PDS4 and Build 5a Update Dan Crichton, Emily Law November 2014 1.
PDD4, PDS4 - Carrier
56
Specifications subject to change without notice. 518 41 2304 05 5/1/19 Up to 14.5 SEER PACKAGE DUAL FUEL HEAT PUMP 208/230−1−60, Single Phase, 2−5 Nominal Tons (Sizes 24−60) 208/230−3−60, Three Phase, 3−5 Nominal Tons (Sizes 36−60) REFRIGERATION CIRCUIT • Environmentally balanced R−410A refrigerant • Scroll compressor standard on all models • Copper tube/aluminum fin condenser and evaporator coils • Dehumidification mode (airflow reduction) on all models EASY TO INSTALL AND SERVICE • Installs easily on a rooftop or at ground level • Easy three−panel accessibility for maintenance and installation • Easily converts to down discharge applications • Combination gas heating, heat pump heating, and electric cooling • Low NOx units are designed for California installations and meet 40 ng/J NOx emissions. Can be installed in air quality management districts with a 40 ng/J NOx emissions requirement. BUILT TO LAST • Induced−draft combustion and venting • Pre−painted steel cabinet • Direct spark ignition • High efficiency ECM indoor blower motor on all models • Vertical condenser fan discharge • Full perimeter steel base rails • High and low pressure switches provide added reliability for the compressor • Aluminized steel tubular heat exchanger and 2” spacing wire grilles on PDD4 models (00), Stainless Steel tubular heat exchanger and hail guard (3/8” spacing) wire grilles on PDS4 models • PDS4 single phase models with factory installed tin−plated copper evaporator main tubes (GP) PDS4 3−phase models with standard evaporator tubes (GP) Models with factory installed options are identified with letters in the 11th and 12th positions in the model number LIMITED WARRANTY* 1 Phase PDS4 “G” Models • 3 year No Hassle Replacementt limited warranty • 10 year parts limited warranty (including compressor and coils) and lifetime heat exchanger limited warranty with timely registration • 5 year parts limited warranty and 20 year heat exchanger limited warranty if not registered within 90 days of original installation 1 Phase PDD4 “G” Models • 15 year heat exchanger limited warranty • 10 year parts limited warranty (including compressor and coils) with timely registration • 5 year parts limited warranty if not registered within 90 days of original installation. 3 Phase PDS4, PDD4 “E” Models • 10 year heat exchanger limited warranty • 5 year compressor limited warranty • 1 year parts limited warranty * See warranty certificate for complete details and restrictions UNIT PERFORMANCE DATA Aluminized Steel Heat Exchanger Stainless Steel Heat Exchanger COOLING HEAT PUMP HEATING GAS HEATING Unit Dimensions Height x Width x Depth in (mm) Operating Weight lbs (kg) Capacity BTU/h SEER EER Capacity BTU/h HSPF Input BTU/h Efficiency AFUE % 1Æ 3Æ PDD424040K00*# PDS424040KG^*# 23,000 14.5 12.0 22,600 8.0 40,000 81.0 - 47 3 / 4 x 48 3 / 16 x 32 5 / 8 (1213 x1 224 x 829) 311 (141) PDD424060K00*# PDS424060KG^*# 23,000 14.5 12.0 22,600 8.0 60,000 81.0 - 311 (141) PDD430040K00*# PDS430040KG^*# 28,600 14.0 11.5 28,400 8.0 40,000 81.0 - 51 3 / 4 x 48 3 / 16 x 32 5 / 8 (1315 x1 224 x 829) 351 (159) PDD430060K00*# PDS430060KG^*# 28,600 14.0 11.5 28,400 8.0 60,000 81.0 - 351 (159) PDD436060‡00*# PDS436060‡G^*# 34,200 14.0 11.5 34,400 8.0 60,000 81.0 78.5 48 3 / 4 x 48 3 / 16 x 44 1 / 8 (1238 x 1224 x 1122) 387 (176) PDD436090‡00*# PDS436090‡G^*# 34,200 14.0 11.5 34,400 8.0 90,000 81.0 80.4 387 (176) PDD442060‡00*# PDS442060‡G^*# 41,000 14.0 11.5 40,000 8.0 60,000 81.0 78.5 54 3 / 4 x 48 3 / 16 x 44 1 / 8 (1391 x 1224 x 1122) 435 (197) PDD442090‡00*# PDS442090‡G^*# 41,000 14.0 11.5 40,000 8.0 90,000 81.0 80.4 435 (197) PDD448090‡00*# PDS448090‡G^*# 48,000 14.0 12.0 46,000 8.0 90,000 81.0 80.4 456 (207) PDD448115‡00*# PDS448115‡G^*# 48,000 14.0 12.0 46,000 8.0 115,000 81.0 80.3 456 (207) PDD448130K00*# PDS448130KG^*# 48,000 14.0 12.0 46,000 8.0 127,000 81.0 - 456 (207) PDD448130H00*# PDS448130HG^*# 48,000 14.0 12.0 46,000 8.0 130,000 - 78.9 456 (207) PDD460090‡00*# PDS460090‡G^*# 57,500 14.0 11.5 57,500 8.0 90,000 81.0 80.4 48 3 / 4 x 48 3 / 16 x 44 1 / 8 (1238 x 1224 x 1122) 487 (221) PDD460115‡00*# PDS460115‡G^*# 57,500 14.0 11.5 57,500 8.0 115,000 81.0 80.3 487 (221) PDD460130K00*# PDS460130KG^*# 57,500 14.0 11.5 57,500 8.0 127,000 81.0 - 487 (221) PDD460130H00*# PDS460130HG^*# 57,500 14.0 11.5 57,500 8.0 130,000 - 78.9 487 (221) ‡ K = 208/230-1-60, H = 208/230-3-60 * 0 = Standard, 1 = Low NOx 00 = No Options ^ P = Tin−Plated Evaporator Main Tubes plus Stainless Steel Heat Exchanger (single−phase) C = Low Cabinet Air Leakage plus Tin−Plated Evaporator Main Tubes plus Stainless Steel Heat Exchanger # G = 1−phase series, E = 3−phase series Use of the AHRI Certified TM Mark in- dicates a manufacturer’s participation in the program. For verification of certi- fication for individual products, go to www.ahridirectory.org . PDD4, PDS4 Product Specifications
Transcript of PDD4, PDS4 - Carrier
Specifications subject to change without notice. 518 41 2304 05 5/1/19
Up to 14.5 SEER PACKAGE DUAL FUEL HEAT PUMP208/230−1−60, Single Phase, 2−5 Nominal Tons (Sizes 24−60)208/230−3−60, Three Phase, 3−5 Nominal Tons (Sizes 36−60)REFRIGERATION CIRCUIT
• Environmentally balanced R−410A refrigerant• Scroll compressor standard on all models• Copper tube/aluminum fin condenser and evaporator coils• Dehumidification mode (airflow reduction) on all models
EASY TO INSTALL AND SERVICE• Installs easily on a rooftop or at ground level• Easy three−panel accessibility for maintenance and installation• Easily converts to down discharge applications• Combination gas heating, heat pump heating, and electric cooling• Low NOx units are designed for California installations and meet 40 ng/J NOx emissions. Can
be installed in air quality management districts with a 40 ng/J NOx emissions requirement.BUILT TO LAST
• Induced−draft combustion and venting• Pre−painted steel cabinet• Direct spark ignition• High efficiency ECM indoor blower motor on all models• Vertical condenser fan discharge• Full perimeter steel base rails• High and low pressure switches provide added reliability for the compressor• Aluminized steel tubular heat exchanger and 2” spacing wire grilles on PDD4 models (00),
Stainless Steel tubular heat exchanger and hail guard (3/8” spacing) wire grilles on PDS4 models• PDS4 single phase models with factory installed tin−plated copper evaporator main tubes (GP)
PDS4 3−phase models with standard evaporator tubes (GP)Models with factory installed options are identified with letters in the 11th and 12th positions in the model numberLIMITED WARRANTY*
1 Phase PDS4 “G” Models• 3 year No Hassle Replacement� limited warranty• 10 year parts limited warranty (including compressor and coils) and lifetime heat exchanger limited warranty with timely registration• 5 year parts limited warranty and 20 year heat exchanger limited warranty if not registered within 90 days of original installation1 Phase PDD4 “G” Models• 15 year heat exchanger limited warranty• 10 year parts limited warranty (including compressor and coils) with timely registration• 5 year parts limited warranty if not registered within 90 days of original installation.3 Phase PDS4, PDD4 “E” Models• 10 year heat exchanger limited warranty• 5 year compressor limited warranty• 1 year parts limited warranty
* See warranty certificate for complete details and restrictionsUNIT PERFORMANCE DATA
Aluminized SteelHeat Exchanger
Stainless SteelHeat Exchanger
COOLING HEAT PUMP HEATING GAS HEATINGUnit Dimensions
Height x Width x Depthin (mm)
OperatingWeightlbs (kg)
CapacityBTU/h SEER EER
CapacityBTU/h HSPF
InputBTU/h
EfficiencyAFUE %
1� 3�PDD424040K00*# PDS424040KG^*# 23,000 14.5 12.0 22,600 8.0 40,000 81.0 - 473/4 x 483/16 x 325/8
(1213 x1 224 x 829)311 (141)
PDD424060K00*# PDS424060KG^*# 23,000 14.5 12.0 22,600 8.0 60,000 81.0 - 311 (141)PDD430040K00*# PDS430040KG^*# 28,600 14.0 11.5 28,400 8.0 40,000 81.0 - 513/4 x 483/16 x 325/8
(1315 x1 224 x 829)351 (159)
PDD430060K00*# PDS430060KG^*# 28,600 14.0 11.5 28,400 8.0 60,000 81.0 - 351 (159)PDD436060‡00*# PDS436060‡G^*# 34,200 14.0 11.5 34,400 8.0 60,000 81.0 78.5 483/4 x 483/16 x 441/8
(1238 x 1224 x 1122)387 (176)
PDD436090‡00*# PDS436090‡G^*# 34,200 14.0 11.5 34,400 8.0 90,000 81.0 80.4 387 (176)PDD442060‡00*# PDS442060‡G^*# 41,000 14.0 11.5 40,000 8.0 60,000 81.0 78.5
543/4 x 483/16 x 441/8(1391 x 1224 x 1122)
435 (197)PDD442090‡00*# PDS442090‡G^*# 41,000 14.0 11.5 40,000 8.0 90,000 81.0 80.4 435 (197)PDD448090‡00*# PDS448090‡G^*# 48,000 14.0 12.0 46,000 8.0 90,000 81.0 80.4 456 (207)PDD448115‡00*# PDS448115‡G^*# 48,000 14.0 12.0 46,000 8.0 115,000 81.0 80.3 456 (207)PDD448130K00*# PDS448130KG^*# 48,000 14.0 12.0 46,000 8.0 127,000 81.0 - 456 (207)PDD448130H00*# PDS448130HG^*# 48,000 14.0 12.0 46,000 8.0 130,000 - 78.9 456 (207)PDD460090‡00*# PDS460090‡G^*# 57,500 14.0 11.5 57,500 8.0 90,000 81.0 80.4
483/4 x 483/16 x 441/8(1238 x 1224 x 1122)
487 (221)PDD460115‡00*# PDS460115‡G^*# 57,500 14.0 11.5 57,500 8.0 115,000 81.0 80.3 487 (221)PDD460130K00*# PDS460130KG^*# 57,500 14.0 11.5 57,500 8.0 127,000 81.0 - 487 (221)PDD460130H00*# PDS460130HG^*# 57,500 14.0 11.5 57,500 8.0 130,000 - 78.9 487 (221)
‡ K = 208/230-1-60, H = 208/230-3-60* 0 = Standard, 1 = Low NOx00 = No Options^ P = Tin−Plated Evaporator Main Tubes plus Stainless Steel Heat Exchanger (single−phase)
C = Low Cabinet Air Leakage plus Tin−Plated Evaporator Main Tubes plus Stainless Steel Heat Exchanger# G = 1−phase series, E = 3−phase series
Use of the AHRI Certified TM Mark in-dicates a manufacturer’s participationin the program. For verification of certi-fication for individual products, go towww.ahridirectory.org .
PDD4, PDS4Product Specifications
2 518 41 2304 05Specifications subject to change without notice.
NOMENCLATURE
MODEL NOMENCLATURE
MODEL SERIES1 2 3 4 5,6 7,8,9 10 11,12 13 14 15
P D D 4 36 090 K 00 0 E 1P = Package
A = Air Conditioner
H = Heat Pump
G = Gas/Electric
D = Dual Fuel TYPED = Standard
S = Mainline w/ SS HX TIER3 = 13
4 = 14
5 = 15 SEER24 = 24,000 BTUH = 2 Tons
30 = 30,000 BTUH = 2.5 Tons
36 = 36,000 BTUH = 3 Tons
42 = 42,000 BTUH = 3.5 Tons
48 = 48,000 BTUH = 4 Tons
60 = 60,000 BTUH = 5 Tons NOMINAL COOLING CAPACITY000 = no factory heat
040 = 40,000 BTU/hr
060 = 60,000 BTU/hr
090 = 90,000 BTU/hr
115 = 115,000 BTU/hr
130 = 127,000 or 130,000 BTU/hr NOMINAL HEATING BTUH (input)K = 208/230−1−60
H = 208/230−3−60
VOLTAGE00 = No options
GP = Tin Plated Evap Main Tubes plus Stainless Steel Heat Exchanger (single phase)
FACTORY INSTALLED OPTIONS0 = Standard
1 = Low NOx FEATURE CODESales Model Digit
Engineering Digit
For California Residents:For installation in SCAQMD only: This furnace does not meet the SCAQMD Rule 1111 14 ng/J NOx emission limit, and thus is subject toa mitigation fee of up to $450. This furnace is not eligible for the Clean Air Furnace Rebate Program: www.CleanAirFurnaceRebate.com
Specifications subject to change without notice.518 41 2304 05 3
AHRI* CAPACITIES
COOLING CAPACITIES AND EFFICIENCIESUNIT SIZE NOMINAL TONS STANDARD CFM COOLING CAPACITY EER SEER
24 2 800 23000 12.0 14.5
30 2.5 1000 28600 11.5 14.0
36 3 1200 34200 11.5 14.0
42 3.5 1400 41000 11.5 14.0
48 4 1600 48000 12.0 14.0
60 5 1750 57500 11.5 14.0
Heat Pump Heating Capacities and Efficiencies
UNITHEATING CAPACITY (BTUH) @
47°F (8.3°C)COP @ 47°F
(8.3°C)HEATING CAPACITY (BTUH) @
17°F (8.3°C)COP @ 17°F
(8.3°C)HSPF
24 22600 3.7 12000 2.30 8.0
30 28400 3.7 15600 2.35 8.0
36 34400 3.6 18600 2.30 8.0
42 40000 3.6 22600 2.40 8.0
48 46000 3.6 25800 2.40 8.0
60 57500 3.7 33000 2.45 8.0
LEGENDdBA−Sound Levels (decibels)db—Dry BulbSEER—Seasonal Energy Efficiency Ratiowb—Wet BulbCOP−Coefficient of PerformanceHSPF−Heating Season Performance Factor* Air Conditioning, Heating & Refrigeration Institute.**At “A” conditions−80�F (26.7�C) indoor db/67�F (19.4�C) indoor wb & 95�F(35�C) outdoor db.� Rated in accordance with U.S. Government DOE Department of Energy) testprocedures and/or AHRI Standards 210/240.
Notes:1. Ratings are net values, reflecting the effects of circulating fan heat.Ratings are based on:Cooling Standard: 80°F (26.7�C) db, 67°F (19.4�C) wb indoor entering−air tem-perature and 95°F (35�C) db outdoor entering−air temperature.2. Before purchasing this appliance, read important energy cost and efficiencyinformation available from your retailer.
GAS HEATING CAPACITIES AND EFFICIENCIES, SINGLE PHASE MODELS
UNIT SIZE HEATING INPUT (Btuh)OUTPUT CAPACITY
(Btuh)TEMPERATURE RISE
RANGE F (C) AFUE (%)
2404030040 40,000 33,000
25−55(14−31)
81.0
24060300603606042060
60,000 49,00025−55
(13.9−30.6)
36090420904809060090
90,000 74,00035−65
(19.4−36.1)
4811560115 115,000 94,000
30−60(16.7−33.3)
4813060130 130,000 104,000
35−65(19.4−36.1)
LEGENDAFUE—Annual Fuel Utilization EfficiencyNOTE: Before purchasing this appliance, read important energy cost and efficiency information available from your retailer.
GAS HEATING CAPACITIES AND EFFICIENCIES, THREE PHASE MODELS
UNIT SIZE HEATING INPUT (Btuh)OUTPUT CAPACITY
(Btuh)TEMPERATURE RISE
RANGE F (C) AFUE (%)
3606042060 60,000
47,00047,000
25−55(13.9−30.6)
78.578.5
36090420904809060090
90,000 73,00035−65
(19.4−36.1) 80.4
4811560115 115,000 93,000
30−60(16.7−33.3) 80.3
4813060130 130,000 103,000
35−65(19.4−36.1) 78.9
LEGENDAFUE—Annual Fuel Utilization EfficiencyNOTE: Before purchasing this appliance, read important energy cost and efficiency information available from your retailer.
4 518 41 2304 05Specifications subject to change without notice.
PHYSICAL DATA Unit Size 24040 24060 30040 30060 36060 36090
Nominal Capacity - ton 2 2 2.5 2.5 3 3
Shipping Weight (lb) (kg)
365166
365166
395179
395179
440200
440200
Compressor / Quantity Scroll / 1
Refrigerant R-410A
Refrigerant Quantity (lb) Quantity (kg)
7.53.4
7.53.4
9.04.1
9.04.1
8.94.0
8.94.0
Refrigerant Metering Device Indoor TXV, Outdoor Dual Accuraters
Orifice OD (in) (mm)
0.032 (2)0.81 (2)
0.032 (2)0.81 (2)
0.035 (2)0.89 (2)
0.035 (2)0.89 (2)
0.040 (2)1.02 (2)
0.040 (2)1.02 (2)
Outdoor CoilRows… Fins/in,face area (sq. ft.)
1…2115.4
1…2115.4
1…2118.8
1…2118.8
1…2117.5
1…2117.5
Outdoor FanNominal Airflow (cfm)Diameter (in.)Diameter (mm)Motor hp (rpm)
250024
6101/12 (810)
250024
6101/12 (810)
300024
6101/10 (810)
300024
6101/10 (810)
350026
6601/5 (810)
350026
6601/5 (810)
Indoor CoilRows… Fins/in,face area (sq. ft.)
3…173.7
3…173.7
3…173.7
3…173.7
2…155.6
2…175.6
Indoor BlowerNominal Airflow (cfm)Size (in.)Size (mm)Motor hp
80010 x 10
254 x 2541/2
80010 x 10
254 x 2541/2
100010 x 10
254 x 2541/2
100010 x 10
254 x 2541/2
120011 x 10
279 x 2541/2
120011 x 10
279 x 2541/2
Furnace Section*Burner Orifice1-Phase Natural Gas Qty…Drill Size1-Phase Propane Gas Qty…Drill Size3-Phase Natural Gas Qty…Drill Size3-Phase Propane Gas Qty…Drill Size
2…442…552…442…55
3…443…552…38
2…53
2…442…552…442…55
3…443…552…38
2…53
3…443…552…38
2…53
3…383…533…383…53
High Pressure Switch (psig)CutoutReset (Auto)
650 +/- 15420 +/- 25
Loss-of-Charge/Low Pressure Switch (psig)CutoutReset (Auto)
20 +/- 545 +/- 10
Return Air Filters��disposable
2 each 20x12x1 in.508x305x25 mm
1 each 24x16x1 in.610x406x25 mm
24x18x1 in.510x457x25 mm
*Based on altitude of 0 to 2000 ft (0−610 m).�Required filter sizes shown are based on the larger of the AHRI (Air Conditioning Heating and Refrigeration Institute) rated cooling airflow or the heating airflow velocity of 300to 350 ft/minute for high−capacity type. Air filter pressure drop for non−standard filters must not exceed 0.08 IN. W.C.� If using accessory filter rack refer to filter rack installation instructions for correct filter size and quantity.
Specifications subject to change without notice.518 41 2304 05 5
PHYSICAL DATA (CONT) Unit Size 42060 42090 48090 48115 48130 60090 60115 60130
Nominal Capacity - ton 3.5 3.5 4 4 4 5 5 5
Shipping Weight (lb) (kg)
475215
475215
500227
500227
500227
515234
515234
515234
Compressor / Quantity Scroll / 1
Refrigerant R-410A
Refrigerant Quantity (lb) Quantity (kg)
11.25.1
11.25.1
9.94.5
9.94.5
9.94.5
11.95.4
11.95.4
11.95.4
Refrigerant Metering DeviceIndoor TXV,
Outdoor Dual Accuraters
Indoor Accurater,Outdoor Dual Accuraters
Indoor TXV,Outdoor Dual Accuraters
Orifice ID (in) (mm)
N/A0.080 (1)2.03 (1)
N/A
Orifice OD (in) (mm)
0.046 (2)1.17 (2)
0.046 (2)1.17 (2)
0.046 (2)1.17 (2)
0.046 (2)1.17 (2)
0.046 (2)1.17 (2)
0.052 (2)1.32 (2)
0.052 (2)1.32 (2)
0.052 (2)1.32 (2)
Outdoor CoilRows… Fins/in,face area (sq. ft.)
1…2123.3
1…2123.3
1…2123.3
1…2123.3
1…2123.3
2…2117.5
2…2117.5
2…2117.5
Outdoor FanNominal Airflow (cfm)Diameter (in.)Diameter (mm)Motor hpMotor (rpm)
350026
6601/5
(810)
350026
6601/5
(810)
350026
6601/5
(810)
350026
6601/5
(810)
350026
6601/5
(810)
350026
6601/4
(810)
350026
6601/4
(810)
350026
6601/4
(810)
Indoor CoilRows… Fins/in,face area (sq. ft.)
3…174.7
3…174.7
3…174.7
3…174.7
3…174.7
3…175.6
3…175.6
3…175.6
Indoor BlowerNominal Airflow (cfm)Size (in.)Size (mm)Motor hp
135011 x 10
279 x 2541/2
135011 x 10
279 x 2541/2
160011 x 10
279 x 2541
160011 x 10
279 x 2541
160011 x 10
279 x 2541
175011 x 10
279 x 2541
175011 x 10
279 x 2541
175011 x 10
279 x 2541
Furnace Section*Burner Orifice1 Phase Natural Gas Qty…Drill Size1 Phase Propane Gas Qty…Drill Size3 Phase Natural Gas Qty…Drill Size3 Phase Propane Gas Qty…Drill Size
3…443…552…38
2…53
3…383…533…383…53
3…383…533…383…53
3…333…513…333…51
3…313…493…313…49
3…383…533…383…53
3…333…513…333…51
3…313…493…313…49
High Pressure Switch (psig)CutoutReset (Auto)
650 +/- 15420 +/- 25
Loss-of-Charge/Low PressureSwitch (psig)CutoutReset (Auto)
20 +/- 545 +/- 10
Return Air Filters��disposable
1 each 24x14x1 (610x356x25)24x15x1 (610x406x25)
1 each 24x16x1 (610x406x25)24x18x1 (610x457x25)
*Based on altitude of 0 to 2000 ft (0−610 m).�Required filter sizes shown are based on the larger of the AHRI (Air Conditioning Heating and Refrigeration Institute) rated cooling airflow or the heating airflow velocity of 300to350 ft/minute for high−capacity type. Air filter pressure drop for non−standard filters must not exceed 0.08 IN. W.C.� If using accessory filter rack refer to filter rack installation instructions for correct filter size and quantity.
A-Weighted Sound Power Level (dBA)
UNIT SIZESTANDARD
RATING (dBA)
TYPICAL OCTAVE BAND SPECTRUM (dBA without tone adjustment)
125 250 500 1000 2000 4000 8000
24 74 55.1 54.3 56.7 54.9 51.7 47.2 42.9
30 75 52.7 53.0 57.9 58.7 54.8 52.2 43.2
36 74 61.9 63.3 58.9 59.9 58.7 56.2 52.4
42 73 52.7 56.9 61.5 60.7 56.7 54.1 47.9
48 74 57.4 57.1 60.9 63.2 57.8 54.8 46.1
60 75 59.3 62.2 62.1 64.1 59.4 55.8 50.2NOTE: Tested in accordance with AHRI Standard 270−1995 (not listed in AHRI).
6 518 41 2304 05Specifications subject to change without notice.
OPTIONS AND ACCESSORIES
ITEM DESCRIPTION
FACTORYINSTALLED
OPTION
FIELDINSTALLED
ACCESSORY
Compressor Start KitCompressor Start Kit assists compressor start-up by providingadditional starting torque on single phase units only.
X
Corporate ThermostatsThermostats provide control for the system heating and coolingfunctions.
X
Crankcase HeaterCrankcase Heater provides anti-floodback protection for low-loadcooling applications.
X*
Economizers
Horizontal Economizer with solid state controls and barometric reliefdampers includes filter racks and provide outdoor air during coolingand reduce compressor operation.
X
Vertical Economizer with solid state controls and barometric reliefdampers includes filter racks and provide outdoor air during coolingand reduce compressor operation.
X
Filter RackFilter Rack features easy installation, serviceability, and high-filtering performance for vertical applications.
X
Flat Roof CurbsFlat Roof Curbs in 14-in. (356 mm) sizes are available for roofmounted applications.
X
Flue Discharge Deflector
Directs flue gas exhaust 90 degrees upward from current discharge.Designed to allow tighter distances between unit and combustiblesurfaces.
X
High Altitude Propane ConversionKit
High Altitude Propane Conversion Kit is for use at 2001 to 6000 ft(611-1829 m) above sea level. Kit consists of propane gas orificesthat compensate for gas heat operation at high altitude.
X
Low Ambient Kit
Low Ambient Kit (Motormaster II Control) allows the use of mechanical cooling down to outdoor temperatures as low as 0�F (-18�C)when properly installed.
X
Manual Outside Air DamperManual Outside Air Damper includes hood and filter rack withadjustable damper blade for up to 25% outdoor air.
X
Natural to Propane GasConversion Kit
Natural to Propane Gas Conversion Kit allows for conversion fromnatural gas to propane gas (0-2000 ft) (0-610 m)
X
Propane to Natural GasConversion Kit
Propane to Natural Gas Conversion Kit allows for conversion frompropane to natural gas for altitudes of 0-2000 ft (0-610 m)
X
Square-to-Round DuctTransition Kit
Square-to-Round Duct Transition Kit enables 24-48 size units tobe fitted to 14 in. round ductwork.
X
Curb Adaptor Adapter curb for new unit with base rail installed on existing curb X
Gasket Kit For field modified existing roof curb with new base rail unit. XOutdoor Coil Dense Metal WireGrille
3/8” spacing Dense Metal Wire Grille provide hail and vandalismprotection. Factory installed on PDS4, field installed on PDD4
X X
Specifications subject to change without notice.518 41 2304 05 7
ECONOMIZER
COIL
FILTER
SIDE VIEW
CAULK BOTTOM CORNEROF ECONOMIZERON EACH SIDE
BASE
COIL
FLANGEON BASE DETAIL
ECONOMIZER
FI LTER
EV APORATORCOIL
TOP FILTER RACK
BEND FLANGE AT 90° -SCREW TODIVIDER WITH 1-IN. (25 mm) SCREW
BOTTOM FILTERRACK
DAMPERBLADE
MANUAL OUTSIDEAIR HOOD
REPLACEMENTPANEL
ECONOMIZER
FILTER RACK
MANUAL OUTSIDE AIR DAMPER
Vertical Economizer
Horizontal Economizer
A09375
8 518 41 2304 05Specifications subject to change without notice.
UNIT DIMENSIONS − 24−30
A150561
Specifications subject to change without notice.518 41 2304 05 9
UNIT DIMENSIONS − 36−60
A150562
10 518 41 2304 05Specifications subject to change without notice.
