TECHNICAL GUIDE SINGLE PACKAGE AIR CONDITIONING WATER … · 2002-05-07 · technical guide single package air conditioning water cooled 036-21217-000 rev. a (07/01) for distribution

TECHNICAL GUIDE

SINGLE PACKAGE

AIR CONDITIONING

WATER COOLED

036-21217-000 Rev. A (07/01)

FOR DISTRIBUTION USE ONLY - NOT TO BE USED AT POINT OF RETAIL SALE

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MODELS: CH012 - CH120 1-10 TONSHORIZONTAL

MODELS: CU012 - 300 1-25 TONSVERTICAL

036-21217-000 Rev. A (07/01) YORK

2 Unitary Products Group

CONTENTS

DESCRIPTION . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3

APPLICATION FLEXIBILITY . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3

GENERAL . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3

CABINET . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3

REFRIGERATION CIRCUITS . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3

INDOOR FANS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3

ELECTRICAL/CONTROLS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3

FILTERS . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3

LIST OF FIGURESDimensional Data CH 1-5 Ton Horizontal Models. . . . . . . . . . . . . 21Dimensional Data CH 5 Ton Horizontal Model . . . . . . . . . . . . . . . 22Dimensional Data CH 8 & 10 Ton Horizontal Models . . . . . . . . . 23Physical Configuration Data CH 8 & 10 TonWater-side Economizer . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 24Dimensional Data CU 1-5 Ton Vertical Models . . . . . . . . . . . . . .25Dimensional Data CU 5, 8, and 10 TonVertical Models . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 26Dimensional Data CU 15 Ton Vertical Model . . . . . . . . . . . . . . . . 27Dimensional Data CU 20 Ton Vertical Model . . . . . . . . . . . . . . . . 28Dimensional Data CU 25 Ton Vertical Model . . . . . . . . . . . . . . . . 29Typical Water-side Economizer PhysicalConfiguration . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 30Water-side Economizer Piping Schematic . . . . . . . . . . . . . . . . . 31Water-side Economizer Control 15-20 Ton Vertical(208-230 V/3Ph/60hz) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 32

LIST OF TABLESGeneral Data CH/CU 1-5 Ton Horiz./Vert. models . . . . . . . . . . . . 4General Data CH060-120 5-10 Ton Horizontal Models . . . . . . . . 5General Data CU 5-20 Ton Vertical Models . . . . . . . . . . . . . . . . . 6General Dta CU 300 25 Ton Vertical Models . . . . . . . . . . . . . . . . 7Evaporator Fan Performance CH/CU 1-5 Ton Horiz./Vert. Models 8Supply air blower performance ch060-120 5-10 ton models . . . . 9Evaporator Fan Performance CU 5-25 Ton Vertical Models . . . 10Evaporator Blower Performance Data CU 300 25 Ton Model . . 11Electrical Data CH/CU 1-5 Ton Horiz./Vert. Models . . . . . . . . . . 12Condenser Pressure Drop CH/CU 1-5 Ton Horiz./Vert. Models . 13Cooling Performance Data CH 1-5 Ton Horizontal Models . . . . 14Cooling Performance Data CH 5-10 Ton Horizontal Models . . . 15Standard Motors CH 5-10 Ton Models . . . . . . . . . . . . . . . . . . . . 16Standard Motors CU 5-20 Ton Models . . . . . . . . . . . . . . . . . . . . 16Standard Evaporator Motors CU 300 25 Ton Model . . . . . . . . . . 17Cooling Performance Data CU 5-20 Ton Vertical Models . . . . . 18Cooling Performance Data CU 300 25 Ton Vertical Models . . . . 19Water-side Economizer Cooling Performance DataCH 5-10 Ton Models . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 19Water-side Economizer Cooling Performance DataCU 1-5 Ton Models . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 20Water-side Economizer Cooling Performance DataCU 300 25 Ton Model . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 20Dimensional Data CH 1-5 Ton Horizontal Models . . . . . . . . . . . 21Dimensional Data CU 1-5 Ton Vertical Models . . . . . . . . . . . . . 25Dimensional Data CU 5, 8, and 10 Ton Vertical Models . . . . . . . 26

YORK 036-21217-000 Rev. A (07/01)

Unitary Products Group 3

DESCRIPTION

These units are completely assembled, piped, wired, chargedand tested at the factory and are shipped ready for immediateinstallation. Only the power supply wiring, the thermostat wir-ing, the condenser water piping, the condensate drain pipingand the ductwork are required to complete the installation.

Units include a one-year limited warranty on all replacementparts and a five-year limited warranty on each compressor.

APPLICATION FLEXIBILITY

These “cooling only” units can be applied with:

1. Cooling towers.

2. Well or surface water providing the temperature and theGPM of the water meet the application limitations of theunit.

3. Brackish or salt water and a secondary heat exchanger.

They can be installed:

1. Within the conditioned space as “free standing” unitswithout any ductwork. Supply air plenum and return airgrille accessories are available for these freestandingapplications.

2. In an equipment room with both supply and return airductwork

GENERAL

All models 1-5 tons ship as factory-charged packages. Hori-zontal (CH) units are designed for suspended mounting.HWC models are shipped with ‘straight-through’ evaporatorfan discharge as standard. Airflow orientation is field convert-ible to side discharge. Vertical (CU) units are designed forfree-standing floor mounting. All units are completely factorywired and pre-piped. Water supply, water outlet, and conden-sate drain connections are via female pipe thread fittings.

All models 5-25 tons ship as factory-charged unitized pack-ages. The 5-15 ton units may be field split between the evap-orator /compressor section and the upper blower section;installation is possible through standard height doorways andelevators. All packages are designed for free-standing floormounting. All models are shipped with vertical evaporator fandischarge as standard. Units are completely factory wiredand piped. Dual circuit models feature internally manifoldedcondensers.

CABINET

All cabinets are completely constructed of 18 Ga. corrosionresistant "Galvalume" coated steel. The entire unit interior (both evaporator and condensing section ) is insulated with 1/2" thick, 2 lb density insulation. Service panels are equipped

with lifting handles for ease of removal and handling. Ductflanges for return air intake and evaporator discharge are pro-vided with the unit, for field installation. Duct flange on CU240evaporator return is incorporated into the filter frame.

REFRIGERATION CIRCUITS

All models utilize "Scroll" type hermetic compressors. Com-pressors are mounted on rubber isolators to minimize vibra-tion transmission. Internal overload protection is provided.External high pressure and low pressure cutout switches areincluded in each compressor control circuit. The 5 ton unitshave a single refrigeration circuit. The 8-20 ton units featuretwo independent refrigeration circuits. Each refrigeration cir-cuit includes an adjustable thermal expansion valve (withexternal equalizer), liquid line filter drier, sight glass/moistureindicator, and service gauge ports.

The evaporator coils are constructed of internally enhancedcopper tubes mechanically bonded to rippled aluminum platefins. The evaporator coil is employed in a draw-through con-figuration, and features inter-laced circuiting. Large evapora-tor coil face area minimizes potential water blow-off.

The high-efficiency tube-in-tube condensers feature a convo-luted inner tube design for optimum performance. Standardmodels feature a copper inner tube surrounded by a steelouter tube, and carry a 400 psig working pressure rating.

INDOOR FANS

Forward curved, double inlet and double width centrifugalblowers are used for evaporator air movement. Large diame-ter wheels are employed to provide required airflow perfor-mance at minimum rpm and noise levels. Blower wheels arefabricated of galvanized steel. Blowers employ solid steelshafts, supported in permanently lubricated ball bearings. Allblowers are belt driven. Variable-pitch motor sheaves allowfor field adjustment of blower rpm.

ELECTRICAL/CONTROLS

All units are completely factory wired with all necessary con-trols. Manual reset protection is provided on evaporatorblower motors. A manual reset circuit is also provided oneach compressor control circuit in the event of high/low pres-sure cutout. A 24 volt control circuit, with oversize trans-former, is provided for field connection. Units are designed tooperate with conventional thermostat control interface.

