belt drive air handling units - aireclima.com
TRANSCRIPT
BELT DRIVEAIR HANDLING UNITS
ENGINEERING GUIDE
Models: YSHW, YSHX, YSVWand YSVX
Capacities from 800-8000 CFM
MODEL YSHW, YSHX
MODEL YSVW, YSVX
00784VIP
00789VIP
FORM 115.22-EG1 (1202)
NEW F
OR 200
3
YORK INTERNATIONAL2
FORM 115.22-EG1 (1202)
Table of Contents
Introduction ................................................................................................. 3
Product Description .................................................................................... 4
Belt Drive Motor Data ................................................................................. 5
Hydronic Unit Selection Procedure ........................................................ 6
Hydronic Unit Selection Component Static ................................................. 7
Fan Performance (Hydronic) ...................................................................... 8 - 9
Cooling Selection Hydronic (4 and 6 Row) ................................................. 10-13
Heating Selection (2 and 4 Row) ................................................................ 14-17
Physical Data and Dimensions ................................................................... 18-21
24YSHW / 60 YSHW .................................................................... 18
90YSHW / 240 YSHW .................................................................. 19
24YSVW / 60YSVW...................................................................... 20
90YSVW / 240YSVW.................................................................... 21
DX Unit Selection Procedure ................................................................... 22
DX Component Static ................................................................................. 23
Fan Performance (DX) ................................................................................ 24 - 25
Cooling Selection (DX) ................................................................................ 26 - 28
Heating Correction Factors ......................................................................... 29
Heating Selection (2 Row only for DX) ........................................................ 30 - 31
Physical Data and Dimensions ................................................................... 32-35
24YSHX / 60YSHX ....................................................................... 32
90YSHX / 240YSHX ..................................................................... 33
24YSVX / 60YSVX ........................................................................ 34
90YSVX / 240YSVX ...................................................................... 35
Options HWK 2 Row and Plenum Box ........................................................ 36
Options (Mixing Box) .................................................................................. 37
Guide Specifications ................................................................................... 38
Notes: ..................................................................................................... 39
YORK INTERNATIONAL 3
FORM 115.22-EG1 (1202)
Introduction
Introducing a new line of York air handling units! The air handler market of today de-mands the high-performance, flexibility, and quality available in this totally re-designedproduct.
CABINETSCabinets shall be manufactured of heavy gauge galvanized steel. The entire interior of the cabinet shall be insulatedwith one inch thick IAQ type insulation. Removable access panels shall be provided on both sides of the cabinet formaintenance and service. All cabinets shall have 2" supply and 1" return flanges.
INSULATIONThe entire interior of the cabinet shall be insulated with RX insulation. This insulation must meet the requirements ofASTM C 1071, ASTM G 21, ASTM G 22, NFPA 90A, UL-181, and the cleaning practices of NAIMA.
MOTOR / BLOWERSBlowers shall be resiliently mounted, with ball bearings, forward curved blade, and of centrifugal type. Each wheel shallbe dynamically balanced for smooth, quiet operation. Blowers shall be belt driven with field adjustable pulleys to permitvariations in static pressure and air requirements. Standard motors are 1725 RPM either single or three phase. Allmotors to be field or factory installed and wired at voltage specified by customer.
COILSAll YSHW/YSVW series coils shall consist of aluminum fins mechanically bonded onto 3/8" or 1/2" OD seamlesscopper tubing. All coils shall be leak tested at 350 PSIG minimum air pressure. Manual air vents shall be standardon all coils. Drain pans shall be coated for corrosion protection.
All YSHX/YSVX series coils shall consist of aluminum fins mechanically bonded onto 3/8" or 1/2" OD seamlesscopper tubing. All coils shall be leak tested at 350 PSIG minimum air pressure. 2 - 5 ton models shall feature apiston-type metering device approved for either straight cool or heat pump operation and be of single circuitdesign. 7 1/2 ton model shall be single circuited and have a factory installed expansion valve approved for straightcool only (not heat pump) operation. 10 - 20 ton models shall be dual-circuited and have factory installed expan-sion valves approved for straight cooling only (not heat pump) operation. Drain pans shall be coated for corrosionprotection.
DRAIN PANSAir handler shall have positive sloped drain pans for removal of condensate from the pan. Drain pans are to be coatedwith close cell foam insulation to provide protection from sweating and corrosion.
FILTERSOne inch throw away filters are standard in 2-5 ton YSHX/YSVX and YSHW/YSVW units. One inch permanent filtersare provided as standard in 7 1/2-20 ton YSHX/YSVX and YSHW/YSVW units. Filters shall be accessible without tools.
LISTINGAll standard units with thermal protected motors are ETL Listed. All air handlers shall be rated in accordance with ARIStandard 430.
YORK INTERNATIONAL4
FORM 115.22-EG1 (1202)
Description
YORK BELT DRIVE UNITS
The York Belt Drive Units are designed for installation within the condi-tioned area or as remote units with duct systems. These air handlersare compact, with large removable panels for cooling and heating.
These commercial air handlers are designed to be installed in officebuildings, hospitals, and any structure that requires high capacity andair volume.
MODEL YSHW – Horizontal Hydronic Air Handler
The YSHW model air handler is constructed of sturdy galvanized steel.closed cell foam is used to coat the drain pan to prevent any sweatingor corrosion. The YSHW fan motors are available in many voltages.
Options include mixing boxes permanent filters, discharge grills, etc.
MODEL YSHX – DX or Heat Pump Horizontal Air Handler
The YSHX model air handler has all the characteristics of the YSHWwith the addition of a DX or heat pump cooling coil.
Options include hot water coils, mixing boxes, expansion valves, dis-charge plenums and permanent filters.
MODEL YSVW – Vertical Hydronic Air Handler
The YSVW air handler is constructed of sturdy galvanized steel. Theair handlers are compact and have large, removable panels to facili-tate service.
Options include mixing boxes, permanent filters and numerous fanmotor voltages.
MODEL YSVX – DX or Heat Pump Vertical Hydronic Air Handler
The YSVX air handler has all the characteristics of the YSVW with theaddition of a DX or heat pump cooling coil. These air handlers arecompact with larger removable panels to facilitate service.
Options include hot water coils, mixing boxes, expansion valves andpermanent filters.
YSHX
00790VIP
YSHW
00784VIP
00789VIP
YSVX
00789VIP
YSVW
YORK INTERNATIONAL 5
FORM 115.22-EG1 (1202)
Belt Drive Motor Data
BELT DRIVE MOTOR DATA**
HP. VOLTAGE PH. HZ. TOTAL AMPS* RPM
1/4 115V 1 60 5.3 1725
1/4 277V 1 60 2.1 1725
1/4 115/208/230 1 60 5.0/2.6/2.5 1725
1/3 115V 1 60 6.7 1725
1/3 277V 1 60 2.6 1725
1/3 115/208/230 1 60 6.0/3.2/3.0 1725
1/3 208/230/460 3 60 1.8/1.6/.80 1725
1/2 115V 1 60 8.7 1725
1/2 277V 1 60 3.6 1725
1/2 115/208/230 1 60 8.4/4.4/4.2 1725
1/2 208/230/460 3 60 2.2/2.0/1.0 1725
3/4 115/208/230 1 60 13.2/7.3/6.6 1725
3/4 277V 1 60 5.1 1725
3/4 208/230/460 3 60 3.2/3.0/1.5 1725
1 115/208/230 1 60 16.0/8.8/8.0 1725
1 277V 1 60 5.4 1725
1 208/230/460 3 60 3.6/3.4/1.7 1725
1.5 115/208/230 1 60 18.4/10.2/9.2 1725
1.5 277V 1 60 8.5 1725
1.5 208/230/460 3 60 5.1/5.0/2.5 1725
2 115/208/230 1 60 24.6/13.6/12.3 1725
2 208/230/460 3 60 6.8/6.4/3.2 1725
3 230V ONLY 1 60 17 1725
3 208/230/460 3 60 9.6/9.2/4.6 1725
5 208/230/460 3 60 14.8/14.0/7.0 1725
(Common to all YORK Belt Drive Units)
*Actual Motor Amp Rating may vary slightly.**Data subject to change without notice.
YORK INTERNATIONAL6
FORM 115.22-EG1 (1202)
Hydronic Unit Selection
UNIT SELECTION PROCEDURE
INFORMATION REQUIRED FOR UNIT SELECTION
System Type ( circle one) : 2 - pipe (1 coil ) or 4 - pipe ( sep. htg. & clg. coils )
CFM _________ E.S.P. ________ MOTOR: HP:_________VOLTAGE:___________PHASE:_______
COOLING: INDOOR: DB _________ WB _____________OUTDOOR: DB___________
TOTAL BTUH_________SENS. BTUH ____________ GPM __________EWT ________
HEATING: TOTAL BTUH ___________GPM___________EWT___________EAT___________
MISC: ___________
MECHANICAL SELECTION
1. In general, unit selection consists of choosing the correct model number that will provide the required BTUH coolingand / or heating capacity.
2. Select the unit model that meets the required total MBH cooling and heating at the required conditions fromtables on pages 10-13 for cooling and 14-17 for heating (capacities and air are the same for YSHW and YSVWmodels). NOTE: In 4-pipe applications only 2-row heating available.
Example: Required clg. capacity = 48,000 BTUH clg. @ 45 degree EWT
Unit selected = 48YSHW4
3. To select unit RPM and horsepower, first determine the total static pressure which the unit must operate against.See chart on page 7 for individual component static resistances at various CFM values. For an application with ductwork the total static consists of the sum of the external statics, e.g. duct and duct grilles, and the applicable blower coilunit component statics from page 7.After total static pressure has been determined, see pages 8 and 9 to establish required fan RPM and motor HP.
Example: Determine required motor horsepower for a 48YSHW having a 4 row cooling coil, a 2 row heatingcoil, throwaway filter and .3 external static pressure. The unit is to deliver 1500 CFM.
Cabinet .104 row coil (clg) .202 row coil (htg) .10Filter .06External S.P. (*) .30
.76
(*) Unit without duct work, value is zero
From page 8 it is found that the above 48YSHW4 requires a 1/2 horsepower motor to deliver 1500 CFM against a totalstatic pressure of .76.
00784VIP
00789VIP
YORK INTERNATIONAL 7
FORM 115.22-EG1 (1202)
Component Static - YSHW/YSVW
* Wet coil (dry coil p.d. = wet p.d. x .70)
LEDOMLANIMON
MFC
)RETAWFOSEHCNI(ECNATSISERCITATSTNENOPMOC
TENIBAC*LIOCGNILOOC LIOCGNITAEH
RETLIFWOR4 WOR6 WOR2
/WHSY42WVSY42
006 90.0 41.0 22.0 70.0 40.0
007 01.0 81.0 72.0 90.0 50.0
008 11.0 32.0 43.0 21.0 60.0
009 21.0 82.0 24.0 41.0 70.0
0001 31.0 33.0 05.0 81.0 80.0
/WHSY63WVSY63
0001 90.0 71.0 52.0 80.0 40.0
0011 01.0 91.0 82.0 01.0 50.0
0021 11.0 32.0 43.0 21.0 60.0
0031 21.0 62.0 93.0 31.0 70.0
0041 31.0 03.0 54.0 51.0 80.0
/WHSY84WVSY84
0041 90.0 81.0 72.0 90.0 50.0
0051 01.0 02.0 13.0 01.0 60.0
0061 11.0 32.0 43.0 11.0 60.0
0071 21.0 52.0 83.0 21.0 70.0
0081 31.0 82.0 24.0 31.0 80.0
/WHSY06WVSY06
0081 01.0 02.0 82.0 90.0 50.0
0091 11.0 12.0 13.0 01.0 60.0
0002 21.0 32.0 43.0 11.0 60.0
0012 31.0 52.0 73.0 21.0 70.0
0022 51.0 82.0 04.0 31.0 80.0
WHSY09WVSY09
0052 21.0 62.0 93.0 31.0 40.0
0572 41.0 03.0 54.0 61.0 50.0
0003 61.0 43.0 15.0 81.0 60.0
0523 71.0 93.0 85.0 12.0 70.0
0053 91.0 44.0 56.0 42.0 80.0
/WHSY021WVSY021
0043 41.0 92.0 34.0 41.0 50.0
0073 51.0 33.0 84.0 61.0 60.0
0004 71.0 73.0 45.0 91.0 70.0
0034 91.0 14.0 16.0 12.0 80.0
0064 12.0 54.0 76.0 42.0 90.0
/WHSY081WVSY081
0025 61.0 03.0 44.0 41.0 50.0
0065 71.0 33.0 94.0 61.0 60.0
0006 91.0 73.0 55.0 81.0 70.0
0046 12.0 14.0 16.0 02.0 80.0
0086 32.0 54.0 66.0 32.0 90.0
/WHSY042WVSY042
0006 11.0 12.0 13.0 01.0 40.0
0007 61.0 03.0 44.0 41.0 50.0
0008 91.0 73.0 55.0 81.0 70.0
0009 32.0 54.0 66.0 32.0 90.0
00001 92.0 85.0 68.0 82.0 11.0
YORK INTERNATIONAL8
FORM 115.22-EG1 (1202)
Hydronic Fan Performance
NOTES:1) Shaded area indicates the R.P.M. and C.F.M. range of the standard motor and pulleys.2) Special pulleys and motors can be factory furnished at an additional charge.3) Horsepower tabulated indicates minimum recommended motor H.P.4) Rated in accordance with ARI 430.
