROWS ROWS FPI 400 500 600 650 700 400 500 600 650 700 WATER COILS 27.4 6 112 12.7 14.0 14.6 15.2 15.1 17.0 18.5 19.3 20.0 34.3 38 2 8 14.2 16.0 17.6 18.3 19.0 18.8 20.9 22.8 23.7 24.5 For performance at 60 °F 1 10 17.1 19.2 21.0 21.9 22.7 21.9 24.4 26.6 27.5 28.4 entering air and 190 °F 56.6 12 19.9 22.3 24.4 50.4 26 2 24.6 27.4 45.6 30 9 31.9 average water temp", __ _ 28.6 29.6 _.. ,. 32.7 33.8 53.9 14 22.7 25.4 27.6 26.9 30.1 34.9 total coil capacity equals 6 20.3 23.3 25.9 27.1 28.3 25.8 29 5 32.6 34.0 35.4 Table 21 MBH times 79.7 8 25.0 28.6 31.8 33.3 34.7 30 8 35.0 38.8 40.4 42.1 coil face area. 2 10 29.4 33.6 37.3 39.0 40.6 34.7 39.6 43.9 45.8 47.6 12 33.5 38 3 42.5 44.4 46.2 37.8 43.4 48.1 50.3 52.3 To estimate for other 14 37.3 42.6 47.3 49.4 51.4 40.4 46.5 51.7 54.2 56.3 entering air and average 6 27.8 32.1 36.0 37.8 39 6 40.8 45.6 47.9 co co o .- S2I o nn water temperatures, 47.8 8 33.5 38.8 43.5 45.7 46.9 52.9 55.7 multiply by correction 3 10 38.4 44.7 50.2 52.7 55.2 at ca 51.6 58.6 61.7 factor in Table 23. 12 42.8 49.9 56.3 59.2 61.9 55.3 63.0 66.5 14 46.7 54.7 61.8 65.0 68.1 58.2 66.5 70.4 TABLE 21 HOT WATER TABLE 22 STEAM Bulletin 12006.2 COIL PERFORMANCE - HEATING, WATER & STEAM 1/2" and 5/8" tube, entering air 60 °F DB Type A and Type 5,190 °F average water temperature ", heating capacities MBH per SQ FT of coil face area ( water velocity = 3 fps) 5/8" and 1" tube, entering air 0 °F DB Type 5 °" and Type 8, steam at 5 PSIG, heating capacities MBH per SQ FT of coil face area Note: Please contact your representative for ARI ratings for coils. These tables are only estimates, with your representative you can have specific computer selected coils for your job conditions. PERFORMANCE Actual capacity will vary with coil circuiting and flow rate. STEAM COILS For performance at 0 °F entering air and 5 PSIG steam, total coil capacity equals Table 22 MBH times coil face area. ** To estimate for other entering air and steam pressures multiply by correction factor in Table 23. TABLE 23 Capacity Correction Factors to Table 21 for other than 60 °F air and 190 average water temperature .° Capacity Correction Factors to Table 22 for other than 0 °F air and 5 PSIG steam.** ^ A verage water temperature = (entering water temp + leaving water temp) divided by 2. For type 5, at 5 PSIG, 11 (total MBH divided by 0.961) divided by coil tubes Is more than to 50 LB per tube, the condensate loading may be too high. At higher pressures the condensate loading can be more than 50 LB per tube. Get a computer rating for the application. Bohn Refrigeration 23 FPM, TYPE 5 COILS (5/8" DIA.) FPM, TYPES COILS (1" DIA.) ROWS FPI 400 500 600 650 700 400 500 600 650 700 6 27.4 31.0 34.0 35.4 36.6 23.7 26.7 29.2 30.4 31.5 8 34.3 38 2 41.2 42.4 43.5 30.3 34.0 37.1 38.4 39.7 1 10 39 6 43.2 45.5 46.2 46.7 36.2 40.3 43.7 45.1 46.4 12 43.3 46.1 47.0 56.6 57.9 42.3 46.3 49.2 50.4 51.4 14 45.6 47.0 58.7 59.9 60.8 46.3 50.2 52.9 53.9 54.8 6 49.4 56.6 62.8 65.6 68.3 8 56.9 65.4 72.6 75.7 78.4 *Type 8 coils offered as 2 10 62.8 72.3 79.7 82.7 85.3 one row only on model 12 67.5 77.5 84.8 87.5 89 8 sizes 65 and 75. 14 71.3 81.4 88.3 90.7 92.4 TABLE 21 HOT WATER TABLE 22 STEAM Bulletin 12006.2 COIL PERFORMANCE - HEATING, WATER & STEAM 1/2" and 5/8" tube, entering air 60 °F DB Type A and Type 5,190 °F average water temperature ", heating capacities MBH per SQ FT of coil face area ( water velocity = 3 fps) 5/8" and 1" tube, entering air 0 °F DB Type 5 °" and Type 8, steam at 5 PSIG, heating capacities MBH per SQ FT of coil face area Note: Please contact your representative for ARI ratings for coils. These tables are only estimates, with your representative you can have specific computer selected coils for your job conditions. PERFORMANCE Actual capacity will vary with coil circuiting and flow rate. STEAM COILS For performance at 0 °F entering air and 5 PSIG steam, total coil capacity equals Table 22 MBH times coil face area. ** To estimate for other entering air and steam pressures multiply by correction factor in Table 23. TABLE 23 Capacity Correction Factors to Table 21 for other than 60 °F air and 190 average water temperature .° Capacity Correction Factors to Table 22 for other than 0 °F air and 5 PSIG steam.** ^ A verage water temperature = (entering water temp + leaving water temp) divided by 2. For type 5, at 5 PSIG, 11 (total MBH divided by 0.961) divided by coil tubes Is more than to 50 LB per tube, the condensate loading may be too high. At higher pressures the condensate loading can be more than 50 LB per tube. Get a computer rating for the application. Bohn Refrigeration 23 r FORWARD CURVED FAN CFM Std. Alr Cell WI. FPM TOTAL STATIC PRESSURE • INCHES OF WATER 2.60 3.00 350 4.00 4.50 5.00 6.50 8.00 RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM 383 RPM 1.12 RPM BHP 2179 989 § §r§ 55|! 1141 | § || § §|| 323 329 425 4.50 1403 ;§4k 1530 0.75 1843 415 1747 1.19 1843 1.12 2182 415 ■ | 1149 4 1934 1928 ! 1995 298 1515 0.78 ! 447 1741 1.25 ; 1.19 2161 447 1017 ; ! ! 1395 3.12 1507 i 1618 479 1729 1.91 1832 1.25 2179 1024 1172 1170 139 925 1508 0.88 1811 511 1714 1.15 1999 1.31 2179 2.02 910 0.97 1185 1105 1900 1174 1408 1241 1510 0.94 1810 543 1708 9 1983 138 2163 2.11 930 | | 1114 1313 1181 1418 ■ | 3.90 1814 675 1708 128 1974 1.42 2147 2.18 951 0.47 1214 1125 1927 1190 1490 1259 1528 AA8 1821 807 1712 136 1972 150 2138 2.25 973 0.52 1229 1136 1341 1201 1.43 1282 1539 423 1831 131 1811 1.45 1973 2.00 2130 1081 1148 1212 1457 1.11 1552 1931 8 1821 ■ 1978 2.12 2130 01 ■ ! 1161 ! ■ 1472 1.19 1586 1941 1854 a 1831 1.85 1985 2.24 2133 1106 1173 1236 1488 1.28 1580 1952 1868 1843 1.75 1994 2.36 2138 1121 1188 1249 1501 1.37 1594 1384 1881 4800 1784 186 1843 jam! 2148 2.85 1111 0.91 1314 1198 1418 1281 1615 1320 382 ■P■■ 1898 ■ 1778 ■ ; 2158 380 ! 1142 1.01 1335 3.47 10.% , 1530 ! § 1710 1.93 1792 2.10 1870 2187 3.16 3.21 1174 1.11 1357 3.75 1453 4.03 1548 427 1401 1725 2.05 1808 223 1884 2179 3.33 1208 1.23 1380 1473 1584 9" FOFFNARD CURVED FAN CFM Mr Coll FPM TOTAL STATIC PRESSURE • INCHES OF WATER 3.00 350 4.00 4.50 5.00 6.50 500 RPM BHP RPM BHP RPM 2.50 RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP 1617 1818 1818 1607 989 § §r§ 55|! 1141 | § || § §|| 323 329 425 4.50 1403 ;§4k 1530 0.75 1843 087 1747 029 1843 1.12 §§|| 415 ■ | 1149 4 1934 1928 ! 1995 ! 1515 0.78 1833 0.92 1741 1.50 1840 1.19 1549 1554 1581 1570 447 1017 1159 1170 1395 1248 1507 0.62 1618 0.98 1729 1.11 1832 1.25 1024 1172 1170 139 1241 1508 0.88 1811 1.01 1714 1.15 1819 1.31 511 910 0.97 1185 1105 1900 1174 1408 1241 1510 0.94 1810 1.07 1708 121 8 138 54,9 930 0.41 1119 1114 1313 1181 1418 ■ 1518 1.01 1814 1.14 1708 128 8 1.42 575 951 0.47 1214 1125 1927 1190 1490 1259 1528 1.09 1821 122 1712 136 150 80 973 0.52 1229 1136 1341 1201 1.43 1282 1539 1.17 1831 131 1719 1.45 1.59 2000 1081 1148 1212 1457 1.11 1552 1931 1842 1728 1.54 1811 ! 2100 ■ ! 1161 ! ■ 1472 1.19 1586 1941 1854 a 1739 1.85 1821 ■ 2200 1106 1173 1236 1488 1.28 1580 1952 1868 1751 1.75 1831 2900 1121 1188 1249 1501 1.37 1594 1384 1881 4800 1784 186 1843 1001 2.44 1068 1111 0.91 1314 1198 1418 1281 1615 1320 382 ■P■■ 1898 1.81 1778 1.98 1856 2.15 1086 ! 1142 1.01 1335 3.47 10.% , 1530 ! § 1710 1.93 1792 2.10 1870 228 1105 3.21 1174 1.11 1357 3.75 1453 4.03 1548 427 1401 1725 2.05 1808 223 1884 2.42 1208 1.23 1380 1473 1584 1740 2.17 1821 2.38 1898 2.15 12" FORWARD CURVED FAN CFM Std. Alr Coll WI. FPM TOTAL STATIC PRESSURE - INCHES OF WATER 2.50 3.00 350 4.00 4.50 5.00 6.50 500 RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP | | || 982 417 451 488 § § §§ W44 | | §! 3§■! 1617 1818 1818 1607 ill! § §r§ 55|! §||§ | § || § §|| 323 329 425 4.50 | | || ;§4k 1.52 1386 ]0| 5■■■ 1307 1309 1914 1921 ■ Wcuoloi !;»; ) e; §§|| 3.09 3.16 3.31 3.49 1717 1896 1685 1857 )� § 1831 1820 1798 1787 9! 1934 1928 1178 136 .. 1.59 1355 P k/ }R� 4R§ 2.78 3.01 3.26 3.54 1442 1450 1459 1470 i@■ 1549 1554 1581 1570 .4634 1017 1170 1.45 1248 1.85 1929 4600 4803 5000 ,2■ §§« 3.84 4.16 4.50 1481 1493 4.29 4.62 1024 1170 1.55 1241 1.75 1311 12" FORWARD CURVED FAN CFM Std. Alr Coll WI. FPM TOTAL STATIC PRESSURE • INCHES OF WATER 0.50 1.00 1.25 1.60 175 2.00 2.25 2.60 RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM 814P RPM BHP RPM BHP 382 1015 1207 132 1291 1.52 1386 1.72 417 ■ ! ■ 2 § ■ 1019 ■ 1178 136 1272 1.59 1355 182 451 1017 1170 1.45 1248 1.85 1929 1.88 488 1024 1170 1.55 1241 1.75 1311 1.913 1105 1174 188 1241 187 1307 2.08 ■ ! ■ 8 ■ E ! 1114 4 1181 1.82 1248 2.01 1309 222 1125 1190 189 1259 2.18 1314 238 1136 1201 2.17 1282 236 1321 2.57 154 1081 1148 1212 2.36 2.57 1931 2.78 , , ! 181 1093 ! 1161 ! 1224 2.81 2.80 1941 3.01 2.00 1106 1173 1236 2.88 3.05 1952 9.28 2.21 1121 1188 1249 9.12 3.33 1384 9.54 4800 |§c4 1001 2.44 1068 2.88 1195 284 1198 3.19 1281 331 1320 382 1378 384 4900 ■ 9 1022 2.89 1086 2.93 1150 323 1214 3.47 1274 9.71 1939 384 1989 4.16 5000 1045 2.85 1105 3.21 1186 3.47 1228 3.75 1288 4.03 1345 427 1401 4.50 FATt DATA Maximum ODP Motor Frame Size for MOda 03 - 1821 Maximum ODP Moto Frame Sae for Mortis 06 - 841 Coil Face Velocity S fora Large Cooling Coil, Type A (1f2 Tube Diameter) 24 Bohn Refrigeration FAN PERFORMANCE SIZE 03 SIZE 03 SIZE 06 Medium Pressure Fan Must Be Used When Operating in Shaded Area Bulletin 12006.2 It FORWARD CURVED FAN CFM Std. Alr Coil WI. FPM TOTAL STATIC PRESSURE - INCHES OF WATER 0.50 1.00 125 1.50 175 2.00 2.25 2.50 RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP - BHP RPM 0.51 597 2.78 510 1.14 685 0.97 1589 111 :1885 2.05 978 229 1041 1.47 1103 0.83 602 9.08 524 1.30 891 1 11 1587 1.30 '1886 ' 230 970 258 1031 "s 1092 0.79 609 3.41 541 1.48 04 O 0, 1. a 1.41 m 2.58 3 2.84 14 1085 0.97 617 9.75 55 1.84 1208 - 1589 1.85 1852 222 986 3.19 1024 491 1080 1.18 1184 499 687 1.813 1378 797 2.45 1557 2.78 1841 9.11 , 1721 , 9.44 1025 692 1079 1.44 1182 538 897 2.12 '1972 804 2.71 1545 3.05 1415 3.40 :1709 9.75 1030 573 1082 1.74 tl m OS 707 2.45 0 n R 812 3.01 n 334 1407 " 3.70 0 4.07 1037 814 1087 2.08 1188 615 719 2.78 1385 821 336 1533 3.89 1400 4.05 1687 4.42 1046 3.41 586 3.72 679 5.83 1282 3.19 792 3.47 3.76 903 4.09 3.11 1007 5400 3.72 689 4.04 895 1288 5.75 3.64 813 3.93 423 919 455 3.43 1020 NP nn n0 4.05 613 0 714 8 4.14 8 4.44 Y 8 4.75 998 5.07 0 8 351 1034 0 a 1009 4.42 837 4.76 729 458 857 591 533 953 5.85 423 1049 880 1015 4.83 1189 5.16 748 784 530 596 974 8.30 � °4 624 1003 7.00 1109 528 1152 5.61 786 813 6.02 655 995 7.00 7.35 1015 7.71 1125 a 01 0 787 0 0 6.79 4 e N 738 1017 7.76 8.19 1027 8.50 1142 6.38 1183 8.67 810 874 751 817 1038 1080 625 1119 857 1 r FORWARD CURVED FAN CFM Alr Coll +M TOTAL STATIC PRESSURE • INCHES OF WATER 3.00 300 400 4.50 6.00 8.50 6.00 RPM 2.00 2.25 2.50 RPM BHP RPM 1 M BHP RPM BHP RPM BHP RPM BHP - BHP RPM BHP 1219 2.78 510 0.47 685 0.97 1589 111 :1885 978 1041 1.47 1103 1.83 1207 9.08 524 0.58 891 1 11 1587 1.30 '1886 ' 970 1031 1.71 1092 194 1195 3.41 541 2.78 1216 O 1. 0 1.41 m n 1738 '- 8 14 1085 2.19 1189 9.75 55 9.11 1208 - 1589 1.85 1852 986 1024 2.32 1080 252 1184 499 1116 0.98 1378 791 425 1557 470 1841 2.09 , 1721 , :5.78 1025 258 1079 282 1182 538 1113 1.18 '1972 803 .4.76 1545 5.12 1415 2.31 :1709 6.09 1030 255 1082 311 tl 576 q N 1.41 0 n n 817 N n 5.74,. 1407 " 2.55 0 854 ,' 1037 9.12 1087 3.41 1188 615 1118 1.87 1385 896 892 1533 '851 1400 251 1687 719 1046 3.41 1095 3.72 1045 5.83 1282 1.97 792 903 2.83 3.11 1007 5400 3.72 1104 4.04 6.07 1288 5.75 2.91 813 919 3.18 3.43 1020 NP nn n0 4.05 1114 438 228 895 S N i N N 998 9.55 0 8 351 1034 0 a 1009 4.42 1126 4.76 3.11 857 953 3.94 423 1049 880 1015 4.83 1189 5.16 784 4.09 974 1020 4.71 1085 4.97 1109 528 1152 5.61 813 459 995 1098 5.15 1082 550 1125 5.79 1167 6.11 tl 844 B i 4 e 5.13 1017 1059 5.67 1098 6.01 1142 6.38 1183 8.67 874 5.73 1038 1080 625 1119 857 1189 699 1200 7.28 1Y' FORWARD CURVED FAN CFM Std. Alr Coll Vol. FPM TOTAL STATIC PRESSURE - INCHES CF WATER 2.50 3.00 300 400 4.50 6.00 8.50 6.00 RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP 193 1219 2.78 1148 2.45 1227 4.34 1589 :1885 1738 - 1.84 1207 9.08 1141 238 1223 4.75 1587 '1886 ' 1740 1 2.19 1195 3.41 1192 2.78 1216 8 Y 519 1580 5 i 1681 v 1738 '- z 2.52 1189 9.75 1123 9.11 1208 555 1589 1852 499 2.82 1184 4.10 1116 4.77 1378 1278 425 1557 470 1841 522 , 1721 , :5.78 538 9.11 1182 4.48 1113 5.18 '1972 1270 .4.76 1545 5.12 1415 .8.19 :1709 6.09 576 6 f tl 4.84 1115 5.80 4 n 1284 0 1537 5.74,. 1407 " 8.74 ':1897 -' 854 ,' 615 3.72 1188 5.22 1118 8.05 1385 1282 892 1533 '851 1400 937 ". 1687 719 5100 0 1104 0iC .o4 f 000 1045 5.83 1282 539 5400 1114 4.38 1052 6.07 1288 5.75 NP nn n0 Sg 1060 658 8000 819 1009 790 1224 598 8403 880 1015 731 8800 901 1027 8.50 16" FORWARD CURVED FAN CFM Std. Alr Coll Vol. FPM TOTAL STATIC PRESSURE - INCHES OF WATER 2.50 9.00 360 400 4.80 5.00 6.50 6.00 RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP 193 1219 2.02 1323 2.45 1419 1589 :1885 1738 - 1.84 1207 217 1919 238 1411 1587 '1886 ' 1740 2.19 1195 2.43 1901 2.78 1400 0, N g N 1580 5 i 1681 v 1738 '- z 2.52 1189 2.85 1290 9.11 1388 1589 1852 499 2.82 1184 3.25 392 1378 425 1557 470 1841 522 , 1721 , :5.78 538 9.11 1182 3.82 4.08 '1972 .4.76 1545 5.12 1829 '557 :1709 6.09 576 3.41 1184 9.97 451 1367 n .530 1537 5.74,. 