ACCESSORY DIMENSIONS
RETURN AIR
SMALLBASE UNIT
SUPPLYAIR
LARGEBASE UNIT
UNIT PLACEMENT ON COMMON CURB
SMALL/COMMON CURB
SMALL OR LARGE BASE UNITLARGE CURBA180216
UNIT SIZE CATALOGNUMBER
AIN. (mm)
BIN. (mm)*
CIN. (mm)
DIN. (mm)
EIN. (mm)
FIN. (mm)
GIN. (mm)
HIN. (mm)
Small CPRFCURB011B00 14 (356) 10 (254)16 (406) 47.8 (1214)
32.4 (822)2.7 (69)
30.6 (778)46.1 (1170)
Large CPRFCURB013B00 14 (356) 14 (356) 43.9 (1116) 42.2 (1072)
* Part Number CPRFCURB011B00 can be used on both small and large basepan units. The cross supports must be located based on whether the unit is a small basepan or alarge basepan.NOTES:
1. Roof curb must be set up for unit being installed.2. Seal strip must be applied, as required, to unit being installed.3. Roof curb is made of 16−gauge steel.4. Attach ductwork to curb (flanges of duct rest on curb).5. Insulated panels: 1−in. (25.4 mm) thick fiberglass 1 lb. density.
IMPORTANT: Do not install large base pan dual fuel units onto the small base pan (common curb). The center of gravity on a large basepan dual fuel unit could overhang the curb causing an unsafe condition. Before installing any large base pan unit onto the common curb,check the “Y” distance in the product literature dimensional drawing to ensure that “Y” is greater than 14 in. (356 mm). Do not install anylarge base pan unit onto the common curb with a “Y” dimension (center of gravity) less than 14 in. (356 mm).
Specifications subject to change without notice.518 41 2304 05 11
SELECTION PROCEDURE (WITH EXAMPLE)1. Determine cooling and heating requirementsat design conditions:Given:Required Cooling Capacity (TC) 34,500 Btuh. . . . . . .Sensible Heat Capacity (SHC) 26,000 Btuh. . . . . . . .Required Heating Capacity 60,000 Btuh. . . . . . . . . . .Condenser Entering Air Temperature 95°F (35°C). . .Indoor−Air Temperature80°F (27°C) edb 67°F (19°C) ewbEvaporator Air Quantity 1200 CFM. . . . . . . . . . . . . . . . .External Static Pressure 0.200 IN. W.C.. . . . . . . . . . . .Electrical Characteristics 208−1−60. . . . . . . . . . . . . . . .
2. Select unit based on required cooling capac-ity.Enter Net Cooling Capacities table at condenser enteringtemperature of 95°F (35°C). Unit 036 at 1200 CFM and 67°F(19°C) ewb (entering wet bulb) will provide a total capacity of35,800 Btuh and a SHC of 26,950 Btuh. Calculate SHCcorrection, if required, using Note 4 under Cooling Capacitiestables.
3. Select heating capacity of unit to providedesign condition requirement.In the Heating Capacities and Efficiencies table, note that theunit 036090 will provide 74,000 Btuh with an input of 90,000Btuh.
4. Determine fan speed and power requirementsat design conditions.Before entering the air delivery tables, calculate the total staticpressure required. From the given example, the Wet CoilPressure Drop Table, and the Filter Pressure Drop Table:External Static Pressure 0.200 IN. W.C.Filter 0.130 IN. W.C.Wet Coil Pressure Drop 0.180 IN. W.C.Total Static Pressure 0.510 IN. W.C.Enter the table for Dry Coil Air Delivery—horizontal anddownflow Discharge. At 0.5 ESP (external static pressure), incooling the fan will deliver 1079 cfm with the MED speed tapselected. To achieve 1200 CFM a higher speed tap is required.
5. Select unit that corresponds to power sourceavailable.The Electrical Data Table shows that the unit is designed tooperate at 208−1−60.
12 518 41 2304 05Specifications subject to change without notice.
PE
RF
OR
MA
NC
E D
ATA
24 C
oo
ling
Ext
end
ed P
erfo
rman
ce T
able
EV
AP
OR
AT
OR
AIR
CO
ND
EN
SE
R E
NT
ER
ING
AIR
TE
MP
ER
AT
UR
ES
�F
(�C
)
75 (
23.9
)85 (
29.4
)95 (
35)
105 (
40.6
)115 (
46.1
)125 (
51.7
)
CF
ME
WB
°F
(°C
)
Cap
acit
yM
Btu
hTo
tal
Sys
KW
Cap
acit
yM
Btu
hTo
tal
Sys
KW
Cap
acit
yM
Btu
hTo
tal
Sys
KW
Cap
acit
yM
Btu
hTo
tal
Sys
KW
Cap
acit
yM
Btu
hTo
tal
Sys
KW
Cap
acit
yM
Btu
hTo
tal
Sys
KW
Tota
lS
en
sTo
tal
Se
ns
Tota
lS
en
sTo
tal
Se
ns
Tota
lS
en
sTo
tal
Se
ns
700
57
(13
.9)
23
.20
23
.20
1.4
62
1.8
92
1.8
91
.66
20
.49
20
.49
1.8
81
9.0
21
9.0
22
.13
17
.49
17
.49
2.4
11
5.9
01
5.9
02
.74
62
(16
.7)
23
.93
21
.62
1.4
62
2.3
32
0.7
61
.66
20
.71
19
.82
1.8
81
9.0
51
9.0
52
.13
17
.52
17
.52
2.4
11
5.9
21
5.9
22
.74
63
*(1
7.2
)2
4.3
11
7.6
11
.46
22
.69
16
.85
1.6
62
1.0
31
6.0
11
.88
19
.29
15
.13
2.1
31
7.4
91
4.2
02
.41
15
.64
13
.24
2.7
4
67
(19
.4)
26
.08
18
.23
1.4
72
4.3
51
7.4
51
.67
22
.58
16
.63
1.9
02
0.7
41
5.7
62
.15
18
.83
14
.87
2.4
31
6.8
71
3.9
02
.75
72
(22
.2)
28
.46
14
.83
1.4
82
6.6
01
4.0
71
.69
24
.70
13
.29
1.9
12
2.7
31
2.5
02
.17
20
.69
11
.68
2.4
61
8.5
81
0.8
42
.78
800
57
(13
.9)
24
.19
24
.19
1.4
82
2.7
92
2.7
91
.68
21
.30
21
.30
1.9
01
9.7
51
9.7
52
.15
18
.14
18
.14
2.4
41
6.4
71
6.4
72
.77
62
(16
.7)
24
.54
23
.19
1.4
82
2.9
22
2.2
31
.68
21
.33
21
.33
1.9
01
9.7
81
9.7
82
.15
18
.17
18
.17
2.4
41
6.4
91
6.4
92
.77
63
*(1
7.2
)2
4.8
71
8.7
61
.48
23
.18
17
.97
1.6
82
1.4
31
7.1
11
.90
19
.63
16
.20
2.1
51
7.7
71
5.2
42
.44
15
.88
14
.24
2.7
6
67
(19
.4)
26
.67
19
.46
1.4
82
4.8
61
8.6
51
.69
23
.00
17
.80
1.9
22
1.0
91
6.8
92
.17
19
.13
15
.96
2.4
51
7.1
11
4.9
62
.77
72
(22
.2)
29
.10
15
.59
1.4
92
7.1
41
4.8
21
.71
25
.15
14
.02
1.9
42
3.1
01
3.2
12
.19
20
.99
12
.38
2.4
81
8.8
01
1.5
22
.80
900
57
(13
.9)
25
.03
25
.03
1.5
02
3.5
52
3.5
51
.70
21
.99
21
.99
1.9
32
0.3
62
0.3
62
.18
18
.68
18
.68
2.4
71
6.9
41
6.9
42
.79
62
(16
.7)
25
.10
25
.10
1.5
02
3.5
82
3.5
81
.70
22
.02
22
.02
1.9
32
0.3
92
0.3
92
.18
18
.71
18
.71
2.4
71
6.9
61
6.9
62
.79
63
*(1
7.2
)2
5.3
11
9.8
61
.50
23
.56
19
.04
1.7
02
1.7
51
8.1
61
.92
19
.90
17
.21
2.1
71
8.0
01
6.2
32
.46
16
.08
15
.18
2.7
8
67
(19
.4)
27
.13
20
.64
1.5
02
5.2
41
9.8
11
.71
23
.33
18
.92
1.9
42
1.3
71
7.9
82
.19
19
.36
17
.01
2.4
81
7.3
01
5.9
72
.80
72
(22
.2)
29
.60
16
.31
1.5
12
7.5
71
5.5
21
.73
25
.50
14
.71
1.9
62
3.3
91
3.8
82
.21
21
.21
13
.03
2.5
01
8.9
81
2.1
62
.82
*At 7
5�F
(23
.9 �
C)
ente
ring
dry
bulb
—Te
nnes
see
Val
ley
Aut
horit
y [T
VA
] rat
ing
cond
ition
s; a
ll ot
hers
at 8
0�F
(26
.7 �
C)
ente
ring
dry
bulb
. See
Leg
end
and
Not
es.
24 H
eati
ng
Ext
end
ed P
erfo
rman
ce T
able
−10−6
0�F
(−2
3.3−
15.6�C
)IN
DO
OR
AIR
OU
TD
OO
R C
OIL
EN
TE
RIN
G A
IR T
EM
PE
RA
TU
RE
S °
F (
°C)
-10 (
-23.3
)0 (
-17.8
)10 (
-12.2
)20 (
-6.7
)30 (
-1.1
)40 (
4.4
)50 (
10)
60 (
15.6
)
ED
B°F (°C
)C
FM
Cap
acit
yM
Btu
hTo
tal
Sys
KW
Cap
acit
yM
Btu
hTo
tal
Sys
KW
Cap
acit
yM
Btu
hTo
tal
Sys
KW
Cap
acit
yM
Btu
hTo
tal
Sys
KW
Cap
acit
yM
Btu
hTo
tal
Sys
KW
Cap
acit
yM
Btu
hTo
tal
Sys
KW
Cap
acit
yM
Btu
hTo
tal
Sys
KW
Cap
acit
yM
Btu
hTo
tal
Sys
KW
To
tal
Inte
gTo
tal
Inte
gTo
tal
Inte
gTo
tal
Inte
gTo
tal
Inte
gTo
tal
Inte
gTo
tal
Inte
gTo
tal
Inte
g
65
(18.3
)
70
05
.16
4.7
41
.30
7.3
46
.76
1.3
69
.88
9.0
71
.42
13
.05
11
.84
1.4
91
6.1
51
4.1
51
.54
19
.76
19
.76
1.6
02
3.9
32
3.9
31
.67
28
.94
28
.94
1.7
8
80
05
.23
4.8
11
.31
7.4
46
.84
1.3
71
0.0
09
.18
1.4
21
3.1
71
1.9
41
.48
16
.30
14
.28
1.5
21
9.9
71
9.9
71
.57
24
.23
24
.23
1.6
42
9.2
62
9.2
61
.71
90
05
.29
4.8
71
.32
7.5
26
.92
1.3
71
0.1
09
.27
1.4
21
3.2
71
2.0
41
.47
16
.43
14
.40
1.5
12
0.1
52
0.1
51
.56
24
.47
24
.47
1.6
12
9.3
12
9.3
11
.67
70
(21.1
)
70
04
.96
4.5
61
.36
7.1
36
.56
1.4
29
.64
8.8
51
.49
12
.86
11
.66
1.5
61
5.9
41
3.9
61
.62
19
.49
19
.49
1.6
82
3.5
92
3.5
91
.76
28
.47
28
.47
1.8
6
80
05
.04
4.6
31
.36
7.2
36
.65
1.4
39
.77
8.9
71
.48
12
.99
11
.78
1.5
51
6.0
91
4.1
01
.60
19
.70
19
.70
1.6
52
3.8
82
3.8
81
.72
28
.78
28
.78
1.8
0
90
05
.11
4.7
01
.37
7.3
16
.73
1.4
39
.88
9.0
71
.48
13
.11
11
.89
1.5
41
6.2
31
4.2
21
.59
19
.88
19
.88
1.6
32
4.1
22
4.1
21
.69
29
.00
29
.00
1.7
6
75
(23.9
)
70
04
.74
4.3
61
.42
6.8
96
.34
1.4
99
.39
8.6
21
.56
12
.31
11
.16
1.6
21
5.7
31
3.7
81
.70
19
.22
19
.22
1.7
62
3.2
82
3.2
81
.84
28
.02
28
.02
1.9
5
80
04
.81
4.4
31
.43
6.9
96
.44
1.4
99
.52
8.7
41
.55
12
.51
11
.34
1.6
11
5.8
91
3.9
21
.68
19
.43
19
.43
1.7
32
3.5
32
3.5
31
.80
28
.43
28
.43
1.9
0
90
04
.89
4.5
01
.44
7.0
86
.52
1.5
09
.63
8.8
41
.55
12
.71
11
.53
1.6
11
6.0
11
4.0
31
.67
19
.61
19
.61
1.7
12
3.7
72
3.7
71
.78
28
.65
28
.65
1.8
5
Specifications subject to change without notice.518 41 2304 05 13
PE
RF
OR
MA
NC
E D
ATA
(C
ON
T)
30 C
oo
ling
Ext
end
ed P
erfo
rman
ce T
able
EV
AP
OR
AT
OR
AIR
CO
ND
EN
SE
R E
NT
ER
ING
AIR
TE
MP
ER
AT
UR
ES
�F
(�C
)
75 (
23.9
)85 (
29.4
)95 (
35)
105 (
40.6
)115 (
46.1
)125 (
51.7
)
CF
ME
WB
°F
(°C
)
Cap
acit
yM
Btu
hTo
tal
Sys
KW
Cap
acit
yM
Btu
hTo
tal
Sys
KW
Cap
acit
yM
Btu
hTo
tal
Sys
KW
Cap
acit
yM
Btu
hTo
tal
Sys
KW
Cap
acit
yM
Btu
hTo
tal
Sys
KW
Cap
acit
yM
Btu
hTo
tal
Sys
KW
Tota
lS
en
sTo
tal
Se
ns
Tota
lS
en
sTo
tal
Se
ns
Tota
lS
en
sTo
tal
Se
ns
875
57
(13
.9)
29
.07
29
.07
1.8
82
7.2
22
7.2
22
.14
25
.32
25
.32
2.4
32
3.3
72
3.3
72
.76
21
.36
21
.36
3.1
51
9.2
91
9.2
93
.60
62
(16
.7)
29
.99
25
.80
1.8
92
7.8
12
4.7
62
.14
25
.64
23
.67
2.4
32
3.4
72
3.3
02
.76
21
.39
21
.39
3.1
51
9.3
21
9.3
23
.60
63
*(1
7.2
)3
0.4
92
1.0
11
.89
28
.28
20
.08
2.1
52
6.0
51
9.1
12
.43
23
.78
18
.10
2.7
72
1.4
31
7.0
43
.15
19
.04
15
.94
3.6
0
67
(19
.4)
32
.82
21
.81
1.9
13
0.4
52
0.8
82
.16
28
.08
19
.91
2.4
52
5.6
41
8.9
02
.78
23
.16
17
.85
3.1
72
0.6
11
6.7
63
.60
72
(22
.2)
36
.00
17
.71
1.9
33
3.4
41
6.8
42
.19
30
.86
15
.95
2.4
82
8.2
21
5.0
42
.81
25
.53
14
.11
3.1
92
2.7
81
3.1
33
.62
1000
57
(13
.9)
30
.31
30
.31
1.9
22
8.3
42
8.3
42
.18
26
.34
26
.34
2.4
72
4.2
82
4.2
82
.80
22
.17
22
.17
3.1
91
9.9
91
9.9
93
.64
62
(16
.7)
30
.74
27
.66
1.9
22
8.5
22
6.5
02
.18
26
.38
26
.38
2.4
72
4.3
22
4.3
22
.80
22
.20
22
.20
3.1
92
0.0
22
0.0
23
.64
63
*(1
7.2
)3
1.1
82
2.3
71
.93
28
.86
21
.41
2.1
82
6.5
52
0.4
12
.47
24
.19
19
.37
2.8
02
1.7
81
8.2
63
.19
19
.33
17
.11
3.6
3
67
(19
.4)
33
.54
23
.28
1.9
43
1.0
72
2.3
12
.20
28
.60
21
.30
2.4
92
6.0
82
0.2
52
.82
23
.52
19
.15
3.2
02
0.9
11
8.0
23
.64
72
(22
.2)
36
.76
18
.67
1.9
63
4.0
91
7.7
72
.22
31
.41
16
.84
2.5
12
8.6
81
5.9
02
.84
25
.91
14
.92
3.2
22
3.0
81
3.9
13
.66
1125
57
(13
.9)
31
.37
31
.37
1.9
62
9.2
92
9.2
92
.22
27
.19
27
.19
2.5
12
5.0
42
5.0
42
.84
22
.83
22
.83
3.2
32
0.5
72
0.5
73
.67
62
(16
.7)
31
.43
31
.43
1.9
62
9.3
32
9.3
32
.22
27
.23
27
.23
2.5
12
5.0
72
5.0
72
.84
22
.86
22
.86
3.2
32
0.5
92
0.5
93
.67
63
*(1
7.2
)3
1.7
02
3.6
81
.96
29
.31
22
.69
2.2
22
6.9
32
1.6
42
.50
24
.52
20
.54
2.8
42
2.0
51
9.4
13
.22
19
.56
18
.20
3.6
7
67
(19
.4)
34
.09
24
.70
1.9
83
1.5
42
3.6
82
.23
29
.00
22
.63
2.5
22
6.4
22
1.5
32
.85
23
.79
20
.40
3.2
42
1.1
31
9.2
03
.68
72
(22
.2)
37
.37
19
.54
2.0
03
4.6
11
8.6
12
.26
31
.85
17
.66
2.5
52
9.0
31
6.6
92
.88
26
.19
15
.69
3.2
62
3.2
91
4.6
63
.69
*At 7
5�F
(23
.9 �
C)
ente
ring
dry
bulb
—Te
nnes
see
Val
ley
Aut
horit
y [T
VA
] rat
ing
cond
ition
s; a
ll ot
hers
at 8
0�F
(26
.7 �
C)
ente
ring
dry
bulb
. See
Leg
end
and
Not
es.
30 H
eati
ng
Ext
end
ed P
erfo
rman
ce T
able
−10−6
0�F
(−2
3.3−
15.6�C
)IN
DO
OR
AIR
OU
TD
OO
R C
OIL
EN
TE
RIN
G A
IR T
EM
PE
RA
TU
RE
S°F
(°
C)
-10 (
-23.3
)0 (
-17.8
)10 (
-12.2
)20 (
-6.7
)30 (
-1.1
)40 (
4.4
)50 (
10)
60 (
15.6
)
ED
B°F (°C
)C
FM
Cap
acit
yM
Btu
hTo
tal
Sys
KW
Cap
acit
yM
Btu
hTo
tal
Sys
KW
Cap
acit
yM
Btu
hTo
tal
Sys
KW
Cap
acit
yM
Btu
hTo
tal
Sys
KW
Cap
acit
yM
Btu
hTo
tal
Sys
KW
Cap
acit
yM
Btu
hTo
tal
Sys
KW
Cap
acit
yM
Btu
hTo
tal
Sys
KW
Cap
acit
yM
Btu
hTo
tal
Sys
KW
To
tal
Inte
gTo
tal
Inte
gTo
tal
Inte
gTo
tal
Inte
gTo
tal
Inte
gTo
tal
Inte
gTo
tal
Inte
gTo
tal
Inte
g
65
(18.3
)
87
57
.37
6.7
81
.70
10
.15
9.3
41
.76
13
.27
12
.18
1.8
21
6.9
21
5.3
51
.88
20
.92
18
.33
1.9
52
5.0
82
5.0
82
.01
29
.90
29
.90
2.0
93
5.7
13
5.7
12
.21
10
00
7.5
26
.92
1.7
21
0.3
39
.50
1.7
71
3.4
71
2.3
71
.82
17
.43
15
.81
1.8
92
1.1
31
8.5
11
.93
25
.36
25
.36
1.9
83
0.2
93
0.2
92
.06
36
.23
36
.23
2.1
6
11
25
7.6
67
.04
1.7
41
0.4
99
.65
1.7
91
3.6
61
2.5
31
.83
17
.61
15
.97
1.8
92
1.3
21
8.6
81
.93
25
.59
25
.59
1.9
73
0.6
13
0.6
12
.04
36
.66
36
.66
2.1
4
70
(21.1
)
87
56
.96
6.4
01
.77
9.7
68
.98
1.8
41
2.8
91
1.8
31
.90
16
.44
14
.91
1.9
72
0.6
51
8.1
02
.04
24
.77
24
.77
2.1
12
9.4
82
9.4
82
.19
35
.19
35
.19
2.3
1
10
00
7.1
16
.54
1.7
99
.94
9.1
51
.85
13
.09
12
.02
1.9
01
6.7
01
5.1
51
.96
20
.88
18
.30
2.0
32
5.0
52
5.0
52
.08
29
.87
29
.87
2.1
63
5.7
03
5.7
02
.26
11
25
7.2
46
.66
1.8
11
0.0
99
.28
1.8
71
3.2
71
2.1
81
.91
16
.95
15
.37
1.9
72
1.0
71
8.4
62
.02
25
.28
25
.28
2.0
73
0.1
83
0.1
82
.13
36
.11
36
.11
2.2
3
75
(23.9
)
87
56
.52
6.0
01
.85
9.3
48
.59
1.9
21
2.4
81
1.4
61
.99
16
.02
14
.53
2.0
62
0.4
01
7.8
72
.15
24
.46
24
.46
2.2
12
9.0
92
9.0
92
.30
34
.68
34
.68
2.4
2
10
00
6.6
76
.13
1.8
79
.52
8.7
61
.93
12
.69
11
.65
1.9
91
6.2
81
4.7
62
.05
20
.61
18
.06
2.1
32
4.7
32
4.7
32
.18
29
.44
29
.44
2.2
63
5.1
73
5.1
72
.37
11
25
6.8
06
.25
1.8
99
.67
8.9
01
.95
12
.87
11
.82
2.0
01
6.4
91
4.9
62
.06
20
.80
18
.22
2.1
22
4.9
62
4.9
62
.17
29
.75
29
.75
2.2
43
5.5
83
5.5
82
.34
14 518 41 2304 05Specifications subject to change without notice.
PE
RF
OR
MA
NC
E D
ATA
(C
ON
T)
36 C
oo
ling
Ext
end
ed P
erfo
rman
ce T
able
EV
AP
OR
AT
OR
AIR
CO
ND
EN
SE
R E
NT
ER
ING
AIR
TE
MP
ER
AT
UR
ES
�F
(�C
)
75 (
23.9
)85 (
29.4
)95 (
35)
105 (
40.6
)115 (
46.1
)125 (
51.7
)
CF
ME
WB
°F
(°C
)
Cap
acit
yM
Btu
hTo
tal
Sys
KW
Cap
acit
yM
Btu
hTo
tal
Sys
KW
Cap
acit
yM
Btu
hTo
tal
Sys
KW
Cap
acit
yM
Btu
hTo
tal
Sys
KW
Cap
acit
yM
Btu
hTo
tal
Sys
KW
Cap
acit
yM
Btu
hTo
tal
Sys
KW
Tota
lS
en
sTo
tal
Se
ns
Tota
lS
en
sTo
tal
Se
ns
Tota
lS
en
sTo
tal
Se
ns
1050
57
(13
.9)
34
.29
34
.29
2.2
83
1.9
73
1.9
72
.57
29
.65
29
.65
2.9
12
7.2
92
7.2
93
.30
24
.91
24
.91
3.7
52
2.5
12
2.5
14
.28
62
(16
.7)
35
.83
31
.87
2.2
83
3.1
13
0.4
12
.58
30
.40
28
.91
2.9
12
7.6
92
7.3
73
.30
24
.97
24
.97
3.7
52
2.5
42
2.5
44
.28
63
*(1
7.2
)3
6.5
82
6.0
62
.29
33
.81
24
.75
2.5
83
1.0
22
3.4
32
.92
28
.22
22
.09
3.3
12
5.4
02
0.7
53
.76
22
.56
19
.38
4.2
8
67
(19
.4)
39
.49
27
.08
2.3
03
6.5
12
5.7
52
.60
33
.53
24
.42
2.9
43
0.5
42
3.0
73
.33
27
.53
21
.71
3.7
82
4.5
02
0.3
34
.29
72
(22
.2)
43
.46
22
.18
2.3
34
0.2
22
0.9
72
.63
36
.98
19
.76
2.9
73
3.7
31
8.5
33
.36
30
.47
17
.30
3.8
02
7.1
81
6.0
44
.31
1200
57
(13
.9)
35
.76
35
.76
2.3
13
3.3
23
3.3
22
.61
30
.86
30
.86
2.9
52
8.3
82
8.3
83
.34
25
.88
25
.88
3.7
92
3.3
62
3.3
64
.31
62
(16
.7)
36
.70
34
.09
2.3
23
3.9
13
2.5
12
.61
31
.14
30
.87
2.9
52
8.4
32
8.4
33
.34
25
.91
25
.91
3.7
92
3.3
82
3.3
84
.31
63
*(1
7.2
)3
7.4
32
7.6
42
.32
34
.56
26
.28
2.6
23
1.6
62
4.9
12
.95
28
.77
23
.53
3.3
42
5.8
62
2.1
33
.79
22
.94
20
.71
4.3
1
67
(19
.4)
40
.37
28
.77
2.3
43
7.2
92
7.3
92
.64
34
.20
26
.00
2.9
73
1.1
12
4.6
03
.36
28
.01
23
.19
3.8
12
4.8
92
1.7
64
.32
72
(22
.2)
44
.39
23
.24
2.3
64
1.0
52
2.0
02
.67
37
.70
20
.75
3.0
13
4.3
51
9.4
93
.39
30
.98
18
.21
3.8
42
7.6
01
6.9
34
.35
1350
57
(13
.9)
37
.01
37
.01
2.3
53
4.4
63
4.4
62
.65
31
.89
31
.89
2.9
82
9.3
02
9.3
03
.37
26
.69
26
.69
3.8
32
4.0
62
4.0
64
.35
62
(16
.7)
37
.46
36
.08
2.3
53
4.5
63
4.5
62
.65
31
.92
31
.92
2.9
82
9.3
32
9.3
33
.37
26
.72
26
.72
3.8
32
4.0
92
4.0
94
.35
63
*(1
7.2
)3
8.1
02
9.1
42
.35
35
.13
27
.74
2.6
53
2.1
72
6.3
22
.98
29
.19
24
.89
3.3
72
6.2
12
3.4
43
.82
23
.24
21
.94
4.3
4
67
(19
.4)
41
.06
30
.38
2.3
73
7.8
82
8.9
52
.67
34
.72
27
.51
3.0
13
1.5
52
6.0
73
.39
28
.36
24
.61
3.8
42
5.1
92
3.1
14
.35
72
(22
.2)
45
.13
24
.24
2.4
04
1.6
82
2.9
62
.70
38
.26
21
.68
3.0
43
4.8
12
0.3
93
.43
31
.36
19
.09
3.8
72
7.9
11
7.7
74
.38
*At 7
5�F
(23
.9 �
C)
ente
ring
dry
bulb
—Te
nnes
see
Val
ley
Aut
horit
y [T
VA
] rat
ing
cond
ition
s; a
ll ot
hers
at 8
0�F
(26
.7 �
C)
ente
ring
dry
bulb
. See
Leg
end
and
Not
es.