2-5 TON FAN PERFORMANCE (YSHW AND YSVW)
7 1/2 -20 TON FAN PERFORMANCE (YSHW AND YSVW)
LEDOMLANIMON
MFC
ECAFLIOCYTICOLEV
MPF
RETAWFOSEHCNI-ERUSSERPCITATSLATOT
5.0 6.0 7.0 8.0 9.0
MPR PH MPR PH MPR PH MPR PH MPR PH
WHSY42
WVSY42
006 003 077 6/1 048 6/1 009 6/1 099 4/1 0501 4/1007 053 087 6/1 058 6/1 019 4/1 099 4/1 0401 4/1008 004 008 4/1 068 4/1 019 4/1 099 4/1 0401 4/1009 054 018 4/1 088 4/1 529 4/1 0001 4/1 0501 3/10001 005 038 4/1 009 4/1 059 3/1 0001 3/1 0601 3/1
WHSY63
WVSY63
0001 333 508 4/1 088 4/1 049 3/1 0001 3/1 0601 3/10011 763 018 4/1 098 3/1 049 3/1 0001 3/1 0501 2/10021 004 028 3/1 009 3/1 059 3/1 5001 2/1 0501 2/10031 434 048 3/1 509 3/1 069 3/1 0101 2/1 0601 2/10041 664 078 3/1 029 3/1 089 2/1 0201 2/1 0901 2/1
WHSY84
WVSY84
0041 053 027 3/1 577 3/1 528 3/1 078 2/1 019 2/10051 573 047 3/1 587 2/1 038 2/1 578 2/1 029 2/10061 004 057 2/1 008 2/1 048 2/1 098 2/1 529 4/30071 524 077 2/1 018 2/1 068 2/1 598 2/1 039 4/30081 054 587 2/1 528 2/1 078 2/1 019 2/1 549 4/3
WHSY06
WVSY06
0081 063 085 2/1 036 2/1 086 2/1 527 2/1 077 4/30091 083 085 2/1 036 2/1 086 2/1 527 2/1 577 4/30002 004 095 2/1 536 2/1 086 2/1 037 2/1 077 4/30012 024 006 2/1 046 2/1 096 2/1 037 4/3 077 4/30022 044 006 2/1 546 2/1 096 2/1 537 4/3 577 4/3
LEDOMLANIMON
MFC
ECAFLIOCYTICOLEV
MPF
RETAWFOSEHCNI-ERUSSERPCITATSLATOT
6.0 7.0 8.0 9.0 0.1
MPR PH MPR PH MPR PH MPR PH MPR PH
WHSY09
WVSY09
0052 333 085 2/1 006 4/3 046 4/3 096 4/3 017 4/30572 663 085 2/1 506 4/3 046 4/3 096 4/3 017 4/30003 004 085 4/3 016 4/3 046 4/3 086 4/3 017 10523 334 095 4/3 036 1 066 1 007 1 517 10053 664 506 1 536 1 076 1 007 1 027 1
WHSY021
WVSY021
0043 453 006 1 036 1 076 1 007 1 037 2/1-10073 583 016 1 056 1 086 2/1-1 507 2/1-1 047 2/1-10004 714 036 2/1-1 076 2/1-1 596 2/1-1 017 2/1-1 057 2/1-10034 844 056 2/1-1 586 2/1-1 507 2/1-1 037 2/1-1 077 20064 084 076 2/1-1 007 2 027 2 067 2 097 2
WHSY081
WVSY081
0025 463 095 2/1-1 026 2/1-1 056 2/1-1 096 2/1-1 017 2/1-10065 193 006 2/1-1 036 2/1-1 076 2/1-1 007 2/1-1 027 20006 024 016 2/1-1 046 2/1-1 086 2/1-1 007 2 037 20046 744 526 2 066 2 096 2 017 2 047 30086 574 046 2 086 2 007 3 027 3 067 3
WHSY042
WVSY042
0006 413 016 2/1-1 046 2/1-1 076 2/1-1 007 2 037 20007 663 046 2 096 2 017 3 047 3 067 30008 914 007 3 027 3 057 3 097 3 008 30009 074 037 5 067 5 008 5 018 5 038 500001 005 008 5 028 5 048 5 088 5 009 5
YORK INTERNATIONAL 9
FORM 115.22-EG1 (1202)
Hydronic Fan Performance2-5 TON FAN PERFORMANCE (YSHW AND YSVW)
Notes:1) Special pulleys and motors can be factory furnished at an additional charge.2) Horsepower tabulated indicates minimum recommended motor H.P.3) Rated in accordance with ARI 430.
7 1/2 -20 TON FAN PERFORMANCE (YSHW AND YSVW)
LANIMONMFC
ECAFLIOCYTICOLEV
MPF
RETAWFOSEHCNI-ERUSSERPCITATSLATOT
2.1 4.1 6.1 8.1 0.2
MPR PH MPR PH MPR PH MPR PH MPR PH
0052 333 097 4/3 058 1 519 2/1-1 099 2/1-1 0301 2/1-10572 663 087 1 048 1 509 2/1-1 089 2/1-1 0201 2/1-10003 004 087 1 538 2/1-1 009 2/1-1 079 2/1-1 0101 2/1-10523 334 097 2/1-1 048 2/1-1 009 2/1-1 059 2/1-1 5001 20053 664 097 2/1-1 548 2/1-1 009 2/1-1 059 2 5001 20043 453 097 2/1-1 058 2/1-1 009 2/1-1 059 2 5001 20073 583 008 2/1-1 558 2/1-1 509 2 059 2 5001 20004 714 508 2/1-1 068 2 019 2 069 2 5001 30034 844 028 2 578 2 519 3 079 3 0101 30064 084 038 2 098 3 039 3 089 3 5101 30025 463 087 2 038 2 009 2 059 3 0001 30065 193 097 2 048 2 509 3 059 3 0001 30006 024 597 2 058 3 019 3 069 3 0001 30046 744 008 3 068 3 519 3 079 3 0001 50086 574 018 3 078 3 029 5 579 5 5001 50006 413 597 2 058 3 019 3 069 3 0001 30007 663 018 3 088 3 029 5 069 5 0001 50008 914 058 5 009 5 049 5 099 5 0201 50009 074 098 5 029 5 089 5 --- --- --- ---00001 005 --- --- --- --- --- --- --- --- --- ---
LANIMONMFC
ECAFLIOCYTICOLEV
MPF
RETAWFOSEHCNI-ERUSSERPCITATSLATOT
0.1 2.1 4.1 6.1 8.1 0.2
MPR PH MPR PH MPR PH MPR PH MPR PH MPR PH
006 003 5011 4/1 0121 3/1 0131 3/1 0241 3/1 0151 2/1 0061 2/1007 053 0011 4/1 0021 3/1 0031 3/1 5041 2/1 0051 2/1 0951 2/1008 004 0011 3/1 5911 3/1 5921 2/1 5931 2/1 0741 2/1 0851 2/1009 054 0011 3/1 0911 3/1 0921 2/1 0931 2/1 0641 2/1 0451 4/30001 005 0111 3/1 0021 2/1 5921 2/1 0931 2/1 0541 4/3 0251 4/30001 333 0111 2/1 0321 2/1 5331 2/1 0441 4/3 0451 4/3 5261 4/30011 763 0111 2/1 5121 2/1 5231 2/1 5241 4/3 0251 4/3 5161 4/30021 004 0111 2/1 0121 2/1 5131 4/3 5141 4/3 0051 4/3 5061 4/30031 434 0111 2/1 0221 2/1 5131 4/3 0141 4/3 0941 4/3 --- ---0041 664 0211 2/1 0221 4/3 0231 4/3 0141 4/3 0051 4/3 --- ---0041 053 559 2/1 0501 4/3 5311 4/3 5121 4/3 0031 1 0831 10051 573 069 2/1 0501 4/3 5311 4/3 0121 4/3 5921 1 0731 10061 004 079 4/3 0501 4/3 0411 4/3 0121 4/3 0921 1 0631 10071 524 089 4/3 5601 4/3 0411 4/3 0121 1 0921 1 0531 10081 054 589 4/3 0701 4/3 0511 4/3 5121 1 0821 1 0531 10081 063 028 4/3 009 4/3 579 4/3 0501 1 5211 1 0021 2/1-10091 083 518 4/3 598 4/3 079 4/3 5401 1 0211 1 0911 2/1-10002 004 518 4/3 098 4/3 569 1 0401 1 0111 1 0811 2/1-10012 024 518 4/3 588 4/3 069 1 5301 1 5011 2/1-1 5711 2/1-10022 044 518 4/3 588 4/3 069 1 0301 1 0011 2/1-1 5611 2/1-1
YORK INTERNATIONAL10
FORM 115.22-EG1 (1202)
Hydronic Cooling Selection
24YSHW - 24YSVWCHILLED WATER COOLING CAPACITIES
36YSHW - 36YSVWCHILLED WATER COOLING CAPACITIES
.TNE.RTW
F°.M.F.C
)LIOCWOR4(4WVSY42/4WHSY42 )LIOCWOR6(6WVSY42/6WHSY42
.M.P.G.RTW
.D.P.TF
.TNEBWF°76/BDF°08RIA
.TNEBWF°36/BDF°57RIA
.M.P.G.RTW
.D.P.TF
.TNEBWF°76/BDF°08RIA
.TNEBWF°36/BDF°57RIA
LATOTHBM
.SNESHBM
.PMETESIR
LATOTHBM
.SNESHBM
.PMETESIR
LATOTHBM
.SNESHBM
.PMETESIR
LATOTHBM
.SNESHBM
.PMETESIR
24
0060080001
0.3 2.16.917.122.32
9.315.617.81
0.315.415.51
9.416.617.71
1.215.416.61
9.90.118.11
0.3 3.13.229.427.62
7.518.816.12
9.416.618.71
0.710.914.02
6.315.611.91
4.117.216.31
0060080001
0.6 4.48.420.925.23
9.512.911.22
3.87.98.01
9.812.228.42
7.317.613.91
3.64.73.8
0.5 3.39.623.139.43
5.712.126.42
8.015.219.31
6.020.426.62
0.514.815.12
2.86.97.01
0060080001
0.9 3.97.628.133.63
6.613.026.32
9.51.71.8
4.023.427.72
3.416.714.02
5.44.52.6
0.7 1.66.922.538.93
5.818.225.62
4.80.014.11
6.229.624.03
9.516.910.32
4.67.77.8
54
0060080001
0.3 2.19.719.913.12
3.318.511.81
0.213.312.41
7.312.515.71
6.110.415.71
1.91.017.11
0.3 3.15.028.225.42
9.410.818.02
7.312.514.61
6.514.714.12
1.319.514.12
4.016.112.41
0060080001
0.6 4.47.226.628.92
1.513.811.12
6.79.89.9
4.713.027.22
1.310.615.81
8.58.66.7
0.5 3.37.427.820.23
6.612.025.32
9.95.118.21
9.810.224.42
3.416.716.02
5.78.88.9
0060080001
0.9 3.95.422.923.33
8.513.915.22
4.55.64.7
7.813.224.52
6.318.615.91
2.40.56.5
0.7 1.61.723.235.63
5.716.122.52
7.72.94.01
7.026.429.72
1.517.810.22
9.50.70.8
05
0060080001
0.3 2.12.519.611.81
3.218.410.71
2.013.111.21
6.118.216.41
9.018.216.41
8.76.87.9
0.3 3.14.714.919.02
8.318.615.91
6.119.219.31
3.316.518.71
2.216.518.71
9.84.019.11
0060080001
0.6 4.43.916.223.52
8.318.615.91
4.65.74.8
7.413.713.91
0.218.412.71
9.48.54.6
0.5 3.30.124.422.72
1.516.817.12
4.88.99.01
0.617.818.02
2.313.612.91
4.65.73.8
0060080001
0.9 3.98.028.423.82
3.416.716.02
6.45.53.6
9.510.916.12
5.215.511.81
5.32.48.4
0.7 1.61.324.721.13
9.517.912.32
6.68.79.8
6.719.027.32
8.312.713.02
0.50.68.6
.TNE.RTW
F°.M.F.C
)LIOCWOR4(4WVSY63/4WHSY63 )LIOCWOR6(6WVSY63/6WHSY63
.M.P.G.RTW
.D.P.TF
.TNEBWF°76/BDF°08RIA
.TNEBWF°36/BDF°57RIA
.M.P.G.RTW
.D.P.TF
.TNEBWF°76/BDF°08RIA
.TNEBWF°36/BDF°57RIA
LATOTHBM
.SNESHBM
.PMETESIR
LATOTHBM
.SNESHBM
.PMETESIR
LATOTHBM
.SNESHBM
.PMETESIR
LATOTHBM
.SNESHBM
.PMETESIR
24
000100210041
0.4 0.26.924.131.33
9.124.427.62
8.417.516.61
6.220.423.52
2.915.127.32
3.110.217.21
0.4 7.26.530.835.04
4.525.825.13
8.710.912.02
2.721.929.03
1.220.527.72
6.315.415.51
000100210041
0.8 5.70.930.345.64
4.527.826.13
8.97.016.11
8.928.235.53
0.229.426.72
4.72.89.8
0.7 5.70.547.949.35
0.920.336.63
9.212.414.51
4.430.832.14
0.525.828.13
8.98.018.11
0060080001
0.21 3.616.245.740.25
8.624.037.33
1.79.77.8
5.233.637.93
1.323.622.92
4.50.66.6
0.01 5.415.945.55.906
0.133.533.93
9.91.112.21
8.734.245.64
5.623.039.33
6.75.83.9
54
000100210041
0.4 0.22.728.824.03
0.124.328..52
6.314.412.51
7.120.220.52
5.817.020.52
4.010.115.21
0.4 7.26.239.431.73
2.423.723.03
3.614.716.81
9.427.634.82
3.120.428.62
5.213.312.41
000100210041
0.8 5.78.534.936.24
2.423.722.03
9.89.97.01
3.721.036.23
0.129.324.62
8.65.71.8
0.7 5.73.146.545.94
6.723.139.43
8.110.311.41
5.138.438.73
9322.724.03
0.90.018.01
0060080001
0.21 3.610.936.347.74
5.529.821.23
5.63.79.7
8.923.334.63
0.221.529.72
0.55.51.6
0.01 5.414.549.059.55
2.924.333.73
1.92.012.11
7.439.837.24
2.529.823.23
9.68.75.8
05
000100210041
0.4 0.21.325.428.52
5.919.122.42
5.112.219.21
2.711.918.02
2.711.918.02