1818 9.10" ':1897 -' 854 ,' 615 3.72 1188 4.33 492 1385 892 1533 '851 1810 - 6.88 1687 719 5100 0 1104 4.04 1195 4.89 1282 539 5400 1114 4.38 1209 5.07 1288 5.75 5700 1128 4.78 1219 5.48 13000 788 1199 5.16 1224 598 6300 807 1152 5.61 r Maximum ODP Moto Frame Sae for Models 08 - 2151 Maximum ODP Moto Frame Size for Models 10 - 2151 Coil Face Velocity is for a Large Cooang Coil, Type A (1? Tuba Diameter) Bulletin 12006.2 FAN PERFORMANCE SIZE 08 SIZE 08 SIZE 10 FAN DATA Med'um Pressure Fan Must Be Used Operaling in Shaded Area Bohn Refrigeration 25 2r FORWARD CURVED FAN CFM Std. Air Coll Vol Sin 14 Sin 16 TOTAL STATIC PRESSURE • ACHES OF WATER 250 9.00 3.60 4.00 4.50 580 6.50 6.00 RPM BHP RPM BHP RPM BHP RPM BHP IPM BHP RPM BHP RPM BHP RPM BHP BHP RPM BHP RPM BHP 518 354 475 6.2 817 682 1195 1195 1.92 792 222 325 306 S sn 3 522 308 5 1.113 5.18 R m 6.18 1138 0) 1198 797 8 W to 9.11 3 3.44 1113 419 508 1.44 838 689 1944 637 1133 2.40 1197 2.71 3.48 451 3.77 3.40 3.75 1116 451 525 1.74 651 7.18 587 6.131 1128 812 1193 380 9.70 1040 4.07 508 418 818 1262 694 719 2.78 1048 3.06 1120 1187 389 428 10.21 4.67 4.42 P, 542 448 818 1285 01 H a c 8 r 1041 a' w 1111 1178 4.44 10.52 4.82 1128 547 578 474 818 8 748 3.64 8 3.93 1037 8 1104 455 1170 489 5.03 10.92 5.49 580 810 610 603 622 781 4.14 617 4.44 1035 ' 1111 1099 992 1181 5.77 11.45 612 9400 645 472 6.42 897 7.42 4.18 910 1003 852 5.99 992 635 5.95 844 8 8 V 9800 679 w 8 6 8.95 902 7.97 8 923 8 984 884 1003 7.00 878 tl 895 10400 719 8 7.54 907 8.57 937 8 976 7.35 1015 7.71 708 7.05 754 10903 748 614 7.04 817 919 922 5.51 990 8.13 1027 8.50 9200 741 0 4 0 8.38 810 7.24 847 11403 782 7.91 928 8.85 919 9.92 MI 11.04 6.68 745 9800 773 7.12 833 8.09 888 8.48 11900 11800 818 644 8 8.58 928 1088 1182 F 10000 805 7.94 791 847 827 9.04 938 12403 12400 850 580 1035 934 11.49 12.05 7.74 789 8.50 800 9.18 835 9.77 10.55 117 FORWARD CURVED FAN CFM Alr Coll FPM TOTAL STATIC PRESSURE - INCHES OF WATER TOTAL STATIC PRESSURE • INCHES OF WATER 0.30 1.00 1.26 1.60 1.76 2 • 2.25 2.50 RPM BHP RPM 2.60 RPM BHP RPM BHP RPM P RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP 518 354 475 0.97 817 5.85 224 233 1.92 792 222 325 306 S 282 9.19 522 308 491 1.113 627 8 w 8 8 0) 2.14 797 2.45 3 to 9.11 3 3.44 1113 419 508 1.44 838 8.84 1944 2.85 2.40 804 2.71 3.48 451 3.77 3.40 3.75 1116 451 525 1.74 651 7.18 1937 2.70 812 3.01 380 9.70 1040 4.07 418 1.81 1262 694 719 2.78 3.06 385 389 428 4.05 4.67 4.42 P, 448 8 01 (J 1285 01 H 732 3.19 r 9.47 4.09 4.44 816 4.82 1128 547 474 3 2.18 8 748 3.64 8 3.93 8 w 455 489 489 5.03 528 5.49 580 810 503 1272 2.48 781 4.14 617 4.44 ' 1111 587 992 5.41 5.77 822 612 472 5.01 4.18 910 1003 852 5.99 992 635 5.95 844 8 8 V 8 w 8 6 N 5.82 8 8 923 8 984 884 1003 7.00 878 tl 895 500 8.28 708 1027 937 976 7.35 1015 7.71 708 7.05 754 614 7.04 951 5.51 990 8.13 1027 8.50 9200 741 0 4 0 8.38 810 7.24 847 7.61 888 7.91 928 8.17 967 838 5.98 6.68 745 9800 773 7.12 833 8.09 888 8.48 11900 816 644 4 6.18 E 885 F 10000 805 7.94 791 847 827 9.04 938 12403 850 580 6.79 739 20" FORWARD CURVED FAN CFM Std. A@ Call Vol Sin 14 Sin 18 TOTAL STATIC PRESSURE • INCHES OF WATER 0.30 1.00 1.26 1.60 1.76 2 • 2.25 2.50 RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP 954 9.13 3.75 518 577 1287 5.85 224 233 888 287 325 306 S 3.44 4.10 522 d 578 8 8.14 8 257 0) 282 3.11 3.43 3.75 4.48 1113 528 582 1270 8.84 1944 2.85 8.13 320 3.48 451 3.77 4.07 4.84 1116 535 587 7.18 1937 3.14 352 380 423 1040 508 418 1.81 1262 694 8.53 385 515 428 816 4.67 8 542 448 1195 1.89 1285 m 801 9.11 8 420 4.83 816 5.07 1128 578 474 3 2.18 8 608 8 8 8 w m 489 5.77 5.03 818 5.49 810 503 1272 2.48 10.37 617 ' 1111 612 992 5.02 5.47 822 594 472 4.18 4.62 1003 7.00 5.95 6.42 P A 486 m co 8 4.81 1015 5.10 F 3 4 m 6.47 tl 895 500 708 1027 656 5.60 7.05 754 614 5.51 812 787 8.17 11400 782 629 5.59 5.98 6.68 745 728 783 781 819 833 885 11900 816 644 4 6.18 E 885 F 7.20 754 787 791 847 827 9.04 938 12403 850 580 6.79 739 7.74 789 8.50 800 9.18 835 9.77 10.55 18" FORWARD CURVED FAN CFM Std. Alt Coll Vol. FPM TOTAL STATIC PRESSURE - INCHES OF WATER 2.50 3.00 9.60 400 4.50 6.00 6.50 6.00 RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP 954 9.13 3.75 1123 1287 5.85 1361 888 306 3.44 4.10 1116 d 1278 8.14 1953 8 734 419 3.75 4.48 1113 1270 8.84 1944 8.13 451 4.07 4.84 1116 1264 7.18 1937 8.74 483 4.42 1040 1116 1192 1262 8.53 515 4.82 1045 8 1122 0, c 1195 t ol 1285 m 9.11 8 547 5.28 1052 1128 1199 1268 9.74 580 5.77 1060 1134 1204 1272 10.37 ' 1111 612 992 8.35 844 1003 7.00 878 1015 7.71 708 1027 8.50 FAN DATA FAN PERFORMANCE SIZE 12 Maximum ODP Motor Frame Size for Model 12 - 254T Maximum ODP Motor Frame See for Models 14 818 - 2547 Coil Face Velocity is for a Large Cooling Coil, Type A (1/2' Tube Demeter) 26 Bohn Refrigeration SIZE 12 SIZE 14 and SIZE 18 SIZE 14 and SIZE 18 ni Medium Pressure Fan Must Be Used When Operating in Shaded Area Bulletin 12006.2 I CURVED CFM Std. Alr Colt Val Size 20 GS TOTAL STATIC PRESSURE - INCHES OF WATER 0.60 1.00 1.25 1.50 1.7S _ 4.50 2.25 2.00 RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP M BHP RPM BHP RPM BHP BHP 1.30 424 94 514 517 567 922 W4 9.48 9.07 314 10.43 4.42 738 1183 13.22 5.39 1.67 1 0 418 03 2.94 519 918 571 919 818 3: 9.42 4.2 10.81 415 741 1183 13.71 5.77 1 N 288 474 12 0 01 524 8 7.25 N 525 101 9/8 873 11.20 1108 745 N N 0 8.17 3.32 499 421 11.22 528 496 580 917 1007 637 10.18 7.18 11.80 1109 749 1180 14.85 8.59 10500 11000 G 395 414 395 83 R$ 3.62 3.95 $$ 4.16 4_50 8@ 4.71 6.08 e E 628 5.68 5 9 1100 13.55 tow NN 15.13 4. ww 11600 11000 433 414 822 7.47 4.91 8.70 427 985 5A8 1120 8.07 9 1098 14.04 1154 15.82 584 12000 11500 452 433 805 7.94 4.89 923 527 10.52 588 1182 8.50 728 7.14 14.59 1151 16.16 7.07 12010 471 452 4.04 586 6.11 609 5.70 11.11 505 12.47 8.98 19.82 751 16.22 828 806 8.98 8 8 8.85 489 3 4.47 575 5.55 818 8.15 g 0, m 8 7.44 14.54 8.12 1518 8.80 810 9.50 9.58 624 527 489 5.44 593 8.50 639 7.18 12.38 8.63 13.81 8.51 15.28 921 16.75 9.94 819 10.87 832 11.44 585 527 8.58 814 781 651 828 7.49 889 9.70 982 10.44 10.71 11.19 828 11.96 12.55 - 802 585 7.84 1196 889 13.64 8.54 1754 1030 11.04 11.80 12.58 13.39 - 840 8 927 13.39 10.35 15.04 11.11 E 11.72 12.54 13.32 14.13 14.98 18.02 - 678 - 10.88 14.98 11.98 R 8 19.28 19.34 N 14,14 8 15.01 tl 15.84 18.89 18.07 - 715 - 12.87 16.89 13.79 18.48 14.65 15.18 15.94 18.81 17.72 18.80 22" FORWARD CURVED FAN CFM Std. Alr CFM Std. Air Call WI Size 20 Ga TOTAL STATIC PRESSURE • INCHES OF WATER 2.50 300 3.50 4.00 4.50 600 5.50 800 RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP 1.30 424 - 5.39 517 8.51 922 387 9.07 985 10.43 1109 11.81 1183 13.22 319 1.67 1 0 418 - 2.94 5.77 918 8.85 919 4 488 9.42 S 10.81 1108 1225 1183 13.71 1.87 288 474 - 514 8.17 911 7.25 917 525 101 9/8 873 11.20 1108 12.67 1102 14.18 3.32 499 - 11.22 8.59 496 7/2 917 1007 637 10.18 7.18 11.80 1109 13.10 1180 14.85 381 10500 524 395 7.02 595 820 100 939 10.85 1041 12.05 1100 13.55 1157 15.13 0.99 11000 549 414 822 7.47 8.70 8 985 822 1120 1040 12.56 1098 14.04 1154 15.82 584 q w 11500 574 433 805 7.94 1007 923 m w 10.52 1182 1040 13.14 1098 14.59 1151 16.16 7.07 12010 599 452 8.44 9.18 9.77 989 11.11 505 12.47 1049 19.82 1098 16.22 1150 18.78 718 68.5 8.85 817 471 06 888 677 10.93 18000 11.72 415 13.13 1047 14.54 1089 1518 1149 17.44 592 9.58 624 $ 489 810 9.50 0, 10.92 585 12.38 8.63 13.81 1051 15.28 1102 16.75 1152 18.22 10.57 832 11.44 862 527 819 10.87 20000 12.17 7.49 889 982 10.71 12.55 13.47 585 828 1196 13.64 8.54 1754 995 10.84 11.83 13.74 14.71 - 8 $a$$ 13.39 903 15.04 11.11 E 11.99 13.01 8 f 15.00 18.02 17.03 8 R - 14.98 913 18.67 19.28 1425 18.38 17.41 18.07 2400 - 12.98 16.89 925 18.48 14.65 15.82 17.89 18.90 20.00 - 18.80 25" FORWARD CURVED FAN CFM Std. Alr Coll V.I. FPM TOTAL STATIC PRESSURE- INCHES OF WATER 0.50 1.00 125 1.50 1 75 2.00 2.25 2.50 RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP 9000 312 1.30 2.12 285 517 9.00 899 387 419 985 4 .73 680 5.30 100 w 319 1.67 a 2.8 2.94 519 918 $ 4.17 8 488 994 524 679 582 11000 327 1.87 288 335 514 10.42 911 4.50 525 101 584 873 8.42 1200 337 2.23 3.32 384 516 11.22 913 496 581 1007 637 864 7.18 386 381 439 416 5.54 595 100 685 781 8 418 1, 0, l0 4.36 0.99 5.0 822 599 1009 7.50 822 8 8 446 8 4.95 0, 584 q w 8.31 tl 697 805 Q w 1007 829 m w 8.99 475 560 634 7.07 7.78 611 1001 9.18 989 17000 505 400 4.89 477 632 516 7.10 551 718 68.5 8.85 817 9.41 848 10.15 677 10.89 18000 635 415 5.87 487 7.11 524 782 559 8/5 592 9.58 624 10.39 655 11.19 884 11.98 19000 585 492 8.63 497 795 533 883 567 919 80 10.57 832 11.44 862 12.30 80 13.14 20000 7.49 889 982 10.71 12.55 13.47 14.97 21000 8.54 1754 995 10.84 11.83 13.74 14.71 1517 8 a N 3 9.71 19.03 11.11 E 11.99 13.01 8 f 15.00 18.02 17.03 2300 10.98 20.59 12.99 19.28 1425 18.38 17.41 18.07 2400 12.98 2223 13.78 14.65 15.82 17.89 18.90 20.00 25" FORWARD CURVED FAN CFM Std. Alr 0511 Vol. FPM TOTAL STATIC PRESSURE - INCHES OF WATER 260 3.00 310 4.00 4.50 60 5.50 8.00 RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP 8.47 9.00 899 1034 11.74 985 7.05 918 906 1188 12.53 994 E 718 4 m 10.42 911 11.87 19.37 101 4 841 11.22 913 12.72 1428 1007 386 927 1063 13.85 100 18.91 8 418 1, 0, l0 987 11.63 al 1486 1009 18.01 448 10.53 1237 1581 1007 19.20 475 1139 1389 17.14 1001 20.51 17000 505 10.89 739 12.41 788 14.05 838 15.90 889 18.0 940 20.29 993 22.00 1800 595 a 1198 738 13.55 790 15.19 19000 565 13.14 744 1010 20000 18.13 21000 1754 22000 a N 8 ri 19.03 2300 20.59 2400 2223 imum ODPM otor Frame Bizebr Models 20 a d26 -2 Maximum ODP Moto Frame Sze tor Models 94 - 3241 Coil Face Velocity S Mr a Large Cooling Coil, Type A (1/2" Tube Diameter) Bulletin 12006.2 FAN PERFORMANCE SIZE 20 and SIZE 26 SIZE 20 and SIZE 26 SIZE 34 SIZE 34 Bohn Refrigeration 27 FAN DATA ar FORWARD CURVED FAN Cal Std. Alr Coll Vol. FPM TOTAL STATIC PRES.._... INCHES OF WATER 2.50 3.00 3.60 4.00 4.50 5 00 1.84 1 75 2.00 2.25 2.50 RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP PPM BHP BHP 418 BHP 1839 9.44 4.81 11.06 2338 418 26.69 8 8 443 a 829 8 927 739 10.53 8 8 443 0 A 1152 529 N 1- ua 488 18.48 1138 18.45 8.89 20.46 9.87 Yf 10.91 10.21 488 11.02 25.97 1231 28.98 14.68 492 16.58 1233 1850 1206 20.51 938 22.72 10.55 11.04 11.59 11.99 492 12.81 3054 21000 8.28 1654 13.15 424 1212 20.95 17.85 23.05 10.28 743 1129 12.81 12.33 13.81 517 22000 541 n 8.83 1923 731 21.43 8.97 8 10.01 735 11.04 510 28.43 se 13.15 23000 541 �o88 14.97 n 7.40 2137 834 24.23 936 725 10.76 15.30 11.85 512 32.74 24000 14.04 29000 588 1248 2228 1286 8.01 1325 921 718 10.99 1400 11.55 1188 12.70 515 815 545 14.97 24000 591 2531 21.97 27.98 8.88 716 9.91 757 11.15 20.41 12.38 21.56 13.58 518 1855 2353 15.95 23.21 317 7.24 718 9.36 411 10.84 11.95 470 13.21 551 14.50 8 15.74 16.98 2722 324 7.98 1023 416 11.42 12.78 473 14.13 15.45 18.76 18.05 718 8 332 8.78 11.06 420 12.25 13.85 477 15.05 16.44 17.81 NAAN 19.18 340 933 30000 11.94 425 19.12 1438 481 18.02 17.47 34.79 18.90 20.32 31000 0 1035 404 12.88 27.17 14.23 8 1532 33.33 17.03 610 1854 20.03 INEN 21.51 25.33 1132 410 13.88 15.25 38.21 16.53 18.08 514 1934 2120 22.74 8 0 Fi 8 1237 417 14.97 18.34 17.81 5' 19.19 518 2020 22.41 24.02 1337 424 18.12 17.49 18.99 20.35 522 2230 2337 25.33 30" FORWARD CURVED FAN CFM Std. Alr Coll Vol. FPM TOTAL STATIC PRESSURE - INCHES OF WATER 2.50 3.00 3.60 4.00 4.50 5 00 5.50 RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP BHP 418 BHP 1033 BHP RPM BHP RPM BHP 1839 9.44 21.28 11.06 2338 12.85 26.69 8 8 443 a 1031 8 8 739 0 0 19.30 w 22.15 1152 25.00 N 27.86 14.45 488 18.48 1138 18.45 1207 20.46 1249 998 19.95 10.21 2298 11.02 25.97 1231 28.98 14.68 492 16.58 1233 1850 1206 20.51 1247 22.72 2032 11.04 23.89 11.99 26.87 12.81 3054 21000 617 1654 13.15 1858 1212 20.95 17.85 23.05 2155 743 24.36 12.81 2739 13.81 3152 22000 541 n 14.04 1923 8 21.43 18.71 8 2136 735 24.96 A 28.43 se 3132 23000 586 �o88 14.97 1953 1231 2137 19.71 24.23 22.31 725 25.54 15.30 29.11 31.41 32.74 24000 591 29000 15.95 1248 2228 1286 20.80 1325 23.40 718 28.17 1400 29.75 1188 3350 1187 815 545 16.98 1248 19.45 2531 21.97 27.98 2439 716 1417 757 30.40 20.41 3421 21.56 840 548 1855 2353 20.62 23.21 2536 718 p 8 864 551 19.16 8 21.84 24.51 2722 717 8 689 555 2192 29.10 25.87 2835 718 29000 2131 24.41 90.15 NAAN 33.15 30000 22.74 25.77 31.71 34.79 31000 0 8 24.02 8 27.17 8 8 33.33 36.50 32100 25.33 28.02 95.01 38.21 32 3/6" AIRFOIL FAN CFM Coll TOTAL STATIC PRESSURE • INCHES OF WATER Std. Vol. 2.50 9.00 3.50 4.00 4.50 5.00 5.60 8.00 Alr FPM RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP 9.44 982 11.06 1092 12.85 1080 1434 1126 16.46 1172 1822 1218 739 836 8 8 8 1152 1028 12.75 1074 14.45 1120 18.48 1184 18.45 1207 20.46 1249 998 10.21 978 11.02 8 0 1231 1076 14.68 1122 16.58 1166 1850 1206 20.51 1247 22.72 1287 11.04 0 11.99 1027 12.81 1452 1125 1654 1170 1858 1212 20.95 1254 23.05 1293 25.17 1329 12.81 13.81 25003 14.82 1133 1795 1177 1923 1220 21.43 1281 12.18 1300 13.10 1080 28.15 1376 se 1107 15.95 27003 �o88 1189 1953 1231 2137 1272 24.23 1311 0 8 1349 15.30 8 31.41 1422 1722 1158 29000 1189 1248 2228 1286 24.78 1325 2729 1363 18.77 1400 17.73 1188 3494 1187 1939 1209 31003 1248 1305 2531 1343 27.98 1381 9056 1417 19.4 1452 20.41 1222 21.56 1239 22.40 1280 32 3/e" AIRFOIL FAN CFM Coll TOTAL STATIC PRESSURE• INCHES OF WATER Std. WI. 0.80 1.00 1.25 1.50 1.75 2.00 2.25 2.50 Alr FPM RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP 6.38 7.13 875 739 836 931 9.44 7.78 838 927 998 10.21 978 11.02 8 0 8 8 8 0 0 992 10.22 279 11.04 0 11.99 1027 12.81 10.89 1132 1091 12.81 13.81 1079 14.82 25000 938 9.07 987 11.18 1012 12.18 1038 13.10 1080 14.07 1083 14.95 1107 15.95 1133 �o88 27003 a 1003 1139 1046 13.29 1003 14.35 1091 15.30 1114 18.39 1135 1722 1158 1826 1189 29000 1088 1339 1105 1587 1128 18.77 1148 17.73 1188 18.82 1187 1939 1209 20.78 1248 31000 1133 15.98 1184 18.32 1189 19.4 1201 20.41 1222 21.56 1239 22.40 1280 2353 1305 FAN DATA Maximum ODP Moto Frame Size for Models 41 - 324 T Maximum ODP Moto Frame Size for Models 50 - 324T Coil Face Velocity is for a Large Cooling Coil, Type A (12• Tube Diameter) 28 Bohn Refrigeration PERFORMANCE FAN SIZE 41 SIZE 50 SIZE 50 Bulletin 12006.2 39 3/8" AIRFOIL FAN CFM Std. Alr Coil WI Slim 85 s� TOTAL STATIC PRESSURE • INCHES OF WATER 0.50 100 1.25 1.50 1.75 2.00 2.25 2.50 RPM BHP RPM BHP RPM BHP RPM SHP RPM BHP RPM BHP RPM BHP RPM BHP 23000 0 - 716 12.04 41 6.06 0 7.04 0 8.01 645 9.00 925 9.99 974 11.01 715 12.04 8 xi m - 0 13.81 751 855 9.43 878 10.51 0 11.60 a 12.70 748 13.81 28000 372 778 15.78 8.82 9.94 11.03 711 12.21 973 13.99 1011 14.59 778 15.78 30500 405 811 17.97 10.59 11.88 12.80 744 14.10 1003 15.39 1031 18.88 811 17.97 33000 511 885 10.30 724 12.82 13.78 949 1428 777 16.17 801 17.59 1058 18.98 mS 20.97 95500 550 • 731 12.40 768 14.94 16.17 988 17.42 818 18.72 836 20.11 g 21.50 23.01 38000 588 778 14.77 813 17.55 18.86 1018 20.20 860 2134 878 22.94 24.36 25.87 40500 827 597 822 17.48 858 20.47 873 21.88 888 23.29 903 24.71 917 28.18 930 27.28 943 28.78 43000 868 571 808 20.47 903 23.72 918 25.23 932 26.73 948 28.23 960 29.75 974 31.82 988 33.11 39 3/8' AIRFOIL FAN CFM Std. Mr Coil Val Size 66 B Height TOTAL STATIC PRESSURE INCHES OF WATER 2.50 3.00 3.50 4.00 4.50 5.00 5.50 8.00 RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP 23000 0 34 716 12.04 41 14.17 0 50 0 18.75 65 2138 925 23.78 974 28.16 1015 29.01 25500 m 748 13.81 18.00 m 20.88 23.21 947 25.8 990 28.52 1027 32.14 28000 778 15.78 16.28 23.45 25.89 973 28.61 1011 31.43 1044 34.14 30500 811 17.97 20.58 2553 28.75 1003 31.51 1031 34.88 1088 38.18 33000 511 844 20.37 878 2583 949 m � 989 31.41 1025 35.01 1058 38.43 35500 550 • 877 23.01 910 29.08 988 1018 33.83 1047 38.71 38000 588 910 25.87 951 31.78 1018 1048 38.18 40500 827 537 943 28.78 984 32.46 1021 36.16 43000 688 571 988 39.11 1029 97.10 UNIT SIZE High Efficiency Filter Section Dimensions - Inches A Width B Height 03 0 3 06 0 V. 08 0 3 10 3 /e 3 12 0 0 14 0 0 18 0 0 20 2 0 26 1 0 34 1 0 41 1 0 50 0 0 65 0 0 75 0 3i /a PLAN WEM • r I I I s. `t- _ J I L___L_ A r ELEVATION VATI i NOTES Bulletin 12006.2 I PERFORMANCE AIR FLOW SIZE 65 and SIZE 75 SIZE 65 and SIZE 75 Maximum ODP Moto Frame Sire for Models 65 and 75 - 324T for Open Drp Proof Motor and 2887 for TEFC Motor. Coil Face Velocity is for a Large Cooling Coil, Type A (12' Tube Diameter) HIGH EFFICIENCY FILTER SECTIONS - DIMENSIONS 3. Fitter housing is manufactured from a mirdmum of 16 gauge steel. 