heat pump outdoor units hp29 - lennoxpros.com · 2019-11-07 · during compression, several pockets...

48
HP29 Bulletin No. 210073 October 2003 Supersedes Septemeber 2000 ELITE ® SERIES HEAT PUMP OUTDOOR UNITS ENGINEERING DATA SEER − 10.00 to 11.50 Cooling Capacity − 17,900 to 58,000 Btuh Heating Capacity − 16,600 to 56,000 Btuh Copeland Scrollt Compressor Enhanced PVC Coated Coil Guard Direct Drive Fan Lanced Aluminum Fins Brass Service Valves Copper Tube Outdoor Coil Reversing Valve Thermal Expansion Valve Hi−Capacity Drier Heavy−Duty, Louvered Steel Fan Guard Heavy Gauge Steel Cabinet with Powder Paint Finish MODEL NUMBER IDENTIFICATION 036 HP 29 - Unit Type HP = Heat Pump Outdoor Unit Series Nominal Cooling Capacity 018 = 1.5 (5.3) 024 = 2 (7.0) 030 = 2.5 (8.8) 036 = 3 (10.6) 042 = 3.5 (12.3) 048 = 4 (14.1) 060 = 5 (17.6) Voltage P = 208/230V−1 phase−60hz Y = 208/230Vɢ3 phaseɢ60hz G = 460Vɢ3 phaseɢ60hz J = 575Vɢ3 phaseɢ60hz Minor Revision Number 2 P - FEATURES CONTENTS ARI Rating Tables Pages 7−9 . . . . . . . . . . . . . . . . . . . . . . . . . . Dimensions Page 6 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Electrical Data Pages 4−5 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Expanded Rating Tables Pages 10−48 . . . . . . . . . . . . . . . . . . Features Pages 1−3 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Field Wiring Page 5 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Installation Clearances Page 3 . . . . . . . . . . . . . . . . . . . . . . . . . Model Number Identification Page 1 . . . . . . . . . . . . . . . . . . . . Optional Accessories Page 3 . . . . . . . . . . . . . . . . . . . . . . . . . . Specifications Pages 4−5 . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Approvals Certified in accordance with the USE certification program, which is based on ARI Standard 210/240ɢ94. Sound rated in Lennox reverberant sound test room in accorɢ dance with test conditions included in ARI Standard 270ɢ95. Tested in the Lennox Research Laboratory environmental test room. Rated according to U.S. Department of Energy (DOE) test procedures. Outdoor units and components within bonded for grounding to meet safety standards for servicing required by UL, NEC, and CEC. Units are UL and ULC listed. ISO 9001 Registered Manufacturing Quality System. NOTE − Due to Lennox’ ongoing committment to quality, Specifications, Ratings and Dimensions subject to change without notice and without incurring liability. Improper installation, adjustment, alteration, service or maintenance can cause property damage or personal injury. Installation and service must be performed by a qualified installer and servicing agency. E2003 Lennox Industries Inc. Visit us at www.lennox.com. For the latest technical information, www.lennoxdavenet.com.

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Page 1: HEAT PUMP OUTDOOR UNITS HP29 - LennoxPROs.com · 2019-11-07 · During compression, several pockets are compressed simulta neously resulting in a smooth continuous compression cycle

HP29

Bulletin No. 210073

October 2003

Supersedes Septemeber 2000

ELITE® SERIES

HEAT PUMP OUTDOOR UNITS

ENGINEERING DATASEER − 10.00 to 11.50

Cooling Capacity − 17,900 to 58,000 Btuh

Heating Capacity − 16,600 to 56,000 Btuh

Copeland Scroll�Compressor

EnhancedPVC CoatedCoil Guard

DirectDriveFan

LancedAluminum Fins

Brass ServiceValves

Copper TubeOutdoor Coil

ReversingValve

ThermalExpansion

Valve

Hi−CapacityDrier

Heavy−Duty,Louvered Steel

Fan Guard

Heavy GaugeSteel Cabinetwith PowderPaint Finish

MODEL NUMBER IDENTIFICATION

036HP 29 −

Unit TypeHP = Heat Pump Outdoor Unit

Series

Nominal Cooling Capacity018 = 1.5 (5.3)

024 = 2 (7.0)030 = 2.5 (8.8)036 = 3 (10.6)

042 = 3.5 (12.3)048 = 4 (14.1)060 = 5 (17.6)

VoltageP = 208/230V−1 phase−60hzY = 208/230V�3 phase�60hzG = 460V�3 phase�60hzJ = 575V�3 phase�60hz

Minor Revision Number

2 P−

FEATURES

CONTENTS

ARI Rating Tables Pages 7−9. . . . . . . . . . . . . . . . . . . . . . . . . . Dimensions Page 6. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Electrical Data Pages 4−5. . . . . . . . . . . . . . . . . . . . . . . . . . . . . Expanded Rating Tables Pages 10−48. . . . . . . . . . . . . . . . . . Features Pages 1−3. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Field Wiring Page 5. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . Installation Clearances Page 3. . . . . . . . . . . . . . . . . . . . . . . . . Model Number Identification Page 1. . . . . . . . . . . . . . . . . . . . Optional Accessories Page 3. . . . . . . . . . . . . . . . . . . . . . . . . . Specifications Pages 4−5. . . . . . . . . . . . . . . . . . . . . . . . . . . . . .

Approvals

Certified in accordance with the USE certification program,which is based on ARI Standard 210/240�94.Sound rated in Lennox reverberant sound test room in accor�dance with test conditions included in ARI Standard 270�95.Tested in the Lennox Research Laboratory environmental testroom.Rated according to U.S. Department of Energy (DOE) testprocedures.Outdoor units and components within bonded for grounding tomeet safety standards for servicing required by UL, NEC, andCEC.Units are UL and ULC listed.ISO 9001 Registered Manufacturing Quality System.

NOTE − Due to Lennox’ ongoing committment to quality, Specifications, Ratings and Dimensions subject to change without notice and without incurring liability.Improper installation, adjustment, alteration, service or maintenance can cause property damage or personal injury.Installation and service must be performed by a qualified installer and servicing agency. �2003 Lennox Industries Inc.

Visit us at www.lennox.com.For the latest technical information, www.lennoxdavenet.com.

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FEATURES

Warranty

Compressor − limited warranty for ten years in residential ap�plications, five years in non�residential applications.All other covered components − limited warranty for five years(residential), one year (non�residential applications).Refer to Lennox Equipment Limited Warranty certificate includedwith unit for specific details.

Applications

SEER up to 11.50.Heating C.O.P. up to 3.32.HSPF up to 8.20 (Region IV).1.5 through 5 Ton (5.3 through 17.6 kW) sizes.Single or three phase power supply.Vertical air discharge allows concealment behind shrubs atgrade level or out of sight on a roof.Matching up�flow, down�flow, and horizontal blower coil unitswith supplemental electric heat provide a wide range of coolingand heating capacities and applications. See ARI Ratings tablefor match�ups.Also applicable to indoor add�on coils matched with conventionalfurnaces with FM21 Heat Pump Control. See bulletin indexed inThermostats and Controls tab section.For complete data on indoor blower coil units and FM21 coils,see tab section Blower Coil Units.Units shipped completely factory assembled, piped and wired.Each unit is test operated at the factory ensuring proper operation.Installer must set outdoor unit, connect refrigerant lines andmake electrical connections to complete job.

REFRIGERATION SYSTEM

Reversing ValveFactory installed 4�way reversing valve provides rapid change inrefrigerant flow direction resulting in quick changeover from cool�ing to heating and vice�versa.Valve operates on pressure differential between outdoor unit andindoor unit.

Expansion ValveFactory installed and piped expansion valve is designed andsized specifically for use in heat pump system.Sensing bulb is located on suction line between reversing valveand compressor to sense suction temperature in any cycle.

Hi�Capacity DrierFactory installed.Drier traps moisture or dirt that could contaminate the refrigerantsystem.

Outdoor Coil FanDirect drive fan moves large volumes of air uniformly through en�tire outdoor coil for high refrigerant cooling capacity.Vertical air discharge minimizes operating sounds and elimi�nates damage to lawn and shrubs.Fan motor has sleeve bearings and is inherently protected.Motor totally enclosed for maximum protection from weather,dust and corrosion.Louvered steel top fan guard furnished as standard.Fan service access accomplished by removal of fan guard.

Copper Tube/Enhanced Fin CoilLennox designed and fabricated coil.Ripple�edged aluminum fins.Copper tube construction.Lanced fins provide maximum exposure of fin surface to airstream resulting in excellent heat transfer.Fin collars grip tubing for maximum contact area.Flared shoulder tubing connections/silver soldering construction.Coil is factory tested under high pressure to ensure leakproofconstruction.Entire coil is accessible for cleaning.PVC coated steel wire coil guard furnished as standard.

DEFROST CONTROL

Solid�state time/temperature defrost control is furnished as stan�dard equipment.Control initiates a defrost cycle every 30, 60, or 90 minutes ofcompressor �on" time at outdoor temperatures below 42° F(5.5°C) (factory setting 60 minutes).Maximum defrost cycle 14 minutes.Defrost thermostat mounted on liquid line determines when de�frost cycle is required and when to terminate cycle.

COMPRESSOR

Reciprocating Compressor (HP29−018 Models)Designed for dependable efficiency with minimum operatingcost.Suction cooled and overload protected with internal pressure relief.Hermetically sealed with built�in protection from excessive cur�rent and temperatures.Crankcase heater assures proper compressor lubrication.Running gear assembly resiliently suspended internally insidecase. Compressor installed in unit on resilient rubber mounts as�suring low sound and vibration free operation.

Copeland Scroll� Compressor(HP29−024−030−036−042−048−060 models)Compressor features high efficien�cy with uniform suction flow,constant discharge flow and highvolumetric efficiency and quiet op�eration.Compressor consists of two invo�lute spiral scrolls matched togeth�er to generate a series of crescentshaped gas pockets betweenthem.During compression, one scroll re�mains stationary while the otherscroll orbits around it.Gas is drawn into the outer pocket,the pocket is sealed as the scrollrotates.As the spiral movement contin�ues, gas pockets are pushed tothe center of the scrolls. Volumebetween the pockets is simultaneously reduced.When pocket reaches the center, gas is now at high pressure andis forced out of a port located in the center of the fixed scrolls.During compression, several pockets are compressed simulta�neously resulting in a smooth continuous compression cycle.Continuous flank contact, maintained by centrifugal force, mini�mizes gas leakage and maximizes efficiency.Scroll compressor is tolerant to the effects of slugging and con�taminants. If this occurs, scrolls separate, allowing liquid or con�taminants to to be worked toward the center and discharged.Low gas pulses during compression reduces operational soundlevels.Compressor motor is internally protected from excessive currentand temperature.Compressor is installed in the unit on resilient rubber mounts forvibration free operation.

Sound Cover − Standard on all 1 phase modelsA reinforced vinyl compressor cover containing a 1−1/2 in. (38.1mm) thick batt of 2 to 2.7 lb. density fiberglass insulation.All open edges are sealed with a one−inch wide hook and loopfastening tape.

Start ControlsFurnished on HP29−018 models.Provides assistance for compressor start under loaded condi�tions or in case of low voltage.

HP29 / Page 2

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FEATURES

Cabinet

Heavy−gauge steel cabinet with five station metal wash process.Baked�on outdoor enamel paint finish provides rust and corro�sion protection.Painted base section.Control box is conveniently located with all controls factory wired.Corner patch plate allows access to compressor.Drainage holes are provided in base section for moisture removal.

Refrigerant Line Connections, Electrical Inlets, Service ValvesSweat connection suction and liquid lines are located on cornerof unit cabinet.Fully serviceable brass service valves prevent corrosion andprovide access to refrigerant system. Suction valve can be fullyshut off, while liquid valve may be back seated to manage refrig�erant charge while servicing system.45° elbow furnished for ease of suction line connection.HP29�018�024�030 models are stubbed with 3/8 in. (9.5 mm) liq�uid line connection. 3/8 x 5/16 in. (9.5 x 7.9 mm) reducer bushingfurnished for liquid line connection.Refrigerant line connections and field wiring inlets are located in onecentral area of cabinet for easy access. See dimension drawing.

OPTIONAL ACCESSORIES − MUST BE ORDERED EXTRA

REFRIGERATION SYSTEM

Check and Expansion Valve KitsMust be ordered extra and field installed on certain indoor coil units.See ARI Ratings table for kit selection.

Refrigerant Line KitsRefrigerant lines (vapor & liquid) are shipped refrigeration clean.Lines are cleaned, dried, pressurized and sealed at factory.Suction line fully insulated.L15 lines are stubbed at both ends.Not available for HP29−060.

FreezestatInstalls on or near the discharge line of the evaporator or on thesuction line.Senses suction line temperature and cycles the compressor offwhen suction line temperature falls below it’s setpoint.Opens at 29°F (−2°C) and closes at 58°F (14°C).

COMPRESSOR

Crankcase Heater (Optional for 024 thru 060 Models)Prevents migration of liquid refrigerant into compressor and en�sures proper compressor lubrication.

Compressor Low Ambient Cut−offCompressor monitor can be field installed.Non�adjustable switch (low ambient cut�out) prevents compres�sor operation when outdoor temperature is below 35�F (2�C).

Compressor Hard Start KitSingle−phase units are equipped with a PSC compressor motor.This type of motor normally doesn’t need a potential relay andstart capacitor.In conditions such as low voltage, this kit may be required to in�crease the compressor starting torque.

Compressor Sound Cover − 208/230V & 460V 3−phase modelsA reinforced vinyl compressor cover containing a 1−1/2 in. (38.1mm) thick batt of 2 to 2.7 lb. density fiberglass insulation.All open edges are sealed with a one−inch wide hook and loopfastening tape.

CABINET

Hail GuardsConstructed of louvered, heavy−gauge steel painted to matchcabinet.Surrounds unit on all four sides to prevent damage to the coil.

Mounting BaseHigh−density polyethylene mounting base is lightweight, sturdy,sound absorbing, and will withstand the effects of sun, heat, cold,moisture, oil, and refrigerant.Provides permanent foundation for outdoor units.

Unit Stand�Off KitBlack, high−density polyethylene feet are available to raise unitoff of mounting surface away from damaging moisture. Four feetare furnished per order number.

CONTROLS

Low Ambient KitHeat pump units operate satisfactorily in the cooling mode down to45�F (7�C) outdoor air temperature without any additional controls.Low Ambient Control Kit can be field installed, allowing coolingoperation down to 30�F (−1�C).

Outdoor Thermostat KitOutdoor thermostat can be used to lock out some electric heatingelements on indoor units where two stage control is applicable.Outdoor thermostat maintains heating load on low power input aslong as possible before allowing full power load to come on line.Thermostat kit and mounting box must be ordered extra.

Mild Ambient KitHeat pump units operate satisfactorily in the heating mode at out�door air temperatures up to 75�F (24�C).Mild Ambient Kit can be field installed, allowing heating operationabove 75�F (24�C).

ThermostatThermostat not furnished with unit. See Thermostats bulletin inThermostats and Controls Section and Lennox Price Book.

Monitor KitField installed Monitor Kit includes ambient compensatingthermistor and service light thermostat.Thermistor reduces thermostat droop to improve the operatingcharacteristics of the heat pump system.Service light thermostat allows operation of the service light onthe indoor thermostat.

Loss of Charge KitHelps protect the compressor from damage due to a loss of re�frigerant charge.SPST, normally−closed switch, automatic reset.

Timed−Off ControlPrevents compressor short−cycling and allows time for suction anddischarge pressure to equalize.Permits compressor start−up in an unloaded condition.Automatic reset with 5 minute delay between compressor shut−off and start−up.

INSTALLATION CLEARANCES − IN. (MM)

�36(914)

�36(914)

�36(914)

�36(914)

� One of the coil sides adjacent to control box must be 30 in. (762 mm) for service.One of the remaining sides may be 12 in. (914 mm)One of the remaining sides may be 6 inches (305 mm)

NOTE � 48 in. (1219 mm) clearance required on top of unit.NOTE � 24 in. (610 mm) required between two units

HP29 / Page 3

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SPECIFICATIONS − 1 phase

GeneralD t

Model No. HP29�018 HP29�024 HP29�030 HP29�036 HP29�042 HP29�048 HP29�060Data Nominal Tonnage (kW) 1.5 (5.3) 2 (7.0) 2.5 (8.8) 3 (10.6) 3.5 (12.3) 4 (14.1) 5 (17.6)

Connections( t)

Liquid line o.d. − in. (mm) 1 3/8 (9.5) 1 3/8 (9.5) 1 3/8 (9.5) 3/8 (9.5) 3/8 (9.5) 3/8 (9.5) 3/8 (9.5)(sweat)

Vapor line o.d. − in. (mm) 5/8 (15.9) 3/4 (19.1) 3/4 (19.1) 3/4 (19.1) 7/8 (22.2) 7/8 (22.2) 1�1/8 (28.6)

2 Refrigerant (HCFC�22) furnished 4�lbs.�2 oz.(1.87 kg)

4�lbs.�1�oz.(1.84 kg)

5�lbs.�12�oz.(2.61 kg)

7 lbs. 2 oz.(3.23 kg)

8 lbs. 5 oz.(3.77 kg)

7 lbs. 12 oz.(3.52 kg)

11 lbs. 3 oz.(5.07 kg)

OutdoorC il

Net face area �sq ft (m2)

Outer coil 11.41 (1.06) 11.41 (1.06) 15.21 (1.41) 15.21 (1.41) 15.21 (1.41) 15.21 (1.41) 21.11 (1.96)Coil sq. ft. (m2)

Inner coil � � � � � � 5.44 (0.51) 14.50 (1.35) 14.50 (1.35) 14.50 (1.35) 20.31 (1.89)

Tube diameter − in. (mm) 5/16 (7.9) 5/16 (7.9) 5/16 (7.9) 5/16 (7.9) 5/16 (7.9) 5/16 (7.9) 5/16 (7.9)

Number of rows 1 1 1.37 2 2 2 2

Fins per inch (m) 22 (866) 22 (866) 18 (709) 18 (709) 18 (709) 18 (709) 18 (709)

OutdoorC il

Diameter − in. (mm) 18 (457) 18 (457) 18 (457) 18 (457) 18 (457) 18 (457) 22 (559)CoilFan

Number of blades 3 3 4 4 4 4 4Fan

Motor hp 1/6 (124) 1/6 (124) 1/6 (124) 1/6 (124) 1/3 (249) 1/3 (249) 1/3 (249)

Cfm (L/s) 2400 (1135) 2400 (1135) 2550 (1205) 2530 (1195) 2975 (1405) 3020 (1425) 4330 (2045)

Rpm 1105 1105 1105 1110 1130 1125 1075

Watts 180 180 190 195 310 330 420

Shipping Data − lbs. (kg) 1 package 152�(69) 152�(69) 161�(73) 173 (78) 182 (83) 190 (86) 254 (115)

ELECTRICAL DATA

ElectricalD t (60 h )

Line voltage data − 1 ph 208/230V 208/230V 208/230V 208/230V 208/230V 208/230V 208/230VData (60 hz) 3 Maximum overcurrent protection (amps) 20 25 30 35 40 45 60

4 Minimum circuit ampacity 11.9 16.4 19.5 21.1 26.5 25.9 37.4

Compressor Rated load amps 8.6 12.2 14.7 16 20.3 23.7 28.8p

Power factor .97 .96 .90 .91 .89 .96 .92

Locked rotor amps 49 61 84 100 127 129 169

Outdoor CoilFan Motor

Full load amps 1.1 1.1 1.1 1.1 1.9 1.9 1.9Fan Motor

Locked rotor amps 1.9 1.9 1.9 1.9 4.1 4.1 4.1

OPTIONAL ACCESSORIES − MUST BE ORDERED EXTRA

Compressor Crankcase Heater − − − 90P12 90P12 90P12 90P12 90P12 90P12

Compressor Low Ambient Cut−Off 45F08 45F08 45F08 45F08 45F08 45F08 45F08

Compressor Hard Start Kit − − − 10J42 10J42 10J42 10J42 81J69 81J69

Compressor Time−Off Control 47J27 47J27 47J27 47J27 47J27 47J27 47J27

Freezestat 3/8 in. tubing 93G35 93G35 93G35 93G35 93G35 93G35 93G35

1/2 in. tubing 39H29 39H29 39H29 39H29 39H29 39H29 39H29

5/8 in. tubing 50A93 50A93 50A93 50A93 50A93 50A93 50A93

Hail Guards 17L71 17L71 17L73 17L73 17L73 17L73 17L74

High Pressure Switch Kit 94J46 94J46 94J46 94J46 94J46 94J46 94J46

Loss of Charge Kit 94J47 94J47 94J47 94J47 94J47 94J47 94J47

Low Ambient Kit 27J00 27J00 27J00 27J00 27J00 27J00 27J00

Mild Weather Kit 33M07 33M07 33M07 33M07 33M07 33M07 33M07

Monitor Kit − Service Light 76F53 76F53 76F53 76F53 76F53 76F53 76F53

Mounting Base − Net Weight − lbs. (kg) 69J06 − 6(3)

69J06 − 6(3)

69J06 − 6(3)

69J06 − 6(3)

69J06 − 6(3)

69J06 − 6(3)

69J07 − 15(7)

OutdoorThermostat

Thermostat 56A87 56A87 56A87 56A87 56A87 56A87 56A87ThermostatKit Mounting Box − US 31461 31461 31461 31461 31461 31461 31461Kit

Canada 33A09 33A09 33A09 33A09 33A09 33A09 33A09

RefrigerantLi S t

15 ft. (6 m) length L15−21−15 L15−31−15 L15−31−15 L15−41−15 L15−65−15 L15−65−15 FieldFabricate

gLine Set

20 ft. (6 m) length L15−21−20 L15−31−20 L15−31−20 L15−41−20 − − − − − −Fabricate

25 ft. (8 m) length L15−21−25 − − − − − − − − − − − − − − −

30 ft. (9 m) length − − − L15−31−30 L15−31−30 L15−41−30 L15−65−30 L15−65−30

35 ft. (10.6 m) length L15−21−35 − − − − − − − − − − − − − − −

40 ft. (12 m) length − − − L15−31−40 L15−31−40 L15−41−40 L15−65−40 L15−65−40

50 ft. (15 m) length L15−21−50 L15−31−50 L15−31−50 L15−41−50 L15−65−50 L15−65−50

Unit Stand�Off Kit 94J45 94J45 94J45 94J45 94J45 94J45 94J45

NOTE − Extremes of operating range are plus 10% and minus 5% of line voltage.1 3/8 x 5/16 in. (9.5 x 7.9 mm) adaptor furnished for liquid line connection.2 Refrigerant charge is sufficient for 15 ft. (4.6 m) length line set.3 HACR type breaker or fuse.4 Refer to National or Canadian Electrical Code manual to determine wire, fuse and disconnect size requirements.

Continued on next page �

HP29 / Page 4

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SPECIFICATIONS − 3 phase

GeneralD t

Model No. HP29�036 HP29�042 HP29�048 HP29�060Data Nominal Tonnage (kW) 3 (10.6) 3.5 (12.3) 4 (14.1) 5 (17.6)

Connections( t)

Liquid line o.d. − in. (mm) 3/8 (9.5) 3/8 (9.5) 3/8 (9.5) 3/8 (9.5)(sweat) Vapor line o.d. − in. (mm) 3/4 (19.1) 7/8 (22.2) 7/8 (22.2) 1�1/8 (28.6)1 Refrigerant (HCFC�22) furnished 7 lbs. 2 oz. (3.23 kg) 8 lbs. 5 oz. (3.77 kg) 8 lbs. 15 oz. (4.05 kg) 12 lbs. 0 oz. (5.44 kg)

OutdoorC il

Net face area � sq.ft ( 2)

Outer coil 15.21 (1.41) 15.21 (1.41) 15.21 (1.41) 21.11 (1.96)Coil

qft. (m2) Inner coil 5.44 (0.51) 14.50 (1.35) 14.50 (1.35) 20.31 (1.89)

Tube diameter � in. (mm) & no. of rows 5/16 (7.9) − 1.37 5/16 (7.9) − 2 5/16 (7.9) −2 5/16 (7.9) − 2

Fins per inch (m) 18 (709) 18 (709) 18 (709) 18 (709)

OutdoorC il

Diameter − in. (mm) & no. of blades 18 (457) − 4 18 (457) − 4 18 (457) − 4 22 (559) − 4CoilFan

Motor hp 1/6 (124) 1/3 (249) 1/3 (249) 1/3 (249)Fan Cfm (L/s) 2530 (1195) 2975 (1405) 3020 (1425) 4330 (2045)

Rpm 1110 1130 1125 1075

Watts 195 310 330 420

Shipping Data lbs. (kg) (1 package) 173 (78) 182 (83) 190 (86) 254 (115)

ELECTRICAL DATA

ElectricalD t (60 h )

Line voltage data − 3 ph 208/230V 460V 208/230V 460V 208/230V 460V 575V 208/230V 460V 575VData (60 hz) 2 Maximum overcurrent protection (amps) 20 10 25 15 30 15 10 40 20 15

3 Minimum circuit ampacity 13.9 6.9 17.4 8.9 18.8 10.2 8.2 23.5 12.2 9.8

Compressor Rated load amps 10.2 5.1 12.4 6.4 13.5 7.4 5.8 17.3 9.0 7.1p

Power factor .84 .84 .85 .85 .88 .88 .88 .86 .86 .86

Locked rotor amps 77 39 88 44 120 49.5 40 137 62 50

Outdoor CoilF M t

Full load amps 1.1 0.55 1.9 0.90 1.9 0.90 0.90 1.9 0.90 0.90Fan Motor Locked rotor amps 1.9 1.0 4.1 2.1 4.1 2.1 2.1 4.1 2.1 2.1

OPTIONAL ACCESSORIES − MUST BE ORDERED EXTRA

Compressor Crankcase Heater 90P12 49K11 90P12 31J21 90P12 31J21 42J85 90P12 31J21 42J85

Compressor Low Ambient Cut−Off 45F08 45F08 45F08 45F08

Compressor Time−Off Control 47J27 47J27 47J27 47J27

Compressor Sound Cover 53J40 69J03 69J03 69J03 − − − 69J03 69J03 − − −

Freezestat 3/8 in. tubing 93G35 93G35 93G35 93G35

1/2 in. tubing 39H29 39H29 39H29 39H29

5/8 in. tubing 50A93 50A93 50A93 50A93

Hail Guards 17L73 17L73 17L73 17L74

High Pressure Switch Kit 94J46 94J46 94J46 94J46

Loss of Charge Kit 94J47 94J47 94J47 94J47

Low Ambient Kit 27J00 27J00 27J00 27J00

Mild Weather Kit 33M07 33M07 33M07 33M07

Monitor Kit − Service Light 76F53 76F53 76F53 76F53

Mounting Base − Net Weight − lbs. (kg) 69J06 − 6 (3) 69J06 − 6 (3) 69J06 − 6 (3) 69J07 − 15 (7)

OutdoorThermostat

Thermostat 56A87 56A87 56A87 56A87ThermostatKit

Mounting Box − US 31461 31461 31461 31461Kit

Canada 33A09 33A09 33A09 33A09

RefrigerantLi S t

15 ft. (4.6 m) length L15−41−15 L15−65−15 L15−65−15 Field FabricategLine Set 20 ft. (6 m) length L15−41−20 Not Available Not Available Field Fabricate

30 ft. (9 m) length L15−41−30 L15−65−30 L15−65−30 Field Fabricate

40 ft. (12 m) length L15−41−40 L15−65−40 L15−65−40 Field Fabricate

50 ft. (15 m) length L15−41−50 L15−65−50 L15−65−50 Field Fabricate

Unit Stand�Off Kit 94J45 94J45 94J45 94J45

NOTE − Extremes of operating range are plus 10% and minus 5% of line voltage.1 Refrigerant charge is sufficient for 15 ft. (4.6 m) length line set.2 HACR type breaker or fuse.3 Refer to National or Canadian Electrical Code manual to determine wire, fuse and disconnect size requirements.

FIELD WIRING

DISCONNECTSWITCH

(By Others)

OPTIONALOUTDOOR

THERMOSTAT

A � Two Wire Power (see Electrical Data)

B � Two or Three Wire Power (size to heater capacity)

C � Twelve Wire Low Voltage � 18 ga. minimum

� Fourteen Wire Low Voltage with Optional Outdoor Thermostat

D � Eight Wire Low Voltage � 18 ga. minimum

� Ten Wire Low Voltage with Optional Outdoor Thermostat

� Field Wiring Not Furnished �

All wiring must conform to NEC or CEC and local electrical codes.

LENNOXINDOOR UNIT

OPTIONALELECTRIC

HEAT

THERMOSTAT(Optional)

LENNOXOUTDOOR

UNIT

DISCONNECTSWITCH

(By Others)

A

B

CD

HP29 / Page 5

Page 6: HEAT PUMP OUTDOOR UNITS HP29 - LennoxPROs.com · 2019-11-07 · During compression, several pockets are compressed simulta neously resulting in a smooth continuous compression cycle

DIMENSIONS − INCHES (MM)

SIDE VIEW

VAPOR &LIQUID LINE

CONNECTION

INLET

AIR

INLET

AIR

DISCHARGE AIR

SIDE VIEW

TOP VIEW

A

OUTDOORCOIL FAN

COMPRESSOR

INLET AIR

INLET AIR

B

2�3/4 (70)

ELECTRICALINLETS

OPTIONAL UNITSTAND�OFF KIT (4)

(Field Installed)

4�3/8(111)

6�3/8(162)

6�3/8(162)

TOP VIEW BASE SECTION

2 (51)

3/4(19)

4�3/8(111)

4�3/8(111)

4�3/8(111)

4�3/8(111)

4�3/8(111)

COIL DRAIN OUTLETS(Around perimeter of base)

OPTIONAL UNITSTAND�OFF KIT (4)

(Field Installed)

LIQUID LINECONNECTION

VAPOR LINECONNECTION

CC

COMPRESSOR

Model No. A B C

HP29�018 in. 25 24�1/4 24�1/4HP29 018HP29�024 mm 635 616 616

HP29�030, HP29�036 in. 33 32�1/4 24�1/4HP29 030, HP29 036HP29�042, HP29�048 mm 838 819 616

HP29�060in. 37�1/4 36�1/2 28�1/4

HP29�060mm 946 927 718

OUTDOOR SOUND DATA

1 ModelN b

Octave Band Sound Power Levels dBA, re 10−12 Watts 1 Sound RatingN b (dB)Number 125 250 500 1000 2000 4000 8000

gNumber (dB)

HP29�018 71 71 72 70 68 65 62 76

HP29�024 71 71 70 70 68 64 62 76

HP29�030 71 70 71 72 66 64 63 74

HP29�036 72 70 69 71 67 66 60 76

HP29�042 73 70 72 73 69 64 61 78

HP29�048 76 72 75 76 72 68 64 78

HP29�060 76 77 78 75 72 70 65 80

NOTE − the octave sound power data does not include tonal correction.1 Tested according to ARI Standard 270�95 test conditions.

HP29 / Page 6

Page 7: HEAT PUMP OUTDOOR UNITS HP29 - LennoxPROs.com · 2019-11-07 · During compression, several pockets are compressed simulta neously resulting in a smooth continuous compression cycle

ARI RATINGS

2 ARI Standard 210/240 Ratings

Outdoor UnitModel No.Unit Size1 Sound Rating

CoolingCapacity

High Temp.HeatingCapacity

Low Temp.HeatingCapacity

EfficiencyTotalCool

TotalHighH

TotalLowH

HighHtg

LowHtg

3 Check and1 Sound RatingNumber

Btuh kW Btuh kW Btuh kW SEER EERHSPF

Cool.Watts

HighHtg.

Watts

LowHtg.

Watts

Htg.COP

Htg.COP

3 Check andExpansionValve Kit

NumberBtuh kW Btuh kW Btuh kW SEER EER

IV V

WattsWatts Watts

COP COP

Indoor Unit Model No.Valve KitRequired

HP29−0181 5 T

BlowerC il U it

18,000 5.3 16,600 4.9 9,600 2.8 10.70 9.95 7.00 5.90 1805 1620 1405 3.00 2.00 CB29M�21/26 (Multi) 4 Factory InstalledHP29 0181.5 Ton(76 dB)

BlowerCoil Units 18,000 5.3 16,600 4.9 9,600 2.8 10.70 9.95 7.00 5.90 1805 1620 1405 3.00 2.00 CB28UH�018/024

(Up−Flow/Horizontal)4 Factory Installed( )

18,800 5.5 16,800 4.9 9,600 2.8 11.05 10.25 7.00 5.90 1835 1640 1405 3.00 2.00 CB30U�21/26 (Up�Flow) 4 Factory Installed

18,800 5.5 16,800 4.9 9,600 2.8 11.05 10.25 7.00 5.90 1835 1640 1405 3.00 2.00 5 CB30M�21/26 (Multi) 4 Factory Installed

Up−FlowC il

18,200 5.3 17,400 5.1 9,900 2.9 10.50 9.65 6.80 5.90 1885 1665 1345 3.06 2.15 C26�21 4 Factory InstalledUp FlowCoils 18,600 5.5 17,500 5.1 9,900 2.9 10.70 9.85 6.80 5.90 1895 1655 1345 3.10 2.16 C26�26 4 Factory Installed

18,600 5.5 17,500 5.1 9,900 2.9 10.70 9.85 6.80 5.90 1895 1655 1345 3.10 2.16 C33�24A 56J19

Down−FlowCoils

17,900 5.2 17,200 5.0 9,800 2.9 10.00 9.55 6.80 5.90 1875 1580 1350 3.00 2.12 CR26�18 56J19

HorizontalC il

18,200 5.3 17,400 5.1 9,900 2.9 10.50 9.65 6.80 5.90 1885 1665 1345 3.06 2.16 CH23�21 56J19HorizontalCoils 18,200 5.3 17,400 5.1 9,900 2.9 10.50 9.65 6.80 5.90 1885 1665 1345 3.06 2.16 CH33−30A−F 56J19

HP29−0242 T

BlowerC il U it

22,200 6.5 21,000 6.2 12,000 3.5 10.05 9.20 7.00 6.10 2410 2050 1675 3.00 2.10 CB29M�21/26 (Multi) 4 Factory InstalledHP29 0242 Ton(76 dB)

BlowerCoil Units 22,200 6.5 21,000 6.2 12,000 3.5 10.05 9.20 7.00 6.10 2410 2050 1675 3.00 2.10 CB28UH�018/024

(Up−Flow/Horizontal)4 Factory Installed( )

22,600 6.6 21,000 6.2 12,000 3.5 10.05 9.25 7.00 6.10 2445 2050 1675 3.00 2.10 CB29M�31 (Multi) 4 Factory Installed

22,600 6.6 21,000 6.2 12,000 3.5 10.05 9.25 7.00 6.10 2445 2050 1675 3.00 2.10 CB28UH−030(Up−Flow/Horizontal)

4 Factory Installed

23,600 6.9 21,200 6.2 12,000 3.5 10.50 9.55 7.10 6.10 2475 2070 1675 3.00 2.10 CB30U�21/26 (Up�Flow) 4 Factory Installed

23,600 6.9 21,200 6.2 12,000 3.5 10.50 9.55 7.10 6.10 2475 2070 1675 3.00 2.10 CB30M�21/26 (Multi) 4 Factory Installed

24,000 7.0 21,200 6.2 12,000 3.5 11.05 9.90 7.20 6.15 2430 2070 1675 3.00 2.10 CB30U�31 (Up�Flow) 4 Factory Installed

24,000 7.0 21,200 6.2 12,000 3.5 11.05 9.90 7.20 6.15 2430 2070 1675 3.00 2.10 5 CB30M�31 (Multi) 4 Factory Installed

Up−FlowC il

22,400 6.6 22,000 6.5 12,100 3.6 10.00 9.30 6.80 5.90 2415 2150 1710 3.00 2.08 C26�21 4 Factory InstalledUp FlowCoils 23,200 6.8 22,200 6.5 12,200 3.6 10.00 9.50 6.80 5.90 2440 2130 1705 3.05 2.10 C26�26 4 Factory Installed

23,200 6.8 22,200 6.5 12,200 3.6 10.00 9.50 6.80 5.90 2440 2130 1705 3.05 2.10 C33�30A/B 56J19

Down−FlowCoils

22,000 6.5 21,800 6.4 12,200 3.6 10.00 9.15 6.80 5.90 2400 2170 1705 2.95 2.09 CR26�18 56J19

HorizontalC il

22,400 6.6 22,000 6.5 12,100 3.6 10.00 9.30 6.80 5.90 2415 2150 1710 3.00 2.08 CH23�21 56J19HorizontalCoils 23,200 6.8 22,200 6..5 12,200 3.6 10.00 9.50 6.80 5.90 2440 2130 1705 3.05 2.10 CH33−30A−F 56J19

23,200 6.8 22,200 6..5 12,200 3.6 10.00 9.50 6.80 5.90 2440 2130 1705 3.05 2.10 CH23�31 56J19

HP29−0302 5 T

BlowerC il U it

26,000 7.6 28,000 8.2 18,300 5.4 10.10 8.65 7.25 6.30 3005 2830 2375 2.90 2.26 CB29M−21/26 (Multi) 4 Factory InstalledHP29 0302.5 Ton(74 dB)

BlowerCoil Units 26,000 7.6 28,000 8.2 18,300 5.4 10.10 8.65 7.25 6.30 3005 2830 2375 2.90 2.26 CB28UH�018/024

(Up−Flow/Horizontal)4 Factory Installed( )

28,400 8.3 29,400 8.6 19,000 5.6 10.50 8.95 7.20 6.30 3175 2850 2440 3.02 2.28 CB29M−31 (Multi) 4 Factory Installed

28,400 8.3 29,400 8.6 19,000 5.6 10.50 8.95 7.20 6.30 3175 2850 2440 3.02 2.28 CB28UH−030(Up−Flow/Horizontal)

4 Factory Installed

28,600 8.4 29,400 8.6 19,000 5.6 10.50 8.95 7.50 6.50 3195 2850 2440 3.02 2.28 CB29M−41 (Multi) 4 Factory Installed

28,600 8.4 29,400 8.6 19,000 5.6 10.50 8.95 7.50 6.50 3195 2850 2440 3.02 2.28 CB28UH−036(Up−Flow/Horizontal)

4 Factory Installed

28,600 8.4 28,400 8.3 18,400 5.4 11.00 9.35 7.50 6.50 3060 2755 2405 3.02 2.24 CB30U−21/26 (Up�Flow) 4 Factory Installed

28,600 8.4 28,400 8.3 18,400 5.4 11.00 9.35 7.50 6.50 3060 2755 2405 3.02 2.24 5 CB30M−21/26 (Multi) 4 Factory Installed

30,400 8.9 28,000 8.2 18,000 5.3 11.10 9.90 7.60 6.60 3070 2645 2295 3.10 2.30 CB30U−31 (Up�Flow) 4 Factory Installed

30,400 8.9 28,000 8.2 18,000 5.3 11.10 9.90 7.60 6.60 3070 2645 2295 3.10 2.30 CB30M−31 (Multi) 4 Factory Installed

Up−FlowC il

26,000 7.6 28,000 8.2 18,200 5.3 10.10 8.70 7.25 6.30 2990 2830 2400 2.90 2.22 C26−21 4 Factory InstalledUp FlowCoils 28,000 8.2 28,400 8.3 18,400 5.4 10.50 8.90 7.20 6.30 3145 2870 2430 2.90 2.22 C26−26 4 Factory Installed

28,000 8.2 28,400 8.3 18,400 5.4 10.50 8.90 7.20 6.30 3145 2870 2430 2.90 2.22 C33−24A 56J19

29,400 8.6 29,000 8.5 18,600 5.5 10.80 9.50 7.50 6.50 3095 2705 2370 3.14 2.30 C26−31 4 Factory Installed

29,400 8.6 29,000 8.5 18,600 5.5 10.80 9.50 7.50 6.50 3095 2705 2370 3.14 2.30 C33−30A/B 56J19

Down−FlowC il

26,000 7.6 28,000 8.2 18,200 5.3 10.00 8.70 7.00 6.10 2990 2830 2400 2.90 2.22 CR26−18 56J19Down FlowCoils 29,400 8.6 29,000 8.5 18,600 5.5 10.80 9.50 7.50 6.50 3095 2705 2370 3.14 2.30 CR26−30 56J19

29,400 8.6 29,000 8.5 18,600 5.5 10.80 9.50 7.50 6.50 3095 2705 2370 3.14 2.30 CR26−36 56J19

HorizontalC il

26,000 7.6 28,000 8.2 18,200 5.3 10.10 8.70 7.25 6.30 2990 2830 2400 2.90 2.22 CH23−21 56J19HorizontalCoils 28,000 8.2 28,400 8.3 18,400 5.4 10.50 8.90 7.20 6.30 3145 2870 2430 2.90 2.22 CH33−30A−F 56J19

28,000 8.2 28,400 8.3 18,400 5.4 10.50 8.90 7.20 6.30 3145 2870 2430 2.90 2.22 CH23−31 56J19

29,400 8.6 29,000 8.5 18,600 5.5 11.00 9.60 7.50 6.50 3065 2705 2370 3.14 2.30 CH23−41 56J19

NOTE − Ratings for all C26 and C33 coils include all cased and uncased coils.NOTE − Use FM21 Control with any listed coil and furnace that meets system design requirements. See FM21 page in Thermostats and Controls section for additional data.1 Sound Rating Number in accordance with test conditions included in ARI Standard 270.2 Certified in accordance with USE certification program which is based on ARI Standard 210/240 with 25 ft. (7.6 m) of connecting refrigerant lines;

Cooling Ratings − 95�F (35�C) outdoor air temperature and 80�F (27�C) db/67�F (19�C) wb entering indoor coil air.High Temperature Heating Ratings − 47�F (8�C) db/43�F (6�C) wb outdoor air temperature and 70�F (21�C) db entering indoor coil air.Low Temperature Heating Ratings − 17�F (−8.3�C) db/15�F (−9.4�C) wb outdoor air temperature and 70�F (21�C) db entering indoor coil air.

3 Kit is required and must be ordered extra, unless shown as factory installed.4 Furnished as standard with coil unit.5 Most popular blower coil combination.

HP29 / Page 7

Page 8: HEAT PUMP OUTDOOR UNITS HP29 - LennoxPROs.com · 2019-11-07 · During compression, several pockets are compressed simulta neously resulting in a smooth continuous compression cycle

ARI RATINGS

2 ARI Standard 210/240 Ratings

Outdoor UnitModel No.Unit Size1 Sound Rating

CoolingCapacity

High Temp.HeatingCapacity

Low Temp.HeatingCapacity

EfficiencyTotalCool

TotalHighH

TotalLowH

HighHtg

LowHtg

3 Check and1 Sound RatingNumber

Btuh kW Btuh kW Btuh kW SEER EERHSPF

Cool.Watts

HighHtg.

Watts

LowHtg.

Watts

Htg.COP

Htg.COP

3 Check andExpansionValve Kit

NumberBtuh kW Btuh kW Btuh kW SEER EER

IV V

WattsWatts Watts

COP COP

Indoor Unit Model No.Valve KitRequired

HP29−0363 T

BlowerC il U it

33,400 9.8 38,200 11.2 24,200 7.1 10.20 8.75 7.50 6.50 3815 3730 3255 3.00 2.18 CB29M−41 (Multi) 4 Factory InstalledHP29 0363 Ton(76 dB)

BlowerCoil Units 33,400 9.8 38,200 11.2 24,200 7.1 10.20 8.75 7.50 6.50 3815 3730 3255 3.00 2.18 CB28UH−036

(Up−Flow/Horizontal)4 Factory Installed(76 dB)

34,800 10.2 34,200 10.0 22,800 6.7 11.15 9.55 8.10 7.40 3645 3110 2760 3.22 2.42 CB30U−31 (Up�Flow) 4 Factory Installed

34,800 10.2 34,200 10.0 22,800 6.7 11.15 9.55 8.10 7.40 3645 3110 2760 3.22 2.42 CB30M−31 (Multi) 4 Factory Installed

35,200 10.3 34,400 10.1 23,200 6.8 11.00 9.35 8.00 7.00 3765 3210 3375 3.14 2.36 CB29M−46 (Multi) 6 56J19

35,200 10.3 34,400 10.1 23,200 6.8 11.00 9.35 8.00 7.00 3765 3210 3375 3.14 2.36 CB28UH−042(Up−Flow/Horizontal)

6 56J19

35,200 10.3 35,000 10.3 23,600 6.9 10.50 9.10 7.80 6.90 3870 3310 2980 3.10 2.32 CB29M−51 (Multi) 6 56J19

35,200 10.3 35,000 10.3 23,600 6.9 10.50 9.10 7.80 6.90 3870 3310 2980 3.10 2.32 CB28UH−048(Up−Flow/Horiz)

6 56J19

35,400 10.4 34,400 10.1 23,000 6.7 11.10 9.45 8.00 7.00 3745 3090 2785 3.26 2.42 CB30U−41/46 (Up�Flow) 6 56J19

35,400 10.4 34,400 10.1 23,000 6.7 11.10 9.45 8.00 7.00 3745 3090 2785 3.26 2.42 5 CB30M−41 (Multi) 4 Factory Installed

35,600 10.4 34,400 10.1 23,000 6.7 11.20 9.55 8.05 7.10 3730 3075 2785 3.28 2.42 CB30M−46 (Multi) 6 56J19

35,600 10.4 34,200 10.0 22,800 6.7 11.50 9.80 8.20 7.20 3635 3020 2695 3.32 2.48 CB31MV−41 (Multi) 4 Factory Installed

Up−FlowC il

33,000 9.7. 33,400 9.8 22,400 6.6 10.60 9.10 7.50 6.50 3625 3400 2880 2.88 2.28 C26−31 4 Factory InstalledUp FlowCoils 33,000 9.7 33,400 9.8 22,400 6.6 10.60 9.10 7.50 6.50 3625 3400 2880 2.88 2.28 C33−36A/B/C 56J19

35,000 10.3 34,400 10.1 23,200 6.8 11.00 9.30 7.80 6.90 3765 3230 2905 3.12 2.34 C26−41 4 Factory Installed

35,000 10.3 34,400 10.1 23,200 6.8 11.00 9.30 7.80 6.90 3765 3230 2905 3.12 2.34 C33−38A/B 56J19

35,600 10.4 34,400 10.1 23,200 6.8 11.00 9.30 7.80 6.90 3830 3230 2905 3.12 2.34 C26−46 6 56J19

35,600 10.4 34,400 10.1 23,200 6.8 11.00 9.30 7.80 6.90 3830 3230 2905 3.12 2.34 C33−44C 56J19

Down−FlowC il

33,000 9.7 33,400 9.8 22,400 6.6 10.60 9.10 7.50 6.50 3625 3400 2880 2.88 2.28 CR26−30 56J19Down FlowCoils 33,000 9.7 33,400 9.8 22,400 6.6 10.60 9.10 7.50 6.50 3625 3400 2880 2.88 2.28 CR26−36N only 56J19

35,000 10.3 34,400 10.1 23,200 6.8 11.00 9.30 7.80 6.90 3765 3230 2905 3.12 2.34 CR26−36W only 56J19

35,600 10.4 34,400 10.1 23,200 6.8 11.00 9.30 7.80 6.90 3830 3230 2905 3.12 2.34 CR26−48 56J19

HorizontalC il

32,600 9.6 33,800 9.9 23,000 6.7 10.25 8.80 7.95 7.10 3710 3370 2965 2.94 2.28 CH33−36A/B/C−F 56J19HorizontalCoils 35,000 10.3 34,400 10.1 23,200 6.8 11.00 9.30 7.80 6.90 3765 3230 2905 3.12 2.34 CH23−41 56J19

35,000 10.3 34,400 10.1 23,200 6.8 11.00 9.30 7.80 6.90 3765 3230 2905 3.12 2.34 CH33−42B−F 56J19

HP29−0423 5 T

BlowerC il U it

38,500 11.3 40,500 11.9 26,000 7.6 10.00 8.80 7.20 6.30 4375 4065 3595 2.92 2.12 CB29M−41 (Multi) 4 Factory InstalledHP29 0423.5 Ton(78 dB)

BlowerCoil Units 38,500 11.3 40,500 11.9 26,000 7.6 10.00 8.80 7.20 6.30 4375 4065 3595 2.92 2.12 CB28UH−036

(Up−Flow/Horizontal)4 Factory Installed(78 dB)

39,000 11.4 40,500 11.9 26,000 7.6 11.00 9.40 8.00 7.00 4150 3805 3370 3.12 2.26 CB30M−41 (Multi) 4 Factory Installed

39,500 11.6 40,500 11.9 26,200 7.7 10.10 9.00 7.40 6.40 4390 4035 3620 2.94 2.12 CB29M−46 (Multi) 4 Factory Installed

39,500 11.6 40,500 11.9 26,200 7.7 10.10 9.00 7.40 6.40 4390 4035 3620 2.94 2.12 CB28UH−042(Up−Flow/Horizontal)

4 Factory Installed

40,000 11.7 40,500 11.9 26,000 7.6 11.00 9.40 8.10 7.10 4255 3805 3370 3.12 2.26 CB30U−41/46 (Up�Flow) 4 Factory Installed

40,000 11.7 40,500 11.9 26,000 7.6 11.00 9.40 8.10 7.10 4255 3805 3370 3.12 2.26 5 CB30M−46 (Multi) 4 Factory Installed

40,000 11.7 41,000 12.0 26,400 7.7 10.25 8.90 7.25 6.30 4495 3950 3650 3.04 2.12 CB29M−51 (Multi) 4 Factory Installed

40,000 11.7 41,000 12.0 26,400 7.7 10.25 8.90 7.25 6.30 4495 3950 3650 3.04 2.12 CB28UH−048(Up−Flow/Horizontal)

4 Factory Installed

40,000 11.7 41,000 12.0 26,400 7.7 10.50 9.10 7.30 6.30 4395 3925 3615 3.06 2.14 CB29M−65 (Multi) 4 Factory Installed

40,000 11.7 41,000 12.0 26,400 7.7 10.50 9.10 7.30 6.30 4395 3925 3615 3.06 2.14 CB28UH−060(Up−Flow/Horizontal)

4 Factory Installed

40,000 11.7 40,500 11.9 26,000 7.6 11.20 9.46 8.10 7.10 4230 3805 3370 3.12 2.26 CB31MV−41 (Multi) 4 Factory Installed

41,000 12.0 39,000 11.4 24,600 7.2 11.10 9.50 7.40 6.40 4315 3885 3400 2.94 2.12 CB30U−51 (Up�Flow) 4 Factory Installed

41,000 12.0 39,000 11.4 24,600 7.2 11.10 9.50 7.40 6.40 4315 3885 3400 2.94 2.12 CB30M−51 (Multi) 4 Factory Installed

41,500 12.2 38,500 11.3 24,400 7.2 11.30 9.60 7.50 6.50 4325 3710 3340 3.04 2.14 CB31MV−51(Multi) 4 Factory Installed

Up−FlowC il

38,500 11.3 40,000 11.7 26,000 7.6 10.00 9.00 7.10 6.20 4280 4040 3700 2.90 2.06 C26−41 4 Factory InstalledUp FlowCoils 38,500 11.3 40,000 11.7 26,000 7.6 10.00 9.00 7.10 6.20 4280 4040 3700 2.90 2.06 C33−42B 56J20

40,000 11.7 41,000 12.0 26,200 7.7 10.50 9.16 7.30 6.30 4365 4005 3620 3.00 2.12 C26−46 4 Factory Installed

40,000 11.7 41,000 12.0 26,200 7.7 10.50 9.16 7.30 6.30 4365 4005 3620 3.00 2.12 C33−44C 56J20

41,000 12.0 40,000 11.7 26,000 7.6 10.70 9.30 7.20 6.30 4410 3905 3595 3.00 2.12 C26−51/65 4 Factory Installed

Down−FlowC il

39,000 11.4 40,500 11.9 26,400 7.7 10.20 9.00 7.40 6.40 4335 4010 3685 2.96 2.10 CR26−36W only 56J20Down FlowCoils 40,000 11.7 41,000 12.0 26,200 7.7 10.50 9.16 7.30 6.30 4365 4005 3620 3.00 2.12 CR26−48 56J20

HorizontalC il

39,000 11.4 40,500 11.9 26,400 7.7 10.20 9.00 7.40 6.40 4335 4010 3685 2.96 2.10 CH23−41 56J20HorizontalCoils 39,000 11.4 40,500 11.9 26,400 7.7 10.20 9.00 7.40 6.40 4335 4010 3685 2.96 2.10 CH33−42B−F 56J20

40,000 11.7 41,000 12.0 26,200 7.7 10.20 8.90 7.50 6.50 4495 3900 3620 3.08 2.12 CH33−48C−F 56J20

40,000 11.7 41,000 12.0 26,200 7.7 10.20 8.90 7.50 6.50 4495 3900 3620 3.08 2.12 CH23−51 56J20

NOTE − Ratings for all C26 and C33 coils include all cased and uncased coils.NOTE − Use FM21 Control with any listed coil and furnace that meets system design requirements. See FM21 page in Thermostats and Controls section for additional data.1 Sound Rating Number in accordance with test conditions included in ARI Standard 270.2 Certified in accordance with USE certification program which is based on ARI Standard 210/240 with 25 ft. (7.6 m) of connecting refrigerant lines;

Cooling Ratings − 95�F (35�C) outdoor air temperature and 80�F (27�C) db/67�F (19�C) wb entering indoor coil air.High Temperature Heating Ratings − 47�F (8�C) db/43�F (6�C) wb outdoor air temperature and 70�F (21�C) db entering indoor coil air.Low Temperature Heating Ratings − 17�F (−8.3�C) db/15�F (−9.4�C) wb outdoor air temperature and 70�F (21�C) db entering indoor coil air.

3 Kit is required and must be ordered extra, unless shown as factory installed.4 Furnished as standard with coil unit.5 Most popular blower coil combination.6 Factory installed check/expansion valves on indoor units MUST be replaced with separately ordered check/expansion valve kit shown.

HP29 / Page 8

Page 9: HEAT PUMP OUTDOOR UNITS HP29 - LennoxPROs.com · 2019-11-07 · During compression, several pockets are compressed simulta neously resulting in a smooth continuous compression cycle

ARI RATINGS

2 ARI Standard 210/240 Ratings

Outdoor UnitModel No.Unit Size1 Sound Rating

CoolingCapacity

High Temp.HeatingCapacity

Low Temp.HeatingCapacity

EfficiencyTotalCool

TotalHighH

TotalLowH

HighHtg

LowHtg

3 Check and1 Sound RatingNumber

Btuh kW Btuh kW Btuh kW SEER EERHSPF

Cool.Watts

HighHtg.

Watts

LowHtg.