6.85.94.01
0.4 7.27.727.926.13
4.224.523.82
9.318.418.51
2.126.320.62
8.916.320.62
6.018.110.31
000100210041
0.8 5.74.035.332.63
2.221.529.72
6.74.81.9
2.326.527.72
4.911.226.42
8.54.69.6
0.7 5.71.538.831.24
2.527.821.23
0.011.110.21
8.626.921.23
0.222.522.82
7.75.82.9
0060080001
0.21 3.612.331.735.04
2.324.624.92
5.52.68.6
3.523.820.13
3.022.328.52
2.47.42.5
0.01 5.416.833.345.74
5.624.031.43
7.77.85.9
5.920.333.63
1.325.628.92
9.56.63.7
YORK INTERNATIONAL 11
FORM 115.22-EG1 (1202)
48YSHW - 48YSVWCHILLED WATER COOLING CAPACITIES
60YSHW - 60YSVWCHILLED WATER COOLING CAPACITIES
Hydronic Cooling Selection
.TNE.RTW
F°MFC
)LIOCWOR4(4WVSY84/4WHSY84 )LIOCWOR6(6WVSY84/6WHSY84
MPG.RTW
.D.P.TF
.TNEBWF°76/BDF°08RIA
.TNEBWF°36/BDF°57RIA
MPG.RTW
.D.P.TF
.TNEBWF°76/BDF°08RIA
.TNEBWF°36/BDF°57RIA
LATOTHBM
.SNESHBM
.PMETESIR
LATOTHBM
.SNESHBM
.PMETESIR
LATOTHBM
.SNESHBM
.PMETESIR
LATOTHBM
.SNESHBM
.PMETESIR
24
004100610081
0.6 9.39.241.545.64
0.136.339.53
3.410.515.51
8.235.435.53
2.726.926.13
9.015.118.11
0.5 3.26.545.747.84
8.337.633.93
2.810.915.91
8.433.632.73
6.923.237.43
9.315.419.41
004100610081
0.01 3.016.254.657.95
7.439.737.04
5.013.119.11
2.041.346.54
1.039.235.53
0.86.81.9
0.8 5.50.757.067.36
2.837.149.44
2.412.519.51
5.343.647.84
1.332.632.93
9.016.112.21
004100610081
0.31 0.713.658.060.56
1.636.938.24
7.84.90.01
0.345.646.94
2.133.431.73
6.61.76.7
0.11 1.016.366.861.37
9.048.445.84
6.115.213.31
6.844.258.55
2.537.830.24
8.85.91.01
54
004100610081
0.6 9.34.934.146.24
7.923.235.43
1.318.312.41
1.036.136.23
1.625.825.03
0.015.019.01
0.5 3.28.146.347.44
4.233.538.73
7.614.719.71
9.133.336.93
5.822.136.93
8.213.318.51
004100610081
0.01 3.013.848.157.45
0.331.629.83
7.94.019.01
9.635.938.14
8.825.131.43
4.79.74.8
0.8 5.53.257.554.85
4.638.939.24
1.319.316.41
9.935.246.44
7.137.436.73
0.016.012.11
004100610081
0.31 0.716.158.556.95
3.436.737.04
9.76.82.9
4.936.245.54
8.927.235.53
1.66.60.7
0.11 1.014.850.360.76
8.836.242.64
6.014.112.21
6.441.842.15
5.339.632.04
1.87.83.9
05
004100610081
0.6 9.35.332.532.63
6.721.032.23
2.117.111.21
2.421.620.82
2.421.620.82
1.87.83.9
0.5 3.25.531.730.83
2.039.235.53
2.418.412.51
4.827.030.33
4.827.030.33
4.113.212.31
004100610081
0.01 3.010.140.445.64
3.032.339.53
2.88.83.9
3.136.335.53
6.623.927.13
3.67.61.7
0.8 5.54.443.747.94
4.336.637.93
1.118.114.21
9.331.639.73
3.923.230.53
5.80.95.9
004100610081
0.31 0.719.344.747.05
4.135.434.73
8.63.78.7
5.332.637.83
5.723.039.23
2.56.50.6
0.11 1.016.945.350.75
4.530.934.24
0.98.114.01
9.739.045.34
9.031.432.73
9.64.79.7
.TNERTW
F°MFC
)LIOCWOR4(4WVSY06/4WHSY06 )LIOCWOR6(6WVSY06/6WHSY06
MPG.RTW
.D.P.TF
.TNEBWF°76/BDF°08RIA
.TNEBWF°36/BDF°57RIA
MPG.RTW
.D.P.TF
.TNEBWF°76/BDF°08RIA
.TNEBWF°36/BDF°57RIA
LATOTHBM
.SNESHBM
.PMETESIR
LATOTHBM
.SNESHBM
.PMETESIR
LATOTHBM
.SNESHBM
.PMETESIR
LATOTHBM
.SNESHBM
.PMETESIR
24
008100020022
0.6 8.17.840.946.94
4.733.933.14
2.613.615.61
2.734.731.34
0.338.431.34
4.215.214.41
0.6 6.15.758.758.85
0.343.548.74
2.913.916.91
9.342.449.44
7.739.933.24
6.417.410.51
008100020022
0.11 7.56.367.664.96
0.349.545.84
6.111.216.21
6.849.050.35
4.730.044.24
8.83.96.9
0.9 4.36.961.276.47
6.747.057.35
5.510.616.61
2.351.550.75
4.142.449.64
8.112.217.21
008100020022
0.61 6.116.073.574.97
7.541.943.25
8.84.99.9
9.355.756.06
5.936.244.54
7.62.76.7
0.21 9.53.775.184.58
7.053.458.75
9.216.312.41
1.953.262.56
8.340.742.05
8.94.019.01
54
008100020022
0.6 8.17.440.545.54
9.539.739.93
9.410.512.51
1.431.732.93
8.131.732.93
4.114.211.31
0.6 6.17.251.359.35
2.146.340.64
6.717.710.81
3.045.043.84
3.635.833.84
4.315.311.61
008100020022
0.11 7.54.852.167.36
0.148.344.64
6.011.116.11
6.447.646.84
8.534.837.04
1.85.88.8
0.9 4.38.362.665.86
4.544.844.15
2.417.412.51
8.845.053.25
6.934.241.54
8.012.116.11
008100020022
0.61 6.118.461.969.27
4.347.648.94
1.86.81.9
5.947.256.55
7.737.045.34
2.66.60.7
0.21 9.50.178.473.87
2.847.151.55
8.115.211.31
2.451.758.95
8.140.540.84
0.95.90.01
05
008100020022
0.6 8.10.832.832.93
6.335.532.93
7.217.211.31
1.920.137.23
1.920.137.23
7.93.019.01
0.6 6.18.441.548.54
3.837.042.34
9.410.513.51
5.530.832.04
5.530.832.04
8.117.214.31
008100020022
0.11 7.56.940.251.45
7.734.049.24
0.95.98.9
9.737.933.14
2.337.530.83
9.62.75.7
0.9 4.33.452.652.85
8.147.446.74
1.215.219.21
4.140.345.44
8.635.931.24
2.95.99.9
008100020022
0.61 6.111.557.859.16
7.939.248.54
9.63.77.7
1.248.443.74
8.436.732.04
3.56.59.5
0.21 9.53.066.366.66
1.444.747.05
1.016.011.11
1.646.849.05
6.836.145.44
7.71.85.8
YORK INTERNATIONAL12
FORM 115.22-EG1 (1202)
90YSHW - 90YSVWCHILLED WATER COOLING CAPACITIES
120YSHW - 120YSVWCHILLED WATER COOLING CAPACITIES
Hydronic Cooling Selection
.TNE.RTW
F°MFC
)LIOCWOR4(4WVSY09/4WHSY09 )LIOCWOR6(6WVSY09/6WHSY09
MPG.RTW
.D.P.TF
.TNEBWF°76/BDF°08RIA
.TNEBWF°36/BDF°57RIA
MPG.RTW
.D.P.TF
.TNEBWF°76/BDF°08RIA
.TNEBWF°36/BDF°57RIA
LATOTHBM
.SNESHBM
.PMETESIR
LATOTHBM
.SNESHBM
.PMETESIR
LATOTHBM
.SNESHBM
.PMETESIR
LATOTHBM
.SNESHBM
.PMETESIR
24
005200030053
0.01 2.24.082.584.98
2.066.767.47
1.610.719.71
4.160.565.67
8.256.955.67
3.210.313.51
11 6.12.493.0016.601
6.669.473.38
1.712.814.91
9.176.674.18
0.856.563.37
1.319.318.41
005200030053
0.51 7.43.695.4012.111
3.668.477.28
8.219.318.41
5.378.979.48
6.753.565.27
8.96.013.11
12 5.57.0214.3319.441
2.778.780.89
5.117.218.31
2.299.1011.011
3.668.578.48
8.87.95.01
005200030053
0.22 8.91.8013.9118.821
0.176.084.98
8.98.017.11
6.281.193.89
3.168.968.77
5.73.89.8
13 5.113.3316.9411.461
4.284.497.501
6.86.96.01
8.1012.4113.521
3.079.089.09
6.64.71.8
54
005200030053
0.01 2.28.371.870.28
8.750.560.27
8.416.514.61
3.654.366.96
9.054.366.96
3.117.219.31
11 6.14.680.298.79
6.368.170.08
7.517.618.71
0.663.077.47
7.552.367.07
0.218.216.31
005200030053
0.51 7.43.888.590.201
3.366.173.97
8.118.216.31
5.762.379.77
2.558.268.96
0.98.94.01
12 5.58.0114.2219.231
2.374.383.39
6.017.117.21
6.485.395.101
1.363.272.18
1.89.87.9
005200030053
0.22 8.92.994.9011.811
5.767.673.58
0.99.97.01
8.576.382.09
5.858.666.47
9.66.72.8
13 5.113.2212.7316.051
8.774.982.001
9.79.87.9
4.398.4010.511
7.669.676.68
0.68.64.7
05
005200030053
0.01 2.27.264.666.96
7.358.066.96
5.213.319.31
2.748.250.85
2.748.250.85
4.96.016.11
11 6.15.372.871.38
8.857.667.47
4.312.411.51
1.655.265.86
8.155.265.86
2.014.115.21
005200030053
0.51 7.41.575.187.68
3.852.667.37
0.019.016.11
4.752.263.36
3.155.853.36
6.73.84.8
12 5.52.491.4010.311
6.663.677.58
0.99.98.01
9.175.973.68
0.857.662.57
8.66.72.8
005200030053
0.22 8.93.480.394.001
7.165.077.87
7.75.81.9
4.460.177.67
0.459.163.96
9.55.60.7
13 5.119.3016.6110.821
4.072.184.19
7.65.73.8
4.971.987.79
0.166.077.97
1.57.53.6
.TNE.RTW
F°MFC
)LIOCWOR4(4WVSY021/4WHSY021 )LIOCWOR6(6WVSY021/6WHSY021
MPG.RTW
.D.P.TF
.TNEBWF°76/BDF°08RIA
.TNEBWF°36/BDF°57RIA
MPG.RTW
.D.P.TF
.TNEBWF°76/BDF°08RIA
.TNEBWF°36/BDF°57RIA
LATOTHBM
.SNESHBM
.PMETESIR
LATOTHBM
.SNESHBM
.PMETESIR
LATOTHBM
.SNESHBM
.PMETESIR
LATOTHBM
.SNESHBM
.PMETESIR
24
004300040064
0.21 0.27.4013.7017.111
0.087.789.59
4.719.716.81
9.970.285.89
3.075.775.89
3.317.314.61
0.51 7.17.0317.6315.341
5.199.0017.011
4.712.811.91
8.994.4016.901
6.973.883.79
3.319.316.41
004300040064
0.12 8.57.2316.2414.151
7.099.0015.011
6.216.314.41
3.1019.8017.511
7.870.887.69
7.94.010.11
0.52 7.43.8513.2718.481
5.2018.4115.621
7.218.318.41
9.0216.1312.141
2.882.998.901
7.95.013.11
004300040064
0.03 4.115.5414.9516.171
8.594.7012.811
7.96.014.11
1.1118.1210.131
7.281.398.201
4.71.87.8
0.53 1.92.3710.2914.802
7.8018.2219.531
9.90.119.11
3.2316.6412.951
9.294.5011.711
6.74.81.9
54
004300040064
0.21 0.20.695.895.201
8.675.486.29
0.614.611.71
3.375.285.98
8.765.285.98
2.218.319.41
0.51 7.19.9114.5216.131
4.787.693.601
0.617.615.71
6.198.595.001
4.670.588.39
2.218.214.31
004300040064
0.12 8.57.1219.0319.831
5.684.698.501
6.115.212.31
0.390.0011.601
4.574.480.39
9.85.91.01
0.52 7.42.5411.8516.961
3.792.9016.021
6.116.216.31
9.0117.0215.921
1.488.491.501
9.87.94.01
004300040064
0.03 4.115.3313.6414.751
0.193.2018.211
9.88.95.01
0.2017.1112.021
0.971.985.89
8.64.70.8
0.53 1.99.8511.6712.191
8.2013.6110.921
1.91.019.01
3.1215.4310.641
4.884.0017.111
9.67.73.8
05
004300040064
0.21 0.26.187.385.98
6.172.975.98
6.319.319.41
1.268.866.47
1.268.866.47
3.015.114.21
0.51 7.19.1016.6019.111
6.088.981.99
6.312.419.41
8.776.389.09
0.176.389.09
4.011.111.21
004300040064
0.12 8.55.3012.1111.811
6.971.982.89
9.96.012.11
0.970.583.48
0.077.873.48
5.71.80.8
0.52 7.44.3214.4311.441
7.881.0019.011
9.97.015.11
3.496.2011.011
4.776.785.79
5.72.88.8
004300040064
0.03 4.115.3113.4218.331
3.380.499.301
6.73.89.8
7.680.592.201
0.375.285.19