36 H
eati
ng
Ext
end
ed P
erfo
rman
ce T
able
−10−6
0�F
(−2
3.3−
15.6�C
)IN
DO
OR
AIR
OU
TD
OO
R C
OIL
EN
TE
RIN
G A
IR T
EM
PE
RA
TU
RE
S °
F (
°C)
-10 (
-23.3
)0 (
-17.8
)10 (
-12.2
)20 (
-6.7
)30 (
-1.1
)40 (
4.4
)50 (
10)
60 (
15.6
)
ED
B°F (°C
)C
FM
Cap
acit
yM
Btu
hTo
tal
Sys
KW
Cap
acit
yM
Btu
hTo
tal
Sys
KW
Cap
acit
yM
Btu
hTo
tal
Sys
KW
Cap
acit
yM
Btu
hTo
tal
Sys
KW
Cap
acit
yM
Btu
hTo
tal
Sys
KW
Cap
acit
yM
Btu
hTo
tal
Sys
KW
Cap
acit
yM
Btu
hTo
tal
Sys
KW
Cap
acit
yM
Btu
hTo
tal
Sys
KW
To
tal
Inte
gTo
tal
Inte
gTo
tal
Inte
gTo
tal
Inte
gTo
tal
Inte
gTo
tal
Inte
gTo
tal
Inte
gTo
tal
Inte
g
65
(18.3
)
10
50
8.9
18
.20
1.9
91
2.0
91
1.1
22
.10
15
.84
14
.54
2.2
02
0.1
61
8.2
92
.31
25
.50
22
.34
2.4
63
0.5
13
0.5
12
.59
36
.18
36
.18
2.7
44
2.8
94
2.8
92
.94
12
00
9.0
88
.35
2.0
01
2.2
91
1.3
12
.10
16
.09
14
.77
2.1
92
0.4
81
8.5
72
.29
25
.78
22
.58
2.4
23
0.8
53
0.8
52
.54
36
.62
36
.62
2.6
84
3.5
14
3.5
12
.86
13
50
9.2
38
.49
2.0
21
2.4
71
1.4
82
.11
16
.30
14
.96
2.1
92
0.7
41
8.8
12
.28
25
.99
22
.77
2.4
03
1.1
43
1.1
42
.51
36
.99
36
.99
2.6
34
4.0
34
4.0
32
.80
70
(21.1
)
10
50
8.3
87
.71
2.0
91
1.5
71
0.6
42
.20
15
.32
14
.06
2.3
01
9.6
21
7.8
02
.42
25
.09
21
.99
2.5
83
0.1
03
0.1
02
.71
35
.72
35
.72
2.8
74
2.2
84
2.2
83
.08
12
00
8.5
57
.86
2.1
01
1.7
71
0.8
32
.20
15
.57
14
.29
2.3
01
9.9
31
8.0
82
.40
25
.40
22
.25
2.5
43
0.4
43
0.4
42
.66
36
.14
36
.14
2.8
04
2.8
94
2.8
92
.99
13
50
8.6
98
.00
2.1
21
1.9
51
0.9
92
.21
15
.78
14
.49
2.3
02
0.2
01
8.3
22
.39
25
.64
22
.47
2.5
23
0.7
33
0.7
32
.63
36
.50
36
.50
2.7
64
3.3
94
3.3
92
.93
75
(23.9
)
10
50
7.8
37
.20
2.2
01
1.0
21
0.1
42
.30
14
.78
13
.56
2.4
11
9.0
61
7.2
92
.53
24
.02
21
.05
2.6
72
9.7
02
9.7
02
.85
35
.30
35
.30
3.0
14
1.6
84
1.6
83
.22
12
00
7.9
87
.34
2.2
11
1.2
21
0.3
22
.31
15
.02
13
.79
2.4
11
9.3
71
7.5
72
.51
24
.54
21
.50
2.6
43
0.0
33
0.0
32
.79
35
.70
35
.70
2.9
44
2.2
74
2.2
73
.13
13
50
8.1
27
.47
2.2
21
1.4
01
0.4
92
.32
15
.24
13
.98
2.4
11
9.6
31
7.8
02
.50
25
.23
22
.10
2.6
43
0.3
13
0.3
12
.75
36
.01
36
.01
2.8
94
2.7
64
2.7
63
.07
Specifications subject to change without notice.518 41 2304 05 15
PE
RF
OR
MA
NC
E D
ATA
(C
ON
T)
42 C
oo
ling
Ext
end
ed P
erfo
rman
ce T
able
EV
AP
OR
AT
OR
AIR
CO
ND
EN
SE
R E
NT
ER
ING
AIR
TE
MP
ER
AT
UR
ES
�F
(�C
)
75 (
23.9
)85 (
29.4
)95 (
35)
105 (
40.6
)115 (
46.1
)125 (
51.7
)
CF
ME
WB
°F
(°C
)
Cap
acit
yM
Btu
hTo
tal
Sys
KW
Cap
acit
yM
Btu
hTo
tal
Sys
KW
Cap
acit
yM
Btu
hTo
tal
Sys
KW
Cap
acit
yM
Btu
hTo
tal
Sys
KW
Cap
acit
yM
Btu
hTo
tal
Sys
KW
Cap
acit
yM
Btu
hTo
tal
Sys
KW
Tota
lS
en
sTo
tal
Se
ns
Tota
lS
en
sTo
tal
Se
ns
Tota
lS
en
sTo
tal
Se
ns
1175
57
(13
.9)
41
.22
41
.22
2.6
73
8.6
53
8.6
53
.02
36
.03
36
.03
3.4
33
3.3
63
3.3
63
.92
30
.67
30
.67
4.5
02
7.9
52
7.9
55
.18
62
(16
.7)
42
.88
35
.64
2.6
83
9.8
23
3.6
73
.03
36
.79
31
.68
3.4
53
3.7
42
9.6
63
.93
30
.72
30
.72
4.5
02
8.0
02
8.0
05
.18
63
*(1
7.2
)4
3.4
52
9.0
52
.69
40
.36
27
.34
3.0
43
7.2
82
5.6
43
.45
34
.17
23
.94
3.9
43
1.0
52
2.2
54
.51
27
.90
20
.56
5.1
8
67
(19
.4)
46
.78
30
.15
2.7
34
3.4
22
8.3
83
.08
40
.10
26
.62
3.5
03
6.7
72
4.8
84
.00
33
.43
23
.16
4.5
83
0.0
82
1.4
55
.25
72
(22
.2)
51
.06
24
.68
2.7
84
7.4
02
3.0
73
.14
43
.79
21
.48
3.5
74
0.2
01
9.9
14
.08
36
.60
18
.37
4.6
83
2.9
91
6.8
45
.37
1350
57
(13
.9)
43
.16
43
.16
2.7
34
0.3
84
0.3
83
.08
37
.57
37
.57
3.5
03
4.7
53
4.7
54
.00
31
.90
31
.90
4.5
82
9.0
22
9.0
25
.26
62
(16
.7)
44
.08
38
.33
2.7
44
0.9
23
6.1
83
.09
37
.79
33
.95
3.5
13
4.8
13
4.8
13
.99
31
.95
31
.95
4.5
82
9.0
62
9.0
65
.26
63
*(1
7.2
)4
4.5
93
0.9
82
.75
41
.33
29
.18
3.1
03
8.1
02
7.3
93
.51
34
.87
25
.62
4.0
03
1.6
42
3.8
44
.57
28
.39
22
.06
5.2
4
67
(19
.4)
47
.99
32
.21
2.7
84
4.4
53
0.3
53
.14
41
.00
28
.50
3.5
73
7.5
42
6.6
84
.06
34
.07
24
.87
4.6
43
0.6
02
3.0
65
.32
72
(22
.2)
52
.34
25
.96
2.8
44
8.5
32
4.2
83
.21
44
.76
22
.63
3.6
44
1.0
22
1.0
14
.15
37
.28
19
.40
4.7
53
3.5
51
7.8
35
.44
1525
57
(13
.9)
44
.79
44
.79
2.7
94
1.8
14
1.8
13
.15
38
.87
38
.87
3.5
73
5.9
03
5.9
04
.07
32
.91
32
.91
4.6
62
9.9
02
9.9
05
.34
62
(16
.7)
45
.17
40
.72
2.7
94
1.8
84
1.8
83
.15
38
.92
38
.92
3.5
73
5.9
53
5.9
54
.07
32
.96
32
.96
4.6
62
9.9
42
9.9
45
.35
63
*(1
7.2
)4
5.4
93
2.8
22
.80
42
.10
30
.94
3.1
53
8.7
72
9.0
83
.57
35
.43
27
.21
4.0
63
2.0
92
5.3
44
.63
28
.77
23
.46
5.3
0
67
(19
.4)
48
.94
34
.19
2.8
44
5.2
73
2.2
33
.20
41
.68
30
.32
3.6
23
8.1
02
8.4
04
.12
34
.56
26
.50
4.7
13
1.0
02
4.5
85
.39
72
(22
.2)
53
.35
27
.17
2.9
04
9.4
02
5.4
33
.27
45
.51
23
.72
3.7
04
1.6
52
2.0
44
.21
37
.80
20
.39
4.8
13
3.9
71
8.7
75
.51
*At 7
5�F
(23
.9 �
C)
ente
ring
dry
bulb
—Te
nnes
see
Val
ley
Aut
horit
y [T
VA
] rat
ing
cond
ition
s; a
ll ot
hers
at 8
0�F
(26
.7 �
C)
ente
ring
dry
bulb
. See
Leg
end
and
Not
es.
42 H
eati
ng
Ext
end
ed P
erfo
rman
ce T
able
−10−6
0�F
(−2
3.3−
15.6�C
)IN
DO
OR
AIR
OU
TD
OO
R C
OIL
EN
TE
RIN
G A
IR T
EM
PE
RA
TU
RE
S °
F (
°C)
-10 (
-23.3
)0 (
-17.8
)10 (
-12.2
)20 (
-6.7
)30 (
-1.1
)40 (
4.4
)50 (
10)
60 (
15.6
)
ED
B°F (°C
)C
FM
Cap
acit
yM
Btu
hTo
tal
Sys
KW
Cap
acit
yM
Btu
hTo
tal
Sys
KW
Cap
acit
yM
Btu
hTo
tal
Sys
KW
Cap
acit
yM
Btu
hTo
tal
Sys
KW
Cap
acit
yM
Btu
hTo
tal
Sys
KW
Cap
acit
yM
Btu
hTo
tal
Sys
KW
Cap
acit
yM
Btu
hTo
tal
Sys
KW
Cap
acit
yM
Btu
h
To
tal
Sys
KW
To
tal
Inte
gTo
tal
Inte
gTo
tal
Inte
gTo
tal
Inte
gTo
tal
Inte
gTo
tal
Inte
gTo
tal
Inte
gTo
tal
Inte
g
65
(18.3
)
11
75
10
.12
9.3
12
.30
14
.66
13
.49
2.5
01
9.4
01
7.8
12
.66
24
.41
22
.14
2.8
02
9.7
52
6.0
62
.94
35
.60
35
.60
3.1
14
1.9
14
1.9
13
.32
48
.00
48
.00
3.5
6
13
50
10
.35
9.5
22
.33
14
.93
13
.74
2.5
21
9.7
41
8.1
22
.67
24
.85
22
.53
2.7
93
0.2
82
6.5
32
.92
36
.96
36
.96
3.0
94
2.4
64
2.4
63
.25
48
.76
48
.76
3.4
7
15
25
10
.56
9.7
12
.36
15
.19
13
.97
2.5
42
0.0
51
8.4
02
.69
25
.21
22
.86
2.8
03
0.7
22
6.9
22
.91
37
.37
37
.37
3.0
74
2.9
34
2.9
33
.21
49
.39
49
.39
3.4
1
70
(21.1
)
11
75
9.4
88
.72
2.4
21
3.9
61
2.8
42
.62
18
.67
17
.13
2.7
82
3.6
82
1.4
82
.92
28
.98
25
.39
3.0
73
4.7
23
4.7
23
.24
41
.44
41
.44
3.4
84
7.3
24
7.3
23
.73
13
50
9.7
18
.94
2.4
51
4.2
51
3.1
12
.64
19
.04
17
.47
2.7
92
4.1
22
1.8
82
.92
29
.51
25
.86
3.0
53
5.4
53
5.4
53
.21
41
.94
41
.94
3.4
14
8.0
44
8.0
43
.64
15
25
9.9
19
.12
2.4
81
4.5
11
3.3
62
.66
19
.35
17
.76
2.8
12
4.4
92
2.2
12
.93
29
.96
26
.25
3.0
43
6.7
93
6.7
93
.21
42
.34
42
.34
3.3
74
8.6
54
8.6
53
.57
75
(23.9
)
11
75
8.7
08
.01
2.5
41
3.1
71
2.1
22
.74
17
.88
16
.41
2.9
02
2.8
92
0.7
63
.05
28
.17
24
.68
3.2
03
3.8
63
3.8
63
.38
40
.88
40
.88
3.6
54
6.6
84
6.6
83
.92
13
50
8.9
38
.22
2.5
71
3.4
71
2.4
02
.76
18
.25
16
.75
2.9
12
3.3
42
1.1
73
.05
28
.70
25
.15
3.1
83
4.5
23
4.5
23
.35
41
.42
41
.42
3.5
74
7.3
64
7.3
63
.81
15
25
9.1
48
.41
2.6
11
3.7
41
2.6
42
.79
18
.57
17
.04
2.9
32
3.7
22
1.5
13
.06
29
.16
25
.55
3.1
83
5.0
63
5.0
63
.33
41
.87
41
.87
3.5
34
7.9
44
7.9
43
.75
16 518 41 2304 05Specifications subject to change without notice.
PE
RF
OR
MA
NC
E D
ATA
(C
ON
T)
48 C
oo
ling
Ext
end
ed P
erfo
rman
ce T
able
EV
AP
OR
AT
OR
AIR
CO
ND
EN
SE
R E
NT
ER
ING
AIR
TE
MP
ER
AT
UR
ES
�F
(�C
)
75 (
23.9
)85 (
29.4
)95 (
35)
105 (
40.6
)115 (
46.1
)125 (
51.7
)
CF
ME
WB
°F
(°C
)
Cap
acit
yM
Btu
hTo
tal
Sys
KW
Cap
acit
yM
Btu
hTo
tal
Sys
KW
Cap
acit
yM
Btu
hTo
tal
Sys
KW
Cap
acit
yM
Btu
hTo
tal
Sys
KW
Cap
acit
yM
Btu
hTo
tal
Sys
KW
Cap
acit
yM
Btu
hTo
tal
Sys
KW
Tota
lS
en
sTo
tal
Se
ns
Tota
lS
en
sTo
tal
Se
ns
Tota
lS
en
sTo
tal
Se
ns
1400
57
(13
.9)
50
.12
50
.12
3.1
04
6.7
74
6.7
73
.47
43
.47
43
.47
3.9
03
9.2
23
9.2
24
.36
34
.90
34
.90
4.8
83
0.6
53
0.6
55
.48
62
(16
.7)
51
.55
44
.71
3.1
04
7.7
84
1.4
53
.48
44
.03
38
.34
3.9
13
9.3
13
9.3
14
.36
34
.97
34
.97
4.8
83
0.7
03
0.7
05
.48
63
*(1
7.2
)5
2.3
93
6.3
53
.11
48
.52
33
.63
3.4
84
4.6
33
0.9
93
.91
39
.88
28
.04
4.3
73
4.4
62
4.9
24
.87
29
.23
21
.95
5.4
5
67
(19
.4)
55
.61
37
.17
3.1
35
1.5
73
4.4
53
.51
47
.38
31
.68
3.9
44
3.5
32
9.4
64
.42
38
.57
26
.58
4.9
73
2.9
72
3.5
55
.53
72
(22
.2)
59
.62
29
.72
3.1
55
5.3
92
7.4
13
.53
50
.95
25
.03
3.9
74
6.4
72
2.6
54
.46
42
.63
20
.90
5.0
13
7.8
11
8.7
45
.62
1600
57
(13
.9)
51
.78
51
.78
3.1
64
8.2
94
8.2
93
.54
44
.77
44
.77
3.9
74
1.2
44
1.2
44
.46
36
.65
36
.65
4.9
93
2.1
23
2.1
25
.57
62
(16
.7)
52
.53
47
.41
3.1
64
8.7
04
3.9
63
.54
44
.85
44
.85
3.9
74
1.3
14
1.3
14
.46
36
.71
36
.71
4.9
93
2.1
73
2.1
75
.58
63
*(1
7.2
)5
3.2
33
8.4
03
.17
49
.26
35
.59
3.5
44
5.2
53
2.8
13
.97
40
.90
30
.12
4.4
63
5.2
82
6.8
24
.95
29
.90
23
.64
5.5
2
67
(19
.4)
56
.41
39
.18
3.1
95
2.2
83
6.3
63
.57
48
.00
33
.50
4.0
04
3.9
43
1.0
14
.49
39
.39
28
.67
5.0
33
3.6
82
5.4
15
.62
72
(22
.2)
60
.37
30
.80
3.2
15
6.0
52
8.4
43
.59
51
.53
25
.98
4.0
34
6.9
12
3.5
14
.53
42
.97
21
.80
5.0
83
8.2
61
9.8
05
.69
1800
57
(13
.9)
53
.08
53
.08
3.2
24
9.4
74
9.4
73
.60
45
.76
45
.76
4.0
44
2.4
84
2.4
84
.53
38
.09
38
.09
5.0
83
3.4
03
3.4
05
.67
62
(16
.7)
53
.36
49
.71
3.2
24
9.5
44
9.5
43
.60
45
.79
45
.79
4.0
44
2.5
34
2.5
34
.53
38
.15
38
.15
5.0
83
3.4
53
3.4
55
.67
63
*(1
7.2
)5
3.8
64
0.3
53
.23
49
.82
37
.43
3.6
14
5.7
03
4.5
14
.04
41
.62
32
.13
4.5
13
5.9
72
8.6
15
.03
30
.48
25
.13
5.6
0
67
(19
.4)
57
.01
41
.09
3.2
55
2.8
13
8.1
93
.63
48
.44
35
.21
4.0
64
4.1
93
2.4
14
.55
39
.90
30
.52
5.0
93
4.3
02
7.1
65
.70
72
(22
.2)
60
.93
31
.81
3.2
75
6.5
52
9.4
03
.65
51
.95
26
.88
4.0
94
7.2
32
4.3
54
.59
43
.19
22
.58
5.1
53
8.5
72
0.7
75
.75
*At 7
5�F
(23
.9 �
C)
ente
ring
dry
bulb
—Te
nnes
see
Val
ley
Aut
horit
y [T
VA
] rat
ing
cond
ition
s; a
ll ot
hers
at 8
0�F
(26
.7 �
C)
ente
ring
dry
bulb
. See
Leg
end
and
Not
es.
48 H
eati
ng
Ext
end
ed P
erfo
rman
ce T
able
−10−6
0�F
(−2
3.3−
15.6�C
)IN
DO
OR
AIR
OU
TD
OO
R C
OIL
EN
TE
RIN
G A
IR T
EM
PE
RA
TU
RE
S �
F (
°C)
-10 (
-23.3
)0 (
-17.8
)10 (
-12.2
)20 (
-6.7
)30 (
-1.1
)40 (
4.4
)50 (
10)
60 (
15.6
)
ED
BC
FM
Cap
acit
yM
Btu
hTo
tal
Sys
KW
Cap
acit
yM
Btu
hTo
tal
Sys
KW
Cap
acit
yM
Btu
hTo
tal
Sys
KW
Cap
acit
yM
Btu
hTo
tal
Sys
KW
Cap
acit
yM
Btu
hTo
tal
Sys
KW
Cap
acit
yM
Btu
hTo
tal
Sys
KW
Cap
acit
yM
Btu
hTo
tal
Sys
KW
Cap
acit
yM
Btu
hTo
tal
Sys
KW
To
tal
Inte
gTo
tal
Inte
gTo
tal
Inte
gTo
tal
Inte
gTo
tal
Inte
gTo
tal
Inte
gTo
tal
Inte
gTo
tal
Inte
g
65
(18.3
)
14
00
12
.87
11
.84
2.6
11
7.2
31
5.8
62
.76
22
.14
20
.32
2.9
02
7.7
62
5.1
83
.07
34
.69
30
.39
3.2
54
0.9
74
0.9
73
.40
48
.22
48
.22
3.5
95
6.8
55
6.8
53
.82
16
00
13
.16
12
.11
2.6
41
7.5
71
6.1
72
.78
22
.53
20
.68
2.9
22
8.1
92
5.5
73
.07
35
.00
30
.66
3.2
34
1.4
14
1.4
13
.36
48
.82
48
.82
3.5
35
7.7
05
7.7
03
.74
18
00
13
.42
12
.35
2.6
81
7.8
71
6.4
42
.81
22
.86
20
.98
2.9
42
8.5
82
5.9
23
.08
35
.31
30
.94
3.2
34
1.8
04
1.8
03
.35
49
.33
49
.33
3.5
05
8.4
15
8.4
13
.70
70
(21.1
)
14
00
12
.17
11
.19
2.7
11
6.5
71
5.2
42
.87
21
.48
19
.71
3.0
22
7.0
92
4.5
63
.19
34
.27
30
.03
3.4
04
0.5
64
0.5
63
.56
47
.61
47
.61
3.7
55
6.0
55
6.0
53
.99
16
00
12
.45
11
.45
2.7
51
6.9
01
5.5
52
.89
21
.85
20
.06
3.0
42
7.5
32
4.9
63
.20
34
.66
30
.37
3.3
84
0.9
74
0.9
73
.52
48
.20
48
.20
3.7
05
6.8
45
6.8
43
.90
18
00
12
.71
11
.69
2.7
91
7.1
81
5.8
02
.92
22
.19
20
.36
3.0
62
7.9
12
5.3
13
.21
34
.99
30
.66
3.3
84
1.3
44
1.3
43
.50
48
.71
48
.71
3.6
75
7.5
85
7.5
83
.87
75
(23.9
)
14
00
11
.44
10
.52
2.8
21
5.8
61
4.5
92
.99
20
.79
19
.09
3.1
52
6.3
92
3.9
43
.33
32
.89
28
.81
3.5
14
0.1
04
0.1
03
.73
47
.02
47
.02
3.9
35
5.2
75
5.2
74
.18
16
00
11
.72
10
.78
2.8
61
6.1
81
4.8
93
.01
21
.17
19
.43
3.1
72
6.8
32
4.3
43
.33
33
.55
29
.40
3.5
04
0.5
64
0.5
63
.69
47
.59
47
.59
3.8
75
6.0
45
6.0
44
.09
18
00
11
.97
11
.01
2.9
01
6.4
71
5.1
63
.04
21
.50
19
.73
3.1
92
7.2
12
4.6
83
.34
34
.55
30
.27
3.5
34
0.9
24
0.9
23
.67
48
.08
48
.08
3.8
35
6.7
35
6.7
34
.04
Specifications subject to change without notice.518 41 2304 05 17
PE
RF
OR
MA
NC
E D
ATA
(C
ON
T)
60 C
oo
ling
Ext
end
ed P
erfo
rman
ce T
able
EV
AP
OR
AT
OR
AIR
CO
ND
EN
SE
R E
NT
ER
ING
AIR
TE
MP
ER
AT
UR
ES
�F
(�C
)
75 (
23.9
)85 (
29.4
)95 (
35)
105 (
40.6
)115 (
46.1
)125 (
51.7
)
CF
ME
WB
�F
(�C
)
Cap
acit
yM
Btu
hTo
tal
Sys
KW
Cap
acit
yM
Btu
hTo
tal
Sys
KW
Cap
acit
yM
Btu
hTo
tal
Sys
KW
Cap
acit
yM
Btu
hTo
tal
Sys
KW
Cap
acit
yM
Btu
hTo
tal
Sys
KW
Cap
acit
yM
Btu
hTo
tal
Sys
KW
Tota
lS
en
sTo
tal
Se
ns
Tota
lS
en
sTo
tal
Se
ns
Tota
lS
en
sTo
tal
Se
ns
1750
57
(13
.9)
59
.01
59
.01
3.8
65
5.8
45
5.8
44
.36
52
.53
52
.53
4.9
54
9.0
14
9.0
15
.63
45
.25
45
.25
6.4
24
1.2
54
1.2
57
.30
62
(16
.7)
60
.65
51
.45
3.8
75
6.9
44
9.6
64
.37
53
.07
47
.70
4.9
64
9.1
04
9.1
05
.63
45
.32
45
.32
6.4
24
1.3
14
1.3
17
.30
63
*(1
7.2
)6
1.4
24
1.5
93
.88
57
.58
40
.01
4.3
85
3.6
63
8.3
64
.96
49
.53
36
.63
5.6
44
5.1
63
4.8
06
.42
40
.58
32
.86
7.2
9
67
(19
.4)
65
.91
43
.15
3.9
06
1.7
74
1.5
14
.41
57
.50
39
.80
5.0
05
3.0
23
8.0
15
.68
48
.31
36
.13
6.4
64
3.4
03
4.1
77
.34
72
(22
.2)
71
.65
34
.81
3.9
36
7.1
33
3.2
44
.45
62
.46
31
.58
5.0
55
7.5
92
9.8
65
.73
52
.50
28
.06
6.5
24
7.2
12
6.1
87
.40
2000
57
(13
.9)
61
.36
61
.36
3.9
55
7.9
35
7.9
34
.46
54
.38
54
.38
5.0
55
0.6
45
0.6
45
.73
46
.62
46
.62
6.5
24
2.3
94
2.3
97
.41
62
(16
.7)
62
.11
54
.99
3.9
65
8.1
95
7.6
14
.46
54
.45
54
.45
5.0
55
0.7
05
0.7
05
.73
46
.68
46
.68
6.5
24
2.4
54
2.4
57
.41
63
*(1
7.2
)6
2.6
64
4.1
83
.96
58
.67
42
.54
4.4
65
4.5
64
0.8
35
.05
50
.26
39
.04
5.7
34
5.7
13
7.1
26
.51
41
.01
35
.05
7.3
8
67
(19
.4)
67
.23
45
.93
3.9
86
2.8
94
4.2
24
.49
58
.43
42
.45
5.0
95
3.7
54
0.5
95
.77
48
.89
38
.64
6.5
54
3.8
53
6.5
57
.43
72
(22
.2)
73
.06
36
.47
4.0
16
8.3
43
4.8
44
.53
63
.48
33
.14
5.1
35
8.4
13
1.3
55
.82
53
.15
29
.51
6.6
14
7.6
92
7.5
97
.49
2250
57
(13
.9)
63
.30
63
.30
4.0
45
9.6
55
9.6
54
.55
55
.89
55
.89
5.1
45
1.9
25
1.9
25
.83
47
.72
47
.72
6.6
24
3.3
24
3.3
27
.51
62
(16
.7)
63
.38
63
.38
4.0
45
9.7
35
9.7
34
.55
55
.96
55
.96
5.1
45
1.9
85
1.9
85
.83
47
.77
47
.77
6.6
24
3.3
64
3.3
67
.51
63
*(1
7.2
)6
3.6
34
6.6
94
.04
59
.48
44
.99
4.5
55
5.2
34
3.2
15
.14
50
.79
41
.33
5.8
24
6.1
53
9.2
86
.60
41
.34
37
.04
7.4
8
67
(19
.4)
68
.23
48
.62
4.0
66
3.7
54
6.8
74
.58
59
.13
45
.03
5.1
75
4.3
34
3.0
95
.86
49
.34
41
.00
6.6
44
4.1
93
8.7
57
.52
72
(22
.2)
74
.14
38
.06
4.0
96
9.2
63
6.3
84
.61
64
.22
34
.62
5.2
25
9.0
23
2.8
15
.91
53
.61
30
.91
6.7
04
8.0
22
8.9
57
.59
*At 7
5�F
(23
.9 �
C)
ente
ring
dry
bulb
—Te
nnes
see
Val
ley
Aut
horit
y [T
VA
] rat
ing
cond
ition
s; a
ll ot
hers
at 8
0�F
(26
.7 �
C)
ente
ring
dry
bulb
. See
Leg
end
and
Not
es.