Watts

Htg.COP

Htg.COP

3 Check andExpansionValve Kit

NumberBtuh kW Btuh kW Btuh kW SEER EER

IV V

WattsWatts Watts

COP COP

Indoor Unit Model No.Valve KitRequired

HP29−0484 T

BlowerC il U it

42,500 12.5 43,000 12.6 27,200 8.0 10.50 8.90 7.50 6.50 4775 4145 3625 3.04 2.20 CB30M−41 (Multi) 6 56J20HP29 0484 Ton(78 dB)

BlowerCoil Units 44,000 12.9 43,500 12.7 28,200 8.3 11.00 9.40 7.50 6.50 4680 4195 3755 3.04 2.20 CB30U−41/46 (Up−Flow) 4 Factory Installed

(78 dB)44,000 12.9 43,500 12.7 28,200 8.3 11.00 9.40 7.50 6.50 4680 4195 3755 3.04 2.20 5 CB30M−46 (Multi) 4 Factory Installed

44,000 12.9 43,000 12.6 27,200 8.0 11.00 9.10 7.50 6.50 4835 4145 3625 3.04 2.20 CB31MV−41 (Multi) 6 56J20

44,500 13.0 44,000 12.9 28,200 8.3 10.30 8.70 7.50 6.50 5115 4295 3755 3.00 2.20 CB29M−46 (Multi) 4 Factory Installed

44,500 13.0 44,000 12.9 28,200 8.3 10.30 8.70 7.50 6.50 5115 4295 3755 3.00 2.20 CB28UH−042(Up−Flow/Horizontal)

4 Factory Installed

44,500 13.0 44,500 13.0 28,600 8.4 10.20 8.55 7.50 6.50 5205 4290 3810 3.04 2.20 CB29M−51 (Multi) 4 Factory Installed

44,500 13.0 44,500 13.0 28,600 8.4 10.20 8.55 7.50 6.50 5205 4290 3810 3.04 2.20 CB28UH−048(Up−Flow/Horizontal)

4 Factory Installed

45,000 13.2 44,500 13.0 28,400 8.3 10.30 8.75 7.50 6.50 5145 4290 3780 3.04 2.20 CB29M−65 (Multi) 4 Factory Installed

45,000 13.2 44,500 13.0 28,400 8.3 10.30 8.75 7.50 6.50 5145 4290 3780 3.04 2.20 CB28UH−060(Up−Flow/Horizontal)

4 Factory Installed

46,000 13.5 44,000 12.9 27,600 8.1 11.30 9.50 8.00 7.00 4840 3955 3580 3.26 2.26 CB31MV−51 (Multi) 4 Factory Installed

46,000 13.5 44,000 12.9 27,600 8.1 11.30 9.50 8.00 7.00 4840 3955 3580 3.26 2.26 CB31MV−65 (Multi) 4 Factory Installed

46,000 13.5 44,000 12.9 27,600 8.1 11.20 9.45 7.80 6.90 4870 4030 3610 3.20 2.24 CB30U−51 (Up−Flow) 4 Factory Installed

46,000 13.5 44,000 12.9 27,600 8.1 11.20 9.45 7.80 6.90 4870 4030 3610 3.20 2.24 CB30M−51 (Multi) 4 Factory Installed

46,000 13.5 44,000 12.9 27,600 8.1 11.20 9.45 7.80 6.90 4870 4030 3610 3.20 2.24 CB30U−65 (Up−Flow) 4 Factory Installed

46,000 13.5 44,000 12.9 27,600 8.1 11.20 9.45 7.80 6.90 4870 4030 3610 3.20 2.24 CB30M−65 (Multi) 4 Factory Installed

Up−FlowC il

43,500 12.7 42,500 12.5 27,000 7.9 10.50 8.85 7.20 6.30 4915 4265 3695 2.92 2.14 C26−46 4 Factory InstalledUp FlowCoils 43,500 12.7 42,500 12.5 27,000 7.9 10.50 8.85 7.20 6.30 4915 4265 3695 2.92 2.14 C33−44C 56J20

45,000 13.2 43,000 12.6 27,000 7.9 10.60 9.00 7.20 6.30 5000 4170 3595 3.02 2.20 C26−51/65 4 Factory Installed

45,000 13.2 43,000 12.6 27,000 7.9 10.60 9.00 7.20 6.30 5000 4170 3595 3.02 2.20 C33−48C 56J20

Down−FlowC il

43,500 12.7 42,500 12.5 27,000 7.9 10.50 8.85 7.20 6.30 4915 4265 3695 2.92 2.14 CR26−48N only 56J20Down FlowCoils 44,500 13.0 42,500 12.5 27,000 7.9 10.50 8.95 7.20 6.30 4970 4265 3695 2.92 2.14 CR26−48W only 56J20

HorizontalC il

43,500 12.7 43,500 12.7 27,600 8.1 10.30 8.80 7.40 6.40 4945 4220 3675 3.02 2.20 CH23−41 56J20HorizontalCoils 43,500 12.7 43,500 12.7 27,600 8.1 10.30 8.80 7.40 6.40 4945 4220 3675 3.02 2.20 CH33−42B−F 56J20

45,000 13.2 44,000 12.9 28,000 8.2 10.50 8.90 7.50 6.50 5055 4185 3630 3.08 2.26 CH23−51 56J20

45,00 13.2 44,000 12.9 28,000 8.2 10.60 8.95 7.50 6.50 5030 4185 3630 3.08 2.26 CH33−48C−F 56J20

45,00 13.2 44,000 12.9 28,000 8.2 10.60 8.95 7.50 6.50 5030 4185 3630 3.08 2.26 CH23−65 56J20

HP29−0605 T

BlowerC il U it

55,000 16.1 55,000 16.1 35,000 10.3 10.20 8.70 6.80 6.00 6320 5970 5025 2.70 2.04 CB29M−51 (Multi) 4 Factory InstalledHP29 0605 Ton(80 dB)

BlowerCoil Units 55,000 16.1 55,000 16.1 35,000 10.3 10.20 8.70 6.80 6.00 6320 5970 5025 2.70 2.04 CB28UH−048

(Up−Flow/Horizontal)4 Factory Installed( )

56,000 16.4 56,000 16.4 36,000 10.6 10.50 8.95 6.80 6.00 6255 5965 5170 2.75 2.04 CB29M−65 (Multi) 4 Factory Installed

56,000 16.4 56,000 16.4 36,000 10.6 10.50 8.95 6.80 6.00 6255 5965 5170 2.75 2.04 CB28UH−060(Up−Flow/Horizontal)

4 Factory Installed

56,000 16.4 53,500 15.7 33,500 9.8 11.00 9.50 7.10 6.20 5895 5405 4500 2.90 2.18 CB30U−51 (Up�Flow) 4 Factory Installed

56,000 16.4 53,500 15.7 33,500 9.8 11.00 9.50 7.10 6.20 5895 5405 4500 2.90 2.18 CB30M−51 (Multi) 4 Factory Installed

56,000 16.4 53,500 15.7 33,500 9.8 11.10 9.60 7.20 6.30 5835 5370 4460 2.92 2.20 CB31MV−51 (Multi) 4 Factory Installed

58,000 17.0 55,000 16.1 35,000 10.3 11.00 9.40 7.20 6.30 6170 5555 4705 2.90 2.18 CB30U−65 (Up�Flow) 4 Factory Installed

58,000 17.0 55,000 16.1 35,000 10.3 11.00 9.40 7.20 6.30 6170 5555 4705 2.90 2.18 5 CB30M−65 (Multi) 4 Factory Installed

58,000 17.0 55,000 16.1 35,000 10.3 11.10 9.60 7.20 6.30 6040 5555 4705 2.90 2.18 CB31MV−65 (Multi) 4 Factory Installed

Up−FlowC il

57,000 16.7 56,000 16.4 35,600 10.4 10.70 9.25 7.20 6.30 6160 5660 4785 2.90 2.18 C26−51/65 4 Factory InstalledUp FlowCoils 57,000 16.7 56,000 16.4 35,600 10.4 10.70 9.25 7.20 6.30 6160 5660 4785 2.90 2.18 C33−50/60C 56J20

58,000 17.0 55,000 16.1 35,000 10.3 11.00 9.60 7.20 6.30 6040 5555 4705 2.90 2.18 C26−65EAP 4 Factory Installed

58,000 17.0 55,000 16.1 35,000 10.3 11.00 9.60 7.20 6.30 6040 5555 4705 2.90 2.18 C33−60D 56J20

Down−FlowC il

55,000 16.1 55,000 16.1 35,000 10.3 10.20 8.90 6.80 5.90 6180 5925 5025 2.72 2.04 CR26−48W only 56J20Down FlowCoils 57,000 16.7 56,000 16.4 35,600 10.4 10.70 9.25 7.20 6.30 6160 5660 4785 2.90 2.18 CR26−60W only 56J20

HorizontalC il

56,000 16.4 55,500 16.3 35,000 10.3 10.50 9.10 6.80 5.90 6155 5980 5025 2.72 2.04 CH33−48C−F 56J20HorizontalCoils 56,000 16.4 55,500 16.3 35,000 10.3 10.50 9.10 6.80 5.90 6155 5980 5025 2.72 2.04 CH23−51 56J20

57,000 16.7 56,000 16.4 35,600 10.4 10.70 9.25 7.20 6.30 6160 5660 4785 2.90 2.18 CH33−50C−F 56J20

57,000 16.7 56,000 16.4 35,600 10.4 10.70 9.25 7.20 6.30 6160 5660 4785 2.90 2.18 CH23−65 56J20

58,000 17.0 55,000 16.1 35,000 10.3 11.00 9.60 7.20 6.30 6040 5555 4705 2.90 2.18 CH33−62D−F 56J20

58,000 17.0 55,000 16.1 35,000 10.3 11.00 9.60 7.20 6.30 6040 5555 4705 2.90 2.18 CH23−68 56J20

NOTE − Ratings for all C26 and C33 coils include all cased and uncased coils.NOTE − Use FM21 Control with any listed coil and furnace that meets system design requirements. See FM21 page in Thermostats and Controls section for additional data.1 Sound Rating Number in accordance with test conditions included in ARI Standard 270.2 Certified in accordance with USE certification program which is based on ARI Standard 210/240 with 25 ft. (7.6 m) of connecting refrigerant lines;

Cooling Ratings − 95�F (35�C) outdoor air temperature and 80�F (27�C) db/67�F (19�C) wb entering indoor coil air.High Temperature Heating Ratings − 47�F (8�C) db/43�F (6�C) wb outdoor air temperature and 70�F (21�C) db entering indoor coil air.Low Temperature Heating Ratings − 17�F (−8.3�C) db/15�F (−9.4�C) wb outdoor air temperature and 70�F (21�C) db entering indoor coil air.

3 Kit is required and must be ordered extra, unless shown as factory installed.4 Furnished as standard with coil unit.5 Most popular blower coil combination.6 Factory installed check/expansion valves on indoor units MUST be replaced with separately ordered check/expansion valve kit shown.

HP29 / Page 9

Page 10: HEAT PUMP OUTDOOR UNITS HP29 - LennoxPROs.com · 2019-11-07 · During compression, several pockets are compressed simulta neously resulting in a smooth continuous compression cycle

HEATING AND COOLING RATINGSNOTE � For Temperatures and Capacities not shown in tables, see bulletin � Cooling Unit Rating Table Correction Factor Data in Miscellaneous Engineering Data section.

29°C24°C 27°C29°C27°C24°C29°C27°C24°C29°C27°C24°C190 400 5.0 17,100 1260 .69 .81 .92 4.7 16,200 1360 .70 .82 .94 4.5 15,300 1460 .71 .84 .96 4.2 14,400 1560 .73 .87 .98

285 600 5.4 18,500 1290 .76 .91 1.00 5.1 17,500 1400 .78 .94 1.00 4.9 16,600 1500 .81 .96 1.00 4.6 15,600 1610 .83 .98 1.00

375 800 5.7 19,500 1310 .84 .99 1.00 5.5 18,600 1420 .87 1.00 1.00 5.2 17,700 1540 .89 1.00 1.00 4.9 16,700 1650 .92 1.00 1.00

190 400 5.4 18,400 1290 .55 .66 .77 5.1 17,500 1390 .55 .67 .78 4.8 16,500 1500 .56 .68 .81 4.5 15,500 1600 .57 .70 .83

285 600 5.8 19,700 1310 .59 .74 .88 5.5 18,700 1430 .60 .76 .90 5.2 17,600 1540 .61 .78 .93 4.9 16,600 1640 .63 .80 .96

375 800 6.0 20,500 1330 .64 .82 .97 5.7 19,400 1440 .65 .84 .99 5.4 18,300 1560 .67 .87 1.00 5.0 17,200 1670 .69 .90 1.00

190 400 5.8 19,800 1310 .42 .52 .63 5.5 18,800 1430 .42 .53 .64 5.2 17,800 1540 .42 .54 .65 4.9 16,800 1650 .43 .55 .67

285 600 6.2 21,200 1340 .43 .57 .71 5.9 20,100 1460 .44 .58 .73 5.5 18,900 1570 .44 .60 .75 5.2 17,800 1690 .45 .61 .78

375 800 6.4 21,900 1350 .45 .62 .79 6.1 20,700 1470 .46 .64 .82 5.7 19,500 1590 .46 .66 .84 5.4 18,300 1710 .47 .68 .87

Enter�ingWetBulb

Temper�ature

TotalAir

Volume

L/s cfm

TotalCoolingCapacity

Btuh

Com�pressorMotorWattsInput

SensibleTo Total

Ratio (S/T)Dry Bulb Dry Bulb Dry Bulb Dry Bulb

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)Com�

pressorMotorWattsInput

Com�pressorMotorWattsInput

Com�pressorMotorWattsInput

TotalCoolingCapacity

TotalCoolingCapacity

TotalCoolingCapacity

Outdoor Air Temperature Entering Outdoor Coil

63°F(17.2°C)

67°F(19.4°C)

71°F(21.7°C)

BtuhkW kW kWBtuh BtuhkW

85°F (29°C) 95°F (35°C) 105°F (41°C) 115°F (46°C)

HP29−018 � COOLING CAPACITY � CB29M−21/26 − CB28UH−018/024

75°F 80°F 85°F 75°F 80°F 85°F 75°F 80°F85°F 75°F 80°F85°F

NOTE � All values are gross capacities and do not include indoor coil blower motor heat deduction.

29°C24°C 27°C29°C27°C24°C29°C27°C24°C29°C27°C24°C190 400 5.4 18,300 1290 .68 .80 .91 5.1 17,400 1390 .69 .82 .93 4.8 16,400 1500 .71 .84 .96 4.5 15,400 1600 .72 .86 .99

285 600 5.9 20,000 1320 .76 .91 1.00 5.5 18,900 1430 .78 .94 1.00 5.2 17,800 1540 .80 .96 1.00 4.9 16,700 1650 .83 .99 1.00

375 800 6.2 21,100 1340 .84 1.00 1.00 5.9 20,100 1460 .87 1.00 1.00 5.6 19,100 1580 .89 1.00 1.00 5.3 18,100 1700 .93 1.00 1.00

190 400 5.8 19,800 1320 .54 .65 .76 5.5 18,700 1430 .55 .66 .78 5.2 17,700 1540 .56 .68 .80 4.9 16,600 1650 .56 .69 .82

285 600 6.3 21,400 1340 .59 .73 .87 5.9 20,200 1460 .60 .75 .90 5.6 19,000 1580 .61 .78 .93 5.2 17,800 1690 .63 .80 .96

375 800 6.5 22,300 1360 .64 .82 .97 6.2 21,000 1480 .65 .84 .99 5.8 19,800 1600 .67 .87 1.00 5.4 18,500 1720 .69 .90 1.00

190 400 6.2 21,300 1340 .42 .52 .62 5.9 20,200 1460 .42 .53 .63 5.6 19,100 1580 .42 .54 .65 5.3 18,000 1700 .42 .54 .66

285 600 6.7 23,000 1370 .43 .57 .71 6.4 21,700 1490 .44 .58 .73 6.0 20,500 1620 .44 .60 .75 5.6 19,200 1740 .45 .61 .77

375 800 7.0 23,800 1380 .45 .62 .79 6.6 22,500 1510 .46 .64 .82 6.2 21,200 1630 .46 .66 .84 5.8 19,800 1760 .47 .68 .88

Enter�ingWetBulb

Temper�ature

TotalAir

Volume

L/s cfm

TotalCoolingCapacity

Btuh

Com�pressorMotorWattsInput

SensibleTo Total

Ratio (S/T)Dry Bulb Dry Bulb Dry Bulb Dry Bulb

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)Com�

pressorMotorWattsInput

Com�pressorMotorWattsInput

Com�pressorMotorWattsInput

TotalCoolingCapacity

TotalCoolingCapacity

TotalCoolingCapacity

Outdoor Air Temperature Entering Outdoor Coil

63°F(17.2°C)

67°F(19.4°C)

71°F(21.7°C)

BtuhkW kW kWBtuh BtuhkW

85°F (29°C) 95°F (35°C) 105°F (41°C) 115°F (46°C)

HP29−018 � COOLING CAPACITY � CB30U−21/26 � CB30M−21/26

75°F 80°F 85°F 75°F 80°F 85°F 75°F 80°F85°F 75°F 80°F85°F

NOTE � All values are gross capacities and do not include indoor coil blower motor heat deduction.

190 400 5.8 19,800 1450 4.4 14,900 1285 2.8 9,700 1105 1.8 6,100 995 .8 2,700 755285 600 6.1 20,800 1370 4.7 15,900 1205 3.1 10,700 1025 2.1 7,100 915 1.1 3,700 675380 800 6.3 21,400 1325 4.8 16,500 1160 3.3 11,300 980 2.3 7,700 870 1.3 4,300 630

NOTE � Heating capacities include the effect of defrost cycles in the temperature range where they occur.

Indoor CoilAir Volume

70°F db(21°C db)

TotalHeatingCapacity

Comp.MotorWattsInputL/s cfm kW Btuh kW Btuh kW Btuh kW Btuh kW Btuh

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

Air Temperature Entering Outdoor Coil

65°F (18°C) 45°F (7°C) 25°F (�4°C) 5°F (�15°C) �15°F (�28°C)

HP29−018 � HEATING CAPACITY � CB29M−21/26 − CB28UH−018/024

190 400 5.9 20,100 1480 4.4 15,000 1300 2.9 9,800 1105 1.8 6,100 990 .8 2,700 755285 600 6.2 21,100 1395 4.7 16,000 1215 3.2 10,800 1020 2.1 7,100 905 1.1 3,700 670380 800 6.4 21,700 1345 4.9 16,600 1165 3.3 11,400 970 2.3 7,700 855 1.3 4,300 620

NOTE � Heating capacities include the effect of defrost cycles in the temperature range where they occur.

Indoor CoilAir Volume

70°F db(21°C db)

TotalHeatingCapacity

Comp.MotorWattsInputL/s cfm kW Btuh kW Btuh kW Btuh kW Btuh kW Btuh

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

Air Temperature Entering Outdoor Coil

65°F (18°C) 45°F (7°C) 25°F (�4°C) 5°F (�15°C) �15°F (�28°C)

HP29−018 � HEATING CAPACITY � CB30U�21/26 � CB30M−21/26

1370 20,800 6.11335 19,600 5.71300 18,500 5.41265 17,300 5.11240 16,600 4.91205 15,900 4.71115 14,000 4.11025 12,100 3.51025 11,400 3.31025 10,700 3.11025 10,000 2.91025 9,600 2.81010 9,100 2.7975 8,000 2.3915 7,100 2.1855 6,300 1.8795 5,400 1.6735 4,600 1.3675 3,700 1.1615 2,900 .8

*Outdoor�temperature�70%�relative�humidity.�Indoor�temperature�70°F�(21°C).

*Outdoor Temperature

°F °CCompressor Motor

Watts InputTotal Output

kWBtuh

65 1860 1655 1350 1047 845 740 435 230 �125 �420 �717 �815 �910 �125 �150 �18

�5 �21�10 �23�15 �26�20 �29

HP29−018 � HEATING PERFORMANCECB29M−21/26 − CB28UH−018/024 at 600 cfm (285 L/s)

1395 21,100 6.21360 19,900 5.81320 18,700 5.51280 17,500 5.11255 16,800 4.91215 16,000 4.71120 14,100 4.11020 12,300 3.61020 11,500 3.41020 10,800 3.21020 10,000 2.91020 9,600 2.81005 9,100 2.7965 7,900 2.3905 7,100 2.1850 6,200 1.8790 5,400 1.6730 4,600 1.3670 3,700 1.1615 2,900 .8

*Outdoor�temperature�70%�relative�humidity.�Indoor�temperature�70°F�(21°C).

*Outdoor Temperature

°F °CCompressor Motor

Watts InputTotal Output

kWBtuh

65 1860 1655 1350 1047 845 740 435 230 �125 �420 �717 �815 �910 �125 �150 �18

�5 �21�10 �23�15 �26�20 �29

HP29−018 � HEATING PERFORMANCECB30U/CB30M−21/26 at 600 cfm (285 L/s)

HP29 / Page 10

Page 11: HEAT PUMP OUTDOOR UNITS HP29 - LennoxPROs.com · 2019-11-07 · During compression, several pockets are compressed simulta neously resulting in a smooth continuous compression cycle

HEATING AND COOLING RATINGSNOTE � For Temperatures and Capacities not shown in tables, see bulletin � Cooling Unit Rating Table Correction Factor Data in Miscellaneous Engineering Data section.

235 500 5.3 18,100 1380 .72 .85 .97 5.0 17,000 1480 .74 .88 .99 4.7 16,000 1580 .76 .91 1.00 4.4 14,900 1670 .78 .94 1.00

285 600 5.5 18,700 1400 .76 .91 1.00 5.2 17,600 1500 .78 .93 1.00 4.9 16,600 1600 .81 .96 1.00 4.5 15,500 1700 .83 .99 1.00

330 700 5.7 19,300 1410 .80 .95 1.00 5.3 18,200 1510 .82 .98 1.00 5.0 17,100 1620 .85 1.00 1.00 4.7 16,100 1720 .88 1.00 1.00

235 500 5.7 19,400 1410 .56 .69 .82 5.4 18,300 1520 .57 .71 .84 5.0 17,100 1620 .58 .73 .87 4.7 16,000 1720 .60 .75 .90

285 600 5.9 20,000 1420 .59 .73 .87 5.5 18,800 1530 .60 .75 .90 5.2 17,600 1630 .61 .78 .93 4.8 16,400 1730 .63 .81 .96

330 700 6.0 20,400 1420 .61 .77 .92 5.6 19,200 1540 .62 .80 .95 5.3 18,000 1650 .64 .83 .97 4.9 16,700 1750 .66 .86 1.00

235 500 6.1 20,800 1430 .42 .54 .66 5.7 19,600 1550 .43 .55 .68 5.4 18,400 1660 .43 .57 .70 5.0 17,200 1770 .44 .58 .73

285 600 6.3 21,400 1440 .43 .57 .71 5.9 20,200 1560 .44 .58 .73 5.5 18,900 1670 .44 .60 .75 5.2 17,600 1780 .45 .61 .78

330 700 6.4 21,800 1440 .44 .60 .75 6.0 20,500 1560 .45 .61 .77 5.7 19,300 1680 .45 .63 .80 5.3 18,000 1790 .46 .65 .83

29°C24°C 27°C29°C27°C24°C29°C27°C24°C29°C27°C24°C

Enter�ingWetBulb

Temper�ature

TotalAir

Volume

L/s cfm

TotalCoolingCapacity

Btuh

Com�pressorMotorWattsInput

SensibleTo Total

Ratio (S/T)Dry Bulb Dry Bulb Dry Bulb Dry Bulb

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)Com�

pressorMotorWattsInput

Com�pressorMotorWattsInput

Com�pressorMotorWattsInput

TotalCoolingCapacity

TotalCoolingCapacity

TotalCoolingCapacity

Outdoor Air Temperature Entering Outdoor Coil

BtuhkW kW kWBtuh BtuhkW

85°F (29°C) 95°F (35°C) 105°F (41°C) 115°F (46°C)

HP29−018 � COOLING CAPACITY � C26�21 � CH23�21 � CH33−30A−F

75°F 80°F 85°F 75°F 80°F 85°F 75°F 80°F85°F 75°F 80°F85°F

NOTE � All values are gross capacities and do not include indoor coil blower motor heat deduction.

63�F(17.2�C)

67�F(19.4�C)

71�F(21.7�C)

235 500 5.5 18,600 1400 .72 .85 .97 5.1 17,500 1500 .73 .87 .99 4.8 16,400 1600 .75 .90 1.00 4.5 15,300 1690 .78 .93 1.00

285 600 5.7 19,300 1410 .76 .90 1.00 5.3 18,200 1520 .78 .93 1.00 5.0 17,000 1620 .80 .96 1.00 4.7 15,900 1720 .83 .99 1.00

330 700 5.8 19,900 1420 .80 .95 1.00 5.5 18,700 1530 .82 .98 1.00 5.2 17,600 1640 .85 1.00 1.00 4.9 16,600 1750 .88 1.00 1.00

235 500 5.9 20,000 1420 .56 .69 .81 5.5 18,800 1530 .57 .71 .84 5.2 17,600 1640 .58 .73 .86 4.8 16,400 1740 .60 .75 .90

285 600 6.0 20,600 1430 .58 .73 .87 5.7 19,400 1540 .60 .75 .89 5.3 18,200 1650 .61 .78 .93 5.0 16,900 1760 .63 .80 .96

330 700 6.2 21,100 1440 .61 .77 .92 5.8 19,800 1550 .62 .79 .95 5.4 18,500 1670 .64 .82 .98 5.1 17,300 1770 .66 .85 1.00

235 500 6.3 21,500 1440 .42 .54 .66 5.9 20,300 1560 .43 .55 .68 5.6 19,000 1680 .43 .56 .70 5.2 17,800 1790 .43 .58 .72

285 600 6.5 22,100 1450 .43 .57 .70 6.1 20,800 1570 .44 .58 .72 5.7 19,500 1690 .44 .59 .75 5.3 18,200 1810 .45 .61 .78

330 700 6.6 22,600 1450 .44 .59 .74 6.2 21,300 1580 .45 .61 .77 5.8 19,900 1700 .45 .63 .80 5.4 18,500 1820 .46 .65 .83

29°C24°C 27°C29°C27°C24°C29°C27°C24°C29°C27°C24°C

Enter�ingWetBulb

Temper�ature

TotalAir

Volume

L/s cfm

TotalCoolingCapacity

Btuh

Com�pressorMotorWattsInput

SensibleTo Total

Ratio (S/T)Dry Bulb Dry Bulb Dry Bulb Dry Bulb

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)Com�

pressorMotorWattsInput

Com�pressorMotorWattsInput

Com�pressorMotorWattsInput

TotalCoolingCapacity

TotalCoolingCapacity

TotalCoolingCapacity

Outdoor Air Temperature Entering Outdoor Coil

BtuhkW kW kWBtuh BtuhkW

85°F (29°C) 95°F (35°C) 105°F (41°C) 115°F (46°C)

HP29−018 � COOLING CAPACITY � C33−24A � C26�26

75°F 80°F 85°F 75°F 80°F 85°F 75°F 80°F85°F 75°F 80°F85°F

NOTE � All values are gross capacities and do not include indoor coil blower motor heat deduction.

63�F(17.2�C)

67�F(19.4�C)

71�F(21.7�C)

235 500 6.3 21,400 1490 4.7 16,100 1275 3.1 10,600 1060 2.1 7100 855 1.0 3400 650285 600 6.4 21,900 1460 4.9 16,600 1245 3.3 11,100 1030 2.2 7600 825 1.1 3900 620330 700 6.6 22,400 1435 5.0 17,100 1215 3.4 11,600 1000 2.4 8100 795 1.3 4400 590

NOTE � Heating capacities include the effect of defrost cycles in the temperature range where they occur.

Indoor CoilAir Volume

70°F db(21°C db)

TotalHeatingCapacity

Comp.MotorWattsInputL/s cfm kW Btuh kW Btuh kW Btuh kW Btuh kW Btuh

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

Air Temperature Entering Outdoor Coil

65°F (18°C) 45°F (7°C) 25°F (�4°C) 5°F (�15°C) �15°F (�28°C)

HP29−018 � HEATING CAPACITY � C26�21 � CH23�21 � CH33−30A−F

235 500 6.3 21,500 1480 4.7 16,200 1270 3.1 10,700 1055 2.1 7200 855 1.0 3400 650285 600 6.4 22,000 1450 4.9 16,700 1240 3.3 11,200 1025 2.3 7700 825 1.1 3900 620330 700 6.6 22,600 1420 5.0 17,200 1210 3.4 11,700 1000 2.4 8200 795 1.3 4500 590

NOTE � Heating capacities include the effect of defrost cycles in the temperature range where they occur.

Indoor CoilAir Volume

70°F db(21°C db)

TotalHeatingCapacity

Comp.MotorWattsInputL/s cfm kW Btuh kW Btuh kW Btuh kW Btuh kW Btuh

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

Air Temperature Entering Outdoor Coil

65°F (18°C) 45°F (7°C) 25°F (�4°C) 5°F (�15°C) �15°F (�28°C)

HP29−018 � HEATING CAPACITY � C33−24A � C26−26

1460 21,900 6.41410 20,700 6.11355 19,400 5.71300 18,200 5.31270 17,400 5.11245 16,600 4.91190 14,600 4.31130 12,700 3.71080 11,900 3.51030 11,100 3.3980 10,300 3.0950 9900 2.9930 9500 2.8880 8600 2.5825 7600 2.2775 6700 2.0725 5800 1.7670 4800 1.4620 3900 1.1570 3000 0.9

*Outdoor�temperature�70%�relative�humidity.�Indoor�temperature�70°F�(21°C).

*Outdoor Temperature

°F °CCompressor Motor

Watts InputTotal Output

kWBtuh

65 1860 1655 1350 1047 845 740 435 230 �125 �420 �717 �815 �910 �125 �150 �18

�5 �21�10 �23�15 �26�20 �29

HP29−018 � HEATING PERFORMANCEC26�21 � CH23−21 � CH33−30−F at 600 cfm (285 L/s)

1450 22,000 6.41395 20,800 6.11345 19,500 5.71295 18,300 5.41260 17,500 5.11240 16,700 4.91180 14,700 4.31125 12,700 3.71075 11,900 3.51025 11,200 3.3980 10,400 3.0950 9900 2.9930 9500 2.8875 8600 2.5825 7700 2.3775 6700 2.0725 5800 1.7670 4900 1.4620 3900 1.1570 3000 0.9

*Outdoor�temperature�70%�relative�humidity.�Indoor�temperature�70°F�(21°C).

*Outdoor Temperature

°F °CCompressor Motor

Watts InputTotal Output

kWBtuh

65 1860 1655 1350 1047 845 740 435 230 �125 �420 �717 �815 �910 �125 �150 �18

�5 �21�10 �23�15 �26�20 �29

HP29−018 � HEATING PERFORMANCEC33−24A � C26−26 at 600 cfm (285 L/s)

HP29 / Page 11

Page 12: HEAT PUMP OUTDOOR UNITS HP29 - LennoxPROs.com · 2019-11-07 · During compression, several pockets are compressed simulta neously resulting in a smooth continuous compression cycle

HEATING AND COOLING RATINGSNOTE � For Temperatures and Capacities not shown in tables, see bulletin � Cooling Unit Rating Table Correction Factor Data in Miscellaneous Engineering Data section.

235 500 5.2 17,700 1380 .71 .84 .96 4.9 16,700 1470 .73 .87 .98 4.6 15,700 1570 .75 .89 1.00 4.3 14,600 1660 .77 .92 1.00

285 600 5.4 18,300 1390 .75 .89 1.00 5.1 17,300 1490 .77 .92 1.00 4.7 16,200 1590 .79 .95 1.00 4.5 15,200 1680 .82 .97 1.00

330 700 5.5 18,800 1400 .78 .94 1.00 5.2 17,800 1500 .81 .96 1.00 4.9 16,700 1600 .83 .99 1.00 4.6 15,700 1700 .86 1.00 1.00

235 500 5.6 19,100 1400 .56 .68 .81 5.3 18,000 1510 .57 .70 .83 5.0 16,900 1610 .58 .72 .86 4.6 15,700 1710 .59 .74 .89

285 600 5.7 19,600 1410 .58 .72 .86 5.4 18,500 1520 .59 .74 .88 5.1 17,300 1630 .60 .76 .91 4.7 16,100 1720 .62 .79 .94

330 700 5.9 20,100 1420 .60 .76 .90 5.5 18,900 1530 .61 .78 .93 5.2 17,700 1640 .63 .81 .96 4.8 16,500 1740 .65 .84 .99

235 500 6.0 20,500 1430 .42 .54 .66 5.7 19,300 1540 .43 .55 .67 5.3 18,200 1650 .43 .56 .69 5.0 17,000 1760 .43 .57 .71

285 600 6.2 21,100 1430 .43 .56 .69 5.8 19,900 1550 .43 .57 .71 5.5 18,600 1660 .44 .59 .74 5.1 17,400 1770 .44 .60 .76

330 700 6.3 21,500 1440 .44 .58 .73 5.9 20,300 1560 .44 .60 .75 5.6 19,000 1670 .45 .61 .78 5.2 17,700 1790 .46 .63 .81

29°C24°C 27°C29°C27°C24°C29°C27°C24°C29°C27°C24°C

Enter�ingWetBulb

Temper�ature

TotalAir

Volume

L/s cfm

TotalCoolingCapacity

Btuh

Com�pressorMotorWattsInput

SensibleTo Total

Ratio (S/T)Dry Bulb Dry Bulb Dry Bulb Dry Bulb

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)Com�

pressorMotorWattsInput

Com�pressorMotorWattsInput

Com�pressorMotorWattsInput

TotalCoolingCapacity

TotalCoolingCapacity

TotalCoolingCapacity

Outdoor Air Temperature Entering Outdoor Coil

BtuhkW kW kWBtuh BtuhkW

85°F (29°C) 95°F (35°C) 105°F (41°C) 115°F (46°C)

HP29−018 � COOLING CAPACITY � CR26�18

75°F 80°F 85°F 75°F 80°F 85°F 75°F 80°F85°F 75°F 80°F85°F

NOTE � All values are gross capacities and do not include indoor coil blower motor heat deduction.

63�F(17.2�C)

67�F(19.4�C)

71�F(21.7�C)

29°C24°C 27°C29°C27°C24°C29°C27°C24°C29°C27°C24°C305 650 6.5 22,100 1780 .72 .86 .97 6.1 20,900 1900 .74 .88 .99 5.8 19,700 2010 .76 .91 1.00 5.4 18,400 2110 .78 .94 1.00

375 800 6.7 23,000 1800 .77 .92 1.00 6.4 21,700 1930 .79 .94 1.00 6.0 20,500 2040 .81 .96 1.00 5.6 19,200 2150 .84 .99 1.00

450 950 6.9 23,700 1820 .81 .96 1.00 6.6 22,400 1950 .84 .98 1.00 6.2 21,200 2070 .86 1.00 1.00 5.8 19,900 2190 .89 1.00 1.00

305 650 6.9 23,700 1820 .57 .70 .82 6.6 22,400 1950 .57 .71 .85 6.2 21,000 2060 .59 .73 .87 5.7 19,600 2170 .60 .76 .90

375 800 7.2 24,400 1840 .59 .74 .88 6.8 23,100 1970 .60 .76 .91 6.4 21,700 2090 .62 .79 .94 5.9 20,200 2200 .64 .82 .96

450 950 7.3 25,000 1860 .62 .79 .94 6.9 23,600 1990 .63 .81 .96 6.5 22,100 2110 .65 .84 .98 6.0 20,600 2220 .67 .87 1.00

305 650 7.4 25,400 1870 .42 .55 .67 7.0 24,000 2000 .43 .56 .68 6.6 22,600 2130 .43 .57 .70 6.2 21,100 2250 .44 .58 .73

375 800 7.7 26,200 1890 .43 .58 .72 7.2 24,700 2030 .44 .59 .74 6.8 23,200 2160 .44 .60 .76 6.4 21,700 2280 .45 .62 .79

450 950 7.8 26,700 1900 .44 .60 .76 7.4 25,200 2040 .45 .62 .79 6.9 23,700 2170 .46 .64 .81 6.4 22,000 2300 .47 .66 .85

Enter�ingWetBulb

Temper�ature

TotalAir

Volume

L/s cfm

TotalCoolingCapacity

Btuh

Com�pressorMotorWattsInput

SensibleTo Total

Ratio (S/T)Dry Bulb Dry Bulb Dry Bulb Dry Bulb

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)Com�

pressorMotorWattsInput

Com�pressorMotorWattsInput

Com�pressorMotorWattsInput

TotalCoolingCapacity

TotalCoolingCapacity

TotalCoolingCapacity

Outdoor Air Temperature Entering Outdoor Coil

63°F(17.2°C)

67°F(19.4°C)

71°F(21.7°C)

BtuhkW kW kWBtuh BtuhkW

85°F (29°C) 95°F (35°C) 105°F (41°C) 115°F (46°C)

HP29−024 � COOLING CAPACITY � CB29M−21/26 − CB28UH−018/024

75°F 80°F 85°F 75°F 80°F 85°F 75°F 80°F85°F 75°F 80°F85°F

NOTE � All values are gross capacities and do not include indoor coil blower motor heat deduction.

235 500 6.2 21,100 1510 4.7 15,900 1285 3.0 10,400 1065 2.1 7000 855 1.0 3300 650285 600 6.4 21,700 1485 4.8 16,400 1260 3.2 11,000 1035 2.2 7600 830 1.1 3900 625330 700 6.5 22,200 1455 5.0 16,900 1235 3.4 11,500 1010 2.4 8100 805 1.3 4400 595

NOTE � Heating capacities include the effect of defrost cycles in the temperature range where they occur.

Indoor CoilAir Volume

70°F db(21°C db)

TotalHeatingCapacity

Comp.MotorWattsInputL/s cfm kW Btuh kW Btuh kW Btuh kW Btuh kW Btuh

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

Air Temperature Entering Outdoor Coil

65°F (18°C) 45°F (7°C) 25°F (�4°C) 5°F (�15°C) �15°F (�28°C)

HP29−018 � HEATING CAPACITY � CR26�18

305 650 7.9 27,000 1810 6.0 20,600 1550 4.0 13,800 1285 2.8 9,500 1055 1.6 5,300 780380 800 7.7 26,400 1840 5.9 20,000 1580 3.9 13,200 1315 2.6 8,900 1085 1.4 4,700 810450 950 7.5 25,700 1880 5.7 19,300 1620 3.7 12,500 1355 2.4 8,200 1125 1.2 4,000 850

NOTE � Heating capacities include the effect of defrost cycles in the temperature range where they occur.

Indoor CoilAir Volume

70°F db(21°C db)

TotalHeatingCapacity

Comp.MotorWattsInputL/s cfm kW Btuh kW Btuh kW Btuh kW Btuh kW Btuh

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

Air Temperature Entering Outdoor Coil

65°F (18°C) 45°F (7°C) 25°F (�4°C) 5°F (�15°C) �15°F (�28°C)

HP29−024 � HEATING CAPACITY � CB29M−21/26 − CB28UH−018/024

1500 21,400 6.31445 20,200 5.91385 18,900 5.51330 17,700 5.21295 17,000 5.01270 16,200 4.71210 14,300 4.21150 12,400 3.61095 11,600 3.41040 10,900 3.2990 10,100 3.0955 9700 2.8935 9300 2.7885 8400 2.5830 7500 2.2780 6600 1.9730 5700 1.7675 4700 1.4625 3800 1.1575 2900 0.8

*Outdoor�temperature�70%�relative�humidity.�Indoor�temperature�70°F�(21°C).

*Outdoor Temperature

°F °CCompressor Motor

Watts InputTotal Output

kWBtuh

65 1860 1655 1350 1047 845 740 435 230 �125 �420 �717 �815 �910 �125 �150 �18

�5 �21�10 �23�15 �26�20 �29

HP29−018 � HEATING PERFORMANCECR26�18 at 600 cfm (285 L/s)

1840 26,400 7.71780 24,900 7.31715 23,400 6.91655 21,900 6.41615 21,000 6.21580 20,000 5.91495 17,400 5.11410 14,800 4.31365 14,000 4.11315 13,200 3.91270 12,500 3.71240 12,000 3.51215 11,400 3.31150 9,900 2.91085 8,900 2.61015 7,800 2.3945 6,800 2.0880 5,700 1.7810 4,700 1.4745 3,600 1.1

*Outdoor�temperature�70%�relative�humidity.�Indoor�temperature�70°F�(21°C).

*Outdoor Temperature

°F °CCompressor Motor

Watts InputTotal Output

kWBtuh

65 1860 1655 1350 1047 845 740 435 230 �125 �420 �717 �815 �910 �125 �150 �18

�5 �21�10 �23�15 �26�20 �29

HP29−024 � HEATING PERFORMANCECB29M−21/26 − CB28UH−018/024 at 800 cfm (380 L/s)

HP29 / Page 12

Page 13: HEAT PUMP OUTDOOR UNITS HP29 - LennoxPROs.com · 2019-11-07 · During compression, several pockets are compressed simulta neously resulting in a smooth continuous compression cycle

HEATING AND COOLING RATINGSNOTE � For Temperatures and Capacities not shown in tables, see bulletin � Cooling Unit Rating Table Correction Factor Data in Miscellaneous Engineering Data section.

29°C24°C 27°C29°C27°C24°C29°C27°C24°C29°C27°C24°C330 700 6.7 22,900 1800 .74 .88 .99 6.4 21,700 1920 .75 .90 1.00 6.0 20,400 2030 .78 .93 1.00 5.6 19,000 2140 .80 .96 1.00

375 800 6.9 23,500 1820 .77 .91 1.00 6.5 22,200 1940 .79 .94 1.00 6.1 20,900 2060 .81 .96 1.00 5.7 19,600 2170 .84 .99 1.00

425 900 7.0 24,000 1830 .80 .95 1.00 6.7 22,700 1960 .82 .97 1.00 6.3 21,400 2080 .84 .99 1.00 5.9 20,100 2200 .88 1.00 1.00

330 700 7.2 24,500 1840 .57 .71 .84 6.8 23,200 1970 .58 .73 .86 6.4 21,800 2090 .60 .75 .89 5.9 20,300 2200 .61 .77 .92

375 800 7.3 25,000 1860 .59 .74 .88 6.9 23,600 1990 .60 .76 .91 6.5 22,100 2110 .62 .79 .93 6.0 20,600 2220 .63 .81 .96

425 900 7.4 25,400 1870 .61 .77 .92 7.0 24,000 2000 .62 .79 .94 6.6 22,500 2120 .64 .82 .97 6.1 20,900 2240 .66 .85 .99

330 700 7.7 26,300 1890 .43 .55 .68 7.3 24,900 2030 .43 .57 .70 6.9 23,400 2160 .43 .58 .72 6.4 21,800 2280 .44 .59 .75

375 800 7.9 26,800 1910 .43 .57 .71 7.4 25,300 2040 .44 .59 .73 7.0 23,800 2180 .44 .60 .76 6.5 22,100 2300 .45 .62 .79

425 900 8.0 27,200 1920 .44 .59 .74 7.5 25,700 2060 .45 .61 .77 7.1 24,100 2190 .45 .62 .80 6.6 22,400 2310 .46 .65 .83

Enter�ingWetBulb

Temper�ature

TotalAir

Volume

L/s cfm

TotalCoolingCapacity

Btuh

Com�pressorMotorWattsInput

SensibleTo Total

Ratio (S/T)Dry Bulb Dry Bulb Dry Bulb Dry Bulb

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)Com�

pressorMotorWattsInput

Com�pressorMotorWattsInput

Com�pressorMotorWattsInput

TotalCoolingCapacity

TotalCoolingCapacity

TotalCoolingCapacity

Outdoor Air Temperature Entering Outdoor Coil

63°F(17.2°C)

67°F(19.4°C)

71°F(21.7°C)

BtuhkW kW kWBtuh BtuhkW

85°F (29°C) 95°F (35°C) 105°F (41°C) 115°F (46°C)

HP29−024 � COOLING CAPACITY � CB29M−31 − CB28UH−030

75°F 80°F 85°F 75°F 80°F 85°F 75°F 80°F85°F 75°F 80°F85°F

NOTE � All values are gross capacities and do not include indoor coil blower motor heat deduction.

29°C24°C 27°C29°C27°C24°C29°C27°C24°C29°C27°C24°C330 700 7.0 23,800 1830 .73 .87 .99 6.6 22,400 1960 .75 .90 1.00 6.2 21,000 2080 .77 .93 1.00 5.7 19,600 2190 .80 .96 1.00

375 800 7.2 24,400 1850 .76 .91 1.00 6.7 23,000 1980 .78 .94 1.00 6.3 21,600 2100 .81 .97 1.00 5.9 20,200 2220 .84 .99 1.00

425 900 7.3 24,900 1870 .79 .95 1.00 6.9 23,500 2000 .82 .97 1.00 6.5 22,100 2120 .84 .99 1.00 6.1 20,800 2250 .88 1.00 1.00

330 700 7.5 25,500 1880 .57 .70 .84 7.0 24,000 2020 .58 .72 .86 6.6 22,500 2140 .59 .75 .89 6.1 20,900 2260 .61 .77 .92

375 800 7.6 26,100 1900 .59 .74 .88 7.2 24,500 2030 .60 .76 .90 6.7 22,900 2160 .62 .78 .93 6.2 21,300 2280 .63 .81 .97

425 900 7.8 26,500 1910 .61 .77 .92 7.3 24,900 2050 .62 .79 .94 6.8 23,300 2170 .64 .82 .97 6.4 21,700 2290 .66 .85 1.00

330 700 8.0 27,400 1930 .43 .55 .68 7.6 25,800 2070 .43 .56 .70 7.1 24,200 2210 .43 .58 .72 6.6 22,500 2340 .44 .59 .74

375 800 8.2 28,000 1940 .43 .57 .71 7.7 26,300 2090 .44 .58 .73 7.2 24,700 2230 .44 .60 .76 6.7 22,900 2350 .45 .62 .79

425 900 8.3 28,400 1960 .44 .59 .74 7.8 26,700 2100 .44 .61 .77 7.3 25,000 2240 .45 .62 .79 6.8 23,200 2370 .46 .65 .83

Enter�ingWetBulb

Temper�ature

TotalAir

Volume

L/s cfm

TotalCoolingCapacity

Btuh

Com�pressorMotorWattsInput

SensibleTo Total

Ratio (S/T)Dry Bulb Dry Bulb Dry Bulb Dry Bulb

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)Com�

pressorMotorWattsInput

Com�pressorMotorWattsInput

Com�pressorMotorWattsInput

TotalCoolingCapacity

TotalCoolingCapacity

TotalCoolingCapacity

Outdoor Air Temperature Entering Outdoor Coil

63°F(17.2°C)

67°F(19.4°C)

71°F(21.7°C)

BtuhkW kW kWBtuh BtuhkW

85°F (29°C) 95°F (35°C) 105°F (41°C) 115°F (46°C)

HP29−024 � COOLING CAPACITY � CB30U−21/26 � CB30M−21/26

75°F 80°F 85°F 75°F 80°F 85°F 75°F 80°F85°F 75°F 80°F85°F

NOTE � All values are gross capacities and do not include indoor coil blower motor heat deduction.

330 700 7.6 26,000 1820 5.7 19,600 1565 3.8 12,800 1305 2.5 8,500 1065 1.3 4,300 800380 800 7.7 26,400 1820 5.9 20,000 1565 3.9 13,200 1305 2.6 8,900 1065 1.4 4,700 800425 900 7.9 26,800 1800 6.0 20,400 1545 4.0 13,600 1285 2.7 9,300 1045 1.5 5,100 780

NOTE � Heating capacities include the effect of defrost cycles in the temperature range where they occur.

Indoor CoilAir Volume

70°F db(21°C db)

TotalHeatingCapacity

Comp.MotorWattsInputL/s cfm kW Btuh kW Btuh kW Btuh kW Btuh kW Btuh

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

Air Temperature Entering Outdoor Coil

65°F (18°C) 45°F (7°C) 25°F (�4°C) 5°F (�15°C) �15°F (�28°C)

HP29−024 � HEATING CAPACITY � CB29M−31 − CB28UH−030

330 700 7.7 26,200 1890 5.7 19,600 1610 3.8 12,800 1325 2.4 8,300 1095 1.2 4,100 830380 800 7.8 26,700 1865 5.9 20,100 1585 3.9 13,300 1300 2.6 8,800 1070 1.3 4,600 805425 900 8.0 27,200 1845 6.0 20,600 1565 4.0 13,800 1280 2.7 9,300 1050 1.5 5,100 785

NOTE � Heating capacities include the effect of defrost cycles in the temperature range where they occur.

Indoor CoilAir Volume

70°F db(21°C db)

TotalHeatingCapacity

Comp.MotorWattsInputL/s cfm kW Btuh kW Btuh kW Btuh kW Btuh kW Btuh

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

Air Temperature Entering Outdoor Coil

65°F (18°C) 45°F (7°C) 25°F (�4°C) 5°F (�15°C) �15°F (�28°C)

HP29−024 � HEATING CAPACITY � CB30U−21/26 � CB30M−21/26

1820 26,400 7.71760 24,900 7.31695 23,400 6.91635 21,900 6.41595 21,000 6.21565 20,000 5.91485 17,400 5.11405 14,800 4.31355 14,000 4.11305 13,200 3.91250 12,500 3.71220 12,000 3.51195 11,400 3.31130 9,900 2.91065 8,900 2.61000 7,800 2.3930 6,800 2.0865 5,700 1.7800 4,700 1.4730 3,600 1.1

*Outdoor�temperature�70%�relative�humidity.�Indoor�temperature�70°F�(21°C).

*Outdoor Temperature

°F °CCompressor Motor

Watts InputTotal Output

kWBtuh

65 1860 1655 1350 1047 845 740 435 230 �125 �420 �717 �815 �910 �125 �150 �18

�5 �21�10 �23�15 �26�20 �29

HP29−024 � HEATING PERFORMANCECB29M−31 − CB28UH−030 at 800 cfm (380 L/s)

1865 26,700 7.81800 25,200 7.41730 23,700 6.91665 22,100 6.51625 21,200 6.21585 20,100 5.91490 17,500 5.11395 14,900 4.41345 14,100 4.11300 13,300 3.91255 12,500 3.71230 12,000 3.51205 11,400 3.31135 9,900 2.91070 8,800 2.61005 7,800 2.3935 6,700 2.0870 5,700 1.7805 4,600 1.3735 3,600 1.1

*Outdoor�temperature�70%�relative�humidity.�Indoor�temperature�70°F�(21°C).

*Outdoor Temperature

°F °CCompressor Motor

Watts InputTotal Output

kWBtuh

65 1860 1655 1350 1047 845 740 435 230 �125 �420 �717 �815 �910 �125 �150 �18

�5 �21�10 �23�15 �26�20 �29

HP29−024 � HEATING PERFORMANCECB30U/CB30M−21/26 at 800 cfm (380 L/s)

HP29 / Page 13

Page 14: HEAT PUMP OUTDOOR UNITS HP29 - LennoxPROs.com · 2019-11-07 · During compression, several pockets are compressed simulta neously resulting in a smooth continuous compression cycle

HEATING AND COOLING RATINGSNOTE � For Temperatures and Capacities not shown in tables, see bulletin � Cooling Unit Rating Table Correction Factor Data in Miscellaneous Engineering Data section.

29°C24°C 27°C29°C27°C24°C29°C27°C24°C29°C27°C24°C285 600 6.8 23,300 1820 .70 .83 .94 6.4 21,900 1940 .72 .85 .97 6.0 20,500 2050 .73 .88 .99 5.6 19,100 2160 .76 .91 1.00

375 800 7.2 24,700 1850 .76 .91 1.00 6.8 23,200 1990 .78 .94 1.00 6.4 21,800 2110 .81 .97 1.00 5.9 20,300 2220 .84 1.00 1.00

470 1000 7.6 25,800 1880 .82 .98 1.00 7.1 24,300 2020 .85 1.00 1.00 6.7 23,000 2160 .88 1.00 1.00 6.3 21,500 2290 .91 1.00 1.00

285 600 7.4 25,100 1870 .55 .67 .79 6.9 23,600 2000 .56 .69 .81 6.5 22,100 2120 .57 .70 .84 6.0 20,600 2240 .58 .73 .87

375 800 7.7 26,400 1900 .59 .73 .87 7.3 24,800 2040 .60 .75 .90 6.8 23,200 2170 .61 .78 .93 6.3 21,500 2290 .63 .81 .97

470 1000 8.0 27,300 1920 .62 .80 .95 7.5 25,600 2060 .64 .82 .98 7.0 23,900 2200 .66 .85 1.00 6.5 22,200 2320 .68 .89 1.00

285 600 7.9 27,000 1920 .42 .53 .64 7.5 25,500 2060 .42 .54 .66 7.0 23,900 2190 .43 .55 .68 6.5 22,200 2320 .43 .57 .70

375 800 8.3 28,400 1950 .43 .57 .71 7.8 26,700 2100 .44 .58 .73 7.3 25,000 2240 .44 .60 .75 6.8 23,100 2360 .45 .62 .78

470 1000 8.6 29,200 1970 .45 .61 .77 8.0 27,400 2120 .45 .63 .80 7.5 25,600 2260 .46 .65 .83 6.9 23,700 2390 .47 .67 .86

Enter�ingWetBulb

Temper�ature

TotalAir

Volume

L/s cfm

TotalCoolingCapacity

Btuh

Com�pressorMotorWattsInput

SensibleTo Total

Ratio (S/T)Dry Bulb Dry Bulb Dry Bulb Dry Bulb

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)Com�

pressorMotorWattsInput

Com�pressorMotorWattsInput

Com�pressorMotorWattsInput

TotalCoolingCapacity

TotalCoolingCapacity

TotalCoolingCapacity

Outdoor Air Temperature Entering Outdoor Coil

63°F(17.2°C)

67°F(19.4°C)

71°F(21.7°C)

BtuhkW kW kWBtuh BtuhkW

85°F (29°C) 95°F (35°C) 105°F (41°C) 115°F (46°C)

HP29−024 � COOLING CAPACITY � CB30U−31 � CB30M−31

75°F 80°F 85°F 75°F 80°F 85°F 75°F 80°F85°F 75°F 80°F85°F

NOTE � All values are gross capacities and do not include indoor coil blower motor heat deduction.

305 650 6.6 22,400 1790 .73 .86 .97 6.2 21,200 1910 .74 .88 .99 5.8 19,900 2020 .76 .91 1.00 5.5 18,700 2120 .79 .94 1.00

375 800 6.8 23,300 1820 .77 .92 1.00 6.4 22,000 1940 .79 .94 1.00 6.1 20,700 2060 .82 .97 1.00 5.7 19,400 2170 .85 .99 1.00

450 950 7.0 24,000 1840 .82 .97 1.00 6.7 22,800 1960 .84 .99 1.00 6.3 21,500 2090 .87 1.00 1.00 5.9 20,200 2210 .90 1.00 1.00

305 650 7.0 24,000 1840 .57 .70 .83 6.7 22,700 1960 .58 .72 .85 6.2 21,300 2080 .59 .74 .88 5.8 19,900 2190 .60 .76 .91

375 800 7.3 24,800 1860 .59 .75 .89 6.9 23,400 1990 .61 .77 .91 6.4 21,900 2110 .62 .79 .94 6.0 20,400 2220 .64 .82 .97

450 950 7.4 25,300 1870 .62 .79 .94 7.0 23,900 2000 .64 .82 .96 6.6 22,400 2130 .65 .85 .99 6.1 20,900 2240 .68 .88 1.00

305 650 7.5 25,700 1880 .43 .55 .67 7.1 24,300 2020 .43 .56 .69 6.7 22,900 2150 .43 .57 .71 6.3 21,400 2260 .44 .59 .73

375 800 7.8 26,500 1900 .43 .58 .72 7.3 25,000 2040 .44 .59 .74 6.9 23,500 2170 .44 .61 .77 6.4 21,900 2290 .45 .63 .80

450 950 7.9 27,000 1920 .45 .61 .77 7.5 25,500 2060 .45 .62 .79 7.0 23,900 2190 .46 .64 .82 6.5 22,300 2310 .47 .66 .85

29°C24°C 27°C29°C27°C24°C29°C27°C24°C29°C27°C24°C

Enter�ingWetBulb

Temper�ature

TotalAir

Volume

L/s cfm

TotalCoolingCapacity

Btuh

Com�pressorMotorWattsInput

SensibleTo Total

Ratio (S/T)Dry Bulb Dry Bulb Dry Bulb Dry Bulb

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)Com�

pressorMotorWattsInput

Com�pressorMotorWattsInput

Com�pressorMotorWattsInput

TotalCoolingCapacity

TotalCoolingCapacity

TotalCoolingCapacity

Outdoor Air Temperature Entering Outdoor Coil

BtuhkW kW kWBtuh BtuhkW

85°F (29°C) 95°F (35°C) 105°F (41°C) 115°F (46°C)

HP29−024 � COOLING CAPACITY � C26�21 � CH23�21

75°F 80°F 85°F 75°F 80°F 85°F 75°F 80°F85°F 75°F 80°F85°F

NOTE � All values are gross capacities and do not include indoor coil blower motor heat deduction.