1. The high efficiency filter housing has flanges on the entering and leaving air sides that match the Heatcraft Products accessory hole pattern (page 30). 2. The access doors have gaskets. Access doors are located on both sides of the filter housing. THREE SECTION DEPTHS 22" Section accommodates 2" prefilter and up to an additional 12' of high efficiency final titter 28" Section accommodates 2' prefilter and up to an additional 21' of high efficiency final fitter 44" Section accommodates 2" prefilter and up to an additional 37' of high efficiency final filter Bohn Refrigeration 29 FAN DATA DIMENSIONS SIZE DIMENSIONS A B C D E F 03 37 22'/ 1 /2 2 9 — 06 52 26 2 4 9 — 08 49 35'/2 '/z 5 12 — 10 58 35'/2 5 5 12 — 12 64 38 2 4 12 6 14 73 38 6 4 12 6 18 73 47 6 5 12 — SIZE 03 06 08 10 12 14 18 A 35 50 47 56 62 71 71 B 12 /2 12 /2 12 12 /2 12 /2 15 /4 15 3 5'/2 SIZE 20 26 34 41 50 65 75 A 88 113 113 113 115 131 131 B 15'/4 15 21 26 32 32 32 SIZE DIMENSIONS A B C D 20 90 44 3 4 26 115 44 3 4 34 115 54 3 4 41 115 65 3 5'/2 SIZE DIMENSIONS A B C D 50 117 74 4' /e 7 65 133 82 6 /e 5 75 133 94 6 /e 5 DIMENSIONS 112" ACCESSORY FLANGE PATTERN SIZES 03 -18 SIZES 20 - 41 J — i " f 1- C1 ir, -6- -6- -d BASE RAIL t i E F ,. C� yp. I A � 17 F r °• 1 1L 12" -b- -b- -L- -b -4- - 6 - - 6 - 4- BASE RAIL Y 4 4- Flanges are 2", all sections. I-- A 1 B All dimensions are in inches. 30 Bohn Refrigeration Flanges are 1" minimum all sections. T B 12" ty°lea — +I I D 2 -1n" SIZES 50 -75 SIZES 03 - 75 ECONOMIZER INLET DUCT CONNECTIONS Flanges: All sizes =1" NOTES - SIZES 03 THROUGH 75: Accessory hole patterns apply to both the inlet and outlet of all the following sections: Coil sections. Flat and high efficiency litter sections. High capacity fitter sections and Access sections. Internal lace and bypass sections. Accessory hole patterns apply to the: 3 -112" Inlet of fan sections. Inlet of external face and bypass sections. Outlet of economizer sections. Bulletin 120062 FOR ALL UNIT SIZES Rea Three High Efficiency Filter Section Depths W 1Wo Flat Filter Section Depths 22" two Inch filters 6 28" tour inch titters 8 44 EP Unit Size A air handler width B sir hendbr height C air handler depth D fan section height E fan outlet length P fan outlet locator o il EP J discharge err 1,2,5,8 K coil section v.tics data L int. F&BP depth MAA red. F&BP depth N high cap. filter, depth 03 39 49 28 " /le — — 10'4 18 11 9 11 — — 7 8 261/2 06 52 56 28 — — 13 18 15 /a 18 1 — — 73/4 8 25% 08 49 731/2 35 -- 1598 17 /e 14 17'/8 1' /z -- 73/4 13 28 10 58 73 35 — — 18' /e 20 /sea 17 20 1'/2 — — 73/4 13 28 12 64 80 38 -- 18' /a 23 17 23 142 -- 7 14 28 14 73 80 38 -- 24 25 22 25 242 -- 734 14 273/4 18 73 89 38 38 24 25'/8 22 25 2'/2 47 7 14 27 20 90 91 44 44 274 31 271/4 31 4 44 10 15 23 26 115 91 44 44 271/4 43'/a 271/4 43'/a 4 44 10 15 23 34 115 109 54 52 311/4 414 314 411/4 3 54 10 15 23 41 115 133 62 65 36 39'/8 36 39 4 65 10 18 26 REFERENCE Motor and coil connection locations (R.H or L.H.) determined facing the front of the unit, with the air blowing through the coil and into observer's face. "'External Face & Bypass Note Arrangements 1 and 2 not available with external face and bypass dampers. P 0+ discharge err 3& 4 S air handler base hwp - >1 j x 11 Unit Economizer Size without fitter section Combination Box with filter section '3 "/z 47 11/2 2'/ 1/2 4 5 /e ' • ' n 9'/4 : ' „ 4 10 201/2 49 1 2'/2 51/2 4 14 12 201/2 491/4 11/2 21/2 5'h 4 15 14 242 7 5 143 18 2 7 51/2 18 „ 9 7 51/2 17 26 23'4 46 2 3 7 51 17 34 29 52 3 3 7 51/2 19'/2 41 34 61 3 3 7 542 22 ,1 " 1' F.B.T. DRAIN 510 5 Bulletin 12006.2 I � —r r 1 I I COIL I SSCTIONI I L_1 r � ■ FAN SECTION a FULL ME ACCESS ODOR MODEL VCS SIZES 03 - 41 FC INTERNAL EXTERNAL FLAT F.4 B. P. RLTER BECTON 7 3 ri mkey I `} ,IL!. .JMM- IL NOTE: For double wall construction and internal isolation, please consult factory 1.1-CAP FILTER i ACCESS BECTON All dimensions are In inches. MOH EFRCIENCV FILTER BECTON DIMENSIONS ECONOIRER BECTON See page 29 tor high efficiency titter section height and width. Arrangements Available: Sizes 03 through 18 — Arrangements 1, 2, 3, 4, 5, 6.^^ Sizes 20 through 41 — Arrangements 2, 3, 4, 5.^^ FC = Forward Curved Fan Dimension "F" and "H" are for Lett Hand (L.H.) drive. For Right Hand (R.H.) drive, reverse dimension "F" and "H" (size 03 only). + Dimension "O" Is for Discharge Arrangement 3. For Discharge Arrangement 4, "O" measures from corresponding side of unit. Bohn Refrigeration 31 Unit Size A air handler width B air handler heidt C air harder depth D tan section depth E tan outlet height Lii G tan outlet width H' fan outlet locator JA discharge an 3 & 4 10- L internal F&BP AHS cabinet AHL cabinet 03 39 25 45 513/46 — 10'/4 18 11 9 1 6' /4 7 06 52 28'/2 48 54 — 133/4e 18 15 18 1'/2 614 7 08 49 38 57 71 — 15 17'/e 14 17 1 10 7 10 58 38 57 71 — 18 20 17 20 l'/2 10 7 12 64 411/2 61 77 — 18 23'/,e 17'/e 23'he 1'/2 10'/4 7 14 73 41'/. 61 77'/2 — 24 25 22 25 2 10'/4 7 18 73 50 61 77'/2 — 24 25 22 25 2 10'/4 7 20 90 47 66'/4 88 44 27'/4 31 27'/4 31 2 1014 10 26 115 47 661/2 88' /e 44 27 43 27 4316 2 1014 10 34 115 57 741/2 96' /e 52 31 41 311/2 41 /. 3 131/26 10 41 115 68 84'h 106' /e 62 36 39 36 39 4 16 10 Unit Size M^^ ex. F&BP depth N high cap. fitter depth P 0+ discharge ant &2 U air hander depth >IE X inlet bettor eoonomLter without fitter section combination bac with fitter sectlan 03 8'/2 26'/2 20'/2 47 1'h 2'/2 5'/2 4 5'/e 06 8'/2 25 20'/2 46' /. 11/2 2'/2 5'/2 4 91/2 08 13 2:3/4 20 4914 1'h 2'/2 5'/2 4 14 10 13 28 2012 49 1 2'/2 5'/2 4 14 12 14 28 20 4914 1'h 2'/2 51/2 4 15 14 14 273/, 23'/4 51 2'/2 2 7 5'/2 14 18 14 27 23 51 2'/2 2 7 5'/2 18 20 15 23 23 46'/4 2 3 7 5 173/4 26 15 23 231/2 46 2 3 7 512 173/4 34 15 23 29 52 3 3 7 51/2 19 41 18 26 34 61 3 3 7 5'/2 221/2 DIMENSIONS 7 9 L L PULL SIZE AOOESO BOOR FAN /COIL SECTION 0 c 32 Bohn Refrigeration EXTERNAL B. P. (BOTH SIS SI 2 1. Arrangements Available: Sizes 03 through 41 — Arrangements 1, 2, 3, 4. MODELS HCS AND HCL SIZES 03 - 41 FC of 4 41 INTERNAL EXTERNAL FLAT F.i B. P. F. B. P. RLTER 8EC11011 FANaUTET IS 1Q ARIYN(fl1ENT TO- AIRFLOW 14CAP FILTER & ACCESS BECTON h N M FI TER ACCESS DOTR SIDES MGR EFFICIENCY FILTER SECTION ECONOMIZER SECTOR All dimensions are in inches FOR ALL UNIT SIZES FC = Forward Curved Fan *Dimension "F" and 'H" are for Lett Hand (L.H.) drive. For Right Hand (R.H.) drive, reverse dimension 'F" and ' (Size 03 only). +Dimension 'Q" is for Discharge Arrangement 2. For Discharge Arrangement 1, "0" measures from corresponding side of unit. ^Dimension 'J" is for Discharge Arrangement 3. For Discharge Arrangement 4, Dimension "J" measures from top of base rail. ^^ External face and bypass is available on HCL (long cabinet) models only. NOTE; For double wall construction and Internal Isolation. please consult factory See page 29 tor high efficiency filter section height and width. For electric heat, split the coil and the tan sections on sizes 03 through 18. For dimensions see page 6 for heater, page 34 for fan, and page 38 for coil section. R " Three High Efficiency Filter Section Depths 22 28 44 w Two Flat Filter Section Depths two inch fitters 6 four inch filters 8 REFERENCE Motor and coil connection locations (R.H or L.H.) determined facing the front of the unit, with the air blowing through the coil, and into the observer's face. Bulletin 12006.2 Unit Size A air handler width B Sr hander height C air hander depth D tan section depth E fan discharge length F fan discharge location G fan discharge wldlh H coil section depth AHS cabinet AHL cabinet AHS cabinet AFL cabinet 50 119 78'/e 91 1091/4 673/4 34'/2 35e/1e 47 23'/4 41 65 135 86 98 116 74 423/4 38 58 23'/4 41 75 135 98 98 116 74 423/4 38 58 233/4 41 Unh Size J discharge ar 3 K external F&BP added height L Menial F &BP section depth M" external F&BP section depth P 0+ discharge air 1 & 2 X vertical bralor, back blet, emrorr+zer economizer without flbr section combination box with flter section 50 15 19 9'/4 21' 40% 70'/2 2'/2 24 65 10 24 10 27 40 70'/2 5 /e 28 75 22 24 10 27'/2 40 70 5 /e 34 FOR ALL UNIT SIZES R" Three High Efficiency Fitter Section Depths W Two Flat Filter Section Depths 22" two inch fitters 6 28" four inch filters 8 44 styli Notes: HINGED &LATCHED ACCESS COON DRIVE SIDE FAN! COIL SECTION EXTERN AL 13.P. PLENUM 7 4 -1M• F.P.T. DRAIN (BOTH SIDES K _c — r MODELS HCS AND HCL SIZES 50 -75 AF FAN OUTLET a ARRANGEMENT INTERNAL EXTERNAL FLAT F. & B. P. F. &B. P. FILTER BECTON Motor and connection locations (R.H. or L.H.) determined when facing the front of the unit, with the air blowing through the coil and into observer's face. Floor or platform mounting only. Ceiling suspension is not available. For Electric Heat : See page 6 for heater section dimensions. Arrangements Available: Sizes 50 through 75 — Arrangement 1, 2, 3, 4. Bulletin 12006.2 AIR FLOW H-CAP FILTER & ACCESS BECTON FILTER ACCESS BOTH SIDES All dimensions are in inches. HIGH EFFICIENCY FILTER SECTON DIMENSIONS ECONOMIZER SECTION See page 29 for high efficiency fitter section height and width. AF = Airfoil Fan + Dimension "Q" is for Discharge Arrangement 2. For Discharge Arrangement 1, "Q" measures from corresponding side of unit. AA External face and bypass is available on HCL (long cabinet) models only. NOTE: For double wall construction and internal Isolation, please consult factory Bohn Refrigeration 33 Unit Size A air handler width B air harder height D tan section depth E tan discharge length F' fan outlet locator G fan discharge width H" tan outlet locator JA discharge au 3 & 4 K ext. F&BP height L int. F&BP depth M^^ ext. F&BP depth N high capadty fitter depth 03 39 25 22 101/4 18'/e 11 9 1 6 7 8'/2 26'/2 06 52 28 26 13' /re 18 15 18 1'/2 6 7 8'/2 25 08 49 38 35 15 17'1e 143/4 17 1'/2 1044 7 13 28 10 58 38 35 18' /e 20 17 /e 20 142 10 7 13 28 /4 12 64 411/4 314 /4 18' /e 23 17 99 1 10'/4 7 14 28 14 73 41 38 24 25 22 25 /e 2'/2 10 7 14 27 18 73 50 38 24 25 22 25 2 10 7 14 273/4 20 90 47 44 27 31 27'/4 31 2 10'/4 10 15 23 26 115 47 44 27 43 271/4 43 2 10'/4 10 15 23 34 115 57 52 311/4 41 '!. 31 413/4 3 13 10 15 23 41 115 68 62 36 39 36 39 4 16 10 18 26 DIMENSIONS • L FAN eon EtTERN1IL N. P. SECTION PLENUM r, T ._ `1 r 8 , k 1.-- s II i_ I _ h— o —.LT.I r -.I L I. ,1 M h- Jwl« i FILL SIZE ACCESS DOOR r - - A 1/01019 34 Bohn Refrigeration H 1 a -.ILL. a [ MODELS HFO AND HD SIZES 03 - 41 FC INTERNAL EXTERNAL FLAT RAe. P. RAB. P. RLTER EECuON FAN OUTLET ARRANGEMENT Arrangements Available: Sizes 03 through 18 — Arrangements 1, 2, 3, 4. 5, 6.^^ Sizes 20 through 41 — Arrangements 1, 2, 3, 4.^A AIR FLOW 14CAP MUER ACCESS CDON FILTER ACCESS BOTH SIDES r MOH EFFICIENCY FILTER BECTON L N +1 FF R 11 Unit Size 03 06 08 10 12 14 18 20 26 34 41 P Economizer wtthout filter section 20'!2 20 20 /2 20'!2 20'/2 23'/4 23 23'A 23'/4 29 34 Combination Box with filter section 47 46 49'/4 49 49 51 51 46 46 52 61 /e o+ discharge art &2 1'h 1'h 1 1'h 1 2 2'/2 2 2 3 3 S air hander base height 2'h 2 2 24 2'/2 2'/2 2'/2 3 3 3 3 U Het depth 5'/2 5 5 5 5 7 7 7 7 7 7 V Het height 4 4 4 4 4 5 5'/2 5'/2 5'/2 5'/2 5'/2 X Het locator 5'!e 9 14 14 15 14'6 18 17 17 19'/2 22% ECONOMIZER SECTION FOR ALL UNITS SIZES T Three AHD or Preheat Coil Section Depths 1 & 2 rows 6' /e 3 & 4 rows 10 /s 6 rows 12 5 /e R " Three High Efficiency Fitter Section Depths 22 28 44 w Two Flat Fitter Section Depths two inch 6 filters four inch 8 filters * See page 29 for high efficiency fitter section height and width. REFERENCE Motor and coil connection locations (R.H or L.H.) determined facing the front of the unit, with the air blowing through the coil and into observer's face. HD AND HFO NOTF HFO (fan only) air handler depth is dimension' D'. HD (heating duty) unit depth is dimension 'D' added to dimension T'. FC = Forward Curve Fan 'Dimension °F" and "H" are for Left Hand (L.H.) drive. For Right Hand (R.H.) drive, reverse dimension °F" and 'H" (Size 03 only). +Dimension "O" is for Discharge Arrangement 2. For Discharge Arrangement 1, b" measures from corresponding side of unit. ^Dimension "J" is for Discharge Arrangement 3. For Discharge Arrangement 4, Dimension °J" measures from top of base rail. ^^Arrangements 1 & 2 are not available with external face and bypass dampers. NOTE: For double wall construction and internal isolation, please consult factory Bulletin 12006.2 Unit Size A air hander width B at hander height D tan section depth HFO unit E tan dicharge smith F fan discharge location G tan discharge width J discharge amngement 3 K eedemal F&BP added height 50 119 78 673/4 34 353/4e 47 15 19'/2 65 135 86 74 423/4 38'/2 58 10 24 75 135 98 74 42'/4 38h/2 58 22 24'/2 Unit Size L Sternal F&BP section depth we external F &BP section depth P 0+ discharge arrangement 1 & 2 X vertical locator, back Inlet, economizer economizer without fitter section combination box with filter secfion 50 9 21'/2 40'/2 70 2'/2 24 65 103/4 27'/2 40 70 5 /a 28 75 10'/4 27'/2 40 70'/2 53/4 34 • r, HINGED & LATCHED ACCESS DOOR DRIVE SIDE EXTERNAL B. P. PLENUM Notes: Motor and connection locations (R.H. or L.H.) determined when Lacing the front of the unit, with the air blowing through the coil and into observer's face. Floor or platform mounting only. Ceiling suspension is not available. Electric Heat: See page 6 for heater section dimensions. Arrangements Available: Size 50 through 75 — Arrangements 1, 2, 3, 4AA MODELS HFO AND HD SIZES 50 - 75 AF INTERNAL EXTERNAL FLAT FILTER SECTION \ ir E r -- "7"—i 7 4 1' I I � - z —.1L L +IM1� J L L D T� T FAN OUTLET N Q MNIBEMENT 11a. 1 a IICAP FILTER ACCESS SECTION FILTER ACCESS BOTH SCES AF =Airfoil Fan + Dimension "Q" is for Discharge Arrangement 2. For Discharge Arrangement 1, "Q" measures from corresponding side of unit. AA Arrangements 1 and 2 are not available with external face and bypass damper section. NOTE: For double wall construction and Internal Isolation, please consult factory Bulletin 12006.2 HIGH EFFICIENCY FILTER SECTION & T/21. I� M R All dimensions are in inches. ECONOMIZER SECTION DIMENSIONS FOR ALL UNITS SIZES T Three AHD or Preheat Coil Section Depths 1 & 2 rows 3 & 4 rows 6 rows 6 /e 10'/e 12 R"' Three High Efficiency Fitter Section Depths 22 28 44 w Two Flat Filter Section Depths two inch fitters four inch filters 6 8 See page 29 for high efficiency filter section height and width. HFO & HD NOTE HFO (fan only) air handler depth Is dimension 'D'. HD (heating duty) unit depth is dimension 'D' added to dimension T. Bohn Refrigeration 35 UNIT SIZE A• ar hander centers width C al- harder overall edge b edge depth D air hander extreme center to center depth F ler- mediate center L face and bypass dampers section, weral depth N high capacity or access P economizer section wthout filters combined with fitter HCS HCL VCS HCS HCL VCS internal external 03 40 45 51 28'Yie 43 49 27 -- 7 8 26 20 47 06 55 481/2 54 28 46 53 27 -- 7 8'/2 25 20 461/2 08 52 57 71 35 56 69 34 -- 7 13 28 20 491/ 10 61 57 71 35 56 69 34 -- 7 13 28 20 49 12 67 61 77'/2 38 59 76 37'/4 -- 7 14 28 20 49 14 76 61 77 38 59 76 37 -- 7 14 273/4 233/4 51 18 76 61 77 383 59 76 37 -- 7 14 27 93 51 20 93 66 88 44 62 88 42 40 10 15 23 231/4 46 26 118 661/4 88 44 621/4 88 42 40 10 15 23 233/4 46 34 118 743/4 96 52 72 94 60 50 10 15 23 29 52 41 118 84 106 62 82 104 60 60 10 18 26 34 61 50 115 91 109 -- 89 107 -- 653/4 9 21 30 40 70'/2 65 131 3 /4 98 116 -- 96 114 -- 72 10 27'/2 30 40'/2 70 75 131 98 116 -- 96 114 -- 72 10 27'/2 30 40 70 FOR ALL UNIT SIZES R Three High Efficiency Filter Section Depths W Two Flat Filter Section Depths 22 two inch titters 6 28 tour inch filters 8 DIME.NSIONS All mounting holes are : 5/8 Inch diameter. 