8.53.68.6
0.53 1.91.5317.9415.261
2.399.5019.711
7.76.83.9
1.3014.4111.421
0.183.290.301
9.55.61.7
YORK INTERNATIONAL 13
FORM 115.22-EG1 (1202)
180YSHW - 180YSVWCHILLED WATER COOLING CAPACITIES
240YSHW - 240YSVWCHILLED WATER COOLING CAPACITIES
Hydronic Cooling Selection
.TNE.RTW
F°MFC
)LIOCWOR4(4WVSY081/4WHSY081 )LIOCWOR6(6WVSY081/6WHSY081
MPG.RTW
.D.P.TF
.TNEBWF°76/BDF°08RIA
.TNEBWF°36/BDF°57RIA
MPG.RTW
.D.P.TF
.TNEBWF°76/BDF°08RIA
.TNEBWF°36/BDF°57RIA
LATOTHBM
.SNESHBM
.PMETESIR
LATOTHBM
.SNESHBM
.PMETESIR
LATOTHBM
.SNESHBM
.PMETESIR
LATOTHBM
.SNESHBM
.PMETESIR
24
002500060086
0.81 0.20.5514.7510.461
4.0212.0314.141
2.715.712.81
4.8118.4310.541
9.5018.4310.541
2.310.511.61
02 7.10.4811.8814.791
8.3310.5412.851
4.818.817.91
5.0416.3418.051
9.6114.7215.931
1.414.411.51
002500060086
0.03 3.53.4917.5026.612
3.5312.8417.061
0.317.314.41
4.8411.7514.561
7.7115.9219.041
9.95.010.11
03 6.33.8127.0324.442
2.7413.1618.571
6.414.513.61
8.6612.6716.681
4.7213.0415.351
1.117.114.21
002500060086
0.24 1.019.4129.1325.642
3.3412.8511.271
2.010.117.11
1.4611.7713.881
0.4214.7319.941
8.74.80.9
04 3.66.0421.9525.672
2.6515.2714.881
0.210.318.31
8.3819.7912.112
4.4310.9413.361
2.99.96.01
54
002500060086
0.81 0.22.2414.4415.051
7.5115.5216.631
8.510.617.61
6.8016.2218.131
2.2016.2218.131
1.216.316.41
02 7.18.8616.2711.181
1.8212.9312.251
9.613.711.81
9.8218.1314.651
4.2119.2214.651
9.212.316.51
002500060086
0.03 3.53.8717.8817.891
1.9217.1410.451
9.116.212.31
1.6311.4417.151
9.2114.4216.531
1.96.91.01
03 6.33.0027.1122.422
1.0419.3512.861
4.311.419.41
0.3517.1612.171
9.1215.4314.741
2.018.014.11
002500060086
0.24 1.012.7918.2122.622
4.6318.0513.461
4.91.018.01
6.0515.2617.271
6.8116.1318.341
2.77.72.8
04 3.68.0228.7327.352
2.8410.4614.971
0.119.117.21
6.8616.1818.391
2.8214.2413.651
4.81.97.9
05
002500060086
0.81 0.28.0216.2218.131
0.8016.2218.131
4.316.316.41
4.391.2018.901
4.391.2018.901
4.013.112.21
02 7.15.3417.6419.351
7.8118.9215.241
3.417.414.51
8.0114.1214.031
8.0114.1214.031
1.111.210.31
002500060086
0.03 3.55.1514.0619.861
1.9113.1312.341
1.017.013.11
7.5115.2218.221
9.4011.6118.221
7.72.82.8
03 6.33.0719.9716.091
6.8210.2417.551
4.110.217.21
0.0314.7315.541
8.2110.5215.731
7.82.97.9
002500060086
0.24 1.016.7618.0812.291
1.5218.8317.151
0.86.82.9
0.8211.8318.641
7.9011.2218.331
1.66.60.7
04 3.67.7811.2026.512
2.5313.0510.561
4.91.018.01
3.3413.4517.461
0.8116.1319.441
2.77.72.8
.TNE.RTW
F°MFC
)LIOCWOR4(4WVSY042/4WHSY042 )LIOCWOR6(6WVSY042/6WHSY042
MPG.RTW
.D.P.TF
.TNEBWF°76/BDF°08RIA
.TNEBWF°36/BDF°57RIA
MPG.RTW
.D.P.TF
.TNEBWF°76/BDF°08RIA
.TNEBWF°36/BDF°57RIA
LATOTHBM
.SNESHBM
.PMETESIR
LATOTHBM
.SNESHBM
.PMETESIR
LATOTHBM
.SNESHBM
.PMETESIR
LATOTHBM
.SNESHBM
.PMETESIR
24
0006000800001
0.04 2.50.2420.6720.992
0.4610.8910.822
1.218.319.41
0.5810.0120.822
0.2410.3710.002
2.95.014.11
04 2.50.8620.8030.733
0.7710.5120.052
4.314.519.61
0.5020.5320.852
0.2510.7810.912
2.017.119.21
0006000800001
0.05 0.80.9520.0030.033
0.0710.7020.923
4.010.212.31
0.8910.9220.252
0.7410.0810.902
9.72.91.01
05 0.80.9820.7330.573
0.5810.7220.462
6.115.310.51
0.1220.8520.782
0.9510.6910.032
8.83.015.11
0006000800001
0.06 3.110.0720.6130.153
0.5710.4120.742
0.95.017.11
0.6020.1420.862
0.1510.5810.612
9.60.89.8
06 3.110.4030.0630.504
0.1910.6320.672
1.010.215.31
0.3320.5720.903
0.4610.3020.932
8.72.93.01
54
0006000800001
0.04 2.50.2220.3520.472
0.6510.9810.912
1.116.217.31
0.0710.3910.902
0.6310.6610.391
5.87.95.01
04 2.50.6420.2820.903
0.8610.5020.932
3.211.415.51
0.8810.6120.632
0.5410.9710.012
4.98.018.11
0006000800001
0.05 0.80.8320.5720.203
0.2610.8910.922
5.90.111.21
0.1810.0120.132
0.1410.3710.102
3.74.82.9
05 0.80.5620.9030.443
0.5710.6120.252
6.014.218.31
0.2020.6320.362
0.1510.8810.122
1.85.95.01
0006000800001
0.06 3.110.8420.0920.223
0.6610.3020.732
3.87.97.01
0.9810.1220.642
0.4410.7710.702
3.64.72.8
06 3.110.9720.0330.173
0.1810.4220.362
3.90.114.21
0.3120.2520.382
0.6510.4910.922
1.74.84.9
05
0006000800001
0.04 2.50.9810.5120.332
0.3410.5710.402
4.97.016.11
0.4410.4610.571
0.6210.5510.571
2.72.87.8
04 2.50.9020.0420.362
0.3510.9810.222
5.010.211.31
0.9610.3810.102
0.4310.7610.102
0.82.90.01
0006000800001
0.05 0.80.2020.4320.752
0.8410.2810.212
1.83.93.01
0.4510.8710.281
0.0310.1610.281
2.61.73.7
05 0.80.5220.3620.392
0.0610.8910.332
0.95.017.11
0.8710.1020.322
0.0410.4710.502
1.70.89.8
0006000800001
0.06 3.110.1120.6420.472
0.2510.7810.912
0.72.81.9
0.1610.8810.012
0.2310.4610.391
4.53.69.6
06 3.110.7320.1820.513
0.4610.5020.242
9.74.95.01
0.7810.4120.142
0.6410.9710.212
2.61.70.8
YORK INTERNATIONAL14
FORM 115.22-EG1 (1202)
Heating Selection
NOTES:1. See page 29 for hot water heating correction factors.2. Optional 6 row coils should not be used for heating.3. Optional 2 row hot water coils can be factory or field installed.4. When these units are used for hot water heating the leaving air temperature must not exceed 145 degrees. At high altitude conditions,
blower motor may cutout at a lower L.A.T.5. Freeze protection is recommended anytime the potential for sub-freezing outside air conditions may occur.
*Capacity based on 70 degree air
*Capacity based on 70 degree air
HOT WATER HEATING CAPACITIES2 ROW COILS
)LIOCWOR2(KWH42
ERUTAREPMETRETAWGNIRETNEF°081
MFC MPG.RTW
.D.P.TF
LATOTHBM
.GVLRIAF°
.GVL.RTW
F°
0060080001
0.3 9.03.334.839.24
121511011
851451151
0060080001
0.6 2.36.632.340.94
621021511
861661461
0060080001
0.9 7.69.733.548.15
821221811
271071861
)LIOCWOR2(KWH63
ERUTAREPMETRETAWGNIRETNEF°081
MFC MPG.RTW
.D.P.TF
LATOTHBM
.GVLRIAF°
.GVL.RTW
F°
000100210041
0.4 6.13.357.854.56
911511211
351051841
000100210041
0.8 1.64.952.665.27
521121811
561461261
000100210041
0.21 1.315.167.864.57
721321021
071861761
)LIOCWOR2(KWH84
ERUTAREPMETRETAWGNIRETNEF°081
MFC MPG.RTW
.D.P.TF
LATOTHBM
.GVLRIAF°
.GVL.RTW
F°
004100610081
0.5 0.28.270.877.28
811511311
151941741
004100610081
0.8 8.42.974.584.19
221911711
061951751
004100610081
0.21 4.013.382.090.79
521221021
661561461
)LIOCWOR2(KWH06
ERUTAREPMETRETAWGNIRETNEF°081
MFC MPG.RTW
.D.P.TF
LATOTHBM
.GVLRIAF°
.GVL.RTW
F°
008100020022
0.6 1.31.392.891.301
811611311
941741541
008100020022
0.9 6.64.0015.6016.211
221911711
851651551
008100020022
0.21 5.114.4010.1117.711
421121021
361261061
YORK INTERNATIONAL 15
FORM 115.22-EG1 (1202)
Heating Selection
Notes:1. See page 29 for hot water heating correction factors.2. Optional 6 row coils should not be used for heating.3. Optional 2 row hot water coils can be factory or field installed.4. When these units are used for hot water heating the leaving air temperature must not exceed 145 degrees. At high altitude conditions,
blower motor may cutout at a lower L.A.T.5. Freeze protection is recommended anytime the potential for sub-freezing outside air conditions may occur.
*Capacity based on 70 degree air
*Capacity based on 70 degree air
HOT WATER HEATING CAPACITIES2 ROW COILS
)LIOCWOR2(KWH09
ERUTAREPMETRETAWGNIRETNEF°081
MFC MPG.RTW
.D.P.TF
LATOTHBM
.GVLRIAF°
.GVL.RTW
F°
005200030053
0.8 0.12.6415.0615.171
421021511
341041731
005200030053
0.41 8.23.2614.0812.691
031621221
751451351
005200030053
0.12 1.61.1712.1911.902
331921521
461261061
)LIOCWOR2(KWH021
ERUTAREPMETRETAWGNIRETNEF°081
MFC MPG.RTW
.D.P.TF
LATOTHBM
.GVLRIAF°
.GVL.RTW
F°
004300040064
0.11 0.15.8918.5124.922
421021611
441041831
004300040064
0.81 8.28.7128.9328.752
921521221
651351151
004300040064
0.52 3.58.7229.1520.272
231821521
261061851
)LIOCWOR2(KWH081
ERUTAREPMETRETAWGNIRETNEF°081
MFC MPG.RTW
.D.P.TF
LATOTHBM
.GVLRIAF°
.GVL.RTW
F°
002500060086
0.71 9.17.8033.2336.253
521121811
441141831
002500060086
0.52 1.43.2332.0631.683
921521321
351151941
002500060086
0.53 0.88.7435.8735.704
231821521
061851751
)LIOCWOR2(KWH042
ERUTAREPMETRETAWGNIRETNEF°081
MFC MPG.RTW
.D.P.TF
LATOTHBM
.GVLRIAF°
.GVL.RTW
F°
0006000800001
0.51 9.0323963514
021311801
731131521
0006000800001
0.52 3.2163024754
621911211
151641441
0006000800001
0.53 3.4283944494
291221611
851451251
YORK INTERNATIONAL16
FORM 115.22-EG1 (1202)
Heating Selection
HOT WATER HEATING CAPACITIES4 ROW COILS
*Capacity based on 70 degree air
NOTES:1. See page 29 for hot water heating correction factors.2. Optional 6 row coils should not be used for heating.3. Optional 2 row hot water coils can be factory or field installed.4. When these units are used for hot water heating the leaving air temperature must not exceed 145 degrees. At high altitude conditions,
blower motor may cutout at a lower L.A.T.5. Freeze protection is recommended anytime the potential for sub-freezing outside air conditions may occur.
