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Specifications .SEC2C ?- o1O` j 33 Sw Hr.s2Q -tve_i( 25HCB3 • Comfort "" 13 Series Heat Pump Carrier with Puron® Refrigerant 1 -1/2 To 5 Nominal Tons (Sizes 18 To 60) Turn to the Experts: Product Data INDUSTRY LEADING FEATURES / BENEFITS Efficiency • 13 SEER/ 10.1 - 10.8 EER/ 7.7 - 83 HSPF (Nominal) • Microtube Technology "" refrigeration system • Indoor air quality accessories available Sound '�:a`: • Sound level as low as 70 dBA Comfort u • System supports Thermidistat"" or standard thermostat controls Reliability 1 _ • Puron® refrigerant - environmentally sound, won't •;r' deplete the ozone layer and low lifetime service cost. • Front - seating service valves • Scroll compressor Co mfort • Interval pressure relief valve P uron _ SERIES • Internal thermal overload ""°^"'°'°""""'°""' • High pressure switch • Loss of charge switch • Filter drier Carrier's heat pumps with Puron® refrigerant provide a collection • Balanced refrigeration system for maximum reliability of features unmatched by any other family of equipment. The Durability 25HCB3 has been designed utilizing Carrier's Puron refrigerant. WeatherArmor"" protection package: The environmentally sound refrigerant allows consumers to make a responsible decision in the protection of the earth's ozone layer. • Solid, durable sheet metal construction As an Energy Star® Partner, Carrier Corporation has determined • Steel louver coil guard that this product meets the Energy Star® guidelines for energy • Ceramic coated cabinet screws efficiency. Refer to the combination ratings in the Product Data for system combinations that meet Energy Star® guidelines. • Baked -on, complete coverage, powder paint NOTE: Ratings contained in this document are subject to Applications change at any time. Always refer to the AHRI directory • Long -line - up to 250 feet (76.20 m) total equivalent length, (www.ahridirectory.org) for the most up -to -date ratings up to 200 feet (60.96 m) condenser above evaporator, or up to information. 80 ft. (24.38 m) evaporator above condenser (See Longline Guide for more information.) • Low ambient (down to - 20 °F /- 28.9 °C) with accessory kit MODEL NUMBER NOMENCLATURE 1 2 3 4 5 6 7 8 9 10 11 12 13 N N A A A/N N N N A/N A/N A/N N N 2 5 H C B 3 3 8 A 0 0 3 1 . Product Product Minor Tier Major SEER Cooling Variations Open Open Voltage Series Family Series Capacity Series 3= 208/230 -1 25 = HP H = RES HP C= Comfort B = Puron 3 =13 SEER A = Standard O =Not 0= Not 5= 208/230 -3 0 1 2 Defined Defined 6 =460 -3 so soot:zaoo �pU p the eneroementally sound refhgrem ry RE ED .el %she rd 21n24e ENERGY STAR ° nary Me" keeps ci PARTNER CD This product has been designed and 0 manufactured to meet Energy Star® criteria for I energy efficiency when matched with 1.0 appropriate coil components. However, proper cV refrigerant charge and proper air flow are cntical to achieve rated capacity and efficiency. Installation of this product should follow all manufacturing refrigerant charging and air flow instructions. Failure to confirm proper charge and air flow may reduce energy efficiency and shorten equipment life. STANDARD FEATURES Feature 18 24 30 36 42 48 60 Puron Refrigerant X X X X X X X 13 SEER X X X X X X X Scroll Compressor X X X X X X X Louvered Coil Guard X X X X X X X Field Installed Filter Drier X X X X X X X Front Seating Service Valves X X X X X X X Internal Pressure Relief Valve X X X X X X X Internal Thermal Overload X X X X X X X Long Line capability X X X X X X X Low Ambient capability with Kit X X X X X X X Suction Line Accumulator X X X X X X X High Pressure Switch X X X X X X X Loss of Charge Switch X X X X X X X X = Standard 7 PHYSICAL DATA UNIT SIZE- SERIES, 18 -30 24 -30 30 -30 30 -50 38 -30, 50, 80 42 -30, 50, 80 48 -30, 50, 80 80 -30, 50, 80 VOLTAGE Operating Weight lb (kg) 174 183 206 206 203 263 283 299 (78.9) (83.0) (93.4) (93.4) (92.1) (119.32) (128.4) (135.6) 201 210 235 235 241 295 313 331 Shipping Weigh lb (kg) (91.2) (95.3) (106.6) (106.6) (109.3) (133.8) (142.0) (150.1) Compressor Type Scroll Refrigerant Puron® (R -410A) Control TXV (Puron Hard Shutoff) Charge lb (kg) 6.4 (2.9) 5.5 (2.5) 7.5 (3.4) 7.3 (3.3) 7.2 (3.2) 8.1 (3.7) 11.6 (5.3) 12.4 (5.6) Outdoor Heating Piston # 42 46 55 55 57 61 61 76 Cond Fan Propeller Type, Direct Drive Air Discharge Vertical Air Qty (CFM) 2614 2614 2614 2614 3472 3810 4046 4046 Motor HP 1/10 1/10 1/10 1/10 1/8 1/5 1/4 1/4 Motor RPM 800 800 800 800 800 800 800 800 Cond Coil Face Area (Sq ft) 15.09 15.09 21.56 25.87 20.12 25.15 20.12 22.63 Fins per In. 20 20 20 20 20 20 20 20 Rows 1 1 1 1 1 1 2 2 Circuits 5 5 5 6 6 6 8 8 Cl 03 Valve Connect (In.) ID U Vapor 5/8 5/8 3/4 3/4 3/4 7/8 7/8 7/8 I Liquid 3/8 N Refrigerant Tubes (In.) OD Rated Vapor* 5/8 5/8 3/4 3/4 3/4 7/8 7/8 1 -1/8 Liquid 3/8 *Units are rated with 25 ft (7.6 m) of lineset length. See Vapor Line Sizing and Cooling Capacity Loss table when using other sizes and lengths of lineset. Note: See unit Installation Instruction for proper installation. VAPOR LINE SIZING AND COOLING CAPACITY LOSS LONG LINE APPLICATION: An application is considered vertical separation is 200 ft. (60.96 m) when outdoor unit is "Long line" when the total equivalent tubing length exceeds 80 above indoor unit, and up to 80 ft. (24.38 m) when the outdoor ft. (24.38 m) or when there is more than 20 ft. (6.09 m) vertical unit is below the indoor unit. Refer to Accessory Usage Guideline separation between indoor and outdoor units. These applications below for required accessories. See Longline Application - require additional accessories and system modifications for Guideline for required piping and system modifications. Also, reliable system operation. The maximum allowable total refer to the table below for vapor tube diameters based on the equivalent length is up to 250 ft. (76.2 m). The maximum total length to minimize the cooling capacity loss. Cooling Capacity Loss ( %) Maximum Total Equivalent Line Length ft. (m) Vapor Line Unit Nominal Size Liquid Line Standard (etch) Diameters Diameters Application Long Line Application Requires Accessories (In.) OD (In.) OD 28 -50 51 -80 81 -100 101 -125 128 -150 151 -175 178 -200 201 - 225 228 -250 (7.9 - 15.2) (15.5 - 24.4) (24.7 - 30.5) (30.8 - 38.1) (38.4 - 45.7) (48.0 - 50.3) (53.6 - 80.0) (81.3 - 68.6) (68.9 - 78.2) 18,000 1/2 1 1-Stage Puron HP 5/8 0 0 1 1 1 _ 2_ 3 2 1 3 3 24,000 5/8 0 1 1 I 2 3 3 i 4 1 4 r_ 5 1-Stage Puron HP 3/4 0 0 0 l 0 __ j - j j _ 1 1 5/8 1 2 3 _ L_ 3 4 5 6 i 7 8 30.000 3/4 0 0 I L - - 1 1 1 I } 2 r .._ 2 2 3 1 Puron HP -- - t- . 7/8 0 0 f 0 i 0 i 1 1 1 i 1 1 1 5/8 1 2 1-- 4 i 5 i 6 -t 7 9 1 11 1-Stage Puron HP 3/8 3/4 0 0 1 I 1 ' 2 . ___ 2 3 3 a 7/8 0 0 0 0 1 1 1 1 - 2 42,000 3/4 0 1 2 2_ i 3 4 4 5 _____ .i 6 1-Stage Puron HP 7/8 0 0 1 1 i 1 2 2 2 3 48.000 3/4 0 1 2 i 3 i 4 5 5 6 7 1-Stage Puron HP 7/8 0 0 1 I t -_ _ - 2 2 2 3 3 i 3/4 1 2 4 5 ' 6_ 7 9 10 11 60,000 7/8 0 1 -- 2 2 3 4 4 5 5 1 -Stage Puron HP 4 1 -1/8 0 0 I 0 1 1 1 1 1 1 per. •77• r' 7 1-7 e I- �a„ • in this area may ave ght r 9 • : at : owable total equ length, when outdoor un f is below indoor unit ee Long Line Applica- tion Guidelines ACCESSORIES ORDER UNIT SIZES- SERIES, VOLTAGE NUMBER DESCRIPTION 18 -30 24 -30 30 -30 30 -50 38 -30 38 -50 38 -80 42 -30 42 -50 42 -80 48 -30 48 -50 48 -80 60 -30 80 -50 80 -60 KAACH1701AAA CRANKCASE HTR X X X X KAACH1601AAA CRANKCASE HTR X STANADARD CRANKCASE HTR S S S S S S S S S S S KAAFT0101AAA FREEZE THERMOSTAT X X X X X X X X X X X X X X X X KSAHS1701AAA HARD START X X X X X X X (CAP /RELAY) KHAIR0101AAA ISOLATION RELAY X X X X X X X X X X X X X X X X KSALA0301410 LOW AMBIENT PSW X X X X X X X X X X X X X X X X HC34GE242 MOTOR FAN X X X X BALL BEARING HC36GE232 MOTOR FAN X X X BALL BEARING MOTOR FAN HC38GE228 X X BALL BEARING MOTOR FAN HC38GE462 X BALL BEARING m HC40GE228 MOTOR q BEARING X X X X = HC40GE467 MOTOR FAN X X BALL BEARING Lo N KSALA0601AAA MOTORMASTER 23oV X X X X X X X X X X X X KSALA0701AAA MOTORMASTER 460V X X X X KHAOT0201SEC OUTDOOR X X X X X X X X X X X X X X X X THERMOSTAT KHAOT0301FST OUTDOOR X X X X X X X X X X X X X X X X THERMOSTAT KHALSO4O1LLS SOLENOID VALVE X X X X X X X X X X X X X X X X KHASS0606MPK* SNOW STAND X X X X X X X X X X X X X X X X KAACS0201 PTC START ASSIST PTC X X X X X X X KSASF0101AAA SUPPORT FEET X X X X X X X X X X X X X X X X KAATD0101TDR TIME DELAY X X X X X X X X X X X X X X X X KSATX0201PUR TXV