36 Bohn Refrigeration MODELS HCS, HCL AND VCS SIZES 03 - 75 MOUNTING LOCATIONS FOR VIBRATION ISOLATORS 44 All dimensions are in inches. Bulletin 12006.2 E UNIT center to SIZE edge dimension 03 - 18 3 /4 20.41 1 50 -75 1 DIME.NSIONS All mounting holes are : 5/8 Inch diameter. 36 Bohn Refrigeration MODELS HCS, HCL AND VCS SIZES 03 - 75 MOUNTING LOCATIONS FOR VIBRATION ISOLATORS 44 All dimensions are in inches. Bulletin 12006.2 net 0 -4 -t NOLLO381IOO /NV4 t m -d FACE & BY -PASS SEC11ON NOILO38 U311ld iVid NOLLO38 1:131.n14 A0N310idd3 H$IH NOLLO3889300V V 83L1U dV0•IH ECONOMIZER BECTON 4- 1' ms A (UNIT SIZE 03 THEW 41) A (UNIT SIZE 60 THRU 76) C L W N--+- R --IL P --I DIME.NSIONS All mounting holes are : 5/8 Inch diameter. 36 Bohn Refrigeration MODELS HCS, HCL AND VCS SIZES 03 - 75 MOUNTING LOCATIONS FOR VIBRATION ISOLATORS 44 All dimensions are in inches. Bulletin 12006.2 UNIT SIZE k 11 R o 11 a 1 11 r ri r r 111 L tace and bypass dampens section, overall depth Z f j i P economizer section A without filters box canblmd with filters 'mensal external 03 40 22 22 3/4 P14 8'/ 26 20 47 06 55 26 24 3 /4 7314 81/2 25 20 46' /a 08 52 35% 34 3 /4 7314 13 28 20% 49 10 61 35'/2 34 3 /4 73/4 13 283/4 20'/2 49'/4 12 67 38 37V4 3 /4 7314 14 283/4 20'/2 49V4 14 76 38 373/4 3 /4 73b 14 273/4 23 51 18 76 38 37 3/4 Ph 14 27 233/4 51 20 93 44 42 1 10 15 23 23'/. 46 26 118 44 42 1 10 15 23 23'/4 46'/. 34 118 52 50 1 10 15 23 29 52 41 118 62 60 1 10 18 26 34 61 50 115 67 65 1 93/4 21 30 40 70 65 131 74 72 1 10 27'/2 30 40 70 75 131 74 72 1 10 27 30 40% 70% FOR ALL UNIT SIZES rt. R D 1 11 r ri r r 111 Three High Two Flat Preheat Coil Efficiency Fitter Fitter Section Section Depths Section Depths FAN SECTION 4- -+ r t NOLL03S 1100 FACE & BY -PASS SECTION FLAT FILTER SECTION two Inch filters HI -CAP FILTER & ACCESS SECTION ll HIGH EFFICIENCY FILTER SECTION NOLLO3S 1:13ZI010NO03 28 four Inch filters L 6 rows ri , f-- C �f-- ra T ` - 1 F^ L i W re f N ^1 R" re 1 p FOR ALL UNIT SIZES rt. R W Four AHD or Three High Two Flat Preheat Coil Efficiency Fitter Fitter Section Section Depths Section Depths Depths 1 & 2 rows** 6 /e 22 two Inch filters 3 & 4 rows 10 28 four Inch filters L 6 rows 12 44 MODELS HFO AND HD SIZES 03 - 75 MOUNTING LOCATIONS FOR ION ISOLATORS All mounting holes are : 5/8 Inch diameter. **One and two row heating coils do not have support legs. All dimensions are in inches. Bulletin 12006.2 Bohn Refrigeration 37 DIMENSIONS NOTE HFO (tan only) air handler depth Is dimension 'D' In the table to the left. HD (heating duty) unit depth is dimension 'D' added to the AHD heating section depth dimension T in the table above. Unit Size OVERALL SECTION DEPTH MAXIMUM COIL SPACE A B HCS HCL VCS HCS HCL VCS 03 -06 221/2 28 28 15 21 18 08 -10 22 35'/2 35 15 28 18 12-18 22V4 383/4 38 15 31 18 20 221/2 44 42' 15 37 18 26 22 44 44 15 37 18 34 22 44 54% 15 37 18 41 22' I 44 RP 1 /2 15 37 18 50 -75 23V 41'/2 — 15 33 — Accessory sections (All sizes): Quantity required High capacity filter section 2 Economizer section, combined with fitters or without fitters 2 Access section 2 Auxiliary coil section (either HCS or HCL) 4 Electric preheat section 2 High efficiency filter section 2 Cabinet types Unit size Quantity HCS or HCL models 03 -18 ve HCS or HCL models 20.75 VCS models 03 - 41 HD models 03 - 75 HFO models 03 - 75 COIL CASING DEPTH - INCHES Type Hot Wet r & Steam RHR & DX RHR, Water Ro I 1 2 1 2 3 4 5 6 8 10 Depth 3'/4 3'/4 7 7 7 7 9 9V 12' /z 15 'DIMENSIONS 38 Bohn Refrigeration OIL SECTION CHARACTERISTICS MODELS HCS - HCL - VCS MODELS MODELS HCS - HCL HCS -HCL -VCS r 1. z 8 0 w m W n. L r B—sl A REHEAT POSITION REHEAT POSITION PREHEAT POSITION 4- AIR FLOW All dimensions are in Inches. VIBRATION ISOLATORS, QUANTITY REQUIRED Order either rubber in shear (RIS) or 1" deflection spring isolators as accessories. Isolators are shipped loose, see pages 36 and 37 for isolator location points, see page 3 for ceiling versus platfomr mounting per unit size: Bulletin 12006.2 OPTIONAL SPACER AIR HANDLER COMPONENT SIZE Weight In pounds 03 06 08 10 12 14 18 20 26 34 41 50 65 75 12 HCS short FC 290 430 500 550 650 790 816 836 968 1188 1386 DRIVE FAN Fan Panel FAN HCS short AF b CO CO CD CO CO 624 946 1177 1518 1782 2700 3300 4496 16 HCL long FC 318 450 553 600 732 988 1033 1067 1221 1474 11 Bottom Panel AND HCL long AF 1177 1430 1793 2057 2850 3480 4690 VCS vertical FC 296 387 482 535 615 860 1004 1111 1254 1628 11 10 COIL Top Panel COIL HD heating duty FC 170 280 312 360 450 510 564 605 693 902 1078 SECTION Bottom Panel HD heating duty AF 14 14 16 715 891 1221 1474 2600 3200 3359 SECTIONS HFO fan only FC 162 266 296 342 428 485 536 575 658 857 1024 16 16 16 16 HFO fan only AF 16 16 16 16 16 16 16 679 846 1160 1400 2470 3040 3191 16 Flat - TA & Pleated 2" 16 73 83 95 99 104 106 108 115 160 185 255 315 16 16 Flat - Permanent 2" 16 79 89 101 106 114 126 135 165 240 275 390 460 8 N FILTER Flat - Pleated 4" 16 88 98 110 119 124 126 127 130 185 210 298 351 10 10 High Capadty -TA &Pleated 149 168 187 206 215 224 230 08 244 260 290 360 440 535 SECTIONS High Capacity - Permanent 155 176 196 216 225 234 240 254 365 450 520 650 790 High EOldenty - 22 Section 82 95 112 133 133 153 175 180 194 235 248 269 330 359 High Efficiency - 2r Section 103 121 143 170 170 196 225 224 246 296 318 345 425 463 High Efficiency - 44" Section 127 150 173 201 201 230 264 274 299 358 380 412 516 552 Economizer 174 195 216 236 247 254 260 300 430 550 680 800 975 OTHER Combination Filter & Economizer 323 363 403 0 7 451 471 484 494 544 690 840 1040 1240 1510 ACCES- Internal Face and Bypass 52 68 79 100 115 138 155 180 260 350 420 520 634 SORY External Face and Bypass 57 75 87 110 128 155 175 200 286 385 462 650 793 SEC- AHS Auxiliary Coll Module 129 O CO 204 208 223 306 280 261 310 331 362 515 640 1305 TIONS AHL Auxiliary Coll Module 157 257 258 305 504 497 492 563 617 648 665 820 1499 Electric Heater 199 218 237 266 285 294 310 314 324 355 390 485 590 685 1 Row 36 55 70 80 94 106 110 112 144 195 239 339 406 538 2 Row 50 80 101 120 143 164 169 173 228 318 396 562 673 891 LARGE Type 5 3 Row 64 106 134 161 195 223 231 236 314 444 557 737 936 1168 4 Row 78 132 168 202 246 282 292 299 398 569 718 913 1199 1445 COILS 10 FPI 6 Row 109 187 240 290 353 408 422 432 578 830 1052 1278 1677 2017 8 Row 141 242 311 379 461 534 552 565 760 1092 1385 1638 2154 2589 10 Row 172 297 383 467 569 659 682 699 942 1355 1718 2194 2893 3478 AIR HANDLER PANELS AND FRAMES UNIT SIZE Description, metal gauge 03 06 08 10 12 14 I 18 20 26 34 41 50 65 75 50 Frame 12 67 74 114 multiply 10 FPI coil weight by 209 216 6 FPI: 001 396 12 621 10 DRIVE FAN Fan Panel 16. t0 b CO CO CD CO CO 624 CD 16 CO 16 CO SECTION Side Panel 16 267 366 16 16 Bottom Panel 14 16 16 Frame 14 14 O CO CO CO 14 10 10 10 COIL Top Panel CO CO m 16 CO ID 16 CO CO 16 16 16 16 SECTION Bottom Panel 14 14 16 16 16 16 Drain Panel 16 16 16 16 16 16 ACCESSORY Filter Section Casings 16 16 16 16 16 16 16 16 16 16 16 16 16 16 SECTIONS Economizer Casings 16 16 16 16 16 16 16 16 16 16 16 16 16 16 Damper Blades 16 16 16 16 16 16 16 16 16 16 16 16 16 16 OTHERS Removable Panels 16 16 16 16 16 16 16 16 16 16 16 16 16 16 Base Rails 10 10 10 10 10 10 10 10 10 10 10 08 08 08 AIR HANDLER MOTOR AND DRIVE MOTOR H RSE OWE . 1800 RP Weight In pounds 1 1.5 -2 3 5 7.5 10 15 20 25 30 40 50 MOTOR & High Effidsncy Open Single Speed 67 74 114 multiply 10 FPI coil weight by 209 216 6 FPI: 001 396 427 621 623 DRIVE Totally Enclosed Fan Cooled (TEFC) 56 71 88 3 178 194 411 461 624 670 WEIGHT Open 2 Speed, 2 Winding 71 97 115 291 267 366 1 j r (Coil weights include the weight of water when filled) TA= Throw away type filters AF= Airfoil Fan FC= Forward Curved fan Double wall construction add 45% to fan & Coil section or accessory Bulletin 12006.2 NET WEIGHTS AND METAL GAUGES Bohn Refrigeration 39 WEIGHT To estimate weights for other colls: For Type A: multiply type 5 toll weight by 0.800 For Small coil : multiply large coil weight by 0.823 For 14 FPI: multiply 10 FPI coil weight by 1.121 For 12 FPI: multiply 10 FPI coil weight by 1.065 For 8 FPI: multiply 10 FPI coil weight by 0 935 For 6 FPI: multiply 10 FPI coil weight by 0.915 1 j r (Coil weights include the weight of water when filled) TA= Throw away type filters AF= Airfoil Fan FC= Forward Curved fan Double wall construction add 45% to fan & Coil section or accessory Bulletin 12006.2 NET WEIGHTS AND METAL GAUGES Bohn Refrigeration 39 WEIGHT Rows Fins Air Ve ocity^ - Feet per minute 08 10 400 450 500 550 600 650 700 50 6 0.07 0.09 0.11 0.13 0.15 0.17 0.20 0.08 8 0.09 0.11 0.13 0.16 0.18 0.21 0.24 1 10 0.11 0.13 0.16 0.18 0.21 0.25 0.28 25.50 12 0.12 0.15 0.18 0.21 024 0.28 0.31 -- 14 0.14 0.17 0.20 0 23 0 27 0.31 0.35 -- 6 0.13 0.17 0.20 0.24 0.28 0.32 0.37 8 0.17 0.21 0 25 0 29 0.34 0.39 0.44 2 10 0 20 0 24 0.29 0.34 0.40 0.45 0.52 26.56 12 0.23 0.28 0 33 0 39 0.45 0.51 0.58 7.50 14 0 25 0 32 0 37 0.43 0.50 0.57 0.65 49.50 6 0.20 0.25 0.30 0 36 0 42 0.48 0.55 8 0.25 0.31 0.37 0.44 0.51 0.59 0.67 3 10 0.30 0.36 0.43 0.51 0.59 0.68 0.77 31.11 12 0.34 0.41 0.50 0.58 0.67 0.77 0.87 16.67 14 0.38 0.46 0.55 0.65 0.75 0.86 0.97 104.17137.50 6 0.27 0.33 0.40 0.48 0.56 0.65 0.74 18.00 8 0.33 0.41 0.49 0.58 0.68 0.78 0.89 4 10 0.39 0.48 0.58 0.68 0.79 0.91 1.03 12 0.45 0.55 0.66 0.78 0.90 1.03 1.16 14 0.51 0.62 0.74 0.87 1.00 1.14 129 40 moti it �� 0.40 0.50 0.60 0.72 0.84 0.97 1.11 0.50 0 62 0 74 0.87 1.02 1.17 1.33 6 0.59 0.72 0.87 1.02 1.19 1.36 1.55 0.88 0.68 0.83 0.99 1.16 1.35 1.54 1.75 0.89 0.76 0.93 1.11 1.30 1.50 1.71 1.94 0.88 6 0.54 0.67 0.80 0.96 1.12 1.29 1.47 0.61 8 0.67 0.82 0.99 1.17 1.36 1.56 1.78 8 10 0.79 0.97 1.16 1.36 1.58 1.82 2.06 0.90 12 0.91 1.11 1.32 1.55 1.80 2.06 2.33 1.04 14 1.02 1.24 1.48 1.73 2.00 2.28 2.58 Rows Fins Air Velocity^ - Feet ter minute 08 10 400 450 500 550 600 650 700 50 6 0.05 0.05 0.07 0.08 0.09 0.10 0.11 0.08 8 0.06 0.07 0.08 0.09 0.11 0.12 0.14 1 10 0.07 0.08 0.10 0.11 0.13 0.15 0.17 25.50 12 0.08 0.10 0.11 0.13 0.15 0.17 0.19 -- 14 0.09 0.11 0.13 0.15 0.17 0.19 0.21 -- 6 0.09 0.11 0.13 0.15 0.18 0.20 0.23 8 0.11 0.14 0.16 0.19 0.22 0.25 0.28 2 10 0.14 0.16 0.19 0.23 0.26 0.29 0.33 26.56 12 0.16 0.19 0.22 0.26 0.30 0.34 0.38 7.50 14 0.18 0.22 0.25 0.29 0.34 0.38 0.43 49.50 6 0,14 0.16 0.20 0.23 026 0.30 0.34 8 0.17 0.21 0.24 0.28 0.33 0.37 0.42 3 10 0.20 0.25 0.29 0.34 0.39 0.44 0.50 31.11 12 0.24 0.29 0.34 0.39 0.45 0.51 0.57 16.67 14 0.27 0.32 0.38 0.44 0.50 0.57 0.64 104.17137.50 6 0.18 0.22 0.26 0.31 0.35 0.40 0.46 18.00 8 0.23 0.27 0.33 0.38 0.44 0.50 0.56 4 10 0.27 0.33 0.39 0.45 0.52 0.59 0.66 12 0 32 0 38 0.45 0.52 0.60 0.68 0.76 14 0.36 0.43 0.51 0.59 0.67 0.76 0.85 6 0.27 0.33 0.39 0.46 0.53 0.60 0.68 8 0.34 0.41 0.49 0.57 0.66 0.75 0.84 6 10 0.41 0.49 0 58 0 68 0.78 0.88 0.99 12 0.47 0.57 0.67 0.78 0.89 1.01 1.14 14 0.54 0.65 0.76 0.88 1.01 1.14 1.28 6 0.36 0.44 0.52 0.61 0.71 0.81 0.91 8 0.45 0.55 0.65 0.76 0.87 0.99 1.12 8 10 0.54 0.66 0.78 0.90 1.04 1.18 1.32 12 0.63 0.76 0.90 1.04 1.19 1.35 1.52 14 0.72 0.86 1.02 1.18 1.35 1.52 1.71 FACE AREA SQUARE FEET AIR HANDLER UNIT SIZE 03 06 08 10 12 14 18 20 26 34 41 50 65 75 Steam coils: 0.10 0.11 _0.13 8 0.07 0.08 0.10 0.12 0.13 0.15 0.17 10 0.09 0.11 Large Type 5 Coils 2.75 5.28 7.50 9.38 11.69 13.75 16 88 19 25 25.50 34.00 40.38 47.25 -- -- Large Type 8 Coils -- -- -- -- -- -- -- -- -- -- -- -- 62.00 72 33 Water & Refrigerant: Large Type A Coils 3.13 5.76 7.81 9.77 12.40 14.58 17.71 20.05 26.56 33.65 40.73 50.63 64.58 75.35 Large Type 5 Coils 3.00 5.69 7.50 9.38 11.69 13.75 14.58 16.71 25.50 34.00 40.38 49.50 64.58 74.92 Filter Face Area: Flat Filter Sections 5.00 6.94 10.00 11.11 15.00 17.50 22.50 24.44 31.11 38.89 46.67 54.40 73 33 82.50 High Capacity Sections 10.00 13.89 16.67 19.44 22.22 25.00 37.50 31.94 40.28 64.44 80.56 104.17137.50 160.42 High Efficiency Section 6.00 8.00 12.00 14.00 14.00 18.00 24.00 24.00 30.00 40.00 50.00 60.00 66.00 88.00 Rows Fin Air Velocit/^ - Feet per minute 400 450 500 550 650 700 1 6 0.05 0.06 0.07 0.09 0.10 0.11 _0.13 8 0.07 0.08 0.10 0.12 0.13 0.15 0.17 10 0.09 0.11 0.12 0.14 0.16 0.19 0.21 12 0.10 0.13 0.15 0.17 0 20 0.22 025 14 0.12 0.15 0.17 0.20 0.23 0 26 0.29 ' STATIC FACE AREAS - AIR PRESSURE DROPS, DRY COILS FACE AREA OF COILS, AND FILTERS ( USED TO COMPUTE VELOCITY FOR AIR PRESSURE DRO TYPE A (1/2" O.D.) DRY COIL AIR PRESSURE DROP* TYPE 8 (1" 0 .) DRY COIL AIR PRESSURE DROP* TYPE 5 (5/8" O.D.) DRY COIL AIR PRESSURE DROP* * Dry coil air pressure drop for air entering at 70 °F DB, 0 °F WB over rippled high efficiency fins. Inches of water. ^ Air velocity = CFM divided by coil face area in square feet. See table at top of page 40. 