FILTERS

All models are shipped with 2 inch thick medium-efficiencythrowaway filters factory installed. Filters are accessible fromeither front or right side on 5-15 ton models. The CVWC240filter rack is external to the cabinet (shipped loose).

036-21217-000 Rev. A (07/01) YORK


TABLE 1: GENERAL DATA CH/CU 1-5 TON HORIZ./VERT. MODELS

Model - CH / CU *012 *018 *024 *030 *036 *048 *060

Nominal Cooling(Ton) 1 1.5 2 2.5 3 4 5

Cooling Performance

Gross Cooling Capacity(Btuh) 13500 20100 26700 33100 38200 50800 62900

Design CFM 400 600 800 1000 1200 1600 2000

Nominal Water flow rate (gpm) 3.25 4.9 6.6 8.2 9.3 12.3 15.8

Compressor-Type Hermetic

Number Used 1 1 1 1 1 1 1

Evaporator Coil-Type Copper Tubes, Aluminum Fins

Face Area(sq ft) 1.29 1.51 2.22 2.56 2.88 4.38 5.00

Rows/FPI 3/12 3/14 3/12 3/12 3/12 3/14 3/14

Condenser-Type Co-axial

Condenser Water Connection 1/2" FPT 3/4" FPT 3/4" FPT 3/4" FPT 3/4" FPT 3/4" FPT 1"FPT

Evaporator Fan-Type Centrifugal, Forward Curved

Number Used 1 1 1 1 1 1 1

Diameter x Width (in) 9x4 9x6 9x6 9x7 9x7 10x9 10x9

Drive Direct

Motor HP/Speed 0.10/3 0.17/3 0.25/3 0.25/3 0.33/3 0.50/3 0.75/3

Filters

CH - Number Used-Size(in) 1-14x20x1 1-16x20x1 1-20x20x1 1-20x25x1 1-20x25x1 2-20X20X11-20x20x11-20x25x1

CU - Number Used-Size(in) 1-14x20x1 1-16x20x1 1-18x25x1 1-18x25x1 1-20x25x11-16x25x11-14x25x1

1-18x25x11-16x25x1

Condensate Drain Connection 3/4" FPT

Weight

Operating 155 180 215 235 260 325 345

Shipping 170 195 230 255 280 345 365

NOTE: Cooling performance is rated at 80°F dry bulb 67°F wet bulb entering air temperature, CFM listed,

85°F entering 95°F leaving water temperature, and water flow rate listed.

Gross capacity does not include the effect of evaporator fan motor heat.

YORK 036-21217-000 Rev. A (07/01)


TABLE 2: GENERAL DATA CH060-120 5-10 TON HORIZONTAL MODELS

Model CH060 CH096 CH120Nominal Cooling(Ton) 5 8 10

Cooling PerformanceGross Cooling Capacity(Btuh) 64100 101800 126000

Design CFM 2000 3200 4000

Compressor-Type Scroll

Number Used 1 2 2


Face Area(sq ft) 5.28 9.17 9.17

Rows/FPI 3/13 3/13 3/13Condenser-Type Coaxial

Number Used/Tons Capacity 1/5 2/4 2/5

Nominal Water flow rate (gpm) 15 24 30

Condenser Water Connections 1" FPT 1-1/4" FPT 1-1/4" FPT


Number Used 1 2 2

Diameter x Width (in) 10x10 10x8 10x8

Drive Adjustable Belt

Motor HP (Standard/Oversize) 1/NA 1.5/2 2/3

Filters

Number Used-Size(in) 2-20x20x22-20x25x21-20x20x2

2-20x25x21-20x20x2

Condensate Drain Connection 3/4FPT

Weight 460 710 760NOTE: Cooling performance is rated at 80°F dry bulb 67°F wet bulb entering air temperature,CFM listed, 85°F entering 95°F leaving water temperature, and water flow rate listed.Gross capacity does not include the effect of evaporator fan motor heat.

036-21217-000 Rev. A (07/01) YORK


TABLE 3: GENERAL DATA CU 5-20 TON VERTICAL MODELS

Model CU060A CU096A CU120A CU180A CU240ANominal Cooling(Ton) 5 8 10 15 20

Cooling PerformanceGross Cooling Capacity(Btuh) 63300 100600 127800 188600 246800

Design CFM 2000 3200 4000 6000 8000

Compressor-Type Scroll

Number Used 1 2 2 2 2


Face Area(sq ft) 5.00 9.37 10.50 15.11 19.00

Rows/FPI 3/12 3/12 3/13 3/12 3/14

Condenser-Type Coaxial

Number Used/Tons Capacity 1/5 2/4 2/5 2/7.5 2/10

Nominal Water flow rate (gpm) 15 24 30 45 60

Unit Water Connection Size 1" FPT 1-1/4" FPT 1-1/4" FPT 1-1/2" FPT 2" FPT


Number Used 1 1 1 2 2

Diameter x Width (in) 12x9 15x12 15x12 15x9 15x11

Drive Adjustable Belt

Motor HP (Standard/Oversize) 1/1.5 1.5/2 2/3 3/5 5/7.5

Filters

Number Used-Size(in) 2-20x16 4-14x25x2 6-14x20x22-16x20x24-16x25x2

6-20x25x2

Condensate Drain Connection 3/4FPT

WeightShipping 625 815 975 1350 1525NOTE: Cooling performance is rated at 80°F dry bulb 67°F wet bulb entering air temperature, CFM listed,85°F entering 95°F leaving water temperature, and water flow rate listed.Gross capacity does not include the effect of evaporator fan motor heat.

YORK 036-21217-000 Rev. A (07/01)


TABLE 4: GENERAL DATA CU 300 25 TON VERTICAL MODELS

Model CU300Nominal Cooling(Ton) 25Cooling PerformanceGross Cooling Capacity(Btuh) 322000Design CFM 10000

Compressor-Type ScrollNumber Used 3Evaporator Coil-Type Copper Tubes, Aluminum FinsFace Area(sq ft) 19.79Rows/FPI 4/12Condenser-Type CoaxialNumber Used/Tons Capacity 3/7.5Nominal Water flow rate (gpm) 78Unit Water Connection Size 2 in FPTEvaporator Fan-Type Centrifugal, Forward CurvedNumber Used 2Diameter x Width (in) 15x11Drive Adjustable BeltMotor HP (Standard/Oversize) 7.5/10FiltersNumber Used-Size(in) 8-20x20x2Condensate Drain Connection 3/4FPTWeightShippingNOTE: Cooling performance is rated at 80°F dry bulb 67°F wet bulb enteringair temperature, CFM listed, 85°F entering 95°F leaving water temperature,and water flow rate listed. Gross capacity does not include the effect ofevaporator fan motor heat.

036-21217-000 Rev. A (07/01) YORK


TABLE 5: EVAPORATOR FAN PERFORMANCE CH1-5 TON HORIZ./VERT. MODELS

Unit Speed 0.1 0.2 0.3 0.4 0.5 0.6 0.7High 2200 2120 2040 1980 1880 1780 1660Med 2060 2020 1940 1880 1800 1700 1600Low 1800 1780 1740 1680 1620 1560 -High 1900 1840 1780 1720 1620 1540 1440Med 1720 1680 1640 1580 1520 1420 1320Low - 1405 1400 1380 1340 - -High 1420 1370 1310 1250 1180 1110 1020Med 1300 1260 1220 1170 1110 1040 960Low - 1120 1110 1070 1030 960 -High 1240 1190 1130 1080 1010 930 850Med 1050 1030 1000 960 910 840 750Low - 925 910 880 830 770 -High 1070 1020 970 920 850 770 690Med 930 910 880 840 780 710 630Low 810 805 800 770 730 670 -High 770 730 695 645 590 525 -Med 690 660 625 585 530 - -Low 520 500 495 - - - -High 480 455 425 400 365 325 -Med 425 410 380 350 315 - -Low 350 335 315 - - - -

NOTE:1. At higher evaporator airflows and wet bulb conditions, condensate

may occur. Adjust airflow downward as necessary.

2. Values include pressure drop from wet coil and clean filters.

CH/CU030

CH/CU024

CH/CU012

CH/CU018

CH/CU060

External Static Pressure (in w.g.)