PURON HSO X X X X KSATX0301 PUR TXV PURON HSO X X X X X X KSATX0401 PUR TXV PURON HSO X X X KSATX0501 PUR TXV PURON HSO X X X x = Accessory S = Standard * Sold in 6 pk. quantities Obtain through RCD. ACCESSORY THERMOSTATS THERMOSTAT/ SUBBASE PKG. DESCRIPTION TP- PRH -01 Programmable Thermidistat TP- NRH -01 Non - programmable Thermidistat TC - PH P - 01 Comfort Series Programmable HP Stat TC - NH P - 01 Comfort Series Non - programmable HP Stat TSTATCCPRH01 -B* Thermidistat° Control — Non - Programmable /Programmable Thermostat with Humidity Control (For use in Dual Fuel, AC, HP and 2S applications. Includes Outdoor Air Temperature Sensor.) TSTATCCPHH01 -B* HybridHeat'" (Dual Fuel) Thermostat — Auto Changeover, 7 -Day Programmable, °F/°C, Includes Outdoor Sensor (TSTATXXSEN01 -B) TSTATCCPHP01 -B Thermostat — Auto Changeover, 7 -Day Programmable, °FrC, 2 -Stage Heat, 1 -Stage Cool TSTATCCNHP01 -C Thermostat — Auto Changeover, Non - Programmable, °F / °C, 2 -Stage Heat, 1 -Stage Cool TSTATCCSHP01 Standard Programmable Thermostat — Manual Changeover, 5 -2 Day Programmable, °F / °C, 1 -Stage Heat' 1 -Stage Cool TSTATCCBHP01 * -B Builder's Thermostat — Heat Pump, Non - Programmable, °F/°C, 2 -Stage Heat, 1 -Stage Cool, Manual Changeover TSTATXXSEN01 -B ** Outdoor Air Temperature Sensor TSTATXXNBP01 Backplate for Non - Programmable Thermostat TSTATXXPBP01 Backplate for Programmable Thermostat and Thermidistat" Control TSTATXXSBP01 Backplate for Standard Programmable Thermostat TSTATXXBBP01 Backplate for Builder's Thermostat TSTATXXCNV1Ot Thermostat Conversion Kit (4 to 5 Wire) — 10 Pack * Do not use in zoning heat pump applications. ** Outdoor temperature sensor is an accessory for all Carrier electronic thermostats, except the non - programmable air conditioner version and builder;s thermostats. It allows the temperature at a remote location (outdoors) to be displayed on the thermostat. The outdoor air temperature sensor must be used with the HybridHeat" (dual fuel) thermostat. t Thermostat conversion kit is a 24 -vac accessory that can turn a 4 -wire thermostat application into a 5 -wire application. This kit can also be used to replace a broken thermostat wire, or add an extra wire when needed. The outdoor air temperature sensor is included with the Thermidistat Control and HybridHeat" (dual fuel) thermostat. 4 ACCESSORY USAGE GUIDELINE REQUIRED FOR LOW- AMBIENT REQUIRED FOR REQUIRED FOR Accessory COOLING APPLICATIONS LONG LINE APPLICATIONS' SEA COAST APPLICATIONS (Below 56'F / 12.8'C) (Over 80 ft. / 24.38 m) (Within 2 miles / 3.22 km) Accumulator Standard Standard Standard Ball Bearing Fan Motor Vest No No Compressor Start Assist Capacitor and Relay Yes Yes No Crankcase Heater Yes Y No Evaporator Freeze Thermostat Yes No No Hard Shutoff TXV Yes Yes Yes Isolation Relay Yes No No Uquld Line Solenoid Valve No See Long -Line Application No Guideline Motor Master) Control or Low Ambient Switch Yes No No Support Feet Recommended No Recommended * For tubing line sets between 80 and 200 ft. (24.38 and 60.96 m) and /or 20 ft. (6.09 m) vertical differential, refer to Residential Split- System Longline Application Guideline. t Additional requirement for Low - Ambient Controller (full modulation feature) MotorMasterm Control. c') D] Accessory Description and Usage (Listed Alphabetically) 1. Ball- Bearing Fan Motor 6. Isolation Relay N A fan motor with ball bearings which permits speed reduction An SPDT relay which switches the low- ambient controller out of while maintaining bearing lubrication. the outdoor fan motor circuit when the heat pump switches to Usage Guideline: heating mode. Required on all units when using MotorMaster® Usage Guideline: 2. Compressor Start Assist - Capacitor and Relay Required in all heat pumps where low ambient kit has Start capacitor and relay gives a "hard" boost to compressor been added. motor at each start up. 7. Liquid -Line Solenoid Valve (LLS) Usage Guideline: An electrically operated shutoff valve which stops and starts Required for reciprocating compressors in the refrigerant liquid flow in response to compressor operation. It is following applications: to be installed at the outdoor unit to control refrigerant off cycle Long line