40 Bohn Refrigeration Bulletin 12006.2 AIR PRESSURE DROP - Inches of water Air Ve ocity^ - Feet per minute COMPONENT 200 250 300 350 400 450 500 550 6001 CABINET: V Style Cabinet ^^ - - - .10 .13 .16 .20 .24 .29 0.60 Economizer Section^^ - - .02 .03 .03 .04 .05 .06 .07 FILTERS: Throwaway 2" Depth .05 .08 .11 0.87 .19 .24 .28 -- -- flat & hi 35% Efficient , Pleated 2" Depth .08 .10 .13 CD .21 .25 .30 .37 -- capacity Permanent, Aluminum, Cleanable 2" Depth .0 14 .06 0.91 .10 .13 .15 .18 .21 flat, 4" 35% Efficient , Pleated 4" Depth .06 R .10 .13 .17 .20 .25 .29 .34 14 (60 - 65 %) Efficient 21" Depth .1: 6 .21 .26 .32 .38 .45 - - FILTERS: Bag Filter 30" Depth - - .19 .24 .28 .33 .37 .41 .44 10 0.60 37" Depth - - .12 .17 .23 .27 .33 .37 .41 Medium (80 - 85%) Efficient 21" Depth .14 .20 .26 .32 .38 .44 .51 - - 6 Bag Filter 30" Depth - - .23 .28 .34 .40 .47 .51 .55 1.03 1.19 37" Depth - - .15 .21 .26 .32 .38 .45 .52 and (90 - 95 %) Efficient 21" Depth .20 .28 .36 1 0) 0) .52 .61 .70 - - 1.55 Bag Filter 30" Depth - - .32 .46 .53 .60 .66 .72 0.63 8 37" Depth - - .22 .36 .44 .54 .60 .68 High (60 - 65 %) Cartridge Filter 6" Depth .15 .20 26 .33 - - - - - 2.41 0.96 12" Depth - - .22 .28 .34 .41 .50 .58 .68 (80 - 85 %) Cartridge Filter 6" Depth .22 .29 .37 .46 - - - - - Efficiency 12" Depth - - .26 .32 .38 .46 .55 .64 .74 (90 - 95 %) Cartridge Filter 6" Depth .25 .34 .44 .56 - - - - - 12" Depth - - .29 .35 .42 .50 .59 .70 .82 Rows Fin Series Air Velocity - Feet per minute^ 400 450 500 550 600 650 600 6 0 25 0.30 0.36 0.42 0.49 0.56 0.34 8 0.31 0.37 0.44 0.52 0.60 0.68 3 10 0.36 0.44 0 52 0 58 0.67 0/9 0.50 12 0.42 0.50 0 59 0 66 0.76 0.87 0.57 14 0.45 0.54 0.64 074 085 097 0.64 6 0.33 0.40 0.48 0.56 0.65 0.74 0.47 8 0.41 0.50 0.59 0.69 0.80 0.91 4 10 0.48 0.58 0.69 0 81 0 93 1 06 12 0.56 0.67 0.79 0.92 1.02 1.20 0.46 14 0.63 0/5 0.89 1.03 1.14 1.34 0.31 6 0.41 0.50 0.60 0.70 0.81 0.93 0.39 8 0.51 0.62 0.74 0 86 0 99 1 13 5 10 0.60 0.73 0.87 1.01 1.12 1.32 053 12 0.69 0.84 0.99 1.11 127 1.50 0.59 14 0.78 0.94 1.11 1.24 1.42 1.68 0.37 6 0.49 0.60 0.72 .84 0.98 1.12 0.46 8 0.61 0.74 0.88 1.03 1.19 1.36 6 10 0.72 0.88 1.04 1.21 1.40 1.59 0.63 12 0.83 1.01 1.19 1.38 1.59 1.80 0.72 14 0.94 1.13 1.33 1.55 1.77 2.01 0.51 6 0.66 0.80 0.96 112 1.30 1.49 0.63 8 0.82 0.99 1.18 1.38 1.59 1.82 8 10 0.97 1.17 1.39 1.62 1.86 2.12 0.86 12 1.11 1.34 1.58 1.84 2.12 2.41 0.96 14 1.25 1.51 1.78 2.06 2.36 2.68 Rows Fin Air Velocity - Feet per minute^ Series 400 450 500 550 600 650 6 0.18 0.22 0.26 0.30 0.34 0.39 8 0.22 0.27 0.32 0.37 0.42 0.48 3 10 0.26 0.32 0.37 0.43 0.50 0.56 12 0.30 0.37 0.43 0.50 0.57 0.65 14 0.34 0.41 0.49 0.56 0.64 0.73 tO CO ON fl r 024 0.29 0 35 040 0.47 0.53 0.30 0.36 0.43 0.50 0.57 0.65 4 0.35 0.43 0.51 0.59 0.67 0.77 0.41 0.49 0.58 0.68 0.77 0.88 0.46 0.56 0.66 0.76 0.87 0.99 6 0.31 0 38 045 0.53 0.61 0.70 8 0.39 0.47 0.56 0.65 0.74 0.84 5 10 0.46 0.55 0.65 0.75 0.86 0.97 12 053 063 0.74 0.85 0.97 1.10 14 0.59 0.71 0.83 0.95 1.09 1.22 6 0.37 0.46 0.54 0.64 0.74 0.84 8 0.46 0.56 0.67 0.78 0.90 1.03 6 10 0.55 0.67 0.79 0.92 1.05 1.18 12 0.63 0.77 0.90 1.04 1.19 1.34 14 0.72 0.86 1.01 1.17 1.33 1.49 6 0.51 0.62 0.74 0.87 0.99 1.12 8 0.63 0.77 0.90 1.05 1.20 1.35 8 10 0.75 0.90 1.06 123 1.40 1.58 12 0.86 1.03 1.21 1.40 1.59 1.79 14 0.96 1.15 1.35 1.56 1.78 2.01 The filter air pressure drop is for air through clean fitters. TYPE A (1/2" O.D.) WET COIL AIR PRESSURE DROP` • Wet coil air pressure drop for air entering at 80 °F DB and 67 °F WB over rippled high efficiency fins. Inches of water. ^ Air velocity = CFM divided by coil or filter face area in square feet. See table at top of page 40. ^^ Use face area of large coil to calculate air speed through AHV cabinet and economizer section. Bulletin 12006.2 AIR PRESSURE DROPS - CABINETS, FILTERS, WET COILS CABINET AND FILTER AIR PRESSURE DROP Bohn Refrigeration 41 STATIC TYPE 5 (5/8" O.D.) WET COIL AIR PRESSURE DROP" Large Refrigerant and Water Coils Area In Sq. Ft. 5.00 6.94 10.00 11.11 15.00 17.50 22.50 Flat FH X FL 12.00X24 15.00X39 24.00X36 24.00X45 27.00X51 2 -16 X 25 2 -16X25 Section TH 8T 10T 16T 16T 18T 1 -16 X 20 2 -16 X 20 and Water Coils Quantity and 1 -20 X 20 2- 20 X 25 2 -16X20 4-16 X 25 3 -16 X 20 2- 20 X 25 2 -20 X 25 Large Type 5 size 1 -20 X 16 19.50X39 2 -16 X 25 28.50X45 3- 20X 20 1 -20 X 20 2 -20 X 20 High Area In Sq. Ft. 10.00 13.89 16.67 19.44 22.22 25.00 37.50 Capacity FACE AREA 2.75 5.28 7.13 8.91 11.69 13.75 16.88 Section Quantity and 2.20X20 4.20 X 25 6.16 X 25 2 -16 X 25 8 -16 X 25 4.16 X 25 6-16 X 25 Steam Coils^ size 2 -16X20 10T 16T 4-20 X 25 18T 4.20 X 25 6-20 X 25 High Area In Sq. Ft. 6.00 8.00 12.00 14.00 14.00 18.00 24.00 Efficiency Filter Quantity and 1 -24 X 24 2 -24 X 24 2 -24 X 24 2 -24 X 24 2-24 X 24 3-24 X 24 6-24 X 24 Section size 1 -12 X 24 2 -12 X 24 3-12 X 24 3-12 X 24 3-12 X 24 Large Refrigerant and Water Coils FH X FL TH FACE AREA 18.00X24 12T 3.00 21.00X39 14T 5.69 30.00X36 20T 7.50 30.00X45 20T 9.38 33.00X51 22T 11.69 33.00X60 22T 13.75 42.00x60 28T 17.50 Small FH X FL 12.00X24 15.00X39 24.00X36 24.00X45 27.00X51 27.00X60 36.00x60 Refrigerant TH 8T 10T 16T 16T 18T 18T 24T and Water Coils FACE AREA 2.00 4.06 6.00 7.50 9.56 11.25 15.00 Large Type 5 FH X FL 16.50X24 19.50X39 28.50X36 28.50X45 33.00X51 33.00X60 40.50x60 Steam Coils^ TH 11T 13T 19T 19T 22T 22T 27T FACE AREA 2.75 5.28 7.13 8.91 11.69 13.75 16.88 Small Type 5 FH X FL 12.00X24 15.00X39 24.00X36 24.00X45 24.00X51 27.00X60 34.50x60 Steam Coils^ T}1 8T 10T 16T 16T 18T 18T 23T FACE AREA 2.00 4.06 6.00 7.50 9.56 11.25 14.38 Large Refrigerant FH X FL TH 18.75x24 15T 21.25x39 17T 31.25x36 25T 3125x45 25T 35.00x51 28T 35.00x60 28T 42.50x60 34T and Water Coils FACE AREA 3.13 5.76 7.81 9.77 12.40 14.58 17.71 Small FH X FL 12.50X24 16.25X39 25.00X36 25.00X45 28.75X51 28.75X60 35.00X60 Refrigerant TH 10T 13T 20T 20T 23T 23T 28T and Water Coils FACE AREA 2.08 4.40 6.25 7.81 10.18 11.99 14.58 FC, Low Pres. inches FC, Med. Pres. inches 3/4-C 1 - PB 1 -C 1 /,e -PB 1 -C 1e /,e -PB 1 -C 1 -PB 1 -C 1 /1e -PB 13/4e -PB 1r /,e -PB 1 - 1r /,e - AF, shaft dia. (in) @ bearing - - - - - - - DESCRIPTION 800-1650 1600 -3170 2400 -4100 UNIT SIZE 3550 -6400 4150 -7550 5800 -9600 03 06 08 10 12 14 18 Cooling 800-1650 1600 -3170 2400 -4100 3000-5150 3550 -6400 4150 -7550 5800 -9600 Heating & Ventilating 800 -2700 1600 -5000 2400 -7200 3000 -9200 3550 -9200 4150 - 12400 5800 -12400 CFM RANGE* FAN TYPE & SHAFT DIAMETER @ BEARING TYPE 5 COILS PEA COILS FILTERS: ^ The steam coils In models 65 and 75 are not type 5. They are type 8 coils with 1' diameter tubes on 3' centers. • The CFM range tot cooling and heating starts at a low of about 400 tpm through small cal . The maximum CFM for cooling is at no more than 5501pm through a Lange coll. The maximum CFM tor healing Is at no more than 900 fpm through a large coil. The tan tables are on pages 24 through 29. FAN TYPE FC it Forward curve fan AF = Airfoil fan Shaft Diameter is inches 42 Bohn Refrigeration BEARINGS (BALL TYPE) C = Cartridge PB = Pillow Block PHYSICAL DATA COILS FILTERS FH X FL 1 -24 X 24 Means one 24" by 24 "filter FH = Finned Height, fiches FL = Finned Length, inches TH = Tubes High FACE AREA Is In Square Feet. Refrigerant can be either direct expansion, heat reclaim , or condenser coil. Bulletin 12006.2 Large Refrigerant and Water Coils FH X FL TH FACE AREA 36.00X77 24T 19.25 36.00X102 24T 25 50 48.00X102 32T 34.00 57.00X102 38T 40.38 66.00X108 44T 49.50 75.00X124 50T 64.58 87.00X124 58T 74.91 Small PH X FL 30.00X77 30.00X102 39.00X102 45.00X102 54.00X108 60.00X124 69.00X124 Refrigerant TH 20T 20T 26T 30T 36T 40T 46T and Water Coils FACE AREA 16.04 21.25 27.63 31.88 40.50 51.67 59.42 Large Type 5 FH X FL 36X77 36X102 48X102 57.0X102 63.0X108 72.0X124^ 84.0X124^ Steam Coils^ T-I 24T 24T 32T 38T 42T 24T 28T FACE AREA 19.25 25.50 34.00 40.38 47.25 62.00 72.33 Small Type 5 FH X FL 28.5X77 28.5X102 37.5X102 43.5X102 51X108 60X124^ 66X124^ Steam Coils^ TH 19T 19T 25T 29T 34T 20T 22T FACE AREA 12.84 20.19 26.56 30.81 38 25 51.67 56.83 FC, Low Pres. Inches FC, Med. Pres. inches - 1 /16 -PB - 1' /,e -PB - 1W -PB - 1 /1e -PB - - - - - - AF, shaft dia. (in) ® bearing 1 - PB 1 - PB 1 " /1e -PB 2 /1e -PB 2 -PB 2 -PB 2 -PB DESCRIPTION UNIT SIZE 20 1 26 1 34 1 41 1 50 1 65 1 75 CFM RANGE` Cooling Heating & Ventilating 6400 -10600 6400.19000 8500-14000 8500 -19000 10600 -18500 10600-24000 13400 -22200 17100-26800 13400.32000 17100 -31000 22400 -35500 22400 -43000 25800 -41200 25800 -43000 FAN TYPE & SHAFT DIAMETER @ BEARING TYPE 5 COILS TYPE A COILS Large Refrigerant and Water Coils Small Refrigerant and Water Coils FH X FL TH FACE AREA FH X FL TH FACE AREA 37.50X77 30T 20.05 30X77 24T 16.04 3750X102 30T 26.56 30X102 24T 21.25 47.50X102 38T 33.65 37.5X102 30T 26 56 57.50X102 46T 40.73 45X102 36T 31.89 67.5X108 54T 50.63 55X108 44T 41.25 75X124 60T 64.58 60X124 48T 51.67 87.5X124 70T 75.35 70X124 56T 60.23 FILTERS: Fiat Section High Capacity Section High Efficiency Filter Section Area in Sq. Ft. Quantity and size Area in Sq. Ft. Quantity and size Area in Sq. Ft. Quantity and size 24.44 6 -16X20 4-20 X 20 31.94 4-16 X 25 6-20 X 25 24.00 4-24 X 24 4-12 X 24 31.11 4 -16X20 8 -20 X 20 40.28 10 -20 X 25 2 -16 X 25 30.00 5-24 X 24 5-12 X 24 38.89 4-16 X 25 8-20 X 25 64.44 4.16X20 20-20 X 20 40.00 10-24 X 24 46.67 6-16 x 20 12 -20 x 20 80 56 4-16 X 25 20 -20 X 25 50.00 10-24 X 24 5 -12X24 54.40 7 -16 X 20 14-16 X 25 104.17 30-20 X 25 60.00 15-24 X 24 7333 8 -16 x 20 20 -20 x 20 137.50 12 -16 X 25 30-20 X 25 66.00 15-24 X 24 3 -12 X 24 82.50 4-16 X 20 4-16 X 25 10-20 X 20 10 -20 X 25 160.42 14-16 X 25 35-20 X 25 88.00 20 -24 X 24 4-12 X 24 ^ The steam coils in models 65 and 75 are not type 5. They are type 8 coils whh 1' diameter tubes on 3" centers. • The CFM range for cooling and heating starts at a low of about 4001pm through small cat . The maardmurn CFM for coding is at no more than 550 Ipm through a large coil. The maximum CFM for heating is at no more than 9001pm through a large coil. The tan tables are on pages 24 through 29. FAN TYPE FC = Forward curve fan AF = Airfoil fan Shaft Diameter Is inches Bulletin 12006.2 BEARINGS (BALL TYPE) C = Cartridge PB = Pillow Block PHYSICAL DATA COILS FILTERS FH X FL 1 -24 X 24 Means one 24" by 24 " fitter FH = Erred Height , Inches FL = Finned Length, inches TH = Tubes High FACE AREA Is in Square Feet. Refrigerant can be either drect expansion, heat reclaim , or condenser coil. Bohn Refrigeration 43 GENERAL Provide a air handler of sound materials construction and design. Frame members, structural bases and all casings parts are fabri- cated from mill galvanized steel. The table on page 39 specifies the metal gauge of each component. Exterior panels are to be a minimum of 16 gauge galvanized steel. Access doors in the fan section provide com- plete access to motor(s), belts, drive(s) and fan. Removable cas- ing panels In the coil section permit removal of coil from either side. Fan housings extend from the fan section panel for duct connections. AIR CONDITIONING MODELS - VCS, HCS, HCL Provide a air conditioning air handler to meet cooling and con- densate requirements. The air handler shall have standard insu- lation in both the fan and cooling coil sections with a drain pan as described below. COOLING COIL SECTIONS Provide a alr handier with a readily accessible and drainable coo section. Coll sections have removable panels on each side. Drain pan is of double wall construction with insulation sandwiched be- tween the metal pans. Two (2) 1.1/4" FPT drain connections are supplied. These drain connections are fumished on each side of the drain pan on all sizes. Drain pans are #16 gauge galvanized steel. Provide standard insula- tion for the cooling coil section as described below. INSULATION Provide the air handler with adequate insulation for air condition- ing requirements. Standard Insulation Is 1 " -3/4# (one Inch thick, three - quarter pound per cubic foot) fiberglass. Insulation Is mat faced to prevent erosion. It meets the NFPA 90 Standard for flame spread and smoke generation. HEATING AND VENTILATING MODELS - HD, HFO Provide a alr handler to meet heating or ventilating (but no cool- ing) duty requirements. The standard heating unit Includes one or two row heating sections. Furnish deeper coil sections for three, four, or six row coils. Do not Insulate the fan or coil sections on these units. FANS Provide a air handler with fan section that meets air flow require- ments. All units have been certified as complying with ARI Stan- dard 430. All units have a single fan design (either forward curved or airfoil). The fans are statically and dynamically balanced in fan section before the unit leaves the factory. Fans and shafts oper- ate well below the first critical speed. Fan bearings are ball bear- ing type selected for 200,000 hour average Itfe. Low pressure LF fans - Sizes 03 through 12 have lifetime lubricated, rubber mounted, cartridge bearings. Unit sizes 14 through 75 have ex- tended lube lines to the outside casing of the air handler on drive side. 1 :I 1 1 The Cold Standard MECHANICAL SPECIFICATIONS A Brand of Heatcraft Refrigeration Products LLC 2175 West Park Place Blvd. • Stone Mountain, GA 30087 770.465.5600 • Fax: 770.465.5990 www.heatcrattrpd.com COILS Provide water heating, water cooling, steam heating, and direct expansion coils with ARI certification. All coils shall be of cartridge type, coils removable from either side of casing. Direct expan- sion coils are to be aluminum ripple corrugated plate fins on the staggered copper tubes. Fins shall have belled collars and shall be bonded to tubes by mechanical expansion. Maximum working pressure shall be 250 psig at 300 °F. Coil shall be submerged in water for testing. Direct expan- sion coils shall be provided with pressure -type brass distributors with solder -type connections. All coils shall have a minimum of distributors, charged with dry air. Tubing for coils shall be copper with 1/2 or 5/8 Inch outside diameters. Coils shall have suction and discharge connections on the same end. Heatcraft coil performance data is certified as complying with ARI Standard 410. FILTER SECTIONS FLAT - Provide the air handler with an accessible flat filter sec- tion. Flat filter sections for two and four Inch lifters are available on all sizes. Access doors are fumished on both sides. HIGH CAPACITY - Provide the air handler with an accessible high capacity filter section. High capacity fitter sections are for two inch fitters. High capacity filter sections have one large door on each side. HIGH EFFICIENCY - Provide the air handler with a high or a medium efficiency filter section. Units are constructed of 16 gauge galvanized