60 H
eati
ng
Ext
end
ed P
erfo
rman
ce T
able
−10−6
0�F
(−2
3.3−
15.6�C
)
IND
OO
R A
IRO
UT
DO
OR
CO
IL E
NT
ER
ING
AIR
TE
MP
ER
AT
UR
ES
°F
(°C
)
-10 (
-23.3
)0 (
-17.8
)10 (
-12.2
)20 (
-6.7
)30 (
-1.1
)40 (
4.4
)50 (
10)
60 (
15.6
)
ED
B°F (°C
)C
FM
Cap
acit
yM
Btu
hTo
tal
Sys
KW
Cap
acit
yM
Btu
hTo
tal
Sys
KW
Cap
acit
yM
Btu
hTo
tal
Sys
KW
Cap
acit
yM
Btu
hTo
tal
Sys
KW
Cap
acit
yM
Btu
hTo
tal
Sys
KW
Cap
acit
yM
Btu
hTo
tal
Sys
KW
Cap
acit
yM
Btu
hTo
tal
Sys
KW
Cap
acit
yM
Btu
hTo
tal
Sys
KW
To
tal
Inte
gK
WTo
tal
Inte
gK
WTo
tal
Inte
gK
WTo
tal
Inte
gK
WTo
tal
Inte
gK
WTo
tal
Inte
gK
WTo
tal
Inte
gK
WTo
tal
Inte
gK
W
65
(18.3
)
17
50
17
.66
16
.25
3.7
62
3.1
62
1.3
13
.84
29
.24
26
.84
3.9
53
5.9
43
2.6
04
.09
43
.49
38
.10
4.2
65
2.2
85
2.2
84
.47
60
.79
60
.79
4.6
77
0.8
27
0.8
24
.91
20
00
18
.08
16
.63
3.8
22
3.6
32
1.7
53
.89
29
.77
27
.32
3.9
93
6.5
43
3.1
44
.11
44
.35
38
.86
4.2
65
2.9
35
2.9
34
.45
61
.57
61
.57
4.6
27
1.8
57
1.8
54
.83
22
50
18
.45
16
.97
3.8
92
4.0
62
2.1
33
.95
30
.23
27
.75
4.0
43
7.0
63
3.6
14
.15
45
.80
40
.13
4.3
15
3.4
75
3.4
74
.45
62
.27
62
.27
4.6
07
2.7
37
2.7
34
.79
70
(21.1
)
17
50
16
.61
15
.28
3.8
92
2.1
82
0.4
13
.98
28
.31
25
.98
4.1
03
5.0
33
1.7
74
.25
42
.48
37
.22
4.4
35
1.6
75
1.6
74
.67
60
.02
60
.02
4.8
86
9.8
36
9.8
35
.12
20
00
17
.01
15
.65
3.9
52
2.6
42
0.8
44
.03
28
.83
26
.46
4.1
43
5.6
23
2.3
14
.27
43
.19
37
.84
4.4
35
2.2
55
2.2
54
.64
60
.78
60
.78
4.8
27
0.8
57
0.8
55
.04
22
50
17
.37
15
.98
4.0
22
3.0
52
1.2
14
.09
29
.29
26
.88
4.1
83
6.1
43
2.7
74
.31
43
.80
38
.38
4.4
55
2.8
05
2.8
04
.64
61
.42
61
.42
4.8
07
1.7
17
1.7
15
.00
75
(23.9
)
17
50
15
.54
14
.30
4.0
32
1.1
81
9.4
94
.13
27
.35
25
.10
4.2
63
4.1
03
0.9
34
.42
41
.52
36
.38
4.6
15
0.9
95
0.9
94
.88
59
.24
59
.24
5.0
96
8.8
76
8.8
75
.35
20
00
15
.92
14
.65
4.0
92
1.6
21
9.8
94
.18
27
.86
25
.57
4.3
03
4.6
83
1.4
54
.44
42
.20
36
.98
4.6
15
1.6
35
1.6
34
.84
59
.98
59
.98
5.0
36
9.8
46
9.8
45
.26
22
50
16
.27
14
.97
4.1
62
2.0
32
0.2
74
.24
28
.31
25
.99
4.3
43
5.1
93
1.9
24
.47
42
.78
37
.48
4.6
35
2.1
55
2.1
54
.84
60
.64
60
.64
5.0
17
0.6
97
0.6
95
.21
18 518 41 2304 05Specifications subject to change without notice.
LE
GE
ND
BF
— B
yp
ass F
acto
red
b—
En
teri
ng
Dry
-B
ulb
Ew
b
— E
nte
rin
g W
et-
Bu
lbkW
—
To
tal U
nit P
ow
er
Inp
ut
SH
C
— S
en
sib
le H
eat
Cap
acity (
10
00
Btu
h)
TC
—
To
tal C
ap
acity (
10
00
Btu
h)
(net)
rh—
Rela
tive
Hu
mid
ity
CO
OL
ING
NO
TE
S:
1.
Ratin
gs a
re n
et;
th
ey a
cco
un
t fo
r th
e e
ffects
of th
e e
vap
ora
tor-
fan
mo
tor
po
wer
an
d h
eat.
2. D
irect
inte
rpo
latio
n is p
erm
issib
le. D
o n
ot
ext
rap
ola
te.
3.
Th
e f
ollo
win
g f
orm
ula
s m
ay b
e u
sed
:
Sen
sib
le c
ap
acity (
Btu
h)
1.1
0 x
cfm
t ldb
= t
ed
b -
Wet-
bu
lb t
em
pera
ture
co
rresp
on
din
g t
o e
nth
alp
y
air
leavin
g e
vap
ora
tor
co
il (h
lwb
)t lw
b =
tota
l cap
acity (
Btu
h)
4.5
x c
fm
hlw
b =
hew
b -
Wh
ere
: hew
b =
En
thalp
y o
f air
en
teri
ng
evap
ora
tor
co
il
4. T
he S
HC
is b
ased
on
80�F
(2
6.7
�C
) ed
b t
em
pera
ture
of air
en
teri
ng
evap
ora
tor
co
il. B
elo
w 8
0�F
(2
6.7�C
) ed
b,
su
btr
act
(co
rr facto
r x c
fm)
fro
m S
HC
. A
bo
ve 8
0�F
(2
6.7�C
) ed
b,
ad
d (
co
rr facto
r x c
fm)
to S
HC
. C
orr
ectio
n F
acto
r =
1.1
0 x
(1
+ B
F)
x (e
db
- 8
0).
5. In
teg
rate
d c
ap
acity is m
axim
um
(in
sta
nta
neo
us)
cap
acity less t
he e
ffect
of fr
ost
on
th
e o
utd
oo
r co
il an
d t
he h
eat
req
uir
ed
to
defr
ost
it.
Specifications subject to change without notice.518 41 2304 05 19
PERFORMANCE DATA (CONT)Natural Gas Orifice Sizes and Manifold Pressure, Single Phase Models
Nameplate Input(Btu/hr)
ALTITUDE OF INSTALLATION (FT. ABOVE SEA LEVEL) U.S.A.*
0 to 2000(0-610 m)
2001 to 3000*(611 to 914 m)
3001 to 4000(915 to 1219 m)
4001 to 5000(1220 to 1524 m)
5001 to 6000(1524 to 1829 m)
40000
Orifice No. (Qty) 44 (2) 45 (2)† 48 (2)† 48 (2)† 48 (2)†
Manifold Press.(in. W.C.)
3.2 3.2 3.8 3.5 3.2
60000
Orifice No. (Qty) 44 (3) 45 (3)† 48 (3)† 48 (3)† 48 (3)†
Manifold Press.(in. W.C.)
3.2 3.2 3.8 3.5 3.2
90000
Orifice No. (Qty) 38 (3) 41 (3)† 41 (3)† 42 (3)† 42 (3)†
Manifold Press.(in. W.C.)
3.6 3.8 3.4 3.4 3.2
115000
Orifice No. (Qty) 33 (3) 36 (3)† 36 (3)† 36 (3)† 38 (3)†
Manifold Press.(in. W.C.)
3.8 3.8 3.6 3.3 3.6
127000
Orifice No. (Qty) 31 (3) 31 (3) 33 (3)† 33 (3)† 34 (3)†
Manifold Press.(in. W.C.)
3.7 3.2 3.5 3.2 3.2
*In the U.S.A., the input rating for altitudes above 2000 ft (610m) must be reduced by 4% for each 1000 ft (305 m) above sea level.In Canada, the input rating for altitudes from 2001 to 4500 ft (611 to 1372 m) above sea level must be derated by 10% by an authorized gas conversion station or dealer. For Canadian Installations from 2000 to 4500 ft, use U.S.A. column 2001 to 3000 ft.Note: Orifice sizes and manifold pressure settings are based on natural gas with a heating value of 1025 Btu/ft3 and a specific gravity of .6.† Orifices available through your distributor.
Natural Gas Orifice Sizes and Manifold Pressure, Three Phase Models
Nameplate Input(Btu/hr)
ALTITUDE OF INSTALLATION (FT. ABOVE SEA LEVEL) U.S.A.*
0 to 2000(0-610 m)
2001 to 3000*(611 to 914 m)
3001 to 4000(915 to 1219 m)
4001 to 5000(1220 to 1524 m)
5001 to 6000(1524 to 1829 m)
40000
Orifice No. (Qty) 44 (2) 45 (2)† 48 (2)† 48 (2)† 48 (2)†
Manifold Press.(in. W.C.)
3.2 3.2 3.8 3.5 3.2
60000
Orifice No. (Qty) 38 (2) 41 (2)† 41 (2)† 42 (2)† 42 (2)†
Manifold Press.(in. W.C.)
3.6 3.8 3.4 3.4 3.2
90000
Orifice No. (Qty) 38 (3) 41 (3)† 41 (3)† 42 (3)† 42 (3)†
Manifold Press.(in. W.C.)
3.6 3.8 3.4 3.4 3.2
115000
Orifice No. (Qty) 33 (3) 36 (3)† 36 (3)† 36 (3)† 38 (3)†
Manifold Press.(in. W.C.)
3.8 3.8 3.6 3.3 3.6
130000
Orifice No. (Qty) 31 (3) 31 (3) 33 (3)† 33 (3)† 34 (3)†
Manifold Press.(in. W.C.)
3.8 3.2 3.7 3.4 3.3
*In the U.S.A., the input rating for altitudes above 2000 ft (610m) must be reduced by 4% for each 1000 ft (305 m) above sea level.In Canada, the input rating for altitudes from 2001 to 4500 ft (611 to 1372 m) above sea level must be derated by 10% by an authorized gas conversion station or dealer. For Canadian Installations from 2000 to 4500 ft, use U.S.A. column 2001 to 3000 ft.Note: Orifice sizes and manifold pressure settings are based on natural gas with a heating value of 1025 Btu/ft3 and a specific gravity of .6.† Orifices available through your distributor.
Propane Gas Orifice Sizes and Manifold Pressure, Single Phase Models
Nameplate Input(Btu/hr)
ALTITUDE OF INSTALLATION (FT. ABOVE SEA LEVEL) U.S.A.*
0 to 2000(0-610 m)
2001 to 3000*(611 to 914 m)
3001 to 4000(915 to 1219 m)
4001 to 5000(1220 to 1524 m)
5001 to 6000(1524 to 1829 m)
40000Orifice No. (Qty) 55 (2) 56 (2) 56 (2) 56 (2) 56 (2)
Manifold Press. (IN. W.C.) 10.0 11.0 11.0 11.0 10.7
60000Orifice No. (Qty) 55 (3) 56 (3) 56 (3) 56 (3) 56 (3)
Manifold Press. (IN. W.C.) 10.0 11.0 11.0 11.0 10.7
90000Orifice No. (Qty) 53 (3) 54 (3) 54 (3) 54 (3) 54 (3)
Manifold Press. (IN. W.C.) 10.0 11.0 11.0 11.0 11.0
115000Orifice No. (Qty) 51 (3) 52 (3) 52 (3) 53 (3) 53 (3)
Manifold Press. (IN. W.C.) 10.0 11.0 10.6 11.0 11.0
127000Orifice No. (Qty) 49 (3) 50 (3) 51 (3) 52 (3) 52 (3)
Manifold Press. (IN. W.C.) 10.0 11.0 11.0 11.0 11.0
*In the U.S.A., the input rating for altitudes above 2000 ft (610m) must be reduced by 4% for each 1000 ft (305 m) above sea level.In Canada, the input rating for altitudes from 2001 to 4500 ft (611 to 1372 m) above sea level must be derated by 10% by an authorized gas conversion station or dealer. For Canadian Installations from 2000 to 4500 ft (610−1372 m), use U.S.A. column 2001 to 3000 ft (611 to 914 m).†Use Kit No. NPLPCONV013C00 (0−2000 ft [0−610 m] above sea level). Use Kit No. NPLPCONV014C00 (2001−6000 ft [611−1829 m] above sea level).
20 518 41 2304 05Specifications subject to change without notice.
Propane Gas Orifice Sizes and Manifold Pressure, Three Phase Models
Nameplate Input(Btu/hr)
ALTITUDE OF INSTALLATION (FT. ABOVE SEA LEVEL) U.S.A.*
0 to 2000(0-610 m)
2001 to 3000*(611 to 914 m)
3001 to 4000(915 to 1219 m)
4001 to 5000(1220 to 1524 m)
5001 to 6000(1524 to 1829 m)
40000Orifice No. (Qty) 55 (2) 56 (2) 56 (2) 56 (2) 56 (2)
Manifold Press. (IN. W.C.) 10.0 11.0 11.0 11.0 10.7
60000Orifice No. (Qty) 53 (2) 54 (2) 54 (2) 54 (2) 54 (2)
Manifold Press. (IN. W.C.) 10.0 11.0 11.0 11.0 11.0
90000Orifice No. (Qty) 53 (3) 54 (3) 54 (3) 54 (3) 54 (3)
Manifold Press. (IN. W.C.) 10.0 11.0 11.0 11.0 11.0
115000Orifice No. (Qty) 51 (3) 52 (3) 52 (3) 53 (3) 53 (3)
Manifold Press. (IN. W.C.) 10.0 11.0 10.6 11.0 11.0
130000Orifice No. (Qty) 49 (3) 50 (3) 51 (3) 52 (3) 52 (3)
Manifold Press. (IN. W.C.) 10.0 11.0 11.0 11.0 11.0
*In the U.S.A., the input rating for altitudes above 2000 ft (610m) must be reduced by 4% for each 1000 ft (305 m) above sea level.In Canada, the input rating for altitudes from 2001 to 4500 ft (611 to 1372 m) above sea level must be derated by 10% by an authorized gas conversion station or dealer. For Canadian Installations from 2000 to 4500 ft (610−1372 m), use U.S.A. column 2001 to 3000 ft (611 to 914 m).†Use Kit No. CPLPCONV013*00 (0−2000 ft [0−610 m] above sea level). Use Kit No. CPLPCONV014*00 (2001−6000 ft [611−1829 m] above sea level).
High Altitude Compensation, Propane Gas, Single Phase Models
Nameplate Input(Btu/hr)
Rated Heating Input (Btu/hr), Propane Gas at Installation Altitude Above Sea Level, U.S.A.*
0 to 2000 ft(0-610 m)
2001 to 3000 ft*(611 to 914 m)
3001 to 4000 ft(915 to 1219 m)
4001 to 5000 ft(1220 to 1524 m)
5001 to 6000 ft(1524 to 1829 m)
40000 38000 31700 31700 31700 31200
60000 57000 47500 47500 47500 46900
90000 79000 68900 68900 68600 68600
115000 103000 100400 98900 83000 83000
127000 116000 115500 111800 101300 100400
*In the U.S.A., the input rating for altitudes above 2000 ft (610m) must be reduced by 4% for each 1000 ft (305 m) above sea level.In Canada, the input rating for altitudes from 2001 to 4500 ft (611 to 1372 m) above sea level must be derated by 10% by an authorized gas conversion station or dealer. For Canadian Installations from 2000 to 4500 ft (610−1372 m), use U.S.A. column 2001 to 3000 ft (611 to 914 m).
High Altitude Compensation, Propane Gas, Three Phase Models
Nameplate Input(Btu/hr)
Rated Heating Input (Btu/hr), Propane Gas at Installation Altitude Above Sea Level, U.S.A.*
0 to 2000 ft(0-610 m)
2001 to 3000 ft*(611 to 914 m)
3001 to 4000 ft(915 to 1219 m)
4001 to 5000 ft(1220 to 1524 m)
5001 to 6000 ft(1524 to 1829 m)
40000 38000 31700 31700 31700 31200
60000 53000 45900 45900 45800 45800
90000 79000 68900 68900 68600 68600
115000 103000 100400 98900 83000 83000
130000 116000 115500 111800 101300 100400
*In the U.S.A., the input rating for altitudes above 2000 ft (610m) must be reduced by 4% for each 1000 ft (305 m) above sea level.In Canada, the input rating for altitudes from 2001 to 4500 ft (611 to 1372 m) above sea level must be derated by 10% by an authorized gas conversion station or dealer. For Canadian Installations from 2000 to 4500 ft (610−1372 m), use U.S.A. column 2001 to 3000 ft (611 to 914 m).
High Altitude Compensation, Natural Gas, Single Phase Models
Nameplate Input (Btu/hr)
Rated Heating Input (Btu/hr), Natural Gas at Installation Altitude Above Sea Level, U.S.A.*
0 to 2000 ft(0-610 m)
2001 to 3000 ft*(611 to 914 m)
3001 to 4000 ft(915 to 1219 m)
4001 to 5000 ft(1220 to 1524 m)
5001 to 6000 ft(1524 to 1829 m)
40000 40000 36000 34400 32800 31200
60000 60000 54000 51600 49200 46800
90000 90000 81000 77400 73800 70200
115000 115000 103500 98900 94300 89700
127000 127000 143000 109200 104100 99100
*In the U.S.A., the input rating for altitudes above 2000 ft (610m) must be reduced by 4% for each 1000 ft (305 m) above Sea level.In Canada, the input rating for altitudes from 2001 to 4500 ft (611 to 1372 m) above sea level must be derated by 10% by an authorized gas conversion station or dealer. For Canadian Installations from 2000 to 4500 ft (610−1372 m), use U.S.A. column 2001 to 3000 ft (611 to 914 m).
High Altitude Compensation, Natural Gas, Three Phase Models
Nameplate Input (Btu/hr)
Rated Heating Input (Btu/hr), Natural Gas at Installation Altitude Above Sea Level, U.S.A.*
0 to 2000 ft(0-610 m)
2001 to 3000 ft*(611 to 914 m)
3001 to 4000 ft(915 to 1219 m)
4001 to 5000 ft(1220 to 1524 m)
5001 to 6000 ft(1524 to 1829 m)
40000 40000 36000 34400 32800 31200
60000 60000 54000 51600 49200 46800
90000 90000 81000 77400 73800 70200
115000 115000 103500 98900 94300 89700
130000 130000 117000 111800 106600 101400
*In the U.S.A., the input rating for altitudes above 2000 ft (610m) must be reduced by 4% for each 1000 ft (305 m) above Sea level.In Canada, the input rating for altitudes from 2001 to 4500 ft (611 to 1372 m) above sea level must be derated by 10% by an authorized gas conversion station or dealer. For Canadian Installations from 2000 to 4500 ft (610−1372 m), use U.S.A. column 2001 to 3000 ft (611 to 914 m).
Specifications subject to change without notice.518 41 2304 05 21
Dry
Co
il A
ir D
eliv
ery*
− H
ori
zon
tal a
nd
Do
wn
flo
w D
isch
arg
e S
izes
24−
60 2
30V
AC
1−P
has
e
Un
itS
ize
He
ati
ng
Ris
e o
F(o
C)
Mo
tor
Sp
ee
dTa
pA
llo
wab
le
Fu
ncti
on
s
ES
P (
in.
W.C
.)
0.1
0.2
0.3
0.4
0.5
0.6
0.7
0.8
0.9
1
24
04
02
5 -
55
(14 -
31)
Lo
w3
Blu
eA
ltern
ate
Gas H
eatin
g
CF
M6
54
55
24
54
33
8x
xx
xx
xB
HP
0.0
90
.10
0.1
00
.11
xx
xx
xx
Gas H
eat R
ise (
oF
)4
55
4N
AN
AN
AN
AN
AN
AN
AN
AG
as H
eat R
ise (
oC
)2
53
0N
AN
AN
AN
AN
AN
AN
AN
A
Med
-Lo
w1
Pin
kG
as H
eatin
g
Altern
ate
Co
olin
g
CF
M8
40
75
96
77
60
05
05
41
12
93
xx
xB
HP
0.1
40
.15
0.1
60
.16
0.1
70
.17
0.1
8x
xx
Gas H
eat R
ise (
oF
)3
53
94
45
0N
AN
AN
AN
AN
AN
AG
as H
eat R
ise (
oC
)2
02
22
42
8N
AN
AN
AN
AN
AN
A
Med
ium
2R
ed
Co
olin
g
Altern
ate
Gas H
eatin
g
CF
M8
88
81
87
50
67
96
06
51
14
25
32
02
38
xB
HP
0.1
80
.18
0.1
90
.19
0.2
00
.20
0.2
10
.21
0.2
2x
Gas H
eat R
ise (
oF
)3
43
64
04
44
9N
AN
AN
AN
AN
AG
as H
eat R
ise (
oC
)1
92
02
22
42
7N
AN
AN
AN
AN
A
Med
-H
igh
Ora
ng
eA
ltern
ate
Co
olin
g A
ltern
ate
Gas H
eatin
g
CF
M1
13
31
06
99
95
93
08
54
78
47
01
62
85
49
46
4B
HP
0.2
60
.27
0.2
80
.29
0.3
00
.30
0.3
10
.31
0.3
20
.33
Gas H
eat R
ise (
oF
)2
62
83
03
23
53
84
24
75
4N
AG
as H
eat R
ise (
oC
)1
51
51
71
81
92
12
42
63
0N
A
Hig
hB
lack
Hig
h S
tatic C
oo
ling
On
ly
CF
M1
29
11
24
11
19
01
13
11
08
11
02
89
49
85
47
42
61
6B
HP
0.4
10
.42
0.4
30
.43
0.4
40
.45
0.4
40
.42
0.4
00
.38
24
06
025 -
55
(14 -
31)
Lo
w3
Blu
eA
ltern
ate
Co
olin
g
CF
M6
54
55
24
54
33
8x
xx
xx
xB
HP
0.0
90
.10
0.1
00
.11
xx
xx
xx
Gas H
eat R
ise (
oF
)N
AN
AN
AN
AN
AN
AN
AN
AN
AN
AG
as H
eat R
ise (
oC
)N
AN
AN
AN
AN
AN
AN
AN
AN
AN
A
Med
-Lo
wP
ink
Altern
ate
Co
olin
g
Altern
ate
Gas H
eatin
g
CF
M8
40
75
96
77
60
05
05
41
12
93
xx
xB
HP
0.1
40
.15
0.1
60
.16
0.1
70
.17
0.1
8x
xx
Gas H
eat R
ise (
oF
)5
3N
AN
AN
AN
AN
AN
AN
AN
AN
AG
as H
eat R
ise (
oC
)3
0N
AN
AN
AN
AN
AN
AN
AN
AN
A
Med
ium
2R
ed
Co
olin
gA
ltern
ate
Gas H
eatin
g
CF
M8
88
81
87
50
67
96
06
51
14
25
32
02
38
xB
HP
0.1
80
.18
0.1
90
.19
0.2
00
.20
0.2
10
.21
0.2
2x
Gas H
eat R
ise (
oF
)5
05
5N
AN
AN
AN
AN
AN
AN
AN
AG
as H
eat R
ise (
oC
)2
83
0N
AN
AN
AN
AN
AN
AN
AN
A
Med
-H
igh
1O
ran
ge
Gas H
eatin
g A
ltern
ate
Co
olin
g
CF
M1
13
31
06
99
95
93
08
54
78
47
01
62
85
49
46
4B
HP
0.2
60
.27
0.2
80
.29
0.3
00
.30
0.3
10
.31
0.3
20
.33
Gas H
eat R
ise (
oF
)4
04
24
54
85
3N
AN
AN
AN
AN
AG
as H
eat R
ise (
oC
)2
22
32
52
72
9N
AN
AN
AN
AN
A
Hig
hB
lack
Hig
h S
tatic C
oo
ling
On
ly
CF
M1
29
11
24
11
19
01
13
11
08
11
02
89
49
85
47
42
61
6B
HP
0.4
10
.42
0.4
30
.43
0.4
40
.45
0.4
40
.42
0.4
00
.38
*Air
deliv
ery
valu
es a
re w
ithou
t air
filte
r an
d ar
e fo
r dr
y co
il (S
ee W
et C
oil P
ress
ure
Dro
p ta
ble)
.“H
igh
Sta
tic C
oolin
g” =
Onl
y to
be
used
for
cool
ing
func
tion
(not
allo
wed
for
heat
ing
func
tion)
1 F
acto
ry-s
hipp
ed h
eatin
g sp
eed
2 F
acto
ry-s
hipp
ed c
oolin
g sp
eed
3 F
acto
ry-s
hipp
ed c
ontin
uous
fan
spee
d”N
A”
= N
ot a
llow
ed fo
r he
atin
g sp
eed
NO
TE
: Ded
uct f
ield
-sup
plie
d ai
r fil
ter
pres
sure
dro
p an
d w
et c
oil p
ress
ure
drop
to o
btai
n st
atic
pre
ssur
e av
aila
ble
for
duct
ing.
S
had
ed
are
as in
dic
ate
sp
eed
/sta
tic c
om
bin
atio
ns th
at are
no
t p
erm
itte
d fo
r d
eh
um
idifi
catio
n s
peed
.
22 518 41 2304 05Specifications subject to change without notice.
Dry
Co
il A
ir D
eliv
ery*
− H
ori
zon
tal a
nd
Do
wn
flo
w D
isch
arg
e S
izes
24−
60 2
30V
AC
1−P
has
e (C
on
t)
Un
itS
ize
He
ati
ng
Ris
e o
F(o
C)
Mo
tor
Sp
ee
dTa
pA
llo
wab
le
Fu
ncti
on
s
ES
P (
in.
W.C
.)
0.1
0.2
0.3
0.4
0.5
0.6
0.7
0.8
0.9
1
30
04
02
5 -
55
(14 -
31)
Lo
w3
Blu
eA
ltern
ate
Gas H
eatin
g
CF
M6
54
55
24
54
33
8x
xx
xx
xB
HP
0.0
90
.10
0.1
00
.11
xx
xx
xx
Gas H
eat R
ise (
oF
)4
55
4N
AN
AN
AN
AN
AN
AN
AN
AG
as H
eat R
ise (
oC
)2
53
0N
AN
AN
AN
AN
AN
AN
AN
A
Med
-Lo
w1
Pin
kG
as H
eatin
g
Altern
ate
Co
olin
g
CF
M8
40
75
96
77
60
05
05
41
12
93
xx
xB
HP
0.1
40
.15
0.1
60
.16
0.1
70
.17
0.1
8x
xx
Gas H
eat R
ise (
oF
)3
53
94
45
0N
AN
AN
AN
AN
AN
AG
as H
eat R
ise (
oC
)2
02
22
42
8N
AN
AN
AN
AN
AN
A
Med
ium
2R
ed
Co
olin
g A
ltern
ate
Gas H
eatin
g
CF
M1
10
41
03
89
79
91
58
44
78
27
12
63
95
32
45
2B
HP
0.2
60
.27
0.2
80
.28
0.2
90
.30
0.3
00
.31
0.3
10
.32
Gas H
eat R
ise (
oF
)2
72
93
03
33
53
84
24
7N
AN
AG
as H
eat R
ise (
oC
)1
51
61
71
82
02
12
32
6N
AN
A
Med
-H
igh
Ora
ng
eA
ltern
ate
Co
olin
g
Altern
ate
Gas H
eatin
g
CF
M1
13
31
06
99
95
93
08
54
78
47
01
62
85
49
46
4B
HP
0.2
60
.27
0.2
80
.29
0.3
00
.30
0.3
10
.31
0.3
20
.33
Gas H
eat R
ise (
oF
)2
62
83
03
23
53
84
24
75
4N
AG
as H
eat R
ise (
oC
)1
51
51
71
81
92
12
42
63
0N
A
Hig
hB
lack
Hig
h S
tatic C
oo
ling
On
ly
CF
M1
29
11
24
11
19
01
13
11
08
11
02
89
49
85
47
42
61
6B
HP
0.4
10
.42
0.4
30
.43
0.4
40
.45
0.4
40
.42
0.4
00
.38
30
06
025 -
55
(14 -
31)
Lo
w3
Blu
e
CF
M6
54
55
24
54
33
8x
xx
xx
xB
HP
0.0
90
.10
0.1
00
.11
xx
xx
xx
Gas H
eat R
ise (
oF
)N
AN
AN
AN
AN
AN
AN
AN
AN
AN
AG
as H
eat R
ise (
oC
)N
AN
AN
AN
AN
AN
AN
AN
AN
AN
A
Med
-Lo
wP
ink
Altern
ate
Co
olin
g
Altern
ate
Gas H
eatin
g
CF
M8
40
75
96
77
60
05
05
41
12
93
xx
xB
HP
0.1
40
.15
0.1
60
.16
0.1
70
.17
0.1
8x
xx
Gas H
eat R
ise (
oF
)5
3N
AN
AN
AN
AN
AN
AN
AN
AN
AG
as H
eat R
ise (
oC
)3
0N
AN
AN
AN
AN
AN
AN
AN
AN
A
Med
ium
2R
ed
Co
olin
g
Altern
ate
Gas H
eatin
g
CF
M1
10
41
03
89
79
91
58
44
78
27
12
63
95
32
45
2B
HP
0.2
60
.27
0.2
80
.28
0.2
90
.30
0.3
00
.31
0.3
10
.32
Gas H
eat R
ise (
oF
)4
14
34
64
95
3N
AN
AN
AN
AN
AG
as H
eat R
ise (
oC
)2
32
42
52
73
0N
AN
AN
AN
AN
A
Med
-H
igh
1O
ran
ge
Gas H
eatin
g A
ltern
ate
Co
olin
g
CF
M1
13
31
06
99
95
93
08
54
78
47
01
62
85
49
46
4B
HP
0.2
60
.27
0.2
80
.29
0.3
00
.30
0.3
10
.31
0.3
20
.33
Gas H
eat R
ise (
oF
)4
04
24
54
85
3N
AN
AN
AN
AN
AG
as H
eat R
ise (
oC
)2
22
32
52
72
9N
AN
AN
AN
AN
A
Hig
hB
lack
Hig
h S
tatic C
oo
ling
On
ly
CF
M1
29
11
24
11
19
01
13
11
08
11
02
89
49
85
47
42
61
6B
HP
0.4
10
.42
0.4
30
.43
0.4
40
.45
0.4
40
.42
0.4
00
.38
*Air
deliv
ery
valu
es a
re w
ithou
t air
filte
r an
d ar
e fo
r dr
y co
il (S
ee W
et C
oil P
ress
ure
Dro
p ta
ble)
.“H
igh
Sta
tic C
oolin
g” =
Onl
y to
be
used
for
cool
ing
func
tion
(Not
allo
wed
for
gas
heat
ing
func
tion)
1 F
acto
ry-s
hipp
ed g
as h
eatin
g sp
eed
2 F
acto
ry-s
hipp
ed c
oolin
g sp
eed
3 F
acto
ry-s
hipp
ed c
ontin
uous
fan
spee
d”N
A”
= N
ot a
llow
ed fo
r ga
s he
atin
g sp
eed
NO
TE
: Ded
uct f
ield
-sup
plie
d ai
r fil
ter
pres
sure
dro
p an
d w
et c
oil p
ress
ure
drop
to o
btai
n st
atic
pre
ssur
e av
aila
ble
for
duct
ing.