CH/CU048

CH/CU036

YORK 036-21217-000 Rev. A (07/01)


TABLE 6: SUPPLY AIR BLOWER PERFORMANCE CH060-120 5-10 TON HORIZONTAL MODELS

EXTERNAL STATIC PRESSURE - Inches W.C.

MODEL SUPPLY 0.2 0.4 0.6 0.8 1.0 1.2 1.4 1.6 1.8

# CFM RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP

1800 846 0.41 936 0.48 1024 0.56 1107 0.64 1195 0.74 1259 0.82 1325 0.90 1400 0.99 - -

CH060 2000 917 0.54 999 0.62 1079 0.71 1157 0.79 1233 0.89 1305 0.98 - - - - - -

2200 994 0.70 1069 0.79 1142 0.88 1214 0.98 - - - - - - - - - -

3000 810 0.65 900 0.78 986 0.91 1066 1.04 1143 1.17 1221 1.32 1294 1.48 1363 1.63 1433 1.79

CH096 3200 851 0.78 938 0.91 1018 1.04 1095 1.18 1170 1.32 1236 1.42 1305 1.56 1380 1.74 1447 1.90

3400 892 0.91 974 1.05 1051 1.19 1125 1.33 1196 1.48 1266 1.64 1320 1.81 1390 1.90 - -

3600 927 1.05 1006 1.20 1081 1.34 1152 1.50 1220 1.65 1287 1.81 1353 1.98 1405 2.07 1472 2.17

CH120 4000 1012 1.40 1085 1.56 1153 1.73 1220 1.89 1283 2.06 1345 2.23 1405 2.41 1464 2.59 1522 2.78

4400 1100 1.83 1166 2.00 1230 2.18 1292 2.37 1351 2.55 1410 2.74 1466 2.92 - - - -

NOTE:

1. At higher evaporator airflows, and wet bulb conditions condensate carry-over may occur. Adjust airflow downward as necessary.


3. Shaded areas indicate oversize motors

036-21217-000R

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TABLE 7: EVAPORATOR FAN PERFORMANCE CU 5-25 TON VERTICAL MODELS

MODEL#

SUPPLYCFM

0.2 0.4 0.6 0.8 1.0 1.2 1.4 1.6 1.8 2.0 2.2 2.4 2.6 2.8 3.0

RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP

CU060

1800 791 0.46 872 0.53 948 0.60 1019 0.68 1090 0.76 1159 0.85 1193 0.89 1259 0.98 1321 1.07 1380 1.16 1437 1.25 1492 1.35 1544- 1.44- - - - -

2000 860 0.60 935 0.69 1006 0.77 1077 0.85 1136 0.94 1199 1.03 1263 1.12 1324 1.22 1383 1.32 1440 1.42 1494 1.52 - - - - - -

2200 931 0.79 1001 0.88 1067 0.97 1129 1.06 1189 1.15 1247 1.25 1305 1.35 1363 1.45 1419 1.55 - - - - - - - - - -

CU096

3000 568 0.70 628 0.81 688 0.92 746 1.05 801 1.19 855 1.35 906 1.50 954 1.65 1001 1.81 1046 1.97 - - - - - - - -

3200 594 0.82 651 0.94 707 1.06 762 1.19 816 1.33 867 1.49 917 1.65 964 1.81 1010 1.98 - - - - - - - - - -

3400 625 0.97 679 1.10 731 1.22 784 1.35 835 1.50 884 1.66 933 1.83 979 2.00 - - - - - - - - - - - -

CU120

3600 620 1.04 666 1.16 716 1.29 765 1.43 815 1.56 864 1.71 912 1.88 958 2.00 1003 2.03 1046 2.41 1088 2.60 1129 2.78 1169 2.97 - - - -

4000 681 1.40 721 1.53 765 1.68 811 1.83 856 1.97 900 2.13 945 2.29 988 2.46 1030 2.65 1071 2.84 1112 3.05 - - - - - - - -

4400 726 1.77 760 1.91 797 2.05 837 2.21 878 2.38 919 2.54 960 2.70 1001 2.87 1040 3.05 - - - - - - - - - -

CU180

5400 645 1.52 709 1.79 770 2.06 829 2.35 885 2.65 939 2.96 991 3.28 1042 3.61 1092 3.96 1140 4.32 1190 4.71 - - - - - - - -

6000 700 2.00 759 2.30 815 2.60 870 2.91 922 3.23 973 3.56 1022 3.90 1070 4.25 1116 4.62 1162 4.99 - - - - - - - - - -

6600 761 2.63 815 2.94 867 3.26 917 3.60 966 3.94 1014 4.29 1060 4.66 1104 5.02 - - - - - - - - - - - - - -

CU240

7200 659 2.10 714 2.37 767 2.65 817 2.94 866 3.23 912 3.52 957 3.82 998 4.13 1037 4.44 1076 4.76 1115 5.11 1154 5.47 1193 5.73 1230 6.10 1265 6.46

8000 719 2.81 770 3.11 818 3.42 865 3.73 910 4.05 954 4.37 997 4.70 1038 5.03 1078 5.36 1115 5.71 1151 6.08 1186 6.46 1220 6.84 1254 7.23 - -

8800 782 3.67 828 4.00 873 4.34 916 4.68 959 5.02 1000 5.37 1040 5.73 1079 6.09 1117 6.45 1154 6.81 1190 7.18 - - - - - - - -

NOTE:

1. At higher evaporator airflows and wet bulb conditions, condensate carry-over may occur. Adjust airflow downward as necessary.


3. Shaded areas indicate oversize motors.

YORK 036-21217-000 Rev. A (07/01)


TABLE 8: EVAPORATOR BLOWER PERFORMANCE DATA CU 300 25 TON MODEL

MODEL SUPPLY 0.2 0.4 0.6 0.8 1.0 1.2 1.4 1.6 1.8 2.0

# CFM RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP

9000 800 3.93 846 4.27 890 4.61 932 4.96 974 5.32 1014 5.67 1053 6.03 1092 6.40 1129 6.77 1166 7.14

CU300 10000 878 5.29 920 5.67 960 6.05 999 6.43 1037 6.82 1074 7.21 1111 7.61 1147 8.01 1182 8.41 1216 8.82

11000 958 6.95 996 7.37 1033 7.79 1069 8.21 1104 8.63 1139 9.05 1173 9.48 1206 9.92 - - - -

NOTE:1. At higher evaporator airflows, and wet bulb conditions condensate carry-over may occur. Adjust airflow downward as necessary.2. Values include pressure drop from wet coil and clean filters.3. Shaded areas indicate oversize motors

EXTERNAL STATIC PRESSURE - Inches W.C.

036-21217-000 Rev. A (07/01) YORK


TABLE 9: ELECTRICAL DATA CH/CU 1-5 TON HORIZ./VERT. MODELS

MODEL SUPPLY COMPRESSOR EVAPORATOR MIN. CCT. MAX FUSE /# VOLTAGE QTY RLA LRA HP FLA RPM/SPEED AMPACITY CCT. BKR. AMP

CH/CU012 208-230/1/60 1 @ 4.8 26.3 0.10 0.9 1075/3 6.90 15

CH/CU018 208-230/1/60 1 @ 9.6 49.0 0.17 1.4 1075/3 13.40 20

CH/CU024 208-230/1/60 1 @ 10.9 56.0 0.25 1.5 1075/3 15.13 25

CH/CU030 208-230/1/60 1 @ 15.3 75.0 0.25 1.5 1075/3 20.63 35208-230/3/60 1 @ 10.0 68.0 0.25 1.5 1075/3 14.00 20

CH/CU036 208-230/1/60 1 @ 16.1 82.0 0.33 2.6 1075/3 22.73 35208-230/3/60 1 @ 10.0 70.0 0.33 2.6 1075/3 15.10 25

CH/CU048 208-230/1/60 1 @ 20.4 102.0 0.50 3.2 1075/3 28.70 45208-230/3/60 1 @ 14.0 91.0 0.50 3.2 1075/3 20.70 30

CH/CU060 208-230/1/60 1 @ 30.7 125.0 0.75 4.9 1075/3 43.28 70

NOTE: CU060A06A Single Phase in small CU012-48 cabinet, refer to CU060A25, 46, and 58information on larger cabinet three phase models.