*Capacity based on 70 degree air
)LIOCWOR4(4WVSY42/4WHSY42
ERUTAREPMETRETAWGNIRETNEF°081
MFC MPG.RTW
.D.P.TF
LATOTHBM
.GVLRIAF°
.GVL.RTW
F°
0060080001
0.3 2.15.744.653.46
341531031
841241731
0060080001
0.6 4.40.252.363.37
051 4
341831
361951651
0060080001
0.9 3.96.358.568.67
351 4
641141
861561361
)LIOCWOR4(4WVSY63/4WHSY63
ERUTAREPMETRETAWGNIRETNEF°081
MFC MPG.RTW
.D.P.TF
LATOTHBM
.GVLRIAF°
.GVL.RTW
F°
000100210041
0.4 0.25.579.387.19
041531131
241831431
000100210041
0.8 5.79.387.491.501
841 4
341041
951651451
000100210041
0.21 3.618.689.891.011
051 4
641 4
341
561361261
)LIOCWOR4(4WVSY84/4WHSY84
ERUTAREPMETRETAWGNIRETNEF°081
MFC MPG.RTW
.D.P.TF
LATOTHBM
.GVLRIAF°
.GVL.RTW
F°
004100610081
0.6 9.33.6019.4113.321
041731331
541241931
004100610081
0.01 3.019.4113.5213.531
641 4
341041
751551351
004100610081
0.31 0.710.8114.9210.041
841 4
541241
261061851
)LIOCWOR4(4WVSY06/4WHSY06
ERUTAREPMETRETAWGNIRETNEF°081
MFC MPG.RTW
.D.P.TF
LATOTHBM
.GVLRIAF°
.GVL.RTW
F°
008100020022
0.6 8.10.8212.6318.341
631331131
731531231
008100020022
0.11 7.56.2419.2516.261
341141831
451251051
008100020022
0.61 6.116.9418.0614.171
741 4
441241
161061951
YORK INTERNATIONAL 17
FORM 115.22-EG1 (1202)
Heating Selection
*Capacity based on 70 degree air
*Capacity based on 70 degree air
HOT WATER HEATING CAPACITIES4 ROW COILS
NOTES:1. See page 29 for hot water heating correction factors.2. Optional 6 row coils should not be used for heating.3. Optional 2 row hot water coils can be factory or field installed.4. When these units are used for hot water heating the leaving air temperature must not exceed 145 degrees. At high altitude conditions,
blower motor may cutout at a lower L.A.T.5. Freeze protection is recommended anytime the potential for sub-freezing outside air conditions may occur.
)LIOCWOR4(4WVSY09/4WHSY09
ERUTAREPMETRETAWGNIRETNEF°081
MFC MPG.RTW
.D.P.TF
LATOTHBM
.GVLRIAF°
.GVL.RTW
F°
005200030053
0.01 2.28.7024.2322.552
741 4
241731
831331921
005200030053
0.51 7.44.2221.1525.872
251 4
841 4
441
051641341
005200030053
0.22 8.98.2321.5627.592
651 4
251 4
841 4
951651351
)LIOCWOR4(4WVSY021/4WHSY021
ERUTAREPMETRETAWGNIRETNEF°081
MFC MPG.RTW
.D.P.TF
LATOTHBM
.GVLRIAF°
.GVL.RTW
F°
004300040064
0.21 0.22.3726.2033.823
441041631
531031521
004300040064
0.12 8.54.1030.7337.073
251 4
841 4
441
151841541
004300040064
0.03 4.114.4139.2538.983
651 4
251 4
841 4
951651451
)LIOCWOR4(4WVSY081/4WHSY081
ERUTAREPMETRETAWGNIRETNEF°081
MFC MPG.RTW
.D.P.TF
LATOTHBM
.GVLRIAF°
.GVL.RTW
F°
002500060086
0.81 0.20.1144.9442.384
341931631
431031621
002500060086
0.03 3.57.0549.6945.045
051 4
741 4
341
051741441
002500060086
0.24 1.017.1748.1250.075
451 4
051 4
841 4
751551351
)LIOCWOR4(4WVSY042/4WHSY042
ERUTAREPMETRETAWGNIRETNEF°081
MFC MPG.RTW
.D.P.TF
LATOTHBM
.GVLRIAF°
.GVL.RTW
F°
0006000800001
0.04 2.5745466867
451 4
741 4
141
351741241
0006000800001
0.05 0.8165786997
751 4
051 4
441
851351841
0006000800001
0.06 3.11175207918
851 4
151 4
641 4
161751351
YORK INTERNATIONAL18
FORM 115.22-EG1 (1202)
PR
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NO
TE
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1)
All
dra
in c
on
ne
ctio
ns a
re 3
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MP
T a
nd
lo
ca
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on
sa
me
sid
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oil
co
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ns.
2)
All
un
its h
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kn
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uts
on
bo
th s
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s f
or
eith
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rig
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(sta
ndard
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left s
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stu
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All
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ub
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to c
ha
ng
e w
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ou
t n
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Wh
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its a
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45 d
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ltitude c
onditio
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facto
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or
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YORK INTERNATIONAL 19
FORM 115.22-EG1 (1202)
PR
OD
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T D
RA
WIN
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OIL
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DR
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— 7
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0 T
ON
Sup
erce
des:
Not
hing
FO
RM
115
.22-
PA2
(120
2)
Copyr
ight
© Y
ork
Inte
rnati
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Corp
. 2002
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YORK INTERNATIONAL20
FORM 115.22-EG1 (1202)
PR
OD
UC
T D
RA
WIN
GFA
N C
OIL
UN
ITS
– B
ELT
DR
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YS
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— 2
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Sup
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des:
Not
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FO
RM
115
.22-
PA3
(120
2)
Co
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Physical Data and Dimensions
YORK INTERNATIONAL 21
FORM 115.22-EG1 (1202)
PR
OD
UC
T D
RA
WIN
GFA
N C
OIL
UN
ITS
– B
ELT
DR
IVE
MO
DE
LN
OT
FO
R C
ON
ST
RU
CT
ION
Quo
te D
ate:
Rev
. D
ate:
For
m N
o.:
Dw
g. L
ev.:
Dw
g. S
cale
: N
TS
Sol
d To
:C
ust P
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Ord
er #
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Pro
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e:Lo
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Physical Data and Dimensions
YORK INTERNATIONAL22
FORM 115.22-EG1 (1202)
DX Unit Selection
MECHANICAL SELECTION
1. In general, unit selection consists of choosing the correct model number that will provide the required BTUH coolingand / or heating capacity.
2. Select the unit model that meets the required total MBH cooling and heating at the required conditions fromtables on pages 26-28 for cooling and 30-31 for heating (capacities and air are the same for YSHX and YSVXmodels). NOTE: In 4-pipe applications only 2-row heating available.
Example: Required clg. capacity = 48,000 BTUH clg. @ 45 degree EWT
Unit selected = 48YSHX4
3. To select unit RPM and horsepower, first determine the total static pressure which the unit must operate against.See chart on page 23 for individual component static resistances at various CFM values. For an application with ductwork the total static consists of the sum of the external statics, e.g. duct and duct grilles, and the applicable blower coilunit component statics from page 23.After total static pressure has been determined, see pages 24 and 25 to establish required fan RPM and motor HP.
Example: Determine required motor horsepower for a 48YSHX having a 4 row cooling coil, a 2 row heatingcoil, throwaway filter and .3 external static pressure. The unit is to deliver 1500 CFM.
Cabinet .104 row coil (clg) .312 row coil (htg) .10Filter .06External S.P. (*) .30
.87
(*) Unit without duct work, value is zero
From page 24 it is found that the above 48YSHX4 requires a 1/2 horsepower motor to deliver 1500 CFM against a totalstatic pressure of 0.87.
UNIT SELECTION PROCEDURE
INFORMATION REQUIRED FOR UNIT SELECTION
System Type ( circle one) : 2 - pipe (1 coil ) or 4 - pipe ( sep. htg. & clg. coils )
CFM _________ E.S.P. ________ MOTOR: HP:_________VOLTAGE:___________PHASE:_______
COOLING: INDOOR: DB _________ WB _____________OUTDOOR: DB___________
TOTAL BTUH_________SENS. BTUH ____________ GPM __________EWT ________
HEATING: TOTAL BTUH ___________GPM___________EWT___________EAT___________
MISC: ___________
00789VIP
00790VIP
YORK INTERNATIONAL 23
FORM 115.22-EG1 (1202)
Component Static - YSHX / YSVX
* Wet coil (dry coil p.d. = wet p.d. x .70)
LEDOMLANIMON
MFC
)RETAWFOSEHCNI(ECNATSISERCITATSTNENOPMOC
TENIBAC*LIOCGNILOOC LIOCGNITAEH
RETLIFWOR4 WOR2
/XHSY42XVSY42
006 90.0 22.0 70.0 40.0
007 01.0 92.0 90.0 50.0
008 11.0 63.0 21.0 60.0
009 21.0 54.0 41.0 70.0
0001 31.0 45.0 81.0 80.0
/XHSY63XVSY63
0001 90.0 62.0 80.0 40.0
0011 01.0 13.0 01.0 50.0
0021 11.0 63.0 21.0 60.0
0031 21.0 14.0 31.0 70.0
0041 31.0 64.0 51.0 80.0
/XHSY84XVSY84
0041 90.0 92.0 90.0 50.0
0051 01.0 13.0 01.0 60.0
0061 11.0 53.0 11.0 60.0
0071 21.0 93.0 21.0 70.0
0081 31.0 34.0 31.0 80.0
/XHSY06XVSY06
0081 01.0 92.0 90.0 50.0
0091 11.0 13.0 01.0 60.0
0002 21.0 53.0 11.0 60.0
0012 31.0 93.0 21.0 70.0
0022 51.0 34.0 31.0 80.0
/XHSY09XVSY09
0052 21.0 43.0 31.0 40.0
0072 41.0 93.0 61.0 50.0
0003 61.0 54.0 81.0 60.0
0523 71.0 15.0 12.0 70.0
0053 91.0 75.0 42.0 80.0
/XHSY021XVSY021
0043 41.0 73.0 41.0 50.0
0073 51.0 24.0 61.0 60.0
0004 71.0 74.0 91.0 70.0
0034 91.0 35.0 12.0 80.0
0064 12.0 95.0 42.0 90.0
/XHSY081XVSY081
0025 61.0 83.0 41.0 50.0
0065 71.0 34.0 61.0 60.0
0006 91.0 74.0 81.0 70.0
0046 12.0 25.0 02.0 80.0
0086 32.0 85.0 32.0 90.0
/XHSY042XVSY042
0006 11.0 92.0 01.0 40.0
0007 61.0 83.0 41.0 50.0
0008 91.0 84.0 81.0 70.0
0009 32.0 95.0 32.0 90.0
00001 92.0 86.0 82.0 11.0
YORK INTERNATIONAL24
FORM 115.22-EG1 (1202)
NOTES:1) Shaded area indicates the R.P.M. and C.F.M. range of the standard motor and pulleys.2) Special pulleys and motors can be factory furnished at an additional charge.3) Horsepower tabulated indicates minimum recommended motor H.P.4) Rated in accordance with ARI 430.