S
had
ed
are
as in
dic
ate
sp
eed
/sta
tic c
om
bin
atio
ns th
at are
no
t p
erm
itte
d fo
r d
eh
um
idifi
catio
n s
peed
.
Specifications subject to change without notice.518 41 2304 05 23
Dry
Co
il A
ir D
eliv
ery*
− H
ori
zon
tal a
nd
Do
wn
flo
w D
isch
arg
e S
izes
24−
60 2
30V
AC
1−P
has
e (C
on
t)
Un
itS
ize
He
ati
ng
Ris
e o
F(o
C)
Mo
tor
Sp
ee
dTa
pA
llo
wab
le
Fu
ncti
on
s
ES
P (
in.
W.C
.)
0.1
0.2
0.3
0.4
0.5
0.6
0.7
0.8
0.9
1
36
06
02
5 -
55
(14 -
31)
Lo
w3
Blu
eA
ltern
ate
Co
olin
g A
ltern
ate
Gas H
eatin
g
CF
M1
11
71
04
29
69
89
38
69
80
27
41
67
75
90
58
2B
HP
0.1
70
.18
0.1
90
.19
0.2
10
.21
0.2
20
.23
0.2
40
.25
Gas H
eat R
ise (
oF
)4
04
34
65
05
2N
AN
AN
AN
AN
AG
as H
eat R
ise (
oC
)2
22
42
62
82
9N
AN
AN
AN
AN
A
Med
-Lo
w1
Pin
kG
as H
eatin
g
Altern
ate
Co
olin
g
CF
M1
17
01
09
41
02
79
55
88
38
70
81
07
48
68
05
91
BH
P0
.19
0.2
00
.21
0.2
20
.23
0.2
40
.24
0.2
50
.26
0.2
6G
as H
eat R
ise (
oF
)3
84
14
44
75
15
25
5N
AN
AN
AG
as H
eat R
ise (
oC
)2
12
32
42
62
82
93
1N
AN
AN
A
Med
ium
2R
ed
Co
olin
gA
ltern
ate
Gas H
eatin
g
CF
M1
29
21
24
61
18
31
12
41
05
99
95
92
48
77
85
68
19
BH
P0
.25
0.2
60
.28
0.2
90
.30
0.3
10
.32
0.3
30
.34
0.3
4G
as H
eat R
ise (
oF
)3
53
63
84
04
24
54
95
15
25
5G
as H
eat R
ise (
oC
)1
92
02
12
22
42
52
72
82
93
0
Med
-H
igh
Ora
ng
eA
ltern
ate
Co
olin
g
Altern
ate
Gas H
eatin
g
CF
M1
31
11
22
51
19
91
14
51
08
11
01
59
52
90
28
85
84
3B
HP
0.2
60
.27
0.2
80
.30
0.3
10
.32
0.3
30
.33
0.3
50
.35
Gas H
eat R
ise (
oF
)3
43
73
73
94
14
44
75
05
15
3G
as H
eat R
ise (
oC
)1
92
02
12
22
32
52
62
82
83
0
Hig
hB
lack
Hig
h S
tatic C
oo
ling
On
ly
CF
M1
60
21
53
51
46
91
40
41
33
31
26
01
24
61
19
21
19
11
13
1B
HP
0.2
60
.27
0.2
80
.30
0.3
10
.32
0.3
30
.33
0.3
50
.35
36
09
035 -
65
(19 -
36)
Lo
w3
Blu
eA
ltern
ate
Co
olin
g
Altern
ate
Gas H
eatin
g
CF
M1
11
71
04
29
69
89
38
69
80
27
41
67
75
90
58
2B
HP
0.1
70
.18
0.1
90
.19
0.2
10
.21
0.2
20
.23
0.2
40
.25
Gas H
eat R
ise (
oF
)6
16
5N
AN
AN
AN
AN
AN
AN
AN
AG
as H
eat R
ise (
oC
)3
43
6N
AN
AN
AN
AN
AN
AN
AN
A
Med
-Lo
wP
ink
Altern
ate
Co
olin
g A
lter
nate
Gas H
eatin
g
CF
M1
17
01
09
41
02
79
55
88
38
70
81
07
48
68
05
91
BH
P0
.19
0.2
00
.21
0.2
20
.23
0.2
40
.24
0.2
50
.26
0.2
6G
as H
eat R
ise (
oF
)5
86
2N
AN
AN
AN
AN
AN
AN
AN
AG
as H
eat R
ise (
oC
)3
23
4N
AN
AN
AN
AN
AN
AN
AN
A
Med
ium
2R
ed
Co
olin
g
Altern
ate
Gas H
eatin
g
CF
M1
29
21
24
61
18
31
12
41
05
99
95
92
48
77
85
68
19
BH
P0
.25
0.2
60
.28
0.2
90
.30
0.3
10
.32
0.3
30
.34
0.3
4G
as H
eat R
ise (
oF
)5
25
45
76
06
4N
AN
AN
AN
AN
AG
as H
eat R
ise (
oC
)2
93
03
23
33
5N
AN
AN
AN
AN
A
Med
-H
igh
1O
ran
ge
Gas H
eatin
g A
ltern
ate
Co
olin
g
CF
M1
31
11
22
51
19
91
14
51
08
11
01
59
52
90
28
85
84
3B
HP
0.2
60
.27
0.2
80
.30
0.3
10
.32
0.3
30
.33
0.3
50
.35
Gas H
eat R
ise (
oF
)5
25
55
65
96
3N
AN
AN
AN
AN
AG
as H
eat R
ise (
oC
)2
93
13
13
33
5N
AN
AN
AN
AN
A
Hig
hB
lack
Hig
h S
tatic C
oo
ling
On
ly
CF
M1
60
21
53
51
46
91
40
41
33
31
26
01
24
61
19
21
19
11
13
1B
HP
0.2
60
.27
0.2
80
.30
0.3
10
.32
0.3
30
.33
0.3
50
.35
*Air
deliv
ery
valu
es a
re w
ithou
t air
filte
r an
d ar
e fo
r dr
y co
il (S
ee W
et C
oil P
ress
ure
Dro
p ta
ble)
.“H
igh
Sta
tic C
oolin
g” =
Onl
y to
be
used
for
cool
ing
func
tion
(Not
allo
wed
for
gas
heat
ing
func
tion)
1 F
acto
ry-s
hipp
ed g
as h
eatin
g sp
eed
2 F
acto
ry-s
hipp
ed c
oolin
g sp
eed
3 F
acto
ry-s
hipp
ed c
ontin
uous
fan
spee
d”N
A”
= N
ot a
llow
ed fo
r ga
s he
atin
g sp
eed
NO
TE
: Ded
uct f
ield
-sup
plie
d ai
r fil
ter
pres
sure
dro
p an
d w
et c
oil p
ress
ure
drop
to o
btai
n st
atic
pre
ssur
e av
aila
ble
for
duct
ing.
S
had
ed
are
as in
dic
ate
sp
eed
/sta
tic c
om
bin
atio
ns th
at are
no
t p
erm
itte
d fo
r d
eh
um
idifi
catio
n s
peed
.
24 518 41 2304 05Specifications subject to change without notice.
Dry
Co
il A
ir D
eliv
ery*
− H
ori
zon
tal a
nd
Do
wn
flo
w D
isch
arg
e S
izes
24−
60 2
30V
AC
1−P
has
e (C
on
t)
Un
itS
ize
He
ati
ng
Ris
e o
F(o
C)
Mo
tor
Sp
ee
dTa
pA
llo
wab
le
Fu
ncti
on
s
ES
P (
in.
W.C
.)
0.1
0.2
0.3
0.4
0.5
0.6
0.7
0.8
0.9
1
42
06
02
5 -
55
(14 -
31)
Lo
w3
Blu
eA
ltern
ate
Gas H
eatin
g
CF
M1
00
19
02
83
37
77
71
76
50
57
55
27
46
64
19
BH
P0
.13
0.1
30
.14
0.1
40
.15
0.1
60
.17
0.1
80
.19
0.2
0G
as H
eat R
ise (
oF
)4
55
05
4N
AN
AN
AN
AN
AN
AN
AG
as H
eat R
ise (
oC
)2
52
83
0N
AN
AN
AN
AN
AN
AN
A
Med
-Lo
w1
Pin
kG
as H
eatin
g
CF
M1
01
69
50
90
28
42
78
37
21
65
55
90
54
14
80
BH
P0
.13
0.1
40
.15
0.1
60
.17
0.1
80
.19
0.2
00
.21
0.2
2G
as H
eat R
ise (
oF
)4
44
75
05
3N
AN
AN
AN
AN
AN
AG
as H
eat R
ise (
oC
)2
52
62
83
0N
AN
AN
AN
AN
AN
A
Med
ium
2R
ed
Co
olin
g A
ltern
ate
Gas H
eatin
g
CF
M1
40
31
35
81
31
61
26
51
21
71
16
71
11
61
06
71
01
29
56
BH
P0
.29
0.3
00
.31
0.3
30
.34
0.3
50
.36
0.3
70
.38
0.3
9G
as H
eat R
ise (
oF
)3
23
33
43
53
73
84
04
24
44
7G
as H
eat R
ise (
oC
)1
81
81
92
02
02
12
22
32
52
6
Med
-H
igh
Ora
ng
eA
ltern
ate
Co
olin
g
Altern
ate
Gas H
eatin
g
CF
M1
46
11
41
11
36
71
32
71
27
51
22
01
17
41
12
71
07
41
02
2B
HP
0.3
20
.33
0.3
50
.36
0.3
70
.38
0.3
90
.40
0.4
10
.42
Gas H
eat R
ise (
oF
)3
13
23
33
43
53
73
84
04
24
4G
as H
eat R
ise (
oC
)1
71
81
81
92
02
02
12
22
32
4
Hig
hB
lack
Hig
h S
tatic C
oo
ling
On
ly
CF
M1
57
51
52
81
48
81
44
71
40
61
36
01
31
41
26
41
21
31
15
9B
HP
0.4
00
.42
0.4
30
.44
0.4
50
.46
0.4
70
.48
0.4
90
.50
42
09
035 -
65
(19 -
36)
Lo
w3
Blu
e
CF
M1
00
19
02
83
37
77
71
76
50
57
55
27
46
64
19
BH
P0
.13
0.1
30
.14
0.1
40
.15
0.1
60
.17
0.1
80
.19
0.2
0G
as H
eat R
ise (
oF
)N
AN
AN
AN
AN
AN
AN
AN
AN
AN
AG
as H
eat R
ise (
oC
)N
AN
AN
AN
AN
AN
AN
AN
AN
AN
A
Med
-Lo
wP
ink
CF
M1
01
69
50
90
28
42
78
37
21
65
55
90
54
14
80
BH
P0
.13
0.1
40
.15
0.1
60
.17
0.1
80
.19
0.2
00
.21
0.2
2G
as H
eat R
ise (
oF
)N
AN
AN
AN
AN
AN
AN
AN
AN
AN
AG
as H
eat R
ise (
oC
)N
AN
AN
AN
AN
AN
AN
AN
AN
AN
A
Med
ium
2R
ed
Co
olin
g A
ltern
ate
Gas H
eatin
g
CF
M1
40
31
35
81
31
61
26
51
21
71
16
71
11
61
06
71
01
29
56
BH
P0
.29
0.3
00
.31
0.3
30
.34
0.3
50
.36
0.3
70
.38
0.3
9G
as H
eat R
ise (
oF
)4
85
05
15
35
65
86
16
3N
AN
AG
as H
eat R
ise (
oC
)2
72
82
93
03
13
23
43
5N
AN
A
Med
-H
igh
1O
ran
ge
Gas H
eatin
g
Altern
ate
Co
olin
g
CF
M1
46
11
41
11
36
71
32
71
27
51
22
01
17
41
12
71
07
41
02
2B
HP
0.3
20
.33
0.3
50
.36
0.3
70
.38
0.3
90
.40
0.4
10
.42
Gas H
eat R
ise (
oF
)4
64
84
95
15
35
55
86
06
3N
AG
as H
eat R
ise (
oC
)2
62
72
72
82
93
13
23
33
5N
A
Hig
hB
lack
Hig
h S
tatic C
oo
ling
On
ly
CF
M1
57
51
52
81
48
81
44
71
40
61
36
01
31
41
26
41
21
31
15
9B
HP
0.4
00
.42
0.4
30
.44
0.4
50
.46
0.4
70
.48
0.4
90
.50
*Air
deliv
ery
valu
es a
re w
ithou
t air
filte
r an
d ar
e fo
r dr
y co
il (S
ee W
et C
oil P
ress
ure
Dro
p ta
ble)
.“H
igh
Sta
tic C
oolin
g” =
Onl
y to
be
used
for
cool
ing
func
tion
(Not
allo
wed
for
gas
heat
ing
func
tion)
1 F
acto
ry-s
hipp
ed g
as h
eatin
g sp
eed
2 F
acto
ry-s
hipp
ed c
oolin
g sp
eed
3 F
acto
ry-s
hipp
ed c
ontin
uous
fan
spee
d”N
A”
= N
ot a
llow
ed fo
r ga
s he
atin
g sp
eed
NO
TE
: Ded
uct f
ield
-sup
plie
d ai
r fil
ter
pres
sure
dro
p an
d w
et c
oil p
ress
ure
drop
to o
btai
n st
atic
pre
ssur
e av
aila
ble
for
duct
ing.
S
had
ed
are
as in
dic
ate
sp
eed
/sta
tic c
om
bin
atio
ns th
at are
no
t p
erm
itte
d fo
r d
eh
um
idifi
catio
n s
peed
.
Specifications subject to change without notice.518 41 2304 05 25
Dry
Co
il A
ir D
eliv
ery*
− H
ori
zon
tal a
nd
Do
wn
flo
w D
isch
arg
e S
izes
24−
60 2
30V
AC
1−P
has
e (C
on
t)
Un
itS
ize
He
ati
ng
Ris
e o
F(o
C)
Mo
tor
Sp
ee
dTa
pA
llo
wab
le
Fu
ncti
on
s
ES
P (
in.
W.C
.)
0.1
0.2
0.3
0.4
0.5
0.6
0.7
0.8
0.9
1
48
09
03
5 -
65
(19 -
36)
Lo
w3
Blu
e
CF
M6
44
55
24
61
37
63
01
23
5x
xx
xB
HP
0.0
60
.07
0.0
70
.08
0.0
80
.09
xx
xx
Gas H
eat R
ise (
oF
)N
AN
AN
AN
AN
AN
AN
AN
AN
AN
AG
as H
eat R
ise (
oC
)N
AN
AN
AN
AN
AN
AN
AN
AN
AN
A
Med
-Lo
w1
Pin
kG
as H
eatin
g
Altern
ate
Co
olin
g
CF
M1
43
01
38
61
34
71
30
21
25
81
20
81
16
01
11
41
06
51
01
4B
HP
0.2
60
.27
0.2
80
.29
0.3
00
.30
0.3
20
.33
0.3
40
.35
Gas H
eat R
ise (
oF
)4
74
95
05
25
45
65
86
16
4N
AG
as H
eat R
ise (
oC
)2
62
72
82
93
03
13
23
43
5N
A
Med
ium
2R
ed
Co
olin
g
Altern
ate
Gas H
eatin
g
CF
M1
65
81
62
21
58
51
54
91
51
21
47
61
44
21
40
21
36
01
32
2B
HP
0.3
90
.40
0.4
10
.42
0.4
40
.45
0.4
60
.47
0.4
80
.49
Gas H
eat R
ise (
oF
)4
14
24
34
44
54
64
74
85
05
1G
as H
eat R
ise (
oC
)2
32
32
42
42
52
52
62
72
82
8
Med
-H
igh
Ora
ng
eA
ltern
ate
Co
olin
g
CF
M1
94
51
91
31
86
71
82
91
79
21
75
81
71
71
68
81
64
51
60
3B
HP
0.5
80
.59
0.6
10
.63
0.6
40
.65
0.6
70
.68
0.6
90
.71
Gas H
eat R
ise (
oF
)N
AN
AN
AN
AN
AN
AN
AN
AN
AN
AG
as H
eat R
ise (
oC
)N
AN
AN
AN
AN
AN
AN
AN
AN
AN
A
Hig
hB
lack
Hig
h S
tatic C
oo
ling
On
ly
CF
M2
20
12
17
22
13
82
10
82
07
42
04
11
97
01
86
71
76
41
63
4B
HP
0.8
30
.84
0.8
70
.88
0.8
90
.91
0.8
90
.83
0.7
90
.74
48
11
530-
60
(17 -
33)
Lo
w3
Blu
e
CF
M6
44
55
24
61
37
63
01
23
5x
xx
xB
HP
0.0
60
.07
0.0
70
.08
0.0
80
.09
xx
xx
Gas H
eat R
ise (
oF
)N
AN
AN
AN
AN
AN
AN
AN
AN
AN
AG
as H
eat R
ise (
oC
)N
AN
AN
AN
AN
AN
AN
AN
AN
AN
A
Med
-Lo
wP
ink
Altern
ate
Co
olin
g
Altern
ate
Gas H
eatin
g
CF
M1
43
01
38
61
34
71
30
21
25
81
20
81
16
01
11
41
06
51
01
4B
HP
0.2
60
.27
0.2
80
.29
0.3
00
.30
0.3
20
.33
0.3
40
.35
Gas H
eat R
ise (
oF
)6
0N
AN
AN
AN
AN
AN
AN
AN
AN
AG
as H
eat R
ise (
oC
)3
4N
AN
AN
AN
AN
AN
AN
AN
AN
A
Med
ium
2R
ed
Co
olin
g
Altern
ate
Gas H
eatin
g
CF
M1
65
81
62
21
58
51
54
91
51
21
47
61
44
21
40
21
36
01
32
2B
HP
0.3
90
.40
0.4
10
.42
0.4
40
.45
0.4
60
.47
0.4
80
.49
Gas H
eat R
ise (
oF
)5
25
35
55
65
75
96
0N
AN
AN
AG
as H
eat R
ise (
oC
)2
93
03
03
13
23
33
3N
AN
AN
A
Med
-H
igh
1O
ran
ge
Gas H
eatin
g
Altern
ate
Co
olin
g
CF
M1
94
51
91
31
86
71
82
91
79
21
75
81
71
71
68
81
64
51
60
3B
HP
0.5
80
.59
0.6
10
.63
0.6
40
.65
0.6
70
.68
0.6
90
.71
Gas H
eat R
ise (
oF
)4
44
54
64
74
84
95
05
15
35
4G
as H
eat R
ise (
oC
)2
52
52
62
62
72
72
82
82
93
0
Hig
hB
lack
Hig
h S
tatic C
oo
ling
On
ly
CF
M2
20
12
17
22
13
82
10
82
07
42
04
11
97
01
86
71
76
41
63
4B
HP
0.8
30
.84
0.8
70
.88
0.8
90
.91
0.8
90
.83
0.7
90
.74
*Air
deliv
ery
valu
es a
re w
ithou
t air
filte
r an
d ar
e fo
r dr
y co
il (S
ee W
et C
oil P
ress
ure
Dro
p ta
ble)
.“H
igh
Sta
tic C
oolin
g” =
Onl
y to
be
used
for
cool
ing
func
tion
(Not
allo
wed
for
gas
heat
ing
func
tion)
1 F
acto
ry-s
hipp
ed g
as h
eatin
g sp
eed
2 F
acto
ry-s
hipp
ed c
oolin
g sp
eed
3 F
acto
ry-s
hipp
ed c
ontin
uous
fan
spee
d”N
A”
= N
ot a
llow
ed fo
r ga
s he
atin
g sp
eed
NO
TE
: Ded
uct f
ield
-sup
plie
d ai
r fil
ter
pres
sure
dro
p an
d w
et c
oil p
ress
ure
drop
to o
btai
n st
atic
pre
ssur
e av
aila
ble
for
duct
ing.
S
had
ed
are
as in
dic
ate
sp
eed
/sta
tic c
om
bin
atio
ns th
at are
no
t p
erm
itte
d fo
r d
eh
um
idifi
catio
n s
peed
.
26 518 41 2304 05Specifications subject to change without notice.
Dry
Co
il A
ir D
eliv
ery*
− H
ori
zon
tal a
nd
Do
wn
flo
w D
isch
arg
e S
izes
24−
60 2
30V
AC
1−P
has
e (C
on
t)
Un
itS
ize
He
ati
ng
Ris
e o
F(o
C)
Mo
tor
Sp
ee
dTa
pA
llo
wab
le
Fu
ncti
on
s
ES
P (
in.
W.C
.)
0.1
0.2
0.3
0.4
0.5
0.6
0.7
0.8
0.9
1
48
13
03
5 -
65
(19 -
36)
Lo
w3
Blu
e
CF
M6
44
55
24
61
37
63
01
23
5x
xx
xB
HP
0.0
60
.07
0.0
70
.08
0.0
80
.09
xx
xx
Gas H
eat R
ise (
oF
)N
AN
AN
AN
AN
AN
AN
AN
AN
AN
AG
as H
eat R
ise (
oC
)N
AN
AN
AN
AN
AN
AN
AN
AN
AN
A
Med
-Lo
wP
ink
Altern
ate
Co
olin
g
CF
M1
43
01
38
61
34
71
30
21
25
81
20
81
16
01
11
41
06
51
01
4B
HP
0.2
60
.27
0.2
80
.29
0.3
00
.30
0.3
20
.33
0.3
40
.35
Gas H
eat R
ise (
oF
)N
AN
AN
AN
AN
AN
AN
AN
AN
AN
AG
as H
eat R
ise (
oC
)N
AN
AN
AN
AN
AN
AN
AN
AN
AN
A
Med
ium
2R
ed
Co
olin
g A
ltern
ate
Gas H
eatin
g
CF
M1
65
81
62
21
58
51
54
91
51
21
47
61
44
21
40
21
36
01
32
2B
HP
0.3
90
.40
0.4
10
.42
0.4
40
.45
0.4
60
.47
0.4
80
.49
Gas H
eat R
ise (
oF
)5
85
96
16
26
36
5N
AN
AN
AN
AG
as H
eat R
ise (
oC
)3
23
33
43
43
53
6N
AN
AN
AN
A
Med
-H
igh
1O
ran
ge
Gas H
eatin
g
Altern
ate
Co
olin
g
CF
M1
94
51
91
31
86
71
82
91
79
21
75
81
71
71
68
81
64
51
60
3B
HP
0.5
80
.59
0.6
10
.63
0.6
40
.65
0.6
70
.68
0.6
90
.71
Gas H
eat R
ise (
oF
)4
95
05
15
25
45
55
65
75
86
0G
as H
eat R
ise (
oC
)2
72
82
92
93
03
03
13
23
23
3
Hig
hB
lack
Hig
h S
tatic C
oo
ling
On
ly
CF
M2
20
12
17
22
13
82
10
82
07
42
04
11
97
01
86
71
76
41
63
4B
HP
0.8
30
.84
0.8
70
.88
0.8
90
.91
0.8
90
.83
0.7
90
.74
60
09
035 -
65
(19 -
36)
Lo
w3
Blu
e
CF
M8
39
76
86
97
62
55
51
48
64
22
36
03
06
xB
HP
0.0
90
.10
0.1
00
.11
0.1
20
.12
0.1
30
.14
0.1
4x
Gas H
eat R
ise (
oF
)N
AN
AN
AN
AN
AN
AN
AN
AN
AN
AG
as H
eat R
ise (
oC
)N
AN
AN
AN
AN
AN
AN
AN
AN
AN
A
Med
-Lo
w1
Pin
kG
as H
eatin
g
CF
M1
40
31
36
11
32
01
27
61
23
61
19
21
14
51
09
91
05
41
01
2B
HP
0.2
80
.29
0.3
00
.31
0.3
10
.33
0.3
40
.35
0.3
60
.37
Gas H
eat R
ise (
oF
)4
85
05
15
35
55
75
96
26
4N
AG
as H
eat R
ise (
oC
)2
72
82
82
93
03
23
33
43
6N
A
Med
ium
2R
ed
Co
olin
g A
ltern
ate
Gas H
eatin
g
CF
M1
82
21
78
81
75
71
72
61
69
01
65
71
62
31
58
91
55
31
51
8B
HP
0.5
40
.55
0.5
60
.57
0.5
90
.60
0.6
10
.62
0.6
30
.64
Gas H
eat R
ise (
oF
)3
73
83
93
94
04
14
24
34
44
5G
as H
eat R
ise (
oC
)2
12
12
12
22
22
32
32
42
42
5
Med
-H
igh
Ora
ng
eA
ltern
ate
Co
olin
g
CF
M1
98
21
94
01
90
01
85
91
81
61
77
51
73
91
70
11
65
51
59
6B
HP
0.6
10
.62
0.6
30
.65
0.6
60
.67
0.6
90
.70
0.7
10
.73
Gas H
eat R
ise (
oF
)N
AN
AN
AN
AN
AN
AN
AN
AN
AN
AG
as H
eat R
ise (
oC
)N
AN
AN
AN
AN
AN
AN
AN
AN
AN
A
Hig
hB
lack
Hig
h S
tatic C
oo
ling
On
ly
CF
M2
27
12
24
12
20
62
17
12
13
42
08
01
97
31
85
71
74
61
59
6B
HP
0.9
00
.91
0.9
30
.95
0.9
60
.95
0.9
00
.84
0.7
80
.73
*Air
deliv
ery
valu
es a
re w
ithou
t air
filte
r an
d ar
e fo
r dr
y co
il (S
ee W
et C
oil P
ress
ure
Dro
p ta
ble)
.“H
igh
Sta
tic C
oolin
g” =
Onl
y to
be
used
for
cool
ing
func
tion
(Not
allo
wed
for
gas
heat
ing
func
tion)
1 F
acto
ry-s
hipp
ed g
as h
eatin
g sp
eed
2 F
acto
ry-s
hipp
ed c
oolin
g sp
eed
3 F
acto
ry-s
hipp
ed c
ontin
uous
fan
spee
d”N
A”
= N
ot a
llow
ed fo
r ga
s he
atin
g sp
eed
NO
TE
: Ded
uct f
ield
-sup
plie
d ai
r fil
ter
pres
sure
dro
p an
d w
et c
oil p
ress
ure
drop
to o
btai
n st
atic
pre
ssur
e av
aila
ble
for
duct
ing.