63�F(17.2�C)

67�F(19.4�C)

71�F(21.7�C)

330 700 7.6 25,800 1975 5.6 19,200 1685 3.6 12,400 1385 2.3 7,900 1175 1.1 3,700 895380 800 7.8 26,700 1915 5.9 20,100 1625 3.9 13,300 1325 2.6 8,800 1115 1.3 4,600 835425 900 8.0 27,200 1875 6.0 20,600 1585 4.0 13,800 1285 2.7 9,300 1075 1.5 5,100 795

NOTE � Heating capacities include the effect of defrost cycles in the temperature range where they occur.

Indoor CoilAir Volume

70°F db(21°C db)

TotalHeatingCapacity

Comp.MotorWattsInputL/s cfm kW Btuh kW Btuh kW Btuh kW Btuh kW Btuh

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

Air Temperature Entering Outdoor Coil

65°F (18°C) 45°F (7°C) 25°F (�4°C) 5°F (�15°C) �15°F (�28°C)

HP29−024 � HEATING CAPACITY � CB30U−31 � CB30M−31

305 650 8.0 27,200 1980 5.9 20,200 1685 3.8 12,900 1385 2.5 8700 1120 1.2 4100 850375 800 8.2 27,900 1945 6.1 20,900 1645 4.0 13,600 1345 2.8 9400 1080 1.4 4800 810450 950 8.4 28,700 1905 6.3 21,600 1610 4.2 14,300 1310 3.0 10,100 1045 1.6 5500 775

NOTE � Heating capacities include the effect of defrost cycles in the temperature range where they occur.

Indoor CoilAir Volume

70°F db(21°C db)

TotalHeatingCapacity

Comp.MotorWattsInputL/s cfm kW Btuh kW Btuh kW Btuh kW Btuh kW Btuh

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

Air Temperature Entering Outdoor Coil

65°F (18°C) 45°F (7°C) 25°F (�4°C) 5°F (�15°C) �15°F (�28°C)

HP29−024 � HEATING CAPACITY � C26�21 � CH23�21

1915 26,700 7.81850 25,200 7.41780 23,700 6.91715 22,100 6.51675 21,200 6.21625 20,100 5.91505 17,500 5.11385 14,900 4.41355 14,100 4.11325 13,300 3.91295 12,500 3.71280 12,000 3.51255 11,400 3.31185 9,900 2.91115 8,800 2.61045 7,800 2.3975 6,700 2.0905 5,700 1.7835 4,600 1.3765 3,600 1.1

*Outdoor�temperature�70%�relative�humidity.�Indoor�temperature�70°F�(21°C).

*Outdoor Temperature

°F °CCompressor Motor

Watts InputTotal Output

kWBtuh

65 1860 1655 1350 1047 845 740 435 230 �125 �420 �717 �815 �910 �125 �150 �18

�5 �21�10 �23�15 �26�20 �29

HP29−024 � HEATING PERFORMANCECB30U/CB30M−31 at 800 cfm (380 L/s)

1945 27,900 8.21870 26,300 7.71795 24,600 7.21725 23,000 6.71680 22,000 6.41645 20,900 6.11560 18,100 5.31475 15,400 4.51410 14,500 4.21345 13,600 4.01280 12,700 3.71245 12,100 3.51215 11,700 3.41150 10,500 3.11080 9400 2.81015 8200 2.4945 7100 2.1880 5900 1.7810 4800 1.4745 3600 1.1

*Outdoor�temperature�70%�relative�humidity.�Indoor�temperature�70°F�(21°C).

*Outdoor Temperature

°F °CCompressor Motor

Watts InputTotal Output

kWBtuh

65 1860 1655 1350 1047 845 740 435 230 �125 �420 �717 �815 �910 �125 �150 �18

�5 �21�10 �23�15 �26�20 �29

HP29−024 � HEATING PERFORMANCEC26�21 � CH23�21 at 800 cfm (375 L/s)

HP29 / Page 14

Page 15: HEAT PUMP OUTDOOR UNITS HP29 - LennoxPROs.com · 2019-11-07 · During compression, several pockets are compressed simulta neously resulting in a smooth continuous compression cycle

HEATING AND COOLING RATINGSNOTE � For Temperatures and Capacities not shown in tables, see bulletin � Cooling Unit Rating Table Correction Factor Data in Miscellaneous Engineering Data section.

305 650 6.8 23,200 1820 .72 .86 .97 6.4 21,900 1940 .74 .88 .99 6.0 20,600 2060 .76 .91 1.00 5.6 19,200 2160 .78 .94 1.00

375 800 7.1 24,100 1850 .77 .92 1.00 6.7 22,800 1970 .79 .94 1.00 6.3 21,400 2090 .81 .97 1.00 5.9 20,100 2210 .84 .99 1.00

450 950 7.3 24,900 1870 .81 .97 1.00 6.9 23,600 2000 .84 .99 1.00 6.5 22,200 2130 .87 1.00 1.00 6.1 20,900 2250 .90 1.00 1.00

305 650 7.3 24,900 1870 .56 .69 .82 6.9 23,500 2000 .57 .71 .84 6.4 22,000 2120 .59 .73 .87 6.0 20,500 2230 .60 .76 .90

375 800 7.5 25,700 1890 .59 .74 .88 7.1 24,200 2020 .60 .76 .91 6.7 22,700 2150 .62 .79 .94 6.2 21,100 2260 .64 .82 .97

450 950 7.7 26,300 1900 .62 .79 .94 7.3 24,800 2040 .63 .81 .96 6.8 23,200 2170 .65 .84 .99 6.3 21,600 2290 .67 .87 1.00

305 650 7.8 26,700 1910 .42 .55 .67 7.4 25,200 2050 .43 .56 .68 6.9 23,700 2190 .43 .57 .70 6.5 22,100 2310 .44 .58 .73

375 800 8.1 27,600 1940 .43 .57 .72 7.6 26,000 2080 .44 .59 .74 7.2 24,400 2210 .44 .60 .76 6.7 22,700 2340 .45 .62 .79

450 950 8.3 28,200 1950 .44 .60 .76 7.8 26,500 2100 .45 .62 .79 7.3 24,800 2230 .46 .64 .82 6.8 23,100 2360 .47 .66 .85

29°C24°C 27°C29°C27°C24°C29°C27°C24°C29°C27°C24°C

Enter�ingWetBulb

Temper�ature

TotalAir

Volume

L/s cfm

TotalCoolingCapacity

Btuh

Com�pressorMotorWattsInput

SensibleTo Total

Ratio (S/T)Dry Bulb Dry Bulb Dry Bulb Dry Bulb

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)Com�

pressorMotorWattsInput

Com�pressorMotorWattsInput

Com�pressorMotorWattsInput

TotalCoolingCapacity

TotalCoolingCapacity

TotalCoolingCapacity

Outdoor Air Temperature Entering Outdoor Coil

BtuhkW kW kWBtuh BtuhkW

85°F (29°C) 95°F (35°C) 105°F (41°C) 115°F (46°C)

HP29−024 � COOLING CAPACITY � C26�26 � C33−30A � CH33−30A−F � CH23�31

75°F 80°F 85°F 75°F 80°F 85°F 75°F 80°F85°F 75°F 80°F85°F

NOTE � All values are gross capacities and do not include indoor coil blower motor heat deduction.

63�F(17.2�C)

67�F(19.4�C)

71�F(21.7�C)

305 650 6.4 21,900 1780 .72 .85 .96 6.1 20,800 1890 .73 .87 .98 5.7 19,500 2000 .75 .90 1.00 5.4 18,300 2100 .77 .92 1.00

375 800 6.7 22,800 1800 .76 .90 1.00 6.3 21,500 1920 .78 .93 1.00 5.9 20,300 2030 .80 .95 1.00 5.6 19,000 2140 .83 .98 1.00

450 950 6.9 23,400 1820 .80 .95 1.00 6.5 22,200 1950 .82 .97 1.00 6.1 20,900 2060 .85 .99 1.00 5.8 19,700 2180 .88 1.00 1.00

305 650 6.9 23,500 1820 .56 .69 .81 6.5 22,300 1950 .57 .70 .83 6.1 20,900 2060 .58 .72 .86 5.7 19,500 2170 .59 .75 .89

375 800 7.1 24,300 1840 .58 .73 .87 6.7 22,900 1970 .60 .75 .89 6.3 21,500 2090 .61 .77 .92 5.9 20,100 2200 .63 .80 .95

450 950 7.3 24,900 1860 .61 .77 .92 6.9 23,400 1990 .62 .80 .95 6.4 22,000 2110 .64 .82 .97 6.0 20,500 2220 .66 .85 .99

305 650 7.4 25,300 1870 .42 .54 .66 7.0 23,900 2000 .43 .55 .68 6.6 22,500 2130 .43 .56 .69 6.2 21,000 2250 .43 .58 .72

375 800 7.6 26,000 1890 .43 .57 .70 7.2 24,600 2030 .44 .58 .72 6.8 23,100 2160 .44 .59 .75 6.3 21,600 2280 .45 .61 .77

450 950 7.8 26,600 1910 .44 .59 .75 7.4 25,100 2040 .45 .61 .77 6.9 23,600 2170 .45 .63 .80 6.4 22,000 2290 .46 .65 .83

29°C24°C 27°C29°C27°C24°C29°C27°C24°C29°C27°C24°C

Enter�ingWetBulb

Temper�ature

TotalAir

Volume

L/s cfm

TotalCoolingCapacity

Btuh

Com�pressorMotorWattsInput

SensibleTo Total

Ratio (S/T)Dry Bulb Dry Bulb Dry Bulb Dry Bulb

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)Com�

pressorMotorWattsInput

Com�pressorMotorWattsInput

Com�pressorMotorWattsInput

TotalCoolingCapacity

TotalCoolingCapacity

TotalCoolingCapacity

Outdoor Air Temperature Entering Outdoor Coil

BtuhkW kW kWBtuh BtuhkW

85°F (29°C) 95°F (35°C) 105°F (41°C) 115°F (46°C)

HP29−024 � COOLING CAPACITY � CR26�18

75°F 80°F 85°F 75°F 80°F 85°F 75°F 80°F85°F 75°F 80°F85°F

NOTE � All values are gross capacities and do not include indoor coil blower motor heat deduction.

63�F(17.2�C)

67�F(19.4�C)

71�F(21.7�C)

305 650 8.1 27,500 1960 6.0 20,400 1670 3.8 13,000 1380 2.5 8700 1120 1.2 4100 855375 800 8.3 28,200 1915 6.2 21,100 1630 4.0 13,700 1340 2.8 9400 1080 1.4 4800 810450 950 8.5 28,900 1875 6.4 21,800 1585 4.2 14,400 1295 3.0 10,200 1035 1.6 5500 770

NOTE � Heating capacities include the effect of defrost cycles in the temperature range where they occur.

Indoor CoilAir Volume

70°F db(21°C db)

TotalHeatingCapacity

Comp.MotorWattsInputL/s cfm kW Btuh kW Btuh kW Btuh kW Btuh kW Btuh

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

Air Temperature Entering Outdoor Coil

65°F (18°C) 45°F (7°C) 25°F (�4°C) 5°F (�15°C) �15°F (�28°C)

HP29−024 � HEATING CAPACITY � C26�26 � C33−30 � CH33−30A−F � CH23�31

305 650 7.9 26,800 2015 5.9 20,000 1705 3.8 12,900 1385 2.5 8600 1115 1.2 4000 845375 800 8.1 27,600 1980 6.1 20,800 1665 4.0 13,700 1345 2.8 9400 1075 1.4 4800 810450 950 8.3 28,200 1940 6.3 21,400 1630 4.2 14,300 1310 2.9 10,000 1040 1.6 5400 770

NOTE � Heating capacities include the effect of defrost cycles in the temperature range where they occur.

Indoor CoilAir Volume

70°F db(21°C db)

TotalHeatingCapacity

Comp.MotorWattsInputL/s cfm kW Btuh kW Btuh kW Btuh kW Btuh kW Btuh

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

Air Temperature Entering Outdoor Coil

65°F (18°C) 45°F (7°C) 25°F (�4°C) 5°F (�15°C) �15°F (�28°C)

HP29−024 � HEATING CAPACITY � CR26�18

1915 28,200 8.31845 26,500 7.81775 24,900 7.31705 23,200 6.81665 22,200 6.51630 21,100 6.21545 18,300 5.41465 15,500 4.51400 14,600 4.31340 13,700 4.01275 12,800 3.81240 12,200 3.61215 11,700 3.41145 10,600 3.11080 9400 2.81010 8300 2.4945 7100 2.1880 6000 1.8810 4800 1.4745 3700 1.1

*Outdoor�temperature�70%�relative�humidity.�Indoor�temperature�70°F�(21°C).

*Outdoor Temperature

°F °CCompressor Motor

Watts InputTotal Output

kWBtuh

65 1860 1655 1350 1047 845 740 435 230 �125 �420 �717 �815 �910 �125 �150 �18

�5 �21�10 �23�15 �26�20 �29

HP29−024 � HEATING PERFORMANCEC26�26 − C33−30 − CH33−30A−F − CH23�31 at 800 cfm (375 L/s)

1980 27,600 8.11900 26,000 7.61825 24,400 7.21745 22,800 6.71700 21,800 6.41665 20,800 6.11575 18,200 5.31485 15,600 4.61415 14,600 4.31345 13,700 4.01280 12,700 3.71235 12,200 3.61210 11,700 3.41145 10,500 3.11075 9400 2.81010 8200 2.4940 7100 2.1875 5900 1.7810 4800 1.4740 3600 1.1

*Outdoor�temperature�70%�relative�humidity.�Indoor�temperature�70°F�(21°C).

*Outdoor Temperature

°F °CCompressor Motor

Watts InputTotal Output

kWBtuh

65 1860 1655 1350 1047 845 740 435 230 �125 �420 �717 �815 �910 �125 �150 �18

�5 �21�10 �23�15 �26�20 �29

HP29−024 � HEATING PERFORMANCECR26�18 at 800 cfm (375 L/s)

HP29 / Page 15

Page 16: HEAT PUMP OUTDOOR UNITS HP29 - LennoxPROs.com · 2019-11-07 · During compression, several pockets are compressed simulta neously resulting in a smooth continuous compression cycle

HEATING AND COOLING RATINGSNOTE � For Temperatures and Capacities not shown in tables, see bulletin � Cooling Unit Rating Table Correction Factor Data in Miscellaneous Engineering Data section.

29°C27°C24°C

Enter�ingWetBulb

Temper�ature

TotalAir

Volume

L/s cfm

TotalCoolingCapacity

Btuh

Com�pressorMotorWattsInput

SensibleTo Total

Ratio (S/T)Dry Bulb Dry Bulb Dry Bulb Dry Bulb

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)Com�

pressorMotorWattsInput

Com�pressorMotorWattsInput

Com�pressorMotorWattsInput

TotalCoolingCapacity

TotalCoolingCapacity

TotalCoolingCapacity

Outdoor Air Temperature Entering Outdoor Coil

63°F(17°C)

67°F(19°C)

71°F(22°C)

BtuhkW kW kWBtuh BtuhkW

85°F (29°C) 95°F (35°C) 105°F (41°C) 115°F (46°C)

HP29−030 � COOLING CAPACITY � CB29M−21/26 − CB28UH−018/024

75°F 80°F 85°F

NOTE � All values are gross capacities and do not include indoor coil blower motor heat deduction.

305 650 7.4 25,100 2240 .69 .80 .92 7.1 24,300 2500 .7 .82 .93 6.9 23,500 2810 .71 .83 .94 6.6 22,500 3150 .71 .84 .96

380 800 7.6 26,100 2260 .72 .85 .97 7.4 25,200 2520 .73 .87 .98 7.1 24,300 2830 .74 .88 .99 6.9 23,400 3170 .75 .90 1.0

450 950 7.9 26,800 2270 .76 .90 1.0 7.6 26,000 2530 .77 .92 1.0 7.3 25,000 2840 .78 .93 1.0 7.0 24,000 3180 .8 .95 1.0

305 650 7.9 26,900 2270 .55 .66 .77 7.6 26,000 2530 .55 .67 .78 7.4 25,100 2840 .55 .67 .79 7.1 24,100 3180 .56 .68 .81

380 800 8.1 27,800 2280 .56 .69 .82 7.9 26,900 2550 .57 .70 .84 7.6 25,900 2850 .58 .71 .85 7.3 24,800 3200 .58 .73 .87

450 950 8.3 28,400 2290 .59 .73 .87 8.1 27,500 2560 .59 .74 .88 7.8 26,500 2860 .6 .75 .90 7.4 25,300 3210 .61 .77 .92

305 650 8.4 28,700 2290 .42 .53 .63 8.1 27,800 2560 .42 .53 .64 7.9 26,800 2870 .42 .54 .65 7.5 25,700 3210 .42 .54 .66

380 800 8.7 29,600 2310 .43 .55 .67 8.4 28,700 2580 .43 .55 .68 8.1 27,600 2880 .43 .56 .69 7.8 26,500 3230 .43 .57 .71

450 950 8.9 30,300 2320 .43 .57 .71 8.6 29,300 2590 .43 .58 .72 8.3 28,200 2890 .44 .59 .73 7.9 27,100 3240 .44 .59 .75

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C

Enter�ingWetBulb

Temper�ature

TotalAir

Volume

L/s cfm

TotalCoolingCapacity

Btuh

Com�pressorMotorWattsInput

SensibleTo Total

Ratio (S/T)Dry Bulb Dry Bulb Dry Bulb Dry Bulb

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)Com�

pressorMotorWattsInput

Com�pressorMotorWattsInput

Com�pressorMotorWattsInput

TotalCoolingCapacity

TotalCoolingCapacity

TotalCoolingCapacity

Outdoor Air Temperature Entering Outdoor Coil

63°F(17°C)

67°F(19°C)

71°F(22°C)

BtuhkW kW kWBtuh BtuhkW

85°F (29°C) 95°F (35°C) 105°F (41°C) 115°F (46°C)

HP29−030 � COOLING CAPACITY � CB29M−31 − CB28UH−030

75°F 80°F 85°F

NOTE � All values are gross capacities and do not include indoor coil blower motor heat deduction.

425 900 8.7 29,700 2290 .74 .88 .99 8.4 28,700 2560 .75 .90 1.0 8.1 27,600 2870 .77 .92 1.0 7.8 26,500 3210 .78 .93 1.0

470 1000 8.9 30,200 2300 .77 .91 1.0 8.6 29,200 2570 .78 .93 1.0 8.2 28,100 2880 .79 .95 1.0 7.9 27,000 3220 .81 .96 1.0

520 1100 9.0 30,700 2310 .79 .94 1.0 8.7 29,700 2580 .8 .95 1.0 8.4 28,600 2890 .82 .97 1.0 8.0 27,400 3230 .84 .99 1.0

425 900 9.2 31,500 2320 .58 .72 .85 8.9 30,500 2590 .58 .73 .87 8.6 29,300 2890 .59 .74 .88 8.2 28,100 3240 .6 .75 .90

470 1000 9.4 32,000 2320 .59 .74 .88 9.1 30,900 2590 .6 .75 .90 8.7 29,700 2900 .61 .77 .91 8.3 28,400 3250 .62 .79 .93

520 1100 9.5 32,300 2330 .61 .77 .91 9.1 31,200 2600 .62 .78 .93 8.8 30,000 2910 .62 .80 .94 8.4 28,800 3250 .63 .81 .96

425 900 9.8 33,600 2350 .43 .56 .69 9.5 32,500 2620 .43 .57 .70 9.2 31,300 2930 .43 .58 .72 8.8 30,000 3280 .44 .58 .73

470 1000 10.0 34,000 2350 .44 .58 .72 9.6 32,900 2620 .44 .58 .73 9.3 31,700 2930 .44 .59 .74 8.9 30,300 3280 .45 .60 .76

520 1100 10.1 34,400 2360 .44 .59 .74 9.8 33,300 2630 .44 .60 .76 9.4 32,000 2940 .45 .61 .77 9.0 30,600 3290 .45 .62 .79

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

305 650 9.7 33,100 2795 7.7 26,300 2480 5.6 19,200 2160 4.0 13,600 1845 1.9 6,500 1410380 800 9.9 33,800 2645 7.9 27,000 2330 5.8 19,900 2010 4.2 14,300 1695 2.1 7,200 1260450 950 10.1 34,400 2545 8.1 27,600 2230 6.0 20,500 1910 4.4 14,900 1595 2.3 7,800 1160

NOTE � Heating capacities include the effect of defrost cycles in the temperature range where they occur.

Indoor CoilAir Volume

70°F db(21°C db)

TotalHeatingCapacity

Comp.MotorWattsInputL/s cfm kW Btuh kW Btuh kW Btuh kW Btuh kW Btuh

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

Air Temperature Entering Outdoor Coil

65°F (18°C) 45°F (7°C) 25°F (�4°C) 5°F (�15°C) �15°F (�28°C)

HP29−030 � HEATING CAPACITY � CB29M−21/26 − CB28UH−018/024

425 900 10.3 35,200 2610 8.2 27,900 2325 6.0 20,400 2035 4.2 14,400 1745 2.1 7,100 1305470 1000 10.4 35,600 2550 8.3 28,300 2265 6.1 20,800 1975 4.3 14,800 1685 2.2 7,500 1245520 1100 10.5 35,900 2505 8.4 28,600 2220 6.2 21,100 1930 4.4 15,100 1640 2.3 7,800 1200

NOTE � Heating capacities include the effect of defrost cycles in the temperature range where they occur.

Indoor CoilAir Volume

70°F db(21°C db)

TotalHeatingCapacity

Comp.MotorWattsInputL/s cfm kW Btuh kW Btuh kW Btuh kW Btuh kW Btuh

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

Air Temperature Entering Outdoor Coil

65°F (18°C) 45°F (7°C) 25°F (�4°C) 5°F (�15°C) �15°F (�28°C)

HP29−030 � HEATING CAPACITY � CB29M−31 − CB28UH−030

2645 33,800 9.92565 32,200 9.42490 30,600 9.02415 29,000 8.52370 28,000 8.22330 27,000 7.92230 24,500 7.22135 21,900 6.42070 20,900 6.12010 19,900 5.81950 18,900 5.51915 18,300 5.41885 17,700 5.21805 16,000 4.71695 14,300 4.21585 12,500 3.71475 10,800 3.21365 9,000 2.61260 7,200 2.11150 5,500 1.6

*Outdoor�temperature�70%�relative�humidity.�Indoor�temperature�70°F�(21°C).

*Outdoor Temperature

°F °CCompressor Motor

Watts InputTotal Output

kWBtuh

65 1860 1655 1350 1047 845 740 435 230 �125 �420 �717 �815 �910 �125 �150 �18

�5 �21�10 �23�15 �26�20 �29

HP29−030 � HEATING PERFORMANCECB29M−21/26 − CB28UH−018/024 � at 800 cfm (380 L/s)

2550 35,600 10.42480 33,900 9.92410 32,200 9.42345 30,400 8.92300 29,400 8.62265 28,300 8.32175 25,600 7.52085 23,000 6.72030 21,900 6.41975 20,800 6.11925 19,700 5.81890 19,000 5.61865 18,300 5.41795 16,600 4.91685 14,800 4.31575 12,900 3.81465 11,100 3.31355 9,300 2.71245 7,500 2.21135 5,700 1.7

*Outdoor�temperature�70%�relative�humidity.�Indoor�temperature�70°F�(21°C).

*Outdoor Temperature

°F °CCompressor Motor

Watts InputTotal Output

kWBtuh

65 1860 1655 1350 1047 845 740 435 230 �125 �420 �717 �815 �910 �125 �150 �18

�5 �21�10 �23�15 �26�20 �29

HP29−030 � HEATING PERFORMANCECB29M−31 − CB28UH−030 � at 1000 cfm (470 L/s)

HP29 / Page 16

Page 17: HEAT PUMP OUTDOOR UNITS HP29 - LennoxPROs.com · 2019-11-07 · During compression, several pockets are compressed simulta neously resulting in a smooth continuous compression cycle

HEATING AND COOLING RATINGSNOTE � For Temperatures and Capacities not shown in tables, see bulletin � Cooling Unit Rating Table Correction Factor Data in Miscellaneous Engineering Data section.

29°C27°C24°C

Enter�ingWetBulb

Temper�ature

TotalAir

Volume

L/s cfm

TotalCoolingCapacity

Btuh

Com�pressorMotorWattsInput

SensibleTo Total

Ratio (S/T)Dry Bulb Dry Bulb Dry Bulb Dry Bulb

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)Com�

pressorMotorWattsInput

Com�pressorMotorWattsInput

Com�pressorMotorWattsInput

TotalCoolingCapacity

TotalCoolingCapacity

TotalCoolingCapacity

Outdoor Air Temperature Entering Outdoor Coil

63°F(17°C)

67°F(19°C)

71°F(22°C)

BtuhkW kW kWBtuh BtuhkW

85°F (29°C) 95°F (35°C) 105°F (41°C) 115°F (46°C)

HP29−030 � COOLING CAPACITY � CB29M−41 − CB28UH−036

75°F 80°F 85°F

NOTE � All values are gross capacities and do not include indoor coil blower motor heat deduction.

425 900 8.4 28,800 2310 .74 .88 .99 8.1 27,800 2580 .75 .90 1.0 7.9 26,800 2890 .76 .91 1.0 7.5 25,600 3240 .78 .93 1.0

470 1000 8.6 29,300 2320 .76 .91 1.0 8.3 28,300 2590 .78 .93 1.0 8.0 27,200 2900 .79 .94 1.0 7.6 26,100 3250 .81 .96 1.0

520 1100 8.7 29,800 2330 .79 .94 1.0 8.4 28,800 2600 .8 .95 1.0 8.1 27,700 2910 .82 .97 1.0 7.8 26,600 3260 .84 .98 1.0

425 900 9.0 30,600 2340 .58 .72 .85 8.7 29,600 2610 .58 .72 .86 8.3 28,400 2920 .59 .74 .88 8.0 27,200 3270 .6 .75 .90

470 1000 9.1 31,100 2350 .59 .74 .88 8.8 30,000 2620 .6 .75 .89 8.4 28,800 2930 .6 .77 .91 8.1 27,600 3270 .62 .78 .94

520 1100 9.2 31,400 2350 .61 .76 .91 8.9 30,300 2620 .61 .78 .93 8.6 29,200 2930 .62 .79 .94 8.2 27,900 3290 .63 .81 .96

425 900 9.6 32,700 2370 .43 .56 .69 9.3 31,600 2650 .43 .57 .70 8.9 30,400 2960 .43 .57 .71 8.5 29,100 3310 .44 .58 .73

470 1000 9.7 33,200 2380 .43 .57 .72 9.4 32,000 2650 .44 .58 .73 9.0 30,800 2960 .44 .59 .74 8.6 29,400 3320 .44 .60 .76

520 1100 9.8 33,500 2390 .44 .59 .74 9.5 32,400 2660 .44 .60 .76 9.1 31,100 2970 .45 .61 .77 8.7 29,700 3320 .45 .62 .79

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C

Enter�ingWetBulb

Temper�ature

TotalAir

Volume

L/s cfm

TotalCoolingCapacity

Btuh

Com�pressorMotorWattsInput

SensibleTo Total

Ratio (S/T)Dry Bulb Dry Bulb Dry Bulb Dry Bulb

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)Com�

pressorMotorWattsInput

Com�pressorMotorWattsInput

Com�pressorMotorWattsInput

TotalCoolingCapacity

TotalCoolingCapacity

TotalCoolingCapacity

Outdoor Air Temperature Entering Outdoor Coil

63°F(17°C)

67°F(19°C)

71°F(22°C)

BtuhkW kW kWBtuh BtuhkW

85°F (29°C) 95°F (35°C) 105°F (41°C) 115°F (46°C)

HP29−030 � COOLING CAPACITY � CB30U�21/26 � CB30M−21/26

75°F 80°F 85°F

NOTE � All values are gross capacities and do not include indoor coil blower motor heat deduction.

330 700 8.1 27,500 2270 .69 .81 .93 7.8 26,500 2540 .7 .83 .94 7.5 25,500 2840 .71 .84 .96 7.2 24,400 3180 .72 .86 .97

425 900 8.4 28,800 2300 .74 .88 .99 8.1 27,800 2560 .75 .90 1.0 7.8 26,700 2870 .77 .91 1.0 7.5 25,600 3210 .78 .93 1.0

520 1100 8.7 29,800 2310 .79 .94 1.0 8.4 28,700 2580 .8 .96 1.0 8.1 27,700 2890 .82 .97 1.0 7.8 26,500 3230 .84 .99 1.0

330 700 8.6 29,400 2300 .55 .66 .78 8.3 28,400 2570 .55 .67 .79 8.0 27,300 2880 .56 .68 .80 7.7 26,200 3220 .56 .69 .82

425 900 9.0 30,600 2320 .57 .72 .85 8.7 29,600 2590 .58 .72 .86 8.3 28,400 2900 .59 .74 .88 7.9 27,100 3250 .6 .76 .90

520 1100 9.2 31,500 2340 .6 .77 .91 8.9 30,400 2600 .61 .78 .93 8.5 29,100 2910 .62 .80 .95 8.1 27,800 3260 .63 .81 .96

330 700 9.2 31,500 2340 .42 .53 .63 8.9 30,400 2610 .42 .54 .64 8.6 29,300 2910 .42 .54 .66 8.2 28,000 3260 .43 .55 .67

425 900 9.6 32,700 2360 .43 .56 .69 9.3 31,600 2630 .43 .57 .70 8.9 30,400 2940 .43 .57 .71 8.5 29,000 3280 .44 .58 .73

520 1100 9.8 33,600 2370 .44 .59 .74 9.5 32,400 2640 .44 .60 .75 9.1 31,100 2950 .45 .61 .77 8.7 29,700 3300 .45 .62 .79

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

425 900 10.3 35,300 2585 8.2 28,000 2300 6.0 20,500 2010 4.2 14,500 1720 2.1 7,200 1285470 1000 10.4 35,600 2530 8.3 28,300 2245 6.1 20,800 1955 4.3 14,800 1665 2.2 7,500 1230520 1100 10.5 35,900 2485 8.4 28,600 2200 6.2 21,100 1910 4.4 15,100 1620 2.3 7,800 1185

NOTE � Heating capacities include the effect of defrost cycles in the temperature range where they occur.

Indoor CoilAir Volume

70°F db(21°C db)

TotalHeatingCapacity

Comp.MotorWattsInputL/s cfm kW Btuh kW Btuh kW Btuh kW Btuh kW Btuh

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

Air Temperature Entering Outdoor Coil

65°F (18°C) 45°F (7°C) 25°F (�4°C) 5°F (�15°C) �15°F (�28°C)

HP29−030 � HEATING CAPACITY � CB29M−41 − CB28UH−036

330 700 9.9 33,900 2585 7.9 26,900 2345 5.7 19,600 2095 4.0 13,800 1830 2.0 6,800 1370380 800 10.1 34,400 2495 8.0 27,400 2255 5.9 20,100 2005 4.2 14,300 1740 2.1 7,300 1280425 900 10.2 34,800 2425 8.1 27,800 2185 6.0 20,500 1935 4.3 14,700 1670 2.3 7,700 1210

NOTE � Heating capacities include the effect of defrost cycles in the temperature range where they occur.

Indoor CoilAir Volume

70°F db(21°C db)

TotalHeatingCapacity

Comp.MotorWattsInputL/s cfm kW Btuh kW Btuh kW Btuh kW Btuh kW Btuh

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

Air Temperature Entering Outdoor Coil

65°F (18°C) 45°F (7°C) 25°F (�4°C) 5°F (�15°C) �15°F (�28°C)

HP29−030 � HEATING CAPACITY � CB30U�21/26 � CB30M−21/26

2530 35,600 10.42460 33,900 9.92390 32,200 9.42325 30,400 8.92280 29,400 8.62245 28,300 8.32155 25,600 7.52065 23,000 6.72010 21,900 6.41955 20,800 6.11905 19,700 5.81870 19,000 5.61845 18,300 5.41775 16,600 4.91665 14,800 4.31560 12,900 3.81450 11,100 3.31340 9,300 2.71230 7,500 2.21125 5,700 1.7

*Outdoor�temperature�70%�relative�humidity.�Indoor�temperature�70°F�(21°C).

*Outdoor Temperature

°F °CCompressor Motor

Watts InputTotal Output

kWBtuh

65 1860 1655 1350 1047 845 740 435 230 �125 �420 �717 �815 �910 �125 �150 �18

�5 �21�10 �23�15 �26�20 �29

HP29−030 � HEATING PERFORMANCECB29M−41 − CB28UH−036 � at 1000 cfm (470 L/s)

2495 34,400 10.12435 32,700 9.62380 31,100 9.12320 29,400 8.62285 28,400 8.32255 27,400 8.02175 24,800 7.32095 22,200 6.52050 21,100 6.22005 20,100 5.91965 19,000 5.61935 18,400 5.41915 17,700 5.21855 16,100 4.71740 14,300 4.21625 12,600 3.71510 10,800 3.21395 9,000 2.61280 7,300 2.11160 5,500 1.6

*Outdoor�temperature�70%�relative�humidity.�Indoor�temperature�70°F�(21°C).

*Outdoor Temperature

°F °CCompressor Motor

Watts InputTotal Output

kWBtuh

65 1860 1655 1350 1047 845 740 435 230 �125 �420 �717 �815 �910 �125 �150 �18

�5 �21�10 �23�15 �26�20 �29

HP29−030 � HEATING PERFORMANCECB30U/CB30M−21/26 � at 800 cfm (380 L/s)

HP29 / Page 17

Page 18: HEAT PUMP OUTDOOR UNITS HP29 - LennoxPROs.com · 2019-11-07 · During compression, several pockets are compressed simulta neously resulting in a smooth continuous compression cycle

HEATING AND COOLING RATINGSNOTE � For Temperatures and Capacities not shown in tables, see bulletin � Cooling Unit Rating Table Correction Factor Data in Miscellaneous Engineering Data section.

29°C27°C24°C

Enter�ingWetBulb

Temper�ature

TotalAir

Volume

L/s cfm

TotalCoolingCapacity

Btuh

Com�pressorMotorWattsInput

SensibleTo Total

Ratio (S/T)Dry Bulb Dry Bulb Dry Bulb Dry Bulb

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)Com�

pressorMotorWattsInput

Com�pressorMotorWattsInput

Com�pressorMotorWattsInput

TotalCoolingCapacity

TotalCoolingCapacity

TotalCoolingCapacity

Outdoor Air Temperature Entering Outdoor Coil

63°F(17°C)

67°F(19°C)

71°F(22°C)

BtuhkW kW kWBtuh BtuhkW

85°F (29°C) 95°F (35°C) 105°F (41°C) 115°F (46°C)

HP29−030 � COOLING CAPACITY � CB30U−31 � CB30M−31

75°F 80°F 85°F

NOTE � All values are gross capacities and do not include indoor coil blower motor heat deduction.

400 850 8.7 29,700 2300 .72 .86 .98 8.4 28,600 2570 .74 .88 .99 8.1 27,500 2870 .75 .89 1.0 7.7 26,300 3210 .76 .91 1.0

470 1000 8.9 30,500 2320 .76 .91 1.0 8.6 29,500 2590 .77 .93 1.0 8.3 28,300 2890 .79 .94 1.0 7.9 27,100 3230 .81 .96 1.0

545 1150 9.2 31,300 2330 .8 .95 1.0 8.9 30,200 2590 .81 .97 1.0 8.5 29,000 2900 .83 .99 1.0 8.1 27,800 3250 .85 1.0 1.0

400 850 9.3 31,700 2330 .57 .70 .83 9.0 30,600 2600 .57 .71 .84 8.6 29,300 2910 .58 .72 .86 8.2 28,000 3250 .59 .74 .88

470 1000 9.5 32,400 2340 .59 .74 .88 9.2 31,300 2620 .59 .75 .90 8.8 30,000 2920 .61 .77 .91 8.4 28,700 3270 .62 .78 .93

545 1150 9.7 33,000 2360 .61 .78 .93 9.3 31,900 2620 .62 .79 .94 9.0 30,600 2930 .63 .81 .96 8.6 29,200 3280 .64 .83 .98

400 850 9.9 33,900 2370 .42 .55 .67 9.6 32,700 2640 .43 .56 .68 9.2 31,400 2950 .43 .56 .70 8.8 30,000 3300 .43 .57 .71

470 1000 10.2 34,700 2380 .43 .57 .71 9.8 33,400 2650 .44 .58 .72 9.4 32,100 2960 .44 .59 .74 9.0 30,600 3310 .44 .60 .76

545 1150 10.3 35,200 2390 .44 .60 .75 10.0 34,000 2660 .44 .61 .77 9.6 32,600 2970 .45 .62 .79 9.1 31,100 3320 .45 .63 .80

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C

Enter�ingWetBulb

Temper�ature

TotalAir

Volume

L/s cfm

TotalCoolingCapacity

Btuh

Com�pressorMotorWattsInput

SensibleTo Total

Ratio (S/T)Dry Bulb Dry Bulb Dry Bulb Dry Bulb

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)Com�

pressorMotorWattsInput

Com�pressorMotorWattsInput

Com�pressorMotorWattsInput

TotalCoolingCapacity

TotalCoolingCapacity

TotalCoolingCapacity

Outdoor Air Temperature Entering Outdoor Coil

63°F(17°C)

67°F(19°C)

71°F(22°C)

BtuhkW kW kWBtuh BtuhkW

85°F (29°C) 95°F (35°C) 105°F (41°C) 115°F (46°C)

HP29−030 � COOLING CAPACITY � C26−21 � CR26�18

75°F 80°F 85°F

NOTE � All values are gross capacities and do not include indoor coil blower motor heat deduction.

285 600 7.3 24,800 2200 .68 .79 .90 7.1 24,100 2460 .68 .80 .91 6.8 23,200 2750 .69 .81 .92 6.5 22,300 3090 .7 .83 .94

380 800 7.7 26,200 2220 .72 .86 .97 7.4 25,400 2480 .73 .87 .98 7.2 24,400 2780 .74 .89 .99 6.9 23,400 3120 .76 .91 1.0

470 1000 8.0 27,200 2230 .77 .92 1.0 7.7 26,300 2500 .78 .94 1.0 7.4 25,400 2790 .8 .95 1.0 7.1 24,300 3140 .82 .97 1.0

285 600 7.8 26,600 2220 .54 .65 .76 7.5 25,700 2480 .54 .66 .77 7.3 24,800 2780 .55 .67 .78 7.0 23,800 3120 .55 .68 .79

380 800 8.2 27,900 2240 .57 .70 .83 7.9 27,000 2500 .57 .71 .84 7.6 26,000 2800 .58 .72 .85 7.3 24,900 3140 .59 .73 .87

470 1000 8.4 28,700 2250 .6 .75 .89 8.1 27,700 2520 .6 .77 .91 7.8 26,700 2820 .61 .78 .92 7.5 25,600 3150 .62 .79 .94

285 600 8.3 28,400 2250 .42 .52 .62 8.1 27,500 2510 .42 .52 .63 7.8 26,500 2810 .42 .53 .64 7.5 25,500 3150 .42 .53 .65

380 800 8.7 29,700 2270 .42 .55 .67 8.4 28,800 2530 .43 .56 .68 8.1 27,700 2830 .43 .56 .69 7.8 26,600 3170 .43 .57 .71

470 1000 9.0 30,600 2280 .43 .58 .73 8.6 29,500 2550 .44 .59 .74 8.4 28,500 2850 .44 .60 .75 8.0 27,300 3190 .45 .61 .77

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

400 850 9.8 33,500 2480 7.8 26,500 2235 5.6 19,200 1985 4.0 13,500 1720 1.9 6,600 1285470 1000 10.0 34,000 2405 7.9 27,000 2160 5.8 19,700 1910 4.1 14,000 1645 2.1 7,100 1210545 1150 10.1 34,600 2345 8.1 27,600 2100 5.9 20,300 1850 4.3 14,600 1585 2.3 7,700 1150

NOTE � Heating capacities include the effect of defrost cycles in the temperature range where they occur.

Indoor CoilAir Volume

70°F db(21°C db)

TotalHeatingCapacity

Comp.MotorWattsInputL/s cfm kW Btuh kW Btuh kW Btuh kW Btuh kW Btuh

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

Air Temperature Entering Outdoor Coil

65°F (18°C) 45°F (7°C) 25°F (�4°C) 5°F (�15°C) �15°F (�28°C)

HP29−030 � HEATING CAPACITY � CB30U�31 � CB30M−31

285 600 9.6 32,900 2825 7.6 26,000 2530 5.5 18,900 2230 3.9 13,200 1930 1.8 6,200 1485380 800 9.9 33,900 2605 7.9 27,000 2310 5.8 19,900 2010 4.2 14,200 1710 2.1 7,200 1265470 1000 10.1 34,600 2480 8.1 27,700 2185 6.0 20,600 1885 4.4 14,900 1585 2.3 7,900 1140

NOTE � Heating capacities include the effect of defrost cycles in the temperature range where they occur.

Indoor CoilAir Volume

70°F db(21°C db)

TotalHeatingCapacity

Comp.MotorWattsInputL/s cfm kW Btuh kW Btuh kW Btuh kW Btuh kW Btuh

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

Air Temperature Entering Outdoor Coil

65°F (18°C) 45°F (7°C) 25°F (�4°C) 5°F (�15°C) �15°F (�28°C)

HP29−030 � HEATING CAPACITY � C26−21 � CR26−18

2405 34,000 10.02345 32,300 9.52285 30,700 9.02225 29,000 8.52190 28,000 8.22160 27,000 7.92080 24,400 7.22000 21,800 6.41955 20,800 6.11910 19,700 5.81865 18,600 5.51840 18,000 5.31815 17,300 5.11755 15,700 4.61645 14,000 4.11540 12,200 3.61430 10,500 3.11320 8,800 2.61210 7,100 2.11105 5,400 1.6

*Outdoor�temperature�70%�relative�humidity.�Indoor�temperature�70°F�(21°C).

*Outdoor Temperature

°F °CCompressor Motor

Watts InputTotal Output

kWBtuh

65 1860 1655 1350 1047 845 740 435 230 �125 �420 �717 �815 �910 �125 �150 �18

�5 �21�10 �23�15 �26�20 �29

HP29−030 � HEATING PERFORMANCECB30U/CB30M−31 � at 1000 cfm (470 L/s)

2605 33,900 9.92530 32,200 9.42460 30,600 9.02390 29,000 8.52345 28,000 8.22310 27,000 7.92215 24,400 7.22125 21,900 6.42065 20,900 6.12010 19,900 5.81955 18,800 5.51920 18,200 5.31890 17,500 5.11820 15,900 4.71710 14,200 4.21600 12,400 3.61485 10,700 3.11375 8,900 2.61265 7,200 2.11150 5,500 1.6

*Outdoor�temperature�70%�relative�humidity.�Indoor�temperature�70°F�(21°C).

*Outdoor Temperature

°F °CCompressor Motor

Watts InputTotal Output

kWBtuh

65 1860 1655 1350 1047 845 740 435 230 �125 �420 �717 �815 �910 �125 �150 �18

�5 �21�10 �23�15 �26�20 �29

HP29−030 � HEATING PERFORMANCEC26−21 � CR26−18 � at 800 cfm (380 L/s)

HP29 / Page 18

Page 19: HEAT PUMP OUTDOOR UNITS HP29 - LennoxPROs.com · 2019-11-07 · During compression, several pockets are compressed simulta neously resulting in a smooth continuous compression cycle

HEATING AND COOLING RATINGSNOTE � For Temperatures and Capacities not shown in tables, see bulletin � Cooling Unit Rating Table Correction Factor Data in Miscellaneous Engineering Data section.

29°C27°C24°C

Enter�ingWetBulb

Temper�ature

TotalAir

Volume

L/s cfm

TotalCoolingCapacity

Btuh

Com�pressorMotorWattsInput

SensibleTo Total

Ratio (S/T)Dry Bulb Dry Bulb Dry Bulb Dry Bulb

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)Com�

pressorMotorWattsInput

Com�pressorMotorWattsInput

Com�pressorMotorWattsInput

TotalCoolingCapacity

TotalCoolingCapacity

TotalCoolingCapacity

Outdoor Air Temperature Entering Outdoor Coil

63°F(17°C)

67°F(19°C)

71°F(22°C)

BtuhkW kW kWBtuh BtuhkW

85°F (29°C) 95°F (35°C) 105°F (41°C) 115°F (46°C)

HP29−030 � COOLING CAPACITY � C33−24A � C26−26

75°F 80°F 85°F

NOTE � All values are gross capacities and do not include indoor coil blower motor heat deduction.

380 800 8.0 27,300 2340 .72 .85 .97 7.7 26,400 2620 .73 .87 .98 7.4 25,400 2930 .74 .88 .99 7.1 24,300 3280 .76 .90 1.0

470 1000 8.3 28,400 2360 .77 .92 1.0 8.0 27,400 2640 .78 .93 1.0 7.7 26,400 2950 .8 .95 1.0 7.4 25,300 3310 .82 .96 1.0

565 1200 8.6 29,200 2370 .82 .97 1.0 8.3 28,300 2650 .83 .98 1.0 8.0 27,300 2970 .85 .99 1.0 7.7 26,200 3320 .87 1.0 1.0

380 800 8.5 29,100 2370 .56 .69 .82 8.2 28,100 2650 .57 .70 .83 7.9 27,000 2960 .58 .71 .85 7.6 25,900 3320 .58 .73 .87

470 1000 8.8 30,000 2390 .59 .75 .89 8.5 29,000 2660 .6 .76 .90 8.2 27,900 2980 .61 .77 .92 7.8 26,700 3330 .62 .79 .94

565 1200 9.0 30,700 2400 .62 .79 .94 8.7 29,600 2670 .63 .81 .96 8.4 28,500 2990 .64 .82 .97 8.0 27,200 3350 .66 .85 .99

380 800 9.1 31,100 2400 .42 .55 .67 8.8 30,000 2680 .43 .55 .68 8.5 28,900 3000 .43 .56 .69 8.1 27,700 3350 .43 .57 .70

470 1000 9.4 32,000 2420 .43 .58 .72 9.1 30,900 2690 .44 .59 .73 8.7 29,700 3010 .44 .60 .75 8.3 28,400 3370 .44 .61 .76

565 1200 9.6 32,600 2430 .45 .61 .78 9.2 31,500 2710 .45 .62 .79 8.9 30,300 3020 .46 .63 .81 8.5 28,900 3380 .46 .65 .83

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C

Enter�ingWetBulb

Temper�ature

TotalAir

Volume

L/s cfm

TotalCoolingCapacity

Btuh

Com�pressorMotorWattsInput

SensibleTo Total

Ratio (S/T)Dry Bulb Dry Bulb Dry Bulb Dry Bulb

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)Com�

pressorMotorWattsInput

Com�pressorMotorWattsInput

Com�pressorMotorWattsInput

TotalCoolingCapacity

TotalCoolingCapacity

TotalCoolingCapacity

Outdoor Air Temperature Entering Outdoor Coil

63°F(17°C)

67°F(19°C)

71°F(22°C)

BtuhkW kW kWBtuh BtuhkW

85°F (29°C) 95°F (35°C) 105°F (41°C) 115°F (46°C)

HP29−030 � COOLING CAPACITY � C33−30A � C26−31 � CR26�30 � CR26�36

75°F 80°F 85°F

NOTE � All values are gross capacities and do not include indoor coil blower motor heat deduction.

380 800 8.4 28,800 2240 .71 .85 .96 8.1 27,800 2500 .72 .86 .98 7.8 26,700 2790 .73 .88 .99 7.5 25,500 3130 .75 .89 1.0

470 1000 8.8 29,900 2250 .76 .91 1.0 8.5 28,900 2520 .78 .93 1.0 8.1 27,800 2810 .79 .94 1.0 7.8 26,600 3150 .81 .96 1.0

565 1200 9.1 30,900 2270 .81 .96 1.0 8.7 29,800 2530 .83 .98 1.0 8.4 28,700 2830 .84 .99 1.0 8.1 27,600 3170 .86 1.0 1.0

380 800 9.0 30,700 2270 .56 .69 .81 8.7 29,700 2530 .57 .70 .82 8.4 28,500 2820 .57 .71 .84 8.0 27,200 3160 .58 .72 .86

470 1000 9.3 31,800 2280 .59 .74 .88 9.0 30,600 2540 .6 .75 .90 8.6 29,400 2840 .61 .77 .91 8.2 28,100 3180 .62 .78 .93

565 1200 9.5 32,500 2300 .62 .79 .94 9.2 31,400 2560 .63 .80 .95 8.8 30,100 2860 .64 .82 .97 8.4 28,800 3190 .65 .84 .99

380 800 9.6 32,900 2300 .43 .54 .66 9.3 31,700 2560 .42 .55 .67 8.9 30,500 2860 .43 .55 .68 8.6 29,200 3200 .43 .56 .70

470 1000 9.9 33,900 2320 .43 .58 .71 9.6 32,700 2580 .44 .58 .73 9.2 31,400 2880 .44 .59 .74 8.8 30,000 3220 .44 .60 .76

565 1200 10.2 34,700 2330 .44 .61 .76 9.8 33,400 2590 .45 .62 .78 9.4 32,100 2890 .45 .63 .80 9.0 30,600 3230 .46 .64 .82

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

285 600 9.8 33,400 2870 7.7 26,400 2570 5.6 19,100 2260 3.9 13,300 1950 1.8 6,300 1500380 800 10.1 34,400 2650 8.0 27,400 2350 5.9 20,100 2040 4.2 14,300 1730 2.1 7,300 1280470 1000 10.3 35,100 2525 8.2 28,100 2225 6.1 20,800 1915 4.4 15,000 1605 2.3 8,000 1155

NOTE � Heating capacities include the effect of defrost cycles in the temperature range where they occur.

Indoor CoilAir Volume

70°F db(21°C db)

TotalHeatingCapacity

Comp.MotorWattsInputL/s cfm kW Btuh kW Btuh kW Btuh kW Btuh kW Btuh

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

Air Temperature Entering Outdoor Coil

65°F (18°C) 45°F (7°C) 25°F (�4°C) 5°F (�15°C) �15°F (�28°C)

HP29−030 � HEATING CAPACITY � C33−24A � C26−26

380 800 10.1 34,500 2475 8.0 27,200 2240 5.8 19,700 2000 4.0 13,700 1750 1.9 6,600 1315470 1000 10.3 35,200 2355 8.2 27,900 2120 6.0 20,400 1880 4.2 14,400 1630 2.1 7,300 1195565 1200 10.5 35,800 2280 8.4 28,500 2045 6.2 21,000 1805 4.4 15,000 1555 2.3 7,900 1120

NOTE � Heating capacities include the effect of defrost cycles in the temperature range where they occur.

Indoor CoilAir Volume

70°F db(21°C db)

TotalHeatingCapacity

Comp.MotorWattsInputL/s cfm kW Btuh kW Btuh kW Btuh kW Btuh kW Btuh

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

Air Temperature Entering Outdoor Coil

65°F (18°C) 45°F (7°C) 25°F (�4°C) 5°F (�15°C) �15°F (�28°C)

HP29−030 � HEATING CAPACITY � C33−30A � C26−31 � CR26−30 � CR26−36

2650 34,400 10.12580 32,700 9.62505 31,100 9.12430 29,400 8.62385 28,400 8.32350 27,400 8.02255 24,800 7.32155 22,200 6.52100 21,100 6.22040 20,100 5.91980 19,000 5.61945 18,400 5.41915 17,700 5.21845 16,100 4.71730 14,300 4.21620 12,600 3.71505 10,800 3.21395 9,000 2.61280 7,300 2.11170 5,500 1.6

*Outdoor�temperature�70%�relative�humidity.�Indoor�temperature�70°F�(21°C).

*Outdoor Temperature

°F °CCompressor Motor

Watts InputTotal Output

kWBtuh

65 1860 1655 1350 1047 845 740 435 230 �125 �420 �717 �815 �910 �125 �150 �18

�5 �21�10 �23�15 �26�20 �29

HP29−030 � HEATING PERFORMANCEC33−24 � C26−26 � at 800 cfm (380 L/s)

2355 35,200 10.32295 33,500 9.82240 31,800 9.32185 30,000 8.82150 29,000 8.52120 27,900 8.22045 25,300 7.41965 22,600 6.61925 21,500 6.31880 20,400 6.01840 19,300 5.71815 18,600 5.51790 17,900 5.21735 16,200 4.71630 14,400 4.21520 12,600 3.71410 10,900 3.21305 9,100 2.71195 7,300 2.11090 5,600 1.6

*Outdoor�temperature�70%�relative�humidity.�Indoor�temperature�70°F�(21°C).

*Outdoor Temperature

°F °CCompressor Motor

Watts InputTotal Output

kWBtuh

65 1860 1655 1350 1047 845 740 435 230 �125 �420 �717 �815 �910 �125 �150 �18

�5 �21�10 �23�15 �26�20 �29

HP29−030 � HEATING PERFORMANCE − C33−30AC26−31 − CR26−30 − CR26−36 � at 1000 cfm (470 L/s)

HP29 / Page 19

Page 20: HEAT PUMP OUTDOOR UNITS HP29 - LennoxPROs.com · 2019-11-07 · During compression, several pockets are compressed simulta neously resulting in a smooth continuous compression cycle

HEATING AND COOLING RATINGSNOTE � For Temperatures and Capacities not shown in tables, see bulletin � Cooling Unit Rating Table Correction Factor Data in Miscellaneous Engineering Data section.

29°C27°C24°C

Enter�ingWetBulb

Temper�ature

TotalAir

Volume

L/s cfm

TotalCoolingCapacity

Btuh

Com�pressorMotorWattsInput

SensibleTo Total

Ratio (S/T)Dry Bulb Dry Bulb Dry Bulb Dry Bulb

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)Com�

pressorMotorWattsInput

Com�pressorMotorWattsInput

Com�pressorMotorWattsInput

TotalCoolingCapacity

TotalCoolingCapacity

TotalCoolingCapacity

Outdoor Air Temperature Entering Outdoor Coil

63°F(17°C)

67°F(19°C)

71°F(22°C)

BtuhkW kW kWBtuh BtuhkW

85°F (29°C) 95°F (35°C) 105°F (41°C) 115°F (46°C)

HP29−030 � COOLING CAPACITY � CH23−21

75°F 80°F 85°F

NOTE � All values are gross capacities and do not include indoor coil blower motor heat deduction.