YORK 036-21217-000 Rev. A (07/01)


TABLE 10: CONDENSER PRESSURE DROP CH/CU 1-5 TON HORIZ./VERT. MODELS

GPM 1.0 1.5 2.0 2.5 3.0 3.5PSI 0.8 1.5 2.4 3.4 4.6 5.9GPM 2.0 2.5 3.0 3.5 4.0 4.5PSI 0.7 1.0 1.3 1.8 2.3 2.8GPM 2 3 4 5 6 7PSI 0.8 1.5 2.4 3.4 4.6 6.2GPM 3 4 5 6 7 8PSI 1.5 2.3 3.3 4.4 5.6 7.0GPM 5 6 7 8 9 10PSI 2.2 3.0 3.9 4.9 6.0 7.1GPM 7 8 9 10 11 12PSI 2.7 3.3 4.0 4.8 5.7 6.7GPM 5 7 9 11 13 15PSI 1.1 1.9 3.0 4.3 5.7 7.4

CH012

CH036

CH048

CH060

CH018

CH024

CH030

Water flows for water valve equiped units

40

50

60

70

80

10 20 30 40 50 60 70 80 90 100

Water flow rate [%]

Ent

erin

gw

ater

tem

pera

ture

[°F

]

(Based on 95°F Leaving Water Temperature)

NOTE: The graph shows the percentage of the normal flow rate for a 10ºF rise from 85ºF to 95ºFthat is required at lower entering water temperatures. Find where the entering water temperatureon the vertical axes intersects the curve, then read down to find the water flow rate percentage.Multiply the flow rate for 10ºF rise from 85ºF to 95ºF from the table by the percentage water flowrate from the graph. This gives the actual flow rate required at the lower entering watertemperature.

036-21217-000 Rev. A (07/01) YORK


TABLE 11: COOLING PERFORMANCE DATA CH 1-5 TON HORIZONTAL MODELS

Entering Water Temperature @ 3.3 GPMCH012 60°F 85°F1 TON EWB EWB

62°F 67°F 72°F 62°F 67°F 72°FCFM EDB TC SC TC SC TC SC TC SC TC SC TC SC

75°F 13.44 9.65 14.66 7.69 16.00 5.80 12.36 9.05 13.50 7.18 14.74 5.36400 80°F 13.44 11.22 14.66 9.30 16.00 7.42 12.36 10.65 13.50 8.81 14.74 7.00

85°F 13.44 12.82 14.66 10.93 16.00 9.05 12.36 12.26 13.50 10.43 14.74 8.62

Entering Water Temperature @ 4.9 GPMCH018 60°F 85°F

1.5 TON EWB EWB62°F 67°F 72°F 62°F 67°F 72°F

CFM EDB TC SC TC SC TC SC TC SC TC SC TC SC75°F 20.8 15.1 22.9 12.1 25.1 9.1 18.2 13.6 20.1 10.8 22.2 8.1

600 80°F 20.8 17.4 22.9 14.5 25.1 11.6 18.2 16.0 20.1 13.2 22.2 10.685°F 20.8 19.8 22.9 17.0 25.1 14.1 18.2 18.2 20.1 15.7 22.2 13.0



75°F 27.5 19.6 31.8 16.7 33.3 12.1 24.2 17.7 26.7 14.1 29.5 10.6800 80°F 27.5 22.6 31.8 19.7 33.3 15.3 24.2 20.8 26.7 17.1 29.5 13.8

85°F 27.5 25.7 31.8 22.8 33.3 18.4 24.2 23.9 26.7 20.1 29.5 16.9

Entering Water Temperature @ 8.2 GPMCH030 60°F 85°F

2.5 TON EWB EWB62°F 67°F 72°F 62°F 67°F 72°F

CFM EDB TC SC TC SC TC SC TC SC TC SC TC SC75°F 33.9 24.2 37.2 19.6 40.9 14.9 29.8 21.8 33.1 17.6 36.6 13.2

1000 80°F 33.9 27.9 37.2 23.4 40.9 18.8 29.8 25.5 33.1 21.5 36.6 17.185°F 33.9 31.7 37.2 27.3 40.9 22.6 29.8 29.3 33.1 25.3 36.6 21.0



75°F 39.2 28.2 43.0 22.7 47.2 17.1 34.7 25.7 38.2 20.4 42.1 15.11200 80°F 39.2 32.6 43.0 27.3 47.2 21.8 34.7 30.2 38.2 25.0 42.1 19.8

85°F 39.2 37.1 43.0 31.8 47.2 26.4 34.7 34.7 38.2 29.7 42.1 24.4



75°F 52.1 38.4 57.3 30.5 62.8 22.9 46.2 35.2 50.8 27.7 55.8 20.61600 80°F 52.1 44.7 57.3 37.1 62.8 29.6 46.2 41.7 50.8 34.3 55.8 27.2

85°F 52.1 51.2 57.3 43.7 62.8 36.2 46.2 46.2 50.8 40.9 55.8 33.8



75°F 64.6 47.7 70.9 37.9 77.4 28.2 57.4 51.8 62.9 34.3 68.8 25.32000 80°F 64.6 55.6 70.9 46.0 77.4 36.4 57.4 57.4 62.9 42.5 68.8 33.4

85°F 64.6 63.6 70.9 54.1 77.4 44.6 58.8 58.8 62.9 50.7 68.8 41.6

YORK 036-21217-000 Rev. A (07/01)


TABLE 12: COOLING PERFORMANCE DATA CH 5-10 TON HORIZONTAL MODELSCH060 9 GPM 15 GPM5 TON EWT EWT

65°F 85°F 105°F 65°F 85°F 105°FEWB EDB TC SC kW TC SC kW TC SC kW TC SC kW TC SC kW TC SC kW

75°F 63.2 48.3 2.88 59.7 54.5 3.66 55.1 44.0 4.67 64.0 48.7 2.72 60.5 46.2 3.47 56.1 44.6 4.4262°F 80°F 63.2 59.5 2.88 59.7 57.6 3.66 55.1 55.1 4.67 64.0 60.0 2.72 60.5 58.3 3.47 56.1 55.8 4.42

85°F 66.6 66.6 2.92 62.8 62.8 3.71 58.0 58.0 4.70 67.4 67.4 2.74 63.9 63.9 3.49 59.2 59.2 4.43

75°F 67.4 38.6 2.93 63.0 36.8 3.72 58.1 34.8 4.70 68.6 39.1 2.75 64.1 37.4 3.50 59.3 35.3 4.4467°F 80°F 67.4 49.0 2.93 63.0 47.3 3.72 58.1 45.3 4.70 68.6 49.6 2.75 64.1 47.8 3.50 59.3 45.8 4.44

85°F 67.4 60.3 2.93 63.0 58.6 3.72 58.1 56.7 4.70 68.6 60.8 2.75 64.1 59.1 3.50 59.3 57.2 4.44

75°F 72.4 27.8 3.00 67.7 26.4 3.79 62.4 24.5 4.78 74.0 28.3 2.80 69.1 27.0 3.55 63.8 25.1 4.4972°F 80°F 72.4 38.8 3.00 67.7 36.8 3.79 62.4 35.0 4.78 74.0 39.3 2.80 69.1 37.5 3.55 63.8 35.6 4.49