S
had
ed
are
as in
dic
ate
sp
eed
/sta
tic c
om
bin
atio
ns th
at are
no
t p
erm
itte
d fo
r d
eh
um
idifi
catio
n s
peed
.
Specifications subject to change without notice.518 41 2304 05 27
Dry
Co
il A
ir D
eliv
ery*
− H
ori
zon
tal a
nd
Do
wn
flo
w D
isch
arg
e S
izes
24−
60 2
30V
AC
1−P
has
e (C
on
t)
Un
itS
ize
He
ati
ng
Ris
e o
F(o
C)
Mo
tor
Sp
ee
dTa
pA
llo
wab
le
Fu
ncti
on
s
ES
P (
in.
W.C
.)
0.1
0.2
0.3
0.4
0.5
0.6
0.7
0.8
0.9
1
60
11
53
0-
60
(17 -
33)
Lo
w3
Blu
e
CF
M8
39
76
86
97
62
55
51
48
64
22
36
03
06
xB
HP
0.0
90
.10
0.1
00
.11
0.1
20
.12
0.1
30
.14
0.1
4x
Gas H
eat R
ise (
oF
)N
AN
AN
AN
AN
AN
AN
AN
AN
AN
AG
as H
eat R
ise (
oC
)N
AN
AN
AN
AN
AN
AN
AN
AN
AN
A
Med
-Lo
wP
ink
CF
M1
40
31
36
11
32
01
27
61
23
61
19
21
14
51
09
91
05
41
01
2B
HP
0.2
80
.29
0.3
00
.31
0.3
10
.33
0.3
40
.35
0.3
60
.37
Gas H
eat R
ise (
oF
)N
AN
AN
AN
AN
AN
AN
AN
AN
AN
AG
as H
eat R
ise (
oC
)N
AN
AN
AN
AN
AN
AN
AN
AN
AN
A
Med
ium
2R
ed
Co
olin
g A
ltern
ate
Gas H
eatin
g
CF
M1
82
21
78
81
75
71
72
61
69
01
65
71
62
31
58
91
55
31
51
8B
HP
0.5
40
.55
0.5
60
.57
0.5
90
.60
0.6
10
.62
0.6
30
.64
Gas H
eat R
ise (
oF
)4
74
84
95
05
15
25
35
45
65
7G
as H
eat R
ise (
oC
)2
62
72
72
82
82
93
03
03
13
2
Med
-H
igh
1O
ran
ge
Gas H
eatin
g A
ltern
ate
Co
olin
g
CF
M1
98
21
94
01
90
01
85
91
81
61
77
51
73
91
70
11
65
51
59
6B
HP
0.6
10
.62
0.6
30
.65
0.6
60
.67
0.6
90
.70
0.7
10
.73
Gas H
eat R
ise (
oF
)4
44
54
54
64
84
95
05
15
25
4G
as H
eat R
ise (
oC
)2
42
52
52
62
62
72
82
82
93
0
Hig
hB
lack
Hig
h S
tatic C
oo
ling
On
ly
CF
M2
27
12
24
12
20
62
17
12
13
42
08
01
97
31
85
71
74
61
59
6B
HP
0.9
00
.91
0.9
30
.95
0.9
60
.95
0.9
00
.84
0.7
80
.73
60
13
035 -
65
(19 -
36)
Lo
w3
Blu
e
CF
M8
39
76
86
97
62
55
51
48
64
22
36
03
06
xB
HP
0.0
90
.10
0.1
00
.11
0.1
20
.12
0.1
30
.14
0.1
4x
Gas H
eat R
ise (
oF
)N
AN
AN
AN
AN
AN
AN
AN
AN
AN
AG
as H
eat R
ise (
oC
)N
AN
AN
AN
AN
AN
AN
AN
AN
AN
A
Med
-Lo
wP
ink
CF
M1
40
31
36
11
32
01
27
61
23
61
19
21
14
51
09
91
05
41
01
2B
HP
0.2
80
.29
0.3
00
.31
0.3
10
.33
0.3
40
.35
0.3
60
.37
Gas H
eat R
ise (
oF
)N
AN
AN
AN
AN
AN
AN
AN
AN
AN
AG
as H
eat R
ise (
oC
)N
AN
AN
AN
AN
AN
AN
AN
AN
AN
A
Med
ium
2R
ed
Co
olin
g A
ltern
ate
Gas H
eatin
g
CF
M1
82
21
78
81
75
71
72
61
69
01
65
71
62
31
58
91
55
31
51
8B
HP
0.5
40
.55
0.5
60
.57
0.5
90
.60
0.6
10
.62
0.6
30
.64
Gas H
eat R
ise (
oF
)5
35
45
55
65
75
85
96
06
26
3G
as H
eat R
ise (
oC
)2
93
03
03
13
23
23
33
43
43
5
Med
-H
igh
1O
ran
ge
Gas H
eatin
g A
ltern
ate
Co
olin
g
CF
M1
98
21
94
01
90
01
85
91
81
61
77
51
73
91
70
11
65
51
59
6B
HP
0.6
10
.62
0.6
30
.65
0.6
60
.67
0.6
90
.70
0.7
10
.73
Gas H
eat R
ise (
oF
)4
84
95
05
25
35
45
55
65
86
0G
as H
eat R
ise (
oC
)2
72
72
82
92
93
03
13
13
23
3
Hig
hB
lack
Hig
h S
tatic C
oo
ling
On
ly
CF
M2
27
12
24
12
20
62
17
12
13
42
08
01
97
31
85
71
74
61
59
6B
HP
0.9
00
.91
0.9
30
.95
0.9
60
.95
0.9
00
.84
0.7
80
.73
*Air
deliv
ery
valu
es a
re w
ithou
t air
filte
r an
d ar
e fo
r dr
y co
il (S
ee W
et C
oil P
ress
ure
Dro
p ta
ble)
.“H
igh
Sta
tic C
oolin
g” =
Onl
y to
be
used
for
cool
ing
func
tion
(Not
allo
wed
for
gas
heat
ing
func
tion)
1 F
acto
ry-s
hipp
ed g
as h
eatin
g sp
eed
2 F
acto
ry-s
hipp
ed c
oolin
g sp
eed
3 F
acto
ry-s
hipp
ed c
ontin
uous
fan
spee
d”N
A”
= N
ot a
llow
ed fo
r ga
s he
atin
g sp
eed
NO
TE
: Ded
uct f
ield
-sup
plie
d ai
r fil
ter
pres
sure
dro
p an
d w
et c
oil p
ress
ure
drop
to o
btai
n st
atic
pre
ssur
e av
aila
ble
for
duct
ing.
S
had
ed
are
as in
dic
ate
sp
eed
/sta
tic c
om
bin
atio
ns th
at are
no
t p
erm
itte
d fo
r d
eh
um
idifi
catio
n s
peed
.
28 518 41 2304 05Specifications subject to change without notice.
Dry
Co
il A
ir D
eliv
ery
CF
M* −
Ho
rizo
nta
l Dis
char
ge
Siz
es 3
6−60
3−P
has
e M
od
els
On
ly
Un
itH
eati
ng
Ris
e R
an
ge
Mo
tor
Sp
ee
dW
ire
Co
lor
E
xte
rnal S
tati
c P
ressu
re (
IN. W
.C.)
0.1
0.2
0.3
0.4
0.5
0.6
0.7
0.8
0.9
36
06
02
5 -
55
oF
(14 -
31
oC
)
Lo
wB
lue
CF
M9
83
84
87
64
69
36
12
54
25
09
45
03
74
Heatin
g R
ise (
oF
)4
45
1N
AN
AN
AN
AN
AN
AN
AH
eatin
g R
ise (
oC
)2
52
8N
AN
AN
AN
AN
AN
AN
A
Med
-Lo
w1
Pin
kC
FM
10
08
90
18
38
75
76
93
61
85
50
53
24
71
Heatin
g R
ise (
oF
)4
34
85
2N
AN
AN
AN
AN
AN
AH
eatin
g R
ise (
oC
)2
42
72
9N
AN
AN
AN
AN
AN
A
Med
ium
2R
ed
CF
M1
22
21
23
61
19
51
14
81
10
11
05
21
00
49
57
91
6H
eatin
g R
ise (
oF
)3
53
53
63
83
94
14
34
54
7H
eatin
g R
ise (
oC
)2
01
92
02
12
22
32
42
52
6
Med
-H
igh
Ora
ng
eC
FM
13
11
12
42
12
19
11
61
10
98
10
32
96
99
07
84
1H
eatin
g R
ise (
oF
)3
33
53
63
73
94
24
54
85
2H
eatin
g R
ise (
oC
)1
81
92
02
12
22
32
52
72
9
Hig
hB
lack
CF
M1
53
61
47
01
40
51
33
31
26
31
20
41
23
91
18
11
12
2H
eatin
g R
ise (
oF
)2
82
93
13
33
43
63
53
73
9H
eatin
g R
ise (
oC
)1
61
61
71
81
92
01
92
02
1
36
09
035 -
65
oF
(19 -
36
oC
)
Lo
wB
lue
CF
M9
83
84
87
64
69
36
12
54
25
09
45
03
74
Heatin
g R
ise (
oF
)N
AN
AN
AN
AN
AN
AN
AN
AN
AH
eatin
g R
ise (
oC
)N
AN
AN
AN
AN
AN
AN
AN
AN
A
Med
-Lo
wP
ink
CF
M1
00
89
01
83
87
57
69
36
18
55
05
32
47
1H
eatin
g R
ise (
oF
)N
AN
AN
AN
AN
AN
AN
AN
AN
AH
eatin
g R
ise (
oC
)N
AN
AN
AN
AN
AN
AN
AN
AN
A
Med
ium
2R
ed
CF
M1
22
21
23
61
19
51
14
81
10
11
05
21
00
49
57
91
6H
eatin
g R
ise (
oF
)5
55
45
65
86
16
4N
AN
AN
AH
eatin
g R
ise (
oC
)3
03
03
13
23
43
5N
AN
AN
A
Med
-H
igh
1O
ran
ge
CF
M1
31
11
24
21
21
91
16
11
09
81
03
29
69
90
78
41
Heatin
g R
ise (
oF
)5
15
45
55
86
16
5N
AN
AN
AH
eatin
g R
ise (
oC
)2
83
03
03
23
43
6N
AN
AN
A
Hig
h1
Bla
ck
CF
M1
53
61
47
01
40
51
33
31
26
31
20
41
23
91
18
11
12
2H
eatin
g R
ise (
oF
)4
44
64
85
05
35
65
45
76
0H
eatin
g R
ise (
oC
)2
42
52
62
82
93
13
03
13
3
Specifications subject to change without notice.518 41 2304 05 29
Dry
Co
il A
ir D
eliv
ery
CF
M* −
Ho
rizo
nta
l Dis
char
ge
Siz
es 3
6−60
3−P
has
e M
od
els
On
ly (
Co
nt)
Un
itH
eati
ng
Ris
e R
an
ge
Mo
tor
Sp
ee
dW
ire
Co
lor
E
xte
rnal S
tati
c P
ressu
re (
IN. W
.C.)
0.1
0.2
0.3
0.4
0.5
0.6
0.7
0.8
0.9
42
06
02
5 -
55
oF
(14 -
31
oC
)
Lo
wB
lue
CF
M9
52
88
28
06
74
66
71
60
55
30
55
14
86
Heatin
g R
ise (
oF
)4
64
95
4N
AN
AN
AN
AN
AN
AH
eatin
g R
ise (
oC
)2
52
73
0N
AN
AN
AN
AN
AN
A
Med
-Lo
w1
Pin
kC
FM
10
02
93
68
75
82
17
48
68
76
13
55
45
65
Heatin
g R
ise (
oF
)4
34
65
05
3N
AN
AN
AN
AN
AH
eatin
g R
ise (
oC
)2
42
62
82
9N
AN
AN
AN
AN
A
Med
ium
Red
CF
M1
25
51
21
01
14
51
07
41
00
89
40
87
88
95
83
8H
eatin
g R
ise (
oF
)3
53
63
84
04
34
64
94
85
2H
eatin
g R
ise (
oC
)1
92
02
12
22
42
62
72
72
9
Med
-H
igh
2O
ran
ge
CF
M1
33
51
26
71
24
61
17
61
10
91
04
99
88
92
68
72
Heatin
g R
ise (
oF
)3
23
43
53
73
94
14
44
75
0H
eatin
g R
ise (
oC
)1
81
91
92
02
22
32
42
62
8
Hig
hB
lack
CF
M1
47
21
40
11
32
61
25
11
27
51
19
81
13
91
08
51
02
3H
eatin
g R
ise (
oF
)2
93
13
33
53
43
63
84
04
2H
eatin
g R
ise (
oC
)1
61
71
81
91
92
02
12
22
4
42
09
035 -
65
oF
(19 -
36
oC
)
Lo
wB
lue
CF
M9
52
88
28
06
74
66
71
60
55
30
55
14
86
Heatin
g R
ise (
oF
)N
AN
AN
AN
AN
AN
AN
AN
AN
AH
eatin
g R
ise (
oC
)N
AN
AN
AN
AN
AN
AN
AN
AN
A
Med
-Lo
wP
ink
CF
M1
00
29
36
87
58
21
74
86
87
61
35
54
56
5H
eatin
g R
ise (
oF
)N
AN
AN
AN
AN
AN
AN
AN
AN
AH
eatin
g R
ise (
oC
)N
AN
AN
AN
AN
AN
AN
AN
AN
A
Med
ium
1R
ed
CF
M1
25
51
21
01
14
51
07
41
00
89
40
87
88
95
83
8H
eatin
g R
ise (
oF
)5
35
55
86
2N
AN
AN
AN
AN
AH
eatin
g R
ise (
oC
)3
03
13
23
5N
AN
AN
AN
AN
A
Med
-H
igh
2O
ran
ge
CF
M1
33
51
26
71
24
61
17
61
10
91
04
99
88
92
68
72
Heatin
g R
ise (
oF
)5
05
35
45
76
06
4N
AN
AN
AH
eatin
g R
ise (
oC
)2
82
93
03
23
43
5N
AN
AN
A
Hig
hB
lack
CF
M1
47
21
40
11
32
61
25
11
27
51
19
81
13
91
08
51
02
3H
eatin
g R
ise (
oF
)4
54
85
05
35
25
65
96
26
5H
eatin
g R
ise (
oC
)2
52
72
83
02
93
13
33
43
6
30 518 41 2304 05Specifications subject to change without notice.
Dry
Co
il A
ir D
eliv
ery
CF
M* −
Ho
rizo
nta
l Dis
char
ge
Siz
es 3
6−60
3−P
has
e M
od
els
On
ly (
Co
nt)
Un
itH
eati
ng
Ris
e R
an
ge
Mo
tor
Sp
ee
dW
ire
Co
lor
E
xte
rnal S
tati
c P
ressu
re (
IN. W
.C.)
0.1
0.2
0.3
0.4
0.5
0.6
0.7
0.8
0.9
48
09
03
5 -
65
oF
(19 -
36
oC
)
Lo
w1
Blu
eC
FM
14
02
13
51
13
11
12
63
12
24
11
72
11
36
10
80
10
41
Heatin
g R
ise (
oF
)4
85
05
15
35
55
75
96
26
4H
eatin
g R
ise (
oC
)2
72
82
82
93
03
23
33
43
6
Med
-Lo
wP
ink
CF
M1
45
71
40
41
36
71
31
81
28
41
23
31
19
71
14
41
10
4H
eatin
g R
ise (
oF
)4
64
84
95
15
25
45
65
86
1H
eatin
g R
ise (
oC
)2
62
62
72
82
93
03
13
23
4
Med
ium
2R
ed
CF
M1
73
61
69
51
64
21
60
11
55
31
51
21
46
51
42
71
38
1H
eatin
g R
ise (
oF
)3
93
94
14
24
34
44
64
74
8H
eatin
g R
ise (
oC
)2
12
22
32
32
42
52
52
62
7
Med
-H
igh
Ora
ng
eC
FM
21
49
21
11
20
62
20
26
19
80
19
45
19
05
18
64
17
93
Heatin
g R
ise (
oF
)N
AN
AN
AN
AN
AN
A3
53
63
7H
eatin
g R
ise (
oC
)N
AN
AN
AN
AN
AN
A2
02
02
1
Hig
hB
lack
CF
M2
34
42
30
62
25
92
20
32
14
12
07
01
99
11
90
21
80
3H
eatin
g R
ise (
oF
)N
AN
AN
AN
AN
AN
AN
A3
53
7H
eatin
g R
ise (
oC
)N
AN
AN
AN
AN
AN
AN
A2
02
1
48
11
530 -
60
oF
(17 -
33
oC
)
Lo
wB
lue
CF
M1
40
21
35
11
31
11
26
31
22
41
17
21
13
61
08
01
04
1H
eatin
g R
ise (
oF
)N
AN
AN
AN
AN
AN
AN
AN
AN
AH
eatin
g R
ise (
oC
)N
AN
AN
AN
AN
AN
AN
AN
AN
A
Med
-Lo
wP
ink
CF
M1
45
71
40
41
36
71
31
81
28
41
23
31
19
71
14
41
10
4H
eatin
g R
ise (
oF
)5
8N
AN
AN
AN
AN
AN
AN
AN
AH
eatin
g R
ise (
oC
)3
2N
AN
AN
AN
AN
AN
AN
AN
A
Med
ium
2R
ed
CF
M1
73
61
69
51
64
21
60
11
55
31
51
21
46
51
42
71
38
1H
eatin
g R
ise (
oF
)4
95
05
25
35
55
65
86
0N
AH
eatin
g R
ise (
oC
)2
72
82
93
03
03
13
23
3N
A
Med
-H
igh
1O
ran
ge
CF
M2
14
92
11
12
06
22
02
61
98
01
94
51
90
51
86
41
79
3H
eatin
g R
ise (
oF
)4
04
04
14
24
34
44
54
64
8H
eatin
g R
ise (
oC
)2
22
22
32
32
42
42
52
52
6
Hig
hB
lack
CF
M2
34
42
30
62
25
92
20
32
14
12
07
01
99
11
90
21
80
3H
eatin
g R
ise (
oF
)3
63
73
83
94
04
14
34
54
7H
eatin
g R
ise (
oC
)2
02
12
12
12
22
32
42
52
6
Specifications subject to change without notice.518 41 2304 05 31
Dry
Co
il A
ir D
eliv
ery
CF
M* −
Ho
rizo
nta
l Dis
char
ge
Siz
es 3
6−60
3−P
has
e M
od
els
On
ly (
Co
nt)
Un
itH
eati
ng
Ris
e R
an
ge
Mo
tor
Sp
ee
dW
ire
Co
lor
E
xte
rnal S
tati
c P
ressu
re (
IN. W
.C.)
0.1
0.2
0.3
0.4
0.5
0.6
0.7
0.8
0.9
48
13
03
5 -
65
oF
(19 -
36
oC
)
Lo
wB
lue
CF
M1
40
21
35
11
31
11
26
31
22
41
17
21
13
61
08
01
04
1H
eatin
g R
ise (
oF
)N
AN
AN
AN
AN
AN
AN
AN
AN
AH
eatin
g R
ise (
oC
)N
AN
AN
AN
AN
AN
AN
AN
AN
A
Med
-Lo
wP
ink
CF
M1
45
71
40
41
36
71
31
81
28
41
23
31
19
71
14
41
10
4H
eatin
g R
ise (
oF
)6
5N
AN
AN
AN
AN
AN
AN
AN
AH
eatin
g R
ise (
oC
)3
6N
AN
AN
AN
AN
AN
AN
AN
A
Med
ium
2R
ed
CF
M1
73
61
69
51
64
21
60
11
55
31
51
21
46
51
42
71
38
1H
eatin
g R
ise (
oF
)5
55
65
85
96
16
36
5N
AN
AH
eatin
g R
ise (
oC
)3
03
13
23
33
43
53
6N
AN
A
Med
-H
igh
1O
ran
ge
CF
M2
14
92
11
12
06
22
02
61
98
01
94
51
90
51
86
41
79
3H
eatin
g R
ise (
oF
)4
44
54
64
74
84
95
05
15
3H
eatin
g R
ise (
oC
)2
52
52
62
62
72
72
82
82
9
Hig
hB
lack
CF
M2
34
42
30
62
25
92
20
32
14
12
07
01
99
11
90
21
80
3H
eatin
g R
ise (
oF
)4
14
14
24
34
44
64
85
05
3H
eatin
g R
ise (
oC
)2
32
32
32
42
52
62
72
82
9
60
09
035 -
65
oF
(19 -
36
oC
)
Lo
w1
Blu
eC
FM
14
45
13
89
13
41
12
81
12
36
11
89
11
39
10
72
10
27
Heatin
g R
ise (
oF
)4
64
85
05
25
45
65
96
26
5H
eatin
g R
ise (
oC
)2
62
72
82
93
03
13
33
53
6
Med
-Lo
wP
ink
CF
M1
67
81
63
51
60
21
55
81
51
31
47
41
43
81
40
41
34
9H
eatin
g R
ise (
oF
)4
04
14
24
34
44
54
74
85
0H
eatin
g R
ise (
oC
)2
22
32
32
42
52
52
62
62
8
Med
ium
2R
ed
CF
M1
96
21
91
51
88
01
84
31
79
41
75
31
71
11
67
51
62
8H
eatin
g R
ise (
oF
)N
A3
53
63
63
73
83
94
04
1H
eatin
g R
ise (
oC
)N
A1
92
02
02
12
12
22
22
3
Med
-H
igh
Ora
ng
eC
FM
21
31
20
88
20
65
20
13
19
82
19
41
18
88
18
60
17
85
Heatin
g R
ise (
oF
)N
AN
AN
AN
AN
AN
A3
53
63
7H
eatin
g R
ise (
oC
)N
AN
AN
AN
AN
AN
A2
02
02
1
Hig
hB
lack
CF
M2
46
12
40
92
33
92
28
62
19
22
14
02
06
21
96
81
87
4H
eatin
g R
ise (
oF
)N
AN
AN
AN
AN
AN
AN
AN
A3
6H
eatin
g R
ise (
oC
)N
AN
AN
AN
AN
AN
AN
AN
A2
0
32 518 41 2304 05Specifications subject to change without notice.
Dry
Co
il A
ir D
eliv
ery
CF
M* −
Ho
rizo
nta
l Dis
char
ge
Siz
es 3
6−60
3−P
has
e M
od
els
On
ly (
Co
nt)
Un
itH
eati
ng
Ris
e R
an
ge
Mo
tor
Sp
ee
dW
ire
Co
lor
E
xte
rnal S
tati
c P
ressu
re (
IN. W
.C.)
0.1
0.2
0.3
0.4
0.5
0.6
0.7
0.8
0.9
60
11
53
0 -
60
oF
(17 -
33
oC
)
Lo
wB
lue
CF
M1
44
51
38
91
34
11
28
11
23
61
18
91
13
91
07
21
02
7H
eatin
g R
ise (
oF
)5
9N
AN
AN
AN
AN
AN
AN
AN
AH
eatin
g R
ise (
oC
)3
3N
AN
AN
AN
AN
AN
AN
AN
A
Med
-Lo
wP
ink
CF
M1
67
81
63
51
60
21
55
81
51
31
47
41
43
81
40
41
34
9H
eatin
g R
ise (
oF
)5
15
25
35
55
65
85
9N
AN
AH
eatin
g R
ise (
oC
)2
82
93
03
03
13
23
3N
AN
A
Med
ium
2R
ed
CF
M1
96
21
91
51
88
01
84
31
79
41
75
31
71
11
67
51
62
8H
eatin
g R
ise (
oF
)4
34
44
54
64
74
95
05
15
2H
eatin
g R
ise (
oC
)2
42
52
52
62
62
72
82
82
9
Med
-H
igh
1O
ran
ge
CF
M2
13
12
08
82
06
52
01
31
98
21
94
11
88
81
86
01
78
5H
eatin
g R
ise (
oF
)4
04
14
14
24
34
44
54
64
8H
eatin
g R
ise (
oC
)2
22
32
32
42
42
42
52
52
7
Hig
hB
lack
CF
M2
46
12
40
92
33
92
28
62
19
22
14
02
06
21
96
81
87
4H
eatin
g R
ise (
oF
)3
53
53
63
73
94
04
14
34
5H
eatin
g R
ise (
oC
)1
92
02
02
12
22
22
32
42
5
60
13
035 -
65
oF
(19 -
36
oC
)
Lo
wB
lue
CF
M1
44
51
38
91
34
11
28
11
23
61
18
91
13
91
07
21
02
7H
eatin
g R
ise (
oF
)N
AN
AN
AN
AN
AN
AN
AN
AN
AH
eatin
g R
ise (
oC
)N
AN
AN
AN
AN
AN
AN
AN
AN
A
Med
-Lo
wP
ink
CF
M1
67
81
63
51
60
21
55
81
51
31
47
41
43
81
40
41
34
9H
eatin
g R
ise (
oF
)5
75
85
96
16
36
5N
AN
AN
AH
eatin
g R
ise (
oC
)3
23
23
33
43
53
6N
AN
AN
A
Med
ium
2R
ed
CF
M1
96
21
91
51
88
01
84
31
79
41
75
31
71
11
67
51
62
8H
eatin
g R
ise (
oF
)4
95
05
15
25
35
45
65
75
8H
eatin
g R
ise (
oC
)2
72
82
82
92
93
03
13
23
2
Med
-H
igh
1O
ran
ge
CF
M2
13
12
08
82
06
52
01
31
98
21
94
11
88
81
86
01
78
5H
eatin
g R
ise (
oF
)4
54
64
64
74
84
95
05
15
3H
eatin
g R
ise (
oC
)2
52
52
62
62
72
72
82
83
0
Hig
hB
lack
CF
M2
46
12
40
92
33
92
28
62
19
22
14
02
06
21
96
81
87
4H
eatin
g R
ise (
oF
)3
94
04
14
24
34
44
64
85
1H
eatin
g R
ise (
oC
)2
12
22
32
32
42
52
62
72
8*
Air
deliv
ery
valu
es a
re w
ithou
t air
filte
r an
d ar
e fo
r dr
y co
il (S
ee W
et C
oil P
ress
ure
Dro
p ta
ble)
.1
Fac
tory−
ship
ped
hea
ting
spee
d2
Fac
tory−
ship
ped
cool
ing
spee
dN
A −
Not
allo
wed
for
hea
ting
spee
dN
ote:
Ded
uct f
ield−
supp
lied
air
filte
r pr
essu
re d
rop
and
wet
coi
l pre
ssur
e dr
op to
obt
ain
exte
rnal
sta
tic p
ress
ure
avai
labl
e fo
r du
ctin
g.
Sh
ad
ed
are
as in
dic
ate
sp
eed
/sta
tic c
om
bin
atio
ns t
hat
are
no
t p
erm
itte
d fo
r d
eh
um
idific
atio
n s
peed
.
Specifications subject to change without notice.518 41 2304 05 33
Dry
Co
il A
ir D
eliv
ery
CF
M* −
Do
wn
flo
w D
isch
arg
e S
izes
36−
60 3−P
has
e M
od
els
On
ly
Un
itH
eati
ng
Ris
e R
an
ge
Mo
tor
Sp
ee
dW
ire
Co
lor
E
xte
rnal S
tati
c P
ressu
re (
IN. W
.C.)