steel. Fully gasketed doors are standard on each side of housing and units are fitted with positive pressure trip lock latches that assures a tight seal. Both two inch prefilter and one inch final fitter tracks are extruded aluminum combined with rein- forced nylon pile seal to create a corrosion resistant seal. ECONOMIZER SECTION Provide the air handler with an economizer with inlets options at the back, bottom, and top of the section. Economizer damper casing and blades shall be not less than 16 U. S. gauge galva- nized steel. Each blade shall be die - formed, multi -break and not exceed 49 inches in length. Blades are to be mounted to a single square one half inch rod, to prevent linkage slip, extending the full length of the damper casing. FACE AND BYPASS SECTION Dampers are opposed blade type. Shafts rotate In porous bronze bearings. ACCESS SECTION Access sections have two hinged and latched doors, for all unit sizes. Access sections are not Insulated as standard. HEATCAAFT 1 May 31, 2006 Matt Earnhardt McKinstry 5005 3 Av S Seattle WA 98134 RE: Letter of Incomplete Application # 4 Mechanical Permit Application M06 -090 Riverside Inn Casino — 14060 Interurban Av S Dear Mr. Earnhardt: Sincerely, Enclosures File: Permit M06 -090 City of Tukwila gov9ta rshall - clan P:VenniterVncomplete Letters \2006\M06- 090 Incomplete Ltr #4.DOC Steven M. Mullet, Mayor Department of Community Development Steve Lancaster, Director This letter is to inform you that your resubmittal received at the City of Tukwila Permit Center on May 26, 2006 is determined to be incomplete. Before your application can continue the plan review process the following items from the following department(s) need to be addressed: Buildin¢ Department: Alien Johannessen, at 206 433 -7163, if you have any questions concerning the following comment. Please address the above comments in an itemized format with applicable revised plans, specifications, and/or other documentation. The City requires that two (2) complete sets of revised plans, specifications and/or other documentation be resubmitted with the appropriate revision block. In order to better expedite your resubmittal a `Revision Submittal Sheet' must accompany every resubmittal. I have enclosed one for your convenience. Revisions must be made in person and will not be accepted through the mail If you have any questions, please contact me at the Permit Center at (206) 433 -7165. 6300 Southcenter Boulevard, Suite #100 • Tukwila, Washington 98188 • Phone: 206 -431 -3670 • Fax: 206- 431 -3665 f Determination of Completeness Memo Date: May 25, 2006 Protect Name: Riverside INN Casino Permit #: M06-090 Plan Review: Allen Johannessen, Plans Examiner Tukwila Building Division Alien Johannessen, Plan Examiner A Building Division has deemed the subject permit application incomplete. To assist the applicant in expediting the Department plan review process, please forward the following comments. PLAN SUBMITTALS: (Min. size 11x17 to maximum size of 24x36; all sheets shall be the same size). (Drawing and structural calculations sheets shall be original signed wet stamp not copied.) 1 The plan sheets (A-1.0 thru A -1.5) submitted is not applicable to the mechanical equipment installation. Provide a site plan with a building plan that shows the precise location for the new mechanical equipment installation. Plan shall also identify equipment location. Identify location of coolers on the plans. 2 Provide details for any roof penetrations. Details shall identify method for resealing roof (if applicable). 3 Revised plans shall be consistent with the engineered specifications. Should there be questions concerning the above requirements, contact the Building Division at 206- 431 -3670. No further comments at this time. May 19, 2006 Matt Earnhardt McKinstry 5005 3 Av S Seattle WA 98134 RE: Letter of Incomplete Application # 2 Mechanical Permit Application M06 -090 Riverside Inn Casino — 14060 Interurban Av S Dear Mr. Earnhardt: This letter is to inform you that your resubmittal received at the City of Tukwila Permit Center on May 15, 2006 is determined to be incomplete. Before your application can continue the plan review process the following items from the following department(s) need to be addressed: Fire Department: Alan Metzler, at 206 575 -4404, if you have any questions concerning the following comment. 1. Provide an equipment schedule that shows CFM rating of the four (4) rooftop units. Please address the above comments in an itemized format with applicable revised plans, specifications, and/or other documentation. The City requires that two (2) complete sets of revised plans, specifications and/or other documentation be resubmitted with the appropriate revision block. In order to better expedite your resubtnittal a 'Revision Submittal Sheet' must accompany every resubmittal. I have enclosed one for your convenience. Revisions must be made in person and will not be accepted through the mail. If you have any questions, please contact me at the Permit Center at (206) 433 -7165. Enclosures File: Permit M06 -090 City of Tukwila Department of Community Development Steve Lancaster, Director P:Vennifer\Incomplete Letters\2006\M06 -090 Incomplete Ltr #2.DOC • Steven M. Mullet, Mayor 6300 Southcenter Boulevard, Suite #100 • Tukwila, Washington 98188 • Phone: 206- 431 -3670 • Fax: 206 -431 -3665 May 11, 2006 Matt Earnhardt McKinstry 50053AvS Seattle WA 98134 RE: Enclosures City of Tukwila Steven M. Mullet, Mayor Department of Community Development Steve Lancaster, Director Letter of Incomplete Application # 1 Mechanical Permit Application M06 -090 Riverside Inn Casino — 14060 Interurban Av S Dear Mr. Earnhardt: This letter is to inform you that your application received at the City of Tukwila Permit Center on May 5, 2006 is determined to be incomplete. Before your application can continue the plan review process the following items from the following department(s) need to be addressed: Fire Department: Alan Metzler, at 206 575 -4404, if you have any questions concerning the following comment. 1. Provide equipment schedule that shows CFM rating of units. Please address the above comments in an itemized format with applicable revised plans, specifications, and/or other documentation. The City requires that two (2) complete sets of revised plans, specifications and/or other documentation be resubmitted with the appropriate revision block. In order to better expedite your resubmittal a 'Revision Submittal Sheet' must accompany every resubmittal. I have enclosed one for your convenience. Revisions must be made in person and will not be accepted through the mail. If you have any questions, please contact me at the Permit Center at (206) 433 -7165. File: Permit M06 -090 P:VenniferUncomplete Letters\2006'M06-090 Incomplete Ltr #I.DOC 6300 Southcenter Boulevard, Suite #100 • Tukwila, Washington 98188 • Phone: 206 - 431 -3670 • Fax: 206- 431 -3665 ACTIVITY NUMBER: M06 -090 DATE: 06 -02 -06 PROJECT NAME: RIVERSIDE INN CASINO SITE ADDRESS: 14060 INTERURBAN AV S Original Plan Submittal X Response to Incomplete Letter # 4 Response to Correction Letter # Revision # After Permit Issued DEPARTMENTS: /� (• V B ild g Division Public Works ❑ DETERMINATION OF COMPLETENESS: (Tues., Thurs.) Complete Comments: REVIEWER'S INITIALS: APPROVALS OR CORRECTIONS: Approved ❑ Notation: REVIEWER'S INITIALS: Documents/routing slip.doc 2-28-02 ..2RMIT COORD COPY PLAN REVIEW /ROUTING SLIP Fire Prevention Structural Incomplete ❑ Planning Division ❑ Permit Coordinator ❑ DUE DATE: 06-06-06 Not Applicable ❑, Permit Center Use Only INCOMPLETE LETTER MAILED: LETTER OF COMPLETENESS MAILED: Departments determined incomplete: Bldg ❑ Fire ❑ Ping ❑ PW ❑ Staff Initials: TUES/THURS ROUTING: Please Route [V Structural Review Required ❑ No further Review Required DATE: DUE DATE: 07-04-06 Approved with Conditions Not Approved (attach comments) C DATE: n Permit Center Use Only CORRECTION LETTER MAILED: Departments issued corrections: Bldg ❑ Fire ❑ Ping ❑ PW ❑ Staff Initials: ACTIVITY NUMBER: M06 -090 DATE: 5-26-06 PROJECT NAME: RIVERSIDE INN CASINO SITE ADDRESS: 14060 INTERURBAN AV S Original Plan Submittal Response to Correction Letter # X Response to Incomplete Letter # 3 Revision # After Permit Issued DEPA TMENTS: �' a/ Building Division Public Works PERMIT COORD COPY' PLAN REVIEW/ ROUTING SLIP El Fir Pr Structural ❑ Permit Coordinator DETERMINATION OF COMPLETENESS: (Tues., Thurs.) DUE DATE: 5-30-06 Complete ❑ APPROVALS OR CORRECTIONS: Documents/routing sIIp.doc 2 -28 -02 Incomplete Planning Division Not Applicable ❑ Comments: Permit Center Use Only INCOMPLETE LETTER MAILED: LETTER OF COMPLETENESS MAILED: Departments determined incomplete: Bldg ❑ Fire ❑ Ping ❑ PW ❑ Staff Initials: TUES /THURS ROUTING: Please Route ❑ Structural Review Required ❑ No further Review Required ❑ REVIEWER'S INITIALS: DATE: DUE DATE: 6-27-06 Approved ❑ Approved with Conditions Not Approved (attach comments) ❑ Notation: REVIEWER'S INITIALS: DATE: Permit Center Use Only CORRECTION LETTER MAILED: Departments issued corrections: Bldg ❑ Fire ❑ Ping ❑ PW ❑ Staff Initials: ACTIVITY NUMBER: M06 -090 DATE: 05 -23 -06 PROJECT NAME: RIVERSIDE INN CASINO SITE ADDRESS: 14060 INTERURBAN AV S Original Plan Submittal X Response to Incomplete Letter # 2 Response to Correction Letter # Revision # After Permit Issued DEPARTMENTS: . /1w 55 ,464)4, , BuilcEng Division _[ Public Works Complete ❑ Comments: Approved ❑ Notation: DETERMINATION OF COMPLETENESS: (Tues., Thu rs.) Permit Center Use Only INCOMPLETE LETTER MAILED: LETTER OF COMPLETENESS MAILED: Departments determined incomplete: Bldg ❑ Fire ❑ Ping ❑ PW ❑ Staff Initials: TUES/THURS ROUTING: Please Route ❑ Structural Review Required ❑ No further Review Required ❑ REVIEWER'S INITIALS: APPROVALS OR CORRECTIONS: REVIEWER'S INITIALS: Documents/routing slip.doc 2-28-02 �✓ PERMIT COORt) t,uPY `" PLAN REVIEW /ROUTING SLIP 511 I;�GUl� - 1 1 5\2C-4(49 lL-j( Fire Prevention at Structural Incomplete DATE: DATE: Planning Division ❑ Permit Coordinator ❑ DUE DATE: 05-25-06 Not Applicable ❑ DUE DATE: 06-22-06 Approved with Conditions ❑ Not Approved (attach comments) ❑ Permit Center Use Only CORRECTION LETTER MAILED: Departments issued corrections: Bldg ❑ Fire ❑ Ping ❑ PW ❑ Staff Initials: PLAN REVIEW /ROUTING SLIP ACTIVITY NUMBER: M06 -090 DATE: 05 -16 -06 PROJECT NAME: RIVERSIDE INN CASINO SITE ADDRESS: 14060 INTERURBAN AV S Original Plan Submittal X Response to Incomplete Letter # 1 Response to Correction Letter # Revision # After Permit Issued DEPARTMENTS: Building Division Public Works Complete ❑ Comments: Approved ❑ Notation: Documents routing slip.doc 2 -28-02 REVIEWER'S INITIALS: APPROVALS OR CORRECTIONS: REVIEWER'S INITIALS: HERMIT COORD COPY �. Approved with Conditions ❑ Fire Prevention Structural DETERMINATION OF COMPLETENESS: (Tues., Thurs.) Incomplete ❑ Permit Coordinator ❑ Planning Division DUE DATE: 05-18-06 Not Applicable ❑ Permit Center Use Only INCOMPLETE LETTER MAILED: eGI Id, LETTER OF COMPLETENESS MAILED: Departments determined incomplete: Bldg ❑ FireX Ping ❑ PW ❑ Staff Initials: 'V�� TUES/THURS ROUTING: Please Route ❑ Structural Review Required ❑ No further Review Required DATE: DATE: DUE DATE: 06-15-06 Not Approved (attach comments) ❑ Permit Center Use Only CORRECTION LETTER MAILED: Departments issued corrections: Bldg ❑ Fire ❑ Ping ❑ PW ❑ Staff Initials: ACTIVITY NUMBER: M06 -090 DATE: 05 -05 -06 PROJECT NAME: RIVERSIDE INN CASINO SITE ADDRESS: 14060 INTERURBAN AV S X Original Plan Submittal Response to Incomplete Letter #_ Response to Correction Letter # Revision # After Permit Issued DEPARTMENTS: Building Division Public Works Complete ❑ Comments: REVIEWER'S INITIALS: APPROVALS OR CORRECTIONS: Approved ❑ Notation: REVIEWER'S INITIALS: Documents/routing slip.dot 2 -28-02 I;ERMIT COORD COPY PLAN REVIEW /ROUTING SLIP Fire Prevention Structural Incomplete DETERMINATION OF COMPLETENESS: (Tues., Thurs.) DATE: DATE: Planning Division Permit Coordinator ❑ DUE DATE: 05-09-06 Not Applicable ❑ Permit Center Use Only INCOMPLETE LETTER MAILED: (41, I CO LETTER OF COMPLETENESS MAILED: Departments determined incomplete: Bldg ❑ FireW Ping ❑ PW ❑ Staff Initials: TUES/THURS ROUTING: Please Route ❑ Structural Review Required ❑ No further Review Required DUE DATE: 06-06-06 Approved with Conditions ❑ Not Approved (attach comments) ❑ Permit Center Use Only CORRECTION LETTER MAILED: Departments issued corrections: Bldg ❑ Fire ❑ Ping ❑ PW ❑ Staff Initials: Revision submittals must be submitted in person at the Permit Center. Revisions will not be accepted through the mail, fax, etc. Date: 5046 .