380 800 7.5 25,500 2210 .72 .85 .97 7.2 24,700 2470 .73 .87 .98 7.0 23,800 2770 .74 .88 .99 6.7 22,800 3100 .75 .90 1.0

470 1000 7.8 26,500 2230 .77 .92 1.0 7.5 25,600 2490 .78 .93 1.0 7.2 24,700 2790 .8 .95 1.0 6.9 23,700 3120 .82 .96 1.0

565 1200 8.0 27,300 2240 .82 .97 1.0 7.7 26,400 2500 .83 .98 1.0 7.5 25,500 2800 .85 .99 1.0 7.2 24,500 3140 .87 1.0 1.0

380 800 8.0 27,200 2230 .56 .69 .82 7.7 26,300 2500 .57 .70 .84 7.4 25,300 2790 .58 .72 .85 7.1 24,200 3130 .59 .73 .87

470 1000 8.2 28,000 2250 .59 .75 .89 7.9 27,000 2510 .6 .76 .90 7.6 26,000 2810 .61 .77 .92 7.3 24,900 3150 .62 .79 .94

565 1200 8.4 28,600 2260 .62 .80 .94 8.1 27,600 2520 .63 .81 .96 7.8 26,600 2820 .64 .83 .97 7.5 25,500 3160 .65 .84 .98

380 800 8.5 29,000 2260 .42 .54 .67 8.2 28,000 2530 .43 .55 .68 7.9 27,000 2830 .43 .56 .69 7.6 25,900 3170 .43 .57 .70

470 1000 8.7 29,800 2280 .44 .58 .72 8.4 28,800 2540 .44 .59 .74 8.1 27,800 2840 .44 .59 .75 7.8 26,600 3180 .44 .61 .77

565 1200 8.9 30,400 2290 .45 .61 .77 8.6 29,400 2550 .45 .62 .79 8.3 28,300 2850 .45 .63 .81 7.9 27,100 3190 .46 .64 .82

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C

Enter�ingWetBulb

Temper�ature

TotalAir

Volume

L/s cfm

TotalCoolingCapacity

Btuh

Com�pressorMotorWattsInput

SensibleTo Total

Ratio (S/T)Dry Bulb Dry Bulb Dry Bulb Dry Bulb

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)Com�

pressorMotorWattsInput

Com�pressorMotorWattsInput

Com�pressorMotorWattsInput

TotalCoolingCapacity

TotalCoolingCapacity

TotalCoolingCapacity

Outdoor Air Temperature Entering Outdoor Coil

63°F(17°C)

67°F(19°C)

71°F(22°C)

BtuhkW kW kWBtuh BtuhkW

85°F (29°C) 95°F (35°C) 105°F (41°C) 115°F (46°C)

HP29−030 � COOLING CAPACITY � CH33−30A−F � CH23−31

75°F 80°F 85°F

NOTE � All values are gross capacities and do not include indoor coil blower motor heat deduction.

380 800 8.1 27,500 2280 .72 .85 .96 7.8 26,600 2550 .73 .86 .98 7.5 25,600 2850 .74 .88 .99 7.2 24,500 3200 .75 .90 1.0

470 1000 8.4 28,600 2300 .77 .91 1.0 8.1 27,600 2570 .78 .93 1.0 7.8 26,600 2870 .79 .94 1.0 7.5 25,500 3220 .81 .96 1.0

565 1200 8.6 29,500 2310 .81 .96 1.0 8.4 28,500 2580 .83 .98 1.0 8.1 27,500 2890 .84 .99 1.0 7.7 26,400 3230 .86 1.0 1.0

380 800 8.6 29,300 2310 .56 .69 .82 8.3 28,300 2580 .57 .70 .83 8.0 27,300 2880 .58 .71 .85 7.6 26,100 3230 .58 .73 .87

470 1000 8.9 30,200 2320 .59 .75 .88 8.6 29,200 2590 .6 .76 .90 8.2 28,100 2900 .61 .77 .92 7.9 26,900 3240 .62 .79 .93

565 1200 9.1 30,900 2330 .62 .79 .94 8.8 29,900 2600 .63 .81 .95 8.4 28,700 2910 .64 .83 .97 8.1 27,500 3260 .65 .84 .99

380 800 9.2 31,300 2340 .42 .55 .66 8.9 30,300 2610 .43 .55 .67 8.6 29,200 2920 .43 .56 .69 8.2 27,900 3270 .43 .57 .70

470 1000 9.5 32,300 2350 .43 .58 .72 9.1 31,200 2620 .44 .58 .73 8.8 30,000 2930 .44 .59 .74 8.4 28,700 3280 .44 .60 .76

565 1200 9.6 32,900 2360 .45 .61 .77 9.3 31,800 2640 .45 .62 .79 8.9 30,500 2940 .45 .63 .80 8.6 29,200 3290 .46 .64 .82

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

380 800 9.7 33,200 2665 7.7 26,300 2370 5.6 19,200 2070 4.0 13,500 1775 1.9 6,500 1350470 1000 9.9 33,900 2530 7.9 27,000 2235 5.8 19,900 1935 4.2 14,200 1640 2.1 7,200 1215565 1200 10.1 34,600 2430 8.1 27,700 2135 6.0 20,600 1835 4.4 14,900 1540 2.3 7,900 1115

NOTE � Heating capacities include the effect of defrost cycles in the temperature range where they occur.

Indoor CoilAir Volume

70°F db(21°C db)

TotalHeatingCapacity

Comp.MotorWattsInputL/s cfm kW Btuh kW Btuh kW Btuh kW Btuh kW Btuh

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

Air Temperature Entering Outdoor Coil

65°F (18°C) 45°F (7°C) 25°F (�4°C) 5°F (�15°C) �15°F (�28°C)

HP29−030 � HEATING CAPACITY � CH23−21

380 800 9.9 33,700 2710 7.8 26,700 2405 5.7 19,400 2095 4.0 13,600 1790 1.9 6,600 1360470 1000 10.1 34,400 2580 8.0 27,400 2275 5.9 20,100 1965 4.2 14,300 1660 2.1 7,300 1230565 1200 10.2 34,900 2495 8.2 27,900 2190 6.0 20,600 1880 4.3 14,800 1575 2.3 7,800 1145

NOTE � Heating capacities include the effect of defrost cycles in the temperature range where they occur.

Indoor CoilAir Volume

70°F db(21°C db)

TotalHeatingCapacity

Comp.MotorWattsInputL/s cfm kW Btuh kW Btuh kW Btuh kW Btuh kW Btuh

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

Air Temperature Entering Outdoor Coil

65°F (18°C) 45°F (7°C) 25°F (�4°C) 5°F (�15°C) �15°F (�28°C)

HP29−030 � HEATING CAPACITY � CH33−30A−F � CH23−31

2530 33,900 9.92460 32,200 9.42390 30,600 9.02315 29,000 8.52275 28,000 8.22235 27,000 7.92145 24,400 7.22050 21,900 6.41995 20,900 6.11935 19,900 5.81880 18,800 5.51845 18,200 5.31820 17,500 5.11745 15,900 4.71640 14,200 4.21535 12,400 3.61430 10,700 3.11320 8,900 2.61215 7,200 2.11110 5,500 1.6

*Outdoor�temperature�70%�relative�humidity.�Indoor�temperature�70°F�(21°C).

*Outdoor Temperature

°F °CCompressor Motor

Watts InputTotal Output

kWBtuh

65 1860 1655 1350 1047 845 740 435 230 �125 �420 �717 �815 �910 �125 �150 �18

�5 �21�10 �23�15 �26�20 �29

HP29−030 � HEATING PERFORMANCECH23−21 � at 1000 cfm (470 L/s)

2580 34,400 10.12505 32,700 9.62430 31,100 9.12360 29,400 8.62315 28,400 8.32275 27,400 8.02180 24,800 7.32085 22,200 6.52025 21,100 6.21965 20,100 5.91910 19,000 5.61875 18,400 5.41845 17,700 5.21770 16,100 4.71660 14,300 4.21555 12,600 3.71445 10,800 3.21340 9,000 2.61230 7,300 2.11125 5,500 1.6

*Outdoor�temperature�70%�relative�humidity.�Indoor�temperature�70°F�(21°C).

*Outdoor Temperature

°F °CCompressor Motor

Watts InputTotal Output

kWBtuh

65 1860 1655 1350 1047 845 740 435 230 �125 �420 �717 �815 �910 �125 �150 �18

�5 �21�10 �23�15 �26�20 �29

HP29−030 � HEATING PERFORMANCECH33−30A−F � CH23−31 � at 1000 cfm (470 L/s)

HP29 / Page 20

Page 21: HEAT PUMP OUTDOOR UNITS HP29 - LennoxPROs.com · 2019-11-07 · During compression, several pockets are compressed simulta neously resulting in a smooth continuous compression cycle

HEATING AND COOLING RATINGSNOTE � For Temperatures and Capacities not shown in tables, see bulletin � Cooling Unit Rating Table Correction Factor Data in Miscellaneous Engineering Data section.

29°C27°C24°C

Enter�ingWetBulb

Temper�ature

TotalAir

Volume

L/s cfm

TotalCoolingCapacity

Btuh

Com�pressorMotorWattsInput

SensibleTo Total

Ratio (S/T)Dry Bulb Dry Bulb Dry Bulb Dry Bulb

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)Com�

pressorMotorWattsInput

Com�pressorMotorWattsInput

Com�pressorMotorWattsInput

TotalCoolingCapacity

TotalCoolingCapacity

TotalCoolingCapacity

Outdoor Air Temperature Entering Outdoor Coil

63°F(17°C)

67°F(19°C)

71°F(22°C)

BtuhkW kW kWBtuh BtuhkW

85°F (29°C) 95°F (35°C) 105°F (41°C) 115°F (46°C)

HP29−030 � COOLING CAPACITY � CH23−41

75°F 80°F 85°F

NOTE � All values are gross capacities and do not include indoor coil blower motor heat deduction.

380 800 8.4 28,700 2210 .71 .85 .97 8.1 27,700 2460 .73 .86 .98 7.8 26,700 2750 .74 .88 .99 7.5 25,500 3090 .75 .90 1.0

470 1000 8.8 29,900 2220 .77 .92 1.0 8.5 28,900 2480 .78 .93 1.0 8.1 27,800 2770 .79 .95 1.0 7.8 26,600 3100 .81 .97 1.0

565 1200 9.1 30,900 2240 .82 .97 1.0 8.8 29,900 2500 .83 .98 1.0 8.4 28,800 2790 .85 1.0 1.0 8.1 27,700 3130 .87 1.0 1.0

380 800 9.0 30,700 2240 .56 .69 .81 8.7 29,600 2490 .57 .70 .83 8.4 28,500 2780 .57 .71 .84 8.0 27,200 3120 .58 .73 .86

470 1000 9.3 31,700 2250 .59 .74 .88 9.0 30,600 2510 .6 .75 .90 8.6 29,400 2800 .61 .77 .92 8.2 28,100 3130 .62 .79 .94

565 1200 9.5 32,500 2260 .62 .80 .95 9.2 31,300 2520 .63 .81 .96 8.8 30,100 2820 .64 .83 .98 8.4 28,700 3150 .66 .85 .99

380 800 9.6 32,800 2270 .42 .55 .66 9.3 31,700 2530 .43 .55 .67 8.9 30,400 2820 .43 .56 .69 8.5 29,100 3160 .43 .57 .70

470 1000 9.9 33,900 2290 .43 .58 .72 9.6 32,700 2540 .44 .58 .73 9.2 31,400 2840 .44 .59 .75 8.8 30,000 3180 .44 .60 .76

565 1200 10.1 34,600 2300 .45 .61 .77 9.8 33,300 2560 .45 .62 .79 9.4 32,000 2850 .45 .63 .81 9.0 30,600 3190 .46 .64 .82

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C

Enter�ingWetBulb

Temper�ature

TotalAir

Volume

L/s cfm

TotalCoolingCapacity

Btuh

Com�pressorMotorWattsInput

SensibleTo Total

Ratio (S/T)Dry Bulb Dry Bulb Dry Bulb Dry Bulb

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)Com�

pressorMotorWattsInput

Com�pressorMotorWattsInput

Com�pressorMotorWattsInput

TotalCoolingCapacity

TotalCoolingCapacity

TotalCoolingCapacity

Outdoor Air Temperature Entering Outdoor Coil

63°F(17°C)

67°F(19°C)

71°F(22°C)

BtuhkW kW kWBtuh BtuhkW

85°F (29°C) 95°F (35°C) 105°F (41°C) 115°F (46°C)

HP29−036 � COOLING CAPACITY � CB29M−41 − CB28UH−036

75°F 80°F 85°F

NOTE � All values are gross capacities and do not include indoor coil blower motor heat deduction.

470 1000 9.8 33,400 2740 .73 .87 .98 9.5 32,300 3050 .74 .89 .99 9.1 31,100 3410 .76 .90 1.0 8.7 29,800 3820 .77 .92 1.0

565 1200 10.1 34,500 2760 .77 .92 1.0 9.8 33,300 3070 .79 .94 1.0 9.4 32,000 3430 .8 .96 1.0 9.0 30,800 3840 .82 .97 1.0

660 1400 10.4 35,400 2770 .81 .97 1.0 10.0 34,200 3080 .83 .98 1.0 9.6 32,900 3440 .85 .99 1.0 9.3 31,700 3850 .86 1.0 1.0

470 1000 10.4 35,600 2770 .57 .71 .84 10.1 34,400 3080 .58 .72 .86 9.7 33,100 3440 .59 .73 .87 9.3 31,700 3850 .59 .74 .89

565 1200 10.7 36,500 2780 .6 .75 .89 10.3 35,200 3090 .61 .76 .91 9.9 33,800 3450 .61 .78 .93 9.5 32,400 3860 .62 .80 .95

660 1400 10.9 37,200 2790 .62 .79 .94 10.5 35,900 3100 .63 .81 .96 10.1 34,500 3460 .64 .82 .97 9.7 33,000 3870 .65 .84 .99

470 1000 11.2 38,100 2800 .43 .55 .68 10.8 36,700 3120 .43 .56 .69 10.4 35,400 3480 .43 .57 .71 9.9 33,900 3890 .43 .58 .72

565 1200 11.4 39,000 2810 .44 .58 .73 11.0 37,600 3130 .44 .59 .74 10.6 36,200 3490 .44 .60 .76 10.1 34,600 3900 .45 .61 .77

660 1400 11.6 39,600 2820 .45 .61 .77 11.2 38,200 3140 .45 .62 .79 10.8 36,700 3500 .45 .63 .80 10.3 35,200 3910 .46 .64 .82

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

380 800 10.1 34,500 2475 8.0 27,200 2240 5.8 19,700 2000 4.0 13,700 1750 1.9 6,600 1315470 1000 10.3 35,200 2355 8.2 27,900 2120 6.0 20,400 1880 4.2 14,400 1630 2.1 7,300 1195565 1200 10.5 35,800 2280 8.4 28,500 2045 6.2 21,000 1805 4.4 15,000 1555 2.3 7,900 1120

NOTE � Heating capacities include the effect of defrost cycles in the temperature range where they occur.

Indoor CoilAir Volume

70°F db(21°C db)

TotalHeatingCapacity

Comp.MotorWattsInputL/s cfm kW Btuh kW Btuh kW Btuh kW Btuh kW Btuh

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

Air Temperature Entering Outdoor Coil

65°F (18°C) 45°F (7°C) 25°F (�4°C) 5°F (�15°C) �15°F (�28°C)

HP29−030 � HEATING CAPACITY � CH23−41

470 1000 13.5 46,000 3480 10.6 36,200 3155 7.6 26,000 2825 5.3 18,100 2450 2.6 8,900 1835565 1200 13.7 46,600 3350 10.8 36,800 3025 7.8 26,600 2695 5.5 18,700 2320 2.8 9,500 1705660 1400 13.8 47,000 3255 10.9 37,200 2930 7.9 27,000 2600 5.6 19,100 2225 2.9 9,900 1610

NOTE � Heating capacities include the effect of defrost cycles in the temperature range where they occur.

Indoor CoilAir Volume

70°F db(21°C db)

TotalHeatingCapacity

Comp.MotorWattsInputL/s cfm kW Btuh kW Btuh kW Btuh kW Btuh kW Btuh

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

Air Temperature Entering Outdoor Coil

65°F (18°C) 45°F (7°C) 25°F (�4°C) 5°F (�15°C) �15°F (�28°C)

HP29−036 � HEATING CAPACITY � CB29M−41 − CB28UH−036

2355 35,200 10.32295 33,500 9.82240 31,800 9.32185 30,000 8.82150 29,000 8.52120 27,900 8.22045 25,300 7.41965 22,600 6.61925 21,500 6.31880 20,400 6.01840 19,300 5.71815 18,600 5.51790 17,900 5.21735 16,200 4.71630 14,400 4.21520 12,600 3.71410 10,900 3.21305 9,100 2.71195 7,300 2.11090 5,600 1.6

*Outdoor�temperature�70%�relative�humidity.�Indoor�temperature�70°F�(21°C).

*Outdoor Temperature

°F °CCompressor Motor

Watts InputTotal Output

kWBtuh

65 1860 1655 1350 1047 845 740 435 230 �125 �420 �717 �815 �910 �125 �150 �18

�5 �21�10 �23�15 �26�20 �29

HP29−030 � HEATING PERFORMANCECH23−41 � at 1000 cfm (470 L/s)

3350 46,600 13.73270 44,300 13.03190 41,900 12.33110 39,600 11.63060 38,200 11.23025 36,800 10.82930 33,200 9.72835 29,700 8.72765 28,100 8.22695 26,600 7.82625 25,100 7.42585 24,200 7.12550 23,300 6.82470 20,900 6.12320 18,700 5.52165 16,400 4.82010 14,100 4.11855 11,800 3.51705 9,500 2.81550 7,300 2.1

*Outdoor�temperature�70%�relative�humidity.�Indoor�temperature�70°F�(21°C).

*Outdoor Temperature

°F °CCompressor Motor

Watts InputTotal Output

kWBtuh

65 1860 1655 1350 1047 845 740 435 230 �125 �420 �717 �815 �910 �125 �150 �18

�5 �21�10 �23�15 �26�20 �29

HP29−036 � HEATING PERFORMANCECB29M−41 − CB28UH−036 � at 1200 cfm (565 L/s)

HP29 / Page 21

Page 22: HEAT PUMP OUTDOOR UNITS HP29 - LennoxPROs.com · 2019-11-07 · During compression, several pockets are compressed simulta neously resulting in a smooth continuous compression cycle

HEATING AND COOLING RATINGSNOTE � For Temperatures and Capacities not shown in tables, see bulletin � Cooling Unit Rating Table Correction Factor Data in Miscellaneous Engineering Data section.

29°C27°C24°C

Enter�ingWetBulb

Temper�ature

TotalAir

Volume

L/s cfm

TotalCoolingCapacity

Btuh

Com�pressorMotorWattsInput

SensibleTo Total

Ratio (S/T)Dry Bulb Dry Bulb Dry Bulb Dry Bulb

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)Com�

pressorMotorWattsInput

Com�pressorMotorWattsInput

Com�pressorMotorWattsInput

TotalCoolingCapacity

TotalCoolingCapacity

TotalCoolingCapacity

Outdoor Air Temperature Entering Outdoor Coil

63°F(17°C)

67°F(19°C)

71°F(22°C)

BtuhkW kW kWBtuh BtuhkW

85°F (29°C) 95°F (35°C) 105°F (41°C) 115°F (46°C)

HP29−036 � COOLING CAPACITY � CB30U�31 � CB30M−31

75°F 80°F 85°F

NOTE � All values are gross capacities and do not include indoor coil blower motor heat deduction.

450 950 10.0 34,100 2760 .72 .86 .97 9.6 32,900 3070 .73 .87 .99 9.3 31,600 3420 .74 .89 1.0 8.9 30,300 3830 .76 .90 1.0

520 1100 10.3 35,000 2770 .75 .90 1.0 9.9 33,800 3080 .76 .91 1.0 9.5 32,500 3440 .78 .93 1.0 9.1 31,100 3850 .79 .95 1.0

590 1250 10.5 35,800 2780 .78 .94 1.0 10.1 34,500 3100 .8 .95 1.0 9.7 33,200 3460 .81 .97 1.0 9.3 31,800 3860 .83 .99 1.0

450 950 10.7 36,500 2790 .56 .69 .82 10.3 35,200 3110 .57 .70 .83 9.9 33,800 3460 .58 .72 .85 9.5 32,300 3870 .59 .73 .87

520 1100 10.9 37,300 2800 .58 .73 .86 10.5 35,900 3120 .59 .74 .88 10.1 34,500 3480 .6 .75 .90 9.7 33,000 3880 .61 .77 .92

590 1250 11.1 38,000 2810 .6 .76 .90 10.7 36,600 3130 .61 .77 .92 10.3 35,100 3480 .62 .79 .94 9.8 33,500 3900 .63 .81 .96

450 950 11.5 39,100 2830 .42 .54 .66 11.0 37,700 3150 .43 .55 .68 10.6 36,200 3510 .43 .56 .69 10.2 34,700 3920 .43 .57 .70

520 1100 11.7 39,900 2840 .43 .57 .70 11.3 38,500 3160 .43 .57 .71 10.8 36,900 3520 .44 .58 .73 10.3 35,300 3930 .44 .59 .75

590 1250 11.9 40,600 2850 .44 .59 .73 11.5 39,100 3170 .44 .59 .75 11.0 37,500 3530 .45 .61 .77 10.5 35,800 3940 .45 .62 .78

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C

Enter�ingWetBulb

Temper�ature

TotalAir

Volume

L/s cfm

TotalCoolingCapacity

Btuh

Com�pressorMotorWattsInput

SensibleTo Total

Ratio (S/T)Dry Bulb Dry Bulb Dry Bulb Dry Bulb

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)Com�

pressorMotorWattsInput

Com�pressorMotorWattsInput

Com�pressorMotorWattsInput

TotalCoolingCapacity

TotalCoolingCapacity

TotalCoolingCapacity

Outdoor Air Temperature Entering Outdoor Coil

63°F(17°C)

67°F(19°C)

71°F(22°C)

BtuhkW kW kWBtuh BtuhkW

85°F (29°C) 95°F (35°C) 105°F (41°C) 115°F (46°C)

HP29−036 � COOLING CAPACITY � CB29M−46 − CB28UH−042

75°F 80°F 85°F

NOTE � All values are gross capacities and do not include indoor coil blower motor heat deduction.

470 1000 10.2 34,800 2760 .73 .87 .98 9.8 33,500 3070 .74 .88 1.0 9.4 32,200 3420 .75 .90 1.0 9.0 30,800 3840 .77 .92 1.0

565 1200 10.5 35,900 2780 .77 .92 1.0 10.1 34,600 3090 .79 .94 1.0 9.7 33,200 3450 .8 .96 1.0 9.3 31,800 3850 .82 .97 1.0

660 1400 10.8 36,800 2790 .82 .97 1.0 10.4 35,500 3100 .83 .98 1.0 10.0 34,200 3460 .85 .99 1.0 9.6 32,900 3870 .87 1.0 1.0

470 1000 10.9 37,100 2790 .57 .70 .83 10.5 35,800 3100 .58 .72 .85 10.1 34,300 3460 .58 .73 .87 9.6 32,800 3870 .59 .74 .89

565 1200 11.2 38,100 2800 .6 .75 .89 10.8 36,700 3120 .6 .76 .91 10.3 35,200 3480 .61 .78 .93 9.8 33,600 3890 .62 .79 .95

660 1400 11.4 38,800 2820 .62 .79 .94 11.0 37,400 3130 .63 .80 .96 10.5 35,900 3490 .64 .82 .97 10.1 34,300 3900 .65 .84 .99

470 1000 11.6 39,700 2830 .43 .55 .68 11.2 38,300 3140 .43 .56 .69 10.8 36,800 3500 .43 .57 .70 10.3 35,200 3910 .43 .58 .72

565 1200 11.9 40,700 2840 .43 .58 .72 11.5 39,200 3160 .44 .59 .74 11.0 37,600 3520 .44 .60 .75 10.6 36,000 3930 .44 .61 .77

660 1400 12.1 41,400 2850 .44 .61 .77 11.7 39,900 3170 .45 .62 .78 11.2 38,200 3530 .45 .63 .80 10.7 36,600 3940 .46 .64 .82

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

450 950 11.9 40,600 2910 9.6 32,600 2670 7.1 24,300 2425 5.1 17,500 2130 2.5 8,700 1585520 1100 12.0 41,000 2800 9.7 33,000 2560 7.2 24,700 2315 5.2 17,900 2020 2.7 9,100 1475590 1250 12.1 41,400 2725 9.8 33,400 2485 7.4 25,100 2240 5.4 18,300 1945 2.8 9,500 1400

NOTE � Heating capacities include the effect of defrost cycles in the temperature range where they occur.

Indoor CoilAir Volume

70°F db(21°C db)

TotalHeatingCapacity

Comp.MotorWattsInputL/s cfm kW Btuh kW Btuh kW Btuh kW Btuh kW Btuh

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

Air Temperature Entering Outdoor Coil

65°F (18°C) 45°F (7°C) 25°F (�4°C) 5°F (�15°C) �15°F (�28°C)

HP29−036 � HEATING CAPACITY � CB30U−31 � CB30M−31

HP29−036 With CB29M−46 − CB28UH−042 − HEATING CAPACITY

Indoor CoilAir Temperature Entering Outdoor Coil

Indoor CoilAir Volume 65�F (18�C) 45�F (7�C) 25�F (−4�C) 5�F (−15�C) −15�F (−26�C)Air Volume70�F db(21�C db)

Total HeatingCapacity

Comp.Motor

kW

Total HeatingCapacity

Comp.Motor

kW

Total HeatingCapacity

Comp.Motor

kW

Total HeatingCapacity

Comp.Motor

kW

Total HeatingCapacity

Comp.Motor

kWcfm L/s kBtuh kW

kWInput kBtuh kW

kWInput kBtuh kW

kWInput kBtuh kW

kWInput kBtuh kW

kWInput

1000 470 40.4 11.8 2.87 32.5 9.5 2.64 24.3 7.1 2.41 17.6 5.2 2.12 8.5 2.5 1.58

1200 565 41.1 12.0 2.77 33.2 9.7 2.55 25.0 7.3 2.32 18.3 5.4 2.03 9.2 2.7 1.48

1400 660 41.4 12.1 2.65 33.5 9.8 2.43 25.3 7.4 2.20 18.6 5.5 1.91 9.5 2.8 1.36

2800 41,000 12.02740 39,100 11.52680 37,200 10.92620 35,300 10.32585 34,200 10.02560 33,000 9.72490 30,000 8.82415 27,000 7.92365 25,800 7.62315 24,700 7.22265 23,500 6.92235 22,800 6.72210 22,000 6.42155 20,100 5.92020 17,900 5.21880 15,700 4.61745 13,500 4.01610 11,300 3.31475 9,100 2.71340 6,800 2.0

*Outdoor�temperature�70%�relative�humidity.�Indoor�temperature�70°F�(21°C).

*Outdoor Temperature

°F °CCompressor Motor

Watts InputTotal Output

kWBtuh

65 1860 1655 1350 1047 845 740 435 230 �125 �420 �717 �815 �910 �125 �150 �18

�5 �21�10 �23�15 �26�20 �29

HP29−036 � HEATING PERFORMANCECB30U/CB30M−31 � at 1100 cfm (520 L/s)

HP29−036 with CB29M−46 − CB28UH−042 − HEATINGPERFORMANCE at 1200 cfm (566 L/s) Indoor Coil Air Volume

*Outdoor Temperature Compressor Motor Total Output

�F �C

Compressor MotorkW Input kBtuh kW

65 18 2.77 41.1 12.0

60 16 2.72 39.3 11.5

55 13 2.66 37.4 11.0

50 10 2.61 35.5 10.4

47 8 2.57 34.4 10.1

45 7 2.55 33.2 9.7

40 4 2.48 30.2 8.9

35 2 2.41 27.2 8.0

30 −1 2.36 26.1 7.6

25 −4 2.32 25.0 7.3

20 −7 2.27 23.9 7.0

17 −8 2.24 23.2 6.8

15 −9 2.22 22.5 6.6

10 −12 2.17 20.6 6.0

5 −15 2.03 18.3 5.4

0 −18 1.89 16.0 4.7

−5 −21 1.76 13.8 4.0

−10 −23 1.62 11.5 3.4

−15 −26 1.48 9.2 2.7

−20 −29 1.35 7.0 2.1

HP29 / Page 22

Page 23: HEAT PUMP OUTDOOR UNITS HP29 - LennoxPROs.com · 2019-11-07 · During compression, several pockets are compressed simulta neously resulting in a smooth continuous compression cycle

HEATING AND COOLING RATINGSNOTE � For Temperatures and Capacities not shown in tables, see bulletin � Cooling Unit Rating Table Correction Factor Data in Miscellaneous Engineering Data section.

29°C27°C24°C

Enter�ingWetBulb

Temper�ature

TotalAir

Volume

L/s cfm

TotalCoolingCapacity

Btuh

Com�pressorMotorWattsInput

SensibleTo Total

Ratio (S/T)Dry Bulb Dry Bulb Dry Bulb Dry Bulb

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)Com�

pressorMotorWattsInput

Com�pressorMotorWattsInput

Com�pressorMotorWattsInput

TotalCoolingCapacity

TotalCoolingCapacity

TotalCoolingCapacity

Outdoor Air Temperature Entering Outdoor Coil

63°F(17°C)

67°F(19°C)

71°F(22°C)

BtuhkW kW kWBtuh BtuhkW

85°F (29°C) 95°F (35°C) 105°F (41°C) 115°F (46°C)

HP29−036 � COOLING CAPACITY � CB29M−51 − CB28UH−048

75°F 80°F 85°F

NOTE � All values are gross capacities and do not include indoor coil blower motor heat deduction.

470 1000 10.3 35,000 2780 .73 .87 .99 9.9 33,700 3090 .74 .88 .99 9.5 32,400 3440 .75 .90 1.0 9.1 31,000 3860 .77 .92 1.0

565 1200 10.6 36,200 2790 .77 .92 1.0 10.2 34,800 3110 .79 .94 1.0 9.8 33,500 3470 .8 .96 1.0 9.4 32,100 3870 .82 .98 1.0

660 1400 10.9 37,100 2810 .81 .97 1.0 10.5 35,800 3120 .83 .98 1.0 10.1 34,500 3480 .85 .99 1.0 9.7 33,100 3890 .86 1.0 1.0

470 1000 11.0 37,400 2810 .57 .70 .83 10.6 36,000 3130 .57 .71 .85 10.1 34,600 3480 .58 .73 .87 9.7 33,100 3890 .59 .74 .89

565 1200 11.3 38,400 2830 .59 .75 .89 10.8 37,000 3140 .6 .76 .91 10.4 35,500 3500 .61 .77 .93 9.9 33,900 3920 .62 .79 .95

660 1400 11.5 39,200 2840 .62 .79 .94 11.0 37,700 3150 .63 .81 .96 10.6 36,200 3510 .64 .82 .97 10.1 34,600 3920 .65 .84 .99

470 1000 11.8 40,100 2850 .43 .55 .68 11.3 38,600 3170 .43 .56 .69 10.9 37,100 3530 .43 .57 .70 10.4 35,500 3940 .43 .57 .72

565 1200 12.0 41,100 2860 .44 .58 .72 11.6 39,600 3180 .44 .59 .73 11.1 37,900 3540 .44 .60 .75 10.6 36,300 3960 .45 .61 .77

660 1400 12.3 41,800 2870 .44 .61 .77 11.8 40,200 3190 .45 .62 .78 11.3 38,600 3560 .45 .63 .80 10.8 36,900 3970 .46 .64 .82

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C

Enter�ingWetBulb

Temper�ature

TotalAir

Volume

L/s cfm

TotalCoolingCapacity

Btuh

Com�pressorMotorWattsInput

SensibleTo Total

Ratio (S/T)Dry Bulb Dry Bulb Dry Bulb Dry Bulb

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)Com�

pressorMotorWattsInput

Com�pressorMotorWattsInput

Com�pressorMotorWattsInput

TotalCoolingCapacity

TotalCoolingCapacity

TotalCoolingCapacity

Outdoor Air Temperature Entering Outdoor Coil

63°F(17°C)

67°F(19°C)

71°F(22°C)

BtuhkW kW kWBtuh BtuhkW

85°F (29°C) 95°F (35°C) 105°F (41°C) 115°F (46°C)

HP29−036 � COOLING CAPACITY � CB30U�41/46 � CB30M−41

75°F 80°F 85°F

NOTE � All values are gross capacities and do not include indoor coil blower motor heat deduction.

470 1000 10.2 34,800 2780 .73 .86 .98 9.8 33,500 3100 .74 .88 .99 9.4 32,200 3450 .75 .90 1.0 9.0 30,800 3870 .77 .92 1.0

565 1200 10.5 35,900 2800 .77 .92 1.0 10.1 34,600 3120 .78 .94 1.0 9.7 33,200 3480 .8 .96 1.0 9.3 31,800 3890 .82 .98 1.0

660 1400 10.8 36,900 2820 .81 .97 1.0 10.4 35,600 3130 .83 .98 1.0 10.1 34,300 3490 .85 .99 1.0 9.6 32,900 3910 .87 1.0 1.0

470 1000 10.9 37,200 2820 .57 .70 .83 10.5 35,800 3130 .58 .71 .85 10.1 34,300 3490 .58 .73 .86 9.6 32,800 3910 .59 .74 .88

565 1200 11.2 38,200 2830 .59 .75 .89 10.8 36,700 3150 .6 .76 .91 10.3 35,200 3510 .61 .78 .93 9.9 33,700 3930 .62 .79 .94

660 1400 11.4 38,900 2840 .62 .79 .94 11.0 37,400 3160 .63 .81 .96 10.5 35,900 3520 .64 .82 .98 10.1 34,300 3940 .65 .84 .99

470 1000 11.7 39,800 2860 .43 .55 .68 11.2 38,300 3180 .43 .56 .69 10.8 36,800 3540 .43 .57 .70 10.3 35,200 3950 .43 .58 .72

565 1200 12.0 40,800 2870 .43 .58 .72 11.5 39,300 3190 .44 .59 .74 11.0 37,700 3550 .44 .60 .75 10.6 36,000 3970 .44 .61 .77

660 1400 12.2 41,500 2880 .45 .61 .77 11.7 40,000 3200 .45 .62 .78 11.2 38,300 3570 .45 .63 .80 10.7 36,600 3980 .46 .64 .82

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

470 1000 12.0 41,000 2905 9.7 33,000 2680 7.2 24,600 2455 5.2 17,800 2165 2.5 8,600 1615565 1200 12.3 41,800 2775 9.9 33,800 2550 7.4 25,400 2325 5.5 18,600 2035 2.8 9,400 1485660 1400 12.4 42,300 2685 10.1 34,300 2460 7.6 25,900 2235 5.6 19,100 1945 2.9 9,900 1395

NOTE � Heating capacities include the effect of defrost cycles in the temperature range where they occur.

Indoor CoilAir Volume

70°F db(21°C db)

TotalHeatingCapacity

Comp.MotorWattsInputL/s cfm kW Btuh kW Btuh kW Btuh kW Btuh kW Btuh

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

Air Temperature Entering Outdoor Coil

65°F (18°C) 45°F (7°C) 25°F (�4°C) 5°F (�15°C) �15°F (�28°C)

HP29−036 � HEATING CAPACITY � CB29M−51 − CB28UH−048

470 1000 11.9 40,700 2850 9.6 32,700 2640 7.1 24,300 2430 5.2 17,600 2150 2.5 8,600 1600565 1200 12.1 41,200 2730 9.7 33,200 2520 7.3 24,800 2310 5.3 18,100 2030 2.7 9,100 1480660 1400 12.2 41,700 2650 9.9 33,700 2440 7.4 25,300 2230 5.5 18,600 1950 2.8 9,600 1400

NOTE � Heating capacities include the effect of defrost cycles in the temperature range where they occur.

Indoor CoilAir Volume

70°F db(21°C db)

TotalHeatingCapacity

Comp.MotorWattsInputL/s cfm kW Btuh kW Btuh kW Btuh kW Btuh kW Btuh

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

Air Temperature Entering Outdoor Coil

65°F (18°C) 45°F (7°C) 25°F (�4°C) 5°F (�15°C) �15°F (�28°C)

HP29−036 � HEATING CAPACITY �CB30U−41/46 � CB30M−41

2775 41,800 12.32720 39,900 11.72665 38,000 11.12610 36,100 10.62580 35,000 10.32550 33,800 9.92485 30,700 9.02415 27,700 8.12370 26,600 7.82325 25,400 7.42280 24,300 7.12250 23,600 6.92230 22,800 6.72175 20,900 6.12035 18,600 5.51900 16,300 4.81760 14,000 4.11625 11,700 3.41485 9,400 2.81350 7,100 2.1

*Outdoor�temperature�70%�relative�humidity.�Indoor�temperature�70°F�(21°C).

*Outdoor Temperature

°F °CCompressor Motor

Watts InputTotal Output

kWBtuh

65 1860 1655 1350 1047 845 740 435 230 �125 �420 �717 �815 �910 �125 �150 �18

�5 �21�10 �23�15 �26�20 �29

HP29−036 � HEATING PERFORMANCECB29M−51 − CB28UH−048 � at 1200 cfm (565 L/s)

2730 41,200 12.12680 39,300 11.52630 37,400 11.02580 35,500 10.42545 34,400 10.12520 33,200 9.72460 30,200 8.92395 27,200 8.02350 26,000 7.62310 24,800 7.32265 23,700 6.92240 23,000 6.72220 22,200 6.52170 20,300 5.92030 18,100 5.31895 15,900 4.71755 13,600 4.01620 11,400 3.31480 9,100 2.71345 6,900 2.0

*Outdoor�temperature�70%�relative�humidity.�Indoor�temperature�70°F�(21°C).

*Outdoor Temperature

°F °CCompressor Motor

Watts InputTotal Output

kWBtuh

65 1860 1655 1350 1047 845 740 435 230 �125 �420 �717 �815 �910 �125 �150 �18

�5 �21�10 �23�15 �26�20 �29

HP29−036 � HEATING PERFORMANCECB30U−41/46 � CB30M−41 � at 1200 cfm (565 L/s)

HP29 / Page 23

Page 24: HEAT PUMP OUTDOOR UNITS HP29 - LennoxPROs.com · 2019-11-07 · During compression, several pockets are compressed simulta neously resulting in a smooth continuous compression cycle

HEATING AND COOLING RATINGSNOTE � For Temperatures and Capacities not shown in tables, see bulletin � Cooling Unit Rating Table Correction Factor Data in Miscellaneous Engineering Data section.

29°C27°C24°C

Enter�ingWetBulb

Temper�ature

TotalAir

Volume

L/s cfm

TotalCoolingCapacity

Btuh

Com�pressorMotorWattsInput

SensibleTo Total

Ratio (S/T)Dry Bulb Dry Bulb Dry Bulb Dry Bulb

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)Com�

pressorMotorWattsInput

Com�pressorMotorWattsInput

Com�pressorMotorWattsInput

TotalCoolingCapacity

TotalCoolingCapacity

TotalCoolingCapacity

Outdoor Air Temperature Entering Outdoor Coil

63°F(17°C)

67°F(19°C)

71°F(22°C)

BtuhkW kW kWBtuh BtuhkW

85°F (29°C) 95°F (35°C) 105°F (41°C) 115°F (46°C)

HP29−036 � COOLING CAPACITY � CB30M−46

75°F 80°F 85°F

NOTE � All values are gross capacities and do not include indoor coil blower motor heat deduction.

470 1000 10.2 34,800 2810 .73 .87 .99 9.8 33,500 3130 .74 .88 .99 9.4 32,200 3490 .75 .90 1.0 9.0 30,800 3900 .77 .92 1.0

565 1200 10.6 36,000 2830 .77 .92 1.0 10.2 34,700 3150 .79 .94 1.0 9.8 33,300 3510 .8 .96 1.0 9.3 31,900 3920 .82 .97 1.0

660 1400 10.8 37,000 2840 .81 .97 1.0 10.5 35,700 3160 .83 .98 1.0 10.1 34,300 3520 .85 1.0 1.0 9.7 33,000 3940 .87 1.0 1.0

470 1000 10.9 37,200 2840 .57 .70 .83 10.5 35,900 3160 .57 .71 .85 10.1 34,400 3530 .58 .73 .86 9.6 32,900 3940 .59 .74 .89

565 1200 11.2 38,200 2860 .59 .75 .89 10.8 36,800 3180 .6 .76 .91 10.3 35,300 3540 .61 .78 .93 9.9 33,700 3960 .62 .80 .95

660 1400 11.4 39,000 2870 .62 .79 .94 11.0 37,500 3190 .63 .81 .96 10.6 36,000 3560 .64 .82 .98 10.1 34,400 3970 .65 .84 .99

470 1000 11.7 39,900 2880 .43 .55 .67 11.3 38,400 3210 .43 .56 .69 10.8 36,900 3570 .43 .57 .70 10.3 35,300 3980 .43 .58 .72

565 1200 12.0 40,900 2900 .44 .58 .72 11.5 39,400 3220 .44 .59 .73 11.0 37,700 3590 .44 .60 .75 10.6 36,100 4010 .45 .61 .77

660 1400 12.2 41,600 2910 .44 .61 .76 11.7 40,000 3230 .45 .62 .78 11.3 38,400 3600 .45 .63 .80 10.8 36,700 4020 .46 .64 .82

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C

Enter�ingWetBulb

Temper�ature

TotalAir

Volume

L/s cfm

TotalCoolingCapacity

Btuh

Com�pressorMotorWattsInput

SensibleTo Total

Ratio (S/T)Dry Bulb Dry Bulb Dry Bulb Dry Bulb

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)Com�

pressorMotorWattsInput

Com�pressorMotorWattsInput

Com�pressorMotorWattsInput

TotalCoolingCapacity

TotalCoolingCapacity

TotalCoolingCapacity

Outdoor Air Temperature Entering Outdoor Coil

63°F(17°C)

67°F(19°C)

71°F(22°C)

BtuhkW kW kWBtuh BtuhkW

85°F (29°C) 95°F (35°C) 105°F (41°C) 115°F (46°C)

HP29−036 � COOLING CAPACITY � CB31MV−41

75°F 80°F 85°F

NOTE � All values are gross capacities and do not include indoor coil blower motor heat deduction.

535 1135 10.3 35,000 2840 .76 .91 1.0 9.9 33,700 3160 .77 .92 1.0 9.5 32,400 3520 .79 .94 1.0 9.1 31,000 3940 .8 .96 1.0

600 1275 10.5 35,700 2850 .79 .94 1.0 10.1 34,400 3170 .8 .96 1.0 9.7 33,100 3530 .82 .97 1.0 9.3 31,700 3950 .84 .99 1.0

720 1525 10.8 36,800 2870 .84 .99 1.0 10.4 35,600 3190 .85 1.0 1.0 10.1 34,400 3550 .87 1.0 1.0 9.7 33,000 3980 .9 1.0 1.0

535 1135 10.9 37,200 2870 .59 .73 .87 10.5 35,800 3190 .59 .75 .89 10.1 34,400 3550 .6 .76 .91 9.6 32,900 3980 .61 .78 .93

600 1275 11.1 37,800 2880 .6 .76 .91 10.7 36,400 3200 .61 .78 .93 10.2 34,900 3570 .62 .79 .95 9.8 33,300 3990 .63 .81 .97

720 1525 11.3 38,700 2890 .63 .82 .97 10.9 37,200 3220 .65 .83 .98 10.5 35,700 3580 .66 .85 .99 10.0 34,100 4000 .67 .87 1.0

535 1135 11.7 39,800 2910 .43 .57 .71 11.3 38,400 3230 .43 .58 .72 10.8 36,800 3600 .44 .59 .74 10.3 35,200 4020 .44 .60 .75

600 1275 11.8 40,400 2920 .44 .59 .74 11.4 38,900 3240 .44 .60 .75 10.9 37,300 3610 .45 .61 .77 10.5 35,700 4040 .45 .62 .79

720 1525 12.1 41,200 2930 .45 .62 .79 11.6 39,600 3260 .46 .64 .81 11.1 38,000 3630 .46 .65 .83 10.6 36,300 4050 .47 .66 .85

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

470 1000 11.9 40,700 2850 9.6 32,700 2640 7.1 24,300 2430 5.2 17,600 2150 2.5 8,600 1600565 1200 12.1 41,200 2730 9.7 33,200 2520 7.3 24,800 2310 5.3 18,100 2030 2.7 9,100 1480660 1400 12.2 41,700 2650 9.9 33,700 2440 7.4 25,300 2230 5.5 18,600 1950 2.8 9,600 1400

NOTE � Heating capacities include the effect of defrost cycles in the temperature range where they occur.

Indoor CoilAir Volume

70°F db(21°C db)

TotalHeatingCapacity

Comp.MotorWattsInputL/s cfm kW Btuh kW Btuh kW Btuh kW Btuh kW Btuh

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

Air Temperature Entering Outdoor Coil

65°F (18°C) 45°F (7°C) 25°F (�4°C) 5°F (�15°C) �15°F (�28°C)

HP29−036 � HEATING CAPACITY � CB30M−46

535 1135 11.9 40,600 2780 9.6 32,600 2560 7.1 24,300 2340 5.1 17,500 2055 2.5 8,700 1520600 1275 12.0 41,000 2710 9.7 33,000 2490 7.2 24,700 2270 5.2 17,900 1985 2.7 9,100 1450660 1400 12.2 41,500 2725 9.8 33,500 2505 7.4 25,200 2285 5.4 18,400 2000 2.8 9,600 1465

NOTE � Heating capacities include the effect of defrost cycles in the temperature range where they occur.

Indoor CoilAir Volume

70°F db(21°C db)

TotalHeatingCapacity

Comp.MotorWattsInputL/s cfm kW Btuh kW Btuh kW Btuh kW Btuh kW Btuh

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

Air Temperature Entering Outdoor Coil

65°F (18°C) 45°F (7°C) 25°F (�4°C) 5°F (�15°C) �15°F (�28°C)

HP29−036 � HEATING CAPACITY � CB31MV−41

2730 41,200 12.12680 39,300 11.52630 37,400 11.02580 35,500 10.42545 34,400 10.12520 33,200 9.72460 30,200 8.92395 27,200 8.02350 26,000 7.62310 24,800 7.32265 23,700 6.92240 23,000 6.72220 22,200 6.52170 20,300 5.92030 18,100 5.31895 15,900 4.71755 13,600 4.01620 11,400 3.31480 9,100 2.71345 6,900 2.0

*Outdoor�temperature�70%�relative�humidity.�Indoor�temperature�70°F�(21°C).

*Outdoor Temperature

°F °CCompressor Motor

Watts InputTotal Output

kWBtuh

65 1860 1655 1350 1047 845 740 435 230 �125 �420 �717 �815 �910 �125 �150 �18

�5 �21�10 �23�15 �26�20 �29

HP29−036 � HEATING PERFORMANCECB30M−46 � at 1200 cfm (565 L/s)

2710 41,000 12.02660 39,100 11.52605 37,200 10.92550 35,300 10.32520 34,200 10.02490 33,000 9.72425 30,000 8.82360 27,000 7.92315 25,800 7.62270 24,700 7.22220 23,500 6.92195 22,800 6.72170 22,000 6.42120 20,100 5.91985 17,900 5.21850 15,700 4.61715 13,500 4.01585 11,300 3.31450 9,100 2.71315 6,800 2.0

*Outdoor�temperature�70%�relative�humidity.�Indoor�temperature�70°F�(21°C).

*Outdoor Temperature

°F °CCompressor Motor

Watts InputTotal Output

kWBtuh

65 1860 1655 1350 1047 845 740 435 230 �125 �420 �717 �815 �910 �125 �150 �18

�5 �21�10 �23�15 �26�20 �29

HP29−036 � HEATING PERFORMANCECB31MV−41 � at 1275 cfm (600 L/s)

HP29 / Page 24

Page 25: HEAT PUMP OUTDOOR UNITS HP29 - LennoxPROs.com · 2019-11-07 · During compression, several pockets are compressed simulta neously resulting in a smooth continuous compression cycle

HEATING AND COOLING RATINGSNOTE � For Temperatures and Capacities not shown in tables, see bulletin � Cooling Unit Rating Table Correction Factor Data in Miscellaneous Engineering Data section.

29°C27°C24°C

Enter�ingWetBulb

Temper�ature

TotalAir

Volume

L/s cfm

TotalCoolingCapacity

Btuh

Com�pressorMotorWattsInput

SensibleTo Total

Ratio (S/T)Dry Bulb Dry Bulb Dry Bulb Dry Bulb

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)Com�

pressorMotorWattsInput

Com�pressorMotorWattsInput

Com�pressorMotorWattsInput

TotalCoolingCapacity

TotalCoolingCapacity

TotalCoolingCapacity

Outdoor Air Temperature Entering Outdoor Coil

63°F(17°C)

67°F(19°C)

71°F(22°C)

BtuhkW kW kWBtuh BtuhkW

85°F (29°C) 95°F (35°C) 105°F (41°C) 115°F (46°C)

HP29−036 � COOLING CAPACITY � C26−31 � C33−36A/B/C � CR26�30 � CR26�36N

75°F 80°F 85°F

NOTE � All values are gross capacities and do not include indoor coil blower motor heat deduction.

330 700 9.2 31,300 2730 .67 .78 .89 8.9 30,200 3040 .68 .79 .90 8.5 29,100 3400 .69 .80 .91 8.1 27,800 3800 .69 .82 .93

425 900 9.7 33,000 2760 .71 .84 .96 9.3 31,800 3070 .72 .86 .97 9.0 30,600 3420 .73 .87 .98 8.6 29,300 3830 .74 .89 1.0

520 1100 10.1 34,300 2780 .75 .90 1.0 9.7 33,000 3090 .76 .91 1.0 9.3 31,700 3450 .78 .93 1.0 8.9 30,400 3860 .79 .95 1.0

330 700 9.9 33,700 2770 .54 .64 .74 9.5 32,500 3080 .54 .65 .75 9.2 31,300 3440 .54 .65 .76 8.8 30,000 3840 .55 .66 .78

425 900 10.4 35,400 2790 .56 .68 .81 10.0 34,100 3110 .56 .69 .82 9.6 32,800 3460 .57 .70 .83 9.2 31,300 3870 .58 .72 .85

520 1100 10.7 36,600 2810 .58 .72 .86 10.3 35,200 3130 .59 .74 .88 9.9 33,800 3480 .6 .75 .90 9.5 32,300 3890 .61 .77 .92

330 700 10.6 36,200 2800 .42 .51 .61 10.2 34,900 3120 .42 .52 .62 9.8 33,600 3480 .42 .52 .63 9.4 32,200 3890 .42 .53 .64

425 900 11.1 37,900 2830 .42 .54 .65 10.7 36,600 3150 .42 .54 .66 10.3 35,200 3510 .43 .55 .67 9.8 33,600 3920 .43 .56 .69

520 1100 11.5 39,100 2850 .43 .57 .70 11.0 37,700 3170 .43 .57 .71 10.6 36,200 3530 .44 .58 .73 10.1 34,600 3940 .44 .59 .74

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C

Enter�ingWetBulb

Temper�ature

TotalAir

Volume

L/s cfm

TotalCoolingCapacity

Btuh

Com�pressorMotorWattsInput

SensibleTo Total

Ratio (S/T)Dry Bulb Dry Bulb Dry Bulb Dry Bulb

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)Com�

pressorMotorWattsInput

Com�pressorMotorWattsInput

Com�pressorMotorWattsInput

TotalCoolingCapacity

TotalCoolingCapacity

TotalCoolingCapacity

Outdoor Air Temperature Entering Outdoor Coil

63°F(17°C)

67°F(19°C)

71°F(22°C)

BtuhkW kW kWBtuh BtuhkW

85°F (29°C) 95°F (35°C) 105°F (41°C) 115°F (46°C)

HP29−036 � COOLING CAPACITY � C33−38A/B � C26−41 � CR26�36W

75°F 80°F 85°F

NOTE � All values are gross capacities and do not include indoor coil blower motor heat deduction.

380 800 9.9 33,700 2820 .69 .81 .92 9.5 32,500 3140 .7 .82 .94 9.2 31,300 3510 .71 .84 .95 8.8 30,000 3920 .72 .85 .97

470 1000 10.3 35,200 2840 .73 .87 .98 9.9 33,900 3160 .74 .88 .99 9.6 32,600 3530 .75 .90 1.0 9.1 31,200 3960 .77 .92 1.0

565 1200 10.6 36,300 2860 .77 .92 1.0 10.3 35,000 3180 .79 .94 1.0 9.9 33,700 3550 .8 .96 1.0 9.5 32,300 3970 .82 .97 1.0

380 800 10.6 36,200 2860 .55 .66 .77 10.2 34,900 3180 .55 .67 .79 9.8 33,500 3550 .56 .68 .80 9.4 32,100 3970 .56 .69 .82

470 1000 11.0 37,600 2880 .57 .70 .83 10.6 36,200 3200 .58 .72 .85 10.2 34,800 3570 .58 .73 .87 9.8 33,300 3990 .59 .74 .88

565 1200 11.3 38,600 2890 .59 .75 .89 10.9 37,200 3220 .6 .76 .91 10.5 35,700 3590 .61 .78 .93 10.0 34,100 4010 .62 .79 .94

380 800 11.4 38,800 2890 .42 .53 .63 11.0 37,400 3220 .42 .53 .64 10.6 36,000 3590 .42 .54 .65 10.1 34,500 4010 .42 .54 .66

470 1000 11.8 40,200 2910 .43 .55 .68 11.4 38,800 3240 .43 .56 .69 10.9 37,300 3610 .43 .57 .70 10.5 35,700 4040 .43 .57 .72

565 1200 12.1 41,300 2930 .44 .58 .72 11.6 39,700 3260 .44 .59 .74 11.2 38,100 3630 .44 .60 .75 10.7 36,400 4050 .44 .61 .77

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

330 700 11.5 39,200 3445 9.2 31,400 3095 6.9 23,400 2740 4.9 16,800 2355 2.4 8,100 1810425 900 11.7 40,000 3185 9.4 32,200 2835 7.1 24,200 2480 5.2 17,600 2095 2.6 8,900 1550520 1100 11.9 40,600 3030 9.6 32,800 2680 7.3 24,800 2325 5.3 18,200 1940 2.8 9,500 1395

NOTE � Heating capacities include the effect of defrost cycles in the temperature range where they occur.

Indoor CoilAir Volume

70°F db(21°C db)

TotalHeatingCapacity

Comp.MotorWattsInputL/s cfm kW Btuh kW Btuh kW Btuh kW Btuh kW Btuh

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

Air Temperature Entering Outdoor Coil

65°F (18°C) 45°F (7°C) 25°F (�4°C) 5°F (�15°C) �15°F (�28°C)

HP29−036 � HEATING CAPACITY � C26−31 � C33−36A/B/C � CR26−30 � CR26−36N

380 800 11.9 40,500 3060 9.6 32,600 2840 7.2 24,400 2615 5.2 17,700 2320 2.5 8,600 1745470 1000 12.0 41,100 2865 9.7 33,200 2645 7.3 25,000 2420 5.4 18,300 2125 2.7 9,200 1550565 1200 12.2 41,600 2740 9.9 33,700 2520 7.5 25,500 2295 5.5 18,800 2000 2.8 9,700 1425

NOTE � Heating capacities include the effect of defrost cycles in the temperature range where they occur.

Indoor CoilAir Volume

70°F db(21°C db)

TotalHeatingCapacity

Comp.MotorWattsInputL/s cfm kW Btuh kW Btuh kW Btuh kW Btuh kW Btuh

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

Air Temperature Entering Outdoor Coil

65°F (18°C) 45°F (7°C) 25°F (�4°C) 5°F (�15°C) �15°F (�28°C)

HP29−036 � HEATING CAPACITY � C33−38A/B � C26−41 � CR26−36W

3185 40,000 11.73100 38,200 11.23010 36,300 10.62925 34,500 10.12875 33,400 9.82835 32,200 9.42735 29,300 8.62635 26,400 7.72555 25,300 7.42480 24,200 7.12400 23,100 6.82355 22,400 6.62320 21,700 6.42235 19,800 5.82095 17,600 5.21960 15,500 4.51825 13,300 3.91685 11,100 3.31550 8,900 2.61415 6,700 2.0

*Outdoor�temperature�70%�relative�humidity.�Indoor�temperature�70°F�(21°C).