migration in the heating mode. Low ambient cooling Usage Guideline: Hard shut off expansion valve on indoor coil An LLS is required in all long line heat pump applications to control refrigerant off cycle migration in Liquid line solenoid on indoor coil the heating mode. See Long Line Guideline. Required for single -phase scroll compressors in the 8. Low - Ambient Pressure Switch Kit following applications: A long life pressure switch which is mounted to outdoor unit Long line service valve. It is designed to cycle the outdoor fan motor in Low ambient cooling order to maintain head pressure within normal operating limits. Suggested for all compressors in areas with a history of The control will maintain working head pressure at low - ambient low voltage problems. temperatures down to 0 °F (- 17.8 °C)when properly installed. 3. Compressor Start Assist — PTC Type Usage Guideline: Solid state electrical device which gives a "soft" boost to the A Low- Ambient Pressure Switch or MotorMaster® compressor at each start-up. Low- Ambient Controller must be used when cooling Usage Guideline: operation is used at outdoor temperatures below 55 °F (12.8°C). Suggested in installations with marginal power supply. 9. MotorMaster• Low- Ambient Controller 4. Crankcase Heater A fan-speed control device activated by a temperature sensor, An electric resistance heater which mounts to the base of the designed to control condenser fan motor speed in response to the compressor to keep the lubricant warm during off cycles. saturated, condensing temperature during operation in cooling Improves compressor lubrication on restart and minimizes the mode only. For outdoor temperatures down to -20 °F (- 28.9 °C), chance of liquid slugging. it maintains condensing temperature at 100 °F t10 °F (37.8 °C t Usage Guideline: 6.5 °C). Required in low ambient cooling applications. Usage Guideline: Required in long line applications. A MotorMaster® Low Ambient Controller or Suggested in all commercial applications. Low- Ambient Pressure Switch must be used when 5. Evaporator Freeze Thermostat cooling operation is used at outdoor temperatures An SPST temperature- actuated switch that stops unit operation below 55 °F (12.8 °C). when evaporator reaches freeze -up conditions. Suggested for all commercial applications. Usage Guideline: Required when low ambient kit has been added. 5 Accessory Description and Usage (Listed Alphabetically) - CONTINUED 10. Outdoor Air Temperature Sensor 14. Sound Hood Designed for use with Carrier Thermostats listed in this Wraparound sound reducing cover for the compressor. Reduces publication. This device enables the thermostat to display the the sound level by about 2 dBA. outdoor temperature. This device also is required to enable Usage Guideline: special thermostat features such as auxiliary heat lock out. Suggested when unit is installed closer than 15 ft. Usage Guideline: (4.577 m) to quiet areas, bedrooms, etc. Suggested for all Carrier thermostats listed in this Suggested when unit is installed between two houses publication. less than 10 ft. (3.05 m) apart. 11. Outdoor Thermostat 15. Thermostatic Expansion Valve (FXV) Bi -Flow An SPDT temperature- actuated switch which turns on A modulating flow - control valve which meters refrigerant liquid supplemental electric heaters when outdoor air temperature drops flow rate into the evaporator in response to the superheat of the below a user - selected set point. refrigerant gas leaving the evaporator. Usage Guideline: Usage Guideline: Electric supplemental heat applications in non - variable Accessory required to meet ARI rating and system speed indoor units when electric heat staging is desired. reliability, where indoor not equipped. 