-/ ZOOG Plan Check/Permit Number: M06 -090 ® Response to Incomplete Letter # 4 ❑ Response to Correction Letter # RECEIVED ❑ Revision # after Permit is Issued JUN 0 2 2006 ❑ Revision requested by a City Building Inspector or Plans Examiner Project Name: Riverside Inn Casino Project Address: 14060 Interurban Av S / / a all ttiL (O Phone Number: ' DA - 133 2 _ %too Contact Person: Summary of Revision: r d e X 1e Li 4)14:4- arras City of Tukwila Sheet Number(s): "Cloud" or highlight all areas of revision including date of revision Received at the City of Tukwila Permit Center by: Entered in Permits Plus on Q ( ry to \applicationsVbrms- applications on Iine4evision submittal Created: 8 -13 -2004 Revised: Department of Community Development 6300 Southcenter Boulevard, Suite #100 Tukwila, Washington 98188 Phone: 206 -431 -3670 Fax: 206 -431 -3665 Web site: http• / /www.ci.tukwila.wa.us r Steven M. Mullet, Mayor Steve Lancaster, Director PERMIT CENTM Date: (Farr ob City of Tukwila Department of Community Development 6300 Southcenter Boulevard, Suite #100 Tukwila, Washington 98188 Phone: 206 -431 -3670 Fax: 206 -431 -3665 Web site: http: / /www.ci.tukwila.wa.us Revision submittals must be submitted in person at the Permit Center. Revisions will not be accepted through the mail, fax, etc. ® Response to Incomplete Letter # 4 3 ❑ Response to Correction Letter # ❑ Revision # after Permit is Issued ❑ Revision requested by a City Building Inspector or Plans Examiner Project Name: Riverside hm Casino Project Address: 14060 Interurban Av S C Contact Person: Matt Earnhardt Phone Number: <12 — (J 3 2 p 3O0 Summary of Revision: P t D ∎I i (,y - 'SC{:O i Wt ert n , , ecPJ k -e Vct. r Slow Piro St Cal 9 \applications\forms- applications on linSevision submittal Created: 8 -13 -2004 Revised: Plan Check/Permit Number: M06 -090 Steven M. Mullet, Mayor Steve Lancaster, Director CITY OF nocmut MAY 2 6 2006 PERMIT CENTER (y) V hk) - U'14Taa sc(p -tSF / ter 07.s 7S Sheet Number(s): "Cloud" or highlight all areas of revision including date of revision Received at the City of Tukwila Permit Center by: n 0 Entered in Permits Plus on 04 C' City of Tukwila Department of Community Development 6300 Southcenter Boulevard, Suite #100 Tukwila, Washington 98188 Phone: 206 -431 -3670 Fax: 206 -431 -3665 Web site: http: / /www.ci.tukwila.wa.us 1 REVISION SUBMITTAL Revision submittals must be submitted in person at the Permit Center. Revisions will not be accepted through the mail, fax, etc. Date: se-PS-.:1'00‘3. Plan Check/Permit Number: M06 -090 ® Response to Incomplete Letter # 2 ❑ Response to Correction Letter # ❑ Revision # after Permit is Issued ❑ Revision requested by a City Building Inspector or Plans Examiner Project Name: Riverside Inn Casino Project Address: 14060 Interurban Av S Contact Person: Matt Earnhardt Phone Number: a� — $ C 3 Z- p 303 Summary of Revision: PrD IibC- eau Wt « rGPril V-L Stolen 5 C f).01:4 (La?, Ohio 41:1- 47 OPSt<to -ISF l ter 07.3 75 P►kc St CA I 1 G ;t GN trt Ct,,•t klttta 15 i ffe ,Q, .Z6— S32 —S3 Sheet Number(s): "Cloud" or highlight all areas of revision including date of revision � Received at the City of Tukwila Permit Center by I I YI Entered in Permits Plus on Cc 611, \applicationsVorms- applications on linelrevision submittal Created: 8 -13 -2004 Revised: 4k1 hl Steven M. Mullet, Mayor Steve Lancaster, Director CITY OF TUKWILq HAY 23 20rN PERMIT CENTER Date: .S /5- z(1 i 0 tre City of Tukwila Department of Community Development 6300 Southcenter Boulevard, Suite # 100 Tukwila, Washington 98188 Phone: 206 -431 -3670 Fax: 206 -431 -3665 Web site: http: //www.ci.tukwila.wa.us Revision submittals must be submitted in person at the Permit Center. Revisions will not be accepted through the mail, fax, etc. Response to Incomplete Letter # I Response to Correction Letter # • : u . e o tapplicauonsVorms- applications on line revision submittal Created: 8 -13 -2004 Revised: Plan Check/Permit Number: Steven M. Mullet, Mayor Steve Lancaster, Director tit ()C- o (Cs IttettiVED !#T1 OF TIJICW1Ul MAY 1 6 2006 ❑ Revision requested by a City Building Inspector or Plans Examiner ( Project Name: 1'`� 1 V -e c.s t e l Ci s l In Project Address: 1 L I0 CC Cl T vt +e.-t .1-\ a A.) A U se Sew e Contact Person: nil a 1+ EC .r v.\.c.,reO2v - Phone Number: (n — R3 Z 3 -8 O Summary of Revision: P r d v i IQ I° P tl o i \--mkt-v.1 as c. k -e t o t -P +^ 40,'.\- S how S On Bo h o !YI CoS VI-ea se, ce ll t a t - . atAt tvo -s 206 '3 -s? /CTI Eo.r r.�to v r.0 PERMIT CENTER Sheet Number(s): "Cloud" or highlight all areas of revision including date of revision Received at the City of Tukwila Permit Center by: /l V Entered in Permits Plus on NI VLL „ • DEF'AE.TMENT OF LA.ROR AND INDUSTRIES , ■ . ' ' A . . . • ' . REGISTERED AS PROVIDED BY LAW AS • '”. g.W. '. CPIR._..,G I ; 1 - ..: i i GisT ix • . ' I ' i' ' cdoi m . fr , EXP. DATE ' . . C . ICI- DA N T * E *3477-N ' ai-( . . . i • ••• ' SEATTLE ..••••,• : F625-052-000 (8/97) . . _ . Detach And Display Certificate REGISTERIttil AST-.PRDVIDED BY LAW AS C.ONST;TONT.T'::::ISENERAL # XP. DATE • UI::: . cMCKII9,*572NO . , 01102/2Q08 ERRECTIVETE - - - 7] MCKINSTRY:.t0.3 5005 3RD AVE PO- - SEATTLE • WA OS67. • ' Signature • " • . • - • by DEPARTMENTOF-LABOR AND INDUSTRIES • Please Remove And Sign Identification Card Before Placing In Billfold true copy of the original December 2005. Notary Public in and for the State of Washington Residing in Rent My commission expires 4-19-07 GENERAL NOTES: - :4:::7 :JP ▪ fL4m+. Whfrifl, : 1ffi t • ;74:14,FI: • .1.• ') 4IF Itr•I ! • I: 1 ••• , .! i Mt:1i', :4.) ,0 . 1.41.7E1'.:J.1.3 INC.f.111.1•11', . I if I.:hi:M:11.o 60 10.'7 I I HI: /107.H^11 ( r 1 0 AFor g4..1 rfr;rni.'l rIt.fr• ALI trni.m:: ••••v.7,17:11 •Ft 041: Irr.' kI.C. rr..."117e.. 1147,1 rfir:11 ce,A.74,,e,wr rtr".trr ' !:).7 or or t.: , ;r:14 1 11I. 4 : 1 1:::`1 :.I11• 4 It•nrc , +v f,f, .:.ry;Ff1te,r ;t1 E 1:j;k:11.• • CAI. HI:TIC:PI 71 • !' ? • r.j• ?• • Af'ff: • ;:c,;•.• T.• 01: •:•■•, 3,10 . I • r.:4‘. • ON i Hill I fr rjA A`1 ft;S:11::4 3-11!1:4 ::14 fillAW 1 ;-? 1 . I 11: ;VI • iPg' I:1 MA - ;• -A!: T 1 ...I • • • 7 ' . • :J■J:f ffLI: ififf ;1 ;14.11 •1 I; - 1., t;‘ *•;••";',0 ?`. 1H., t..711.` L • 11?- ! ••■ 7 :://• : Td?'? Vo•A??1• 717,0 'dr r ."." •4 ! • I I.!• I: I • . 'J. + .-...: r•:,..IIA. 1:: '1 .01,.. :::f.f.: t .4 fi.•11.,:. t .t. 1..,1:.: :J.:i, u. 1 ,........0,1: . .r..1.. ;.:4•:Ii Wt.:lit:I"; :: ';f: '';:.•.11;i1",' .::.•17: f: ■: IF 71r. ."1:71::4.7,Li:L.:7.. r. IL Sr i...::Ii A.:cif:V.114 4 .::,:7`1:::: f. 07: 1.17(:: . :yr. r,r, r' 11::F.' A:ft:Jul! f. l I 'L1. r• A1 mr". . I•A •Al. L''..'1 7.A.`.!! , t 1 It t • 'I I r f'f, • • • I. V,l1-( II nt: r....;rit;;■■• !!. ... . r" nr," Al 1. L4' I f .. I' 1 I ti 1 ;! , M 1 :2•:.1.4: wn4.. • Pr)Y 4 .•• Lf 1.4 r r ft I • , r..• 7 T: 7 fj...I.ff , V10: j'17,1fr • • 5, - • 6: AflIj • 15, f. 1-ILL OE •I• Ay.) 9 11 t';:1;1 I %■:.' •I• Frri " 4 4%7:1:417 , ..f.(;70Fil D:111;• . J.L.:!•?„ • ri ilfr,, r: • It 1 1::: miff A: f1:7 nr.r.. •".1' 7 •4412. TI -E5E ARE 1 41 , ..1: Of.1.! 7 L; M.*„.1• 6•LI 1.111 1111 r.IDD.I D: 1, C :-.: ; I1 r';DP/- •'••• ITP Al•: ??.. 1.4 f :watt A tA: i) 1 ....... A 11. A, 1.11;•■ ••1; trorj.,. nr; 1-.7 :J._ Itt, 14I:J.17iP• TO fi • •N • • •■ (.• • ••••.• IT • 7 6,L1 L111D D' ••••,- , L 7 I: 7 .K7 t.11 (1 , ir .•:• •,:! •,/ C • , I!.. 1 1,!•?- •fl;.1,•, .1 1:41T71-, 1 1/ LI TV Itt7 • r:D1:;1•16'.IcTe..; • .31 pr r1';•1,.. t‘lt•: ;■•• :;•• I1JHIfl r 4.1 • LOAD 6, ;1 TRE. 1'; Rr4.: (*DR 77T A';TI •Nr. r.r, At, , LQ:.11:4,!..m: 0::IL !I I 'If. ; • : fir) :I, t:!;:f):::th:ft• 1 0;1 W1 1•-• 7i-ff 1--Tr.IT•1•1 I 4,.:1,AIL f !DM Till: PDI. 1 ID 11.1 1 C - HZ/0 1 4 ll .l.' r 11A: ; 1. J.. • "•,':::';',IsTe.T 1 1 T.r rII-'•0;', DAT,' F m• ; ON • .t•Al. r.'11,1111 Pr VAt.vt..S. 1\ r•ITIPI• t.F rf:ti. ' R RE 1 : 1 EF AsCi IM for'," Srr•oro.-:.10t: c.f.i.:. Jr; • It • -rPT 1'47, r. 11 IRAWII•••• 1,H1 hi'Pr rrt ' I•11T I. ! ?• A `I' 1 . ...... ■•• r)F"II 6 . 13 11:1 • " 14, • I. "41-1. i 11 •.• t" /•■ •••:::. I . • ,!••.; •4.f4 1.1.1R •Tr.:1 r• I thm"..7. c,f, with, .,,...14.3(Jr"tiu:::,. I f. : • , • • :oI::,:111.*:1V", 7 1r 7 • • • f.".: ■-• I.! • 11_ •„.• • r:J. Vajf - ;■'• • vq •'••••y; • . •• • - Plan leVieW Appian! of the violation cf approved By Date: PARATE peRier RE WIRED FOR: 0 Mechanical VElectflcai abhanbing Piping Qty of Tukve I WING DIVISION IMF Gals nhI �v NoMOkLQ4 is subject to anus and omission& documents does not authorize any ao:epted code or ordinance. Receipt eld Copy an . 4,00 0!"azz..- City of War& BUILDING DIVISION Nompotim 2E. Al•L 1.4r. 1 r11-2'..1 1-11./tt.• 1)11 WA-..t. 1111 SFP At A:5r, r..,1cFor,Ar • 111 :r 1. S71 rf):10 • .01.. ['Of. 1..t.Y. 01 ;•14.111. 41:;;;:5 c.rr.. AI ALL Tfl-DAL PALL S • APE• • wRcc rD.r.r.,, !Fr, r,H,tp.rrit Di •;PS A1.0 r• "f WAI Mt. 10 i.4 I 4 7: t." f•Arhr h",.14t, 511,g r4 iFF'f•rf. giff 1. TA? El; Fr, :". At..1.. ....; '0-10 ". A) Itir• A1 -,11R11-i) I:••.I■• '1: ?TrAc•Ar: At.". .1.. 1 F IP THE I tILI:.1Wr.tre . fl nr.L iij i • :01 I III: GI it:: •, kfil; f• 0 • .!4:1: tt• 11■n■ .%. - :s. FI 1'."141 11 1 `Arri• C:ff' fff-rJAI fo.'" roAtr, Rt. WA.I. 14:1I Ayr, " L4 1 -4, !! !!! : : : , 7 . I Bilflaais No dowels shall be made to the scope of wort without prior approval of • Tuladia Building Division. NOTE: Redskins will requite a new plan submittal and may Male additional plan review fees. VICINITY MAP PARCEL NUMBERS fic_QEERK. ‘•//1. All••••• Jererg 'ID 14060 INTERURBAN AVE. S. TUKWILA WA 98 ti APCNITEGI 1. 1 A I r1',1 F. if: f: /1 k I AU 4,f4, h WrWrIiN • T: WILL rc.. 425-.1 • 1-1.1.- .121 ":1' PROJECT NAME; arrsaffsd_0225:a APPLICANT owNIER: CONSTRLICTION Tt'PE: ••• ZDNING BUILDING SIZE OCCUPANCY SUMMARY; OCCUPANCY LOAD CALC. L tp.'4AIsai TOTAL: PROJECT CONSULTANTS I 404f) IfTit*I.If A•IL. WA'L:;:i!r,t It: tf . „ • ,r24:7,1, - :4 , 7,. 4. ! 1 C'ITVAAI. ;„ vr I • : t'•";) • • CO:ft. INTERIOR DESIGNER: L7:24 r WO' to.f(rA; v. I MN' EL: 2: fr. COift Ohfil PROJECT DATA A,K,12„,; 1.1 :A:., llft •••■• flAr. Jr: PLO Of. • 1 o14' , :f r" 506,2 FRERITAGE INCREASE ? 1 . . , i ,„10 • r, r., , At.t.rl'Alti) - 1 It rir ... I, • I (1; , , 6 I •• i . k. ! ••.: . ; ? ALLOWABLE ALLOWABLE AREA > . .1., At tAtt....1, _II 1 1 IN.; „, I 10t. • 7 ■ 1 . • ,• r + i' 1 .1.121.1:1.„•-•11•T•r .: •• ,OCIfi: ..- . . , s, f.,I1 ...LiI.1:+ F:ff .• If 45 ( 17I4 fif fat 4 ": EXISTING FIRST FLOOR: FLC • EXISTING SECOND FLOOR: F ;i ' ) I . F D C .... A • I c » I .... -- SPACE . SHEET INDEX D c:.,?.?•;':. .... 1 2 FACTOR NTS AREA '470: ?..r •••• ; I .• qr. 3.r. ::•1 f` - NOTF• 1 j.: SE.'APATI::N• T1L S- 2 AKE: A6.5E1.101.Y tr ri:1 •••1•VIttp 1 !) EGRESS WIDTH. 1■1: 1 • APPLICABLES,QPia; 1.1 A1.111111t1.11-11;'• W111: ,j •• rJtil S t T ?1:•TE T-1 • • ; f:.;:v1:::1 WrH r •:: k•Ar: A-1 f.)•'• A ;„1 REVIEWED FOR CODE COMPLIANCE A PN7trellm.n JUN 7 2 2006 ty Of Tukwili--' miirstom RECEIVED MY OF TUKWILA JUN 0 2 2006 PERMIT CENTER INCOMPLETE LTR# Lo r..csrlw; F.V.P 1 DELI -1 A11:41: s): y•; SERVICE AREA FLAG NOTES THIS SHEET (is; REI4OVE WAL ort.wtHr.t. EAS'ONI1 1,0DR, SHLI uroovi. MOVE: D0DTHE. 1 . 1 1 •t.) VEL EXISPEIC: EPW. AND LIAL1s, 11:1?.? L Off:TAL_ I 12'2 TAELED. sop,72:: t c•,.;■ 1145; j 10i1 CAR 0 0 2; LN.11 E sciA IslIc 4 .1f I IT1 •- 1.1F:12.11 NEW ODOR .1.10 :42AtiE. T). .PAS1.1, PLAT20102 10 11•Emos.,so. RE:22J:1 L 11; EKsE1I4; RPATii:10:2 ACC TT1 REVAIN L. I 1 st KIS ost,c,c, • I css's,Tsc,L., 220 T:2 fit-LINN. (T■ Or,LIR L 1.. IAA: EXILLI.NG ICA.11 PALE EsE is'L ,'.t . lF - AEU) R.ACP f12-R. - NO Ps1DII IC AIIONIC F.XCEIPT 10 TRAINING CENTER s LAI REVERA.OF COOLER 1=1 gal 0 AUDIO.1300111 1 , 4 tat .opo4s ACCOUNTING RECORDS •. s 1 r ' 0 OCIL URA:T[1) S4 4 *wit C ORRI DO R 11 LENIQR. STORAGE 2-, E.2.1E.40 LOW WALJ.. TIT:, AREA LIC T 'RI. 7E1 priff F1101P121712F. FlE Hl'F SFIL ;Esc Iwo! E,Hoco smocmgr pEo T ' SEE ENLARGE() PLAN - rig la ElE2 StiEET A-2 . OMC! M LEGEND; [El ft 11 _;1141:NE:w:S C.M.FN'S ri.xt 0 3) IP " Z ? S CI r :2 <. Of JO DRY STORAGE DINING .0 Eff;DUPANTL 110.1.1S=111 c t FCTRICAI NOM OFFICE 1 OFFICE' CLOSE FIFDROOM • BEDROOM STAIRS - QOSIN cRITDOOR SIMPLE PULL TAP 5102AE FIEDROOM RFOROOM ' RFDROOM onni ouNgE Nal LJ 1 '• a CORRI 1 11' I:- 0 LEGEND; c c:3, FDREs '" ; • • • • .s. „ „ .1111 1111 1111 if1111i1.111.11 .11:11.4.111111141 1111 .< 1 FIRST FLOOR PLAN rkrroc' vim's To REMAIN. SCALE: 4..., i. - ..e. ; 4. sTubs Al ic.! O.C. watt !4." c.w.n.,t7Acit ! stisk. (uNLESS NOIED It! HE RWE..:F.) (p EI . ::‘:J EKR)11140 . 10 C..E. REMOVED fxSIINC : E DOORS WITH nr. .e! my R : HADWARE PEP 1 200. 1 1 I.R.L. • T AREA ._ ! .;:'. INETALL. NEW PC:REORRER PlAVORM VERO SPECIFICACIUNti •wIT1-1 o.tatc.A. : .....sBv..tms tdtqct.tENT comr,tritc UNDER SEPARA.TE PERMiT. ,-, Extzrttc... RESTROOSI TO RF124 7 NEW FIRISNES / A.D.A. UPORADEL. t. ( FIRE SPRINKLER .f.,,';',Itm TO BE. II'ELTALLED 1111101.10110 BUILDING. (47:r 4.tn RC:2(2EL E2.1 EKIF:t LID)R - REPLAL. E WIFIl STOREERLINT .L42214 10 MA11.111 E s11 • „ .... y ALL. DOWN SPOUTS REPAIRED 1V) WoReoli CONOMON. e,.14' ; rtt :1*.AIRS'iAf PER PLAN AND CODE . : E%,1S1114C FIRE ,DooR TO ftEFIAIN. L 2 P21)1TRIC icFNER/4 StortAnr ARP/. - NC C1IANP,ES, .. RON': EXESTINI i.,11.11.15 r. 7P.t.I.i) DOOR TO RF DOE () C.ONSIPAitiTS. . PANIC HARDWARE. REOUIRS:1). STAIRWAY: TREADS 1 1" Mill. RISERS 7" 14Att. ,.... (271 FAIE•IING ACcooraIND ncaBrts AREA - NO CHANE•115 t,ig sPAIS1114s1 14.V.A.C. SCSTELt 1T Ali F:ERVICED cV.."; REWIRED. .. '‘1, EXISTINC DAR 10 DE. AGANDONEL:. R (c":4. CEILINLI. INFAILATION. RE1.4%M ::1A : 1. .1111C :, F C PAPEA OFT CE ' -10 RATH IIESIALL '1 114 fl'S PLACE. 'NCI:LASE - 'DEPTH 2ff' INSUIATION TO R-...".0. SPAC.f: lifTWEEN ''F SK" AND IISPENDEN CEILIND EqMPT PROM SPRII4J.EAN. • (;•(,),, EY.ISTItKi "A': co.Roidry. ODOPE: IN EOM: POSITION ( Ti 41 Pt R/AIT 'DER 14I'DA 13. EKE:17: (1.1 4.1.2.5. . . 1 USE APEA. (TPA iNi1.1O CE:41111) LADE R SEPARATE PER N91. ' •Ftra: trirrn!K:t4 nr.vicFs mu5r BF it,t Pi AC.F IN AlttifAS omit:warp =on PUTURP ..? APMFMEN7, plu: - SPRINKLER INSIALLAT:ON :N •IIII:g: AnL,L LimsT ig. 1,0:2PLEIT: %Nita ttl 40NCIIS DC "TELPO( AIn OCEUPANLY' '':•::•i, NLW SECTIL OF W (s) 2 : .1 otT IIS" c.).O. WITH %" C.W.E1 EACH $.sli1E. •PEI:mir rt..* TUC CASINO - (AS ALII:CED TO IN MCC WITII 'ME C111 Or IA L/ i./2 '. NsiW C.74:4" LINE WALL svi F. .F . 1 0.211! %!! TrrE x a.w.R. - f:." 4 E,A. STEEL 3111DFi A3 :MI' C.C. oy riEw WOO C4.1. c:ri.:1: INTERPITIC)P PER CODE ARANDCWEXI:TIINC, C,R;.'AlT TRACT A.ND Hot.t,m6 /p AS, ,.- • s1i" 1, 1F.W PePE' I /MOO Ss STER: LINDER SE:PARAII. MECHANICAL. PEPPliT. REOUPED - 4'' MIS SEWER LINE • A F.LIERCF.I4CtY P.411.1 1..10.11111(:. Pc' BORER OESIC IN111412A1 IDS PRe1 BY 1 FLEE1R11102: - t1"..2ERGREEN :71 ce...... NEE: we. - isILICHI :WIDER WALL. PER OMNI- ON E.41ECE A • EtlaTIRII.7.1. SERVICES, INC.) IS 1i11121 ON THE rwt.ti? P13.s. NEW DARTICLE BOARD UNDECILAYMENT INSTALLEb AT CAP.PET ARE. • ■.:".:1 r.rw FIRF trPttm.riz tyt-,TEM ORDER F.FI PERMI7 Rstl AC r 1 ,- 14DIA CsW.Ki L ID , 1 ULLIILLt - 1;EE ATTAEJIED ETRLICTURA1 PROINECRIRD LrFFERS. Ir Liams WITH E.E•REF. 5 LIC1H11.3 RFITROOM STAIRS - hp CD SECOND FLOOR PLAN 1/4" V-0" SCALE.. .tf," PhI fl ODR IF. 1401 . 133P.0 (VACANT:. L1 oc,... up pip oiREC I ION ' FIRE. OE PAR11-LE41'. GARAGE t ttltlittltttltlt i 11111111111 L___11.1.LLL1ILLL1.11LU CO '-C°111P cfttr (AM 7 2 2006 City Of At/ft/4 tirtTfi, AecEivro ary oF JUN 0 2 200 PERMIT CENTE A-1 1 2 I rl ITh I 11 Inch 1/18 • LOUNGE 1 100 1 DRY STORAGE 11 5.31 EQUIPMENT PLAN 1:0.t.t. 1 ( DRY STORAGE 1.11 •: • • .• : 11 .1111 1111 11111.111 11111111 111141 1.11.1 1 11.11 1.1 ilLlIIJJ IlIllJJ lIIIIlIIJijiiiijII . 11.1111111111111111111....',.. ELEC. ROOM 11381 1 1311 SOFT COUNT 1 11411 OFFICE 1 1 1 40 1 i9 17 co) (4..e A-vecA_S shADNA C oo R UA 1 1 1 1 1 RECENEO CITY OF TUKWILA JUN 0 2 2006 PERMIT CENTER • 1/4" 1 A — n 2 2 EQUIPMENT SCHEDULE ITEM No: : QTY. ; DESCRIPTION SIZE . REMARI:S (..'.) .(....;"::: . : ? : : ; • ; N PE. M:F. 14.. 'Virg.. to f,l,r. : • ••- to •"ypt... ,..:Nr., 1 ity.,•.) •tTI I It.rfr.i.., .6 , iit tx • ; ::tre' h •ir . r x . t:f.t.'.'l TO FF:r1 it. F'1:11:11:4::: :pity.; t•,F F,...3y: !......E. . . , • ...., ' '`...:'. . : - • t Ar....1....;.:/,. Iv.... :,1:..• TI TIY7P; , ..l a. rAo]..;:11 . :',•'• r .i".' Ir:' r 3:.'" . . ni .. K...A t:-'fl. ; p..... ......:3AK.4,1111.1.p.. 1 .. WT....;11. . :1 t. .. .-.-. -.. .... - ..... ...-....--._ . 74.mto. cm. ; :t1 ; . 1 ::: • , ' ; . • ,. . , •rmi ,- ..,..1. lir K'S.102.t. (;;;. , o , W :t•••1"i t Yr i t`a; vtt'.'