DX Fan Performance2-5 TON FAN PERFORMANCE (YSHX AND YSVX)
7 1/2 -20 TON FAN PERFORMANCE (YSHX AND YSVX)
LEDOMLANIMON
MFC
ECAFLIOCYTICOLEV
MPF
RETAWFOSEHCNI-ERUSSERPCITATSLATOT
5.0 6.0 7.0 8.0 9.0
MPR PH MPR PH MPR PH MPR PH MPR PH
XHSY42
XVSY42
006 003 077 6/1 048 6/1 009 6/1 099 4/1 0501 4/1007 053 087 6/1 058 6/1 019 4/1 099 4/1 0401 4/1008 004 008 4/1 068 4/1 019 4/1 099 4/1 0401 4/1009 054 018 4/1 088 4/1 529 4/1 0001 4/1 0501 3/10001 005 038 4/1 009 4/1 059 3/1 0001 3/1 0601 3/1
XHSY63
XVSY63
0001 333 508 4/1 088 4/1 049 3/1 0001 3/1 0601 3/10011 763 018 4/1 098 3/1 049 3/1 0001 3/1 0501 2/10021 004 028 3/1 009 3/1 059 3/1 5001 2/1 0501 2/10031 434 048 3/1 509 3/1 069 3/1 0101 2/1 0601 2/10041 664 078 3/1 029 3/1 089 2/1 0201 2/1 0901 2/1
XHSY84
XVSY84
0041 053 027 3/1 577 3/1 528 3/1 078 2/1 019 2/10051 573 047 3/1 587 2/1 038 2/1 578 2/1 029 2/10061 004 057 2/1 008 2/1 048 2/1 098 2/1 529 4/30071 524 077 2/1 018 2/1 068 2/1 598 2/1 039 4/30081 054 587 2/1 528 2/1 078 2/1 019 2/1 549 4/3
XHSY06
XVSY06
0081 063 085 2/1 036 2/1 086 2/1 527 2/1 077 4/30091 083 085 2/1 036 2/1 086 2/1 527 2/1 577 4/30002 004 095 2/1 536 2/1 086 2/1 037 2/1 077 4/30012 024 006 2/1 046 2/1 096 2/1 037 4/3 077 4/30022 044 006 2/1 546 2/1 096 2/1 537 4/3 577 4/3
LEDOMLANIMON
MFC
ECAFLIOCYTICOLEV
MPF
RETAWFOSEHCNI-ERUSSERPCITATSLATOT
6.0 7.0 8.0 9.0 0.1
MPR PH MPR PH MPR PH MPR PH MPR PH
XHSY09
XVSY09
0052 333 085 2/1 006 4/3 046 4/3 096 4/3 017 4/30572 663 085 2/1 506 4/3 046 4/3 096 4/3 017 4/30003 004 085 4/3 016 4/3 046 4/3 086 4/3 017 10523 334 095 4/3 036 1 066 1 007 1 517 10053 664 506 1 536 1 076 1 007 1 027 1
XHSY021
XVSY021
0043 453 006 1 036 1 076 1 007 1 037 2/1-10073 583 016 1 056 1 086 2/1-1 507 2/1-1 047 2/1-10004 714 036 2/1-1 076 2/1-1 596 2/1-1 017 2/1-1 057 2/1-10034 844 056 2/1-1 586 2/1-1 507 2/1-1 037 2/1-1 077 20064 084 076 2/1-1 007 2 027 2 067 2 097 2
XHSY081
XVSY081
0025 463 095 2/1-1 026 2/1-1 056 2/1-1 096 2/1-1 017 2/1-10065 193 006 2/1-1 036 2/1-1 076 2/1-1 007 2/1-1 027 20006 024 016 2/1-1 046 2/1-1 086 2/1-1 007 2 037 20046 744 526 2 066 2 096 2 017 2 047 30086 574 046 2 086 2 007 3 027 3 067 3
XHSY042
XVSY042
0006 413 016 2/1-1 046 2/1-1 076 2/1-1 007 2 037 20007 663 046 2 096 2 017 3 047 3 067 30008 914 007 3 027 3 057 3 097 3 008 30009 074 037 5 067 5 008 5 018 5 038 500001 005 008 5 028 5 048 5 088 5 009 5
YORK INTERNATIONAL 25
FORM 115.22-EG1 (1202)
DX Fan Performance2-5 TON FAN PERFORMANCE (YSHX AND YSVX)
NOTES:1) Special pulleys and motors can be factory furnished at an additional charge.2) Horsepower tabulated indicates minimum recommended motor H.P.3) Rated in accordance with ARI 430.
7 1/2 -20 TON FAN PERFORMANCE (YSHX AND YSVX)
LANIMONMFC
ECAFLIOCYTICOLEV
MPF
RETAWFOSEHCNI-ERUSSERPCITATSLATOT
2.1 4.1 6.1 8.1 0.2
MPR PH MPR PH MPR PH MPR PH MPR PH
0052 333 097 4/3 058 1 519 2/1-1 099 2/1-1 0301 2/1-10572 663 087 1 048 1 509 2/1-1 089 2/1-1 0201 2/1-10003 004 087 1 538 2/1-1 009 2/1-1 079 2/1-1 0101 2/1-10523 334 097 2/1-1 048 2/1-1 009 2/1-1 059 2/1-1 5001 20053 664 097 2/1-1 548 2/1-1 009 2/1-1 059 2 5001 20043 453 097 2/1-1 058 2/1-1 009 2/1-1 059 2 5001 20073 583 008 2/1-1 558 2/1-1 509 2 059 2 5001 20004 714 508 2/1-1 068 2 019 2 069 2 5001 30034 844 028 2 578 2 519 3 079 3 0101 30064 084 038 2 098 3 039 3 089 3 5101 30025 463 087 2 038 2 009 2 059 3 0001 30065 193 097 2 048 2 509 3 059 3 0001 30006 024 597 2 058 3 019 3 069 3 0001 30046 744 008 3 068 3 519 3 079 3 0001 50086 574 018 3 078 3 029 5 579 5 5001 50006 413 597 2 058 3 019 3 069 3 0001 30007 663 018 3 088 3 029 5 069 5 0001 50008 914 058 5 009 5 049 5 099 5 0201 50009 074 098 5 029 5 089 5 --- --- --- ---00001 005 --- --- --- --- --- --- --- --- --- ---
LANIMONMFC
ECAFLIOCYTICOLEV
MPF
RETAWFOSEHCNI-ERUSSERPCITATSLATOT
0.1 2.1 4.1 6.1 8.1 0.2
MPR PH MPR PH MPR PH MPR PH MPR PH MPR PH
006 003 5011 4/1 0121 3/1 0131 3/1 0241 3/1 0151 2/1 0061 2/1007 053 0011 4/1 0021 3/1 0031 3/1 5041 2/1 0051 2/1 0951 2/1008 004 0011 3/1 5911 3/1 5921 2/1 5931 2/1 0741 2/1 0851 2/1009 054 0011 3/1 0911 3/1 0921 2/1 0931 2/1 0641 2/1 0451 4/30001 005 0111 3/1 0021 2/1 5921 2/1 0931 2/1 0541 4/3 0251 4/30001 333 0111 2/1 0321 2/1 5331 2/1 0441 4/3 0451 4/3 5261 4/30011 763 0111 2/1 5121 2/1 5231 2/1 5241 4/3 0251 4/3 5161 4/30021 004 0111 2/1 0121 2/1 5131 4/3 5141 4/3 0051 4/3 5061 4/30031 434 0111 2/1 0221 2/1 5131 4/3 0141 4/3 0941 4/3 --- ---0041 664 0211 2/1 0221 4/3 0231 4/3 0141 4/3 0051 4/3 --- ---0041 053 559 2/1 0501 4/3 5311 4/3 5121 4/3 0031 1 0831 10051 573 069 2/1 0501 4/3 5311 4/3 0121 4/3 5921 1 0731 10061 004 079 4/3 0501 4/3 0411 4/3 0121 4/3 0921 1 0631 10071 524 089 4/3 5601 4/3 0411 4/3 0121 1 0921 1 0531 10081 054 589 4/3 0701 4/3 0511 4/3 5121 1 0821 1 0531 10081 063 028 4/3 009 4/3 579 4/3 0501 1 5211 1 0021 2/1-10091 083 518 4/3 598 4/3 079 4/3 5401 1 0211 1 0911 2/1-10002 004 518 4/3 098 4/3 569 1 0401 1 0111 1 0811 2/1-10012 024 518 4/3 588 4/3 069 1 5301 1 5011 2/1-1 5711 2/1-10022 044 518 4/3 588 4/3 069 1 0301 1 0011 2/1-1 5611 2/1-1
YORK INTERNATIONAL26
FORM 115.22-EG1 (1202)
DX Cooling Selection
24YSHX, 24YSVXDirect Expansion Cooling Capacities
36YSHX, 36YSVXDirect Expansion Cooling Capacities
48YSHX, 48YSVXDirect Expansion Cooling Capacities
See page 30 for water heating capacities if using the HWK 2 row coil
NOITCUS/PMET
F°MFC
RIA.TNEBWF°17/BDF°58 RIA.TNEBWF°76/BDF°08 RIA.TNEBWF°36/BDF°57
LATOTHUTBM
.SNESHUTBM
F°RIA.GVL LATOTHUTBM
.SNESHUTBM
F°RIA.GVL LATOTHUTBM
.SNESHUTBM
F°RIA.GVL
BD BW BD BW BD BW
040060080001
0.535.145.64
3.027.423.82
7.355.658.85
9.253.552.75
2.926.437.83
4.814.228.52
7.151.451.65
0.150.356.45
4.327.720.13
2.618.919.22
0.050.257.35
4.940.154.25
540060080001
2.038.531.04
4.815.229.52
6.659.859.06
9.558.754.95
3.428.823.23
4.612.024.32
7.457.654.85
0.456.559.65
5.819.126.42
2.415.714.02
1.357.451.65
5.257.358.45
050060080001
9.425.920.33
4.612.025.32
7.956.162.36
9.854.067.16
1.916.223.52
4.418.718.02
8.754.958.06
1.753.853.95
2.317.517.71
1.211.517.71
3.655.756.85
7.555.65---
NOITCUS.PMET
F°MFC
RIA.TNEBWF°17/BDF°58 RIA.TNEBWF°76/BDF°08 RIA.TNEBWF°36/BDF°57
LATOTHUTBM
.SNESHUTBM
F°RIA.GVL LATOTHUTBM
.SNESHUTBM
F°RIA.GVL LATOTHUTBM
.SNESHUTBM
F°RIA.GVL
BD BW BD BW BD BW
04000100210041
8.550.262.76
7.239.637.04
8.455.651.85
9.354.557.65
5.647.150.65
6.925.330.73
6.251.455.55
8.151.352.45
2.734.148.44
1.627.929.23
8.051.253.35
0.051.150.25
54000100210041
1.844.359.75
7.927.332.73
5.750.954.06
6.659.759.85
8.831.347.64
5.622.034.33
4.557.659.75
6.456.555.65
5.928.235.53
0.322.622.92
7.358.457.55
0.358.355.45
05000100210041
7.931.448.74
6.623.036.33
4.066.168.26
5.955.063.16
4.038.336.63
3.327.627.92
4.854.954.06
6.753.850.95
1.125.323.52
7.916.223.52
8.656.753.85
0.657.65---
NOITCUS.PMET
F°MFC
RIA.TNEBWF°17/BDF°58 RIA.TNEBWF°76/BDF°08 RIA.TNEBWF°36/BDF°57
LATOTHUTBM
.SNESHUTBM
F°RIA.GVL LATOTHUTBM
.SNESHUTBM
F°RIA.GVL LATOTHUTBM
.SNESHUTBM
F°RIA.GVL
BD BW BD BW BD BW
04004100610081
1.671.283.78
8.449.847.25
4.557.659.75
4.455.555.65
4.364.867.27
6.044.440.84
1.353.453.55
2.252.350.45
8.058.452.85
9.534.936.24
3.152.251.35
4.052.159.15
54004100610081
6.567.072.57
7.046.442.84
1.852.952.06
1.750.858.85
9.251.757.06
5.630.043.34
9.559.657.75
0.557.554.65
2.044.342.64
6.138.438.73
1.459.456.55
3.358.354.45
05004100610081
1.453.850.26
5.632.045.34
8.068.166.26
8.956.062.16
4.147.445.74
1.234.534.83
8.855.952.06
9.754.859.85
8.820.037.23
2.720.037.23
0.756.752.85
2.65------
YORK INTERNATIONAL 27
FORM 115.22-EG1 (1202)
DX Cooling Selection
60YSHX, 60YSVXDirect Expansion Cooling Capacities
90YSHX, 90YSVXDirect Expansion Cooling Capacities
120YSHX, 120YSVXDirect Expansion Cooling Capacities
See page 30-31 for water heating capacities if using the HWK 2 row coil
NOITCUS.PMET
F°MFC
RIA.TNEBWF°17/BDF°58 RIA.TNEBWF°76/BDF°08 RIA.TNEBWF°36/BDF°57
LATOTHUTBM
.SNESHUTBM
F°RIA.GVL LATOTHUTBM
.SNESHUTBM
F°RIA.GVL LATOTHUTBM
.SNESHUTBM
F°RIA.GVL
BD BW BD BW BD BW
04008100020022
7.696.2019.701
0.751.169.46
7.557.657.75
6.455.553.65
6.085.589.98
8.156.551.95
4.353.451.55
4.252.359.35
5.464.860.27
8.542.944.25
5.152.259.25
6.052.158.15
54008100020022
3.384.889.29
9.158.554.95
3.852.950.06
3.750.856.85
2.763.170.57
5.640.053.35
1.659.656.75
1.557.553.65
1.153.450.75
4.045.345.64
2.459.454.55
4.358.353.45
05008100020022
7.869.277.67
6.642.056.35
0.168.165.26
0.066.061.16
7.259.557.85
0.142.443.74
9.855.951.06
0.854.858.85
6.635.732.04
7.435.732.04
2.756.751.85
3.65------
NOITCUS.PMET
F°MFC
RIA.TNEBWF°17/BDF°58 RIA.TNEBWF°76/BDF°08 RIA.TNEBWF°36/BDF°57
LATOTHUTBM
.SNESHUTBM
F°RIA.GVL LATOTHUTBM
.SNESHUTBM
F°RIA.GVL LATOTHUTBM
.SNESHUTBM
F°RIA.GVL
BD BW BD BW BD BW
04005200030053
9.7412.4617.671
9.583.791.701
2.350.557.65
6.253.458.55
3.3219.6313.741
7.772.884.79
2.158.252.45
7.051.254.35
7.895.9019.711
5.860.874.68
6.949.051.25
2.943.054.15
54005200030053
4.7215.1412.251
8.775.889.79
2.657.751.95
6.550.752.85
8.2011.4118.221
4.962.979.78
3.456.558.65
8.359.459.55
2.878.684.39
0.068.866.67
8.258.357.45
3.252.350.45
05005200030053
1.5017.6116.521
5.965.974.88
3.955.066.16
7.858.958.06
5.084.982.69
9.068.969.77
5.754.854.95
0.758.756.85
9.551.263.66
2.151.953.66
0.658.655.75
5.551.65---
NOITCUS.PMET
F°MFC
RIA.TNEBWF°17/BDF°58 RIA.TNEBWF°76/BDF°08 RIA.TNEBWF°36/BDF°57
LATOTHUTBM
.SNESHUTBM
F°RIA.GVL LATOTHUTBM
.SNESHUTBM