12. Secondary Outdoor Thermostat Required in all heat pump applications designed with to An SPDT temperature - actuated switch which turns on Puron refrigerant. = third -stage of supplemental electric heaters when outdoor air 16. rime -Delay Relay temperature drops below the second -stage set point. An SPST delay relay which briefly continues operation of indoor Usage Guideline: blower motor to provide additional cooling after the compressor Outdoor thermostat applications where electric heater is cycles off. capable of three -stage operation. Note: Most indoor unit controls include this feature. For those 13. Snow Stand that do not, use the guideline below. Coated wire rack which supports unit 18 in. (457.2 mm) above Usage Guideline: mounting pad to allow for drainage from unit base. Accessory required to meet ARI rating, where indoor Usage Guideline: not equipped. _ Suggested in the following applications: Heat pump installations in heavy snowfall areas. Heat pump installations in snow drift locations. Heat pump installations in areas of prolonged subfreezing temperatures. All commercial installations. 6 ELECTRICAL DATA - MIN MIN MAX MAX MAX UNIT SIZE- OPERVOLTS* COMPR FAN WIRE WIRE LENGTH LENGTH FUSE ** SERIES, V /PH MCA SIZEt SIZEt ft (m)# ft (m)# or CKT VOLTAGE MAX MIN LRA RLA FLA 80° C 75° C 80° C 75° C AMPS 18 -30 48.0 9.0 0.7 11.9 14 14 66 (20.1) 62 (18.9) 20 24 -30 58.3 12.8 0.7 16.7 14 14 47 (14.3) 45 (13.7) 25 30 -30 77.0 16.0 0.8 20.8 12 12 60 (18.3) 57 (17.4) 30 38 -30 208/230/1 253 197 79.0 17.1 0.9 22.3 12 12 56 (17.1) 53 (16.2) 35 42 -30 109.0 19.9 1.2 26.0 10 10 77 (23.5) 73 (22.3) 40 48 -30 117.0 27.3 1.2 35.4 8 8 88 (26.8) 84 (25.6) 50 80 -30 134.0 26.3 1.2 34.1 8 8 91 (27.7) 87 (26.5) 50 30 -50 71.0 10.0 0.8 13.3 14 14 64 (19.5) 61 (18.6) 20 38 -60 73.0 11.5 0.9 15.3 12 12 94 (28.7) 90 (27.4) 25 42 -50 208/230/3 253 197 88.0 13.5 1.2 18.0 10 10 128 (39.0) 122 (37.2) 30 48 -50 83.1 17.2 1.2 22.7 8 10 158 (48.2) 97 (29.6) 35 80 -50 110.0 17.0 1.2 22.5 8 10 160 (48.8) 98 (29.9) 35 38 -80 38.0 5.2 0.5 7.0 14 14 260 (79.2) 247 (75.3) 15 42 -80 460/3 506 414 46.0 7.1 0.53 9.3 14 14 196 (59.7) 186 (56.7) 15 48 -80 41.0 7.5 0.6 10.0 14 14 182 (55.5) 173 (52.7) 15 80 -80 52.0 7.8 0.6 10.3 14 14 177 (54.0) 168 (51.2) 15 ' Permissible limits of the voltage range at which the unit will operate satisfactorily t If wire is applied at ambient greater than 30 °C, consult table 310 -16 of the NEC (ANSI /NFPA 70). The ampacity of non - metallic - sheathed cable (NM), M In trade name ROMEX, shall be that of 60 °C conditions, per the NEC (ANSI /NFPA 70) Article 336 -26. If other than uncoated (no- plated), 60 or 75'C insulation, copper wire (solid wire for 10 AWG or smaller, stranded wire for larger than 10 AWG) is used, consult applicable tables of the NEC (ANSI /NFPA U S 70 ). Lo t Length shown is as measured 1 way along wire path between unit and service panel for voltage drop not to exceed 2 %. CV ** Time -Delay fuse. FLA - Full Load Amps LRA - Locked Rotor Amps MCA - Minimum Circuit Amps RLA - Rated Load Amps NOTE: Control circuit is 24 -V on all units and requires external power source. Copper wire must be used from service disconnect to unit. All motors /compressors contain internal overload protection. Complies with 2001 requirements of ASHRAE Standards 90.1 A- WEIGHTED SOUND POWER STANDARD TYPICAL OCTAVE BAND SPECTRUM (dBA, without tone adjustment) UNIT SIZE- SERIES, VOLTAGE RATING (dBA) 125 250 500 1000 2000 4000 8000 18 -30 73 58.5 62.5 67.0 67.5 65.5 62.5 53.5 24 -30 72 54.5 63.0 66.5 66.0 64.0 60.5 51.5 30 -30 73 57.0 63.5 68.0 69.0 65.0 61.0 52.5 30 -50 72 53.0 60.5 66.0 67.5 64.5 61.5 53.0 36 -30 70 54.5 62.0 63.5 64.5 63.0 60.0 51.5 36 -50, 60 73 57.0 63.5 68.0 69.0 65.0 61.0 52.5 42 -30, 50, 60 73 55.0 60.0 64.0 67.5 61.5 60.0 55.0 42 -30, 50, 60 73 55.0 60.0 64.0 67.5 61.5 60.0 55.0 48 -30, 50, 60 74 57.5 64.5 67.5 69.5 66.5 61.0 53.0 60 -30, 50, 60 74 53.5 63.0 67.5 70.0 63.5 60.0 55.5 NOTE: Tested in accordance with ARI Standard 270 -95 (not listed in ARI). CHARGING SUBCOOLING (TXV -TYPE EXPANSION DEVICE) UNIT SIZE - SERIES, VOLTAGE REQUIRED SUBCOOLING °F ( °C) 18 -30 10 (5.6) 24 -30 12 (6.7) 30 -30, 50 12 (6.7) 36 -30, 50, 60 10 (5.6) 42 -30, 50, 60 11 (6.1) 48 -30, 50, 60 11 (6.1) 60 -30, 50, 60 12 (6.7) 7 25HCB3 DIMENSIONS - ENGLISH MT SERIES CHARACTERISTICS A B C D E F G K L M N P WEIGHT ) WEIGHT I DIMENSIONS IL x W x P 2514C8318 0 X 0 0 0 31 3/16' 28 15/16" 3 3/4' 5/8' 6 9/16' 24 11/16' 9 1/8' 2 13/16' 1/2' 14' 14 3/4' 14' 174 201 32 3 /8' X 35 1/2' X 32 9/16' 25HC8324 0 X 0 0 0 31 3/16' 28 15/16" 3 3/4' 5/8' 6 9/16' 24 11/16' 9 1/8' 2 13 /16' 1/2' 15 5/8' 16 3/4' 14 1/2' 183 21D 32 3/8' X 35 1/2' X 32 9/16' 25HCB330 