85°F 72.4 49.2 3.00 67.7 47.3 3.79 62.4 45.5 4.78 74.0 49.7 2.80 69.1 47.9 3.55 63.8 46.1 4.49

CH096 15 GPM 24 GPM

8 TON EWT EWT

65°F 85°F 105°F 65°F 85°F 105°F

EWB EDB TC SC kW TC SC kW TC SC kW TC SC kW TC SC kW TC SC kW

75°F 100.9 77.6 4.43 94.3 74.9 5.66 88.4 70.0 7.24 101.1 78.4 4.21 95.7 74.6 5.38 89.8 71.0 6.86

62°F 80°F 100.9 95.4 4.43 94.3 92.7 5.66 88.4 88.4 7.24 101.1 96.2 4.21 95.7 93.3 5.38 89.8 89.8 6.86

85°F 105.6 105.6 4.47 100.0 100.0 5.72 92.4 92.4 7.26 106.8 106.8 4.23 101.3 101.3 5.40 94.2 94.2 6.90

75°F 106.8 62.3 4.48 100.1 59.4 5.73 92.6 56.4 7.27 108.3 62.9 4.24 101.8 59.9 5.41 94.4 56.9 6.91

67°F 80°F 106.8 79.0 4.48 100.1 76.1 5.73 92.6 73.2 7.27 108.3 79.5 4.24 101.8 76.7 5.41 94.4 73.7 6.91

85°F 106.8 96.8 4.48 100.1 93.9 5.73 92.6 91.0 7.27 108.3 97.3 4.24 101.8 94.5 5.41 94.4 91.6 6.91

75°F 115.1 45.6 4.55 108.0 42.8 5.76 99.8 39.8 7.35 116.8 46.2 4.25 110.0 43.4 5.42 101.8 40.6 6.94

72°F 80°F 115.1 62.2 4.55 108.0 59.5 5.76 99.8 56.6 7.35 116.8 62.8 4.25 110.0 60.1 5.42 101.8 57.4 6.94

85°F 115.1 78.9 4.55 108.0 76.3 5.76 99.8 73.4 7.35 116.8 79.4 4.25 110.0 76.8 5.42 101.8 74.2 6.94

CH120 18 GPM 30 GPM

10 TON EWT EWT

65°F 85°F 105°F 65°F 85°F 105°F


75°F 123.6 95.2 5.73 116.8 91.1 7.30 96.0 86.2 9.32 125.2 96.0 5.42 118.5 92.0 6.91 110.6 88.4 8.83

62°F 80°F 123.6 116.7 5.73 116.8 113.9 7.30 109.7 109.7 9.35 125.2 117.5 5.42 118.5 114.8 6.91 110.6 110.6 8.83

85°F 131.1 131.1 5.82 123.4 123.4 7.35 114.5 114.5 9.40 132.8 132.8 5.48 125.8 125.8 6.96 116.5 116.5 8.86

75°F 132.2 76.2 5.84 123.6 75.2 7.39 114.7 69.0 9.40 134.1 77.2 5.49 126.0 73.8 6.97 116.9 70.0 8.87

67°F 80°F 132.2 96.3 5.84 123.6 95.4 7.39 114.7 89.4 9.40 134.1 97.3 5.49 126.0 94.0 6.97 116.9 90.4 8.87

85°F 132.2 118.0 5.84 123.6 117.0 7.39 114.7 111.0 9.40 134.1 119.0 5.49 126.0 115.7 6.97 116.9 112.1 8.87

75°F 142.4 56.2 5.96 133.2 52.8 7.53 123.3 49.0 9.55 144.9 57.2 5.57 135.8 53.8 7.06 126.0 50.3 8.95

72°F 80°F 142.4 76.1 5.96 133.2 72.8 7.53 123.3 69.2 9.55 144.9 77.1 5.57 135.8 73.8 7.06 126.0 70.4 8.95

85°F 142.4 96.3 5.96 133.2 93.1 7.53 123.3 89.6 9.55 144.9 97.2 5.57 135.8 94.1 7.06 126.0 90.7 8.95

CH061 9 GPM 15 GPM

6 TON EWT EWT

65°F 85°F 105°F 65°F 85°F 105°F


75°F 74.4 39.1 3.024 69.3 35.7 3.818 63.8 36.0 4.798 76.2 39.7 2.816 70.8 38.3 3.566 65.3 36.6 4.502

62°F 80°F 75.6 37.2 3.04 70.4 33.3 3.84 64.8 34.4 4.81 77.6 37.8 2.83 72.0 36.5 3.58 66.4 34.9 4.5185°F 76.9 35.3 3.06 71.5 31.0 3.85 65.8 32.7 4.83 79.0 35.8 2.84 73.2 34.7 3.59 67.4 33.2 4.5275°F 78.2 33.4 3.07 72.6 28.6 3.87 66.8 31.1 4.84 80.3 33.9 2.85 74.4 32.9 3.60 68.5 31.5 4.53

67°F 80°F 79.4 31.5 3.09 73.7 26.2 3.89 67.8 29.4 4.86 81.7 32.0 2.86 75.5 31.1 3.61 69.5 29.8 4.5485°F 80.7 29.6 3.11 74.8 23.9 3.91 68.8 27.8 4.88 83.1 30.1 2.87 76.7 29.3 3.62 70.6 28.2 4.5575°F 82.0 27.7 3.12 75.9 21.5 3.93 69.8 26.1 4.89 84.5 28.2 2.88 77.9 27.5 3.63 71.6 26.5 4.56

72°F 80°F 83.2 25.8 3.14 77.0 19.1 3.94 70.8 24.4 4.91 85.9 26.3 2.89 79.1 25.7 3.64 72.7 24.8 4.5785°F 84.5 23.9 3.16 78.1 16.8 3.96 71.8 22.8 4.92 87.3 24.4 2.91 80.2 23.9 3.66 73.7 23.1 4.58

CH097 15 GPM 24 GPM9 TON EWT EWT


75°F 118.0 63.2 4.574 110.8 60.6 5.788 101.9 58.5 7.368 120.2 63.6 4.262 112.9 61.3 5.432 104.1 59.1 6.96162°F 80°F 120.0 60.2 4.59 112.6 57.7 5.80 103.5 56.0 7.38 122.4 60.5 4.27 114.9 58.4 5.44 105.7 56.5 6.97

85°F 121.9 57.2 4.61 114.5 54.8 5.81 105.1 53.5 7.40 124.5 57.5 4.27 116.8 55.6 5.44 107.4 53.9 6.98

75°F 123.9 54.2 4.62 116.4 51.9 5.83 106.7 50.9 7.42 126.7 54.4 4.28 118.8 52.7 5.45 109.0 51.2 6.9967°F 80°F 125.9 51.2 4.64 118.2 49.0 5.84 108.2 48.4 7.43 128.9 51.4 4.28 120.7 49.8 5.45 110.7 48.6 7.00

85°F 127.9 48.2 4.66 120.1 46.1 5.85 109.8 45.8 7.45 131.0 48.3 4.29 122.7 47.0 5.46 112.4 46.0 7.01

75°F 129.8 45.2 4.67 121.9 43.2 5.87 111.4 43.3 7.46 133.2 45.3 4.29 124.7 44.1 5.46 114.0 43.4 7.0372°F 80°F 131.8 42.2 4.69 123.8 40.3 5.88 113.0 40.8 7.48 135.3 42.2 4.30 126.6 41.2 5.47 115.7 40.8 7.04

85°F 133.8 39.2 4.71 125.7 37.4 5.89 114.5 38.2 7.49 137.5 39.2 4.30 128.6 38.4 5.47 117.3 38.2 7.05

CH121 18 GPM 30 GPM11 TON EWT EWT


75°F 146.4 77.0 6.01 136.5 74.9 7.58 128.9 71.1 9.59 149.1 78.0 5.60 139.3 75.0 7.09 129.1 72.0 8.9762°F 80°F 149.0 73.2 6.04 138.7 71.3 7.61 131.7 67.8 9.62 151.8 74.2 5.62 141.7 71.4 7.11 131.2 68.7 8.99

85°F 151.6 69.5 6.07 140.9 67.7 7.64 134.5 64.5 9.65 154.5 70.5 5.64 144.0 67.8 7.13 133.3 65.3 9.0175°F 154.1 65.7 6.11 143.2 64.1 7.67 137.3 61.3 9.68 157.2 66.7 5.66 146.4 64.2 7.15 135.4 61.9 9.02

67°F 80°F 156.7 62.0 6.14 145.4 60.5 7.71 140.1 58.0 9.71 159.9 62.9 5.68 148.7 60.6 7.17 137.5 58.6 9.04

85°F 159.3 58.2 6.17 147.7 57.0 7.74 142.8 54.7 9.74 162.6 59.2 5.71 151.1 57.0 7.19 139.6 55.2 9.0675°F 161.8 54.5 6.20 149.9 53.4 7.77 145.6 51.4 9.77 165.3 55.4 5.73 153.4 53.4 7.21 141.7 51.8 9.07

72°F 80°F 164.4 50.7 6.23 152.1 49.8 7.81 148.4 48.1 9.80 168.0 51.7 5.75 155.8 49.7 7.24 143.8 48.5 9.09

85°F 167.0 47.0 6.26 154.4 46.2 7.84 151.2 44.8 9.83 170.7 47.9 5.77 158.1 46.1 7.26 146.0 45.1 9.11

3201 CFM

4001 CFM

3200 CFM

4000 CFM

2000 CFM

2001 CFM

036-21217-000 Rev. A (07/01) YORK


TABLE 13: STANDARD MOTORS CH 5-10 TON MODELS

NOTE: Single Phase CH060 located in 1-5 ton data.