F°RIA.GVL LATOTHUTBM
.SNESHUTBM
F°RIA.GVL
BD BW BD BW BD BW
04004300040064
6.6910.5121.922
8.4110.8214.931
7.354.550.75
1.356.450.65
9.3612.9710.191
0.4012.6119.621
7.151.355.45
1.154.256.35
2.1315.3419.251
7.198.2016.211
0.052.153.25
5.946.056.15
54004300040064
4.9612.5814.791
2.4016.6116.721
6.650.853.95
0.653.754.85
7.6315.9413.951
1.394.4016.411
7.458.559.65
1.451.551.65
0.4017.3112.121
5.087.099.99
1.350.459.45
6.254.351.45
05004300040064
8.9319.2519.261
2.398.4012.511
6.957.068.16
0.950.069.06
1.7011.7118.421
7.182.297.101
8.757.855.95
2.750.857.85
4.473.186.68
9.861.876.68
2.659.656.75
7.553.65---
YORK INTERNATIONAL28
FORM 115.22-EG1 (1202)
DX Cooling Selection
180YSHX, 180YSVXDirect Expansion Cooling Capacities
240YSHX, 240YSVXDirect Expansion Cooling Capacities
See page 31 for water heating capacities if using the HWK 2 row coil
NOITCUS.PMET
F°MFC
RIA.TNEBWF°17/BDF°58 RIA.TNEBWF°76/BDF°08 RIA.TNEBWF°36/BDF°57
LATOTHUTBM
.SNESHUTBM
F°RIA.GVL LATOTHUTBM
.SNESHUTBM
F°RIA.GVL LATOTHUTBM
.SNESHUTBM
F°RIA.GVL
BD BW BD BW BD BW
05002500060086
6.8928.2231.243
7.4711.2916.702
9.354.557.65
3.356.459.55
9.8421.9622.582
2.8514.4718.881
8.151.353.45
3.154.255.35
12.9914.5122.822
6.9313.4515.761
1.052.152.25
6.945.054.15
54002500060086
3.7522.8727.492
6.8511.5718.981
8.650.852.95
1.652.753.85
6.7024.4228.732
6.1418.6514.071
8.458.558.65
2.451.550.65
9.7517.0719.081
6.2212.6315.841
2.350.458.45
6.253.350.45
05002500060086
3.2125.9222.342
9.1413.7513.171
7.957.067.16
1.950.068.06
6.2618.5713.681
4.4214.8312.151
9.757.854.95
3.750.856.85
9.2111.2217.821
0.5013.7117.821
3.659.655.75
8.553.65---
NOITCUS.PMET
F°MFC
RIA.TNEBWF°17/BDF°58 RIA.TNEBWF°76/BDF°08 RIA.TNEBWF°36/BDF°57
LATOTHUTBM
.SNESHUTBM
F°RIA.GVL LATOTHUTBM
.SNESHUTBM
F°RIA.GVL LATOTHUTBM
.SNESHUTBM
F°RIA.GVL
BD BW BD BW BD BW
040006000800001
563334084
112852692
5.252.556.75
0.255.457.65
303953893
091332962
7.050.351.55
2.054.252.45
142682613
761602832
3.942.150.35
9.846.052.25
540006000800001
313273214
091432172
6.559.759.95
2.552.750.95
152892033
961902342
9.358.555.75
5.352.557.65
981422842
541181112
6.251.455.55
2.255.357.45
050006000800001
752503733
961012442
9.857.064.26
4.850.064.16
591132652
741481512
3.757.851.06
8.651.852.95
331551381
321541071
0.651.751.85
6.553.652.75
YORK INTERNATIONAL 29
FORM 115.22-EG1 (1202)
Heating Selection
HOT WATER HEATING CORRECTION FACTORS
Notes:1. To determine heating capacity at other than 180 deg. E.W.T. and 70 deg. E.A.T. multiply the selected heating capacity at 180 deg. times
the appropriate correction factor from above chart.2. These correction factors may be used on all York published 180 deg. heating capacities.3. When YSHW units are used for hot water heating the leaving air temperature must not exceed 145 degrees. At high altitude conditions,
blower motor may cutout at a lower L.A.T.
GNIRETNERIA
)F°(.PMET
)F°(ERUTAREPMETRETAWGNIRETNE
001 011 021 031 041 051 061 071 081
05 554.0 545.0 636.0 727.0 818.0 909.0 000.1 190.1 281.1
55 904.0 005.0 195.0 286.0 377.0 468.0 559.0 540.1 631.1
06 363.0 554.0 545.0 636.0 727.0 818.0 909.0 000.1 190.1
56 813.0 904.0 005.0 195.0 286.0 377.0 468.0 559.0 540.1
07 272.0 363.0 554.0 545.0 636.0 727.0 818.0 909.0 000.1
57 722.0 813.0 904.0 005.0 195.0 286.0 377.0 468.0 559.0
08 281.0 272.0 363.0 554.0 545.0 636.0 727.0 818.0 909.0
YORK INTERNATIONAL30
FORM 115.22-EG1 (1202)
Heating Selection
NOTES:1. See page 29 for hot water heating correction factors.2. Optional 2 row hot water coils can be factory or field installed.3. When these units are used for hot water heating the leaving air temperature must not exceed 145 degrees. At high altitude conditions,
blower motor may cutout at a lower L.A.T.4. Freeze protection is recommended anytime the potential for sub-freezing outside air conditions may occur.
*Capacity based on 70 degree air
*Capacity based on 70 degree air
HOT WATER HEATING CAPACITIES2 ROW COILS
)LIOCWOR2(KWH42
ERUTAREPMETRETAWGNIRETNEF°081
MFC MPG.RTW
.D.P.TF
LATOTHBM
.GVLRIAF°
.GVL.RTW
F°
0060080001
0.3 9.03.334.839.24
121511011
851451151
0060080001
0.6 2.36.632.340.94
621021511
861661461
0060080001
0.9 7.69.733.548.15
821221811
271071861
)LIOCWOR2(KWH63
ERUTAREPMETRETAWGNIRETNEF°081
MFC MPG.RTW
.D.P.TF
LATOTHBM
.GVLRIAF°
.GVL.RTW
F°
000100210041
0.4 6.13.357.854.56
911511211
351051841
000100210041
0.8 1.64.952.665.27
521121811
561461261
000100210041
0.21 1.315.167.864.57
721321021
071861761
)LIOCWOR2(KWH84
ERUTAREPMETRETAWGNIRETNEF°081
MFC MPG.RTW
.D.P.TF
LATOTHBM
.GVLRIAF°
.GVL.RTW
F°
004100610081
0.5 0.28.270.877.28
811511311
151941741
004100610081
0.8 8.42.974.584.19
221911711
061951751
004100610081
0.21 4.013.382.090.79
521221021
661561461
)LIOCWOR2(KWH06
ERUTAREPMETRETAWGNIRETNEF°081
MFC MPG.RTW
.D.P.TF
LATOTHBM
.GVLRIAF°
.GVL.RTW
F°
008100020022
0.6 1.31.392.891.301
811611311
941741541
008100020022
0.9 6.64.0015.6016.211
221911711
851651551
008100020022
0.21 5.114.4010.1117.711
421121021
361261061
YORK INTERNATIONAL 31
FORM 115.22-EG1 (1202)
Heating Selection
NOTES:1. See page 29 for hot water heating correction factors.2. Optional 2 row hot water coils can be factory or field installed.3. When these units are used for hot water heating the leaving air temperature must not exceed 145 degrees. At high altitude conditions,
blower motor may cutout at a lower L.A.T.4. Freeze protection is recommended anytime the potential for sub-freezing outside air conditions may occur.
*Capacity based on 70 degree air
*Capacity based on 70 degree air
HOT WATER HEATING CAPACITIES2 ROW COILS
)LIOCWOR2(KWH09
ERUTAREPMETRETAWGNIRETNEF°081
MFC MPG.RTW
.D.P.TF
LATOTHBM
.GVLRIAF°
.GVL.RTW
F°
005200030053
0.8 0.12.6415.0615.171
421021511
341041731
005200030053
0.41 8.23.2614.0812.691
031621221
751451351
005200030053
0.12 1.61.1712.1911.902
331921521
461261061
)LIOCWOR2(KWH021
ERUTAREPMETRETAWGNIRETNEF°081
MFC MPG.RTW
.D.P.TF
LATOTHBM
.GVLRIAF°
.GVL.RTW
F°
004300040064
0.11 0.15.8918.5124.922
421021611
441041831
004300040064
0.81 8.28.7128.9328.752
921521221
651351151
004300040064
0.52 3.58.7229.1520.272
231821521
261061851
)LIOCWOR2(KWH081
ERUTAREPMETRETAWGNIRETNEF°081
MFC MPG.RTW
.D.P.TF
LATOTHBM
.GVLRIAF°
.GVL.RTW
F°
002500060086
0.71 9.17.8033.2336.253
521121811
441141831
002500060086
0.52 1.43.2332.0631.683
921521321
351151941
002500060086
0.53 0.88.7435.8735.704
231821521
061851751
)LIOCWOR2(KWH042
ERUTAREPMETRETAWGNIRETNEF°081
MFC MPG.RTW
.D.P.TF
LATOTHBM
.GVLRIAF°
.GVL.RTW
F°
0006000800001
0.51 9.0323963514
021311801
731131521
0006000800001
0.52 3.2163024754
621911211
151641441
0006000800001
0.53 3.4283944494
291221611
851451251
YORK INTERNATIONAL32
FORM 115.22-EG1 (1202)
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12
1x
21
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02
x0
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2/1
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”8/
70
23
NO
TE
S:
1)
All
tech
nic
al sp
ecific
atio
ns s
ub
ject
to c
ha
ng
e w
ith
ou
tn
otice
.
2)
Ad
ditio
na
l ch
arg
e f
or
op
tio
na
l m
oto
rs.
3)
When Y
SH
X u
nits a
re u
sed w
ith h
ot
wate
r coil
the
lea
vin
g a
ir t
em
pe
ratu
re m
ust
no
t e
xce
ed
14
5 d
eg
ree
s.
NO
TE
S:
1)
All
dra
in c
on
ne
ctio
ns a
re 3
/4”
MP
T a
nd
loca
ted
on
sa
me
sid
e a
s c
oil
co
nn
ectio
ns.
2)
All
un
its h
ave
kn
ocko
uts
on
bo
th s
ide
sfo
r e
ith
er
rig
ht
(sta
nd
ard
) o
r le
ft s
ide
coil
stu
b o
uts
. (
Lookin
g w
ith a
irflow
).
AA
CB
A
E
FD
M
LK
1.0
0
2.0
0
1.0
0
G
HJ
AIR
FL
OW
AIR
FL
OW
1.0
01
.00
BB
DD
EE
CC
FF
GG
HH
Physical Data and Dimensions
YORK INTERNATIONAL 33
FORM 115.22-EG1 (1202)
PR
OD
UC
T D
RA
WIN
GFA
N C
OIL
UN
ITS
– B
ELT
DR
IVE
MO
DE
LN
OT
FO
R C
ON
ST
RU
CT
ION
Quo
te D
ate:
Rev
. D
ate:
For
m N
o.:
Dw
g. L
ev.:
Dw
g. S
cale
: N
TS
Sol
d To
:C
ust P
urch
Ord
er #
:
Pro
ject
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e:Lo
catio
n:E
ngin
eer:
Con
trac
tor:
For
: R
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ER
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CE
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○
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○
○
○
○
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○
○
○
YS
HX
— 7
.5-2
0 T
ON
Sup
erce
des:
Not
hing
FO
RM
115
.22-
PA6
(120
2)
Copyr
ight
© Y
ork
Inte
rnati
onal
Corp
. 2002
SN
OIS
NE
MID
LA
RE
NE
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LE
DO
MT
ENI
BA
CTI
NU
RE
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TE
LT
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OL
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FF
GG
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54
57
28/
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15
44/
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26
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78/
1-0
14/
1-3
16
1/5
1-5
61/
3-5
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01
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41
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66
25
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38
NO
TE
S:
1)
All
tech
nic
al sp
ecific
atio
ns s
ub
ject
to c
ha
ng
e w
ith
ou
t
no
tice
2)
Ad
ditio
na
l ch
arg
e f
or
op
tio
na
l m
oto
rs
NO
TE
S:
1)
All
dra
in c
on
ne
ctio
ns a
re 3
/4"
MP
Ta
nd
lo
ca
ted
on
sa
me
sid
e a
s c
oil
co
nn
ectio
ns.