0 X 0 X 0 31 3/16' 39 1/8' 3 3/4' 3/4' 6 0/16' 24 11/16' 9 1/8' 2 13/16' 1/2' 16 1/2' 15 1/2' 11' 206 235 32 3/8' X 35 1 /2' X 42 3/4' 25HC8336 0 X 0 X X 35' 32 5/16' 3 3/4' 3 /1' 6 9/16' 28 7/16' 9 1/8' 2 13/16' 1/2' 16' 16 1/2' 13 1/2' 203 241 36 1/8' X 39 5/16' X 35 15/16' 25HC6342 0 X 0 X X 35' 39 1/8' 3 7 /8' 7 /8' 6 9/16' 28 7/16' 9 1/8' 2 15/16' 5/8' 17 1/4' 19 1/8' 15 3/4' 263 295 36 1 /8' X 39 5/16' X 42 3/4' 25HCB345 0 X 0 X X 35' 32 5/16' 3 7 /8' 7 /8' 6 9/16' 28 7/16' 9 1/8' 2 15/16' 5/8' 19' 19' 14 1/2' 263 313 36 1/8' X 39 5/16" X 35 15/16' 25HCB360 0 X 0 X X 35' 39 1/8' 3 7 /8' 7/8' 6 9/16' 26 7/16' 9 1/8' 2 15/16' 5/8' 19' 19' 19' 299 331 36 1/8' X 39 5/10' X 42 3/4' a X = YES NOTES: A 0 = NO 1. ALLOW 30' CLEARANCE TO SERVICE SIDE OF UNIT, 48" ABOVE UNIT, 6' ON ONE SIDE, 12' ON REMAINING SIDE, \ AND 24' BETWEEN UNITS FOR PROPER AIRFLOW. N A 2. MINIMUM OUTDOOR OPERATING AMBIENT IN COOLING ?Cj MODE I5 55"F, MAX. 125 3. SERIES DESIGNATION IS THE 13TH POSITION OF THE UNIT MODEL NUMBER. 4. CENTER OF GRAVITY S. 5. ALL DIMENSIONS ARE IN 'INCHES' UNLESS NOTED. A SO. M AIR DISCHARGE AIR 10 DISCHARGE DISCHARGE \ f / G j 3 - -_ �" No IIIIIIIIIIIIIIIIIIII ri .. FIELD CONTROL IIIIIIIIIIIIIIIIIIII - �� B SUPPLY 7 /8' HOLE I �I� rifir)' . W // i i m. .� �I �� `AIR IN I FIELD POWER SUPPLY COMM. l • II IIIIIIIII - -_ i F 0 7/8' HOLE WITH II 951 1/8' KNOCKOUT ,, V IIIIIIIIIIIIIIIIIIII �.. �.�.�J CIA IN 03/8' N LIQUID LINE CONN 1.':',:sae,2, � IIIIIIIIIIIIIIIIIIII VIII ,i � , � _✓ • ....... &,* �4 O ; � � C 31 • __ _ ! 1 718' 313/16' � E 1 + 0 D VAPOR LINE CONN. L 1 1 1 /8 " -" K AIR IN lANIMUM 153/8' TIEDOWN KNOCKOUT MT SCE MOWING PAD (21 PLACES - 26' X 26' 18,24,30 31 1/2' X 31 1/2' _ 36,42,48,60 35' X 35' • DIMENSIONS - SI . UIIT SERFS CHARAAC�SSTTIC5 A B C D E F G K L M N P KEW ) NOWT () DIMENSIONS . x W x M 25HCO318 0 X 0 0 0 792.2 735.0 95.2 15.9 161.7 627.1 231.8 71.4 12.7 355.6 374.6 355.6 18.1 01.2 622.3 X 001.1 X 821.1 25HC8324 0 X 0 0 0 712.2 735.0 95.2 15.1 161.1 627.1 231.8 71.4 12.1 396.9 425.4 366.3 03.0 05.2 622.3 X 101.7 X 827.1 25HC8330 0 X 0 X 0 712.2 993.8 95.2 19.0 166.1 827.1 231.8 71.4 12.1 419.1 393.7 431.0 13.4 106.6 822.3 X 101.1 X 1005.8 25006335 0 X 0 X X 809.0 820.6 95.2 19.0 166.1 722.3 231.0 71.4 12.7 406.4 419.1 342.9 12.1 109.3 917.6 X 918.8 X 912.8 2511C8342 0 X 0 X X 869.0 993.6 98.4 22.2 106.1 722.3 231.8 74.6 15.9 438.2 405.8 400.0 119.3 133.8 917.6 X 998.1 X 1085.8 25HC8348 0 X 0 X X 869.0 820.6 98.4 22.2 186.7 722.3 231.8 74.6 15.9 482.6 402.8 368.3 128.4 142.0 911.1 X 118.1 X 912.8 25HCO360 0 X 0 X X _ 669.0 993.6 98.4 22.2 106.1 722.3 231.0 74.0 15.9 482.6 482.6 482.1 135.6 150.1 917.6 X 998.1 X 1005.8 X = YES NOTES: A A 0 = NO 1. ALLOW 112.0 CLEARANCE 70 SERVICE SIDE OF UNIT, 1211.2 ABOVE UNIT, 152.4 ON ONE SIDE, 304.8 ON REMAINING SIDE, g M AND 609.6 BETWEEN UNITS FOR PROPER AIRFLOW. 2. MINIMUM OUTDOOR OPERATING AMBIENT IN COOLING MODE IS 13'C, MAX. 52 3. SERIES DESIGNATIN IS THE 10TH POSITION OF THE UNIT MODEL NUMBER. 4. CENTER OF GRAVITY (9. 5. ALL DIMENSIONS ARE IN 'NM' UNLESS NOTED. A - SQ. M AIR IN AIR AIR DISCHARGE DISCHARGE \ t 1 I �•- vD J 0 0 0 00 ` $ . C `� \ � \A� 1111111 1111111111111 11111 _ 'i FIEL PP IIIIIIIIIIIIIIII III III 1 1111• B 22.23 HOLE Il X11111111111 111111 AIR IN--- 1 I FIELD P���NNWEEER SUPPLY COON. � `�` Jl 1 F 28 ?38 OUT • 1 $010011•100 I �� IIIII�ii�IIIIIIIIIII 1111 ; •' AIR IN LIQUID LIME C NN. 0 P .�`\ \.�`` ��,, ' •, N I ,• ,_ IIIIIIIIIIIIIIIIIIII 1111 �� I ~�i,, � � - -- C 8e 9 0 - •..II_ 47.6 96. B � � . 1 _ 1 1 T .r..--..... OD VAPOR LINE CONN. L 26.6 - K - tAIR IN MAIM UJIT SIZE AIITINO PAD 09.53 TIEDONN KNOCKOUT DIMENSIONS 121 PLACES - 660.4 X 660.4 18,24,30 000.1 X 800.1 36,42,48,60 889.0 X 888.0 25HCB3 25HCB3 25HCB3 BALANCE POINT WORKSHEET 8 . . . . .- -. _ . . . . - . . . . . . . . . . . . . . - 23.4 _ 1 1 I I ■ I 1 1 1 1 1 ■ 1 I 1 1 1 1 I 1 1 1 1 1 I 1 1 25HCB360A •—~— I — —I —J— — L— L -1 — -1— — J— •— L- 1———— ' — J— L—L——— I—-I—J —•— — I—- 1 — -1 —J— —L —L —I—— -J-4— — FX4CNB060 1 1 1 1 1111 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 — — _ — — — — r — ___ -,- - 1 -_ --_i --- ,- 1•r•r--- 1—- 1. -7— — r _,_— ,- 1 — . - r - r -, - -,- - r -,- _,_____ 1 1 1 L 1 1 1 J 1 1 — I 1 J 1 1 I 5 J L I J ._ L I I I —L 1 1 1 1 L l 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 I 1 1 I 1 1 1 1 1 I 1 1 1 1 1 1 70 . . . . . . . . 