0.1
0.2
0.3
0.4
0.5
0.6
0.7
0.8
0.9
1.0
36
06
02
5 -
55
oF
(14 -
31
oC
)
Lo
wB
lue
CF
M9
83
84
87
64
69
36
12
54
25
09
45
03
74
--
-W
AT
TS
11
51
07
11
31
23
12
81
38
14
41
54
15
9-
--
BH
P0
.12
0.1
10
.12
0.1
30
.14
0.1
50
.15
0.1
70
.17
--
-H
eatin
g R
ise (
oF
)4
45
1N
AN
AN
AN
AN
AN
AN
AN
AH
eatin
g R
ise (
oC
)2
42
8N
AN
AN
AN
AN
AN
AN
AN
A
Med
-Lo
w1
Pin
k
CF
M1
00
89
01
83
87
57
69
36
18
55
05
32
47
14
02
WA
TT
S1
23
12
11
32
13
71
48
15
41
64
17
01
81
18
5B
HP
0.1
30
.13
0.1
40
.15
0.1
60
.17
0.1
80
.18
0.1
90
.20
Heatin
g R
ise (
oF
)4
34
85
2N
AN
AN
AN
AN
AN
AN
AH
eatin
g R
ise (
oC
)2
42
72
9N
AN
AN
AN
AN
AN
AN
A
Med
ium
2R
ed
CF
M1
22
21
23
61
19
51
14
81
10
11
05
21
00
49
57
91
68
68
WA
TT
S2
33
22
12
32
24
42
51
26
42
75
28
52
91
30
4B
HP
0.2
50
.24
0.2
50
.26
0.2
70
.28
0.2
90
.31
0.3
10
.33
Heatin
g R
ise (
oF
)3
53
53
63
83
94
14
34
54
75
0H
eatin
g R
ise (
oC
)2
01
92
02
12
22
32
42
52
62
8
Med
-H
igh
Ora
ng
e
CF
M1
31
11
24
21
21
91
16
11
09
81
03
29
69
90
78
41
85
9W
AT
TS
25
62
70
28
32
89
30
13
13
32
03
31
34
33
49
BH
P0
.27
0.2
90
.30
0.3
10
.32
0.3
40
.34
0.3
50
.37
0.3
7H
eatin
g R
ise (
oF
)3
33
53
63
73
94
24
54
85
15
0H
eatin
g R
ise (
oC
)1
81
92
02
12
22
32
52
72
92
8
Hig
hB
lack
CF
M1
53
61
47
01
40
51
33
31
26
31
20
41
23
91
18
11
12
21
05
5W
AT
TS
41
14
23
42
94
41
45
34
64
47
34
77
48
84
89
BH
P0
.44
0.4
50
.46
0.4
70
.49
0.5
00
.51
0.5
10
.52
0.5
2H
eatin
g R
ise (
oF
)N
AN
A3
13
23
43
63
53
73
94
1H
eatin
g R
ise (
oC
)N
AN
A1
71
81
92
01
92
02
12
3
34 518 41 2304 05Specifications subject to change without notice.
Dry
Co
il A
ir D
eliv
ery
CF
M* −
Do
wn
flo
w D
isch
arg
e S
izes
36−
60 3−P
has
e M
od
els
On
ly (
Co
nt)
Un
itH
eati
ng
Ris
e R
an
ge
Mo
tor
Sp
ee
dW
ire
Co
lor
E
xte
rnal S
tati
c P
ressu
re (
IN. W
.C.)
0.1
0.2
0.3
0.4
0.5
0.6
0.7
0.8
0.9
1.0
36
09
03
5 -
65
oF
(19 -
36
oC
)
Lo
wB
lue
CF
M9
83
84
87
64
69
36
12
54
25
09
45
03
74
--
-W
AT
TS
11
51
07
11
31
23
12
81
38
14
41
54
15
9-
--
BH
P0
.12
0.1
10
.12
0.1
30
.14
0.1
50
.15
0.1
70
.17
--
-H
eatin
g R
ise (
oF
)N
AN
AN
AN
AN
AN
AN
AN
AN
AN
AH
eatin
g R
ise (
oC
)N
AN
AN
AN
AN
AN
AN
AN
AN
AN
A
Med
-Lo
wP
ink
CF
M1
00
89
01
83
87
57
69
36
18
55
05
32
47
14
02
WA
TT
S1
23
12
11
32
13
71
48
15
41
64
17
01
81
18
5B
HP
0.1
30
.13
0.1
40
.15
0.1
60
.17
0.1
80
.18
0.1
90
.20
Heatin
g R
ise (
oF
)N
AN
AN
AN
AN
AN
AN
AN
AN
AN
AH
eatin
g R
ise (
oC
)N
AN
AN
AN
AN
AN
AN
AN
AN
AN
A
Med
ium
2R
ed
CF
M1
22
21
23
61
19
51
14
81
10
11
05
21
00
49
57
91
68
68
WA
TT
S2
56
27
02
83
28
93
01
31
33
20
33
13
43
34
9B
HP
0.2
70
.29
0.3
00
.31
0.3
20
.34
0.3
40
.35
0.3
70
.37
Heatin
g R
ise (
oF
)5
55
45
65
86
16
4N
AN
AN
AN
AH
eatin
g R
ise (
oC
)3
03
03
13
23
43
5N
AN
AN
AN
A
Med
-H
igh
1O
ran
ge
CF
M1
31
11
24
21
21
91
16
11
09
81
03
29
69
90
78
41
85
9W
AT
TS
25
62
70
28
32
89
30
13
13
32
03
31
34
33
49
BH
P0
.27
0.2
90
.30
0.3
10
.32
0.3
40
.34
0.3
50
.37
0.3
7H
eatin
g R
ise (
oF
)5
15
45
55
86
16
5N
AN
AN
AN
AH
eatin
g R
ise (
oC
)2
83
03
03
23
43
6N
AN
AN
AN
A
Hig
h1
Bla
ck
CF
M1
53
61
47
01
40
51
33
31
26
31
20
41
23
91
18
11
12
21
05
5W
AT
TS
41
14
23
42
94
41
45
34
64
47
34
77
48
84
89
BH
P0
.44
0.4
50
.46
0.4
70
.49
0.5
00
.51
0.5
10
.52
0.5
2H
eatin
g R
ise (
oF
)4
44
64
85
05
35
65
45
76
06
3H
eatin
g R
ise (
oC
)2
42
52
62
82
93
13
03
13
33
5
Specifications subject to change without notice.518 41 2304 05 35
Dry
Co
il A
ir D
eliv
ery
CF
M* −
Do
wn
flo
w D
isch
arg
e S
izes
36−
60 3−P
has
e M
od
els
On
ly(C
on
t)
Un
itH
eati
ng
Ris
e R
an
ge
Mo
tor
Sp
ee
dW
ire
Co
lor
E
xte
rnal S
tati
c P
ressu
re (
IN. W
.C.)
0.1
0.2
0.3
0.4
0.5
0.6
0.7
0.8
0.9
1.0
42
06
02
5 -
55
oF
(14 -
31
oC
)
Lo
wB
lue
CF
M9
52
88
28
06
74
66
71
60
55
30
55
14
86
43
5W
AT
TS
12
41
34
14
01
50
15
61
66
17
11
82
18
81
98
BH
P0
.13
0.1
40
.15
0.1
60
.17
0.1
80
.18
0.2
00
.20
0.2
1H
eatin
g R
ise (
oF
)4
54
95
4N
AN
AN
AN
AN
AN
AN
AH
eatin
g R
ise (
oC
)2
52
73
0N
AN
AN
AN
AN
AN
AN
A
Med
-Lo
w1
Pin
k
CF
M1
00
29
36
87
58
21
74
86
87
61
35
54
56
55
18
WA
TT
S1
44
15
51
61
17
11
76
18
71
93
20
32
09
22
0B
HP
0.1
50
.17
0.1
70
.18
0.1
90
.20
0.2
10
.22
0.2
20
.24
Heatin
g R
ise (
oF
)4
34
64
95
3N
AN
AN
AN
AN
AN
AH
eatin
g R
ise (
oC
)2
42
62
72
9N
AN
AN
AN
AN
AN
A
Med
ium
Red
CF
M1
25
51
21
01
14
51
07
41
00
89
40
87
88
95
83
87
85
WA
TT
S2
49
27
22
84
29
23
05
31
93
20
32
93
36
34
7B
HP
0.2
70
.29
0.3
00
.31
0.3
30
.34
0.3
40
.35
0.3
60
.37
Heatin
g R
ise (
oF
)3
53
63
84
04
34
64
94
85
25
5H
eatin
g R
ise (
oC
)1
92
02
12
22
42
62
72
72
93
1
Med
-H
igh
2O
ran
ge
CF
M1
33
51
26
71
24
61
17
61
10
91
04
99
88
92
68
72
89
1W
AT
TS
31
13
23
33
03
42
35
63
67
37
83
85
39
54
03
BH
P0
.33
0.3
50
.35
0.3
70
.38
0.3
90
.41
0.4
10
.42
0.4
3H
eatin
g R
ise (
oF
)3
23
43
53
73
94
14
44
75
04
9H
eatin
g R
ise (
oC
)1
81
91
92
02
22
32
42
62
82
7
Hig
hB
lack
CF
M1
47
21
40
11
32
61
25
11
27
51
19
81
13
91
08
51
02
39
61
WA
TT
S4
01
41
44
26
44
04
71
46
24
73
47
84
86
49
1B
HP
0.4
30
.44
0.4
60
.47
0.5
10
.50
0.5
10
.51
0.5
20
.53
Heatin
g R
ise (
oF
)2
93
13
33
53
43
63
84
04
24
5H
eatin
g R
ise (
oC
)1
61
71
81
91
92
02
12
22
42
5
36 518 41 2304 05Specifications subject to change without notice.
Dry
Co
il A
ir D
eliv
ery
CF
M* −
Do
wn
flo
w D
isch
arg
e S
izes
36−
60 3−P
has
e M
od
els
On
ly (
Co
nt)
Un
itH
eati
ng
Ris
e R
an
ge
Mo
tor
Sp
ee
dW
ire
Co
lor
E
xte
rnal S
tati
c P
ressu
re (
IN. W
.C.)
0.1
0.2
0.3
0.4
0.5
0.6
0.7
0.8
0.9
1.0
42
09
03
5 -
65
oF
(19 -
36
oC
)
Lo
wB
lue
CF
M9
52
88
28
06
74
66
71
60
55
30
55
14
86
43
5W
AT
TS
12
41
34
14
01
50
15
61
66
17
11
82
18
81
98
BH
P0
.13
0.1
40
.15
0.1
60
.17
0.1
80
.18
0.2
00
.20
0.2
1H
eatin
g R
ise (
oF
)N
AN
AN
AN
AN
AN
AN
AN
AN
AN
AH
eatin
g R
ise (
oC
)N
AN
AN
AN
AN
AN
AN
AN
AN
AN
A
Med
-Lo
wP
ink
CF
M1
00
29
36
87
58
21
74
86
87
61
35
54
56
55
18
WA
TT
S1
44
15
51
61
17
11
76
18
71
93
20
32
09
22
0B
HP
0.1
50
.17
0.1
70
.18
0.1
90
.20
0.2
10
.22
0.2
20
.24
Heatin
g R
ise (
oF
)N
AN
AN
AN
AN
AN
AN
AN
AN
AN
AH
eatin
g R
ise (
oC
)N
AN
AN
AN
AN
AN
AN
AN
AN
AN
A
Med
ium
1R
ed
CF
M1
25
51
21
01
14
51
07
41
00
89
40
87
88
95
83
87
85
WA
TT
S2
49
27
22
84
29
23
05
31
93
20
32
93
36
34
7B
HP
0.2
70
.29
0.3
00
.31
0.3
30
.34
0.3
40
.35
0.3
60
.37
Heatin
g R
ise (
oF
)5
35
55
86
2N
AN
AN
AN
AN
AN
AH
eatin
g R
ise (
oC
)3
03
13
23
5N
AN
AN
AN
AN
AN
A
Med
-H
igh
2O
ran
ge
CF
M1
33
51
26
71
24
61
17
61
10
91
04
99
88
92
68
72
89
1W
AT
TS
31
13
23
33
03
42
35
63
67
37
83
85
39
54
03
BH
P0
.33
0.3
50
.35
0.3
70
.38
0.3
90
.41
0.4
10
.42
0.4
3H
eatin
g R
ise (
oF
)5
05
35
45
76
06
4N
AN
AN
AN
AH
eatin
g R
ise (
oC
)2
82
93
03
23
43
5N
AN
AN
AN
A
Hig
hB
lack
CF
M1
47
21
40
11
32
61
25
11
27
51
19
81
13
91
08
51
02
39
61
WA
TT
S4
01
41
44
26
44
04
71
46
24
73
47
84
86
49
1B
HP
0.4
30
.44
0.4
60
.47
0.5
10
.50
0.5
10
.51
0.5
20
.53
Heatin
g R
ise (
oF
)4
54
85
05
35
25
65
96
26
5N
AH
eatin
g R
ise (
oC
)2
52
72
83
02
93
13
33
43
6N
A
Specifications subject to change without notice.518 41 2304 05 37
Dry
Co
il A
ir D
eliv
ery
CF
M* −
Do
wn
flo
w D
isch
arg
e S
izes
36−
60 3−P
has
e M
od
els
On
ly(C
on
t)
Un
itH
eati
ng
Ris
e R
an
ge
Mo
tor
Sp
ee
dW
ire
Co
lor
E
xte
rnal S
tati
c P
ressu
re (
IN. W
.C.)
0.1
0.2
0.3
0.4
0.5
0.6
0.7
0.8
0.9
1.0
48
09
03
5 -
65
oF
(19 -
36
oC
)
Lo
w1
Blu
e
CF
M1
50
31
45
71
42
31
37
41
33
01
28
71
24
11
19
91
15
31
11
1W
AT
TS
22
52
33
24
62
54
26
92
82
29
23
07
31
43
29
BH
P0
.24
0.2
50
.26
0.2
70
.29
0.3
00
.31
0.3
30
.34
0.3
5H
eatin
g R
ise (
oF
)4
54
64
74
95
05
25
45
65
86
0H
eatin
g R
ise (
oC
)2
52
62
62
72
82
93
03
13
23
3
Med
-Lo
wP
ink
CF
M1
55
61
50
81
46
11
43
21
38
81
34
61
30
21
25
61
22
11
16
8W
AT
TS
24
42
61
26
82
81
29
03
05
31
93
30
34
53
53
BH
P0
.26
0.2
80
.29
0.3
00
.31
0.3
30
.34
0.3
50
.37
0.3
8H
eatin
g R
ise (
oF
)4
34
44
64
74
85
05
15
35
55
7H
eatin
g R
ise (
oC
)2
42
52
52
62
72
82
93
03
03
2
Med
ium
2R
ed
CF
M1
86
11
82
21
78
61
75
81
71
61
68
81
66
01
61
91
58
31
53
9W
AT
TS
40
04
17
42
64
41
45
24
67
48
24
92
50
75
19
BH
P0
.43
0.4
50
.46
0.4
70
.48
0.5
00
.52
0.5
30
.54
0.5
6H
eatin
g R
ise (
oF
)3
63
73
73
83
94
04
04
14
24
3H
eatin
g R
ise (
oC
)2
02
02
12
12
22
22
22
32
32
4
Med
-H
igh
Ora
ng
e
CF
M2
31
92
29
12
25
52
23
02
19
32
16
62
11
82
05
71
99
21
88
7W
AT
TS
75
87
69
78
77
99
80
88
23
82
28
05
78
07
37
BH
P0
.81
0.8
20
.84
0.8
60
.87
0.8
80
.88
0.8
60
.84
0.7
9H
eatin
g R
ise (
oF
)N
AN
AN
AN
AN
AN
AN
AN
AN
A3
5H
eatin
g R
ise (
oC
)N
AN
AN
AN
AN
AN
AN
AN
AN
A2
0
Hig
hB
lack
CF
M2
53
22
48
72
44
42
39
12
33
02
25
92
17
92
11
12
03
31
94
9W
AT
TS
10
14
10
22
10
15
99
49
65
93
58
98
85
88
23
78
6B
HP
1.0
91
.10
1.0
91
.07
1.0
31
.00
0.9
60
.92
0.8
80
.84
Heatin
g R
ise (
oF
)N
AN
AN
AN
AN
AN
AN
AN
AN
AN
AH
eatin
g R
ise (
oC
)N
AN
AN
AN
AN
AN
AN
AN
AN
AN
A
38 518 41 2304 05Specifications subject to change without notice.
Dry
Co
il A
ir D
eliv
ery
CF
M* −
Do
wn
flo
w D
isch
arg
e S
izes
36−
60 3−P
has
e M
od
els
On
ly (
Co
nt)
Un
itH
eati
ng
Ris
e R
an
ge
Mo
tor
Sp
ee
dW
ire
Co
lor
E
xte
rnal S
tati
c P
ressu
re (
IN. W
.C.)
0.1
0.2
0.3
0.4
0.5
0.6
0.7
0.8
0.9
1.0
48
11
53
0 -
60
oF
(17 -
33
oC
)
Lo
wB
lue
CF
M1
50
31
45
71
42
31
37
41
33
01
28
71
24
11
19
91
15
31
11
1W
AT
TS
22
52
33
24
62
54
26
92
82
29
23
07
31
43
29
BH
P0
.24
0.2
50
.26
0.2
70
.29
0.3
00
.31
0.3
30
.34
0.3
5H
eatin
g R
ise (
oF
)5
75
86
0N
AN
AN
AN
AN
AN
AN
AH
eatin
g R
ise (
oC
)3
13
23
3N
AN
AN
AN
AN
AN
AN
A
Med
-Lo
wP
ink
CF
M1
55
61
50
81
46
11
43
21
38
81
34
61
30
21
25
61
22
11
16
8W
AT
TS
24
42
61
26
82
81
29
03
05
31
93
30
34
53
53
BH
P0
.26
0.2
80
.29
0.3
00
.31
0.3
30
.34
0.3
50
.37
0.3
8H
eatin
g R
ise (
oF
)5
55
65
85
9N
AN
AN
AN
AN
AN
AH
eatin
g R
ise (
oC
)3
03
13
23
3N
AN
AN
AN
AN
AN
A
Med
ium
2R
ed
CF
M1
86
11
82
21
78
61
75
81
71
61
68
81
66
01
61
91
58
31
53
9W
AT
TS
40
04
17
42
64
41
45
24
67
48
24
92
50
75
19
BH
P0
.43
0.4
50
.46
0.4
70
.48
0.5
00
.52
0.5
30
.54
0.5
6H
eatin
g R
ise (
oF
)4
64
74
84
85
05
05
15
35
45
5H
eatin
g R
ise (
oC
)2
52
62
62
72
82
82
92
93
03
1
Med
-H
igh
1O
ran
ge
CF
M2
31
92
29
12
25
52
23
02
19
32
16
62
11
82
05
71
99
21
88
7W
AT
TS
75
87
69
78
77
99
80
88
23
82
28
05
78
07
37
BH
P0
.81
0.8
20
.84
0.8
60
.87
0.8
80
.88
0.8
60
.84
0.7
9H
eatin
g R
ise (
oF
)3
73
73
83
83
93
94
04
14
34
5H
eatin
g R
ise (
oC
)2
02
12
12
12
22
22
22
32
42
5
Hig
hB
lack
CF
M2
53
22
48
72
44
42
39
12
33
02
25
92
17
92
11
12
03
31
94
9W
AT
TS
10
14
10
22
10
15
99
49
65
93
58
98
85
88
23
78
6B
HP
1.0
91
.10
1.0
91
.07
1.0
31
.00
0.9
60
.92
0.8
80
.84
Heatin
g R
ise (
oF
)3
43
43
53
63
73
83
94
04
24
4H
eatin
g R
ise (
oC
)1
91
91
92
02
02
12
22
22
32
4
Specifications subject to change without notice.518 41 2304 05 39
Dry
Co
il A
ir D
eliv
ery
CF
M* −
Do
wn
flo
w D
isch
arg
e S
izes
36−
60 3−P
has
e M
od
els
On
ly(C
on
t)
Un
itH
eati
ng
Ris
e R
an
ge
Mo
tor
Sp
ee
dW
ire
Co
lor
E
xte
rnal S
tati
c P
ressu
re (
IN. W
.C.)
0.1
0.2
0.3
0.4
0.5
0.6
0.7
0.8
0.9
1.0
48
13
03
5 -
65
oF
(19 -
36
oC
)
Lo
wB
lue
CF
M1
50
31
45
71
42
31
37
41
33
01
28
71
24
11
19
91
15
31
11
1W
AT
TS
22
52
33
24
62
54
26
92
82
29
23
07
31
43
29
BH
P0
.24
0.2
50
.26
0.2
70
.29
0.3
00
.31
0.3
30
.34
0.3
5H
eatin
g R
ise (
oF
)6
36
5N
AN
AN
AN
AN
AN
AN
AN
AH
eatin
g R
ise (
oC
)3
53
6N
AN
AN
AN
AN
AN
AN
AN
A
Med
-Lo
wP
ink
CF
M1
55
61
50
81
46
11
43
21
38
81
34
61
30
21
25
61
22
11
16
8W
AT
TS
24
42
61
26
82
81
29
03
05
31
93
30
34
53
53
BH
P0
.26
0.2
80
.29
0.3
00
.31
0.3
30
.34
0.3
50
.37
0.3
8H
eatin
g R
ise (
oF
)6
16
36
5N
AN
AN
AN
AN
AN
AN
AH
eatin
g R
ise (
oC
)3
43
53
6N
AN
AN
AN
AN
AN
AN
A
Med
ium
2R
ed
CF
M1
86
11
82
21
78
61
75
81
71
61
68
81
66
01
61
91
58
31
53
9W
AT
TS
40
04
17
42
64
41
45
24
67
48
24
92
50
75
19
BH
P0
.43
0.4
50
.46
0.4
70
.48
0.5
00
.52
0.5
30
.54
0.5
6H
eatin
g R
ise (
oF
)5
15
25
35
45
55
65
75
96
06
2H
eatin
g R
ise (
oC
)2
82
93
03
03
13
13
23
33
33
4
Med
-H
igh
1O
ran
ge
CF
M2
31
92
29
12
25
52
23
02
19
32
16
62
11
82
05
71
99
21
88
7W
AT
TS
75
87
69
78
77
99
80
88
23
82
28
05
78
07
37
BH
P0
.81
0.8
20
.84
0.8
60
.87
0.8
80
.88
0.8
60
.84
0.7
9H
eatin
g R
ise (
oF
)4
14
24
24
34
34
44
54
64
85
0H
eatin
g R
ise (
oC
)2
32
32
32
42
42
42
52
62
72
8
Hig
hB
lack
CF
M2
53
22
48
72
44
42
39
12
33
02
25
92
17
92
11
12
03
31
94
9W
AT
TS
10
14
10
22
10
15
99
49
65
93
58
98
85
88
23
78
6B
HP
1.0
91
.10
1.0
91
.07
1.0
31
.00
0.9
60
.92
0.8
80
.84
Heatin
g R
ise (
oF
)3
83
83
94
04
14
24
44
54
74
9H
eatin
g R
ise (
oC
)2
12
12
22
22
32
32
42
52
62
7
40 518 41 2304 05Specifications subject to change without notice.
Dry
Co
il A
ir D
eliv
ery
CF
M* −
Do
wn
flo
w D
isch
arg
e S
izes
36−
60 3−P
has
e M
od
els
On
ly (
Co
nt)
Un
itH
eati
ng
Ris
e R
an
ge
Mo
tor
Sp
ee
dW
ire
Co
lor
E
xte
rnal S
tati
c P
ressu
re (
IN. W
.C.)
0.1
0.2
0.3
0.4
0.5
0.6
0.7
0.8
0.9
1.0
60
09
03
5 -
65
oF
(19 -
36
oC
)
Lo
w1
Blu
e
CF
M1
47
91
43
61
38
71
34
61
29
81
25
31
20
61
16
01
11
41
06
1W
AT
TS
22
42
39
24
72
62
27
02
84
30
03
07
31
93
30
BH
P0
.24
0.2
60
.26
0.2
80
.29
0.3
00
.32
0.3
30
.34
0.3
5H
eatin
g R
ise (
oF
)4
64
74
95
15
25
45
65
96
16
4H
eatin
g R
ise (
oC
)2
62
62
72
82
93
03
13
33
43
6
Med
-Lo
wP
ink
CF
M1
84
11
79
61
76
11
72
41
69
01
65
11
61
61
57
81
52
71
47
8W
AT
TS
42
54
34
45
34
60
47
64
85
50
15
08
52
55
42
BH
P0
.46
0.4
70
.49
0.4
90
.51
0.5
20
.54
0.5
40
.56
0.5
8H
eatin
g R
ise (
oF
)3
63
73
83
94
04
14
14
24
44
5H
eatin
g R
ise (
oC
)2
02
12
12
22
22
32
32
42
42
5
Med
ium
2R
ed
CF
M1
94
41
91
31
87
21
83
81
80
11
77
11
73
11
69
81
65
51
61
3W
AT
TS
48
65
01
51
15
29
53
75
54
56
55
78
59
56
03
BH
P0
.52
0.5
40
.55
0.5
70
.58
0.5
90
.61
0.6
20
.64
0.6
5H
eatin
g R
ise (
oF
)3
43
53
63
63
73
83
93
94
04
1H
eatin
g R
ise (
oC
)1
91
92
02
02
12
12
12
22
22
3
Med
-H
igh
Ora
ng
e
CF
M2
17
82
14
82
10
52
07
32
03
62
00
21
96
71
91
91
84
51
75
1W
AT
TS
67
46
91
70
37
17
73
37
43
75
87
54
73
47
01
BH
P0
.72
0.7
40
.75
0.7
70
.79
0.8
00
.81
0.8
10
.79
0.7
5H
eatin
g R
ise (
oF
)N
AN
AN
AN
AN
AN
AN
A3
53
63
8H
eatin
g R
ise (
oC
)N
AN
AN
AN
AN
AN
AN
A1
92
02
1
Hig
hB
lack
CF
M2
48
02
43
22
37
52
32
22
23
62
16
12
08
52
00
61
91
71
80
8W
AT
TS
10
29
10
12
99
59
75
94
19
08
86
98
36
79
67
51
BH
P1
.10
1.0
91
.07
1.0
51
.01
0.9
70
.93
0.9
00
.85
0.8
1H
eatin
g R
ise (
oF
)N
AN
AN
AN
AN
AN
AN
AN
A3
53
7H
eatin
g R
ise (
oC
)N
AN
AN
AN
AN
AN
AN
AN
A1
92
1
Specifications subject to change without notice.518 41 2304 05 41
Dry
Co
il A
ir D
eliv
ery
CF
M* −
Do
wn
flo
w D
isch
arg
e S
izes
36−
60 3−P
has
e M
od
els
On
ly (
Co
nt)
Un
itH
eati
ng
Ris
e R
an
ge
Mo
tor
Sp
ee
dW
ire
Co
lor
E
xte
rnal S
tati
c P
ressu
re (
IN. W
.C.)
0.1
0.2
0.3
0.4
0.5
0.6
0.7
0.8
0.9
1.0
60
11
53
0 -
60
oF
(17 -
33
oC
)
Lo
wB
lue
CF
M1
47
91
43
61
38
71
34
61
29
81
25
31
20
61
16
01
11
41
06
1W
AT
TS
22
42
39
24
72
62
27
02
84
30
03
07
31
93
30
BH
P0
.24
0.2
60
.26
0.2
80
.29
0.3
00
.32
0.3
30
.34
0.3
5H
eatin
g R
ise (
oF
)5
85
9N
AN
AN
AN
AN
AN
AN
AN
AH
eatin
g R
ise (
oC
)3
23
3N
AN
AN
AN
AN
AN
AN
AN
A
Med
-Lo
wP
ink
CF
M1
84
11
79
61
76
11
72
41
69
01
65
11
61
61
57
81
52
71
47
8W
AT
TS
42
54
34
45
34
60
47
64
85
50
15
08
52
55
42
BH
P0
.46
0.4
70
.49
0.4
90
.51
0.5
20
.54
0.5
40
.56
0.5
8H
eatin
g R
ise (
oF
)4
64
74
84
95
05
25
35
45
65
8H
eatin
g R
ise (
oC
)2
62
62
72
72
82
92
93
03
13
2
Med
ium
2R
ed
CF
M1
94
41
91
31
87
21
83
81
80
11
77
11
73
11
69
81
65
51
61
3W
AT
TS
48
65
01
51
15
29
53
75
54
56
55
78
59
56
03
BH
P0
.52
0.5
40
.55
0.5
70
.58
0.5
90
.61
0.6
20
.64
0.6
5H
eatin
g R
ise (
oF
)4
44
54
64
64
74
84
95
05
15
3H
eatin
g R
ise (
oC
)2
42
52
52
62
62
72
72
82
92
9
Med
-H
igh
1O
ran
ge
CF
M2
17
82
14
82
10
52
07
32
03
62
00
21
96
71
91
91
84
51
75
1W
AT
TS
67
46
91
70
37
17
73
37
43
75
87
54
73
47
01
BH
P0
.72
0.7
40
.75
0.7
70
.79
0.8
00
.81
0.8
10
.79
0.7
5H
eatin
g R
ise (
oF
)3
94
04
04
14
24
34
34
44
64
9H
eatin
g R
ise (
oC
)2
22
22
22
32
32
42
42
52
62
7
Hig
hB
lack
CF
M2
48
02
43
22
37
52
32
22
23
62
16
12
08
52
00
61
91
71
80
8W
AT
TS
10
29
10
12
99
59
75
94
19
08
86
98
36
79
67
51
BH
P1
.10
1.0
91
.07
1.0
51
.01
0.9
70
.93
0.9
00
.85
0.8
1H
eatin
g R
ise (
oF
)N
A3
53
63
73
83
94
14
24
44
7H
eatin
g R
ise (
oC
)N
A1
92
02
02
12
22
32
42
52
6
42 518 41 2304 05Specifications subject to change without notice.