2)
All
un
its h
ave
kn
ocko
uts
on
bo
thsid
es f
or
eith
er
rig
ht
(sta
nd
ard
) o
r le
ftsid
e c
oil
stu
b o
uts
. (L
oo
kin
g w
th
air
flo
w)
AIR
FLO
W
G
H
J
D
E
F
A
B
C
KL
M
BB
CC
EE
FF
AIR
FLO
W
2.0
0
0.5
0
N
3.5
01.0
03
.50
GG
3.5
0
HH
AA
Physical Data and Dimensions
YORK INTERNATIONAL34
FORM 115.22-EG1 (1202)
PR
OD
UC
T D
RA
WIN
GFA
N C
OIL
UN
ITS
– B
ELT
DR
IVE
MO
DE
LN
OT
FO
R C
ON
ST
RU
CT
ION
Quo
te D
ate:
Rev
. D
ate:
For
m N
o.:
Dw
g. L
ev.:
Dw
g. S
cale
: N
TS
Sol
d To
:C
ust P
urch
Ord
er #
:
Pro
ject
Nam
e:Lo
catio
n:E
ngin
eer:
Con
trac
tor:
For
: R
EF
ER
EN
CE
○
○
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○ ○ ○ ○ ○ ○ ○ ○
○ ○ ○ ○ ○ ○ ○ ○
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YS
VX
— 2
-5 T
ON
Sup
erce
des:
Not
hing
FO
RM
115
.22-
PA7
(120
2)
Copyr
ight
© Y
ork
Inte
rnati
onal
Corp
. 2002
No
tes
:1)
All t
ech
nic
al
sp
ecif
icati
on
s s
ub
ject
to c
han
ge
wit
ho
ut
no
tic
e.
2)
Ad
ditio
na
l ch
arg
e f
or
op
tio
na
l m
oto
rs.
3)
Wh
en
YS
VX
units a
re u
sed w
ith h
ot
wate
r coil
the
lea
vin
g a
ir t
em
pe
ratu
re m
ust
no
t e
xce
ed
14
5 d
eg
ree
s.
At
hig
h a
ltitude c
onditio
ns,
blo
wer
moto
r m
ay c
uto
ut
at
a low
er
LA
T.
Conta
ct
facto
ry f
or
info
rmation.
4)
Conta
ct
facto
ry f
or
ele
ctr
ic h
eat
info
rmation (
supplie
dby o
thers
).
SN
OIT
ACI
FIC
EP
SL
AR
EN
EG
LE
DO
M
.M
ON
GNI
LO
OC
SN
OT
EC
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S
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RO
TO
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ST
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VE
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HP
RE
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NO
TE
S:
1)
All
dra
in c
on
ne
ctio
ns
are
3/4
” M
PT
and
loca
ted
on
sa
me
sid
ea
s c
oil
co
nn
ectio
ns.
2)
All
un
its h
ave
kn
ocko
uts
on
bo
thsid
es f
or
eith
er
rig
ht
(sta
nd
ard
) o
r le
ft s
ide
co
il stu
b o
uts
.(L
oo
kin
g w
ith a
irflow
).
SN
OIS
NE
MID
LA
RE
NE
G
LE
DO
MT
ENI
BA
CTI
NU
RE
WO
LB
TE
LT
UO
NR
UT
ER
TC
UD
NOI
TC
EN
NO
CS
NOI
TC
EN
NO
CLI
OC
RO
FN
OIT
AC
OL
TU
OB
UT
S
AA
BB
CC
DD
EE
FF
GG
HH
AB
CD
EF
GH
JK
LM
N
4X
VS
Y4
24/
3-1
32/
1-8
28/
1-5
34/
1-6
11
19
81
4/1-
61
61/
7-5
31
61/
3-2
1-
--
72/
1-8
01
31
8/7-
31
16
1/3
1-3
4/3-
94/
3-6
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38
38/
1-5
34/
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16
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18/
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24/
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61/
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1/3-
72/
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01
31
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1-3
31
7
4X
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64/
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32/
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44/
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16
16
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2-
--
8/1-
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61/
51-
61
86
1/3-
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01
31
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31
16
1/3
1-3
8/1-
51
8/5-
7
DIS
CH
AR
GE
AIR
AC
CE
SS
PA
NE
L
AC
CE
SS
PA
NE
L
DIS
CH
AR
GE
AIR
AC
CE
SS
PA
NE
L
AA
EE
LE
FT
SID
ER
EA
RR
IGH
T S
IDE
GG
HH
CC
DD
M
BB
FF
3/4
JH
F
E
A
BC
D
DIS
CH
AR
GE
AIR
AC
CE
SS
PA
NE
L
3/4
2.0
0
DIS
CH
AR
GE
AIR
AC
CE
SS
PA
NE
L
AC
CE
SS
PA
NE
L
AC
CE
SS
PA
NE
L
K
FR
ON
T
N
L
Physical Data and Dimensions
YORK INTERNATIONAL 35
FORM 115.22-EG1 (1202)
PR
OD
UC
T D
RA
WIN
GFA
N C
OIL
UN
ITS
– B
ELT
DR
IVE
MO
DE
LN
OT
FO
R C
ON
ST
RU
CT
ION
Quo
te D
ate:
Rev
. D
ate:
For
m N
o.:
Dw
g. L
ev.:
Dw
g. S
cale
: N
TS
Sol
d To
:C
ust P
urch
Ord
er #
:
Pro
ject
Nam
e:Lo
catio
n:E
ngin
eer:
Con
trac
tor:
For
: R
EF
ER
EN
CE
○
○
○
○
○
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○
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○
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○
○
○
○
○
○
○
○
○
○
○
○
○
○
○
○
○
○ ○ ○ ○ ○ ○ ○ ○
○ ○ ○ ○ ○ ○ ○ ○
○ ○ ○ ○ ○ ○ ○ ○
○ ○ ○ ○ ○ ○ ○ ○
○
○
○
○
○
○
○
○
○
○
○
○
○
○
○
○
Sup
erce
des:
Not
hing
FO
RM
115
.22-
PA8
(120
2)
Co
pyr
igh
t ©
Yo
rk I
nte
rna
tio
na
l C
orp
. 2
00
2Y
SV
X —
7.5
-20
TO
N
NO
TE
S:
1)
All
dra
in c
on
ne
ctio
ns
are
3/4
” M
PT
an
dlo
ca
ted
on
sa
me
sid
ea
s c
oil
co
nn
ectio
ns.
2)
All
un
its h
ave
kn
ocko
uts
on
bo
thsid
es f
or
eith
er
rig
ht
(sta
nd
ard
) o
r le
ft s
ide
co
il stu
b o
uts
.(L
oo
kin
g w
ith
airflow
).
3)
180Y
SV
X a
nd 2
40Y
SV
Xm
odels
have t
wo
blo
wers
. B
low
er
op
en
ing
siz
e is 1
6-3
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16
-5/8
.
SN
OIS
NE
MID
LA
RE
NE
G
LE
DO
MT
ENI
BA
CTI
NU
RE
WO
LB
TE
LT
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NR
UT
ER
TC
UD
NOI
TC
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NO
CS
NOI
TC
EN
NO
CLI
OC
RO
FN
OIT
AC
OL
TU
OB
UT
S
AA
BB
CC
DD
EE
FF
GG
HH
AB
CD
EF
GH
JK
LM
NO
4X
VS
Y0
92/
1-7
32/
1-5
51
54
28/
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18/
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15
44/
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28/
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1-
--
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3-1
28/
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26
1/3-
78/
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18/
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14/
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18/
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11
2/1-
64/
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73
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24/
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31
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91
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81
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66
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Physical Data and Dimensions
YORK INTERNATIONAL36
FORM 115.22-EG1 (1202)
1. Separate 2 row hot water coil can be field or factory installed in either the reheat or pre-heat position (reheat is standard).
PART FOR UNIT MANIFOLDNUMBER MODEL CONNECTIONS
24HWK 24YSHW/YSVW36HWK 36YSHW/YSVW48HWK 48YSHW/YSVW 7/8” OD
60HWK 60YSHW/YSVW
90HWK 90YSHW/YSVW120HWK 120YSHW/YSVW180HWK 180YSHW/YSVW 1-3/8” OD
240HWK 240YSHW/YSVW
2. Discharge plenum with four way double - deflection grille (field installed) (for YSHW unitsonly).
PART FOR UNIT DEPTH (1)NUMBER MODEL
24DP 24YSHW36DP 36YSHW48DP 48YSHW60DP 60YSHW 6”90DP 90YSHW120DP 120YSHW180DP 180YSHW240DP 240YSHW
(1) Height and width are the same as the unit being attached to.
3. Relay / Transformer Part # E301 (24/120V) mounts directly on 4 x 4 junction box on unitseries 60 and down, 1/2 HP max, 10 amp max@120v.
Options
HWK 2 ROW COIL AND PLENUM BOX
00792VIP
00785VIP
YORK INTERNATIONAL 37
FORM 115.22-EG1 (1202)
Options
Dimensions:
1. Cabinet fully insulated - 3/4 inch.2. Embossed galvanized cabinet on 24-240MB.3. Crank arms and linkage rod for damper connection are furnished. Connections can be made on either side
of mixing boxes. The balance of necessary linkage hardware, damper motor, and controls to be field supplied.4. Dampers can be positioned for either rear/top or rear/bottom locations.5. 1" duct flanges provided on damper openings.6. Dampers have air seals on the edges for positive closing. 24-90MB have single horizontal damper blades.
120-240MB have double horizontal damper blades.7. When used with water coil units, a "freezestat" must be installed to prevent coil damage caused by low ambient
conditions.
Features:
MB - MIXING BOX
00786VIP
LD07979
LEDOMROFTINU
LEDOMA B C D E F
REPMAD)MON(EZIS
GNIPPIHSTHGIEW
BM42 VSY,HSY42 61 8/3-61 8/1-81 8 6 61/1-1 8x61-2 04
BM63 VSY,HSY63 61 8/3-61 8/5-72 8 6 61/1-1 8x62-2 85
BM84 VSY,HSY84 81 8/3-02 8/1-92 01 8 61/1-1 01x72-2 56
BM06 VSY,HSY06 81 8/3-02 8/1-63 01 8 61/1-1 01x43-2 87
BM09 VSY,HSY09 81 8/3-52 8/1-54 01 8 61/1-1 01x24-2 011
BM021 VSY,HSY021 02 8/3-03 8/1-84 21 01 61/1-1 21x64-2 531
BM081 VSY,HSY081 22 8/7-73 8/1-75 41 21 61/9-1 41x45-2 091
BM042 VSY,HSY042 22 2/1-05 8/1-75 41 42 61/9-1 41x45-2 012
YORK INTERNATIONAL38
FORM 115.22-EG1 (1202)
Furnish and install York YSHX/YSVX for Direct Expansion application and YSHW/YSVW forHydronic applications Series Blower - as indicated on the plans.
CABINETSCabinets shall be manufactured of heavy gauge galvanized steel. The entire interior of the cabinet shall be insulatedwith one inch thick IAQ type insulation. Removable access panels shall be provided on both sides of the cabinetfor maintenance and service. All cabinets shall have 2" supply and 1" return flanges.
INSULATIONThe entire interior of the cabinet shall be insulated with RX insulation. This insulation must meet the requirementsof ASTM C 1071, ASTM G 21, ASTM G 22, NFPA 90A, UL-181, and the cleaning practices of NAIMA.
MOTOR / BLOWERSBlowers shall be resiliently mounted, with ball bearings, forward curved blade, and of centrifugal type. Each wheelshall be dynamically balanced for smooth, quiet operation. Blowers shall be belt driven with field adjustable pulleysto permit variations in static pressure and air requirements. Standard motors are 1725 RPM either single or threephase. All motors to be field or factory installed and wired at voltage specified by customer.
COILSAll YSHW/YSVW series coils shall consist of aluminum fins mechanically bonded onto 3/8" or 1/2" OD seam-less copper tubing. All coils shall be leak tested at 350 PSIG minimum air pressure. Manual air vents shall bestandard on all coils. Drain pans shall be coated for corrosion protection.
All YSHX/YSVX series coils shall consist of aluminum fins mechanically bonded onto 3/8" or 1/2" OD seam-less copper tubing. All coils shall be leak tested at 350 PSIG minimum air pressure. 2 - 5 ton models shallfeature a piston-type metering device approved for either straight cool or heat pump operation and be of singlecircuit design. 7 1/2 ton model shall be single circuited and have factory installed expansion valve approvedfor straight cool only (not heat pump) operation. 10 - 20 ton models shall be dual-circuited and have factoryinstalled expansion valves approved for straight cooling only (not heat pump) operation. Drain pans shall becoated for corrosion protection.
Drain PansAir handler shall have positive sloped drain pans for removal of condensate from the pan. Drain pans are to becoated with closed cell foam insulation to provide protection from sweating and corrosion.
FILTERSOne inch throw away filters are standard in 2-5 ton YSHX/YSVX and YSHW/YSVW units. One inch permanentfilters are provided as standard in 7 1/2-20 ton YSHX/YSVX and YSHW/YSVW units. Filters shall be accessiblewithout tools.
LISTINGAll standard units with thermal protected motors are ETL Listed. All air handlers shall be rated in accordance withARI Standard 430.
Guide Specifications
YORK INTERNATIONAL 39
FORM 115.22-EG1 (1202)
Notes:
Tele. 800-861-1001www.york.com
P.O. Box 1592, York, Pennsylvania USA 17405-1592 Subject to change without notice. Printed in USACopyright © by York International Corporation 2002 ALL RIGHTS RESERVED
Form 115.22-EG1 (1202)Supersedes: NOTHING (New Release)