20.5 1 1 1 1 1 1 1 1 1 1 1 1 I 1 1 1 1 1 1 1 I 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 I 1 1 1 1 1 1 1 J -1— 1114 _L 1 1 1 1 1 1 1 1 1 1 1 1111 1 1 1 I 1 1 1 1 1 1 I 1 1 1 1 '-1—-.1—.——.— - r - r -, - -,- _ ,_ r - r --- ,-- 1 - 1 - - 1-- ,_ _, _1_ r — i _, — - _7 — r -r - ----- _1_ ✓ .1111 L 1 1 I I 1 1 1 1 1 1 1 I I J L 1 1 1 I 1 1 1 I _ 4 _ L _ I_ — —_ J_ J— 1— l — Z 1 1 1 1 1 1 1 1 1 I 1 I 1 1 1 1 1 1 1 1 I 1 1 1 1 1 1 1 1 I 1 1 I I I - 60 17.6 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 I I 1 25HCB348A W ._,_ _1__I_J— _ L— L_1__I— _J_L_L- 1——— J — J- 1— L— _- 1—- 1 —J —L— _1_ — J — . _L— L. -1 — —I— _1 —I. —I._ I 1 1 1 1 1 I I I I I 1 1 1 1 1 - 1 1 1 1 - - -- I I I I I 1 FX4CNF048 - r - , - _ -r -r-I - -1- - 7-r-r - r - 1 1 - r - r - - 1-- 1 -1 -r- i 1 -1 - r r-1- -I- - f Q 1 1 1 I 1 1 1 I I I I 1 1 1 1 1 1 I I I 1 I � � 25HCB342A UJ 50 ■ I I I I 1 I 1 I I 1 1 I I 1 1 1 1 1 1 1 1 1 P ". FX4CNF042 - 14.6 1 I / I 1 1 1 1 I 1 1 1 1 1 1 I 11 __�__� — ' 1 1 I 1 1 I 1 � � ' // _1_J__ _ — 1 � _ 25HC8336A `/ 1 1 , 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 J — 1 — — 1 I 1 I _ FX4CNF036 W ▪ 03 ' - r 1 - - 1 - 1 — — r r - 1 — - 1 — — 1 — r — r — I ——— — 1 1 — r — r — — 1 1 - 1 — 1 1 - 1 — - 1 — r — I — • _ 1_ _1 1 1 — I — 1 — 1 - - 1_ 1 1 1 1 1 1 1 1 _ 1 ii i _ _ • — 1 — — — I — 1— _ _ 25HC8330A Z 1 1 - 1 I I 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 I 1 1 1 40 FX4CNF030 - 11.7 F -- r -;- -;- - — — I I t r r 1 r .�C r r 1 Z _ _ l _ I__I_ p = Q 1 1 1 I 1 1 — — 1 — 1 1 1 1 1 T_ _ _,_ _,_ 1 _ _ 1 - 1 1 I 1 I 1 1 1 1 1 — 1 - — 7 —r—r—I———-1-1 — r—r — U)< 1 I I 25HCB324A J OPPIP i J L FX4CNF024 Q I 1 o 1 UJ _ - ; ;- ,��gi 25HCB318A CU PO - r FX4CNF018 - 5.9 Z - I ' 1 1 - 1 �- 1 - r 1- -1 7- r r r — 1 — 1 — r r 00 00 0 0111 1 1 Q 1 1 1 1 1 1 1 1 1. 1 1 —1- 1-1—-1———-— J —--1- J D . -' _ I __ 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 I - 1 1 I 1 1 1 1 1 1 1 1 1 1 1 1 1 CO 10 J 2.9 l r r i : 1 r : : : 1 BASED ON INDOOR ENT. AIR ■ ' ' ' : AT 70 °F (21 °C) AND AT RATED CFM - — 1 1 1 I 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 I 1 1 1 1 1 1 I 1 1 1 1 I 1 1 1 1 I 1 1 1 1 11 1 1 I 1 1 1 .—r __ - -_ - i - i - .- -1- 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 1 , 1 1 1 1 1 1 1 1 1 0 , , . , r0.0 -' 0 ( -23) 0 (17.78) 10 (- 12.22) 20 ( -6.67) 30 ( -1.11) 40 (4.44) 50 (10) 60 (15.56) 70 (21.11) 80 (26.67) OUTDOOR TEMPERATURE, °F ( °C) . 4 , , CLEARANCES Clearances (various examples) Wall 6 " 152.4 mm) 24" Service 24" 12" (609.6) (304.8) Service 12" 6„ (304.8) 152.4) 12" (304.8) 12" (304.8) Wall 24" 24" 24 " (609.6) (609.6) (609.6) Service Service Service 24" 24" 24" (609.6) (609.6) (609.6) Note: Numbers in () = mm A07833 25HCB3 COMBINATION RATINGS ARI Ref. Model Furnace Model Cooling High Tamp Low Temp - No. Number Number Model Number Number Capacity EER SEER E E COP HSPF H H COP Capacity Capacity 3033385 25HCB318A30 tFV4ANF018 17100 10.5 13 18000 3.38 7.7 10700 2.2 3033416 25HCB318A30 FE4ANF002 +UI 17500 12 15 16800 3.62 8.2 10100 2.38 3033417 25HCB318A30 FF1ENP018 17100 10.5 13 18000 3.4 7.7 10700 2.22 ' 3033418 25HCB318A30 FF1 ENP024 17200 10.8 13.2 17600 3.4 7.7 10700 2.24 3033419 25HCB318A30 FV48NF002 17500 12 15 16800 3.62 8.2 10100 2.38 3033414 25HCB318A30 FX4CNF018 17400 11.7 14.5 17700 3.6 8 10300 2.34 3033415 251-4C6318A30 FX4CNF024 17600 12 14.5 17300 3.62 8.2 10300 2.38 3033413 25HCB318A30 FY4ANF024 17100 10.5 13 18000 3.4 7.7 10700 2.22 3033387 25HCB318A30 CAP * *1814A*" 58CV(A,X)070 -12 17000 11.5 14 17100 3.36 7.7 10000 2.26 3033420 25HC8318A30 CAP * *1814A ** 58PH*045 -08 17000 11.5 14 17400 3.46 7.7 10200 2.32 3033386 25HCB318A30 CAP * *1814A * * +TDR . 