*Outdoor Temperature

°F °CCompressor Motor

Watts InputTotal Output

kWBtuh

65 1860 1655 1350 1047 845 740 435 230 �125 �420 �717 �815 �910 �125 �150 �18

�5 �21�10 �23�15 �26�20 �29

HP29−036 � HEATING PERFORMANCE − C26−31C33−36A/B/C − CR26−30 − CR26−36N − at 900 cfm (425 L/s)

2865 41,100 12.02810 39,300 11.52755 37,400 11.02705 35,500 10.42670 34,400 10.12645 33,200 9.72575 30,200 8.92510 27,200 8.02465 26,100 7.62420 25,000 7.32370 23,900 7.02345 23,200 6.82325 22,500 6.62270 20,600 6.02125 18,300 5.41980 16,000 4.71840 13,800 4.01695 11,500 3.41550 9,200 2.71405 7,000 2.1

*Outdoor�temperature�70%�relative�humidity.�Indoor�temperature�70°F�(21°C).

*Outdoor Temperature

°F °CCompressor Motor

Watts InputTotal Output

kWBtuh

65 1860 1655 1350 1047 845 740 435 230 �125 �420 �717 �815 �910 �125 �150 �18

�5 �21�10 �23�15 �26�20 �29

HP29−036 � HEATING PERFORMANCEC33−38A/B − C26−41 − CR26−36W � at 1000 cfm (470 L/s)

HP29 / Page 25

Page 26: HEAT PUMP OUTDOOR UNITS HP29 - LennoxPROs.com · 2019-11-07 · During compression, several pockets are compressed simulta neously resulting in a smooth continuous compression cycle

HEATING AND COOLING RATINGSNOTE � For Temperatures and Capacities not shown in tables, see bulletin � Cooling Unit Rating Table Correction Factor Data in Miscellaneous Engineering Data section.

29°C27°C24°C

Enter�ingWetBulb

Temper�ature

TotalAir

Volume

L/s cfm

TotalCoolingCapacity

Btuh

Com�pressorMotorWattsInput

SensibleTo Total

Ratio (S/T)Dry Bulb Dry Bulb Dry Bulb Dry Bulb

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)Com�

pressorMotorWattsInput

Com�pressorMotorWattsInput

Com�pressorMotorWattsInput

TotalCoolingCapacity

TotalCoolingCapacity

TotalCoolingCapacity

Outdoor Air Temperature Entering Outdoor Coil

63°F(17°C)

67°F(19°C)

71°F(22°C)

BtuhkW kW kWBtuh BtuhkW

85°F (29°C) 95°F (35°C) 105°F (41°C) 115°F (46°C)

HP29−036 � COOLING CAPACITY � C33−44C � C26−46 � CR26�48

75°F 80°F 85°F

NOTE � All values are gross capacities and do not include indoor coil blower motor heat deduction.

470 1000 10.3 35,100 2830 .73 .87 .99 9.9 33,900 3140 .74 .88 1.0 9.5 32,500 3510 .76 .90 1.0 9.1 31,100 3920 .77 .92 1.0

565 1200 10.6 36,300 2840 .78 .93 1.0 10.3 35,000 3170 .79 .94 1.0 9.8 33,600 3530 .8 .96 1.0 9.4 32,200 3940 .82 .98 1.0

660 1400 11.0 37,400 2860 .82 .97 1.0 10.6 36,100 3180 .84 .99 1.0 10.2 34,800 3540 .85 1.0 1.0 9.8 33,400 3960 .87 1.0 1.0

470 1000 11.0 37,500 2860 .57 .70 .83 10.6 36,200 3180 .58 .72 .85 10.2 34,700 3550 .59 .73 .87 9.7 33,200 3960 .6 .74 .89

565 1200 11.3 38,600 2880 .6 .75 .89 10.9 37,100 3200 .6 .77 .91 10.4 35,600 3560 .61 .78 .93 10.0 34,000 3980 .62 .80 .95

660 1400 11.5 39,400 2890 .62 .79 .95 11.1 37,900 3210 .63 .81 .96 10.6 36,300 3580 .64 .83 .98 10.2 34,700 3990 .66 .85 .99

470 1000 11.8 40,200 2900 .43 .55 .68 11.3 38,700 3220 .43 .56 .69 10.9 37,200 3590 .43 .57 .70 10.4 35,600 4010 .43 .58 .72

565 1200 12.1 41,300 2920 .44 .58 .72 11.6 39,700 3240 .44 .59 .74 11.2 38,100 3610 .44 .60 .76 10.7 36,400 4030 .45 .61 .77

660 1400 12.3 42,000 2930 .45 .61 .77 11.8 40,400 3250 .45 .62 .79 11.4 38,800 3620 .45 .63 .80 10.8 37,000 4040 .46 .65 .83

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

HP29−036 � CH33−36A/B/C−F COOLING CAPACITYOutdoor Air Temperature Entering Outdoor Coil

Total 85�F (29�C) 95�F (35�C) 105�F (41�C) 115�F (46�C)

EnteringWet BulbTempera�

TotalAir

Volume TotalCooling Comp

Sensible To TotalRatio (S/T)

TotalCooling Comp

Sensible To TotalRatio (S/T)

TotalCooling Comp

Sensible To TotalRatio (S/T)

TotalCooling Comp

Sensible To TotalRatio (S/T)

Tempera�ture

CoolingCapacity

CompMotor

kWDry Bulb

CoolingCapacity

CompMotor

kWDry Bulb

CoolingCapacity

CompMotor

kWDry Bulb

CoolingCapacity

CompMotor

kWDry Bulbture

cfm L/s kBtuh kW

kWInput 75�F

24�C80�F27�C

85�F29�C

kBtuh kW

kWInput 75�F

24�C80�F27�C

85�F29�C

kBtuh kW

kWInput 75�F

24�C80�F27�C

85�F29�C

kBtuh kW

kWInput 75�F

24�C80�F27�C

85�F29�C

63�F1000 470 31.7 9.3 2.73 .72 .86 .97 30.6 9.0 3.05 .73 .87 .98 29.5 8.6 3.41 .74 .89 .99 28.4 8.3 3.83 .76 .90 1.00

63�F(17�C)

1200 565 32.7 9.6 2.75 .76 .91 1.00 31.6 9.3 3.07 .77 .92 1.00 30.5 8.9 3.43 .78 .94 1.00 29.3 8.6 3.85 .80 .96 1.00(17�C)

1400 660 33.5 9.8 2.76 .80 .95 1.00 32.4 9.5 3.08 .81 .97 1.00 31.3 9.2 3.45 .83 .98 1.00 30.1 8.8 3.87 .85 .99 1.00

67�F1000 470 33.9 9.9 2.76 .57 .70 .82 32.7 9.6 3.08 .57 .71 .84 31.5 9.2 3.44 .58 .72 .85 30.3 8.9 3.86 .58 .73 .87

67�F(19�C)

1200 565 34.8 10.2 2.78 .59 .74 .88 33.6 9.8 3.10 .60 .75 .89 32.3 9.5 3.46 .60 .76 .91 31.0 9.1 3.88 .61 .78 .93(19�C)

1400 660 35.4 10.4 2.79 .61 .78 .92 34.2 10.0 3.11 .62 .79 .94 32.9 9.6 3.47 .63 .81 .96 31.6 9.3 3.89 .64 .82 .97

71�F1000 470 36.2 10.6 2.80 .43 .55 .67 35.0 10.3 3.12 .43 .55 .68 33.8 9.9 3.48 .43 .56 .69 32.5 9.5 3.90 .43 .57 .70

71�F(22�C)

1200 565 37.1 10.9 2.81 .43 .57 .71 35.9 10.5 3.13 .43 .58 .72 34.6 10.1 3.50 .44 .59 .74 33.2 9.7 3.92 .44 .60 .75(22�C)

1400 660 37.8 11.1 2.82 .44 .60 .75 36.5 10.7 3.14 .44 .61 .77 35.2 10.3 3.51 .45 .61 .78 33.8 9.9 3.93 .45 .63 .80

470 1000 11.9 40,600 2910 9.6 32,700 2690 7.2 24,500 2465 5.2 17,800 2175 2.5 8,700 1620565 1200 12.0 41,100 2790 9.7 33,200 2570 7.3 25,000 2345 5.4 18,300 2055 2.7 9,200 1500660 1400 12.2 41,600 2705 9.9 33,700 2485 7.5 25,500 2260 5.5 18,800 1970 2.8 9,700 1415

NOTE � Heating capacities include the effect of defrost cycles in the temperature range where they occur.

Indoor CoilAir Volume

70°F db(21°C db)

TotalHeatingCapacity

Comp.MotorWattsInputL/s cfm kW Btuh kW Btuh kW Btuh kW Btuh kW Btuh

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

Air Temperature Entering Outdoor Coil

65°F (18°C) 45°F (7°C) 25°F (�4°C) 5°F (�15°C) �15°F (�28°C)

HP29−036 � HEATING CAPACITY � C33−44C � C26−46 � CR26−48

HP29−036 − CH33−36A/B/C−F − HEATING CAPACITY

Indoor CoilAir Temperature Entering Outdoor Coil

Indoor CoilAir Volume

0

65�F (18�C) 45�F (7�C) 25�F (−4�C) 5�F (−15�C) −15�F (−26�C)Air Volume70�F db(21�C db)

Total HeatingCapacity

Comp.Motor

kW

Total HeatingCapacity

Comp.Motor

kW

Total HeatingCapacity

Comp.Motor

kW

Total HeatingCapacity

Comp.Motor

kW

Total HeatingCapacity

Comp.Motor

kWcfm L/s kBtuh kW

kWInput kBtuh kW

kWInput kBtuh kW

kWInput kBtuh kW

kWInput kBtuh kW

kWInput

1000 470 40.2 11.8 2.95 33.1 9.7 2.73 26.3 7.7 2.50 17.7 5.2 2.19 8.6 2.5 1.63

1200 565 40.8 12.0 2.82 33.7 9.9 2.60 26.9 7.9 2.37 18.3 5.4 2.06 9.2 2.7 1.50

1400 660 41.2 12.1 2.73 34.1 10.0 2.51 27.3 8.0 2.28 18.7 5.5 1.97 9.6 2.8 1.41

2790 41,100 12.02740 39,300 11.52685 37,400 11.02630 35,500 10.42595 34,400 10.12570 33,200 9.72505 30,200 8.92435 27,200 8.02390 26,100 7.62345 25,000 7.32300 23,900 7.02270 23,200 6.82250 22,500 6.62195 20,600 6.02055 18,300 5.41920 16,000 4.71780 13,800 4.01640 11,500 3.41500 9,200 2.71365 7,000 2.1

*Outdoor�temperature�70%�relative�humidity.�Indoor�temperature�70°F�(21°C).

*Outdoor Temperature

°F °CCompressor Motor

Watts InputTotal Output

kWBtuh

65 1860 1655 1350 1047 845 740 435 230 �125 �420 �717 �815 �910 �125 �150 �18

�5 �21�10 �23�15 �26�20 �29

HP29−036 � HEATING PERFORMANCEC33−44C � C26−46 � CR26−48 � at 1200 cfm (565 L/s)

HP29−036 − CH33−36A/B/C−F − HEATINGPERFORMANCE at 1200 cfm (565 L/s) Indoor Coil Air Volume

*Outdoor Temperature Compressor Motor Total Output

�F �C

Compressor MotorkW Input kBtuh kW

65 18 2.82 40.8 12.0

60 16 2.77 38.9 11.4

55 13 2.71 37.1 10.9

50 10 2.65 35.3 10.3

47 8 2.62 34.2 10.0

45 7 2.60 33.7 9.9

40 4 2.55 32.6 9.6

35 2 2.50 31.6 9.3

30 −1 2.44 29.2 8.6

25 −4 2.37 26.9 7.9

20 −7 2.31 24.6 7.2

17 −8 2.27 23.2 6.8

15 −9 2.25 22.5 6.6

10 −12 2.19 20.6 6.0

5 −15 2.06 18.3 5.4

0 −18 1.92 16.1 4.7

−5 −21 1.78 13.8 4.0

−10 −23 1.64 11.5 3.4

−15 −26 1.50 9.2 2.7

−20 −29 1.37 7.0 2.1

HP29 / Page 26

Page 27: HEAT PUMP OUTDOOR UNITS HP29 - LennoxPROs.com · 2019-11-07 · During compression, several pockets are compressed simulta neously resulting in a smooth continuous compression cycle

HEATING AND COOLING RATINGSNOTE � For Temperatures and Capacities not shown in tables, see bulletin � Cooling Unit Rating Table Correction Factor Data in Miscellaneous Engineering Data section.

29°C27°C24°C

Enter�ingWetBulb

Temper�ature

TotalAir

Volume

L/s cfm

TotalCoolingCapacity

Btuh

Com�pressorMotorWattsInput

SensibleTo Total

Ratio (S/T)Dry Bulb Dry Bulb Dry Bulb Dry Bulb

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)Com�

pressorMotorWattsInput

Com�pressorMotorWattsInput

Com�pressorMotorWattsInput

TotalCoolingCapacity

TotalCoolingCapacity

TotalCoolingCapacity

Outdoor Air Temperature Entering Outdoor Coil

63°F(17°C)

67°F(19°C)

71°F(22°C)

BtuhkW kW kWBtuh BtuhkW

85°F (29°C) 95°F (35°C) 105°F (41°C) 115°F (46°C)

HP29−036 � COOLING CAPACITY � CH23−41 � CH33−42B−F

75°F 80°F 85°F

NOTE � All values are gross capacities and do not include indoor coil blower motor heat deduction.

470 1000 10.2 34,700 2760 .74 .87 .99 9.8 33,400 3080 .75 .89 .99 9.4 32,100 3430 .76 .91 1.0 9.0 30,800 3840 .77 .93 1.0

565 1200 10.5 35,800 2780 .78 .93 1.0 10.1 34,500 3100 .79 .94 1.0 9.7 33,200 3460 .81 .96 1.0 9.3 31,900 3860 .82 .98 1.0

660 1400 10.8 36,800 2800 .82 .98 1.0 10.4 35,500 3110 .84 .99 1.0 10.0 34,200 3470 .86 1.0 1.0 9.6 32,900 3880 .87 1.0 1.0

470 1000 10.8 36,900 2800 .57 .71 .84 10.4 35,600 3110 .58 .72 .85 10.0 34,200 3470 .59 .73 .87 9.6 32,700 3880 .6 .75 .89

565 1200 11.1 37,900 2810 .6 .75 .90 10.7 36,500 3120 .61 .77 .91 10.3 35,000 3480 .62 .79 .93 9.8 33,500 3890 .63 .80 .95

660 1400 11.3 38,700 2820 .63 .80 .95 10.9 37,200 3140 .64 .82 .97 10.5 35,700 3490 .65 .83 .98 10.0 34,200 3910 .66 .85 .99

470 1000 11.6 39,500 2830 .43 .55 .68 11.2 38,100 3150 .43 .56 .70 10.7 36,600 3510 .43 .57 .71 10.3 35,000 3920 .44 .58 .72

565 1200 11.9 40,500 2840 .44 .58 .73 11.4 39,000 3160 .44 .59 .74 11.0 37,400 3520 .44 .60 .76 10.5 35,800 3940 .45 .61 .78

660 1400 12.1 41,200 2850 .45 .61 .78 11.6 39,700 3170 .45 .62 .79 11.1 38,000 3540 .45 .64 .81 10.7 36,400 3950 .46 .65 .83

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C

Enter�ingWetBulb

Temper�ature

TotalAir

Volume

L/s cfm

TotalCoolingCapacity

Btuh

Com�pressorMotorWattsInput

SensibleTo Total

Ratio (S/T)Dry Bulb Dry Bulb Dry Bulb Dry Bulb

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)Com�

pressorMotorWattsInput

Com�pressorMotorWattsInput

Com�pressorMotorWattsInput

TotalCoolingCapacity

TotalCoolingCapacity

TotalCoolingCapacity

Outdoor Air Temperature Entering Outdoor Coil

63°F(17°C)

67°F(19°C)

71°F(22°C)

BtuhkW kW kWBtuh BtuhkW

85°F (29°C) 95°F (35°C) 105°F (41°C) 115°F (46°C)

HP29−042 � COOLING CAPACITY � CB29M−41 − CB28UH−036

75°F 80°F 85°F

NOTE � All values are gross capacities and do not include indoor coil blower motor heat deduction.

590 1250 11.4 38,800 3160 .75 .90 1.0 11.0 37,500 3520 .76 .91 1.0 10.6 36,200 3940 .78 .93 1.0 10.2 34,800 4420 .79 .94 1.0

635 1350 11.5 39,300 3170 .77 .92 1.0 11.1 38,000 3530 .78 .93 1.0 10.8 36,700 3950 .8 .95 1.0 10.3 35,200 4420 .81 .97 1.0

685 1450 11.6 39,700 3180 .79 .94 1.0 11.3 38,500 3540 .8 .95 1.0 10.9 37,100 3950 .82 .96 1.0 10.4 35,600 4430 .83 .98 1.0

590 1250 12.1 41,200 3190 .58 .73 .86 11.7 39,800 3560 .59 .74 .88 11.2 38,300 3970 .6 .75 .90 10.8 36,700 4450 .61 .77 .91

635 1350 12.2 41,600 3200 .59 .75 .89 11.8 40,200 3560 .6 .76 .90 11.3 38,700 3980 .61 .77 .92 10.9 37,100 4450 .62 .79 .94

685 1450 12.3 41,900 3200 .61 .77 .91 11.9 40,500 3570 .61 .78 .93 11.4 39,000 3980 .62 .79 .94 11.0 37,400 4460 .63 .81 .96

590 1250 12.9 43,900 3230 .43 .57 .70 12.4 42,400 3600 .43 .58 .71 12.0 40,900 4010 .44 .58 .73 11.5 39,200 4490 .44 .59 .74

635 1350 13.0 44,300 3240 .44 .58 .72 12.5 42,800 3600 .44 .59 .74 12.1 41,200 4020 .44 .60 .75 11.6 39,600 4500 .44 .61 .77

685 1450 13.1 44,700 3240 .44 .59 .74 12.7 43,200 3610 .44 .60 .76 12.2 41,600 4030 .44 .61 .77 11.7 39,800 4500 .45 .62 .79

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

470 1000 11.9 40,600 2915 9.6 32,700 2695 7.2 24,500 2470 5.2 17,800 2180 2.5 8,700 1625565 1200 12.0 41,100 2790 9.7 33,200 2570 7.3 25,000 2345 5.4 18,300 2055 2.7 9,200 1500660 1400 12.2 41,600 2710 9.9 33,700 2490 7.5 25,500 2265 5.5 18,800 1975 2.8 9,700 1420

NOTE � Heating capacities include the effect of defrost cycles in the temperature range where they occur.

Indoor CoilAir Volume

70°F db(21°C db)

TotalHeatingCapacity

Comp.MotorWattsInputL/s cfm kW Btuh kW Btuh kW Btuh kW Btuh kW Btuh

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

Air Temperature Entering Outdoor Coil

65°F (18°C) 45°F (7°C) 25°F (�4°C) 5°F (�15°C) �15°F (�28°C)

HP29−036 � HEATING CAPACITY � CH23−41 � CH33−42B−F

590 1250 14.3 48,900 3565 11.4 38,900 3245 8.4 28,800 2910 5.8 19,800 2545 2.9 10,000 1880635 1350 14.4 49,200 3500 11.5 39,200 3180 8.5 29,100 2845 5.9 20,100 2485 3.0 10,300 1815710 1500 14.5 49,600 3440 11.6 39,600 3120 8.6 29,500 2785 6.0 20,500 2425 3.1 10,700 1755

NOTE � Heating capacities include the effect of defrost cycles in the temperature range where they occur.

Indoor CoilAir Volume

70°F db(21°C db)

TotalHeatingCapacity

Comp.MotorWattsInputL/s cfm kW Btuh kW Btuh kW Btuh kW Btuh kW Btuh

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

Air Temperature Entering Outdoor Coil

65°F (18°C) 45°F (7°C) 25°F (�4°C) 5°F (�15°C) �15°F (�28°C)

HP29−042 � HEATING CAPACITY � CB29M−41 − CB28UH−036

2790 41,100 12.02740 39,300 11.52685 37,400 11.02630 35,500 10.42595 34,400 10.12570 33,200 9.72505 30,200 8.92435 27,200 8.02390 26,100 7.62345 25,000 7.32300 23,900 7.02270 23,200 6.82250 22,500 6.62195 20,600 6.02055 18,300 5.41920 16,000 4.71780 13,800 4.01640 11,500 3.41500 9,200 2.71365 7,000 2.1

*Outdoor�temperature�70%�relative�humidity.�Indoor�temperature�70°F�(21°C).

*Outdoor Temperature

°F °CCompressor Motor

Watts InputTotal Output

kWBtuh

65 1860 1655 1350 1047 845 740 435 230 �125 �420 �717 �815 �910 �125 �150 �18

�5 �21�10 �23�15 �26�20 �29

HP29−036 � HEATING PERFORMANCECH23−41 � CH33−42B−F � at 1200 cfm (565 L/s)

3505 49,200 14.43430 46,800 13.73350 44,400 13.03270 42,000 12.33225 40,500 11.93180 39,200 11.53070 36,100 10.62960 33,000 9.72900 31,000 9.12845 29,100 8.52785 27,200 8.02755 26,000 7.62720 25,000 7.32645 22,600 6.62480 20,100 5.92315 17,700 5.22145 15,200 4.51980 12,700 3.71815 10,300 3.01650 7,800 2.3

*Outdoor�temperature�70%�relative�humidity.�Indoor�temperature�70°F�(21°C).

*Outdoor Temperature

°F °CCompressor Motor

Watts InputTotal Output

kWBtuh

65 1860 1655 1350 1047 845 740 435 230 �125 �420 �717 �815 �910 �125 �150 �18

�5 �21�10 �23�15 �26�20 �29

HP29−042 � HEATING PERFORMANCECB29M−41 − CB28UH−036 � at 1350 cfm (635 L/s)

HP29 / Page 27

Page 28: HEAT PUMP OUTDOOR UNITS HP29 - LennoxPROs.com · 2019-11-07 · During compression, several pockets are compressed simulta neously resulting in a smooth continuous compression cycle

HEATING AND COOLING RATINGSNOTE � For Temperatures and Capacities not shown in tables, see bulletin � Cooling Unit Rating Table Correction Factor Data in Miscellaneous Engineering Data section.

29°C27°C24°C

Enter�ingWetBulb

Temper�ature

TotalAir

Volume

L/s cfm

TotalCoolingCapacity

Btuh

Com�pressorMotorWattsInput

SensibleTo Total

Ratio (S/T)Dry Bulb Dry Bulb Dry Bulb Dry Bulb

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)Com�

pressorMotorWattsInput

Com�pressorMotorWattsInput

Com�pressorMotorWattsInput

TotalCoolingCapacity

TotalCoolingCapacity

TotalCoolingCapacity

Outdoor Air Temperature Entering Outdoor Coil

63°F(17°C)

67°F(19°C)

71°F(22°C)

BtuhkW kW kWBtuh BtuhkW

85°F (29°C) 95°F (35°C) 105°F (41°C) 115°F (46°C)

HP29−042 � COOLING CAPACITY � CB30M−41

75°F 80°F 85°F

NOTE � All values are gross capacities and do not include indoor coil blower motor heat deduction.

495 1050 11.2 38,100 3040 .71 .84 .96 10.8 36,800 3390 .72 .86 .97 10.4 35,400 3780 .73 .87 .99 9.9 33,900 4230 .74 .89 1.0

590 1250 11.5 39,300 3060 .75 .89 1.0 11.1 38,000 3410 .76 .91 1.0 10.7 36,500 3810 .77 .93 1.0 10.3 35,000 4260 .79 .94 1.0

685 1450 11.8 40,300 3080 .78 .94 1.0 11.4 38,900 3430 .8 .95 1.0 11.0 37,500 3830 .81 .97 1.0 10.5 35,900 4270 .83 .99 1.0

495 1050 12.0 40,800 3080 .56 .68 .81 11.5 39,300 3430 .56 .69 .82 11.1 37,800 3830 .57 .71 .84 10.6 36,200 4280 .58 .72 .86

590 1250 12.3 41,800 3100 .58 .72 .86 11.8 40,400 3450 .59 .73 .87 11.4 38,800 3840 .6 .75 .89 10.9 37,100 4300 .6 .77 .91

685 1450 12.5 42,700 3110 .6 .76 .91 12.1 41,200 3460 .61 .77 .92 11.6 39,500 3860 .62 .79 .94 11.1 37,800 4310 .63 .81 .96

495 1050 12.8 43,600 3120 .42 .54 .66 12.3 42,100 3480 .43 .55 .67 11.9 40,500 3870 .43 .55 .68 11.4 38,800 4330 .43 .56 .69

590 1250 13.1 44,700 3140 .43 .56 .70 12.7 43,200 3490 .43 .57 .71 12.2 41,500 3890 .44 .58 .72 11.6 39,700 4340 .44 .59 .74

685 1450 13.4 45,600 3150 .44 .59 .74 12.9 43,900 3510 .44 .60 .75 12.4 42,200 3900 .45 .61 .77 11.8 40,300 4360 .45 .62 .78

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C

Enter�ingWetBulb

Temper�ature

TotalAir

Volume

L/s cfm

TotalCoolingCapacity

Btuh

Com�pressorMotorWattsInput

SensibleTo Total

Ratio (S/T)Dry Bulb Dry Bulb Dry Bulb Dry Bulb

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)Com�

pressorMotorWattsInput

Com�pressorMotorWattsInput

Com�pressorMotorWattsInput

TotalCoolingCapacity

TotalCoolingCapacity

TotalCoolingCapacity

Outdoor Air Temperature Entering Outdoor Coil

63°F(17°C)

67°F(19°C)

71°F(22°C)

BtuhkW kW kWBtuh BtuhkW

85°F (29°C) 95°F (35°C) 105°F (41°C) 115°F (46°C)

HP29−042 � COOLING CAPACITY � CB29M−46 − CB28UH−042

75°F 80°F 85°F

NOTE � All values are gross capacities and do not include indoor coil blower motor heat deduction.

530 1125 11.5 39,200 3140 .73 .86 .98 11.1 37,900 3500 .74 .88 .99 10.7 36,400 3910 .75 .89 1.0 10.2 34,900 4380 .77 .91 1.0

625 1325 11.8 40,300 3160 .76 .91 1.0 11.4 38,900 3520 .77 .93 1.0 11.0 37,500 3930 .79 .94 1.0 10.5 35,900 4400 .81 .96 1.0

720 1525 12.1 41,300 3180 .8 .95 1.0 11.7 39,900 3540 .81 .96 1.0 11.3 38,400 3950 .83 .98 1.0 10.8 36,900 4410 .85 .99 1.0

530 1125 12.3 41,800 3180 .57 .70 .83 11.8 40,400 3540 .57 .71 .84 11.4 38,800 3950 .58 .72 .86 10.9 37,200 4420 .59 .74 .88

625 1325 12.5 42,800 3200 .59 .74 .88 12.1 41,300 3560 .6 .75 .89 11.6 39,700 3970 .6 .77 .91 11.1 38,000 4430 .61 .78 .93

720 1525 12.7 43,500 3210 .61 .78 .92 12.3 42,000 3570 .62 .79 .94 11.8 40,400 3980 .63 .80 .96 11.3 38,600 4450 .64 .83 .97

530 1125 13.1 44,700 3220 .43 .55 .67 12.7 43,200 3590 .43 .56 .68 12.2 41,500 4000 .43 .56 .70 11.7 39,800 4470 .43 .57 .71

625 1325 13.4 45,700 3240 .43 .57 .71 12.9 44,100 3610 .44 .58 .73 12.4 42,400 4020 .44 .59 .74 11.9 40,600 4490 .44 .60 .76

720 1525 13.6 46,500 3250 .44 .60 .75 13.1 44,800 3620 .44 .61 .77 12.6 43,000 4030 .45 .62 .78 12.0 41,100 4500 .45 .63 .80

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

520 1100 14.3 48,700 3495 11.3 38,700 3195 8.4 28,600 2890 5.7 19,600 2545 2.9 9,800 1895600 1275 14.4 49,200 3365 11.5 39,200 3065 8.5 29,100 2760 5.9 20,100 2415 3.0 10,300 1765685 1450 14.6 49,700 3265 11.6 39,700 2965 8.7 29,600 2660 6.0 20,600 2315 3.2 10,800 1665

NOTE � Heating capacities include the effect of defrost cycles in the temperature range where they occur.

Indoor CoilAir Volume

70°F db(21°C db)

TotalHeatingCapacity

Comp.MotorWattsInputL/s cfm kW Btuh kW Btuh kW Btuh kW Btuh kW Btuh

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

Air Temperature Entering Outdoor Coil

65°F (18°C) 45°F (7°C) 25°F (�4°C) 5°F (�15°C) �15°F (�28°C)

HP29−042 � HEATING CAPACITY � CB30M−41

565 1200 14.3 48,700 3580 11.4 38,900 3290 8.4 28,800 2990 5.9 20,000 2650 2.9 10,000 1960635 1350 14.4 49,100 3480 11.5 39,300 3190 8.6 29,200 2890 6.0 20,400 2550 3.0 10,400 1860710 1500 14.6 49,700 3400 11.7 39,900 3110 8.7 29,800 2810 6.2 21,000 2470 3.2 11,000 1780

NOTE � Heating capacities include the effect of defrost cycles in the temperature range where they occur.

Indoor CoilAir Volume

70°F db(21°C db)

TotalHeatingCapacity

Comp.MotorWattsInputL/s cfm kW Btuh kW Btuh kW Btuh kW Btuh kW Btuh

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

Air Temperature Entering Outdoor Coil

65°F (18°C) 45°F (7°C) 25°F (�4°C) 5°F (�15°C) �15°F (�28°C)

HP29−042 � HEATING CAPACITY � CB29M−46 − CB28UH−042

3365 49,200 14.43295 46,800 13.73225 44,400 13.03150 42,000 12.33110 40,500 11.93065 39,200 11.52965 36,100 10.62865 33,000 9.72810 31,000 9.12760 29,100 8.52705 27,200 8.02675 26,000 7.62645 25,000 7.32575 22,600 6.62415 20,100 5.92250 17,700 5.22090 15,200 4.51930 12,700 3.71765 10,300 3.01605 7,800 2.3

*Outdoor�temperature�70%�relative�humidity.�Indoor�temperature�70°F�(21°C).

*Outdoor Temperature

°F °CCompressor Motor

Watts InputTotal Output

kWBtuh

65 1860 1655 1350 1047 845 740 435 230 �125 �420 �717 �815 �910 �125 �150 �18

�5 �21�10 �23�15 �26�20 �29

HP29−042 � HEATING PERFORMANCECB30M−41 � at 1275 cfm (600 L/s)

3480 49,100 14.43410 46,700 13.73340 44,300 13.03275 41,900 12.33230 40,500 11.93190 39,300 11.53090 36,100 10.62990 33,000 9.72940 31,100 9.12890 29,200 8.62845 27,300 8.02815 26,200 7.72790 25,200 7.42720 22,900 6.72550 20,400 6.02375 17,900 5.22205 15,400 4.52035 12,900 3.81860 10,400 3.01690 7,900 2.3

*Outdoor�temperature�70%�relative�humidity.�Indoor�temperature�70°F�(21°C).

*Outdoor Temperature

°F °CCompressor Motor

Watts InputTotal Output

kWBtuh

65 1860 1655 1350 1047 845 740 435 230 �125 �420 �717 �815 �910 �125 �150 �18

�5 �21�10 �23�15 �26�20 �29

HP29−042 � HEATING PERFORMANCECB29M−46 − CB28UH−042 � at 1350 cfm (635 L/s)

HP29 / Page 28

Page 29: HEAT PUMP OUTDOOR UNITS HP29 - LennoxPROs.com · 2019-11-07 · During compression, several pockets are compressed simulta neously resulting in a smooth continuous compression cycle

HEATING AND COOLING RATINGSNOTE � For Temperatures and Capacities not shown in tables, see bulletin � Cooling Unit Rating Table Correction Factor Data in Miscellaneous Engineering Data section.

29°C27°C24°C

Enter�ingWetBulb

Temper�ature

TotalAir

Volume

L/s cfm

TotalCoolingCapacity

Btuh

Com�pressorMotorWattsInput

SensibleTo Total

Ratio (S/T)Dry Bulb Dry Bulb Dry Bulb Dry Bulb

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)Com�

pressorMotorWattsInput

Com�pressorMotorWattsInput

Com�pressorMotorWattsInput

TotalCoolingCapacity

TotalCoolingCapacity

TotalCoolingCapacity

Outdoor Air Temperature Entering Outdoor Coil

63°F(17°C)

67°F(19°C)

71°F(22°C)

BtuhkW kW kWBtuh BtuhkW

85°F (29°C) 95°F (35°C) 105°F (41°C) 115°F (46°C)

HP29−042 � COOLING CAPACITY � CB30U�41/46 � CB30M−46

75°F 80°F 85°F

NOTE � All values are gross capacities and do not include indoor coil blower motor heat deduction.

520 1100 11.5 39,300 3150 .72 .85 .97 11.1 37,900 3510 .73 .87 .98 10.7 36,500 3910 .74 .88 .99 10.2 34,900 4380 .76 .91 1.0

600 1275 11.8 40,300 3160 .75 .90 1.0 11.4 38,900 3520 .76 .92 1.0 11.0 37,400 3940 .78 .93 1.0 10.5 35,900 4400 .79 .95 1.0

685 1450 12.1 41,200 3180 .78 .94 1.0 11.7 39,800 3540 .8 .95 1.0 11.2 38,300 3950 .81 .97 1.0 10.8 36,700 4410 .83 .99 1.0

520 1100 12.3 42,000 3190 .57 .69 .82 11.9 40,500 3550 .57 .70 .83 11.4 38,900 3960 .58 .72 .85 10.9 37,200 4430 .58 .73 .87

600 1275 12.6 42,900 3200 .58 .73 .87 12.1 41,300 3570 .59 .74 .88 11.6 39,700 3970 .6 .76 .90 11.1 38,000 4440 .61 .77 .92

685 1450 12.8 43,600 3210 .6 .76 .91 12.3 42,100 3580 .61 .77 .92 11.8 40,400 3990 .62 .79 .94 11.3 38,600 4450 .63 .81 .96

520 1100 13.2 44,900 3230 .43 .55 .67 12.7 43,300 3600 .43 .55 .68 12.2 41,700 4010 .43 .56 .69 11.7 39,900 4480 .43 .57 .70

600 1275 13.4 45,800 3250 .43 .57 .70 13.0 44,200 3610 .43 .57 .71 12.5 42,500 4030 .44 .58 .73 11.9 40,600 4490 .44 .59 .75

685 1450 13.7 46,600 3260 .44 .59 .74 13.2 44,900 3630 .44 .60 .75 12.6 43,100 4030 .45 .61 .77 12.1 41,200 4510 .45 .62 .78

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C

Enter�ingWetBulb

Temper�ature

TotalAir

Volume

L/s cfm

TotalCoolingCapacity

Btuh

Com�pressorMotorWattsInput

SensibleTo Total

Ratio (S/T)Dry Bulb Dry Bulb Dry Bulb Dry Bulb

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)Com�

pressorMotorWattsInput

Com�pressorMotorWattsInput

Com�pressorMotorWattsInput

TotalCoolingCapacity

TotalCoolingCapacity

TotalCoolingCapacity

Outdoor Air Temperature Entering Outdoor Coil

63°F(17°C)

67°F(19°C)

71°F(22°C)

BtuhkW kW kWBtuh BtuhkW

85°F (29°C) 95°F (35°C) 105°F (41°C) 115°F (46°C)

HP29−042 � COOLING CAPACITY � CB29M−51 − CB28UH−048 � CB29M−65 − CB28UH−060

75°F 80°F 85°F

NOTE � All values are gross capacities and do not include indoor coil blower motor heat deduction.

565 1200 11.8 40,100 3160 .74 .88 .99 11.3 38,700 3520 .75 .90 1.0 10.9 37,300 3930 .76 .91 1.0 10.5 35,700 4400 .78 .93 1.0

660 1400 12.1 41,200 3180 .78 .93 1.0 11.7 39,800 3540 .79 .94 1.0 11.2 38,300 3950 .8 .96 1.0 10.8 36,700 4420 .82 .98 1.0

755 1600 12.4 42,200 3200 .81 .96 1.0 11.9 40,700 3560 .83 .98 1.0 11.5 39,300 3970 .84 .99 1.0 11.0 37,700 4430 .86 1.0 1.0

565 1200 12.5 42,800 3200 .57 .71 .85 12.1 41,200 3570 .58 .73 .86 11.6 39,700 3980 .59 .74 .88 11.1 37,900 4440 .6 .75 .90

660 1400 12.8 43,700 3220 .6 .75 .90 12.3 42,100 3580 .61 .76 .91 11.9 40,500 3990 .61 .78 .93 11.3 38,700 4460 .62 .80 .95

755 1600 13.0 44,400 3230 .62 .79 .94 12.5 42,800 3590 .63 .80 .95 12.0 41,100 4000 .64 .82 .97 11.5 39,300 4470 .65 .84 .99

565 1200 13.4 45,800 3250 .43 .56 .69 12.9 44,100 3610 .43 .56 .70 12.4 42,400 4030 .43 .57 .71 11.9 40,600 4490 .44 .58 .73

660 1400 13.7 46,700 3260 .44 .58 .73 13.2 45,000 3630 .44 .59 .74 12.7 43,200 4040 .44 .60 .76 12.1 41,300 4510 .45 .61 .77

755 1600 13.9 47,400 3270 .45 .61 .77 13.4 45,700 3640 .45 .61 .78 12.8 43,800 4060 .45 .63 .80 12.3 41,900 4530 .46 .64 .82

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

520 1100 14.3 48,700 3495 11.3 38,700 3195 8.4 28,600 2890 5.7 19,600 2545 2.9 9,800 1895600 1275 14.4 49,200 3365 11.5 39,200 3065 8.5 29,100 2760 5.9 20,100 2415 3.0 10,300 1765685 1450 14.6 49,700 3265 11.6 39,700 2965 8.7 29,600 2660 6.0 20,600 2315 3.2 10,800 1665

NOTE � Heating capacities include the effect of defrost cycles in the temperature range where they occur.

Indoor CoilAir Volume

70°F db(21°C db)

TotalHeatingCapacity

Comp.MotorWattsInputL/s cfm kW Btuh kW Btuh kW Btuh kW Btuh kW Btuh

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

Air Temperature Entering Outdoor Coil

65°F (18°C) 45°F (7°C) 25°F (�4°C) 5°F (�15°C) �15°F (�28°C)

HP29−042 � HEATING CAPACITY � CB30U−41/46 � CB30M−46

565 1200 14.5 49,400 3435 11.5 39,300 3220 8.5 29,100 2995 5.9 20,100 2700 2.9 10,000 2000660 1400 14.6 49,800 3305 11.6 39,700 3090 8.6 29,500 2865 6.0 20,500 2570 3.0 10,400 1870755 1600 14.8 50,500 3210 11.8 40,400 2995 8.9 30,200 2770 6.2 21,200 2475 3.3 11,100 1775

NOTE � Heating capacities include the effect of defrost cycles in the temperature range where they occur.

Indoor CoilAir Volume

70°F db(21°C db)

TotalHeatingCapacity

Comp.MotorWattsInputL/s cfm kW Btuh kW Btuh kW Btuh kW Btuh kW Btuh

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

Air Temperature Entering Outdoor Coil

65°F (18°C) 45°F (7°C) 25°F (�4°C) 5°F (�15°C) �15°F (�28°C)

HP29−042 � HEATING CAPACITY � CB29M−51 − CB28UH−048 � CB29M−65 − CB28UH−060

3365 49,200 14.43295 46,800 13.73225 44,400 13.03150 42,000 12.33110 40,500 11.93065 39,200 11.52965 36,100 10.62865 33,000 9.72810 31,000 9.12760 29,100 8.52705 27,200 8.02675 26,000 7.62645 25,000 7.32575 22,600 6.62415 20,100 5.92250 17,700 5.22090 15,200 4.51930 12,700 3.71765 10,300 3.01605 7,800 2.3

*Outdoor�temperature�70%�relative�humidity.�Indoor�temperature�70°F�(21°C).

*Outdoor Temperature

°F °CCompressor Motor

Watts InputTotal Output

kWBtuh

65 1860 1655 1350 1047 845 740 435 230 �125 �420 �717 �815 �910 �125 �150 �18

�5 �21�10 �23�15 �26�20 �29

HP29−042 � HEATING PERFORMANCECB30U−41/46 � CB30M−46 � at 1275 cfm (600 L/s)

3305 49,800 14.63255 47,300 13.93205 44,900 13.23150 42,500 12.53120 41,000 12.03090 39,700 11.63005 36,600 10.72925 33,400 9.82895 31,500 9.22865 29,500 8.62835 27,600 8.12820 26,400 7.72800 25,400 7.42750 23,000 6.72570 20,500 6.02395 18,000 5.32220 15,500 4.52045 12,900 3.81870 10,400 3.01690 7,900 2.3

*Outdoor�temperature�70%�relative�humidity.�Indoor�temperature�70°F�(21°C).

*Outdoor Temperature

°F °CCompressor Motor

Watts InputTotal Output

kWBtuh

65 1860 1655 1350 1047 845 740 435 230 �125 �420 �717 �815 �910 �125 �150 �18

�5 �21�10 �23�15 �26�20 �29

HP29−042 − HEATING PERFORMANCE CB29M−51 −CB28UH−048 − CB29M−65 − CB28UH−060 − at 1400 cfm (660 L/s)

HP29 / Page 29

Page 30: HEAT PUMP OUTDOOR UNITS HP29 - LennoxPROs.com · 2019-11-07 · During compression, several pockets are compressed simulta neously resulting in a smooth continuous compression cycle

HEATING AND COOLING RATINGSNOTE � For Temperatures and Capacities not shown in tables, see bulletin � Cooling Unit Rating Table Correction Factor Data in Miscellaneous Engineering Data section.

29°C27°C24°C

Enter�ingWetBulb

Temper�ature

TotalAir

Volume

L/s cfm

TotalCoolingCapacity

Btuh

Com�pressorMotorWattsInput

SensibleTo Total

Ratio (S/T)Dry Bulb Dry Bulb Dry Bulb Dry Bulb

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)Com�

pressorMotorWattsInput

Com�pressorMotorWattsInput

Com�pressorMotorWattsInput

TotalCoolingCapacity

TotalCoolingCapacity

TotalCoolingCapacity

Outdoor Air Temperature Entering Outdoor Coil

63°F(17°C)

67°F(19°C)

71°F(22°C)

BtuhkW kW kWBtuh BtuhkW

85°F (29°C) 95°F (35°C) 105°F (41°C) 115°F (46°C)

HP29−042 � COOLING CAPACITY � CB31MV−41

75°F 80°F 85°F

NOTE � All values are gross capacities and do not include indoor coil blower motor heat deduction.

595 1265 11.6 39,700 3130 .75 .90 1.0 11.2 38,300 3490 .76 .91 1.0 10.8 36,800 3890 .78 .93 1.0 10.3 35,300 4350 .79 .95 1.0

660 1400 11.8 40,400 3140 .78 .93 1.0 11.4 39,000 3500 .79 .94 1.0 11.0 37,500 3900 .8 .96 1.0 10.6 36,000 4360 .82 .98 1.0

730 1545 12.0 41,100 3150 .8 .95 1.0 11.6 39,700 3510 .82 .97 1.0 11.2 38,200 3910 .83 .98 1.0 10.8 36,700 4370 .85 1.0 1.0

595 1265 12.4 42,200 3170 .58 .73 .86 11.9 40,700 3530 .59 .74 .88 11.5 39,100 3930 .6 .75 .90 11.0 37,400 4390 .61 .77 .92

660 1400 12.5 42,800 3180 .6 .75 .90 12.1 41,300 3540 .6 .77 .91 11.6 39,700 3940 .61 .78 .93 11.1 37,900 4400 .62 .80 .95

730 1545 12.7 43,300 3190 .61 .78 .93 12.3 41,800 3540 .62 .79 .94 11.8 40,100 3950 .63 .81 .96 11.3 38,400 4410 .64 .83 .98

595 1265 13.2 45,100 3210 .43 .57 .70 12.7 43,500 3580 .43 .57 .71 12.3 41,800 3980 .44 .58 .73 11.7 40,000 4450 .44 .59 .74

660 1400 13.4 45,700 3220 .44 .58 .73 12.9 44,100 3580 .44 .59 .74 12.4 42,300 3990 .44 .60 .75 11.9 40,500 4460 .45 .61 .78

730 1545 13.5 46,200 3230 .44 .60 .75 13.1 44,600 3590 .45 .61 .77 12.5 42,800 4000 .45 .62 .79 12.0 40,900 4460 .45 .63 .80

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C

Enter�ingWetBulb

Temper�ature

TotalAir

Volume

L/s cfm

TotalCoolingCapacity

Btuh

Com�pressorMotorWattsInput

SensibleTo Total

Ratio (S/T)Dry Bulb Dry Bulb Dry Bulb Dry Bulb

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)Com�

pressorMotorWattsInput

Com�pressorMotorWattsInput

Com�pressorMotorWattsInput

TotalCoolingCapacity

TotalCoolingCapacity

TotalCoolingCapacity

Outdoor Air Temperature Entering Outdoor Coil

63°F(17°C)

67°F(19°C)

71°F(22°C)

BtuhkW kW kWBtuh BtuhkW

85°F (29°C) 95°F (35°C) 105°F (41°C) 115°F (46°C)

HP29−042 � COOLING CAPACITY � CB30U�51 � CB30M−51

75°F 80°F 85°F

NOTE � All values are gross capacities and do not include indoor coil blower motor heat deduction.

565 1200 11.8 40,200 3180 .74 .88 1.0 11.4 38,800 3550 .75 .89 1.0 10.9 37,200 3950 .76 .91 1.0 10.4 35,600 4420 .77 .93 1.0

660 1400 12.1 41,300 3200 .77 .93 1.0 11.7 39,900 3570 .79 .94 1.0 11.2 38,300 3970 .8 .96 1.0 10.7 36,600 4450 .82 .98 1.0

755 1600 12.4 42,300 3220 .81 .97 1.0 12.0 40,800 3580 .83 .98 1.0 11.5 39,300 4000 .84 .99 1.0 11.1 37,800 4460 .86 1.0 1.0

565 1200 12.6 43,000 3230 .57 .71 .84 12.1 41,400 3590 .58 .72 .86 11.6 39,700 4010 .59 .74 .88 11.1 38,000 4470 .6 .75 .90

660 1400 12.9 43,900 3250 .59 .75 .89 12.4 42,300 3610 .6 .76 .91 11.9 40,600 4020 .61 .78 .93 11.4 38,800 4490 .62 .80 .95

755 1600 13.1 44,700 3260 .62 .79 .94 12.6 43,100 3620 .63 .80 .96 12.1 41,300 4040 .64 .82 .97 11.5 39,400 4500 .65 .84 .99

565 1200 13.5 46,000 3280 .43 .55 .68 13.0 44,300 3650 .43 .56 .70 12.5 42,500 4060 .43 .57 .71 11.9 40,700 4530 .43 .58 .72

660 1400 13.8 47,000 3290 .44 .58 .72 13.2 45,200 3660 .44 .59 .74 12.7 43,400 4080 .44 .60 .75 12.1 41,400 4550 .45 .61 .77

755 1600 14.0 47,800 3310 .44 .60 .76 13.5 46,000 3680 .45 .61 .78 12.9 44,100 4090 .45 .63 .80 12.3 42,000 4560 .46 .64 .82

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

595 1265 14.3 48,700 3450 11.3 38,700 3150 8.4 28,600 2845 5.7 19,600 2500 2.9 9,800 1850660 1400 14.4 49,200 3370 11.5 39,200 3070 8.5 29,100 2765 5.9 20,100 2420 3.0 10,300 1770730 1545 14.6 49,800 3300 11.7 39,800 3000 8.7 29,700 2695 6.1 20,700 2350 3.2 10,900 1700

NOTE � Heating capacities include the effect of defrost cycles in the temperature range where they occur.

Indoor CoilAir Volume

70°F db(21°C db)

TotalHeatingCapacity

Comp.MotorWattsInputL/s cfm kW Btuh kW Btuh kW Btuh kW Btuh kW Btuh

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

Air Temperature Entering Outdoor Coil

65°F (18°C) 45°F (7°C) 25°F (�4°C) 5°F (�15°C) �15°F (�28°C)

HP29−042 � HEATING CAPACITY � CB31MV−41

565 1200 13.8 47,200 3600 11.0 37,400 3260 8.0 27,300 2915 5.4 18,500 2545 2.7 9,300 1905660 1400 14.0 47,600 3475 11.1 37,800 3135 8.1 27,700 2790 5.5 18,900 2420 2.8 9,700 1780755 1600 14.1 48,000 3385 11.2 38,200 3045 8.2 28,100 2700 5.7 19,300 2330 3.0 10,100 1690

NOTE � Heating capacities include the effect of defrost cycles in the temperature range where they occur.

Indoor CoilAir Volume

70°F db(21°C db)

TotalHeatingCapacity

Comp.MotorWattsInputL/s cfm kW Btuh kW Btuh kW Btuh kW Btuh kW Btuh

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

Air Temperature Entering Outdoor Coil

65°F (18°C) 45°F (7°C) 25°F (�4°C) 5°F (�15°C) �15°F (�28°C)

HP29−042 � HEATING CAPACITY � CB30U−51 � CB30M−51

3370 49,200 14.43300 46,800 13.73230 44,400 13.03155 42,000 12.33115 40,500 11.93070 39,200 11.52970 36,100 10.62870 33,000 9.72815 31,000 9.12765 29,100 8.52710 27,200 8.02680 26,000 7.62650 25,000 7.32580 22,600 6.62420 20,100 5.92255 17,700 5.22095 15,200 4.51930 12,700 3.71770 10,300 3.01610 7,800 2.3

*Outdoor�temperature�70%�relative�humidity.�Indoor�temperature�70°F�(21°C).

*Outdoor Temperature

°F °CCompressor Motor

Watts InputTotal Output

kWBtuh

65 1860 1655 1350 1047 845 740 435 230 �125 �420 �717 �815 �910 �125 �150 �18

�5 �21�10 �23�15 �26�20 �29

HP29−042 � HEATING PERFORMANCECB31MV−41 � at 1400 cfm (660 L/s)

3475 47,600 14.03395 45,200 13.23310 42,800 12.53230 40,400 11.83180 39,000 11.43135 37,800 11.13025 34,700 10.22915 31,600 9.32850 29,600 8.72790 27,700 8.12730 25,800 7.62695 24,600 7.22665 23,600 6.92580 21,200 6.22420 18,900 5.52260 16,600 4.92100 14,300 4.21940 12,000 3.51780 9,700 2.81615 7,400 2.2

*Outdoor�temperature�70%�relative�humidity.�Indoor�temperature�70°F�(21°C).

*Outdoor Temperature

°F °CCompressor Motor

Watts InputTotal Output

kWBtuh

65 1860 1655 1350 1047 845 740 435 230 �125 �420 �717 �815 �910 �125 �150 �18

�5 �21�10 �23�15 �26�20 �29

HP29−042 � HEATING PERFORMANCECB30U−51 � CB30M−51 � at 1400 cfm (660 L/s)

HP29 / Page 30

Page 31: HEAT PUMP OUTDOOR UNITS HP29 - LennoxPROs.com · 2019-11-07 · During compression, several pockets are compressed simulta neously resulting in a smooth continuous compression cycle

HEATING AND COOLING RATINGSNOTE � For Temperatures and Capacities not shown in tables, see bulletin � Cooling Unit Rating Table Correction Factor Data in Miscellaneous Engineering Data section.

29°C27°C24°C

Enter�ingWetBulb

Temper�ature

TotalAir

Volume

L/s cfm

TotalCoolingCapacity

Btuh

Com�pressorMotorWattsInput

SensibleTo Total

Ratio (S/T)Dry Bulb Dry Bulb Dry Bulb Dry Bulb

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)Com�

pressorMotorWattsInput

Com�pressorMotorWattsInput

Com�pressorMotorWattsInput

TotalCoolingCapacity

TotalCoolingCapacity

TotalCoolingCapacity

Outdoor Air Temperature Entering Outdoor Coil

63°F(17°C)

67°F(19°C)

71°F(22°C)

BtuhkW kW kWBtuh BtuhkW

85°F (29°C) 95°F (35°C) 105°F (41°C) 115°F (46°C)

HP29−042 � COOLING CAPACITY � CB31MV−51

75°F 80°F 85°F

NOTE � All values are gross capacities and do not include indoor coil blower motor heat deduction.

570 1205 11.8 40,400 3280 .74 .88 1.0 11.4 38,900 3650 .75 .89 1.0 11.0 37,400 4070 .76 .91 1.0 10.5 35,800 4550 .78 .93 1.0

675 1425 12.2 41,600 3300 .78 .93 1.0 11.8 40,100 3670 .79 .95 1.0 11.3 38,500 4090 .81 .97 1.0 10.8 36,900 4580 .83 .98 1.0

765 1625 12.5 42,600 3310 .82 .97 1.0 12.0 41,100 3690 .83 .99 1.0 11.6 39,500 4110 .85 1.0 1.0 11.1 38,000 4590 .87 1.0 1.0

570 1205 12.6 43,100 3320 .57 .71 .84 12.2 41,500 3700 .58 .72 .86 11.7 39,900 4120 .59 .73 .88 11.2 38,100 4600 .6 .75 .90

675 1425 13.0 44,200 3340 .6 .75 .90 12.5 42,600 3720 .61 .77 .92 12.0 40,800 4140 .62 .78 .94 11.4 39,000 4620 .63 .80 .96

765 1625 13.2 45,000 3350 .62 .79 .94 12.7 43,300 3730 .63 .81 .96 12.2 41,500 4150 .64 .82 .98 11.6 39,600 4630 .65 .85 1.0

570 1205 13.5 46,200 3370 .43 .56 .68 13.0 44,500 3750 .43 .56 .69 12.5 42,700 4180 .43 .57 .71 12.0 40,800 4660 .44 .58 .73

675 1425 13.8 47,200 3390 .44 .58 .73 13.3 45,500 3770 .44 .59 .74 12.8 43,700 4200 .44 .60 .76 12.2 41,700 4680 .45 .61 .78

765 1625 14.1 48,000 3400 .45 .61 .77 13.5 46,200 3780 .45 .62 .78 13.0 44,300 4210 .45 .63 .80 12.4 42,200 4690 .46 .64 .82

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C

Enter�ingWetBulb

Temper�ature

TotalAir

Volume

L/s cfm

TotalCoolingCapacity

Btuh

Com�pressorMotorWattsInput

SensibleTo Total

Ratio (S/T)Dry Bulb Dry Bulb Dry Bulb Dry Bulb

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)Com�

pressorMotorWattsInput

Com�pressorMotorWattsInput

Com�pressorMotorWattsInput

TotalCoolingCapacity

TotalCoolingCapacity

TotalCoolingCapacity

Outdoor Air Temperature Entering Outdoor Coil

63°F(17°C)

67°F(19°C)

71°F(22°C)

BtuhkW kW kWBtuh BtuhkW

85°F (29°C) 95°F (35°C) 105°F (41°C) 115°F (46°C)

HP29−042 � COOLING CAPACITY � C26−41 � C33−42B

75°F 80°F 85°F

NOTE � All values are gross capacities and do not include indoor coil blower motor heat deduction.