TABLE 14: STANDARD MOTORS CU 5-20 TON MODELS

NOTE: Single Phase unit found in smaller cabinet data 1-5 ton.

MODEL VOLTAGE COMPRESSOR EVAPORATOR MIN. CCT. MAX FUSE /# QTY RLA LRA HP FLA RPM AMPACITY CCT. BKR. AMP

CU060 208-230/3/60 1 @ 19.3 123.0 1.00 3.1 1800 27.23 45460/3/60 1 @ 7.5 49.5 1.00 1.6 1800 10.98 15575/3/60 1 @ 6.4 40.0 1.00 1.3 1800 9.30 15

CU096 208-230/3/60 2 @ 13.9 88.0 1.50 4.4 1800 35.68 45460/3/60 2 @ 7.1 44.0 1.50 2.2 1800 18.18 25575/3/60 2 @ 5.4 34.0 1.50 1.8 1800 13.95 15

CU120 208-230/3/60 2 @ 19.3 123.0 2.00 6.0 1800 49.43 60460/3/60 2 @ 7.5 49.5 2.00 3.0 1800 19.88 25575/3/60 2 @ 6.4 40.0 2.00 2.4 1800 16.80 20

CU180 208-230/3/60 2 @ 25.0 164.0 3.00 8.4 1800 64.65 80460/3/60 2 @ 12.0 100.0 3.00 4.2 1800 31.20 40575/3/60 2 @ 9.7 90.0 3.00 3.4 1800 25.23 30

CU240 208-230/3/60 2 @ 33.6 225.0 5.00 13.2 1800 88.80 110460/3/60 2 @ 17.3 114.0 5.00 6.6 1800 45.53 60575/3/60 2 @ 13.5 80.0 5.00 5.3 1800 35.68 45


CU060 208-230/3/60 1 @ 19.3 123.0 1.00 3.1 1800 27.23 45460/3/60 1 @ 7.5 49.5 1.00 1.6 1800 10.98 15575/3/60 1 @ 6.4 40.0 1.00 1.3 1800 9.30 15

CU096 208-230/3/60 2 @ 13.9 88.0 1.50 4.4 1800 35.68 45460/3/60 2 @ 7.1 44.0 1.50 2.2 1800 18.18 25575/3/60 2 @ 5.4 34.0 1.50 1.8 1800 13.95 15

CU120 208-230/3/60 2 @ 19.3 123.0 2.00 6.0 1800 49.43 60460/3/60 2 @ 7.5 49.5 2.00 3.0 1800 19.88 25575/3/60 2 @ 6.4 40.0 2.00 2.4 1800 16.80 20

CU180 208-230/3/60 2 @ 25.0 164.0 3.00 8.4 1800 64.65 80460/3/60 2 @ 12.0 100.0 3.00 4.2 1800 31.20 40575/3/60 2 @ 9.7 90.0 3.00 3.4 1800 25.23 30

CU240A 208-230/3/60 2 @ 33.6 225.0 5.00 13.2 1800 88.80 110460/3/60 2 @ 17.3 114.0 5.00 6.6 1800 45.53 60575/3/60 2 @ 13.5 80.0 5.00 5.3 1800 35.68 45

YORK 036-21217-000 Rev. A (07/01)


TABLE 15: STANDARD EVAPORATOR MOTORS CU 300 25 TON MODEL


CU300 208-230/3/60 3 @ 32.1 195.0 7.50 21.8 1800 126.13 150460/3/60 3 @ 16.4 95.0 7.50 10.0 1800 63.30 70575/3/60 3 @ 12.0 80.0 7.50 8.4 1800 47.40 50