Dry
Co
il A
ir D
eliv
ery
CF
M* −
Do
wn
flo
w D
isch
arg
e S
izes
36−
60 3−P
has
e M
od
els
On
ly (
Co
nt)
Un
itH
eati
ng
Ris
e R
an
ge
Mo
tor
Sp
ee
dW
ire
Co
lor
E
xte
rnal S
tati
c P
ressu
re (
IN. W
.C.)
0.1
0.2
0.3
0.4
0.5
0.6
0.7
0.8
0.9
1.0
60
13
03
5 -
65
oF
(19 -
36
oC
)
Lo
wB
lue
CF
M1
47
91
43
61
38
71
34
61
29
81
25
31
20
61
16
01
11
41
06
1W
AT
TS
22
42
39
24
72
62
27
02
84
30
03
07
31
93
30
BH
P0
.24
0.2
60
.26
0.2
80
.29
0.3
00
.32
0.3
30
.34
0.3
5H
eatin
g R
ise (
oF
)6
4N
AN
AN
AN
AN
AN
AN
AN
AN
AH
eatin
g R
ise (
oC
)3
6N
AN
AN
AN
AN
AN
AN
AN
AN
A
Med
-Lo
wP
ink
CF
M1
84
11
79
61
76
11
72
41
69
01
65
11
61
61
57
81
52
71
47
8W
AT
TS
42
54
34
45
34
60
47
64
85
50
15
08
52
55
42
BH
P0
.46
0.4
70
.49
0.4
90
.51
0.5
20
.54
0.5
40
.56
0.5
8H
eatin
g R
ise (
oF
)5
25
35
45
55
65
85
96
06
26
4H
eatin
g R
ise (
oC
)2
92
93
03
13
13
23
33
43
53
6
Med
ium
2R
ed
CF
M1
94
41
91
31
87
21
83
81
80
11
77
11
73
11
69
81
65
51
61
3W
AT
TS
48
65
01
51
15
29
53
75
54
56
55
78
59
56
03
BH
P0
.52
0.5
40
.55
0.5
70
.58
0.5
90
.61
0.6
20
.64
0.6
5H
eatin
g R
ise (
oF
)4
95
05
15
25
35
45
55
65
85
9H
eatin
g R
ise (
oC
)2
72
82
82
92
93
03
13
13
23
3
Med
-H
igh
1O
ran
ge
CF
M2
17
82
14
82
10
52
07
32
03
62
00
21
96
71
91
91
84
51
75
1W
AT
TS
67
46
91
70
37
17
73
37
43
75
87
54
73
47
01
BH
P0
.72
0.7
40
.75
0.7
70
.79
0.8
00
.81
0.8
10
.79
0.7
5H
eatin
g R
ise (
oF
)4
44
44
54
64
74
84
85
05
25
4H
eatin
g R
ise (
oC
)2
42
52
52
62
62
62
72
82
93
0
Hig
hB
lack
CF
M2
48
02
43
22
37
52
32
22
23
62
16
12
08
52
00
61
91
71
80
8W
AT
TS
10
29
10
12
99
59
75
94
19
08
86
98
36
79
67
51
BH
P1
.10
1.0
91
.07
1.0
51
.01
0.9
70
.93
0.9
00
.85
0.8
1H
eatin
g R
ise (
oF
)3
83
94
04
14
34
44
64
75
05
3H
eatin
g R
ise (
oC
)2
12
22
22
32
42
42
52
62
82
9*
Air
deliv
ery
valu
es a
re w
ithou
t air
filte
r an
d ar
e fo
r dr
y co
il (S
ee W
et C
oil P
ress
ure
Dro
p ta
ble)
.1
Fac
tory−
ship
ped
hea
ting
spee
d2
Fac
tory−
ship
ped
cool
ing
spee
dN
A −
Not
allo
wed
for
heat
ing
spee
dN
ote:
Ded
uct f
ield−
supp
lied
air
filte
r pr
essu
re d
rop
and
wet
coi
l pre
ssur
e dr
op to
obt
ain
exte
rnal
sta
tic p
ress
ure
avai
labl
e fo
r du
ctin
g.
Sh
ad
ed
are
as in
dic
ate
sp
eed
/sta
tic c
om
bin
atio
ns t
hat
are
no
t p
erm
itte
d fo
r d
eh
um
idific
atio
n s
peed
.
Specifications subject to change without notice.518 41 2304 05 43
Filt
er P
ress
ure
Dro
p T
able
(IN
. W.C
.)
FIL
TE
R S
IZE
IN. (
MM
)C
OO
LIN
GTO
NS
STA
ND
AR
D C
FM
(S
CF
M)
600
700
800
900
1000
1100
1200
1300
1400
1500
1600
1700
1800
1900
2000
2100
2200
60
01
40
0 C
FM
12
x2
0x1
+1
2x2
0x1
(30
5x5
08
x2
5+
30
5x5
08
x2
5)
2.0,
2.5
0.03
0.04
0.05
0.06
0.06
0.07
0.07
0.08
0.08
−−
−−
−−
−−
12
00
18
00
CF
M
16
x2
4x1
+1
4x2
4x1
(40
6x6
10
x2
5+
35
6x6
10
x2
5)
3.0,
3.5,
4.0
−−
−−
0.04
0.05
0.06
0.07
0.08
0.09
0.09
0.10
0.11
0.12
0.12
−−
15
00
22
00
CF
M
16
x2
4x1
+1
8x2
4x1
(40
6x6
10
x2
5+
45
7x3
56
x2
5)
5.0
−−
−−
−−
−−
−0.
040.
060.
080.
100.
110.
130.
140.
15
Wet
Co
il P
ress
ure
Dro
p (
IN. W
.C.)
UN
ITS
IZE
STA
ND
AR
D C
FM
(SC
FM
)60
070
080
090
010
0011
0012
0013
0014
0015
0016
0017
0018
0019
0020
0021
0022
0024
0.03
0.04
0.04
0.05
0.06
30
0.05
0.06
0.07
0.08
0.11
36
0.
060.
060.
090.
100.
110.
14
42
0.05
0.05
0.06
0.07
0.08
0.08
0.09
0.09
0.11
48
0.
040.
060.
090.
100.
100.
110.
120.
130.
14
60
0.
060.
070.
010.
080.
090.
100.
120.
13
Eco
no
miz
er w
ith
1−i
n. F
ilter
Pre
ssu
re D
rop
(IN
. W.C
.)
FIL
TE
R S
IZE
IN. (
MM
)C
OO
LIN
GTO
NS
STA
ND
AR
D C
FM
(S
CF
M)
600
700
800
900
1000
1100
1200
1300
1400
1500
1600
1700
1800
1900
2000
2100
2200
60
01
40
0 C
FM
12
x2
0x1
+1
2x2
0x1
(30
5x5
08
x2
5+
30
5x5
08
x2
5)
2.0,
2.5
−−
0.08
0.09
0.10
0.11
0.11
0.13
0.14
−−
−−
−−
−−
12
00
18
00
CF
M
16
x2
4x1
+1
4x2
4x1
(40
6x6
10
x2
5+
35
6x6
10
x2
5)
3.0,
3.5,
4.0
−−
−−
−0.
090.
090.
100.
120.
130.
150.
170.
170.
190.
21−
−
15
00
22
00
CF
M
16
x2
4x1
+1
8x2
4x1
(40
6x6
10
x2
5+
45
7x3
56
x2
5)
5.0
−−
−−
−−
−−
−0.
150.
170.
180.
200.
210.
220.
230.
23
44 518 41 2304 05Specifications subject to change without notice.
TYPICAL PIPING AND WIRING
ROOF
RETURN-AIRFLEXIBLE DUCT
CEILINGCONCENTRIC DIFFUSER BOX(FIELD-SUPPLIED)
SUPPLY-AIRFLEXIBLE DUCT
ROOF-MOUNTINGCURB
A09230
INDOORTHERMOSTAT
DISCONNECTPER NEC*
FROMPOWERSOURCE
RETURNAIR
TOP COVER
FROMGAS LINE
*NEC - NATIONAL ELECTRICAL CODE
A09231
Specifications subject to change without notice.518 41 2304 05 45
APPLICATION DATACondensate trap — A 2−in. (51 mm) condensate trap must befield supplied.Ductwork — Secure downflow discharge ductwork to roof curb.For horizontal discharge applications, attach ductwork to unitwith flanges.To convert a unit to downflow discharge — Units areequipped with factory−installed inserts in the down−flowopenings. Removal of the inserts is similar to removing anelectrical knock−out. The unit is factory equipped with ductcovers to seal the horizontal discharge openings in the unit.Units installed in horizontal discharge orientation do not requireduct covers.
Maximum cooling airflow — To minimize the possibility ofcondensate blow−off from the evaporator, airflow through theunits should not exceed 450 cfm per ton.Minimum cooling airflow — Minimum cooling airflow is 350 cfmper ton in cooling mode. Airflow can be lower in certain modeswhen humidity removal is an issue.Minimum ambient cooling operation temperature — Allstandard units have a minimum ambient cooling operatingtemperature of 40�F (4.4�C). With accessory low ambienttemperature kit, units can operate at temperatures down to 0�F(−17.8�C).Maximum operating outdoor air temperature for cooling is125�F (51.7�C).
46 518 41 2304 05Specifications subject to change without notice.
BALANCE POINT WORKSHEET
0.0
2.9
5.9
8.8
11.7
14.6
17.6
20.5
23.4
0 10 20 30 40 50 60 70 80
-100
1020
3040
5060
70
kW
BUILDING HEAT LOSS, UNIT INTEGRATED HEATING CAPACITY, MBTUH
OU
TDO
OR
TEMPER
ATUR
E, ºF
BA
LAN
CE PO
INT W
OR
KSH
EET
60
BA
SE
D O
N IN
DO
OR
EN
T. AIR
A
T 70 ºF AN
D A
T RA
TED C
FM
24 4842
3630
A150725
Specifications subject to change without notice.518 41 2304 05 47
ELECTRICAL DATA
MODELNOMINALV-PH-HZ
VOLTAGERANGE
COMPRESSOR OFM IFM IDM POWER SUPPLY
MIN MAX RLA LRA FLA FLA FLA MCA MOCP
24040 208/230-1-60 197 253 13.5 58.3 0.6 3.9 0.65 21.4 30
24060 208/230-1-60 197 253 13.5 58.3 0.6 3.9 0.65 21.4 30
30040 208/230-1-60 197 253 14.1 73 0.7 3.9 0.65 22.2 35
30060 208/230-1-60 197 253 14.1 73 0.7 3.9 0.65 22.2 35
36060 208/230-1-60 197 253 16.7 79 1.05 3.8 0.65 25.8 40
36060 208/230-3-60 197 253 10.4 73 1.05 4.1 1.65 18.2 25
36090 208/230-1-60 197 253 16.7 79 1.05 3.8 0.65 25.8 40
36090 208/230-3-60 197 253 10.4 73 1.05 4.1 0.65 18.2 25
42060 208/230-1-60 197 253 19.3 112 1.05 3.8 0.65 29 45
42060 208/230-3-60 197 253 13.5 88 1.05 4.1 1.65 22.1 35
42090 208/230-1-60 197 253 19.3 112 1.05 3.8 0.65 29 45
42090 208/230-3-60 197 253 13.5 88 1.05 4.1 0.65 22.1 35
48090 208/230-1-60 197 253 19.6 130 1.07 6.9 0.65 32.5 50
48090 208/230-3-60 197 253 13.7 83.1 1.05 7.6 0.65 25.8 35
48115 208/230-1-60 197 253 19.6 130 1.07 6.9 0.65 32.5 50
48115 208/230-3-60 197 253 13.7 83.1 1.05 7.6 1.65 25.8 35
48130 208/230-1-60 197 253 19.6 130 1.07 6.9 .75 32.5 50
48130 208/230-3-60 197 253 13.7 83.1 1.05 7.6 0.52 25.8 35
60090 208/230-1-60 197 253 24.4 144.2 1.3 6.9 0.65 38.7 60
60090 208/230-3-60 197 253 16 110 1.05 7.6 0.65 28.7 40
60115 208/230-1-60 197 253 24.4 144.2 1.3 6.9 0.65 38.7 60
60115 208/230-3-60 197 253 16 110 1.05 7.6 1.65 28.7 40
60130 208/230-1-60 197 253 24.4 144.2 1.3 6.9 .75 38.7 60
60130 208/230-3-60 197 253 16 110 1.05 7.6 0.52 28.7 40
LEGEND
FLA - Full Load AmpsIDM - Inducer MotorIFM - Indoor Fan MotorLRA -Locked Rotor AmpsMCA - Minimum Circuit AmpsMOCP - Maximum Over Current ProtectionOFM - Outdoor Fan MotorRLA - Rated Load Amps
A06564
48 518 41 2304 05Specifications subject to change without notice.
TYPICAL CONNECTION WIRING SCHEMATIC − 208/230−1−60
A150506
Specifications subject to change without notice.518 41 2304 05 49
TYPICAL LADDER WIRING SCHEMATIC − 208/230−1−60
A150516
50 518 41 2304 05Specifications subject to change without notice.
TYPICAL CONNECTION WIRING SCHEMATIC − 208/230−3−60
A150507
Specifications subject to change without notice.518 41 2304 05 51
TYPICAL LADDER WIRING SCHEMATIC − 208/230−3−60
A150517
52 518 41 2304 05Specifications subject to change without notice.
CONTROLSOperating sequenceWhen power is supplied to unit, the transformer (TRAN) isenergized.On units with crankcase heater, heater is also energized.Cooling — With the thermostat subbase in the cooling position,the thermostat makes circuit “R” to “O”. This energizes thereversing valve solenoid (RVS) and places the unit in standbycondition for cooling.As the space temperature rises, the thermostat closes circuit “R”to “Y1/Y”. A circuit is made to contactor (C), starting thecompressor (COMP) and outdoor−fan motor (OFM). Circuit “R”to “G” is made at the same time and starts the indoor−fan motor(IFM).On the loss of the thermostat call for cooling, 24 V is removedfrom both the “Y1/Y” and “G” terminals (provided the fan switch isin the “AUTO” position) de−energizing the compressor contactorand opening the contacts supplying power to compressor/OFM.After a 60−second delay (1phase models) or 90 second delay (3phase models), the IFM shuts off. If the thermostat fan selectorswitch is in the “ON” position, the IFM will run continuously.Heating (Single Phase Models)On a call for heating, terminal W of the thermostat is energized,starting the induced-draft motor for a 5 second pre-purge. Whenthe pressure switch senses that the induced-draft motor ismoving sufficient combustion air, the burner sequence begins.This function is controlled by the integrated gas unit controller(IGC). The indoor (evaporator) –fan motor is energized 30seconds after flame is established. When the thermostat issatisfied and W is de-energized, the burners stop firing and theindoor (evaporator) fan motor shuts off after a 90 second time-offdelay. Please note that the IGC has the capability toautomatically reduce the indoor fan motor on delay and increasethe indoor fan motor off delay in the event of high duct staticand/or a partially-clogged filter.Heating (3−Phase Models)On a call for heating, terminal W of the thermostat is energized,starting the induced−draft motor. When the pressure switchsenses that the induced−draft motor is moving sufficientcombustion air, the burner sequence begins. This function isperformed by the integrated gas unit controller (IGC). The indoor(evaporator)−fan motor is energized 45 sec after flame isestablished. When the thermostat is satisfied and W isde−energized, the burners stop firing and the indoor (evaporator)fan motor shuts off after a 45−sec time−off delay. Please notethat the IGC has the capability to automatically reduce theindoor fan motor on delay and increase the indoor fan motor offdelay in the event of high duct static and/or partially−cloggedfilter.Heat Pump Heating — On a call for heat, thermostat makescircuits “R” to “Y1/Y” and “R” to “G”.A circuit is made to C, starting COMP and OFM. Circuit “R” to“G” is also completed, starting IFM.Defrost — Defrost board (DB) is a time and temperature control,which includes a field−selectable time period (dip switch 1 and 2on the board) between checks for defrost (30, 60, 90, or 120minutes). Electronic timer and defrost cycle start only whencontactor is energized and defrost thermostat (DFT) is closed.Defrost mode is identical to cooling mode. except outdoor fanmotor stops and gas heat turns on to warm air supplying theconditioned space. After defrost cycle, gas heat stays on to meetthe demand cycle.NOTE:
1. Compressor time delay occurs through the defrost controlboard.
2. Defrost control board has built in 5 minute compressordelay; once the compressor has started and then stopped,it cannot be restarted again until 5 minutes have elapsed.
GUIDE SPECIFICATIONSPackaged Dual Fuel UnitsHVAC Guide SpecificationsSize Range: 2 to 5 Tons, Nominal Cooling
40,000 to 127,000 Btuh,Nominal Heating Input
Part 1�GeneralSYSTEM DESCRIPTION
Outdoor, packaged, air−to−air heat pump unit utilizing ahermetic scroll compressor for cooling duty and optionalelectric heating. Unit shall discharge supply air vertically orhorizontally as shown on contract drawings. Outdoor fan/coilsection shall have a draw−thru design with vertical dischargefor minimum sound levels.
QUALITY ASSURANCEA. Unit shall be rated in accordance with AHRI Standards
210/240 and 270−1995.B. Unit shall be designed in accordance with UL Standard
1995 and ANSI Z21.47.C. Unit shall be manufactured in a facility registered to ISO
9001 manufacturing quality standard.D. Unit shall be UL listed and c−UL certified as a total
package for safety requirements.E. Roof curb shall be designed to conform to NRCA
Standards.F. Insulation and adhesives shall meet NFPA 90A
requirements for flame spread and smoke generation.G. Cabinet insulation shall meet ASHRAE Standard 62P.
DELIVERY, STORAGE AND HANDLINGUnit shall be stored and handled per manufacturer’srecommendations.
Part 2 � ProductsEQUIPMENTA. General:
Factory−assembled, single−piece, heat pump unit. Containedwithin the enclosure shall be all factory wiring, piping, controls,refrigerant charge (R−410A), and special features requiredprior to field start−up.
B. Unit Cabinet:1. Unit cabinet shall be constructed of phosphated,
zinc−coated, pre−painted steel capable of withstanding500 hours of salt spray.
2. Normal service shall be through 3 removable cabinetpanels.
3. The unit shall be constructed on a rust proof unit base thathas an externally trapped, integrated sloped drain.
4. Indoor fan compartment top surface shall be insulated witha minimum 1/2−in. (13 mm) thick, flexible fiberglassinsulation, coated on the air side and retained by adhesiveand mechanical means. The indoor wall sections will beinsulated with a minimum semi−rigid, foil−faced boardcapable of being wiped clean. Aluminum foil−facedfiberglass insulation shall be used in the entire indoor aircavity section.
5. Unit shall have a field−supplied condensate trap.6. Metal Insulated Duct Covers for side discharge will be
standard on all sizes.7. Unit insulation conforms to ASHRAE 62P.
Specifications subject to change without notice.518 41 2304 05 53
GUIDE SPECIFICATIONS (CONT)C. Fans:
1. The evaporator fan motor shall be a ECM Motor.2. Fan wheel shall be made from steel, be double−inlet type
with forward curved blades with corrosion resistant finish.Fan wheel shall be dynamically balanced.
3. Condenser fan shall be direct drive propeller type with alu-minum blades riveted to corrosion resistant steel spiders,be dynamically balanced, and discharge air vertically.
D. Compressor:1. Fully hermetic compressors with factory−installed vibration
isolation.2. Scroll compressors shall be standard on all units.
E. Coils:Indoor and outdoor coils shall have aluminum plate finsmechanically bonded to seamless copper tubes with all jointsbrazed. Tube sheet openings shall be belled to prevent tubewear.
F. Refrigerant Metering Device: Refrigerant metering device shall be thermostatic expansionvalve or fixed orifice for cooling, and fixed orifice for heating.
G. Filters:Filter section shall consist of field−installed, throwaway, 1−in.(25 mm)− thick fiberglass filters of commercially availablesizes.
H. Controls and Safeties:1. Unit controls shall be complete with a self−contained, low−
voltage control circuit.2. Units shall incorporate an internal compressor protector
that provides reset capability.I. Operating Characteristics:
1. Unit shall be capable of starting and running at 125�F(51.7�C) ambient outdoor temperature.
2. Compressor with standard controls shall be capable ofoperation down to 40�F (4.4�C) ambient outdoortemperature in cooling mode.
3. Unit shall be provided with 60−second fan time (singlephase), 90−second fan time delay (three phase) after thethermostat is satisfied.
J. Electrical Requirements:All unit power wiring shall enter the unit cabinet at a singlelocation.
K. Motors:1. Compressor motors shall be of the refrigerant−cooled type
with line−break thermal and current overload protection.2. All fan motors shall have permanently lubricated bearings,
and inherent, automatic reset, thermal overload protection.3. Condenser fan motor shall be totally enclosed.4. Evaporator Fan Motor to be ECM Motor.
L. Compressor Protection:Solid−state control shall protect compressor by preventing“short cycling.”
M. Low NOx:Shall provide NOx reduction to values below 40nanograms/joule to meet California’s and other localities’emission requirements as shipped from factory.
N. Special Features Available:1. Compressor Start Kit
Shall provide additional starting torque for single−phasecompressors.
2. Thermostat:To provide for two stage heating and one stage cooling inaddition manual or automatic changeover and indoor fancontrol.
3. Crankcase Heater:Shall provide anti−floodback protection for lowload coolingapplications.
4. Economizer:(Horizontal − Field installed accessory)(Vertical − Field installed accessory)a. Economizer controls capable of providing free cooling
using outside air.b. Equipped with low leakage dampers not to exceed 3%
leakage, at 1.0 in. W.C. pressure differential.c. Spring return motor shuts off outdoor damper on power
failure.5. Filter Rack Kit:
Shall provide filter mounting for downflow applications.Offered as field installed accessory.
6. Flat Roof Curb:Curbs shall have seal strip and a wood nailer for flashingand shall be installed per manufacturer’s instructions.
7. Flue Discharge DeflectorDirects flue gas exhaust 90 degrees upward from currentdischarge.
8. High Altitude Propane Conversion KitShall consist of all required hardware to convert topropane gas heat operation at 2001 to 6000 ft (611 to1829 m) above sea level.
9. Low Ambient Package:Shall consist of a solid−state control and outdoor coil tem-perature sensor for controlling outdoor−fan motor opera-tion, which shall allow unit to operate down to 0�F(17.7�C) outdoor ambient temperature.
10. Manual Outdoor Air Damper:Package shall consist of damper, birdscreen, and rain-hood which can be preset to admit outdoor air for year−round ventilation.
11. Natural−to−Propane Conversion Kit:Shall be complete with all required hardware to convert topropane gas operation at standard altitude (0 to 2000 ft[0−610 m] above sea level).
12. Propane−to−Natural Conversion Kit:Shall be complete with all hardware to convert to naturalgas at standard altitude (0 to 2000 ft [0 to 610 m] abovesea level).
13. Square−To−Round Duct Transitions (24−48 models):Shall have the ability to convert the supply and returnopenings from rectangular to round.
54 518 41 2304 05Specifications subject to change without notice.
PDD/S4 ACCESSORIESROOF CURBS
Model Number Description Use With Model SizeCPRFCURB011B00 Roof Curb, 14” High 24 − 30CPRFCURB013B00 Roof Curb, 14” High 36 − 60
ADAPTER CURBS*CPADCURB001A00 Adapter curb for use with NPRFCURB006A00 & NPRFCURB007A00 24 − 30CPADCURB002A00 Adapter curb for use with NPRFCURB008A00 & NPRFCURB009A00 36 − 60
* Can also be used when replacing other manufacturer’s older generation units that contain a composite base without a metal base rail.CONCENTRIC ADAPTERS − (Use with curb only)
NPCONADP001A00 For 18” round duct (use with curb CPRFCURB011B00) Small CurbNPCONADP002A00 For 18” round duct (use with curb CPRFCURB013B00) Large Curb
ECONOMIZERSModel Number Description Use With Model Size
CPECOMZR007B00 Dedicated Vertical Economizer − Internal with solid state controller, gear driv-en, fully modulating damper, spring return actuator, up to 50% barometric relief,supply and dry bulb outdoor air sensors. Includes filter rack with 1” filters.
24, 30CPECOMZR008A00 42, 48CPECOMZR009A00 36, 60CPECOMZR010A00 Dedicated Horizontal Economizer − Internal with solid state controller, fully
modulating damper, spring return actuator, supply and dry bulb outdoor airsensor, and low ambient compressor lockout switch included. Includes filterrack with 1−inch filters.
24, 30
CPECOMZR011A00 42, 48
CPECOMZR012A00 36, 60CPRLYKIT001A00 Economizer relay for heat pumps 36 − 60
AXB078ENT Outdoor Enthalpy Control ALL
* Outdoor enthalpy available as field installed accessory; Filter rack and 1” filter, same as CPFILTRK kitMANUAL FRESH AIR DAMPERS
Model Number Description Use With Model SizeCPMANDPR007A00
Manual Outside Air Damper − (Includes filter rack and 1” filter, same asCPFILTRK kit)
24, 30CPMANDPR008A00 42, 48CPMANDPR009A00 36, 60
INTERNAL FILTER RACK and FILTER (shipped with 1” filters)Model Number Description Use With Model Size
CPFILTRK007A00Internal Filter Rack
24, 30CPFILTRK008A00 42, 48CPFILTRK009A00 36, 60
CRANKCASE HEATERSCPCRKHTR008A00
240V Crankcase Heater24 − 36
CPCRKHTR004A00 42 − 60LOW AMBIENT, ANTI−CYCLE TIMER, COMPRESSOR START ASSIST
CPLOWAMB001A00* Low Ambient Control − enables cooling system to operate down to 0 Deg. F bycycling condenser fan on and off. ALL
NRTIMEGD001A00 Five Minute Compressor Delay ALLNPHSTART002A00 PTC Compressor Start Assist Kit (single phase only) ALL
*Relay 1184479 is required with this Low Ambient Control when used in heat pump application.GAS CONVERSION KITS
NPLPCONV013C00 Natural Gas to Propane Conversion Kit (0 − 2000’)ALLNPLPCONV014C00 Natural Gas to Propane Conversion Kit (2001’ − 6000)
NPNGCONV004C00 Propane to Natural Gas Conversion Kit (0 − 2000’)FLUE DISCHARGE DEFLECTOR
CPFLUEDS001A00Directs flue gas exhaust 90 degrees upward from current discharge. Designedto allow tighter distances between unit and combustible surfaces. 24 inchHeight. AGA certified.
40,000 − 130,000
HAIL GUARD / COIL PROTECTION (Factory installed on PDS models)NAPA00901GR 3/8” spacing dense wire grilles 18” 24NAPA01401GR 3/8” spacing dense wire grilles 22” 30NAPA01001GR 3/8” spacing dense wire grilles 18” 36, 60NAPA01301GR 3/8” spacing dense wire grilles 24” 42, 48
DUCT TRANSITIONSNPDUCFLG002A00 Square to Round (1 set of 2, use with horizontal duct flanges only) 24 − 48
Specifications subject to change without notice.518 41 2304 05 55
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56 518 41 2304 05Specifications subject to change without notice.
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