380 800 10.8 36,800 3170 .67 .78 .89 10.4 35,600 3540 .68 .79 .90 10.1 34,300 3950 .68 .80 .91 9.6 32,900 4430 .7 .82 .93

470 1000 11.3 38,500 3200 .71 .83 .95 10.9 37,200 3560 .71 .84 .96 10.5 35,800 3980 .72 .86 .98 10.1 34,300 4460 .73 .88 .99

565 1200 11.7 39,800 3220 .74 .88 .99 11.3 38,400 3590 .75 .90 1.0 10.8 37,000 4000 .77 .91 1.0 10.4 35,400 4490 .78 .93 1.0

380 800 11.6 39,500 3210 .54 .64 .74 11.2 38,200 3580 .54 .65 .75 10.8 36,800 4000 .55 .65 .77 10.3 35,300 4480 .55 .67 .78

470 1000 12.1 41,200 3240 .56 .68 .80 11.7 39,800 3610 .56 .69 .81 11.2 38,300 4030 .57 .70 .82 10.8 36,700 4500 .57 .71 .84

565 1200 12.4 42,400 3260 .58 .71 .85 12.0 40,900 3630 .58 .73 .86 11.5 39,300 4050 .59 .74 .88 11.0 37,600 4520 .6 .76 .90

380 800 12.4 42,300 3260 .42 .52 .61 12.0 40,900 3630 .42 .52 .62 11.5 39,400 4050 .42 .53 .63 11.1 37,900 4530 .42 .53 .64

470 1000 12.9 44,100 3280 .42 .54 .65 12.5 42,600 3660 .42 .54 .66 12.0 41,000 4080 .42 .55 .67 11.5 39,300 4550 .43 .55 .68

565 1200 13.3 45,300 3300 .43 .56 .69 12.8 43,700 3680 .43 .57 .70 12.3 42,100 4100 .43 .57 .71 11.8 40,300 4580 .44 .58 .73

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

570 1205 13.6 46,400 3465 10.8 36,700 3205 7.9 26,800 2940 5.3 18,200 2615 2.6 9,000 1945675 1425 13.8 47,000 3330 10.9 37,300 3070 8.0 27,400 2805 5.5 18,800 2480 2.8 9,600 1810765 1625 14.0 47,600 3245 11.1 37,900 2985 8.2 28,000 2720 5.7 19,400 2395 3.0 10,200 1725

NOTE � Heating capacities include the effect of defrost cycles in the temperature range where they occur.

Indoor CoilAir Volume

70°F db(21°C db)

TotalHeatingCapacity

Comp.MotorWattsInputL/s cfm kW Btuh kW Btuh kW Btuh kW Btuh kW Btuh

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

Air Temperature Entering Outdoor Coil

65°F (18°C) 45°F (7°C) 25°F (�4°C) 5°F (�15°C) �15°F (�28°C)

HP29−042 � HEATING CAPACITY � CB31MV−51

380 800 14.0 47,600 3875 11.1 38,000 3635 8.3 28,200 3385 5.7 19,400 3060 2.8 9,500 2305470 1000 14.2 48,400 3575 11.4 38,800 3335 8.5 29,000 3085 5.9 20,200 2760 3.0 10,300 2005565 1200 14.4 49,100 3350 11.6 39,500 3110 8.7 29,700 2860 6.1 20,900 2535 3.2 11,000 1780

NOTE � Heating capacities include the effect of defrost cycles in the temperature range where they occur.

Indoor CoilAir Volume

70°F db(21°C db)

TotalHeatingCapacity

Comp.MotorWattsInputL/s cfm kW Btuh kW Btuh kW Btuh kW Btuh kW Btuh

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

Air Temperature Entering Outdoor Coil

65°F (18°C) 45°F (7°C) 25°F (�4°C) 5°F (�15°C) �15°F (�28°C)

HP29−042 � HEATING CAPACITY � C26−41 � C33−42B

3330 47,000 13.83265 44,600 13.13205 42,300 12.43145 39,900 11.73105 38,500 11.33070 37,300 10.92980 34,300 10.12885 31,200 9.12845 29,300 8.62805 27,400 8.02760 25,500 7.52735 24,400 7.22710 23,500 6.92650 21,100 6.22480 18,800 5.52315 16,500 4.82145 14,200 4.21980 11,900 3.51810 9,600 2.81640 7,300 2.1

*Outdoor�temperature�70%�relative�humidity.�Indoor�temperature�70°F�(21°C).

*Outdoor Temperature

°F °CCompressor Motor

Watts InputTotal Output

kWBtuh

65 1860 1655 1350 1047 845 740 435 230 �125 �420 �717 �815 �910 �125 �150 �18

�5 �21�10 �23�15 �26�20 �29

HP29−042 � HEATING PERFORMANCECB31MV−51 � at 1425 cfm (675 L/s)

3575 48,400 14.23520 46,100 13.53460 43,700 12.83405 41,400 12.13370 40,000 11.73335 38,800 11.43245 35,700 10.53155 32,700 9.63120 30,800 9.03085 29,000 8.53050 27,100 7.93030 26,000 7.63005 25,100 7.42950 22,700 6.72760 20,200 5.92570 17,800 5.22380 15,300 4.52195 12,800 3.82005 10,300 3.01815 7,800 2.3

*Outdoor�temperature�70%�relative�humidity.�Indoor�temperature�70°F�(21°C).

*Outdoor Temperature

°F °CCompressor Motor

Watts InputTotal Output

kWBtuh

65 1860 1655 1350 1047 845 740 435 230 �125 �420 �717 �815 �910 �125 �150 �18

�5 �21�10 �23�15 �26�20 �29

HP29−042 � HEATING PERFORMANCEC26−41 � C33−42B � at 1000 cfm (470 L/s)

HP29 / Page 31

Page 32: HEAT PUMP OUTDOOR UNITS HP29 - LennoxPROs.com · 2019-11-07 · During compression, several pockets are compressed simulta neously resulting in a smooth continuous compression cycle

HEATING AND COOLING RATINGSNOTE � For Temperatures and Capacities not shown in tables, see bulletin � Cooling Unit Rating Table Correction Factor Data in Miscellaneous Engineering Data section.

29°C27°C24°C

Enter�ingWetBulb

Temper�ature

TotalAir

Volume

L/s cfm

TotalCoolingCapacity

Btuh

Com�pressorMotorWattsInput

SensibleTo Total

Ratio (S/T)Dry Bulb Dry Bulb Dry Bulb Dry Bulb

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)Com�

pressorMotorWattsInput

Com�pressorMotorWattsInput

Com�pressorMotorWattsInput

TotalCoolingCapacity

TotalCoolingCapacity

TotalCoolingCapacity

Outdoor Air Temperature Entering Outdoor Coil

63°F(17°C)

67°F(19°C)

71°F(22°C)

BtuhkW kW kWBtuh BtuhkW

85°F (29°C) 95°F (35°C) 105°F (41°C) 115°F (46°C)

HP29−042 � COOLING CAPACITY � C33−44C � C26−46

75°F 80°F 85°F

NOTE � All values are gross capacities and do not include indoor coil blower motor heat deduction.

470 1000 11.4 39,000 3200 .7 .83 .95 11.0 37,700 3560 .71 .85 .96 10.6 36,200 3980 .72 .86 .98 10.2 34,700 4450 .74 .88 .99

565 1200 11.8 40,400 3220 .74 .88 1.0 11.4 39,000 3590 .75 .90 1.0 11.0 37,500 4000 .77 .91 1.0 10.5 35,900 4480 .78 .94 1.0

660 1400 12.2 41,500 3240 .78 .93 1.0 11.8 40,100 3610 .79 .95 1.0 11.3 38,600 4020 .81 .96 1.0 10.8 37,000 4500 .83 .98 1.0

470 1000 12.2 41,700 3240 .56 .68 .80 11.8 40,300 3610 .56 .69 .81 11.3 38,700 4020 .57 .70 .82 10.9 37,100 4500 .57 .71 .84

565 1200 12.6 43,000 3260 .58 .72 .85 12.2 41,500 3630 .58 .73 .87 11.7 39,800 4040 .59 .74 .88 11.2 38,100 4520 .6 .76 .90

660 1400 12.9 44,000 3280 .6 .75 .90 12.4 42,400 3640 .61 .77 .92 11.9 40,700 4060 .62 .78 .94 11.4 38,900 4540 .63 .80 .96

470 1000 13.1 44,700 3290 .42 .54 .65 12.6 43,100 3660 .42 .54 .66 12.2 41,500 4080 .43 .55 .67 11.6 39,700 4550 .43 .56 .68

565 1200 13.5 46,000 3310 .43 .56 .69 13.0 44,300 3680 .43 .57 .70 12.5 42,600 4100 .43 .58 .72 11.9 40,700 4580 .44 .58 .73

660 1400 13.7 46,900 3320 .44 .58 .73 13.2 45,200 3700 .44 .59 .75 12.7 43,400 4120 .44 .60 .76 12.2 41,500 4600 .45 .61 .78

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C

Enter�ingWetBulb

Temper�ature

TotalAir

Volume

L/s cfm

TotalCoolingCapacity

Btuh

Com�pressorMotorWattsInput

SensibleTo Total

Ratio (S/T)Dry Bulb Dry Bulb Dry Bulb Dry Bulb

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)Com�

pressorMotorWattsInput

Com�pressorMotorWattsInput

Com�pressorMotorWattsInput

TotalCoolingCapacity

TotalCoolingCapacity

TotalCoolingCapacity

Outdoor Air Temperature Entering Outdoor Coil

63°F(17°C)

67°F(19°C)

71°F(22°C)

BtuhkW kW kWBtuh BtuhkW

85°F (29°C) 95°F (35°C) 105°F (41°C) 115°F (46°C)

HP29−042 � COOLING CAPACITY � C26−51/65

75°F 80°F 85°F

NOTE � All values are gross capacities and do not include indoor coil blower motor heat deduction.

565 1200 11.9 40,700 3170 .74 .88 1.0 11.5 39,200 3530 .75 .90 1.0 11.0 37,700 3940 .76 .92 1.0 10.6 36,100 4400 .78 .93 1.0

660 1400 12.3 41,800 3190 .78 .93 1.0 11.8 40,400 3550 .79 .95 1.0 11.4 38,800 3950 .81 .96 1.0 10.9 37,200 4420 .83 .98 1.0

755 1600 12.6 42,900 3200 .82 .97 1.0 12.1 41,400 3570 .83 .99 1.0 11.7 39,900 3970 .85 1.0 1.0 11.2 38,300 4440 .87 1.0 1.0

565 1200 12.7 43,400 3210 .58 .71 .85 12.3 41,800 3570 .58 .72 .86 11.8 40,200 3980 .59 .74 .88 11.3 38,400 4440 .6 .75 .90

660 1400 13.0 44,400 3230 .6 .75 .90 12.5 42,800 3590 .61 .77 .92 12.0 41,100 4000 .61 .78 .93 11.5 39,200 4460 .63 .80 .95

755 1600 13.2 45,200 3240 .62 .79 .95 12.7 43,500 3600 .63 .81 .96 12.3 41,800 4010 .64 .83 .98 11.7 39,900 4480 .65 .84 1.0

565 1200 13.6 46,400 3260 .43 .56 .69 13.1 44,800 3620 .43 .56 .70 12.6 43,000 4040 .43 .57 .71 12.0 41,100 4500 .44 .58 .73

660 1400 13.9 47,400 3270 .44 .58 .73 13.4 45,700 3640 .44 .59 .74 12.8 43,800 4050 .44 .60 .76 12.3 41,900 4520 .45 .61 .78

755 1600 14.1 48,200 3290 .45 .61 .77 13.6 46,400 3650 .45 .62 .78 13.0 44,500 4070 .45 .63 .80 12.5 42,500 4530 .46 .64 .82

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

470 1000 14.4 49,300 3675 11.5 39,100 3410 8.4 28,800 3130 5.8 19,700 2795 2.8 9,700 2090565 1200 14.6 49,900 3490 11.6 39,700 3225 8.6 29,400 2945 5.9 20,300 2610 3.0 10,300 1905660 1400 14.8 50,400 3365 11.8 40,200 3100 8.8 29,900 2820 6.1 20,800 2485 3.2 10,800 1780

NOTE � Heating capacities include the effect of defrost cycles in the temperature range where they occur.

Indoor CoilAir Volume

70°F db(21°C db)

TotalHeatingCapacity

Comp.MotorWattsInputL/s cfm kW Btuh kW Btuh kW Btuh kW Btuh kW Btuh

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

Air Temperature Entering Outdoor Coil

65°F (18°C) 45°F (7°C) 25°F (�4°C) 5°F (�15°C) �15°F (�28°C)

HP29−042 � HEATING CAPACITY � C33−44C � C26−46

565 1200 14.0 47,900 3410 11.2 38,300 3190 8.4 28,500 2955 5.8 19,700 2660 2.9 9,800 1970660 1400 14.2 48,400 3280 11.4 38,800 3060 8.5 29,000 2825 5.9 20,200 2530 3.0 10,300 1840755 1600 14.3 48,900 3190 11.5 39,300 2970 8.6 29,500 2735 6.1 20,700 2440 3.2 10,800 1750

NOTE � Heating capacities include the effect of defrost cycles in the temperature range where they occur.

Indoor CoilAir Volume

70°F db(21°C db)

TotalHeatingCapacity

Comp.MotorWattsInputL/s cfm kW Btuh kW Btuh kW Btuh kW Btuh kW Btuh

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

Air Temperature Entering Outdoor Coil

65°F (18°C) 45°F (7°C) 25°F (�4°C) 5°F (�15°C) �15°F (�28°C)

HP29−042 � HEATING CAPACITY � C26−51/65

3490 49,900 14.63425 47,400 13.93365 44,900 13.23300 42,500 12.53260 41,000 12.03225 39,700 11.63125 36,500 10.73030 33,300 9.82990 31,300 9.22945 29,400 8.62905 27,400 8.02880 26,200 7.72850 25,200 7.42790 22,700 6.72610 20,300 5.92435 17,800 5.22260 15,300 4.52080 12,800 3.81905 10,300 3.01725 7,900 2.3

*Outdoor�temperature�70%�relative�humidity.�Indoor�temperature�70°F�(21°C).

*Outdoor Temperature

°F °CCompressor Motor

Watts InputTotal Output

kWBtuh

65 1860 1655 1350 1047 845 740 435 230 �125 �420 �717 �815 �910 �125 �150 �18

�5 �21�10 �23�15 �26�20 �29

HP29−042 � HEATING PERFORMANCEC33−44C � C26−46 � at 1200 cfm (565 L/s)

3280 48,400 14.23225 46,100 13.53175 43,700 12.83120 41,400 12.13090 40,000 11.73060 38,800 11.42975 35,700 10.52890 32,700 9.62860 30,800 9.02825 29,000 8.52795 27,100 7.92775 26,000 7.62755 25,100 7.42705 22,700 6.72530 20,200 5.92360 17,800 5.22185 15,300 4.52010 12,800 3.81840 10,300 3.01665 7,800 2.3

*Outdoor�temperature�70%�relative�humidity.�Indoor�temperature�70°F�(21°C).

*Outdoor Temperature

°F °CCompressor Motor

Watts InputTotal Output

kWBtuh

65 1860 1655 1350 1047 845 740 435 230 �125 �420 �717 �815 �910 �125 �150 �18

�5 �21�10 �23�15 �26�20 �29

HP29−042 � HEATING PERFORMANCEC26−51/65 � at 1400 cfm (660 L/s)

HP29 / Page 32

Page 33: HEAT PUMP OUTDOOR UNITS HP29 - LennoxPROs.com · 2019-11-07 · During compression, several pockets are compressed simulta neously resulting in a smooth continuous compression cycle

HEATING AND COOLING RATINGSNOTE � For Temperatures and Capacities not shown in tables, see bulletin � Cooling Unit Rating Table Correction Factor Data in Miscellaneous Engineering Data section.

29°C27°C24°C

Enter�ingWetBulb

Temper�ature

TotalAir

Volume

L/s cfm

TotalCoolingCapacity

Btuh

Com�pressorMotorWattsInput

SensibleTo Total

Ratio (S/T)Dry Bulb Dry Bulb Dry Bulb Dry Bulb

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)Com�

pressorMotorWattsInput

Com�pressorMotorWattsInput

Com�pressorMotorWattsInput

TotalCoolingCapacity

TotalCoolingCapacity

TotalCoolingCapacity

Outdoor Air Temperature Entering Outdoor Coil

63°F(17°C)

67°F(19°C)

71°F(22°C)

BtuhkW kW kWBtuh BtuhkW

85°F (29°C) 95°F (35°C) 105°F (41°C) 115°F (46°C)

HP29−042 � COOLING CAPACITY � CR26−36W

75°F 80°F 85°F

NOTE � All values are gross capacities and do not include indoor coil blower motor heat deduction.

470 1000 11.2 38,200 3170 .71 .83 .95 10.8 36,900 3530 .71 .85 .96 10.4 35,500 3950 .73 .86 .98 10.0 34,100 4420 .74 .88 .99

565 1200 11.5 39,400 3190 .74 .88 .99 11.2 38,100 3560 .75 .90 1.0 10.8 36,700 3970 .77 .91 1.0 10.3 35,200 4440 .78 .93 1.0

660 1400 11.9 40,500 3210 .78 .93 1.0 11.5 39,100 3570 .79 .94 1.0 11.0 37,700 3990 .8 .96 1.0 10.6 36,100 4470 .82 .98 1.0

470 1000 12.0 40,800 3210 .56 .68 .80 11.6 39,500 3570 .56 .69 .81 11.1 38,000 3990 .57 .70 .82 10.7 36,400 4470 .57 .71 .84

565 1200 12.3 42,000 3230 .58 .71 .85 11.9 40,500 3590 .58 .73 .86 11.4 39,000 4010 .59 .74 .88 10.9 37,300 4480 .6 .76 .90

660 1400 12.6 42,900 3240 .6 .75 .90 12.1 41,300 3610 .6 .77 .91 11.7 39,800 4020 .61 .78 .93 11.2 38,100 4490 .63 .80 .95

470 1000 12.8 43,700 3250 .42 .54 .65 12.4 42,200 3620 .42 .54 .66 11.9 40,600 4040 .43 .55 .67 11.4 39,000 4510 .43 .56 .68

565 1200 13.2 44,900 3270 .43 .56 .69 12.7 43,300 3640 .43 .57 .70 12.2 41,700 4060 .43 .57 .72 11.7 39,900 4530 .44 .58 .73

660 1400 13.4 45,700 3280 .44 .58 .73 12.9 44,100 3650 .44 .59 .74 12.4 42,400 4070 .44 .60 .76 11.9 40,600 4550 .45 .61 .77

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C

Enter�ingWetBulb

Temper�ature

TotalAir

Volume

L/s cfm

TotalCoolingCapacity

Btuh

Com�pressorMotorWattsInput

SensibleTo Total

Ratio (S/T)Dry Bulb Dry Bulb Dry Bulb Dry Bulb

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)Com�

pressorMotorWattsInput

Com�pressorMotorWattsInput

Com�pressorMotorWattsInput

TotalCoolingCapacity

TotalCoolingCapacity

TotalCoolingCapacity

Outdoor Air Temperature Entering Outdoor Coil

63°F(17°C)

67°F(19°C)

71°F(22°C)

BtuhkW kW kWBtuh BtuhkW

85°F (29°C) 95°F (35°C) 105°F (41°C) 115°F (46°C)

HP29−042 � COOLING CAPACITY � CR26−48

75°F 80°F 85°F

NOTE � All values are gross capacities and do not include indoor coil blower motor heat deduction.

520 1100 11.5 39,300 3160 .71 .85 .96 11.1 38,000 3520 .72 .86 .98 10.7 36,500 3930 .74 .88 .99 10.3 35,000 4400 .75 .89 1.0

615 1300 11.8 40,400 3180 .75 .89 1.0 11.4 39,000 3540 .76 .91 1.0 11.0 37,600 3950 .77 .93 1.0 10.6 36,000 4430 .79 .94 1.0

710 1500 12.1 41,400 3200 .78 .93 1.0 11.7 40,000 3560 .8 .95 1.0 11.3 38,500 3970 .81 .97 1.0 10.8 36,900 4440 .83 .98 1.0

520 1100 12.3 42,100 3200 .56 .69 .81 11.9 40,600 3570 .57 .70 .83 11.5 39,100 3980 .57 .71 .84 11.0 37,400 4450 .58 .72 .86

615 1300 12.7 43,200 3220 .58 .72 .86 12.2 41,600 3580 .59 .73 .87 11.7 40,000 4000 .6 .75 .89 11.2 38,200 4460 .6 .76 .91

710 1500 12.9 44,000 3230 .6 .76 .90 12.4 42,400 3600 .61 .77 .92 11.9 40,700 4010 .62 .79 .94 11.4 38,900 4480 .63 .80 .96

520 1100 13.2 45,000 3250 .42 .54 .66 12.7 43,500 3620 .43 .55 .67 12.3 41,800 4030 .43 .56 .68 11.8 40,100 4500 .43 .56 .69

615 1300 13.5 46,200 3260 .43 .56 .70 13.0 44,500 3630 .43 .57 .71 12.5 42,800 4050 .43 .58 .72 12.0 40,900 4510 .44 .59 .74

710 1500 13.8 47,000 3280 .44 .59 .73 13.3 45,300 3650 .44 .59 .75 12.7 43,500 4060 .44 .60 .76 12.2 41,600 4530 .45 .62 .78

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

470 1000 14.2 48,400 3645 11.3 38,700 3415 8.4 28,800 3175 5.9 20,000 2865 2.9 9,900 2130565 1200 14.4 49,000 3460 11.5 39,300 3230 8.6 29,400 2990 6.0 20,600 2680 3.1 10,500 1945660 1400 14.5 49,500 3330 11.7 39,800 3100 8.8 29,900 2860 6.2 21,100 2550 3.2 11,000 1815

NOTE � Heating capacities include the effect of defrost cycles in the temperature range where they occur.

Indoor CoilAir Volume

70°F db(21°C db)

TotalHeatingCapacity

Comp.MotorWattsInputL/s cfm kW Btuh kW Btuh kW Btuh kW Btuh kW Btuh

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

Air Temperature Entering Outdoor Coil

65°F (18°C) 45°F (7°C) 25°F (�4°C) 5°F (�15°C) �15°F (�28°C)

HP29−042 � HEATING CAPACITY � CR26−36W

520 1100 14.4 49,300 3600 11.5 39,100 3330 8.4 28,800 3055 5.8 19,700 2720 2.8 9,700 2025615 1300 14.6 49,900 3455 11.6 39,700 3185 8.6 29,400 2910 5.9 20,300 2575 3.0 10,300 1880710 1500 14.8 50,400 3345 11.8 40,200 3075 8.8 29,900 2800 6.1 20,800 2465 3.2 10,800 1770

NOTE � Heating capacities include the effect of defrost cycles in the temperature range where they occur.

Indoor CoilAir Volume

70°F db(21°C db)

TotalHeatingCapacity

Comp.MotorWattsInputL/s cfm kW Btuh kW Btuh kW Btuh kW Btuh kW Btuh

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

Air Temperature Entering Outdoor Coil

65°F (18°C) 45°F (7°C) 25°F (�4°C) 5°F (�15°C) �15°F (�28°C)

HP29−042 � HEATING CAPACITY � CR26−48

3460 49,000 14.43405 46,600 13.73355 44,300 13.03300 41,900 12.33265 40,500 11.93230 39,300 11.53145 36,200 10.63060 33,100 9.73025 31,300 9.22990 29,400 8.62960 27,500 8.12940 26,400 7.72920 25,500 7.52865 23,100 6.82680 20,600 6.02495 18,000 5.32315 15,500 4.52130 13,000 3.81945 10,500 3.11765 7,900 2.3

*Outdoor�temperature�70%�relative�humidity.�Indoor�temperature�70°F�(21°C).

*Outdoor Temperature

°F °CCompressor Motor

Watts InputTotal Output

kWBtuh

65 1860 1655 1350 1047 845 740 435 230 �125 �420 �717 �815 �910 �125 �150 �18

�5 �21�10 �23�15 �26�20 �29

HP29−042 � HEATING PERFORMANCECR26−36W � at 1200 cfm (565 L/s)

3455 49,900 14.63390 47,400 13.93325 44,900 13.23260 42,500 12.53225 41,000 12.03185 39,700 11.63090 36,500 10.72995 33,300 9.82950 31,300 9.22910 29,400 8.62865 27,400 8.02840 26,200 7.72815 25,200 7.42750 22,700 6.72575 20,300 5.92405 17,800 5.22230 15,300 4.52055 12,800 3.81880 10,300 3.01705 7,900 2.3

*Outdoor�temperature�70%�relative�humidity.�Indoor�temperature�70°F�(21°C).

*Outdoor Temperature

°F °CCompressor Motor

Watts InputTotal Output

kWBtuh

65 1860 1655 1350 1047 845 740 435 230 �125 �420 �717 �815 �910 �125 �150 �18

�5 �21�10 �23�15 �26�20 �29

HP29−042 � HEATING PERFORMANCECR26−48 � at 1300 cfm (615 L/s)

HP29 / Page 33

Page 34: HEAT PUMP OUTDOOR UNITS HP29 - LennoxPROs.com · 2019-11-07 · During compression, several pockets are compressed simulta neously resulting in a smooth continuous compression cycle

HEATING AND COOLING RATINGSNOTE � For Temperatures and Capacities not shown in tables, see bulletin � Cooling Unit Rating Table Correction Factor Data in Miscellaneous Engineering Data section.

29°C27°C24°C

Enter�ingWetBulb

Temper�ature

TotalAir

Volume

L/s cfm

TotalCoolingCapacity

Btuh

Com�pressorMotorWattsInput

SensibleTo Total

Ratio (S/T)Dry Bulb Dry Bulb Dry Bulb Dry Bulb

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)Com�

pressorMotorWattsInput

Com�pressorMotorWattsInput

Com�pressorMotorWattsInput

TotalCoolingCapacity

TotalCoolingCapacity

TotalCoolingCapacity

Outdoor Air Temperature Entering Outdoor Coil

63°F(17°C)

67°F(19°C)

71°F(22°C)

BtuhkW kW kWBtuh BtuhkW

85°F (29°C) 95°F (35°C) 105°F (41°C) 115°F (46°C)

HP29−042 � COOLING CAPACITY � CH23−41 � CH33−42B−F

75°F 80°F 85°F

NOTE � All values are gross capacities and do not include indoor coil blower motor heat deduction.

565 1200 11.4 38,900 3120 .75 .89 .99 11.0 37,600 3470 .76 .90 1.0 10.6 36,200 3880 .77 .92 1.0 10.2 34,700 4340 .78 .94 1.0

660 1400 11.7 40,000 3130 .78 .94 1.0 11.3 38,700 3490 .8 .95 1.0 10.9 37,200 3890 .81 .97 1.0 10.5 35,700 4360 .83 .98 1.0

755 1600 12.0 41,000 3150 .82 .97 1.0 11.6 39,600 3500 .84 .98 1.0 11.2 38,200 3910 .85 .99 1.0 10.8 36,800 4370 .87 1.0 1.0

565 1200 12.1 41,400 3150 .58 .72 .86 11.7 39,900 3510 .59 .73 .87 11.3 38,400 3910 .59 .75 .89 10.8 36,800 4380 .6 .76 .91

660 1400 12.4 42,200 3160 .6 .76 .91 12.0 40,800 3520 .61 .77 .92 11.5 39,200 3930 .62 .79 .94 11.0 37,500 4390 .63 .81 .96

755 1600 12.6 42,900 3170 .62 .80 .95 12.1 41,400 3530 .64 .82 .96 11.7 39,800 3940 .64 .83 .98 11.2 38,100 4400 .66 .85 .99

565 1200 13.0 44,200 3190 .43 .56 .69 12.5 42,700 3550 .43 .57 .71 12.0 41,000 3960 .44 .58 .72 11.5 39,300 4420 .44 .59 .74

660 1400 13.2 45,000 3200 .44 .59 .74 12.7 43,500 3570 .44 .60 .75 12.3 41,800 3970 .44 .61 .77 11.7 40,000 4440 .45 .62 .78

755 1600 13.4 45,700 3210 .45 .61 .78 12.9 44,100 3580 .45 .62 .79 12.4 42,300 3980 .46 .64 .81 11.9 40,500 4450 .46 .65 .83

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C

Enter�ingWetBulb

Temper�ature

TotalAir

Volume

L/s cfm

TotalCoolingCapacity

Btuh

Com�pressorMotorWattsInput

SensibleTo Total

Ratio (S/T)Dry Bulb Dry Bulb Dry Bulb Dry Bulb

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)Com�

pressorMotorWattsInput

Com�pressorMotorWattsInput

Com�pressorMotorWattsInput

TotalCoolingCapacity

TotalCoolingCapacity

TotalCoolingCapacity

Outdoor Air Temperature Entering Outdoor Coil

63°F(17°C)

67°F(19°C)

71°F(22°C)

BtuhkW kW kWBtuh BtuhkW

85°F (29°C) 95°F (35°C) 105°F (41°C) 115°F (46°C)

HP29−042 � COOLING CAPACITY � CH33−48C−F � CH23−51

75°F 80°F 85°F

NOTE � All values are gross capacities and do not include indoor coil blower motor heat deduction.

565 1200 11.7 39,900 3250 .74 .88 1.0 11.3 38,500 3620 .76 .90 1.0 10.8 37,000 4040 .77 .92 1.0 10.4 35,500 4520 .78 .94 1.0

660 1400 12.0 41,000 3270 .78 .93 1.0 11.6 39,600 3640 .8 .95 1.0 11.2 38,100 4060 .81 .96 1.0 10.7 36,600 4540 .83 .98 1.0

755 1600 12.3 41,900 3280 .82 .97 1.0 11.9 40,500 3660 .83 .99 1.0 11.5 39,100 4080 .85 .99 1.0 11.0 37,600 4560 .87 1.0 1.0

565 1200 12.4 42,400 3290 .58 .72 .85 12.0 40,900 3660 .58 .73 .87 11.5 39,300 4080 .59 .74 .89 11.0 37,600 4560 .6 .76 .91

660 1400 12.7 43,300 3300 .6 .76 .90 12.3 41,800 3670 .61 .77 .92 11.8 40,100 4090 .62 .79 .94 11.3 38,400 4580 .63 .80 .96

755 1600 12.9 44,100 3310 .63 .80 .95 12.5 42,500 3680 .63 .81 .96 12.0 40,800 4110 .64 .83 .98 11.4 39,000 4590 .66 .85 .99

565 1200 13.3 45,300 3330 .43 .56 .69 12.8 43,700 3710 .43 .57 .70 12.3 42,000 4130 .44 .58 .72 11.8 40,200 4610 .44 .59 .74

660 1400 13.5 46,200 3350 .44 .59 .73 13.1 44,600 3720 .44 .59 .75 12.5 42,800 4150 .44 .61 .76 12.0 40,900 4630 .45 .62 .78

755 1600 13.7 46,900 3360 .45 .61 .77 13.2 45,200 3730 .45 .62 .79 12.7 43,400 4160 .46 .63 .81 12.2 41,500 4640 .46 .65 .83

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

565 1200 14.2 48,600 3575 11.4 38,900 3345 8.5 29,000 3105 5.9 20,200 2795 3.0 10,100 2085660 1400 14.4 49,000 3390 11.5 39,300 3160 8.6 29,400 2920 6.0 20,600 2610 3.1 10,500 1900755 1600 14.5 49,400 3295 11.6 39,700 3065 8.7 29,800 2825 6.2 21,000 2515 3.2 10,900 1805

NOTE � Heating capacities include the effect of defrost cycles in the temperature range where they occur.

Indoor CoilAir Volume

70°F db(21°C db)

TotalHeatingCapacity

Comp.MotorWattsInputL/s cfm kW Btuh kW Btuh kW Btuh kW Btuh kW Btuh

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

Air Temperature Entering Outdoor Coil

65°F (18°C) 45°F (7°C) 25°F (�4°C) 5°F (�15°C) �15°F (�28°C)

HP29−042 � HEATING CAPACITY � CH23−41 � CH33−42B−F

565 1200 14.5 49,400 3375 11.5 39,200 3180 8.5 28,900 2970 5.8 19,800 2690 2.9 9,800 1985660 1400 14.6 49,900 3250 11.6 39,700 3055 8.6 29,400 2845 5.9 20,300 2565 3.0 10,300 1860755 1600 14.8 50,400 3155 11.8 40,200 2960 8.8 29,900 2750 6.1 20,800 2470 3.2 10,800 1765

NOTE � Heating capacities include the effect of defrost cycles in the temperature range where they occur.

Indoor CoilAir Volume

70°F db(21°C db)

TotalHeatingCapacity

Comp.MotorWattsInputL/s cfm kW Btuh kW Btuh kW Btuh kW Btuh kW Btuh

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

Air Temperature Entering Outdoor Coil

65°F (18°C) 45°F (7°C) 25°F (�4°C) 5°F (�15°C) �15°F (�28°C)

HP29−042 � HEATING CAPACITY � CH33−48C−F � CH23−51

3390 49,000 14.43335 46,600 13.73280 44,300 13.03225 41,900 12.33195 40,500 11.93160 39,300 11.53070 36,200 10.62985 33,100 9.72950 31,300 9.22920 29,400 8.62885 27,500 8.12865 26,400 7.72845 25,500 7.52790 23,100 6.82610 20,600 6.02435 18,000 5.32255 15,500 4.52075 13,000 3.81900 10,500 3.11720 7,900 2.3

*Outdoor�temperature�70%�relative�humidity.�Indoor�temperature�70°F�(21°C).

*Outdoor Temperature

°F °CCompressor Motor

Watts InputTotal Output

kWBtuh

65 1860 1655 1350 1047 845 740 435 230 �125 �420 �717 �815 �910 �125 �150 �18

�5 �21�10 �23�15 �26�20 �29

HP29−042 � HEATING PERFORMANCECH23−41 � CH33−42B−F � at 1400 cfm (660 L/s)

3250 49,900 14.63205 47,400 13.93160 44,900 13.23110 42,500 12.53085 41,000 12.03055 39,700 11.62975 36,500 10.72895 33,300 9.82870 31,300 9.22845 29,400 8.62820 27,400 8.02805 26,200 7.72785 25,200 7.42740 22,700 6.72565 20,300 5.92390 17,800 5.22210 15,300 4.52035 12,800 3.81860 10,300 3.01685 7,900 2.3

*Outdoor�temperature�70%�relative�humidity.�Indoor�temperature�70°F�(21°C).

*Outdoor Temperature

°F °CCompressor Motor

Watts InputTotal Output

kWBtuh

65 1860 1655 1350 1047 845 740 435 230 �125 �420 �717 �815 �910 �125 �150 �18

�5 �21�10 �23�15 �26�20 �29

HP29−042 � HEATING PERFORMANCECH33−48C−F � CH23−51 � at 1400 cfm (660 L/s)

HP29 / Page 34

Page 35: HEAT PUMP OUTDOOR UNITS HP29 - LennoxPROs.com · 2019-11-07 · During compression, several pockets are compressed simulta neously resulting in a smooth continuous compression cycle

HEATING AND COOLING RATINGSNOTE � For Temperatures and Capacities not shown in tables, see bulletin � Cooling Unit Rating Table Correction Factor Data in Miscellaneous Engineering Data section.

29°C27°C24°C

Enter�ingWetBulb

Temper�ature

TotalAir

Volume

L/s cfm

TotalCoolingCapacity

Btuh

Com�pressorMotorWattsInput

SensibleTo Total

Ratio (S/T)Dry Bulb Dry Bulb Dry Bulb Dry Bulb

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)Com�

pressorMotorWattsInput

Com�pressorMotorWattsInput

Com�pressorMotorWattsInput

TotalCoolingCapacity

TotalCoolingCapacity

TotalCoolingCapacity

Outdoor Air Temperature Entering Outdoor Coil

63°F(17°C)

67°F(19°C)

71°F(22°C)

BtuhkW kW kWBtuh BtuhkW

85°F (29°C) 95°F (35°C) 105°F (41°C) 115°F (46°C)

HP29−048 � COOLING CAPACITY � CB30M−41

75°F 80°F 85°F

NOTE � All values are gross capacities and do not include indoor coil blower motor heat deduction.

495 1050 12.1 41,400 3530 .7 .82 .93 11.7 39,900 3990 .71 .83 .95 11.2 38,300 4520 .71 .85 .97 10.8 36,700 5130 .73 .86 .98

590 1250 12.5 42,800 3550 .73 .86 .98 12.1 41,200 4010 .74 .88 .99 11.6 39,500 4540 .75 .90 1.0 11.1 37,800 5150 .77 .92 1.0

685 1450 12.9 43,900 3570 .76 .91 1.0 12.4 42,200 4030 .77 .93 1.0 11.9 40,500 4560 .79 .94 1.0 11.4 38,800 5170 .81 .96 1.0

495 1050 13.0 44,400 3570 .55 .67 .78 12.5 42,700 4040 .56 .68 .80 12.0 41,000 4570 .56 .69 .81 11.5 39,200 5170 .57 .70 .83

590 1250 13.4 45,700 3590 .57 .70 .83 12.9 43,900 4060 .58 .71 .85 12.3 42,100 4590 .58 .73 .86 11.8 40,300 5190 .59 .74 .88

685 1450 13.7 46,600 3610 .59 .74 .88 13.1 44,800 4070 .6 .75 .89 12.6 42,900 4600 .61 .77 .91 12.0 41,100 5200 .61 .78 .93

495 1050 13.9 47,500 3620 .42 .53 .64 13.4 45,700 4090 .42 .54 .65 12.9 43,900 4620 .43 .54 .66 12.3 42,100 5220 .43 .55 .67

590 1250 14.3 48,800 3650 .43 .55 .67 13.8 47,000 4110 .43 .56 .69 13.2 45,100 4640 .43 .57 .70 12.6 43,100 5240 .43 .58 .72

685 1450 14.6 49,800 3670 .43 .57 .71 14.0 47,900 4130 .43 .58 .72 13.5 45,900 4660 .44 .59 .74 12.9 43,900 5260 .44 .60 .76

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C

Enter�ingWetBulb

Temper�ature

TotalAir

Volume

L/s cfm

TotalCoolingCapacity

Btuh

Com�pressorMotorWattsInput

SensibleTo Total

Ratio (S/T)Dry Bulb Dry Bulb Dry Bulb Dry Bulb

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)Com�

pressorMotorWattsInput

Com�pressorMotorWattsInput

Com�pressorMotorWattsInput

TotalCoolingCapacity

TotalCoolingCapacity

TotalCoolingCapacity

Outdoor Air Temperature Entering Outdoor Coil

63°F(17°C)

67°F(19°C)

71°F(22°C)

BtuhkW kW kWBtuh BtuhkW

85°F (29°C) 95°F (35°C) 105°F (41°C) 115°F (46°C)

HP29−048 � COOLING CAPACITY � CB30U�41/46 � CB30M−46

75°F 80°F 85°F

NOTE � All values are gross capacities and do not include indoor coil blower motor heat deduction.

590 1250 12.8 43,800 3430 .73 .86 .98 12.3 42,100 3870 .74 .88 .99 11.8 40,400 4390 .75 .90 1.0 11.3 38,700 4970 .77 .92 1.0

650 1375 13.0 44,500 3440 .75 .89 1.0 12.5 42,800 3890 .76 .91 1.0 12.0 41,100 4400 .78 .93 1.0 11.5 39,300 4990 .79 .95 1.0

710 1500 13.2 45,200 3450 .77 .92 1.0 12.7 43,400 3900 .78 .94 1.0 12.2 41,700 4410 .8 .95 1.0 11.7 40,000 5000 .81 .97 1.0

590 1250 13.7 46,700 3470 .57 .70 .83 13.2 44,900 3920 .57 .71 .84 12.6 43,000 4430 .58 .73 .87 12.1 41,200 5010 .59 .74 .88

650 1375 13.9 47,300 3480 .58 .72 .86 13.3 45,500 3930 .59 .74 .88 12.8 43,600 4440 .6 .75 .90 12.2 41,700 5010 .61 .77 .91

710 1500 14.0 47,900 3490 .59 .74 .89 13.5 46,000 3940 .6 .76 .90 12.9 44,100 4450 .61 .78 .92 12.4 42,200 5030 .62 .79 .94

590 1250 14.6 49,900 3520 .43 .55 .68 14.1 48,000 3970 .43 .56 .69 13.5 46,100 4480 .43 .57 .70 12.9 44,100 5060 .43 .58 .72

650 1375 14.8 50,600 3530 .43 .56 .70 14.3 48,700 3980 .43 .57 .71 13.7 46,600 4490 .44 .58 .73 13.1 44,600 5070 .44 .59 .74

710 1500 15.0 51,200 3540 .43 .58 .72 14.4 49,200 3990 .44 .59 .73 13.8 47,100 4500 .44 .60 .75 13.2 45,100 5080 .45 .61 .77

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

495 1050 15.2 51,700 3950 12.0 40,800 3600 8.7 29,600 3240 5.9 20,200 2825 2.9 9,900 2130590 1250 15.4 52,500 3735 12.2 41,600 3385 8.9 30,400 3025 6.2 21,000 2610 3.1 10,700 1915685 1450 15.6 53,100 3585 12.4 42,200 3235 9.1 31,000 2875 6.3 21,600 2460 3.3 11,300 1765

NOTE � Heating capacities include the effect of defrost cycles in the temperature range where they occur.

Indoor CoilAir Volume

70°F db(21°C db)

TotalHeatingCapacity

Comp.MotorWattsInputL/s cfm kW Btuh kW Btuh kW Btuh kW Btuh kW Btuh

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

Air Temperature Entering Outdoor Coil

65°F (18°C) 45°F (7°C) 25°F (�4°C) 5°F (�15°C) �15°F (�28°C)

HP29−048 � HEATING CAPACITY � CB30M−41

590 1250 15.3 52,300 3830 12.2 41,700 3530 9.1 30,900 3230 6.3 21,500 2845 3.2 10,800 2110660 1400 15.4 52,700 3715 12.3 42,100 3415 9.2 31,300 3115 6.4 21,900 2730 3.3 11,200 1995730 1550 15.6 53,200 3620 12.5 42,600 3320 9.3 31,800 3020 6.6 22,400 2635 3.4 11,700 1900

NOTE � Heating capacities include the effect of defrost cycles in the temperature range where they occur.

Indoor CoilAir Volume

70°F db(21°C db)

TotalHeatingCapacity

Comp.MotorWattsInputL/s cfm kW Btuh kW Btuh kW Btuh kW Btuh kW Btuh

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

Air Temperature Entering Outdoor Coil

65°F (18°C) 45°F (7°C) 25°F (�4°C) 5°F (�15°C) �15°F (�28°C)

HP29−048 � HEATING CAPACITY � CB30U−41/46 � CB30M−46

3735 52,500 15.43650 49,800 14.63565 47,200 13.83475 44,600 13.13425 43,000 12.63385 41,600 12.23280 38,000 11.13175 34,500 10.13100 32,500 9.53025 30,400 8.92950 28,400 8.32905 27,200 8.02870 26,100 7.62780 23,500 6.92610 21,000 6.22435 18,400 5.42260 15,800 4.62090 13,300 3.91915 10,700 3.11740 8,200 2.4

*Outdoor�temperature�70%�relative�humidity.�Indoor�temperature�70°F�(21°C).

*Outdoor Temperature

°F °CCompressor Motor

Watts InputTotal Output

kWBtuh

65 1860 1655 1350 1047 845 740 435 230 �125 �420 �717 �815 �910 �125 �150 �18

�5 �21�10 �23�15 �26�20 �29

HP29−048 − HEATING PERFORMANCECB30M−41 � at 1250 cfm (590 L/s)

3715 52,700 15.43640 50,100 14.73570 47,600 14.03495 45,000 13.23455 43,500 12.73415 42,100 12.33330 38,600 11.33240 35,100 10.33175 33,200 9.73115 31,300 9.23055 29,400 8.63015 28,200 8.32985 27,200 8.02915 24,600 7.22730 21,900 6.42545 19,200 5.62360 16,500 4.82180 13,900 4.11995 11,200 3.31810 8,500 2.5

*Outdoor�temperature�70%�relative�humidity.�Indoor�temperature�70°F�(21°C).

*Outdoor Temperature

°F °CCompressor Motor

Watts InputTotal Output

kWBtuh

65 1860 1655 1350 1047 845 740 435 230 �125 �420 �717 �815 �910 �125 �150 �18

�5 �21�10 �23�15 �26�20 �29

HP29−048 − HEATING PERFORMANCECB30U−41/46 � CB30M−46 � at 1400 cfm (660 L/s)

HP29 / Page 35

Page 36: HEAT PUMP OUTDOOR UNITS HP29 - LennoxPROs.com · 2019-11-07 · During compression, several pockets are compressed simulta neously resulting in a smooth continuous compression cycle

HEATING AND COOLING RATINGSNOTE � For Temperatures and Capacities not shown in tables, see bulletin � Cooling Unit Rating Table Correction Factor Data in Miscellaneous Engineering Data section.

29°C27°C24°C

Enter�ingWetBulb

Temper�ature

TotalAir

Volume

L/s cfm

TotalCoolingCapacity

Btuh

Com�pressorMotorWattsInput

SensibleTo Total

Ratio (S/T)Dry Bulb Dry Bulb Dry Bulb Dry Bulb

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)Com�

pressorMotorWattsInput

Com�pressorMotorWattsInput

Com�pressorMotorWattsInput

TotalCoolingCapacity

TotalCoolingCapacity

TotalCoolingCapacity

Outdoor Air Temperature Entering Outdoor Coil

63°F(17°C)

67°F(19°C)

71°F(22°C)

BtuhkW kW kWBtuh BtuhkW

85°F (29°C) 95°F (35°C) 105°F (41°C) 115°F (46°C)

HP29−048 � COOLING CAPACITY � CB31MV−41

75°F 80°F 85°F

NOTE � All values are gross capacities and do not include indoor coil blower motor heat deduction.

535 1135 12.5 42,800 3590 .71 .84 .95 12.1 41,200 4060 .72 .85 .97 11.6 39,500 4600 .73 .87 .99 11.1 37,800 5210 .74 .89 1.0

600 1275 12.8 43,700 3600 .73 .87 .98 12.3 42,000 4070 .74 .89 .99 11.8 40,300 4610 .76 .90 1.0 11.3 38,600 5230 .77 .92 1.0

660 1400 13.0 44,400 3620 .75 .90 1.0 12.5 42,700 4090 .76 .91 1.0 12.0 41,000 4620 .78 .93 1.0 11.5 39,200 5240 .8 .95 1.0

535 1135 13.4 45,700 3630 .56 .68 .80 12.9 44,000 4100 .56 .69 .82 12.4 42,200 4640 .57 .70 .83 11.8 40,400 5260 .58 .72 .85

600 1275 13.7 46,600 3650 .57 .70 .84 13.1 44,800 4120 .58 .72 .85 12.6 42,900 4660 .59 .73 .87 12.0 41,000 5270 .6 .75 .89

660 1400 13.8 47,200 3660 .58 .73 .86 13.3 45,300 4130 .59 .74 .88 12.7 43,500 4670 .6 .75 .90 12.2 41,600 5270 .61 .77 .92

535 1135 14.3 48,900 3690 .42 .54 .65 13.8 47,100 4160 .42 .55 .66 13.2 45,200 4700 .43 .55 .68 12.7 43,300 5310 .43 .56 .69

600 1275 14.6 49,800 3700 .43 .55 .68 14.0 47,900 4180 .43 .56 .69 13.5 45,900 4710 .43 .57 .71 12.9 44,000 5320 .43 .58 .72

660 1400 14.8 50,400 3710 .43 .57 .70 14.2 48,500 4190 .43 .57 .71 13.6 46,500 4730 .44 .58 .73 13.0 44,500 5330 .44 .59 .75

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C

Enter�ingWetBulb

Temper�ature

TotalAir

Volume

L/s cfm

TotalCoolingCapacity

Btuh

Com�pressorMotorWattsInput

SensibleTo Total

Ratio (S/T)Dry Bulb Dry Bulb Dry Bulb Dry Bulb

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)Com�

pressorMotorWattsInput

Com�pressorMotorWattsInput

Com�pressorMotorWattsInput

TotalCoolingCapacity

TotalCoolingCapacity

TotalCoolingCapacity

Outdoor Air Temperature Entering Outdoor Coil

63°F(17°C)

67°F(19°C)

71°F(22°C)

BtuhkW kW kWBtuh BtuhkW

85°F (29°C) 95°F (35°C) 105°F (41°C) 115°F (46°C)

HP29−048 � COOLING CAPACITY � CB29M−46 − CB28UH−042

75°F 80°F 85°F

NOTE � All values are gross capacities and do not include indoor coil blower motor heat deduction.

685 1450 13.3 45,400 3640 .76 .91 1.0 12.8 43,700 4110 .78 .92 1.0 12.3 41,900 4660 .79 .94 1.0 11.8 40,200 5280 .81 .96 1.0

730 1550 13.5 45,900 3650 .78 .93 1.0 13.0 44,200 4120 .79 .94 1.0 12.4 42,400 4660 .81 .96 1.0 11.9 40,700 5290 .83 .98 1.0

780 1650 13.6 46,400 3660 .79 .95 1.0 13.1 44,600 4130 .81 .96 1.0 12.6 42,900 4670 .82 .98 1.0 12.0 41,100 5300 .84 .99 1.0

685 1450 14.1 48,100 3680 .59 .74 .88 13.6 46,300 4150 .6 .75 .89 13.0 44,400 4690 .61 .77 .91 12.5 42,500 5310 .62 .78 .93

730 1550 14.2 48,600 3680 .6 .75 .90 13.7 46,700 4160 .61 .77 .92 13.1 44,700 4700 .62 .79 .93 12.5 42,800 5310 .63 .80 .95

780 1650 14.3 48,900 3690 .61 .77 .92 13.8 47,000 4160 .62 .79 .93 13.2 45,100 4710 .63 .80 .95 12.6 43,100 5320 .64 .82 .97

685 1450 15.1 51,400 3730 .43 .57 .71 14.5 49,500 4210 .44 .58 .73 13.9 47,400 4750 .44 .59 .74 13.3 45,400 5360 .44 .60 .76

730 1550 15.2 51,800 3740 .44 .58 .73 14.6 49,800 4210 .44 .59 .74 14.0 47,800 4760 .44 .60 .76 13.4 45,700 5370 .45 .61 .78

780 1650 15.3 52,200 3740 .44 .59 .75 14.7 50,200 4220 .44 .60 .76 14.1 48,100 4760 .45 .62 .78 13.5 46,000 5380 .45 .63 .80

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

535 1135 15.2 52,000 3965 12.0 41,100 3615 8.8 29,900 3255 6.0 20,500 2830 3.0 10,200 2115600 1275 15.4 52,500 3830 12.2 41,600 3480 8.9 30,400 3120 6.2 21,000 2695 3.1 10,700 1980660 1400 15.6 53,100 3740 12.4 42,200 3390 9.1 31,000 3030 6.3 21,600 2605 3.3 11,300 1890

NOTE � Heating capacities include the effect of defrost cycles in the temperature range where they occur.

Indoor CoilAir Volume

70°F db(21°C db)

TotalHeatingCapacity

Comp.MotorWattsInputL/s cfm kW Btuh kW Btuh kW Btuh kW Btuh kW Btuh

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

Air Temperature Entering Outdoor Coil

65°F (18°C) 45°F (7°C) 25°F (�4°C) 5°F (�15°C) �15°F (�28°C)

HP29−048 � HEATING CAPACITY � CB31MV−41

685 1450 15.6 53,300 3720 12.4 42,400 3355 9.1 31,200 2980 6.3 21,600 2565 3.2 10,900 1905730 1550 15.7 53,500 3660 12.5 42,600 3295 9.2 31,400 2920 6.4 21,800 2505 3.3 11,100 1845780 1650 15.8 53,800 3605 12.6 42,900 3240 9.3 31,700 2865 6.5 22,100 2450 3.3 11,400 1790

NOTE � Heating capacities include the effect of defrost cycles in the temperature range where they occur.

Indoor CoilAir Volume

70°F db(21°C db)

TotalHeatingCapacity

Comp.MotorWattsInputL/s cfm kW Btuh kW Btuh kW Btuh kW Btuh kW Btuh

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

Air Temperature Entering Outdoor Coil

65°F (18°C) 45°F (7°C) 25°F (�4°C) 5°F (�15°C) �15°F (�28°C)

HP29−048 � HEATING CAPACITY � CB29M−46 − CB28UH−042

3830 52,500 15.43745 49,800 14.63660 47,200 13.83570 44,600 13.13520 43,000 12.63480 41,600 12.23375 38,000 11.13270 34,500 10.13195 32,500 9.53120 30,400 8.93045 28,400 8.33000 27,200 8.02965 26,100 7.62875 23,500 6.92695 21,000 6.22515 18,400 5.42340 15,800 4.62160 13,300 3.91980 10,700 3.11800 8,200 2.4

*Outdoor�temperature�70%�relative�humidity.�Indoor�temperature�70°F�(21°C).

*Outdoor Temperature

°F °CCompressor Motor

Watts InputTotal Output

kWBtuh

65 1860 1655 1350 1047 845 740 435 230 �125 �420 �717 �815 �910 �125 �150 �18

�5 �21�10 �23�15 �26�20 �29

HP29−048 − HEATING PERFORMANCECB31MV−41 � at 1275 cfm (600 L/s)

3660 53,500 15.73570 50,800 14.93480 48,200 14.13390 45,600 13.43335 44,000 12.93295 42,600 12.53185 39,000 11.43080 35,400 10.43000 33,400 9.82920 31,400 9.22845 29,400 8.62795 28,200 8.32760 27,100 7.92670 24,500 7.22505 21,800 6.42340 19,200 5.62175 16,500 4.82010 13,800 4.01845 11,100 3.31680 8,500 2.5

*Outdoor�temperature�70%�relative�humidity.�Indoor�temperature�70°F�(21°C).

*Outdoor Temperature

°F °CCompressor Motor

Watts InputTotal Output

kWBtuh

65 1860 1655 1350 1047 845 740 435 230 �125 �420 �717 �815 �910 �125 �150 �18

�5 �21�10 �23�15 �26�20 �29

HP29−048 − HEATING PERFORMANCECB29M−46 − CB28UH−042 � at 1550 cfm (730 L/s)

HP29 / Page 36

Page 37: HEAT PUMP OUTDOOR UNITS HP29 - LennoxPROs.com · 2019-11-07 · During compression, several pockets are compressed simulta neously resulting in a smooth continuous compression cycle

HEATING AND COOLING RATINGSNOTE � For Temperatures and Capacities not shown in tables, see bulletin � Cooling Unit Rating Table Correction Factor Data in Miscellaneous Engineering Data section.

29°C27°C24°C

Enter�ingWetBulb

Temper�ature

TotalAir

Volume

L/s cfm

TotalCoolingCapacity

Btuh

Com�pressorMotorWattsInput

SensibleTo Total

Ratio (S/T)Dry Bulb Dry Bulb Dry Bulb Dry Bulb

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)Com�

pressorMotorWattsInput

Com�pressorMotorWattsInput

Com�pressorMotorWattsInput

TotalCoolingCapacity

TotalCoolingCapacity

TotalCoolingCapacity

Outdoor Air Temperature Entering Outdoor Coil

63°F(17°C)

67°F(19°C)

71°F(22°C)

BtuhkW kW kWBtuh BtuhkW

85°F (29°C) 95°F (35°C) 105°F (41°C) 115°F (46°C)

HP29−048 � COOLING CAPACITY � CB29M−51 − CB28UH−048

75°F 80°F 85°F

NOTE � All values are gross capacities and do not include indoor coil blower motor heat deduction.