036-21217-000 Rev. A (07/01) YORK


TABLE 16: COOLING PERFORMANCE DATA CU 5-20 TON VERTICAL MODELSC U0 6 0 9 G P M 15 G P M

5 T O N E WT E WT

6 5 °F 8 5 °F 10 5 °F 6 5 °F 8 5 °F 10 5 °F

E WB E D B T C S C k W T C S C k W T C S C k W T C S C kW T C S C k W T C S C k W

7 5°F 62.1 48.9 2.87 58.3 47.2 3.65 54.4 45.4 4.67 63.1 49.4 2.71 59.2 47.5 3.45 55.3 45.7 4.41

6 2 °F 8 0°F 62.1 58.2 2.87 58.3 57.0 3.65 54.4 54.1 4.67 63.1 58.7 2.71 59.2 56.7 3.45 55.3 54.6 4.41

8 5°F 65.4 65.4 2.91 61.5 61.5 3.71 57.8 57.8 4.74 66.3 66.3 2.74 62.5 62.5 3.53 58.8 58.8 4.45

7 5°F 66.4 38.1 2.93 62.0 36.9 3.71 57.2 34.9 4.70 67.6 39.3 2.75 63.3 37.5 3.49 58.4 35.4 4.43

6 7 °F 8 0°F 66.4 48.0 2.93 62.0 46.2 3.71 57.2 44.3 4.70 67.6 48.5 2.75 63.3 46.7 3.49 58.4 44.8 4.43

8 5°F 66.4 57.8 2.93 62.0 55.7 3.71 57.2 53.7 4.70 67.6 58.4 2.75 63.3 56.3 3.49 58.4 54.2 4.43

7 5°F 71.4 28.7 2.99 66.6 27.4 3.77 61.4 25.5 4.77 72.7 29.1 2.79 68.0 28.0 3.53 63.0 26.1 4.47

7 2 °F 8 0°F 71.4 38.1 2.99 66.6 36.2 3.77 61.4 34.3 4.77 72.7 38.6 2.79 68.0 36.8 3.53 63.0 34.9 4.47

8 5°F 71.4 47.3 2.99 66.6 45.6 3.77 61.4 43.7 4.77 72.7 47.8 2.79 68.0 46.1 3.53 63.0 44.2 4.47

C U0 9 6 15 G P M 2 4 G P M

8 T O N E WT E WT

6 5 °F 8 5 °F 10 5 °F 6 5 °F 8 5 °F 10 5 °F


7 5°F 99.0 78.9 4.44 93.9 76.4 5.65 87.2 73.4 7.22 100.3 79.3 4.21 94.9 76.8 5.38 88.5 74.0 6.87

6 2 °F 8 0°F 99.0 93.9 4.44 93.9 91.5 5.65 87.2 87.2 7.22 100.3 94.7 4.21 94.9 92.0 5.38 88.5 88.3 6.87

8 5°F 104.2 104.2 4.50 98.8 98.8 5.71 92.4 92.4 7.32 105.4 105.4 4.25 100.0 100.0 5.44 93.8 93.8 6.91

7 5°F 105.9 62.3 4.47 99.1 59.4 5.69 91.4 56.2 7.26 107.3 62.9 4.24 100.6 60.1 5.41 93.1 56.9 6.88

6 7 °F 8 0°F 105.9 77.5 4.47 99.1 74.6 5.69 91.4 71.5 7.26 107.3 78.0 4.24 100.6 75.2 5.41 93.1 72.2 6.88

8 5°F 105.9 93.2 4.47 99.1 90.2 5.69 91.4 86.8 7.26 107.3 93.8 4.24 100.6 91.0 5.41 93.1 87.8 6.88

7 5°F 113.6 45.7 4.54 106.5 43.9 5.76 98.3 40.9 7.33 115.3 46.4 4.28 108.2 44.7 5.43 100.4 41.8 6.93

7 2 °F 8 0°F 113.6 61.2 4.54 106.5 58.4 5.76 98.3 55.3 7.33 115.3 61.8 4.28 108.2 59.1 5.43 100.4 56.2 6.93

8 5°F 113.6 76.3 4.54 106.5 73.6 5.76 98.3 70.6 7.33 115.3 76.9 4.28 108.2 74.3 5.43 100.4 71.5 6.93

C U12 0 18 G P M 3 0 G P M

10 T O N E WT E WT

6 5 °F 8 5 °F 10 5 °F 6 5 °F 8 5 °F 10 5 °F


7 5°F 125.4 99.6 5.76 118.8 96.6 7.32 109.7 92.5 9.35 127.3 100.6 5.43 120.4 97.3 6.93 111.7 93.5 8.83

6 2 °F 8 0°F 125.4 118.6 5.76 118.8 115.4 7.32 109.7 109.7 9.35 127.3 119.6 5.43 120.4 116.7 6.93 111.7 111.4 8.83

8 5°F 132.4 132.4 5.86 125.2 125.2 7.52 117.0 117.0 9.48 134.2 134.2 5.47 127.1 127.1 7.07 119.1 119.1 8.86

7 5°F 134.2 78.9 5.86 125.7 75.3 7.43 115.8 71.2 9.41 136.5 79.9 5.50 127.8 76.1 6.98 118.0 72.1 8.87

6 7 °F 8 0°F 134.2 98.0 5.86 125.7 94.4 7.43 115.8 90.5 9.41 136.5 98.9 5.50 127.8 95.4 6.98 118.0 91.3 8.87

8 5°F 134.2 117.7 5.86 125.7 114.0 7.43 115.8 109.7 9.41 136.5 118.8 5.50 127.8 114.8 6.98 118.0 110.6 8.87

7 5°F 144.4 58.1 5.98 134.4 55.7 7.55 124.4 52.0 9.55 147.0 58.8 5.53 137.5 55.6 7.08 127.3 53.0 8.96

7 2 °F 8 0°F 144.4 77.6 5.98 134.4 73.8 7.55 124.4 69.9 9.55 147.0 78.5 5.53 137.5 75.0 7.08 127.3 71.1 8.96

8 5°F 144.4 96.6 5.98 134.4 93.0 7.55 124.4 89.3 9.55 147.0 97.9 5.53 137.5 94.1 7.08 127.3 90.4 8.96

C U18 0 2 7 G P M 4 5 G P M

15 T O N E WT E WT

6 5 °F 8 5 °F 10 5 °F 6 5 °F 8 5 °F 10 5 °F


7 5°F 185.2 146.0 9.14 175.0 141.3 11.25 163.0 136.1 14.03 187.5 147.0 8.65 177.4 142.3 10.64 165.9 137.2 13.21

6 2 °F 8 0°F 185.2 173.9 9.14 175.0 169.7 11.25 163.0 162.4 14.03 187.5 175.3 8.65 177.4 170.2 10.64 165.9 164.0 13.21

8 5°F 194.6 194.6 9.41 184.8 184.8 11.54 172.8 172.8 14.28 197.8 197.8 8.90 187.8 187.8 10.94 176.4 176.4 13.34

7 5°F 197.2 115.5 9.37 185.0 110.4 11.44 171.2 104.5 14.24 200.6 116.8 8.87 188.6 111.8 10.80 175.2 106.3 13.38

6 7 °F 8 0°F 197.2 143.0 9.37 185.0 138.1 11.44 171.2 132.6 14.24 200.6 144.3 8.87 188.6 139.7 10.80 175.2 134.3 13.38

8 5°F 197.2 172.2 9.37 185.0 166.8 11.44 171.2 161.0 14.24 200.6 173.9 8.87 188.6 168.5 10.80 175.2 162.7 13.38

7 5°F 211.5 86.3 9.66 198.2 81.1 11.75 183.5 75.4 14.56 215.4 88.1 9.11 202.4 82.8 11.03 188.0 77.3 13.63

7 2 °F 8 0°F 211.5 109.5 9.66 198.2 104.4 11.75 183.5 98.8 14.56 215.4 111.1 9.11 202.4 105.9 11.03 188.0 100.4 13.63

8 5°F 211.5 134.1 9.66 198.2 129.1 11.75 183.5 123.6 14.56 215.4 135.6 9.11 202.4 130.6 11.03 188.0 125.4 13.63

C U2 4 0 3 6 G P M 6 0 G P M

20 T O N E WT E WT

6 5 °F 8 5 °F 10 5 °F 6 5 °F 8 5 °F 10 5 °F


7 5°F 236.4 174.8 12.57 223.8 169.5 15.22 207.2 162.4 18.63 239.5 176.1 12.07 226.6 170.7 14.56 211.1 163.9 17.71

6 2 °F 8 0°F 236.4 207.6 12.57 223.8 202.3 15.22 207.2 195.1 18.63 239.5 208.9 12.07 226.6 203.4 14.56 211.1 196.6 17.71

8 5°F 240.6 240.6 12.70 229.8 229.8 15.27 217.8 217.8 18.86 242.6 242.6 12.85 231.8 231.8 14.66 220.6 220.6 17.98

7 5°F 256.6 139.3 12.97 243.0 134.1 15.53 226.0 128.0 19.00 259.5 140.5 12.41 246.8 135.7 14.84 230.0 129.2 18.12

6 7 °F 8 0°F 256.6 171.9 12.97 243.0 166.8 15.53 226.0 160.8 19.00 259.5 173.1 12.41 246.8 168.5 14.87 230.0 161.8 18.12

8 5°F 256.6 204.6 12.97 243.0 199.5 15.53 226.0 193.7 19.00 259.5 205.8 12.45 246.8 201.2 14.87 230.0 194.5 18.12

7 5°F 277.9 103.3 13.45 263.3 98.5 16.04 245.3 92.5 19.46 281.7 105.0 12.83 268.0 100.1 15.25 250.5 94.2 18.44

7 2 °F 8 0°F 277.9 135.8 13.45 263.3 131.2 16.04 245.3 125.5 19.46 281.7 138.2 12.83 268.0 133.0 15.25 250.5 127.0 18.44

8 5°F 277.9 168.2 13.45 263.3 163.9 16.04 245.3 158.4 19.46 281.7 171.4 12.83 268.0 165.8 15.25 250.5 160.0 18.44

8 0 0 0 C F M

2 0 0 0 C F M

3 2 0 0 C F M

4 0 0 0 C F M

6 0 0 0 C F M

YORK 036-21217-000 Rev. A (07/01)


TABLE 17: COOLING PERFORMANCE DATA CU 300 25 TON VERTICAL MODELS

TABLE 18: WATER-SIDE ECONOMIZER COOLING PERFORMANCE DATA CH 5-10 TON MODELS

UNITAir @ 80OF EDB, 67OF EWB Water Capacity [MBH]

CFM PD [in WG] Flow [GPM] PD [PSI] EWT [OF] Total Sensible

CH060 2000 0.16

9 1.445 50.8 39.955 31.4 31.4

15 3.845 64.5 45.055 35.0 35.0

CH096 3200 0.1415 1.4

45 87.4 66.5

55 52.7 52.7

24 3.445 107.1 73.855 60.5 57.0

CH120 4000 0.2118 1.9

45 104.6 80.355 63.0 63.0

305.2

45 127.3 88.6

55 68.9 68.9NOTE:

1. All economizer coils are 3R, 10 FPI, aluminum fins with copper tubes and headers.

2. For total system waterside pressure drop, add condenser pressure drop and waterside economizer coil pressure drop.

GPM

CU300 45 75

25 TON EWT EWT

65°F 85°F 105°F 65°F 85°F 105°F


75°F 308.9 227.9 22.17 289.6 217.8 25.74 266.8 206.5 30.41 314.6 234.0 21.29 295.4 220.9 24.67 273.2 213.3 29.09

62°F 80°F 308.9 267.2 22.17 289.6 257.1 25.74 266.8 246.2 30.41 314.6 275.2 21.29 295.4 260.2 24.67 273.2 255.1 29.09

85°F 308.9 308.9 22.17 289.6 257.1 25.74 266.8 266.8 30.41 314.6 314.6 21.29 295.4 295.4 24.67 273.2 273.2 29.09

75°F 335.8 180.6 22.74 314.8 171.2 26.32 290.4 161.4 31.09 342.0 183.3 21.73 321.6 175.9 25.14 298.2 166.7 29.57

67°F 80°F 335.8 220.9 22.74 314.8 211.2 26.32 290.4 201.2 31.09 342.0 223.3 21.73 321.6 218.0 25.14 298.2 208.4 29.57

85°F 335.8 260.9 22.74 314.8 251.2 26.32 290.4 241.3 31.09 342.0 263.6 21.73 321.6 259.8 25.14 298.2 250.5 29.57

75°F 363.7 133.1 23.33 340.6 125.3 26.96 316.5 118.3 31.78 372.5 135.9 22.22 350.4 128.5 25.67 325.7 121.1 30.05

72°F 80°F 363.7 174.2 23.33 340.6 166.2 26.96 316.5 159.5 31.78 372.5 178.0 22.22 350.4 170.3 25.67 325.7 162.5 30.05

85°F 363.7 215.6 23.33 340.6 207.0 26.96 316.5 200.9 31.78 372.5 219.7 22.22 350.4 211.9 25.67 325.7 204.2 30.05

10000 CFM

036-21217-000 Rev. A (07/01) YORK


TABLE 19: WATER-SIDE ECONOMIZER COOLING PERFORMANCE DATA CU 1-5 TON MODELS

TABLE 20: WATER-SIDE ECONOMIZER COOLING PERFORMANCE DATA CU 300 25 TON MODEL

UNITAir @ 80OF EDB, 67OF EWB Water Capacity [MBH]

CFM PD [in WG] Flow [GPM] PD [PSI] EWT [OF] Total Sensible

CU060 2000 0.289 1.5

45 48.4 38.955 30.3 30.3

15 3.745 61.9 43.8

55 34.0 34.0

CU096 3200 0.1815 2.7

45 93.8 69.155 55.0 55.0

24 6.345 111.5 75.855 63.7 58.4

CU120 4000 0.27

18 2.845 112.5 83.5

55 65.4 65.4

30 6.945 133.6 91.455 76.5 70.7

CU180 6000 0.2827 2.4

45 158.8 121.455 95.5 95.5

45 5.945 193.0 134.0

55 110.2 104.3

CU240 8000 0.2736 3.2

45 218.8 164.655 129.6 129.6

60 7.745 262.7 180.955 150.2 140.4

NOTE:

1. All economizer coils are 3R, 10 FPI, aluminum fins with copper tubes and headers.

2. For total system waterside pressure drop, add condenser pressure drop and waterside economizer coil pressure drop.

CFM PD [in WG] Flow [GPM] PD [PSI] EWT [oF] Total Sensible45 265.2 200.0

55 155.0 155.0

45 317.0 219.1

55 181.5 170.6

NOTE: All economizer coils are 3R, 10FPI, aluminum fins with copper tubes and headers.

For total system water-side pressure drop, add condenser pressure drop and water-side economizer coil

pressure drop.

UNITAir @ 80oFEDB, 67oFEWB Water Capacity [MBH]

3.0

75 8.4

CU300 10000 0.39

45

YORK 036-21217-000 Rev. A (07/01)


FIGURE 1: DIMENSIONAL DATA CH 1-5 TON HORIZONTAL MODELS

TABLE 21: DIMENSIONAL DATA CH 1-5 TON HORIZONTAL MODELS

A B C D E FRETURN AIR

KSUPPLY AIR

G H J L MCH012 34.50 21.00 15.00 32.13 23.50 3.00 18.00 2.00 12.00 5.75 6.81 10.25CH018 37.00 21.00 16.00 34.63 23.50 3.00 18.00 1.00 14.00 4.75 8.25 10.25CH024 41.00 24.00 18.00 38.63 26.50 3.00 22.00 1.00 16.00 6.75 8.25 10.31

CH030 43.50 24.00 18.00 41.13 26.50 2.63 25.00 1.00 16.00 6.75 9.18 10.31CH036 45.00 25.00 20.00 42.63 27.50 2.63 25.00 1.00 18.00 6.75 9.18 10.31CH048 52.00 30.00 20.00 49.63 32.50 2.63 38.00 1.00 18.00 9.94 12.25 11.38

CH060 56.00 30.00 20.00 53.63 32.50 2.63 42.00 1.00 18.00 10.84 12.25 11.38

036-21217-000 Rev. A (07/01) YORK


FIGURE 2 : DIMENSIONAL DATA CH 5 TON HORIZONTAL MODEL

YORK 036-21217-000 Rev. A (07/01)


FIGURE 3 : DIMENSIONAL DATA CH 8 & 10 TON HORIZONTAL MODELS

036-21217-000 Rev. A (07/01) YORK


FIGURE 4 : PHYSICAL CONFIGURATION DATA CH 8 & 10 TON WATER SIDE ECONOMIZER

YORK 036-21217-000 Rev. A (07/01)


FIGURE 5 : DIMENSIONAL DATA CU 1-5 TON VERTICAL MODELS

TABLE 22: DIMENSIONAL DATA CU 1-5 TON VERTICAL MODELS

A B CSUPPLY AIR

F GRETURN AIR

D E K L MCU012 22.50 22.50 33.50 6.81 10.25 2.00 7.84 16.88 12.50 1.25CU018 22.50 22.50 35.00 8.25 10.25 2.00 7.13 16.88 14.50 1.25CU024 22.50 22.50 42.00 8.25 10.31 2.00 7.13 16.88 23.50 0.75

CU030 22.50 22.50 45.00 9.18 10.31 2.00 6.66 16.88 23.50 1.25CU036 24.50 24.00 45.00 9.18 10.31 3.00 7.66 18.88 23.50 1.25CU048 29.50 27.50 52.00 12.25 11.38 3.00 8.63 23.00 28.50 0.75

CU060 29.50 27.50 56.00 12.25 11.38 3.00 8.63 23.00 32.50 0.75

036-21217-000 Rev. A (07/01) YORK


FIGURE 6 : DIMENSIONAL DATA CU 5, 8, AND 10 TON VERTICAL MODELS

TABLE 23: DIMENSIONAL DATA CU 5, 8, AND 10 TON VERTICAL MODELS

A B C DRETURN AIR SUPPLY AIR

E F G H J KCU060 26.00 72.00 42.00 23.00 20.00 4.00 34.00 12.25 14.88 13.50CU096 29.00 82.00 64.00 27.00 25.00 4.00 56.00 14.75 24.63 15.88

CU120 29.00 82.00 64.00 27.00 25.00 4.00 56.00 14.75 24.63 15.88

YORK 036-21217-000 Rev. A (07/01)


FIGURE 7 : DIMENSIONAL DATA CU 15 TON VERTICAL MODEL

036-21217-000 Rev. A (07/01) YORK



YORK 036-21217-000 Rev. A (07/01)



036-21217-000 Rev. A (07/01) YORK


FIGURE 10 : TYPICAL WATER-SIDE ECONOMIZER PHYSICAL CONFIGURATION

YORK 036-21217-000 Rev. A (07/01)


FIGURE 11 : WATER-SIDE ECONOMIZER PIPING SCHEMATIC

036-21217-000 Rev. A (07/01) YORK


FIGURE 12 : WATER-SIDE ECONOMIZER CONTROL 15-20 TON VERTICAL (208-230 V/3PH/60HZ)

Subject to change without notice. Printed in U.S.A. CD: x-xxxxx 036-21217-000 Rev. A (07/01)Copyright © by Unitary Products Group 2000. All rights reserved. Supersedes: Nothing

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TECHNICAL GUIDE SINGLE PACKAGE AIR CONDITIONING WATER … · 2002-05-07 · technical guide single package air conditioning water cooled 036-21217-000 rev. a (07/01) for distribution

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