•"‘ zwit t•;t.! ,•,,,v• ,, X t' fAFH.. "Izzi, , 1 - ::.r• ;AU.: . 2... . '....)- 2.''' r. :,:: '1.1t.n:i•tAt r.:1•?.Ti:4N , . . DZ:7.11!r. if.r.4ri oh n!.......• ....if.; ... ' • . . . ...!..,,:„. .....I / ..4.1. '7.".! MY:: ;177 1 -1.1 , 1') :';:•1 . FAIN. r17.i., 7•11..1:1.. 14.P..1. 1.r.1 i•:;. Fi'1? .1 I A":1 '• Ti 5TIZ. TAT..A : . • ....". T 3r• r M; • •ii".".' : re' 1 . 1 e:' • 1 ...... wit: D. 7.1 IperT _ - -....................._-....... rit ---.--.. ----._____ 1• '..'! ,., !.' • • •.3 ',.. . f"1-. ...._ .:r rA•r4 r.. . e S. ' r . .. . .....-.. .-- - lt ( - : 24: .. , • • _ ; .. .r..:} . i54, . . (::, 2' . ...I 4, . ig,.P '. . '•:■?.•:.1. Ffi 3 ! H:,".1!; ..3:'; . '..1'.11.1 :'; ::i.C.,.VrA': . : I Pr.41:, ■ .,..1 Jr..' : ',..r 12' . 1. •'',■11" PI i.:r i:..1 WTrt. . .. . (: - 'nth. K1 i iC, 1 1 , 41.. , ,..q . . - - : , ...1 1 .71.X. - ri..14 *:...:..% •..".;.;: .-.... •-.." . ... . . : , ..r.. j.... ... I t. ,4 . 1 'jr . ';.7.. 4'..rti'; firta P. - 1:111:1 'Lt:: : ...,..,;'• - •!'• Wi..K.C:::::. , .. - r:.:1.. , Ilm... , f..: • ....1,4iii. it';' i tS ^2" 14 • ;ii:',..' ‘1. - . . „ —______................-..........---______....---__ f.`"'?1 ... 7 :r., r0 CYLITI'l, HiTh . - ..... _-...--........ C::•;11 til.il (•..?1•; . . 1 :0.1 , .;' , . 1 .71Pii ti)P ::,..',.... Im....p.K7 .; 2:::. Wit: ..... (:::) • .. . . "r. , .... , ,;' , ',....117 1):';' ' •ilT,NTAPO !;v3,11. .1. W ii..1.4 s : '...".", .-. ..5: • -. •..... ',..;,.:.2.. /7.• .,,..ii . . ' : . ',. . . .: . : ; .:FF • CCATiii.... k . • 'il 1...t.i. :. :,:tr. 7. 1i . ..1.*:.r:.1 57.1 i. ....:.T,'.4: ff.:4 . :J1.....1'1..E.: 7.1C.:2, Ti.J..r.: ' :'1...1•211 :::• r.:::,: It: ' 2 1;":,i' - T.:JAI:7 ViA7.! - . ...-______-............... 14,W • 1•F':',' .; „?.....1:!..; , , ....... . . • : : r. fari:. 1 :k; ...A. .:K1'. • . . .: : 1 :.1.141:...1,:t. . ..'• .1";" ....--... ..... ---- 1.1..# . .,.....: ..,',.;•';) .;...:::.% ...7.:: . • . , ;, 1 ! ' • It y..Ff . : 1' '„ .....1ZIIi.,.. : ...:-...,,,. ::) • ..,:wi;;EF ol:pt.1.7.i.:Fr • :;..,:. 1 '..; 1 . .7"....."., qn' l'-'1 "..:1.41.1. 2 PCili. 1.7AND r‘w .4EA. T.Tor..ter. , .141T . ...:a ber.PTAP_______ N.V .. P.:1 10 Kr;..... P; 1 .:)..A.,..." . .......-....-.........-.--._ l'ir'i.. ID t,..1...".... :..:',:'. P .1.r. (/...11 kuol.p.) , ...,!• s • : . ; 1 ;NY. i. ..,, ...i:-., . to y. ;,:',.• .r: ww.i i■:! Iti'.1 I rl ITh I 11 Inch 1/18 • LOUNGE 1 100 1 DRY STORAGE 11 5.31 EQUIPMENT PLAN 1:0.t.t. 1 ( DRY STORAGE 1.11 •: • • .• : 11 .1111 1111 11111.111 11111111 111141 1.11.1 1 11.11 1.1 ilLlIIJJ IlIllJJ lIIIIlIIJijiiiijII . 11.1111111111111111111....',.. ELEC. ROOM 11381 1 1311 SOFT COUNT 1 11411 OFFICE 1 1 1 40 1 i9 17 co) (4..e A-vecA_S shADNA C oo R UA 1 1 1 1 1 RECENEO CITY OF TUKWILA JUN 0 2 2006 PERMIT CENTER • 1/4" 1 A — n 2 2 III AIM SHUTLER Mink • - CONSULTING ENGINEERS, Inc. IMP MN 12503 Bel -Red Road, Suite 100 Bellevue, Washington 98005 (425) 450 -4075 FAN (425) 450 -4076 STRUCTURAL CALCULATIONS FOR: • NEW HVAC UNITS -- RIVERSIDE CASINO 14060 INTERURBAN AVE. SOUTH TUKWILA, WASHINGTON ARCHITECT: WILL HARRIS ARCHITECT 2151 E. BEAVER LAKE DRIVE S.E. SAIVIMAMISH, WA 98075 (425) 391 -2321 DESIGN CRITERIA: CODE ROOF LIVE LOAD WIND LOAD SEISMIC ZONE JOB Riverside Casino SHEET NO. COVER CALCULATED BY jch• CHECKED BY SCALE JOB NUMBER 06 -01.04 CI Of Tukwila BIJTLDT !' fTUtSIO i OF DATE 5/4/2006 DATE FRE copy r F 1:1t 1 �.0 _ ' .4 lit 1 11 y r sr _ qt �'1� e5' ly 4 �rr,.s•'!i% � r_ Wit:[ WPI1 ..ir.Rntsr8rrr10:••ehi_irli[ REVIEWED FOR r " �+ �''� ' .'r CODE COMPLIANCE '` " �,. �, �� :�:,,;�r s,�,:,:,.�, :�G�,�r�. Qr3ang pro JUN 1 2 Z006 INTERNATIONAL BUILDING CODE, 2003 EDITION 25 PSF SNOW LOAD 85 MPH ZONE, EXPOSURE "B ", Iw=1.0 SITE CLASS 'D', Sds =0:92, ap =1.0, Rp =2.5, Ip =1.0 RECEIVED CITY OF TUKWILA MAY 0 2006 PERMIT CENTER MO 010 tO AIM AIM SHUTLER M ■ CONSULTING ENGINEERS Inc. J 0 0 f 0 t0 N Y 01 ✓ 0 ID 0 O Y 12503 Bel —Red Road, Suite 100 Bellevue, Washington 98005 (425)450 -4075 FAX: (425)450 -4076 SCALE: 1/8" = 1' -0" LL L 1 —L (E) STEEL TRUSS d. U O N cn © L3. w NEW SVVAMP COOLER T9 REPLACE EXISTING UNIT (195 #) • JOB K1VtKJIUt (;AINU Tukwila, Washington SHEET NO SKS -1 OF CALCULATED BY JH DATE 5 -2 -06 SCALE NOTED Job No. 06 -10.04 C COMPRESSOR UNIT 170h (3 PLPCEE) A 0 SKS ADD 4x4 P.T. SLEE (TYP.) N CO P ES UN T •20 - -C U 0 N © 1n lY w _ _ _ (E) STEEL TRUSS I� = - 1 1 1 1 1 1 iEi 1 1 l c l 1 111111 PARTIAL ROOF FRAMING PLANu EXISTING BEARING: WALL (TYP.) MEM MEIN SHUTLI!d ■ CONSULTING MI ION ENGINEERS Inc. 12503 Bel —Red Road, Suite 100 Bellevue, Washington 98005 (425)450 -4075 FAX: (425)450 -4076 Tukwila, Washington SHEET NO SKS -2 OF CALCULATED BY JH DATE 5 -2-06 SCALE NOTED Job No. 06 -01.04 SECTION ASKS -2 SCALE: 3/4 " =1'_0" 0 0 a to O tV V1 fn X 01 0 a 0 0 t0 0 1 6d : TOENAIL . (TYP.) EXISTING 2x12 @ 24-"o.c. OR EXISTING TRUSS @ 24 "o.c. NEW MECHANICAL UNIT (220# MAX.) ADD 4x4 DF #2 P.T. SLEEPER EXISTING PLYWOOD ?r S.. CO 2 cn U 1 1 1 LLI 1 4 J Lel 0 CG CZ CLI .c� m e- _.IIIIIIl�lJll1111111 lli I II �JII11 (1 111111L(4111.L11.1.1.1i IIJ.I. 11.111.IIJI11 1411.11.1111J.1 Ji1 IIII I�III,I Illl�lljl - _ - - _Il __._ . __...__________ , _______ ._ ...._....._. ___________ - . __________. _____ _ ________________.______ .. _____ ______ ._ ..... _____ ___. . L I 1 1 4 I I I I 4 * 1 _______ ____..______________... . _ ___.._ ____ _.._..._____.__________._.__ _ . ___ _._._ ______________ •___________________ _ _ _ __________ _ _ L • _ _1 __ _- _ I _ _._ _._ . - r.b k. ..., ..... 1 __ _ - ... .__ _ _ _ ______________ _ _ _______ N. c ....,. c . i . ...... _ (.... c .,.... Il 1 , 'Icr I ___ ____________. _. _ _ ___ _....._ .__ . � -._. -.. ..:. �.. _ ._.._ _ -__. r _ .... .._- _ _- _.._.- .. __ _ ___ _ —_ -- -- . : • — 110371/ 1 7 - 6 I d/lif • I )30& 1 0 4.2 9 , • , 1 I-- I 1 e• 1 ' Ael ge' , ___ _____ _ _ . ]0- _ _ . . rtif/v1-400 I si • vt • • . 1 1 1 1 1 1 ........ -- _ -. f .___._ T 111111. __ _ _._.__. 1 1 - 0-0 ? 1. ) ..__ I - i ._....._ .._....._ .._.._......___..... _.._._ ; _ _•..- ___ •__-•__ ..�._, ?r S.. CO 2 cn U 1 1 1 LLI 1 4 J Lel 0 CG CZ CLI .c� m e- _.IIIIIIl�lJll1111111 lli I II �JII11 (1 111111L(4111.L11.1.1.1i IIJ.I. 11.111.IIJI11 1411.11.1111J.1 Ji1 IIII I�III,I Illl�lljl TI I1 I 1 11111 jl l I I l I 1 I I I 1 1111//11 1 l! 111 I I 1 11 11 112 elk 1�4 . 115 91.4 ... your 11111 1[1111r III:IIIII I 1,1_11. 1 .i i , �.!li�l:�_i.�:la.l. o -- i m 1 1 1 rn z m m n O AEI CalYlnoivo 'ON .L33HS __ .......... L.__ j I ..._. • ! ••• - 1 I I U f4' /4k 1 r IH ' ; t — . _ 1 i 1 a ' &J a _._._____.________________________ -__ _._______ » _ ._. — ________.___. t1 1 ._...__ . i ___________ __ i %. . , , ,.,,,.. . I - 1 j y 'rJ '- i t\ ....._. . ___ _ . . _ _._._........_. ______.____.________________________ ›... \\t.(\.' . , //7.. ...-1/ I J _____ I j I . yr i i f E 1, I, t. f I �. I b L N. -/ I br-0 _____._. _ L.. l ... ______ _______._______._.____.__ __ _ _______.__ _____._.______.__________ ! i I 1 == • I I I ! f I . ,....,„ �: _..._ T ______._____ ti 1 _._.._� ___.. :.._.__ __ ____.__ __.__ _.__�____.___...._._.�_._. _______ . . __.. _ .._._ . i _________ ___ ___________ . . . .. .. .. .__ _____.__._ ____.. ____ _ __. . __.. .._. - _- ..____.._ _T_ _.____ __ ____._ __ ___ TI I1 I 1 11111 jl l I I l I 1 I I I 1 1111//11 1 l! 111 I I 1 11 11 112 elk 1�4 . 115 91.4 ... your 11111 1[1111r III:IIIII I 1,1_11. 1 .i i , �.!li�l:�_i.�:la.l. o -- i m 1 1 1 rn z m m n O AEI CalYlnoivo 'ON .L33HS Z ,� cr9 .c0 k . 41 9 � a. N � v cu tn t-12 o � cU en ca u- N I, I 1 1 1 1 1 1 1 ill I f �u:j 11111 °1f j"1 l��l ilau�i .1111 a11.11�1 111,0.41I11J.1 11.L.i I II Ii111.1u"i lI101Il 1111iii� I I I I I 1 I I `�� I '�, I I I I I •I I : I I�1 1111 I1iii L111�IIJ1J ;11�I111111� ►, CALCULATED BY ENGINEERS, INC 1 M 1 _ __ - - - .. __ I i 4 _- _- R 7� y ! 1; } ! I . F I 1 V 1 __ __ _ . - _ __________ • _ ___,_ -----____,______ __._ _ .________ -- - - 1 _ ._ _ - __.__ _____ _.._ . _,__ _-_..___ _____ __ -- __ � 4 1 ___ � I 1 I 1 ______ --- __.__._ __________ -- _,__.__ _ __ ________ _____ _ _____ ._.___ -_ ___ _ _ __. ___ 1 �JM.JJ� �._�JJ,��JJ__�-= J.�_�MJJ 1 _1 1 1 . I I F 111111 _ — _ ,..._■•_ ... : t i i : 1 I � _ I I I 1 I ! 1 i I I. I [ 1 I _. : f/'`' I I _. _ 1 I 1 ! i ! _ _— —_- - _.._ - -_ _ _._� ._. H._ __ _ _____ Z ,� cr9 .c0 k . 41 9 � a. N � v cu tn t-12 o � cU en ca u- N I, I 1 1 1 1 1 1 1 ill I f �u:j 11111 °1f j"1 l��l ilau�i .1111 a11.11�1 111,0.41I11J.1 11.L.i I II Ii111.1u"i lI101Il 1111iii� I I I I I 1 I I `�� I '�, I I I I I •I I : I I�1 1111 I1iii L111�IIJ1J ;11�I111111� ►, CALCULATED BY ENGINEERS, INC _ SHUTLER Mk. CONSULTING -_ ENGINEERS, INC 12503 Bel -Red Rd., Suite 100 Bellevue, WA 98005 (425) 450 -4075 FAX (425) 450 -4076 JOB SHEET NO. CALCULATED BY SCALE OF DATE ' 1 I l I t : ; i { i t ; , x i - 7 '- 1 4 ti f ,-- t t V Cir ;;3 I 1 1 1 I 1 _I i 1 1 I i I Pi�,�1 -. . /4 . u 1 I I i 1 } �i i/'i I ! i 1 1 1 = ' r'4 I 1 i t1 ![:r I 1 i 1l1L 1 1 di 1 ' i 1 I ; 1 I i _--1 AY I 1 1 �I i 1 ��E "U i I 1 1 i 1 1 I I i 1 ' j. �I1 t t �� Il 1 � i ( j s t ! I - • 1 i � ! 1 tI 1 i t 1 1 1 i- , j '1 I-- ti- t`4Jf' Vk.e.044 . t . 14) f'vt :.- "�bt . t 1 1 i i ' 1 i L 1 1 ! 1 1 1i 1 i t t L : i 1 i i i 1 b . 1 i 1 i i t ! .1. l - 1 r t �. I ( 1 �1 /44 ?i'!fi z. - -6 -t•E% - / it i ( — i 4 _s t . f 1) 1 t I i i 1 e : t i t i ! 1 1 I ! ! i 1 1 1 1 ! , 1 i ! i ( 1 f t t 1 1 1 i l l� � - // - 1 I t , 1 i 1 ' 3 1 i 1 1 4 1 ! I i i i I 1 I I i t i U 1 I I I = �`�`lG i IIV !' I 1 ! j t 1 C ! t i t ? 1 _ � t 1 1 ; i U — 1 1 i i 1 1 i 1 t t : 1 ! 1 . _ � ____L.____' 1 �. 1 # ; f i 1 1 1 —1 - 1 — * JO ; 1 i i 1 -- I i i. �___ __:L 1 I 1 7 1 C/j 1 i 1 t ;� 1 i 1 1 1 1 t 1 1 1 i a - i • i . ; 1 - �1 rI' l 1 ! 'cV H < 1 1 i {( i 1 - � 1 1 1 I H /, '; :M �/ ,s�,,, /�(1 �' /G 1 1 r i .... i 1 1 I i { i i J 1 t t j 1 1 i t f i t — • -- _ 1 1 t 1 ' I j 1 1— s 1 1 i i 1 1 1 : I i ! 1 I I 1 i i 1 i i I = i t 1 1 { 1 ti I ! i 1 i I 1 ! 1 .. f I I I 1 1 1 1 I I ►- —.—i 1 1 � I 1 1111 1!11 • 111 1 11 _ SHUTLER Mk. CONSULTING -_ ENGINEERS, INC 12503 Bel -Red Rd., Suite 100 Bellevue, WA 98005 (425) 450 -4075 FAX (425) 450 -4076 JOB SHEET NO. CALCULATED BY SCALE OF DATE E i I i I i 1 1 i i i iI ,, r 14.k I Ti 4 i I r I I i ! 1 i i I f } 1 O* * Ata►Ik! i(Vi60 j i j I 1 4 6 �jjj } 1 �/ r 1 1 I ! . i i 1 i I i •v S / !. '- �// J l v j -fir' 1 i r' I 1 11 (P/ 'J\ i/ v i , i t ��, -71" A r e-.r;. r , L. t -6 1 { 1 i___.1 i � ! 1 l l;?i ( I 1 i ( L_f I ' 1 i i I i I i i I t J i i 1 I i. 1 N4_6621,44thic4 ` j`��_ i I i i i r t 6 ��n) i //ff 1 = , at -_ 1 1 1 : �'� -1 — ', I i 1 i ! i r 5 / ! i 1 1 � i } f 1 1 F (. . /. j ± i " 1 1 I E i 1 ; I ., .t i i 1 I ; , 1 1 i t —Li-.7/ � i i 1 i j ! it ?L i �/f ' 1 s ! 1 i i —;— ; 1 1 i i 1 1 t s i • 1 } i . 1 i i i i 1 � , f i i I t i i I 1 i y 1 i i . = S 1 i i i i i i I 1 I . 1 i I -. / C j 1 I) 2 I { - ' „.� ? // . /U �1 • 1 ! ! 1 1 i i ' s i i r 1. i � ! 1 t i i i r_` 1 1 i i l f L— 1 1 / f� i 1 i ! i 1 i { 1 i I I i 1 f i 1 i � 1 � ' i ce t jj ! i 1 I E e 1 i .. 1 i i 1 i t �/f i f ! 1 , i ( - i�V W • '( e f i 11 � .�(: 1 / =( 1 I" i 1 f i F I II i i i i i I I —! 1 i 1 i 1! f � i 1 i 1 1 1 I 1 i i 1 (1Ii III i ilia iI --_ SHUTLER _1111 - CONSULTING — ENGINEERS, INC 12503 Bel-Red Rd.,.Suite 100 Bellevue, WA 98005 (425) 450 -4075 FAX (425) 450 -4076 JOB uxceo l Jf SHEET NO. OF CALCULATED BY CR DATE d.<0 SCALE I i 1 � { 1 1 f ( 1 I I! I ( i I I 1 { 1 f 1. i , 1 I I f { I 1 _!__ —____I ( 1 I ( 1 t I I 1 0 1q/�' � I / / } ! I Z.- -7-: . I 1 1 __ 1 1 } I /r Y • 11'2 .. ! () t1( ) � I = 6 1 1 1 �/" i i I I 1, f ` I , I ... 1 / V 1 f P t ' I j l a�a I l G1 I i ( . 1 1 i t I I ! I I I �. .. 1 , 1 I( { � I i 1 ! , • i I " "/ b i i I , 1 ' /i��r1 �� ----' . Y7 V 1 y .�,� < 1 ( . v I r I �,. 1 i 1 j • I J E I f t` { 1 i { { 1 { I 1 { 1 1 ; I 1 { 1 � A. - i X 0 -...: - - -- I i- I 6 1 i! I' 1 • I 1 I f j ! . ! c,: c/ � 4 ,/tc 4p 0/6 j 1 1 { 1 f II t 1 1 ( i { 1 f I 1 i {} ! 1 11•11111111•1111 i i ! { i I i I 1 1 i i i f 1 I { 1 { i I p i { i i 1 1 1 I , .i 1 I �! IC fl !I I II 1 I ANIE Now mil SHUTLER CONSULTING ENGINEERS, INC 12503 Bel -Red Rd., Suite 100 Bellevue, WA 98005 (425) 450 -4075 FAX (425) 450 -4076 JOB Ole", SHEET NO. OF OF CALCULATED BY �. DATE 5 ot, SCALE 1Y1aA1111ULU t.u11JiuGaGU L'Qu Lug utucu IJiOUiU IVA )LEHI 1.01 Lib states LOCATION 47.47.7 Lat. - 122.261 Long. The interpolated Probabilistic ground motion values, in %g, at the requested point Maximum Considered Earthquake Ground Motion Ss, 0.2 :sec: SA 138.39 S1, 1.0 sec SA 47.97 Analysis Options page Design Values page - http: / /egdesign.cr.usgs. gov /cei- bin/desin- lookup- 96.c2i � 7/) f c )C % /,1 = . X 1 0 (=-,) (4- 0 ., ( /(0)( AEA) 1 4_ ,P-c t(A- Page 1 of 1 — - • VOL VYULILIVVILLG U.1.1V11.1g UlleellUll Will sireei auuresses- omine maps, route mapping, a servi... Page 1 of 1 Company Solutions • Products Services Technology Viniaporama Itineraries • - 4 Drive Me From ' 41 Drive Me To Personalise your map Lt IM LJ iStandard L 'Km I No points of interest information Lat-Long: 47° 28' , -122°15' 47.477 , -122.261 Thv Word My Wey Export the map LE ILI By Email To PDA On printer 6O 14060 interurban ave s - TUKWILA (98168) - USA Store and retrieve New search .1"Os .lormph - • r pai.;:t= :• „ „ „, • • 1 I Sponsored links (Di Customers News 101. .•- ) 1 - • • • • • • • ... (,.. 10 k ) r ..4,., :....._ j ! i --, ----. 41a 0 Lsi .._ 1 :. .,. cui 1 1 i ! • ) L ,.• c. 1 .,-- , „.., ,......— __ Web search v:)-kwed by ) 011111r,F3kSit,cqr.- ;c; ; L \ LC t 1,,- ...,... I ,-. ,.... t .,..,...) = _ ,__.• r iril Lt.- f I 1 ' l a ---- 4 ^,- - • _ , _ • --_, 12:1! "*".--,-___. . • 4.72--e /._ f r ..! . f X -:• :‘ 1-'-'' ''''' 'L l^ . '11 J.. 1--- li 3 1 j , . 1 \ . _ . ---,-.- -• . 0200E, Vap•rama, NA.VIED, DMTI ------) i Click on the map to: r Recenter (is Recenter & Zoom in C Move the target 1 . — J • Your language: JE - 1 Great Deals on Hotel Accommodation at Sky Travel Visit Sky Travel Shop for low prices on worldwide flights and hotels from all the main airlines and holiday companies. Save even more when you book your flights and accommodation together. Book a Hotel at Great Rates with Trip Advisor Unbiased Reviews of hotels, resorts and vacations. Visit TripAdvisor.co.uk today, get the truth, then go. Search our database to find great rates on your holiday accommodation. Maporama International 2004 - Copyrights - Send us your comments -= Add to favorites . 1- Searci • visit paris 1 rental cars J lowest airfares 1 airline tickets 1 beach holidays 1 cabin bags J backpacks 1 holiday villas httn://www.man orama.bomishareima R 1 11D R-195 S-41/ A 71 C/9 /9nnA