730 1550 13.5 46,000 3590 .78 .93 1.0 13.0 44,200 4060 .79 .95 1.0 12.4 42,400 4600 .81 .96 1.0 11.9 40,700 5200 .83 .98 1.0

790 1675 13.7 46,600 3600 .8 .95 1.0 13.1 44,800 4070 .81 .97 1.0 12.6 43,000 4600 .83 .98 1.0 12.1 41,300 5210 .85 1.0 1.0

850 1800 13.8 47,100 3610 .82 .97 1.0 13.3 45,400 4080 .83 .98 1.0 12.8 43,700 4610 .85 1.0 1.0 12.3 42,000 5210 .87 1.0 1.0

730 1550 14.3 48,700 3630 .6 .75 .90 13.7 46,800 4100 .61 .77 .92 13.1 44,800 4630 .62 .78 .93 12.6 42,900 5240 .63 .80 .95

790 1675 14.4 49,100 3640 .61 .77 .92 13.8 47,200 4110 .62 .79 .94 13.2 45,200 4640 .63 .81 .96 12.7 43,300 5240 .64 .82 .98

850 1800 14.5 49,600 3650 .62 .79 .94 14.0 47,600 4120 .63 .81 .96 13.4 45,600 4650 .64 .83 .98 12.8 43,600 5250 .66 .85 .99

730 1550 15.2 52,000 3690 .44 .58 .73 14.6 49,900 4160 .44 .59 .74 14.0 47,900 4690 .44 .60 .76 13.4 45,800 5290 .45 .61 .78

790 1675 15.4 52,400 3700 .44 .60 .75 14.8 50,400 4170 .44 .61 .77 14.2 48,300 4700 .45 .62 .78 13.5 46,100 5300 .45 .63 .80

850 1800 15.5 52,800 3710 .45 .61 .77 14.9 50,700 4180 .45 .62 .79 14.2 48,600 4710 .45 .63 .81 13.6 46,500 5310 .46 .65 .83

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C

Enter�ingWetBulb

Temper�ature

TotalAir

Volume

L/s cfm

TotalCoolingCapacity

Btuh

Com�pressorMotorWattsInput

SensibleTo Total

Ratio (S/T)Dry Bulb Dry Bulb Dry Bulb Dry Bulb

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)Com�

pressorMotorWattsInput

Com�pressorMotorWattsInput

Com�pressorMotorWattsInput

TotalCoolingCapacity

TotalCoolingCapacity

TotalCoolingCapacity

Outdoor Air Temperature Entering Outdoor Coil

63°F(17°C)

67°F(19°C)

71°F(22°C)

BtuhkW kW kWBtuh BtuhkW

85°F (29°C) 95°F (35°C) 105°F (41°C) 115°F (46°C)

HP29−048 � COOLING CAPACITY � CB29M−65 − CB28UH−060

75°F 80°F 85°F

NOTE � All values are gross capacities and do not include indoor coil blower motor heat deduction.

660 1400 13.3 45,500 3630 .75 .90 1.0 12.8 43,800 4100 .77 .91 1.0 12.3 42,000 4640 .78 .93 1.0 11.8 40,200 5260 .8 .95 1.0

755 1600 13.6 46,500 3640 .79 .94 1.0 13.1 44,800 4110 .8 .95 1.0 12.6 43,000 4660 .82 .97 1.0 12.1 41,200 5270 .83 .99 1.0

850 1800 13.9 47,500 3660 .82 .97 1.0 13.4 45,700 4130 .83 .98 1.0 12.9 44,000 4670 .85 1.0 1.0 12.4 42,300 5280 .87 1.0 1.0

660 1400 14.2 48,400 3670 .58 .73 .86 13.6 46,500 4140 .59 .74 .88 13.1 44,600 4680 .6 .76 .90 12.5 42,600 5290 .61 .77 .92

755 1600 14.4 49,200 3680 .6 .76 .91 13.9 47,300 4160 .61 .78 .92 13.3 45,300 4690 .62 .79 .95 12.7 43,300 5310 .63 .81 .96

850 1800 14.6 49,900 3700 .62 .80 .94 14.1 48,000 4170 .63 .81 .96 13.5 45,900 4710 .64 .83 .98 12.9 43,900 5320 .66 .85 .99

660 1400 15.2 51,700 3720 .43 .57 .70 14.6 49,700 4200 .43 .58 .71 14.0 47,600 4740 .44 .58 .73 13.4 45,600 5350 .44 .59 .75

755 1600 15.4 52,500 3740 .44 .59 .74 14.8 50,500 4220 .44 .60 .75 14.2 48,400 4750 .45 .61 .77 13.5 46,200 5360 .45 .62 .79

850 1800 15.6 53,200 3750 .45 .61 .77 15.0 51,100 4230 .45 .62 .79 14.3 48,900 4770 .46 .63 .81 13.7 46,800 5380 .46 .65 .83

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

730 1550 15.7 53,600 3555 12.5 42,700 3230 9.2 31,400 2900 6.4 21,800 2515 3.2 10,900 1865790 1675 15.8 54,000 3480 12.6 43,100 3155 9.3 31,800 2825 6.5 22,200 2440 3.3 11,300 1790850 1800 16.0 54,600 3425 12.8 43,700 3100 9.5 32,400 2770 6.7 22,800 2385 3.5 11,900 1735

NOTE � Heating capacities include the effect of defrost cycles in the temperature range where they occur.

Indoor CoilAir Volume

70°F db(21°C db)

TotalHeatingCapacity

Comp.MotorWattsInputL/s cfm kW Btuh kW Btuh kW Btuh kW Btuh kW Btuh

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

Air Temperature Entering Outdoor Coil

65°F (18°C) 45°F (7°C) 25°F (�4°C) 5°F (�15°C) �15°F (�28°C)

HP29−048 � HEATING CAPACITY � CB29M−51 − CB28UH−048

660 1400 15.6 53,400 3745 12.4 42,200 3400 9.1 30,900 3050 6.2 21,200 2645 3.0 10,400 1980755 1600 15.9 54,200 3610 12.6 43,000 3265 9.3 31,700 2915 6.4 22,000 2510 3.3 11,200 1845850 1800 16.2 55,200 3550 12.9 44,000 3205 9.6 32,700 2855 6.7 23,000 2450 3.6 12,200 1785

NOTE � Heating capacities include the effect of defrost cycles in the temperature range where they occur.

Indoor CoilAir Volume

70°F db(21°C db)

TotalHeatingCapacity

Comp.MotorWattsInputL/s cfm kW Btuh kW Btuh kW Btuh kW Btuh kW Btuh

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

Air Temperature Entering Outdoor Coil

65°F (18°C) 45°F (7°C) 25°F (�4°C) 5°F (�15°C) �15°F (�28°C)

HP29−048 � HEATING CAPACITY � CB29M−65 − CB28UH−060

3480 54,000 15.83400 51,400 15.13320 48,700 14.33240 46,100 13.53195 44,500 13.03155 43,100 12.63060 39,500 11.62960 35,900 10.52890 33,800 9.92825 31,800 9.32755 29,800 8.72715 28,600 8.42680 27,500 8.12600 24,900 7.32440 22,200 6.52275 19,500 5.72115 16,700 4.91955 14,000 4.11790 11,300 3.31630 8,600 2.5

*Outdoor�temperature�70%�relative�humidity.�Indoor�temperature�70°F�(21°C).

*Outdoor Temperature

°F °CCompressor Motor

Watts InputTotal Output

kWBtuh

65 1860 1655 1350 1047 845 740 435 230 �125 �420 �717 �815 �910 �125 �150 �18

�5 �21�10 �23�15 �26�20 �29

HP29−048 − HEATING PERFORMANCECB29M−51 − CB28UH−048 � at 1675 cfm (790 L/s)

3610 54,200 15.93525 51,500 15.13440 48,800 14.33355 46,100 13.53305 44,500 13.03265 43,000 12.63160 39,400 11.53060 35,800 10.52985 33,700 9.92915 31,700 9.32840 29,600 8.72795 28,400 8.32765 27,300 8.02680 24,600 7.22510 22,000 6.42345 19,300 5.72180 16,600 4.92010 13,900 4.11845 11,200 3.31680 8,500 2.5

*Outdoor�temperature�70%�relative�humidity.�Indoor�temperature�70°F�(21°C).

*Outdoor Temperature

°F °CCompressor Motor

Watts InputTotal Output

kWBtuh

65 1860 1655 1350 1047 845 740 435 230 �125 �420 �717 �815 �910 �125 �150 �18

�5 �21�10 �23�15 �26�20 �29

HP29−048 − HEATING PERFORMANCECB29M−65 − CB28UH−060 � at 1600 cfm (755 L/s)

HP29 / Page 37

Page 38: HEAT PUMP OUTDOOR UNITS HP29 - LennoxPROs.com · 2019-11-07 · During compression, several pockets are compressed simulta neously resulting in a smooth continuous compression cycle

HEATING AND COOLING RATINGSNOTE � For Temperatures and Capacities not shown in tables, see bulletin � Cooling Unit Rating Table Correction Factor Data in Miscellaneous Engineering Data section.

29°C27°C24°C

Enter�ingWetBulb

Temper�ature

TotalAir

Volume

L/s cfm

TotalCoolingCapacity

Btuh

Com�pressorMotorWattsInput

SensibleTo Total

Ratio (S/T)Dry Bulb Dry Bulb Dry Bulb Dry Bulb

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)Com�

pressorMotorWattsInput

Com�pressorMotorWattsInput

Com�pressorMotorWattsInput

TotalCoolingCapacity

TotalCoolingCapacity

TotalCoolingCapacity

Outdoor Air Temperature Entering Outdoor Coil

63°F(17°C)

67°F(19°C)

71°F(22°C)

BtuhkW kW kWBtuh BtuhkW

85°F (29°C) 95°F (35°C) 105°F (41°C) 115°F (46°C)

HP29−048 � COOLING CAPACITY � CB31MV−51 � CB31MV�65

75°F 80°F 85°F

NOTE � All values are gross capacities and do not include indoor coil blower motor heat deduction.

675 1425 13.3 45,500 3570 .75 .90 1.0 12.8 43,700 4040 .77 .92 1.0 12.3 41,800 4560 .78 .94 1.0 11.7 40,000 5160 .8 .96 1.0

765 1625 13.6 46,500 3600 .79 .94 1.0 13.1 44,700 4050 .8 .96 1.0 12.6 42,900 4580 .82 .98 1.0 12.0 41,000 5180 .84 1.0 1.0

850 1805 13.9 47,400 3610 .82 .97 1.0 13.4 45,600 4070 .83 .99 1.0 12.8 43,800 4600 .85 1.0 1.0 12.3 42,100 5190 .87 1.0 1.0

675 1425 14.2 48,400 3630 .58 .73 .87 13.6 46,500 4090 .59 .74 .88 13.0 44,500 4610 .6 .76 .90 12.5 42,500 5210 .61 .77 .93

765 1625 14.4 49,300 3640 .6 .76 .91 13.9 47,300 4100 .61 .78 .93 13.3 45,300 4630 .62 .79 .95 12.7 43,200 5230 .64 .81 .97

850 1805 14.7 50,000 3660 .62 .79 .95 14.1 48,000 4120 .63 .81 .96 13.5 45,900 4650 .65 .83 .98 12.8 43,800 5240 .66 .85 1.0

675 1425 15.2 51,800 3690 .43 .57 .70 14.6 49,700 4160 .43 .58 .72 14.0 47,600 4690 .44 .58 .73 13.3 45,500 5270 .44 .60 .75

765 1625 15.4 52,700 3710 .44 .59 .74 14.8 50,500 4180 .44 .60 .75 14.2 48,400 4700 .45 .61 .77 13.5 46,200 5300 .45 .62 .79

850 1805 15.6 53,300 3720 .45 .61 .77 15.0 51,100 4190 .45 .62 .79 14.3 48,900 4720 .45 .63 .81 13.7 46,700 5310 .46 .65 .83

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C

Enter�ingWetBulb

Temper�ature

TotalAir

Volume

L/s cfm

TotalCoolingCapacity

Btuh

Com�pressorMotorWattsInput

SensibleTo Total

Ratio (S/T)Dry Bulb Dry Bulb Dry Bulb Dry Bulb

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)Com�

pressorMotorWattsInput

Com�pressorMotorWattsInput

Com�pressorMotorWattsInput

TotalCoolingCapacity

TotalCoolingCapacity

TotalCoolingCapacity

Outdoor Air Temperature Entering Outdoor Coil

63°F(17°C)

67°F(19°C)

71°F(22°C)

BtuhkW kW kWBtuh BtuhkW

85°F (29°C) 95°F (35°C) 105°F (41°C) 115°F (46°C)

HP29−048 � COOLING CAPACITY � CB30U�51 � CB30M�51 � CB30U−65 � CB30M�65

75°F 80°F 85°F

NOTE � All values are gross capacities and do not include indoor coil blower motor heat deduction.

660 1400 13.4 45,600 3560 .75 .89 1.0 12.8 43,800 4020 .76 .91 1.0 12.3 42,000 4540 .78 .93 1.0 11.8 40,200 5130 .79 .95 1.0

755 1600 13.7 46,700 3580 .78 .94 1.0 13.2 44,900 4040 .8 .96 1.0 12.6 43,100 4560 .81 .97 1.0 12.1 41,200 5160 .83 .99 1.0

850 1800 14.0 47,700 3590 .82 .97 1.0 13.5 45,900 4060 .83 .99 1.0 12.9 44,100 4580 .85 1.0 1.0 12.4 42,400 5170 .87 1.0 1.0

660 1400 14.2 48,600 3610 .58 .72 .86 13.7 46,700 4070 .59 .74 .88 13.1 44,700 4600 .6 .75 .90 12.5 42,700 5190 .61 .77 .92

755 1600 14.5 49,600 3630 .6 .76 .91 14.0 47,600 4090 .61 .77 .92 13.3 45,500 4610 .62 .79 .94 12.7 43,500 5210 .63 .81 .97

850 1800 14.7 50,300 3640 .62 .79 .94 14.2 48,300 4100 .63 .81 .96 13.5 46,200 4630 .64 .83 .98 12.9 44,100 5220 .66 .85 1.0

660 1400 15.3 52,100 3670 .43 .56 .70 14.7 50,000 4140 .43 .57 .71 14.0 47,800 4660 .44 .58 .73 13.4 45,700 5250 .44 .59 .74

755 1600 15.5 52,900 3690 .44 .59 .74 14.9 50,800 4160 .44 .60 .75 14.2 48,600 4680 .44 .61 .77 13.6 46,500 5270 .45 .62 .79

850 1800 15.7 53,700 3710 .45 .61 .77 15.1 51,500 4170 .45 .62 .79 14.4 49,200 4700 .46 .63 .81 13.8 47,100 5290 .46 .65 .83

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

675 1425 15.6 53,100 3560 12.3 41,800 3305 8.9 30,300 3040 6.0 20,500 2695 3.0 10,200 1995765 1625 15.8 53,800 3450 12.5 42,500 3195 9.1 31,000 2930 6.2 21,200 2585 3.2 10,900 1885850 1805 16.0 54,500 3375 12.7 43,200 3120 9.3 31,700 2855 6.4 21,900 2510 3.4 11,600 1810

NOTE � Heating capacities include the effect of defrost cycles in the temperature range where they occur.

Indoor CoilAir Volume

70°F db(21°C db)

TotalHeatingCapacity

Comp.MotorWattsInputL/s cfm kW Btuh kW Btuh kW Btuh kW Btuh kW Btuh

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

Air Temperature Entering Outdoor Coil

65°F (18°C) 45°F (7°C) 25°F (�4°C) 5°F (�15°C) �15°F (�28°C)

HP29−048 � HEATING CAPACITY � CB31MV−51 � CB31MV−65

660 1400 15.6 53,400 3615 12.3 42,100 3330 9.0 30,600 3040 6.1 20,800 2675 3.1 10,500 1985755 1600 15.8 53,800 3500 12.5 42,500 3215 9.1 31,000 2925 6.2 21,200 2560 3.2 10,900 1870850 1800 16.0 54,500 3415 12.7 43,200 3130 9.3 31,700 2840 6.4 21,900 2475 3.4 11,600 1785

NOTE � Heating capacities include the effect of defrost cycles in the temperature range where they occur.

Indoor CoilAir Volume

70°F db(21°C db)

TotalHeatingCapacity

Comp.MotorWattsInputL/s cfm kW Btuh kW Btuh kW Btuh kW Btuh kW Btuh

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

Air Temperature Entering Outdoor Coil

65°F (18°C) 45°F (7°C) 25°F (�4°C) 5°F (�15°C) �15°F (�28°C)

HP29−048 � HEATING CAPACITY � CB30U−51 � CB30M−51 � CB30U−65 � CB30M�65

3450 53,800 15.83390 51,100 15.03325 48,400 14.23265 45,600 13.43225 44,000 12.93195 42,500 12.53115 38,900 11.43035 35,200 10.32985 33,100 9.72930 31,000 9.12880 28,900 8.52850 27,600 8.12825 26,500 7.82760 23,800 7.02585 21,200 6.22410 18,600 5.52235 16,000 4.72060 13,400 3.91885 10,900 3.21710 8,300 2.4

*Outdoor�temperature�70%�relative�humidity.�Indoor�temperature�70°F�(21°C).

*Outdoor Temperature

°F °CCompressor Motor

Watts InputTotal Output

kWBtuh

65 1860 1655 1350 1047 845 740 435 230 �125 �420 �717 �815 �910 �125 �150 �18

�5 �21�10 �23�15 �26�20 �29

HP29−048 − HEATING PERFORMANCECB31MV−51 � CB31MV−65 � at 1625 cfm (765 L/s)

3500 53,800 15.83430 51,100 15.03360 48,400 14.23290 45,600 13.43250 44,000 12.93215 42,500 12.53130 38,900 11.43045 35,200 10.32985 33,100 9.72925 31,000 9.12865 28,900 8.52830 27,600 8.12800 26,500 7.82730 23,800 7.02560 21,200 6.22385 18,600 5.52215 16,000 4.72045 13,400 3.91870 10,900 3.21700 8,300 2.4

*Outdoor�temperature�70%�relative�humidity.�Indoor�temperature�70°F�(21°C).

*Outdoor Temperature

°F °CCompressor Motor

Watts InputTotal Output

kWBtuh

65 1860 1655 1350 1047 845 740 435 230 �125 �420 �717 �815 �910 �125 �150 �18

�5 �21�10 �23�15 �26�20 �29

HP29−048 − HEATING PERFORMANCECB30U/CB30M−51 � CB30U/CB30M−65 at 1600 cfm (755 L/s)

HP29 / Page 38

Page 39: HEAT PUMP OUTDOOR UNITS HP29 - LennoxPROs.com · 2019-11-07 · During compression, several pockets are compressed simulta neously resulting in a smooth continuous compression cycle

HEATING AND COOLING RATINGSNOTE � For Temperatures and Capacities not shown in tables, see bulletin � Cooling Unit Rating Table Correction Factor Data in Miscellaneous Engineering Data section.

29°C27°C24°C

Enter�ingWetBulb

Temper�ature

TotalAir

Volume

L/s cfm

TotalCoolingCapacity

Btuh

Com�pressorMotorWattsInput

SensibleTo Total

Ratio (S/T)Dry Bulb Dry Bulb Dry Bulb Dry Bulb

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)Com�

pressorMotorWattsInput

Com�pressorMotorWattsInput

Com�pressorMotorWattsInput

TotalCoolingCapacity

TotalCoolingCapacity

TotalCoolingCapacity

Outdoor Air Temperature Entering Outdoor Coil

63°F(17°C)

67°F(19°C)

71°F(22°C)

BtuhkW kW kWBtuh BtuhkW

85°F (29°C) 95°F (35°C) 105°F (41°C) 115°F (46°C)

HP29−048 � COOLING CAPACITY � C33−44C � C26−46

75°F 80°F 85°F

NOTE � All values are gross capacities and do not include indoor coil blower motor heat deduction.

470 1000 12.4 42,300 3610 .69 .81 .92 11.9 40,700 4090 .7 .82 .94 11.5 39,100 4630 .71 .84 .95 11.0 37,400 5250 .72 .85 .97

565 1200 12.8 43,800 3640 .72 .86 .97 12.4 42,200 4110 .73 .87 .99 11.8 40,400 4650 .75 .89 1.0 11.3 38,700 5270 .76 .91 1.0

660 1400 13.2 45,100 3660 .76 .90 1.0 12.7 43,300 4130 .77 .92 1.0 12.2 41,600 4680 .79 .94 1.0 11.7 39,800 5300 .8 .96 1.0

470 1000 13.3 45,300 3660 .55 .66 .77 12.8 43,600 4130 .55 .67 .79 12.3 41,800 4680 .56 .68 .80 11.7 40,000 5300 .56 .69 .82

565 1200 13.7 46,800 3680 .56 .69 .82 13.2 45,000 4160 .57 .71 .84 12.6 43,100 4700 .58 .72 .85 12.1 41,200 5320 .59 .74 .87

660 1400 14.0 47,900 3700 .58 .73 .87 13.5 46,000 4180 .59 .75 .89 12.9 44,100 4720 .6 .76 .91 12.3 42,100 5340 .61 .78 .92

470 1000 14.2 48,500 3710 .42 .53 .63 13.7 46,700 4190 .42 .53 .64 13.1 44,800 4730 .42 .54 .65 12.6 43,000 5350 .42 .54 .66

565 1200 14.7 50,000 3740 .43 .55 .67 14.1 48,100 4220 .43 .56 .68 13.5 46,100 4760 .43 .56 .69 13.0 44,200 5370 .43 .57 .71

660 1400 15.0 51,100 3760 .43 .57 .71 14.4 49,100 4240 .44 .58 .72 13.8 47,100 4780 .44 .59 .73 13.2 45,000 5390 .44 .60 .75

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C

Enter�ingWetBulb

Temper�ature

TotalAir

Volume

L/s cfm

TotalCoolingCapacity

Btuh

Com�pressorMotorWattsInput

SensibleTo Total

Ratio (S/T)Dry Bulb Dry Bulb Dry Bulb Dry Bulb

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)Com�

pressorMotorWattsInput

Com�pressorMotorWattsInput

Com�pressorMotorWattsInput

TotalCoolingCapacity

TotalCoolingCapacity

TotalCoolingCapacity

Outdoor Air Temperature Entering Outdoor Coil

63°F(17°C)

67°F(19°C)

71°F(22°C)

BtuhkW kW kWBtuh BtuhkW

85°F (29°C) 95°F (35°C) 105°F (41°C) 115°F (46°C)

HP29−048 � COOLING CAPACITY � C33−48C � C26−51/65

75°F 80°F 85°F

NOTE � All values are gross capacities and do not include indoor coil blower motor heat deduction.

615 1300 13.2 44,900 3590 .74 .88 .99 12.6 43,100 4060 .75 .89 1.0 12.1 41,300 4590 .76 .91 1.0 11.6 39,600 5200 .78 .93 1.0

710 1500 13.5 46,100 3610 .77 .92 1.0 13.0 44,300 4080 .79 .94 1.0 12.5 42,500 4610 .8 .96 1.0 11.9 40,700 5210 .82 .98 1.0

800 1700 13.8 47,100 3640 .8 .96 1.0 13.3 45,300 4100 .82 .98 1.0 12.7 43,500 4630 .84 .99 1.0 12.3 41,800 5240 .86 1.0 1.0

615 1300 14.0 47,900 3650 .57 .71 .84 13.5 46,000 4110 .58 .72 .86 12.9 44,000 4640 .59 .74 .88 12.3 42,100 5240 .6 .75 .90

710 1500 14.3 48,900 3660 .59 .75 .89 13.7 46,900 4130 .6 .76 .91 13.2 44,900 4670 .61 .78 .93 12.6 42,900 5260 .62 .79 .95

800 1700 14.6 49,700 3680 .61 .78 .93 14.0 47,700 4150 .63 .80 .95 13.4 45,700 4680 .64 .82 .97 12.8 43,600 5280 .65 .84 .99

615 1300 15.0 51,200 3710 .43 .56 .68 14.4 49,200 4180 .43 .56 .70 13.8 47,100 4700 .43 .57 .71 13.2 45,100 5310 .44 .58 .73

710 1500 15.3 52,200 3730 .43 .58 .72 14.7 50,100 4200 .44 .59 .74 14.1 48,000 4730 .44 .60 .75 13.5 45,900 5330 .45 .61 .77

800 1700 15.5 53,000 3740 .44 .60 .76 14.9 50,800 4210 .45 .61 .78 14.3 48,700 4740 .45 .62 .79 13.6 46,500 5340 .46 .64 .81

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

615 1300 15.2 52,000 3790 12.0 41,000 3400 8.7 29,700 3005 5.9 20,100 2575 2.9 10,000 1935710 1500 15.4 52,600 3650 12.2 41,600 3260 8.9 30,300 2865 6.1 20,700 2435 3.1 10,600 1795800 1700 15.6 53,100 3555 12.3 42,100 3165 9.0 30,800 2770 6.2 21,200 2340 3.3 11,100 1700

NOTE � Heating capacities include the effect of defrost cycles in the temperature range where they occur.

Indoor CoilAir Volume

70°F db(21°C db)

TotalHeatingCapacity

Comp.MotorWattsInputL/s cfm kW Btuh kW Btuh kW Btuh kW Btuh kW Btuh

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

Air Temperature Entering Outdoor Coil

65°F (18°C) 45°F (7°C) 25°F (�4°C) 5°F (�15°C) �15°F (�28°C)

HP29−048 � HEATING CAPACITY � C33−48C � C26−51/65

470 1000 14.9 51,000 4095 11.8 40,300 3705 8.6 29,400 3315 5.9 20,000 2880 2.9 9,800 2180565 1200 15.2 51,800 3850 12.0 41,100 3460 8.9 30,200 3070 6.1 20,800 2635 3.1 10,600 1935660 1400 15.4 52,500 3695 12.3 41,800 3305 9.1 30,900 2915 6.3 21,500 2480 3.3 11,300 1780

NOTE � Heating capacities include the effect of defrost cycles in the temperature range where they occur.

Indoor CoilAir Volume

70°F db(21°C db)

TotalHeatingCapacity

Comp.MotorWattsInputL/s cfm kW Btuh kW Btuh kW Btuh kW Btuh kW Btuh

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

Air Temperature Entering Outdoor Coil

65°F (18°C) 45°F (7°C) 25°F (�4°C) 5°F (�15°C) �15°F (�28°C)

HP29−048 � HEATING CAPACITY � C33−44C � C26−46

3650 52,600 15.43555 49,900 14.63460 47,300 13.93360 44,600 13.13305 43,000 12.63260 41,600 12.23145 38,000 11.13035 34,400 10.12950 32,300 9.52865 30,300 8.92780 28,200 8.32730 27,000 7.92690 25,900 7.62595 23,300 6.82435 20,700 6.12275 18,200 5.32115 15,700 4.61955 13,200 3.91795 10,600 3.11635 8,100 2.4

*Outdoor�temperature�70%�relative�humidity.�Indoor�temperature�70°F�(21°C).

*Outdoor Temperature

°F °CCompressor Motor

Watts InputTotal Output

kWBtuh

65 1860 1655 1350 1047 845 740 435 230 �125 �420 �717 �815 �910 �125 �150 �18

�5 �21�10 �23�15 �26�20 �29

HP29−048 − HEATING PERFORMANCEC33−48C � C26−51/65 � at 1500 cfm (710 L/s)

3850 51,800 15.23755 49,200 14.43660 46,600 13.73565 44,100 12.93505 42,500 12.53460 41,100 12.03350 37,600 11.03240 34,100 10.03155 32,100 9.43070 30,200 8.92990 28,200 8.32940 27,000 7.92900 26,000 7.62805 23,400 6.92635 20,800 6.12460 18,300 5.42285 15,700 4.62110 13,200 3.91935 10,600 3.11765 8,100 2.4

*Outdoor�temperature�70%�relative�humidity.�Indoor�temperature�70°F�(21°C).

*Outdoor Temperature

°F °CCompressor Motor

Watts InputTotal Output

kWBtuh

65 1860 1655 1350 1047 845 740 435 230 �125 �420 �717 �815 �910 �125 �150 �18

�5 �21�10 �23�15 �26�20 �29

HP29−048 − HEATING PERFORMANCEC33−44C � C26−46 � at 1200 cfm (565 L/s)

HP29 / Page 39

Page 40: HEAT PUMP OUTDOOR UNITS HP29 - LennoxPROs.com · 2019-11-07 · During compression, several pockets are compressed simulta neously resulting in a smooth continuous compression cycle

HEATING AND COOLING RATINGSNOTE � For Temperatures and Capacities not shown in tables, see bulletin � Cooling Unit Rating Table Correction Factor Data in Miscellaneous Engineering Data section.

29°C27°C24°C

Enter�ingWetBulb

Temper�ature

TotalAir

Volume

L/s cfm

TotalCoolingCapacity

Btuh

Com�pressorMotorWattsInput

SensibleTo Total

Ratio (S/T)Dry Bulb Dry Bulb Dry Bulb Dry Bulb

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)Com�

pressorMotorWattsInput

Com�pressorMotorWattsInput

Com�pressorMotorWattsInput

TotalCoolingCapacity

TotalCoolingCapacity

TotalCoolingCapacity

Outdoor Air Temperature Entering Outdoor Coil

63°F(17°C)

67°F(19°C)

71°F(22°C)

BtuhkW kW kWBtuh BtuhkW

85°F (29°C) 95°F (35°C) 105°F (41°C) 115°F (46°C)

HP29−048 � COOLING CAPACITY � CR26−48N

75°F 80°F 85°F

NOTE � All values are gross capacities and do not include indoor coil blower motor heat deduction.

520 1100 12.5 42,500 3580 .7 .82 .94 12.0 40,900 4050 .71 .84 .95 11.5 39,300 4590 .72 .85 .97 11.0 37,600 5210 .73 .87 .98

615 1300 12.9 43,900 3600 .73 .86 .98 12.4 42,200 4070 .74 .88 .99 11.9 40,500 4610 .75 .90 1.0 11.3 38,700 5230 .77 .92 1.0

710 1500 13.2 44,900 3620 .76 .91 1.0 12.7 43,200 4090 .77 .92 1.0 12.1 41,400 4630 .79 .94 1.0 11.6 39,700 5250 .8 .96 1.0

520 1100 13.4 45,600 3630 .55 .67 .79 12.9 43,900 4100 .56 .68 .80 12.3 42,100 4640 .56 .69 .82 11.8 40,300 5250 .57 .70 .83

615 1300 13.7 46,900 3650 .57 .70 .83 13.2 45,100 4120 .57 .71 .85 12.7 43,200 4650 .58 .72 .87 12.1 41,300 5270 .59 .74 .88

710 1500 14.0 47,800 3660 .59 .73 .87 13.5 45,900 4130 .59 .75 .89 12.9 44,000 4670 .6 .76 .91 12.3 42,100 5280 .61 .78 .93

520 1100 14.3 48,800 3680 .42 .53 .64 13.8 47,000 4150 .42 .54 .65 13.2 45,100 4690 .42 .54 .66 12.7 43,300 5300 .42 .55 .67

615 1300 14.7 50,100 3700 .43 .55 .67 14.1 48,200 4170 .43 .56 .69 13.5 46,200 4710 .43 .56 .70 13.0 44,300 5320 .43 .57 .71

710 1500 15.0 51,100 3720 .43 .57 .71 14.4 49,100 4190 .43 .58 .72 13.8 47,100 4730 .44 .59 .73 13.2 45,100 5340 .44 .60 .75

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C

Enter�ingWetBulb

Temper�ature

TotalAir

Volume

L/s cfm

TotalCoolingCapacity

Btuh

Com�pressorMotorWattsInput

SensibleTo Total

Ratio (S/T)Dry Bulb Dry Bulb Dry Bulb Dry Bulb

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)Com�

pressorMotorWattsInput

Com�pressorMotorWattsInput

Com�pressorMotorWattsInput

TotalCoolingCapacity

TotalCoolingCapacity

TotalCoolingCapacity

Outdoor Air Temperature Entering Outdoor Coil

63°F(17°C)

67°F(19°C)

71°F(22°C)

BtuhkW kW kWBtuh BtuhkW

85°F (29°C) 95°F (35°C) 105°F (41°C) 115°F (46°C)

HP29−048 � COOLING CAPACITY � CR26−48W

75°F 80°F 85°F

NOTE � All values are gross capacities and do not include indoor coil blower motor heat deduction.

615 1300 13.0 44,300 3570 .73 .86 .98 12.5 42,600 4040 .74 .88 .99 12.0 40,900 4570 .75 .90 1.0 11.5 39,100 5180 .77 .92 1.0

710 1500 13.3 45,300 3590 .76 .91 1.0 12.8 43,600 4060 .77 .92 1.0 12.3 41,900 4590 .79 .94 1.0 11.8 40,100 5210 .8 .96 1.0

800 1700 13.6 46,300 3610 .79 .94 1.0 13.0 44,500 4070 .8 .96 1.0 12.5 42,800 4610 .82 .97 1.0 12.0 41,000 5220 .84 .99 1.0

615 1300 13.9 47,300 3620 .57 .70 .83 13.3 45,500 4080 .58 .71 .85 12.8 43,600 4620 .58 .72 .86 12.2 41,700 5230 .59 .74 .88

710 1500 14.2 48,300 3630 .59 .73 .87 13.6 46,400 4100 .59 .75 .89 13.0 44,500 4630 .6 .76 .91 12.5 42,600 5230 .61 .78 .93

800 1700 14.4 49,000 3650 .6 .76 .91 13.8 47,100 4110 .61 .78 .93 13.2 45,100 4650 .62 .80 .95 12.6 43,100 5250 .63 .82 .97

615 1300 14.8 50,600 3670 .42 .55 .67 14.3 48,700 4140 .43 .56 .69 13.7 46,700 4670 .43 .57 .70 13.1 44,700 5280 .43 .57 .71

710 1500 15.1 51,600 3690 .43 .57 .71 14.5 49,600 4160 .44 .58 .72 13.9 47,500 4690 .44 .59 .74 13.3 45,500 5300 .44 .60 .75

800 1700 15.4 52,400 3700 .44 .59 .74 14.7 50,300 4170 .44 .60 .76 14.1 48,200 4710 .45 .61 .77 13.5 46,100 5300 .45 .62 .79

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

520 1100 15.0 51,100 4005 11.8 40,400 3620 8.6 29,500 3230 5.9 20,100 2795 2.9 9,900 2110615 1300 15.2 51,800 3810 12.0 41,100 3425 8.9 30,200 3035 6.1 20,800 2600 3.1 10,600 1915710 1500 15.4 52,400 3670 12.2 41,700 3285 9.0 30,800 2895 6.3 21,400 2460 3.3 11,200 1775

NOTE � Heating capacities include the effect of defrost cycles in the temperature range where they occur.

Indoor CoilAir Volume

70°F db(21°C db)

TotalHeatingCapacity

Comp.MotorWattsInputL/s cfm kW Btuh kW Btuh kW Btuh kW Btuh kW Btuh

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

Air Temperature Entering Outdoor Coil

65°F (18°C) 45°F (7°C) 25°F (�4°C) 5°F (�15°C) �15°F (�28°C)

HP29−048 � HEATING CAPACITY � CR26−48N

615 1300 15.0 51,200 3880 11.9 40,500 3490 8.7 29,600 3100 5.9 20,200 2670 2.9 10,000 2005710 1500 15.2 51,800 3740 12.0 41,100 3350 8.9 30,200 2960 6.1 20,800 2530 3.1 10,600 1865800 1700 15.3 52,300 3630 12.2 41,600 3240 9.0 30,700 2850 6.2 21,300 2420 3.3 11,100 1755

NOTE � Heating capacities include the effect of defrost cycles in the temperature range where they occur.

Indoor CoilAir Volume

70°F db(21°C db)

TotalHeatingCapacity

Comp.MotorWattsInputL/s cfm kW Btuh kW Btuh kW Btuh kW Btuh kW Btuh

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

Air Temperature Entering Outdoor Coil

65°F (18°C) 45°F (7°C) 25°F (�4°C) 5°F (�15°C) �15°F (�28°C)

HP29−048 � HEATING CAPACITY � CR26−48W

3810 51,800 15.23715 49,200 14.43620 46,600 13.73525 44,100 12.93470 42,500 12.53425 41,100 12.03315 37,600 11.03200 34,100 10.03120 32,100 9.43035 30,200 8.92950 28,200 8.32900 27,000 7.92865 26,000 7.62770 23,400 6.92600 20,800 6.12425 18,300 5.42255 15,700 4.62085 13,200 3.91915 10,600 3.11740 8,100 2.4

*Outdoor�temperature�70%�relative�humidity.�Indoor�temperature�70°F�(21°C).

*Outdoor Temperature

°F °CCompressor Motor

Watts InputTotal Output

kWBtuh

65 1860 1655 1350 1047 845 740 435 230 �125 �420 �717 �815 �910 �125 �150 �18

�5 �21�10 �23�15 �26�20 �29

HP29−048 − HEATING PERFORMANCECR26−48N � at 1300 cfm (615 L/s)

3740 51,800 15.23645 49,200 14.43550 46,600 13.73455 44,100 12.93395 42,500 12.53350 41,100 12.03240 37,600 11.03130 34,100 10.03045 32,100 9.42960 30,200 8.92880 28,200 8.32830 27,000 7.92790 26,000 7.62695 23,400 6.92530 20,800 6.12365 18,300 5.42195 15,700 4.62030 13,200 3.91865 10,600 3.11695 8,100 2.4

*Outdoor�temperature�70%�relative�humidity.�Indoor�temperature�70°F�(21°C).

*Outdoor Temperature

°F °CCompressor Motor

Watts InputTotal Output

kWBtuh

65 1860 1655 1350 1047 845 740 435 230 �125 �420 �717 �815 �910 �125 �150 �18

�5 �21�10 �23�15 �26�20 �29

HP29−048 − HEATING PERFORMANCECR26−48W � at 1500 cfm (710 L/s)

HP29 / Page 40

Page 41: HEAT PUMP OUTDOOR UNITS HP29 - LennoxPROs.com · 2019-11-07 · During compression, several pockets are compressed simulta neously resulting in a smooth continuous compression cycle

HEATING AND COOLING RATINGSNOTE � For Temperatures and Capacities not shown in tables, see bulletin � Cooling Unit Rating Table Correction Factor Data in Miscellaneous Engineering Data section.

29°C27°C24°C

Enter�ingWetBulb

Temper�ature

TotalAir

Volume

L/s cfm

TotalCoolingCapacity

Btuh

Com�pressorMotorWattsInput

SensibleTo Total

Ratio (S/T)Dry Bulb Dry Bulb Dry Bulb Dry Bulb

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)Com�

pressorMotorWattsInput

Com�pressorMotorWattsInput

Com�pressorMotorWattsInput

TotalCoolingCapacity

TotalCoolingCapacity

TotalCoolingCapacity

Outdoor Air Temperature Entering Outdoor Coil

63°F(17°C)

67°F(19°C)

71°F(22°C)

BtuhkW kW kWBtuh BtuhkW

85°F (29°C) 95°F (35°C) 105°F (41°C) 115°F (46°C)

HP29−048 � COOLING CAPACITY � CH23−41 � CH33−42B−F

75°F 80°F 85°F

NOTE � All values are gross capacities and do not include indoor coil blower motor heat deduction.

660 1400 12.9 43,900 3530 .76 .91 1.0 12.4 42,300 3990 .77 .92 1.0 11.9 40,600 4520 .79 .94 1.0 11.4 39,000 5130 .81 .96 1.0

755 1600 13.2 44,900 3540 .8 .95 1.0 12.7 43,300 4010 .81 .96 1.0 12.2 41,600 4540 .83 .98 1.0 11.7 40,000 5150 .84 .99 1.0

850 1800 13.5 45,900 3560 .83 .98 1.0 13.0 44,200 4020 .85 .99 1.0 12.5 42,600 4550 .86 1.0 1.0 12.0 41,000 5150 .88 1.0 1.0

660 1400 13.6 46,500 3560 .59 .74 .88 13.1 44,800 4030 .6 .75 .89 12.6 42,900 4550 .61 .77 .91 12.0 41,100 5160 .62 .78 .93

755 1600 13.9 47,300 3580 .61 .77 .92 13.3 45,500 4040 .62 .79 .93 12.8 43,600 4570 .63 .81 .95 12.3 41,800 5160 .64 .82 .97

850 1800 14.1 48,000 3590 .63 .81 .95 13.5 46,100 4050 .64 .82 .97 13.0 44,300 4570 .65 .84 .98 12.4 42,400 5170 .67 .86 1.0

660 1400 14.5 49,600 3610 .43 .57 .71 14.0 47,800 4080 .44 .58 .73 13.4 45,800 4600 .44 .59 .74 12.9 43,900 5200 .44 .60 .76

755 1600 14.8 50,400 3630 .44 .60 .75 14.2 48,500 4090 .45 .61 .76 13.6 46,500 4620 .45 .62 .78 13.0 44,500 5220 .45 .63 .80

850 1800 14.9 51,000 3640 .45 .62 .78 14.4 49,100 4100 .45 .63 .80 13.8 47,000 4630 .46 .64 .82 13.2 45,000 5230 .46 .66 .84

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C

Enter�ingWetBulb

Temper�ature

TotalAir

Volume

L/s cfm

TotalCoolingCapacity

Btuh

Com�pressorMotorWattsInput

SensibleTo Total

Ratio (S/T)Dry Bulb Dry Bulb Dry Bulb Dry Bulb

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)Com�

pressorMotorWattsInput

Com�pressorMotorWattsInput

Com�pressorMotorWattsInput

TotalCoolingCapacity

TotalCoolingCapacity

TotalCoolingCapacity

Outdoor Air Temperature Entering Outdoor Coil

63°F(17°C)

67°F(19°C)

71°F(22°C)

BtuhkW kW kWBtuh BtuhkW

85°F (29°C) 95°F (35°C) 105°F (41°C) 115°F (46°C)

HP29−048 � COOLING CAPACITY � CH23−51

75°F 80°F 85°F

NOTE � All values are gross capacities and do not include indoor coil blower motor heat deduction.

660 1400 13.3 45,300 3620 .76 .91 1.0 12.8 43,600 4090 .77 .92 1.0 12.3 41,900 4630 .79 .94 1.0 11.8 40,100 5260 .8 .96 1.0

755 1600 13.6 46,400 3640 .79 .94 1.0 13.1 44,700 4110 .81 .96 1.0 12.6 42,900 4660 .82 .98 1.0 12.1 41,200 5270 .84 .99 1.0

850 1800 13.9 47,400 3660 .83 .98 1.0 13.4 45,700 4130 .84 .99 1.0 12.9 43,900 4670 .86 1.0 1.0 12.4 42,300 5280 .88 1.0 1.0

660 1400 14.1 48,100 3660 .59 .73 .87 13.5 46,200 4130 .59 .75 .89 13.0 44,300 4670 .6 .76 .91 12.5 42,500 5280 .61 .78 .93

755 1600 14.4 49,000 3680 .61 .77 .92 13.8 47,100 4150 .62 .78 .93 13.2 45,100 4690 .63 .80 .95 12.6 43,100 5300 .64 .82 .97

850 1800 14.6 49,700 3690 .63 .80 .95 14.0 47,700 4160 .64 .82 .97 13.4 45,700 4700 .65 .84 .98 12.8 43,800 5310 .66 .86 1.0

660 1400 15.1 51,400 3720 .43 .57 .71 14.5 49,400 4190 .44 .58 .72 13.9 47,300 4730 .44 .59 .74 13.3 45,300 5340 .44 .60 .75

755 1600 15.3 52,200 3730 .44 .59 .75 14.7 50,200 4210 .44 .60 .76 14.1 48,100 4740 .45 .61 .78 13.5 46,000 5350 .45 .63 .80

850 1800 15.5 52,800 3740 .45 .62 .78 14.9 50,800 4220 .45 .63 .80 14.2 48,600 4760 .46 .64 .82 13.6 46,500 5370 .46 .65 .84

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

660 1400 15.4 52,400 3795 12.2 41,500 3400 8.9 30,200 2995 6.1 20,700 2550 3.0 10,300 1915755 1600 15.5 53,000 3670 12.3 42,100 3275 9.0 30,800 2870 6.2 21,300 2425 3.2 10,900 1790850 1800 15.7 53,500 3575 12.5 42,600 3180 9.2 31,300 2775 6.4 21,800 2330 3.3 11,400 1695

NOTE � Heating capacities include the effect of defrost cycles in the temperature range where they occur.

Indoor CoilAir Volume

70°F db(21°C db)

TotalHeatingCapacity

Comp.MotorWattsInputL/s cfm kW Btuh kW Btuh kW Btuh kW Btuh kW Btuh

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

Air Temperature Entering Outdoor Coil

65°F (18°C) 45°F (7°C) 25°F (�4°C) 5°F (�15°C) �15°F (�28°C)

HP29−048 � HEATING CAPACITY � CH23−41 � CH33−42B−F

660 1400 15.5 53,000 3735 12.3 42,000 3360 9.0 30,700 2975 6.2 21,000 2555 3.0 10,400 1915755 1600 15.7 53,600 3615 12.5 42,600 3240 9.2 31,300 2855 6.3 21,600 2435 3.2 11,000 1795850 1800 15.9 54,100 3525 12.6 43,100 3150 9.3 31,800 2765 6.5 22,100 2345 3.4 11,500 1705

NOTE � Heating capacities include the effect of defrost cycles in the temperature range where they occur.

Indoor CoilAir Volume

70°F db(21°C db)

TotalHeatingCapacity

Comp.MotorWattsInputL/s cfm kW Btuh kW Btuh kW Btuh kW Btuh kW Btuh

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

Air Temperature Entering Outdoor Coil

65°F (18°C) 45°F (7°C) 25°F (�4°C) 5°F (�15°C) �15°F (�28°C)

HP29−048 � HEATING CAPACITY � CH23−51

3670 53,000 15.53575 50,400 14.83475 47,700 14.03375 45,100 13.23315 43,500 12.73275 42,100 12.33165 38,500 11.33060 34,900 10.22965 32,900 9.62870 30,800 9.02780 28,800 8.42720 27,600 8.12680 26,500 7.82585 23,900 7.02425 21,300 6.22265 18,700 5.52110 16,100 4.71950 13,500 4.01790 10,900 3.21635 8,300 2.4

*Outdoor�temperature�70%�relative�humidity.�Indoor�temperature�70°F�(21°C).

*Outdoor Temperature

°F °CCompressor Motor

Watts InputTotal Output

kWBtuh

65 1860 1655 1350 1047 845 740 435 230 �125 �420 �717 �815 �910 �125 �150 �18

�5 �21�10 �23�15 �26�20 �29

HP29−048 − HEATING PERFORMANCECH23−41 � CH33−42B−F � at 1600 cfm (755 L/s)

3615 53,600 15.73525 50,900 14.93430 48,300 14.23340 45,600 13.43280 44,000 12.93240 42,600 12.53130 39,000 11.43020 35,300 10.32940 33,300 9.82855 31,300 9.22775 29,200 8.62725 28,000 8.22690 26,900 7.92595 24,300 7.12435 21,600 6.32275 19,000 5.62115 16,300 4.81955 13,700 4.01795 11,000 3.21635 8,400 2.5

*Outdoor�temperature�70%�relative�humidity.�Indoor�temperature�70°F�(21°C).

*Outdoor Temperature

°F °CCompressor Motor

Watts InputTotal Output

kWBtuh

65 1860 1655 1350 1047 845 740 435 230 �125 �420 �717 �815 �910 �125 �150 �18

�5 �21�10 �23�15 �26�20 �29

HP29−048 − HEATING PERFORMANCECH23−51 � at 1600 cfm (755 L/s)

HP29 / Page 41

Page 42: HEAT PUMP OUTDOOR UNITS HP29 - LennoxPROs.com · 2019-11-07 · During compression, several pockets are compressed simulta neously resulting in a smooth continuous compression cycle

HEATING AND COOLING RATINGSNOTE � For Temperatures and Capacities not shown in tables, see bulletin � Cooling Unit Rating Table Correction Factor Data in Miscellaneous Engineering Data section.

29°C27°C24°C

Enter�ingWetBulb

Temper�ature

TotalAir

Volume

L/s cfm

TotalCoolingCapacity

Btuh

Com�pressorMotorWattsInput

SensibleTo Total

Ratio (S/T)Dry Bulb Dry Bulb Dry Bulb Dry Bulb

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)Com�

pressorMotorWattsInput

Com�pressorMotorWattsInput

Com�pressorMotorWattsInput

TotalCoolingCapacity

TotalCoolingCapacity

TotalCoolingCapacity

Outdoor Air Temperature Entering Outdoor Coil

63°F(17°C)

67°F(19°C)

71°F(22°C)

BtuhkW kW kWBtuh BtuhkW

85°F (29°C) 95°F (35°C) 105°F (41°C) 115°F (46°C)

HP29−048 � COOLING CAPACITY � CH33−48C−F � CH23−65

75°F 80°F 85°F

NOTE � All values are gross capacities and do not include indoor coil blower motor heat deduction.

660 1400 13.2 45,200 3600 .76 .90 1.0 12.7 43,400 4060 .77 .92 1.0 12.2 41,700 4600 .78 .94 1.0 11.7 39,900 5210 .8 .96 1.0

755 1600 13.6 46,300 3620 .79 .94 1.0 13.0 44,500 4090 .81 .96 1.0 12.5 42,700 4610 .82 .98 1.0 12.0 41,000 5220 .84 .99 1.0

850 1800 13.8 47,200 3630 .82 .98 1.0 13.3 45,500 4100 .84 .99 1.0 12.8 43,800 4630 .86 1.0 1.0 12.3 42,100 5240 .88 1.0 1.0

660 1400 14.1 48,000 3640 .59 .73 .87 13.5 46,100 4110 .59 .74 .89 13.0 44,200 4640 .6 .76 .91 12.4 42,200 5250 .61 .78 .93

755 1600 14.3 48,900 3660 .61 .77 .91 13.7 46,900 4120 .61 .78 .93 13.2 45,000 4660 .63 .80 .95 12.6 43,000 5260 .64 .82 .97

850 1800 14.5 49,600 3670 .63 .80 .95 14.0 47,600 4140 .64 .82 .97 13.4 45,600 4670 .65 .84 .98 12.8 43,600 5270 .66 .86 1.0

660 1400 15.0 51,300 3700 .43 .57 .71 14.4 49,300 4170 .43 .58 .72 13.8 47,200 4700 .44 .59 .74 13.2 45,100 5310 .44 .60 .75

755 1600 15.3 52,100 3720 .44 .59 .74 14.7 50,100 4190 .44 .60 .76 14.0 47,900 4720 .45 .61 .78 13.4 45,800 5320 .45 .62 .79

850 1800 15.5 52,800 3730 .45 .62 .78 14.9 50,700 4200 .45 .63 .80 14.2 48,500 4730 .46 .64 .82 13.6 46,400 5330 .46 .65 .83

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C

Enter�ingWetBulb

Temper�ature

TotalAir

Volume

L/s cfm

TotalCoolingCapacity

Btuh

Com�pressorMotorWattsInput

SensibleTo Total

Ratio (S/T)Dry Bulb Dry Bulb Dry Bulb Dry Bulb

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)Com�

pressorMotorWattsInput

Com�pressorMotorWattsInput

Com�pressorMotorWattsInput

TotalCoolingCapacity

TotalCoolingCapacity

TotalCoolingCapacity

Outdoor Air Temperature Entering Outdoor Coil

63°F(17°C)

67°F(19°C)

71°F(22°C)

BtuhkW kW kWBtuh BtuhkW

85°F (29°C) 95°F (35°C) 105°F (41°C) 115°F (46°C)

HP29−060 � COOLING CAPACITY � CB29M−51 − CB28UH−048

75°F 80°F 85°F

NOTE � All values are gross capacities and do not include indoor coil blower motor heat deduction.

755 1600 16.2 55,400 4440 .71 .84 .96 15.7 53,500 5020 .72 .86 .97 15.1 51,500 5680 .73 .87 .98 14.5 49,500 6430 .75 .89 .99

850 1800 16.6 56,500 4440 .73 .87 .98 16.0 54,600 5010 .75 .89 .99 15.4 52,600 5670 .76 .90 1.0 14.8 50,500 6430 .77 .92 1.0

945 2000 16.9 57,500 4430 .76 .90 1.0 16.3 55,600 5010 .77 .92 1.0 15.7 53,500 5670 .78 .93 1.0 15.1 51,400 6430 .8 .95 1.0

755 1600 17.3 59,100 4430 .56 .69 .81 16.7 57,100 5000 .57 .70 .82 16.1 55,000 5670 .57 .71 .84 15.5 52,800 6420 .58 .72 .85

850 1800 17.6 60,100 4430 .57 .71 .84 17.0 58,100 5000 .58 .72 .85 16.4 55,900 5660 .59 .73 .87 15.7 53,700 6420 .59 .75 .89

945 2000 17.9 61,000 4430 .59 .73 .87 17.3 58,900 5000 .59 .75 .89 16.6 56,700 5660 .6 .76 .90 15.9 54,400 6420 .61 .78 .92

755 1600 18.5 63,200 4420 .42 .54 .66 17.9 61,100 5000 .42 .55 .67 17.3 58,900 5660 .43 .55 .68 16.6 56,600 6430 .43 .56 .69

850 1800 18.8 64,200 4420 .43 .56 .68 18.2 62,100 5000 .43 .56 .69 17.5 59,800 5660 .43 .57 .71 16.9 57,500 6430 .43 .58 .72

945 2000 19.1 65,100 4420 .43 .57 .71 18.4 62,900 4990 .44 .58 .72 17.8 60,600 5660 .44 .59 .73 17.1 58,200 6420 .44 .60 .75

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

660 1400 15.5 53,000 3730 12.3 42,000 3355 9.0 30,700 2975 6.2 21,000 2550 3.0 10,400 1910755 1600 15.7 53,600 3615 12.5 42,600 3240 9.2 31,300 2860 6.3 21,600 2435 3.2 11,000 1795850 1800 15.9 54,100 3530 12.6 43,100 3155 9.3 31,800 2775 6.5 22,100 2350 3.4 11,500 1710

NOTE � Heating capacities include the effect of defrost cycles in the temperature range where they occur.

Indoor CoilAir Volume

70°F db(21°C db)

TotalHeatingCapacity

Comp.MotorWattsInputL/s cfm kW Btuh kW Btuh kW Btuh kW Btuh kW Btuh

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

Air Temperature Entering Outdoor Coil

65°F (18°C) 45°F (7°C) 25°F (�4°C) 5°F (�15°C) �15°F (�28°C)

HP29−048 � HEATING CAPACITY � CH33−48C−F � CH23−65

825 1750 19.6 66,900 5260 15.6 53,100 4620 11.4 39,000 3980 7.9 26,900 3320 4.0 13,700 2480850 1800 19.6 67,000 5215 15.6 53,200 4575 11.5 39,100 3935 7.9 27,000 3275 4.0 13,800 2435875 1850 19.7 67,100 5175 15.6 53,300 4535 11.5 39,200 3895 7.9 27,100 3235 4.1 13,900 2395

NOTE � Heating capacities include the effect of defrost cycles in the temperature range where they occur.

Indoor CoilAir Volume

70°F db(21°C db)

TotalHeatingCapacity

Comp.MotorWattsInputL/s cfm kW Btuh kW Btuh kW Btuh kW Btuh kW Btuh

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

Air Temperature Entering Outdoor Coil

65°F (18°C) 45°F (7°C) 25°F (�4°C) 5°F (�15°C) �15°F (�28°C)

HP29−060 � HEATING CAPACITY � CB29M−51 − CB28UH−048

3615 53,600 15.73525 50,900 14.93430 48,300 14.23340 45,600 13.43280 44,000 12.93240 42,600 12.53130 39,000 11.43020 35,300 10.32940 33,300 9.82860 31,300 9.22775 29,200 8.62725 28,000 8.22690 26,900 7.92595 24,300 7.12435 21,600 6.32275 19,000 5.62115 16,300 4.81955 13,700 4.01795 11,000 3.21635 8,400 2.5

*Outdoor�temperature�70%�relative�humidity.�Indoor�temperature�70°F�(21°C).

*Outdoor Temperature

°F °CCompressor Motor

Watts InputTotal Output

kWBtuh

65 1860 1655 1350 1047 845 740 435 230 �125 �420 �717 �815 �910 �125 �150 �18

�5 �21�10 �23�15 �26�20 �29

HP29−048 − HEATING PERFORMANCECH33−48C−F � CH23−65 � at 1600 cfm (755 L/s)

5215 67,000 19.65055 63,700 18.74900 60,300 17.74740 57,000 16.74650 55,000 16.14575 53,200 15.64395 48,700 14.34215 44,200 13.04075 41,600 12.23935 39,100 11.53790 36,500 10.73705 35,000 10.33645 33,700 9.93485 30,300 8.93275 27,000 7.93065 23,700 6.92855 20,400 6.02645 17,100 5.02435 13,800 4.02225 10,500 3.1

*Outdoor�temperature�70%�relative�humidity.�Indoor�temperature�70°F�(21°C).

*Outdoor Temperature

°F °CCompressor Motor

Watts InputTotal Output

kWBtuh

65 1860 1655 1350 1047 845 740 435 230 �125 �420 �717 �815 �910 �125 �150 �18

�5 �21�10 �23�15 �26�20 �29

HP29−060 − HEATING PERFORMANCECB29M−51 − CB28UH−048 � at 1800 cfm (850 L/s)

HP29 / Page 42

Page 43: HEAT PUMP OUTDOOR UNITS HP29 - LennoxPROs.com · 2019-11-07 · During compression, several pockets are compressed simulta neously resulting in a smooth continuous compression cycle

HEATING AND COOLING RATINGSNOTE � For Temperatures and Capacities not shown in tables, see bulletin � Cooling Unit Rating Table Correction Factor Data in Miscellaneous Engineering Data section.

29°C27°C24°C

Enter�ingWetBulb

Temper�ature

TotalAir

Volume

L/s cfm

TotalCoolingCapacity

Btuh

Com�pressorMotorWattsInput

SensibleTo Total

Ratio (S/T)Dry Bulb Dry Bulb Dry Bulb Dry Bulb

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)Com�

pressorMotorWattsInput

Com�pressorMotorWattsInput

Com�pressorMotorWattsInput

TotalCoolingCapacity

TotalCoolingCapacity

TotalCoolingCapacity

Outdoor Air Temperature Entering Outdoor Coil

63°F(17°C)

67°F(19°C)

71°F(22°C)

BtuhkW kW kWBtuh BtuhkW

85°F (29°C) 95°F (35°C) 105°F (41°C) 115°F (46°C)

HP29−060 � COOLING CAPACITY � CB29M−65 − CB28UH−060

75°F 80°F 85°F

NOTE � All values are gross capacities and do not include indoor coil blower motor heat deduction.

895 1900 16.8 57,200 4360 .75 .89 .99 16.2 55,300 4920 .76 .90 1.0 15.6 53,300 5570 .77 .92 1.0 15.0 51,200 6310 .79 .94 1.0

945 2000 16.9 57,700 4360 .76 .90 1.0 16.3 55,700 4920 .77 .92 1.0 15.7 53,700 5570 .78 .93 1.0 15.1 51,600 6310 .8 .95 1.0

990 2100 17.0 58,100 4350 .77 .92 1.0 16.5 56,200 4920 .78 .93 1.0 15.9 54,200 5570 .8 .95 1.0 15.3 52,100 6310 .81 .96 1.0

895 1900 17.8 60,800 4350 .58 .72 .86 17.2 58,700 4910 .59 .73 .87 16.6 56,500 5560 .59 .75 .89 15.9 54,200 6310 .6 .76 .90

945 2000 17.9 61,200 4350 .59 .73 .87 17.3 59,100 4910 .59 .75 .89 16.7 56,900 5560 .6 .76 .90 16.0 54,600 6310 .61 .77 .92

990 2100 18.1 61,600 4350 .59 .75 .89 17.4 59,500 4910 .6 .76 .90 16.8 57,300 5560 .61 .77 .92 16.1 54,900 6310 .62 .79 .94

895 1900 19.0 64,900 4340 .43 .56 .70 18.4 62,700 4910 .43 .57 .71 17.7 60,400 5560 .44 .58 .72 17.0 58,000 6310 .44 .59 .74

945 2000 19.1 65,300 4340 .43 .57 .71 18.5 63,100 4910 .43 .58 .72 17.8 60,800 5560 .44 .59 .74 17.1 58,400 6310 .44 .60 .75

990 2100 19.3 65,700 4340 .44 .58 .72 18.6 63,500 4900 .44 .59 .73 17.9 61,100 5560 .44 .60 .75 17.2 58,700 6310 .44 .60 .76

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C

Enter�ingWetBulb

Temper�ature

TotalAir

Volume

L/s cfm

TotalCoolingCapacity

Btuh

Com�pressorMotorWattsInput

SensibleTo Total

Ratio (S/T)Dry Bulb Dry Bulb Dry Bulb Dry Bulb

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)Com�

pressorMotorWattsInput

Com�pressorMotorWattsInput

Com�pressorMotorWattsInput

TotalCoolingCapacity

TotalCoolingCapacity

TotalCoolingCapacity

Outdoor Air Temperature Entering Outdoor Coil

63°F(17°C)

67°F(19°C)

71°F(22°C)

BtuhkW kW kWBtuh BtuhkW

85°F (29°C) 95°F (35°C) 105°F (41°C) 115°F (46°C)

HP29−060 � COOLING CAPACITY � CB30U−51 � CB30M�51

75°F 80°F 85°F

NOTE � All values are gross capacities and do not include indoor coil blower motor heat deduction.

660 1400 15.4 52,700 4460 .69 .80 .92 14.9 50,900 5040 .69 .82 .93 14.4 49,000 5710 .7 .83 .95 13.8 47,000 6460 .71 .84 .96

755 1600 15.9 54,200 4450 .71 .84 .95 15.3 52,300 5030 .72 .85 .97 14.7 50,300 5700 .73 .86 .98 14.1 48,200 6460 .74 .88 .99

850 1800 16.2 55,300 4450 .73 .87 .98 15.6 53,400 5030 .74 .88 .99 15.1 51,400 5700 .75 .90 1.0 14.4 49,300 6460 .77 .92 1.0

660 1400 16.6 56,500 4450 .55 .66 .77 16.0 54,600 5020 .55 .67 .78 15.4 52,600 5690 .56 .67 .79 14.8 50,500 6460 .56 .69 .81

755 1600 17.0 58,000 4450 .56 .68 .80 16.4 56,000 5020 .56 .69 .81 15.8 53,800 5690 .57 .70 .83 15.1 51,600 6450 .58 .71 .85

850 1800 17.3 59,100 4440 .57 .70 .83 16.7 57,000 5010 .58 .71 .85 16.1 54,800 5690 .58 .73 .87 15.4 52,600 6450 .59 .74 .88

660 1400 17.8 60,700 4440 .42 .53 .63 17.2 58,600 5020 .42 .53 .64 16.6 56,500 5690 .42 .53 .65 15.9 54,300 6460 .42 .54 .66

755 1600 18.2 62,100 4430 .42 .54 .65 17.6 60,000 5010 .42 .54 .66 16.9 57,800 5680 .43 .55 .67 16.2 55,400 6460 .43 .56 .69

850 1800 18.5 63,200 4450 .43 .55 .68 17.9 61,000 5010 .43 .56 .69 17.2 58,800 5680 .43 .57 .70 16.5 56,400 6450 .43 .57 .71

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

895 1900 19.8 67,700 5205 15.8 53,900 4615 11.7 39,800 4020 8.1 27,600 3410 4.1 13,900 2520945 2000 19.9 68,000 5205 15.9 54,200 4615 11.8 40,100 4020 8.2 27,900 3410 4.2 14,200 2520990 2100 20.1 68,500 5080 16.0 54,700 4490 11.9 40,600 3895 8.3 28,400 3285 4.3 14,700 2395

NOTE � Heating capacities include the effect of defrost cycles in the temperature range where they occur.

Indoor CoilAir Volume

70°F db(21°C db)

TotalHeatingCapacity

Comp.MotorWattsInputL/s cfm kW Btuh kW Btuh kW Btuh kW Btuh kW Btuh

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

Air Temperature Entering Outdoor Coil

65°F (18°C) 45°F (7°C) 25°F (�4°C) 5°F (�15°C) �15°F (�28°C)

HP29−060 � HEATING CAPACITY � CB29M−65 − CB28UH−060

660 1400 19.0 65,000 5285 15.0 51,200 4675 10.9 37,100 4060 7.4 25,200 3425 3.7 12,700 2600755 1600 19.2 65,500 5065 15.2 51,700 4455 11.0 37,600 3840 7.5 25,700 3205 3.9 13,200 2380850 1800 19.4 66,100 4900 15.3 52,300 4290 11.2 38,200 3675 7.7 26,300 3040 4.0 13,800 2215

NOTE � Heating capacities include the effect of defrost cycles in the temperature range where they occur.

Indoor CoilAir Volume

70°F db(21°C db)

TotalHeatingCapacity

Comp.MotorWattsInputL/s cfm kW Btuh kW Btuh kW Btuh kW Btuh kW Btuh

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

Air Temperature Entering Outdoor Coil

65°F (18°C) 45°F (7°C) 25°F (�4°C) 5°F (�15°C) �15°F (�28°C)

HP29−060 � HEATING CAPACITY � CB30U−51 � CB30M−51

*Outdoor�temperature�70%�relative�humidity.�Indoor�temperature�70°F�(21°C).

*Outdoor Temperature

°F °CCompressor Motor

Watts InputTotal Output

kWBtuh

65 1860 1655 1350 1047 845 740 435 230 �125 �420 �717 �815 �910 �125 �150 �18

�5 �21�10 �23�15 �26�20 �29

HP29−060 − HEATING PERFORMANCECB29M−65 − CB28UH−060 � at 2000 cfm (945 L/s)

5205 68,000 19.95060 64,700 19.04920 61,300 18.04775 58,000 17.04690 56,000 16.44615 54,200 15.94435 49,700 14.64250 45,100 13.24135 42,600 12.54020 40,100 11.83900 37,500 11.03830 36,000 10.63775 34,700 10.23630 31,300 9.23410 27,900 8.23185 24,500 7.22965 21,100 6.22745 17,600 5.22520 14,200 4.22300 10,800 3.2

5065 65,500 19.24915 62,200 18.24765 58,800 17.24615 55,500 16.34525 53,500 15.74455 51,700 15.24285 47,200 13.84115 42,800 12.53975 40,200 11.83840 37,600 11.03705 35,000 10.33620 33,500 9.83560 32,200 9.43410 28,800 8.43205 25,700 7.53000 22,600 6.62790 19,400 5.72585 16,300 4.82380 13,200 3.92175 10,100 3.0

*Outdoor�temperature�70%�relative�humidity.�Indoor�temperature�70°F�(21°C).

*Outdoor Temperature

°F °CCompressor Motor

Watts InputTotal Output

kWBtuh

65 1860 1655 1350 1047 845 740 435 230 �125 �420 �717 �815 �910 �125 �150 �18

�5 �21�10 �23�15 �26�20 �29

HP29−060 − HEATING PERFORMANCECB30U−51 � CB30M−51 � at 1600 cfm (755 L/s)

HP29 / Page 43

Page 44: HEAT PUMP OUTDOOR UNITS HP29 - LennoxPROs.com · 2019-11-07 · During compression, several pockets are compressed simulta neously resulting in a smooth continuous compression cycle

HEATING AND COOLING RATINGSNOTE � For Temperatures and Capacities not shown in tables, see bulletin � Cooling Unit Rating Table Correction Factor Data in Miscellaneous Engineering Data section.

29°C27°C24°C

Enter�ingWetBulb

Temper�ature

TotalAir

Volume

L/s cfm

TotalCoolingCapacity

Btuh

Com�pressorMotorWattsInput

SensibleTo Total

Ratio (S/T)Dry Bulb Dry Bulb Dry Bulb Dry Bulb

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)Com�

pressorMotorWattsInput

Com�pressorMotorWattsInput

Com�pressorMotorWattsInput

TotalCoolingCapacity

TotalCoolingCapacity

TotalCoolingCapacity

Outdoor Air Temperature Entering Outdoor Coil

63°F(17°C)

67°F(19°C)

71°F(22°C)

BtuhkW kW kWBtuh BtuhkW

85°F (29°C) 95°F (35°C) 105°F (41°C) 115°F (46°C)

HP29−060 � COOLING CAPACITY � CB31MV−51

75°F 80°F 85°F

NOTE � All values are gross capacities and do not include indoor coil blower motor heat deduction.

675 1425 15.8 53,900 4440 .69 .81 .92 15.2 52,000 5010 .7 .82 .94 14.7 50,100 5680 .71 .83 .95 14.1 48,000 6430 .72 .85 .97

765 1625 16.2 55,300 4430 .71 .84 .96 15.6 53,400 5010 .72 .85 .97 15.1 51,400 5670 .73 .87 .98 14.4 49,200 6430 .74 .89 1.0

850 1805 16.5 56,400 4430 .73 .87 .98 15.9 54,400 5010 .74 .88 .99 15.4 52,400 5670 .75 .90 1.0 14.7 50,200 6430 .77 .92 1.0

675 1425 16.9 57,800 4430 .55 .66 .77 16.4 55,800 5000 .55 .67 .78 15.7 53,700 5670 .56 .68 .80 15.1 51,600 6430 .56 .69 .81

765 1625 17.3 59,200 4420 .56 .68 .81 16.7 57,100 4990 .56 .69 .82 16.1 55,000 5660 .57 .70 .83 15.4 52,700 6420 .58 .72 .85

850 1805 17.6 60,200 4420 .57 .70 .83 17.0 58,100 4990 .58 .71 .85 16.4 55,900 5660 .58 .73 .87 15.7 53,500 6420 .59 .74 .88

675 1425 18.2 62,000 4420 .42 .53 .63 17.6 59,900 4990 .42 .53 .64 16.9 57,700 5660 .42 .54 .65 16.2 55,400 6430 .42 .54 .66

765 1625 18.6 63,400 4410 .42 .54 .66 17.9 61,200 4990 .42 .55 .67 17.3 58,900 5660 .43 .55 .68 16.6 56,600 6420 .43 .56 .69

935 1985 19.1 65,200 4430 .43 .57 .70 18.4 62,900 5000 .43 .57 .71 17.8 60,600 5670 .44 .58 .73 17.0 58,100 6430 .44 .59 .74

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C

Enter�ingWetBulb

Temper�ature

TotalAir

Volume

L/s cfm

TotalCoolingCapacity

Btuh

Com�pressorMotorWattsInput

SensibleTo Total

Ratio (S/T)Dry Bulb Dry Bulb Dry Bulb Dry Bulb

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)Com�

pressorMotorWattsInput

Com�pressorMotorWattsInput

Com�pressorMotorWattsInput

TotalCoolingCapacity

TotalCoolingCapacity

TotalCoolingCapacity

Outdoor Air Temperature Entering Outdoor Coil

63°F(17°C)

67°F(19°C)

71°F(22°C)

BtuhkW kW kWBtuh BtuhkW

85°F (29°C) 95°F (35°C) 105°F (41°C) 115°F (46°C)

HP29−060 � COOLING CAPACITY � CB30U�65 � CB30M−65

75°F 80°F 85°F

NOTE � All values are gross capacities and do not include indoor coil blower motor heat deduction.

730 1550 16.8 57,200 4490 .7 .83 .94 16.2 55,200 5070 .71 .84 .96 15.6 53,200 5750 .72 .86 .97 14.9 51,000 6510 .73 .87 .99

825 1750 17.2 58,600 4480 .72 .86 .98 16.6 56,500 5070 .74 .88 .99 15.9 54,400 5740 .75 .89 1.0 15.3 52,200 6510 .76 .91 1.0

920 1950 17.5 59,700 4480 .75 .89 1.0 16.9 57,600 5060 .76 .91 1.0 16.2 55,400 5740 .77 .92 1.0 15.6 53,200 6510 .79 .94 1.0

730 1550 18.0 61,300 4480 .55 .68 .79 17.3 59,200 5060 .56 .68 .81 16.7 57,000 5730 .56 .69 .82 16.0 54,600 6500 .57 .71 .84

825 1750 18.3 62,600 4480 .57 .70 .83 17.7 60,400 5050 .57 .71 .84 17.0 58,100 5730 .58 .72 .86 16.3 55,700 6500 .59 .73 .88

920 1950 18.6 63,600 4470 .58 .72 .86 18.0 61,400 5050 .59 .73 .87 17.3 59,000 5730 .59 .75 .89 16.6 56,500 6500 .6 .76 .91

730 1550 19.3 65,700 4470 .42 .54 .65 18.6 63,400 5050 .42 .54 .66 17.9 61,100 5730 .43 .55 .67 17.2 58,700 6510 .43 .55 .68

825 1750 19.6 66,900 4480 .43 .55 .67 19.0 64,700 5050 .43 .55 .68 18.3 62,300 5720 .43 .56 .69 17.5 59,700 6500 .43 .57 .71

920 1950 19.9 67,900 4490 .43 .56 .70 19.2 65,600 5060 .43 .57 .71 18.5 63,100 5740 .44 .58 .72 17.8 60,600 6510 .44 .59 .74

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

675 1425 19.0 64,900 5300 15.0 51,100 4680 10.8 37,000 4055 7.4 25,100 3410 3.7 12,600 2590765 1625 19.2 65,500 5090 15.2 51,700 4470 11.0 37,600 3845 7.5 25,700 3200 3.9 13,200 2380850 1805 19.3 65,800 4945 15.2 52,000 4325 11.1 37,900 3700 7.6 26,000 3055 4.0 13,500 2235

NOTE � Heating capacities include the effect of defrost cycles in the temperature range where they occur.

Indoor CoilAir Volume

70°F db(21°C db)

TotalHeatingCapacity

Comp.MotorWattsInputL/s cfm kW Btuh kW Btuh kW Btuh kW Btuh kW Btuh

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

Air Temperature Entering Outdoor Coil

65°F (18°C) 45°F (7°C) 25°F (�4°C) 5°F (�15°C) �15°F (�28°C)

HP29−060 � HEATING CAPACITY � CB31MV−51

730 1550 19.4 66,200 5140 15.4 52,400 4560 11.2 38,300 3980 7.7 26,200 3370 3.8 13,000 2545825 1750 19.6 67,000 4955 15.6 53,200 4375 11.5 39,100 3795 7.9 27,000 3185 4.0 13,800 2360920 1950 19.7 67,300 4820 15.7 53,500 4240 11.5 39,400 3660 8.0 27,300 3050 4.1 14,100 2225

NOTE � Heating capacities include the effect of defrost cycles in the temperature range where they occur.

Indoor CoilAir Volume

70°F db(21°C db)

TotalHeatingCapacity

Comp.MotorWattsInputL/s cfm kW Btuh kW Btuh kW Btuh kW Btuh kW Btuh

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

Air Temperature Entering Outdoor Coil

65°F (18°C) 45°F (7°C) 25°F (�4°C) 5°F (�15°C) �15°F (�28°C)

HP29−060 � HEATING CAPACITY � CB30U−65 � CB30M−65

5090 65,500 19.24935 62,200 18.24780 58,800 17.24630 55,500 16.34540 53,500 15.74470 51,700 15.24300 47,200 13.84125 42,800 12.53985 40,200 11.83845 37,600 11.03705 35,000 10.33620 33,500 9.83560 32,200 9.43410 28,800 8.43200 25,700 7.52995 22,600 6.62790 19,400 5.72585 16,300 4.82380 13,200 3.92175 10,100 3.0

*Outdoor�temperature�70%�relative�humidity.�Indoor�temperature�70°F�(21°C).

*Outdoor Temperature

°F °CCompressor Motor

Watts InputTotal Output

kWBtuh

65 1860 1655 1350 1047 845 740 435 230 �125 �420 �717 �815 �910 �125 �150 �18

�5 �21�10 �23�15 �26�20 �29

HP29−060 − HEATING PERFORMANCECB31MV−51 � at 1625 cfm (765 L/s)

4955 67,000 19.64810 63,700 18.74670 60,300 17.74525 57,000 16.74440 55,000 16.14375 53,200 15.64215 48,700 14.34050 44,200 13.03920 41,600 12.23795 39,100 11.53665 36,500 10.73590 35,000 10.33530 33,700 9.93390 30,300 8.93185 27,000 7.92980 23,700 6.92770 20,400 6.02565 17,100 5.02360 13,800 4.02155 10,500 3.1

*Outdoor�temperature�70%�relative�humidity.�Indoor�temperature�70°F�(21°C).

*Outdoor Temperature

°F °CCompressor Motor

Watts InputTotal Output

kWBtuh

65 1860 1655 1350 1047 845 740 435 230 �125 �420 �717 �815 �910 �125 �150 �18

�5 �21�10 �23�15 �26�20 �29

HP29−060 − HEATING PERFORMANCECB30U−65 � CB30M−65 � at 1750 cfm (825 L/s)

HP29 / Page 44

Page 45: HEAT PUMP OUTDOOR UNITS HP29 - LennoxPROs.com · 2019-11-07 · During compression, several pockets are compressed simulta neously resulting in a smooth continuous compression cycle

HEATING AND COOLING RATINGSNOTE � For Temperatures and Capacities not shown in tables, see bulletin � Cooling Unit Rating Table Correction Factor Data in Miscellaneous Engineering Data section.

29°C27°C24°C

Enter�ingWetBulb

Temper�ature

TotalAir

Volume

L/s cfm

TotalCoolingCapacity

Btuh

Com�pressorMotorWattsInput

SensibleTo Total

Ratio (S/T)Dry Bulb Dry Bulb Dry Bulb Dry Bulb

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)Com�

pressorMotorWattsInput

Com�pressorMotorWattsInput

Com�pressorMotorWattsInput

TotalCoolingCapacity

TotalCoolingCapacity

TotalCoolingCapacity

Outdoor Air Temperature Entering Outdoor Coil

63°F(17°C)

67°F(19°C)

71°F(22°C)

BtuhkW kW kWBtuh BtuhkW

85°F (29°C) 95°F (35°C) 105°F (41°C) 115°F (46°C)

HP29−060 � COOLING CAPACITY � CB31MV−65

75°F 80°F 85°F

NOTE � All values are gross capacities and do not include indoor coil blower motor heat deduction.

765 1625 16.7 57,000 4520 .71 .84 .96 16.1 55,000 5110 .72 .86 .97 15.5 53,000 5780 .73 .87 .99 14.9 50,800 6550 .74 .89 1.0

850 1805 17.0 58,100 4510 .73 .87 .98 16.4 56,100 5100 .74 .88 .99 15.8 54,000 5780 .76 .90 1.0 15.2 51,800 6550 .77 .92 1.0

945 2005 17.3 59,200 4510 .75 .90 1.0 16.8 57,200 5100 .77 .91 1.0 16.1 55,000 5780 .78 .93 1.0 15.5 52,800 6550 .8 .95 1.0

765 1625 17.9 61,000 4510 .56 .68 .81 17.3 58,900 5090 .56 .69 .82 16.6 56,700 5770 .57 .70 .83 15.9 54,300 6550 .58 .72 .85

850 1805 18.2 62,100 4510 .57 .70 .84 17.6 59,900 5090 .58 .71 .85 16.9 57,600 5770 .58 .73 .87 16.2 55,200 6550 .59 .74 .88

945 2005 18.5 63,000 4500 .58 .73 .87 17.8 60,800 5080 .59 .74 .88 17.1 58,500 5760 .6 .75 .90 16.4 56,000 6540 .61 .77 .92

765 1625 19.2 65,400 4500 .42 .54 .66 18.5 63,100 5080 .42 .55 .67 17.8 60,800 5760 .43 .55 .68 17.1 58,300 6550 .43 .56 .69

850 1805 19.5 66,400 4510 .43 .55 .68 18.8 64,100 5090 .43 .56 .69 18.1 61,700 5760 .43 .57 .70 17.3 59,200 6550 .43 .57 .72

1040 2205 20.0 68,100 4530 .44 .58 .73 19.3 65,700 5120 .44 .59 .74 18.5 63,200 5800 .44 .60 .76 17.8 60,600 6570 .45 .61 .77

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C

Enter�ingWetBulb

Temper�ature

TotalAir

Volume

L/s cfm

TotalCoolingCapacity

Btuh

Com�pressorMotorWattsInput

SensibleTo Total

Ratio (S/T)Dry Bulb Dry Bulb Dry Bulb Dry Bulb

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)Com�

pressorMotorWattsInput

Com�pressorMotorWattsInput

Com�pressorMotorWattsInput

TotalCoolingCapacity

TotalCoolingCapacity

TotalCoolingCapacity

Outdoor Air Temperature Entering Outdoor Coil

63°F(17°C)

67°F(19°C)

71°F(22°C)

BtuhkW kW kWBtuh BtuhkW

85°F (29°C) 95°F (35°C) 105°F (41°C) 115°F (46°C)

HP29−060 � COOLING CAPACITY � C33−50/60C � C26−51/65 � CR26�60W

75°F 80°F 85°F

NOTE � All values are gross capacities and do not include indoor coil blower motor heat deduction.

615 1300 16.2 55,200 4620 .68 .79 .90 15.6 53,400 5220 .68 .80 .91 15.1 51,400 5910 .69 .82 .93 14.4 49,300 6690 .7 .83 .95

710 1500 16.7 56,900 4610 .7 .83 .94 16.1 55,000 5210 .71 .84 .95 15.5 52,900 5900 .72 .85 .97 14.9 50,800 6690 .73 .87 .98

800 1700 17.1 58,300 4610 .72 .86 .97 16.5 56,300 5210 .73 .87 .98 15.9 54,200 5900 .75 .89 1.0 15.2 52,000 6680 .76 .91 1.0

615 1300 17.3 59,200 4610 .54 .65 .76 16.8 57,200 5200 .55 .66 .77 16.2 55,200 5900 .55 .66 .78 15.5 53,000 6680 .55 .68 .79

710 1500 17.8 60,900 4610 .56 .67 .79 17.2 58,800 5200 .56 .68 .80 16.6 56,600 5890 .56 .69 .82 15.9 54,300 6680 .57 .70 .83

800 1700 18.2 62,200 4600 .57 .70 .83 17.6 60,100 5190 .57 .71 .84 16.9 57,800 5890 .58 .72 .86 16.2 55,400 6680 .59 .73 .87

615 1300 18.6 63,500 4600 .42 .52 .62 18.0 61,400 5200 .42 .53 .63 17.3 59,200 5890 .42 .53 .64 16.7 56,900 6690 .42 .54 .65

710 1500 19.1 65,200 4590 .42 .54 .65 18.5 63,000 5190 .42 .54 .66 17.8 60,700 5890 .43 .55 .67 17.1 58,300 6680 .43 .55 .68

800 1700 19.5 66,600 4590 .42 .55 .67 18.8 64,300 5190 .43 .55 .68 18.1 61,900 5880 .43 .56 .69 17.4 59,400 6680 .43 .57 .71

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

765 1625 19.4 66,300 5265 15.4 52,500 4685 11.3 38,400 4105 7.7 26,300 3485 3.8 13,100 2620850 1805 19.6 67,000 5110 15.6 53,200 4530 11.5 39,100 3950 7.9 27,000 3330 4.0 13,800 2465945 2005 19.8 67,700 4980 15.8 53,900 4400 11.7 39,800 3820 8.1 27,700 3200 4.2 14,500 2335

NOTE � Heating capacities include the effect of defrost cycles in the temperature range where they occur.

Indoor CoilAir Volume

70°F db(21°C db)

TotalHeatingCapacity

Comp.MotorWattsInputL/s cfm kW Btuh kW Btuh kW Btuh kW Btuh kW Btuh

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

Air Temperature Entering Outdoor Coil

65°F (18°C) 45°F (7°C) 25°F (�4°C) 5°F (�15°C) �15°F (�28°C)

HP29−060 � HEATING CAPACITY � CB31MV−65

615 1300 19.8 67,500 5505 15.7 53,500 4915 11.5 39,100 4315 7.9 26,800 3685 3.9 13,300 2800710 1500 20.0 68,200 5215 15.9 54,200 4625 11.7 39,800 4025 8.1 27,500 3395 4.1 14,000 2510800 1700 20.1 68,700 5000 16.0 54,700 4410 11.8 40,300 3810 8.2 28,000 3180 4.2 14,500 2295

NOTE � Heating capacities include the effect of defrost cycles in the temperature range where they occur.

Indoor CoilAir Volume

70°F db(21°C db)

TotalHeatingCapacity

Comp.MotorWattsInputL/s cfm kW Btuh kW Btuh kW Btuh kW Btuh kW Btuh

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

Air Temperature Entering Outdoor Coil

65°F (18°C) 45°F (7°C) 25°F (�4°C) 5°F (�15°C) �15°F (�28°C)

HP29−060 � HEATING CAPACITY � C33−50/60C � C26−51/65 � CR26−60W

5110 67,000 19.64965 63,700 18.74825 60,300 17.74680 57,000 16.74595 55,000 16.14530 53,200 15.64370 48,700 14.34205 44,200 13.04075 41,600 12.23950 39,100 11.53820 36,500 10.73745 35,000 10.33685 33,700 9.93545 30,300 8.93330 27,000 7.93110 23,700 6.92895 20,400 6.02680 17,100 5.02465 13,800 4.02245 10,500 3.1

*Outdoor�temperature�70%�relative�humidity.�Indoor�temperature�70°F�(21°C).

*Outdoor Temperature

°F °CCompressor Motor

Watts InputTotal Output

kWBtuh

65 1860 1655 1350 1047 845 740 435 230 �125 �420 �717 �815 �910 �125 �150 �18

�5 �21�10 �23�15 �26�20 �29

HP29−060 − HEATING PERFORMANCECB31MV−65 � at 1805 cfm (850 L/s)

5215 68,200 20.05070 64,800 19.04925 61,400 18.04775 58,000 17.04690 56,000 16.44625 54,200 15.94455 49,600 14.54290 45,000 13.24155 42,400 12.44025 39,800 11.73895 37,200 10.93815 35,600 10.43760 34,200 10.03615 30,800 9.03395 27,500 8.13170 24,100 7.12950 20,800 6.12730 17,400 5.12510 14,000 4.12290 10,700 3.1

*Outdoor�temperature�70%�relative�humidity.�Indoor�temperature�70°F�(21°C).

*Outdoor Temperature

°F °CCompressor Motor

Watts InputTotal Output

kWBtuh

65 1860 1655 1350 1047 845 740 435 230 �125 �420 �717 �815 �910 �125 �150 �18

�5 �21�10 �23�15 �26�20 �29

HP29−060 − HEATING PERFORMANCEC33−50/60C − C26−51/65 − CR26−60W � at 1500 cfm (710 L/s)

HP29 / Page 45

Page 46: HEAT PUMP OUTDOOR UNITS HP29 - LennoxPROs.com · 2019-11-07 · During compression, several pockets are compressed simulta neously resulting in a smooth continuous compression cycle

HEATING AND COOLING RATINGSNOTE � For Temperatures and Capacities not shown in tables, see bulletin � Cooling Unit Rating Table Correction Factor Data in Miscellaneous Engineering Data section.

29°C27°C24°C

Enter�ingWetBulb

Temper�ature

TotalAir

Volume

L/s cfm

TotalCoolingCapacity

Btuh

Com�pressorMotorWattsInput

SensibleTo Total

Ratio (S/T)Dry Bulb Dry Bulb Dry Bulb Dry Bulb

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)Com�

pressorMotorWattsInput

Com�pressorMotorWattsInput

Com�pressorMotorWattsInput

TotalCoolingCapacity

TotalCoolingCapacity

TotalCoolingCapacity

Outdoor Air Temperature Entering Outdoor Coil

63°F(17°C)

67°F(19°C)

71°F(22°C)

BtuhkW kW kWBtuh BtuhkW

85°F (29°C) 95°F (35°C) 105°F (41°C) 115°F (46°C)

HP29−060 � COOLING CAPACITY � C33−60D � C26−65EAP

75°F 80°F 85°F

NOTE � All values are gross capacities and do not include indoor coil blower motor heat deduction.

755 1600 16.9 57,700 4410 .71 .84 .95 16.3 55,700 4980 .72 .85 .97 15.7 53,600 5650 .73 .86 .98 15.1 51,400 6400 .74 .88 .99

850 1800 17.3 59,000 4400 .73 .87 .98 16.7 56,900 4980 .74 .88 .99 16.1 54,800 5640 .75 .90 1.0 15.4 52,500 6400 .77 .92 1.0

945 2000 17.6 60,100 4400 .75 .90 1.0 17.0 58,000 4980 .76 .91 1.0 16.4 55,800 5640 .78 .93 1.0 15.7 53,500 6390 .8 .95 1.0

755 1600 18.1 61,800 4400 .56 .68 .80 17.5 59,700 4970 .56 .69 .81 16.8 57,400 5630 .57 .70 .83 16.1 55,000 6390 .57 .71 .85

850 1800 18.5 63,000 4400 .57 .70 .83 17.8 60,800 4960 .58 .71 .85 17.1 58,500 5630 .58 .73 .87 16.4 56,000 6390 .59 .74 .88

945 2000 18.8 64,000 4390 .58 .73 .86 18.1 61,700 4960 .59 .74 .88 17.4 59,300 5630 .6 .75 .90 16.7 56,900 6390 .61 .77 .92

755 1600 19.4 66,200 4390 .42 .54 .65 18.7 63,900 4960 .43 .54 .66 18.1 61,600 5630 .43 .55 .67 17.3 59,100 6390 .43 .56 .69

850 1800 19.8 67,400 4410 .43 .55 .68 19.0 65,000 4970 .43 .56 .69 18.3 62,600 5640 .43 .57 .70 17.6 60,100 6400 .43 .57 .71

945 2000 20.0 68,300 4420 .43 .57 .70 19.3 65,900 4990 .43 .58 .71 18.6 63,500 5650 .44 .58 .73 17.8 60,900 6410 .44 .59 .74

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C

Enter�ingWetBulb

Temper�ature

TotalAir

Volume

L/s cfm

TotalCoolingCapacity

Btuh

Com�pressorMotorWattsInput

SensibleTo Total

Ratio (S/T)Dry Bulb Dry Bulb Dry Bulb Dry Bulb

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)Com�

pressorMotorWattsInput

Com�pressorMotorWattsInput

Com�pressorMotorWattsInput

TotalCoolingCapacity

TotalCoolingCapacity

TotalCoolingCapacity

Outdoor Air Temperature Entering Outdoor Coil

63°F(17°C)

67°F(19°C)

71°F(22°C)

BtuhkW kW kWBtuh BtuhkW

85°F (29°C) 95°F (35°C) 105°F (41°C) 115°F (46°C)

HP29−060 � COOLING CAPACITY � CR26−48W

75°F 80°F 85°F

NOTE � All values are gross capacities and do not include indoor coil blower motor heat deduction.

615 1300 15.6 53,400 4630 .67 .79 .90 15.2 51,700 5230 .68 .80 .91 14.6 49,800 5910 .69 .81 .92 14.0 47,800 6680 .7 .82 .94

710 1500 16.1 54,900 4620 .69 .82 .93 15.6 53,100 5220 .7 .83 .94 15.0 51,100 5910 .71 .84 .96 14.4 49,100 6680 .72 .86 .97

800 1700 16.5 56,200 4620 .71 .85 .96 15.9 54,300 5220 .72 .86 .97 15.3 52,300 5900 .74 .87 .98 14.7 50,200 6680 .75 .89 1.0

615 1300 16.8 57,200 4620 .54 .65 .75 16.2 55,400 5210 .54 .65 .76 15.6 53,400 5900 .55 .66 .77 15.1 51,400 6680 .55 .67 .79

710 1500 17.2 58,800 4620 .55 .67 .78 16.7 56,900 5210 .55 .67 .79 16.1 54,800 5900 .56 .68 .81 15.4 52,600 6680 .56 .69 .82

800 1700 17.6 60,000 4610 .56 .69 .81 17.0 58,000 5200 .57 .70 .83 16.4 55,900 5890 .57 .71 .84 15.7 53,700 6680 .58 .72 .86

615 1300 18.0 61,300 4610 .42 .52 .62 17.4 59,400 5210 .42 .52 .62 16.8 57,300 5900 .42 .53 .63 16.1 55,100 6690 .42 .53 .64

710 1500 18.4 62,900 4600 .42 .53 .64 17.8 60,900 5200 .42 .54 .65 17.2 58,700 5890 .42 .54 .66 16.5 56,400 6680 .43 .55 .67

800 1700 18.8 64,200 4600 .42 .54 .66 18.2 62,100 5200 .43 .55 .67 17.6 59,900 5890 .43 .55 .68 16.9 57,500 6680 .43 .56 .69

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

755 1600 19.5 66,500 5155 15.4 52,700 4580 11.3 38,600 3995 7.8 26,500 3385 3.9 13,300 2550850 1800 19.6 67,000 4990 15.6 53,200 4415 11.5 39,100 3830 7.9 27,000 3220 4.0 13,800 2385945 2000 19.8 67,500 4860 15.7 53,700 4285 11.6 39,600 3700 8.1 27,500 3090 4.2 14,300 2255

NOTE � Heating capacities include the effect of defrost cycles in the temperature range where they occur.

Indoor CoilAir Volume

70°F db(21°C db)

TotalHeatingCapacity

Comp.MotorWattsInputL/s cfm kW Btuh kW Btuh kW Btuh kW Btuh kW Btuh

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

Air Temperature Entering Outdoor Coil

65°F (18°C) 45°F (7°C) 25°F (�4°C) 5°F (�15°C) �15°F (�28°C)

HP29−060 � HEATING CAPACITY � C33−60D � C26−65EAP

615 1300 19.5 66,400 5760 15.4 52,600 5155 11.3 38,500 4540 7.7 26,400 3880 3.9 13,200 2935710 1500 19.6 67,000 5495 15.6 53,200 4890 11.5 39,100 4275 7.9 27,000 3615 4.0 13,800 2670800 1700 19.8 67,600 5300 15.8 53,800 4695 11.6 39,700 4080 8.1 27,600 3420 4.2 14,400 2475

NOTE � Heating capacities include the effect of defrost cycles in the temperature range where they occur.

Indoor CoilAir Volume

70°F db(21°C db)

TotalHeatingCapacity

Comp.MotorWattsInputL/s cfm kW Btuh kW Btuh kW Btuh kW Btuh kW Btuh

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

Air Temperature Entering Outdoor Coil

65°F (18°C) 45°F (7°C) 25°F (�4°C) 5°F (�15°C) �15°F (�28°C)

HP29−060 � HEATING CAPACITY � CR26−48W

4990 67,000 19.64850 63,700 18.74705 60,300 17.74565 57,000 16.74480 55,000 16.14415 53,200 15.64250 48,700 14.34085 44,200 13.03960 41,600 12.23830 39,100 11.53705 36,500 10.73625 35,000 10.33570 33,700 9.93430 30,300 8.93220 27,000 7.93010 23,700 6.92800 20,400 6.02595 17,100 5.02385 13,800 4.02175 10,500 3.1

*Outdoor�temperature�70%�relative�humidity.�Indoor�temperature�70°F�(21°C).

*Outdoor Temperature

°F °CCompressor Motor

Watts InputTotal Output

kWBtuh

65 1860 1655 1350 1047 845 740 435 230 �125 �420 �717 �815 �910 �125 �150 �18

�5 �21�10 �23�15 �26�20 �29

HP29−060 − HEATING PERFORMANCEC33−60D � C26−65EAP� at 1800 cfm (850 L/s)

5495 67,000 19.65345 63,700 18.75195 60,300 17.75045 57,000 16.74955 55,000 16.14890 53,200 15.64715 48,700 14.34540 44,200 13.04410 41,600 12.24275 39,100 11.54140 36,500 10.74060 35,000 10.34000 33,700 9.93850 30,300 8.93615 27,000 7.93380 23,700 6.93140 20,400 6.02905 17,100 5.02670 13,800 4.02435 10,500 3.1

*Outdoor�temperature�70%�relative�humidity.�Indoor�temperature�70°F�(21°C).

*Outdoor Temperature

°F °CCompressor Motor

Watts InputTotal Output

kWBtuh

65 1860 1655 1350 1047 845 740 435 230 �125 �420 �717 �815 �910 �125 �150 �18

�5 �21�10 �23�15 �26�20 �29

HP29−060 − HEATING PERFORMANCECR26−48W � at 1500 cfm (710 L/s)

HP29 / Page 46

Page 47: HEAT PUMP OUTDOOR UNITS HP29 - LennoxPROs.com · 2019-11-07 · During compression, several pockets are compressed simulta neously resulting in a smooth continuous compression cycle

HEATING AND COOLING RATINGSNOTE � For Temperatures and Capacities not shown in tables, see bulletin � Cooling Unit Rating Table Correction Factor Data in Miscellaneous Engineering Data section.

29°C27°C24°C

Enter�ingWetBulb

Temper�ature

TotalAir

Volume

L/s cfm

TotalCoolingCapacity

Btuh

Com�pressorMotorWattsInput

SensibleTo Total

Ratio (S/T)Dry Bulb Dry Bulb Dry Bulb Dry Bulb

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)Com�

pressorMotorWattsInput

Com�pressorMotorWattsInput

Com�pressorMotorWattsInput

TotalCoolingCapacity

TotalCoolingCapacity

TotalCoolingCapacity

Outdoor Air Temperature Entering Outdoor Coil

63°F(17°C)

67°F(19°C)

71°F(22°C)

BtuhkW kW kWBtuh BtuhkW

85°F (29°C) 95°F (35°C) 105°F (41°C) 115°F (46°C)

HP29−060 � COOLING CAPACITY � CH33−48C−F � CH23−51

75°F 80°F 85°F

NOTE � All values are gross capacities and do not include indoor coil blower motor heat deduction.

710 1500 16.2 55,200 4530 .71 .84 .95 15.6 53,400 5120 .72 .85 .96 15.1 51,500 5800 .73 .86 .97 14.5 49,500 6560 .74 .88 .99

800 1700 16.6 56,500 4530 .73 .87 .98 16.0 54,600 5120 .74 .88 .99 15.4 52,700 5790 .75 .90 1.0 14.8 50,600 6560 .77 .91 1.0

895 1900 16.9 57,600 4530 .76 .90 1.0 16.3 55,700 5120 .77 .91 1.0 15.7 53,700 5790 .78 .93 1.0 15.1 51,600 6560 .8 .95 1.0

710 1500 17.3 58,900 4530 .56 .68 .80 16.7 57,000 5110 .56 .69 .81 16.1 54,900 5790 .57 .70 .83 15.4 52,700 6560 .57 .71 .84

800 1700 17.6 60,100 4530 .57 .71 .84 17.0 58,100 5110 .58 .72 .85 16.4 56,000 5780 .58 .73 .87 15.7 53,700 6550 .59 .74 .88

895 1900 17.9 61,000 4520 .59 .73 .87 17.3 59,000 5100 .59 .74 .88 16.6 56,800 5780 .6 .76 .90 16.0 54,500 6550 .61 .77 .92

710 1500 18.4 62,900 4520 .42 .54 .66 17.8 60,900 5110 .42 .54 .66 17.2 58,700 5780 .43 .55 .67 16.5 56,400 6560 .43 .56 .68

800 1700 18.8 64,200 4510 .43 .55 .68 18.2 62,000 5100 .43 .56 .69 17.5 59,800 5780 .43 .57 .70 16.8 57,400 6560 .43 .57 .72

895 1900 19.1 65,100 4510 .43 .57 .71 18.4 62,900 5100 .43 .58 .72 17.8 60,700 5780 .44 .58 .73 17.1 58,300 6560 .44 .59 .75

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C

Enter�ingWetBulb

Temper�ature

TotalAir

Volume

L/s cfm

TotalCoolingCapacity

Btuh

Com�pressorMotorWattsInput

SensibleTo Total

Ratio (S/T)Dry Bulb Dry Bulb Dry Bulb Dry Bulb

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)Com�

pressorMotorWattsInput

Com�pressorMotorWattsInput

Com�pressorMotorWattsInput

TotalCoolingCapacity

TotalCoolingCapacity

TotalCoolingCapacity

Outdoor Air Temperature Entering Outdoor Coil

63°F(17°C)

67°F(19°C)

71°F(22°C)

BtuhkW kW kWBtuh BtuhkW

85°F (29°C) 95°F (35°C) 105°F (41°C) 115°F (46°C)

HP29−060 � COOLING CAPACITY � CH33−50C−F � CH23−65

75°F 80°F 85°F

NOTE � All values are gross capacities and do not include indoor coil blower motor heat deduction.

755 1600 16.5 56,400 4520 .72 .85 .96 16.0 54,500 5100 .72 .86 .97 15.4 52,500 5780 .74 .87 .98 14.8 50,400 6540 .75 .89 1.0

850 1800 16.9 57,600 4510 .74 .88 .99 16.3 55,700 5100 .75 .89 .99 15.7 53,600 5770 .76 .91 1.0 15.1 51,500 6540 .78 .93 1.0

945 2000 17.2 58,700 4510 .76 .91 1.0 16.6 56,700 5100 .78 .92 1.0 16.0 54,700 5770 .79 .94 1.0 15.4 52,500 6540 .81 .96 1.0

755 1600 17.6 60,200 4510 .56 .69 .81 17.1 58,200 5090 .57 .70 .83 16.4 56,000 5770 .57 .71 .84 15.7 53,700 6540 .58 .72 .86

850 1800 18.0 61,300 4510 .58 .71 .85 17.3 59,200 5090 .58 .72 .86 16.7 57,000 5760 .59 .74 .88 16.0 54,600 6540 .6 .75 .89

945 2000 18.2 62,200 4500 .59 .74 .88 17.6 60,100 5080 .6 .75 .89 16.9 57,800 5760 .61 .77 .91 16.2 55,400 6540 .61 .78 .93

755 1600 18.9 64,400 4500 .42 .54 .66 18.2 62,200 5090 .43 .55 .67 17.6 60,000 5760 .43 .56 .68 16.9 57,600 6540 .43 .56 .69

850 1800 19.2 65,500 4490 .43 .56 .69 18.6 63,300 5080 .43 .56 .70 17.8 60,900 5760 .43 .57 .71 17.1 58,500 6540 .44 .58 .73

945 2000 19.5 66,400 4490 .43 .57 .71 18.8 64,100 5080 .44 .58 .73 18.1 61,700 5760 .44 .59 .74 17.3 59,200 6540 .44 .60 .76

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

710 1500 19.7 67,300 5710 15.6 53,200 5065 11.3 38,700 4415 7.7 26,400 3735 3.9 13,300 2820800 1700 19.9 67,800 5510 15.7 53,700 4865 11.5 39,200 4215 7.9 26,900 3535 4.0 13,800 2620895 1900 20.0 68,200 5355 15.9 54,100 4710 11.6 39,600 4060 8.0 27,300 3380 4.2 14,200 2465

NOTE � Heating capacities include the effect of defrost cycles in the temperature range where they occur.

Indoor CoilAir Volume

70°F db(21°C db)

TotalHeatingCapacity

Comp.MotorWattsInputL/s cfm kW Btuh kW Btuh kW Btuh kW Btuh kW Btuh

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

Air Temperature Entering Outdoor Coil

65°F (18°C) 45°F (7°C) 25°F (�4°C) 5°F (�15°C) �15°F (�28°C)

HP29−060 � HEATING CAPACITY � CH33−48C−F � CH23−51

755 1600 19.8 67,700 5270 15.7 53,700 4680 11.5 39,300 4080 7.9 27,000 3455 4.0 13,500 2605850 1800 20.0 68,200 5105 15.9 54,200 4515 11.7 39,800 3915 8.1 27,500 3290 4.1 14,000 2440945 2000 20.1 68,700 4975 16.0 54,700 4385 11.8 40,300 3785 8.2 28,000 3160 4.2 14,500 2310

NOTE � Heating capacities include the effect of defrost cycles in the temperature range where they occur.

Indoor CoilAir Volume

70°F db(21°C db)

TotalHeatingCapacity

Comp.MotorWattsInputL/s cfm kW Btuh kW Btuh kW Btuh kW Btuh kW Btuh

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

Air Temperature Entering Outdoor Coil

65°F (18°C) 45°F (7°C) 25°F (�4°C) 5°F (�15°C) �15°F (�28°C)

HP29−060 � HEATING CAPACITY � CH33−50C−F � CH23−65

5510 67,800 19.95350 64,400 18.95190 61,000 17.95030 57,600 16.94935 55,500 16.34865 53,700 15.74685 49,100 14.44500 44,500 13.04360 41,800 12.34215 39,200 11.54070 36,600 10.73985 35,000 10.33925 33,600 9.83765 30,200 8.93535 26,900 7.93305 23,600 6.93080 20,400 6.02850 17,100 5.02620 13,800 4.02390 10,500 3.1

*Outdoor�temperature�70%�relative�humidity.�Indoor�temperature�70°F�(21°C).

*Outdoor Temperature

°F °CCompressor Motor

Watts InputTotal Output

kWBtuh

65 1860 1655 1350 1047 845 740 435 230 �125 �420 �717 �815 �910 �125 �150 �18

�5 �21�10 �23�15 �26�20 �29

HP29−060 − HEATING PERFORMANCECH33−48C−F � CH23−51 � at 1700 cfm (800 L/s)

5105 68,200 20.04960 64,800 19.04815 61,400 18.04670 58,000 17.04580 56,000 16.44515 54,200 15.94345 49,600 14.54180 45,000 13.24050 42,400 12.43915 39,800 11.73785 37,200 10.93710 35,600 10.43650 34,200 10.03505 30,800 9.03290 27,500 8.13080 24,100 7.12865 20,800 6.12650 17,400 5.12440 14,000 4.12225 10,700 3.1

*Outdoor�temperature�70%�relative�humidity.�Indoor�temperature�70°F�(21°C).

*Outdoor Temperature

°F °CCompressor Motor

Watts InputTotal Output

kWBtuh

65 1860 1655 1350 1047 845 740 435 230 �125 �420 �717 �815 �910 �125 �150 �18

�5 �21�10 �23�15 �26�20 �29

HP29−060 − HEATING PERFORMANCECH33−50C−F � CH23−65 � at 1800 cfm (850 L/s)

HP29 / Page 47

Page 48: HEAT PUMP OUTDOOR UNITS HP29 - LennoxPROs.com · 2019-11-07 · During compression, several pockets are compressed simulta neously resulting in a smooth continuous compression cycle

HEATING AND COOLING RATINGSNOTE � For Temperatures and Capacities not shown in tables, see bulletin � Cooling Unit Rating Table Correction Factor Data in Miscellaneous Engineering Data section.

29°C27°C24°C

Enter�ingWetBulb

Temper�ature

TotalAir

Volume

L/s cfm

TotalCoolingCapacity

Btuh

Com�pressorMotorWattsInput

SensibleTo Total

Ratio (S/T)Dry Bulb Dry Bulb Dry Bulb Dry Bulb

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)

SensibleTo Total

Ratio (S/T)Com�

pressorMotorWattsInput

Com�pressorMotorWattsInput

Com�pressorMotorWattsInput

TotalCoolingCapacity

TotalCoolingCapacity

TotalCoolingCapacity

Outdoor Air Temperature Entering Outdoor Coil

63°F(17°C)

67°F(19°C)

71°F(22°C)

BtuhkW kW kWBtuh BtuhkW

85°F (29°C) 95°F (35°C) 105°F (41°C) 115°F (46°C)

HP29−060 � COOLING CAPACITY � CH33−62D−F � CH23−68

75°F 80°F 85°F

NOTE � All values are gross capacities and do not include indoor coil blower motor heat deduction.

755 1600 16.8 57,300 4410 .71 .84 .96 16.2 55,300 4990 .72 .85 .97 15.6 53,200 5650 .73 .87 .99 14.9 50,900 6410 .74 .89 1.0

850 1800 17.2 58,600 4410 .73 .87 .99 16.6 56,500 4980 .74 .89 1.0 15.9 54,400 5650 .76 .90 1.0 15.3 52,100 6410 .77 .92 1.0

945 2000 17.5 59,800 4400 .76 .90 1.0 16.9 57,700 4980 .77 .92 1.0 16.2 55,400 5640 .79 .94 1.0 15.6 53,100 6400 .8 .96 1.0

755 1600 18.0 61,300 4400 .56 .68 .80 17.3 59,100 4970 .56 .69 .82 16.7 56,900 5640 .57 .70 .83 16.0 54,500 6400 .58 .72 .85

850 1800 18.3 62,500 4400 .57 .71 .84 17.7 60,300 4970 .58 .72 .85 17.0 58,000 5630 .59 .73 .87 16.3 55,500 6400 .59 .75 .89

945 2000 18.6 63,500 4410 .59 .73 .87 18.0 61,300 4960 .59 .75 .89 17.3 58,900 5630 .6 .76 .91 16.5 56,400 6400 .61 .77 .92

755 1600 19.2 65,600 4420 .42 .54 .66 18.6 63,300 4990 .42 .55 .67 17.8 60,900 5660 .43 .55 .68 17.1 58,500 6410 .43 .56 .69

850 1800 19.5 66,700 4440 .43 .55 .68 18.9 64,400 5010 .43 .56 .69 18.2 62,000 5670 .43 .57 .71 17.4 59,500 6440 .44 .58 .72

945 2000 19.8 67,700 4460 .43 .57 .71 19.1 65,300 5020 .43 .58 .72 18.4 62,800 5690 .44 .59 .73 17.6 60,200 6460 .44 .60 .75

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

29°C27°C24°C75°F 80°F 85°F

755 1600 19.5 66,500 5155 15.4 52,700 4580 11.3 38,600 3995 7.8 26,500 3385 3.9 13,300 2550850 1800 19.6 67,000 4990 15.6 53,200 4415 11.5 39,100 3830 7.9 27,000 3220 4.0 13,800 2385945 2000 19.8 67,500 4860 15.7 53,700 4285 11.6 39,600 3700 8.1 27,500 3090 4.2 14,300 2255

NOTE � Heating capacities include the effect of defrost cycles in the temperature range where they occur.

Indoor CoilAir Volume

70°F db(21°C db)

TotalHeatingCapacity

Comp.MotorWattsInputL/s cfm kW Btuh kW Btuh kW Btuh kW Btuh kW Btuh

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

TotalHeatingCapacity

Comp.MotorWattsInput

Air Temperature Entering Outdoor Coil

65°F (18°C) 45°F (7°C) 25°F (�4°C) 5°F (�15°C) �15°F (�28°C)

HP29−060 � HEATING CAPACITY � CH33−62D−F � CH23−68

4990 67,000 19.64850 63,700 18.74705 60,300 17.74565 57,000 16.74480 55,000 16.14415 53,200 15.64250 48,700 14.34085 44,200 13.03960 41,600 12.23830 39,100 11.53705 36,500 10.73625 35,000 10.33570 33,700 9.93430 30,300 8.93220 27,000 7.93010 23,700 6.92800 20,400 6.02595 17,100 5.02385 13,800 4.02175 10,500 3.1

*Outdoor�temperature�70%�relative�humidity.�Indoor�temperature�70°F�(21°C).

*Outdoor Temperature

°F °CCompressor Motor

Watts InputTotal Output

kWBtuh

65 1860 1655 1350 1047 845 740 435 230 �125 �420 �717 �815 �910 �125 �150 �18

�5 �21�10 �23�15 �26�20 �29

HP29−060 − HEATING PERFORMANCE CH33−62D−F � CH23−68 � at 1800 cfm (850 L/s)

HP29 / Page 48