17100 10.5 13 18000 3.34 7.7 10600 2.2 3033389 25HCB318A30 CAP **2414A ** 58CV(A,X)070 -12 17200 11.7 14.5 17300 3.5 7.8 10100 2.32 3033421 25HCB318A30 CAP**2414A "* 58PH*045 -08 17500 12 14.75 17700 3.64 8.2 10300 2.38 3033388 25HC8318A30 CAP **2414A * * +TDR 17300 10.8 192 18000 3.48 7.6 10700 2.26 3033392 25HCB318A30 CAP **2417A ** 58CV(A,)0090 -16 17300 12 14.5 17400 3.54 7.9 10100 2.34 3121362 25HCB318A30 CAP **2417A*" 58MEB040 - 12 _ 17800 12 15 17800 3.82 8.2 10300 2.46 3121363 25HC6318430 CAP **2417A ** 58ME8060 -12 17700 12 15 17700 3.72 8.2 10200 2.42 3033391 25HCB318A30 CAP **2417A** 58MV(B,C)060 -14 17200 12 14.5 17400 3.52 7.8 10100 2.32 3033390 25HCB318A30 CAP **2417A * * +TDR 17300 10.8 13.2 18000 3.48 7.8 10700 2.26 3033406 25HCB318A30 CNPF*2418A * * +TDR 17300 10.8 13.2 18000 3.54 7.9 10800 2.28 3033404 25HCB318A30 CNPH*2417A ** 58CV(A,X)070 -12 17200 11.7 14.5 17400 3.54 7.9 10100 2.34 C'*) 3033405 25HCB318A30 CNPH*2417A ** 58CV(A,X)090 -16 17200 12 14.5 17500 3.58 7.9 10100 2.34 CO 3121366 25HC8318A30 CNPH*2417A ** 58MEB040 -12 17700 12 15 17800 3.78 8.2 10300 2.42 U 3121367 25HCB318A30 CNPH*2417A ** 58MEB060 -12 17400 12 15 17600 3.66 8.2 10200 2.38 2. 3033401 25HCB318A30 CNPH*2417A ** 58MV(B,C)040 -14 17200 11.7 14.5 17400 3.56 7.9 10100 2.34 U7 3033402 25HC9318A30 CNPH*2417A ** 58MV(B,C)060 -14 17200 11.7 14.5 17400 3.56 7.9 10100 2.34 CV 3033403 25HCB318A30 CNPH*2417A ** 58MV(B,C)080 -14 17200 11.7 14.5 17500 3.58 7.9 10100 2.34 3033424 25HCB318A30 CNPH*2417A ** 58PH*045 -08 17400 12 14.75 17700 3.66 8.1 10300 2.38 3033400 25HCB318A30 CNPH*2417A** +TOR 17300 10.8 13.2 18000 3.54 7.9 10800 2.28 3033394 25HCB318A30 CNPV*181410* 58CV(A,X)070 -12 17100 11.7 14.5 17400 3.48 7.8 10100 2.3 3033422 25HCB318A30 CNPV *1814A** 58PH*045 -08 17200 11.5 14.5 17600 3.54 8 10200 2.32 3033393 25HCB318A30 CNPV *1814A * * +TDR 17200 10.5 13 18000 3.48 7.8 10700 2.26 3033396 25HCB318A30 CNPV*2414A** 58CV(A,X)070 -12 17200 11.7 14.5 17400 3.54 7.9 10100 2.34 3033423 25HCB318A30 CNPV*2414A** 58PH*045 -08 17400 12 14.75 17700 3.66 8.1 10300 2.38 3033395 25HC6318A30 CNPV*2414A * * +TDR 17300 10.8 13.2 18000 3.54 7.8 10800 2.26 3033399 25HCB318A30 CNPV*2417A** 58CV(A,X)090 -16 17200 12 14.5 17500 3.58 7.9 10100 2.34 3121364 25HCB318A30 CNPV*2417A** 58MEB040 -12 17700 12 15 17800 3.78 8.2 10300 2.42 - 3121365 25HC8318A30 CNPV*2417A** 58MEB060 -12 17400 12 15 17600 3.66 8.2 10200 2.38 3033398 251-06318430 CNPV*2417A ** 58MV(B,C)060 -14 17300 11.7 14.5 17400 3.56 7.9 10100 2.34 3033397 25HCB318A30 CN PV*2417A**+ TOR 17300 10.8 13.2 18000 3.54 7.9 10800 2.28 3033411 25HCB318A30 CSPH*2412A ** 58CV(A,X)070 -12 17300 12 14.5 17400 3.52 7.9 10100 232 .. 3033412 25HCB318A30 CSPH*2412A ** 58CV(A,X)090 -16 17400 12 14.5 17500 3.56 7.9 10100 2.34 3121368 25HCB318A30 CSPH *2412A ** 58MEB040 -12 17700 12 15 17700 3.72 8.2 10200 2.4 3121369 25HC6318A30 CSPH*2412A ** 58ME6060 -12 17400 12 15 17400 3.58 8 10100 2.36 3033408 25HCB318A30 CSPH *2412A ** 58MV(B,C)040 -14 17400 12 14.5 17400 3.54 7.9 10100 2.34 3033409 25HCB318A30 CSPH•2412A** 58MV(B,C)060 -14 17400 12 14.5 17400 3.54 7.9 10100 2.34 3033410 25HCB318A30 CSPH*2412A ** 58MV(B,C)080 -14 17400 12 14.5 17500 3.56 7.9 10100 2.34 3033425 25HCB318A30 CSPH*2412A ** 58PH*045 -08 17600 12 14.75 17700 3.64 8 10200 2.36 3033407 25HCB318A30 ' CSPH•2412A * * +TDR 17500 10.8 132 18000 3.54 7.9 10800 2.25 3033426 25HCB324A30 tFY4ANF024 22600 10.5 13 24000 3.54 8.2 15000 2.48 3033512 25HCB324A30 FE4AN(B,F)003 +UI 23400 12 15 23000 3.76 8.5 14200 2.66 3033511 25HCB324A30 FE4ANF002 +UI _ 23200 11.7 14.5 23200 3.78 8.5 14300 2.64 3033510 25HCB324A30 FFI ENP'024 22800 10.7 13 24000 3.54 8.2 15200 2.46 3033507 25HCB324A30 FFIENP030 22800 10.4 13 24200 3.56 8 15100 2.48 3033509 25HCB324A30 FV4BN(8.F)003 23400 12 14.5 23000 3.78 8.5 14300 2.66 3033508 25HCB324A30 FV4BNFOO2 23200 11.7 14.5 23200 3.8 8.5 14400 2.66 3033505 25HC8324A30 FX4CNF024 23000 11.4 14 23800 3.72 8.3 14600 2.6 3033506 25HCB324A30 FX4CNF030 23400 11.7 ' 14.5 23600 3.84 8.5 14600 2.66 3033504 25HCB324A30 FY4ANF030 23000 10.6 13.2 24000 3.64 8.4 15100 2.52 3033436 25HC8324A30 CAP **2414A ** 58CV(A,X)070 -12 22600 11.5 14 23400 3.62 8.3 14300 2.58 3033427 25HCB324A30 CAP **2414A** 58PH*045 -08 22800 11.5 14 23800 3.68 8.4 14500 2.6 3033435 25HC8324A30 CAP **24144* * +1DR 22800 10.5 13 24400 3.6 8.3 15100 2.5 3033439 25HCB324A30 CAP **2417A** 58CV(A,X)090 - 16 22800 11.7 14.5 23400 3.66 8.4 14300 2.6 3121370 25HCB324A30 CAP**2417A ** 58ME6040 -12 23000 12 14.5 23600 3.82 8.5 14500 2.66 3121371 25HCB324A30 CAP **2417A ** 58MEB060 -12 23000 12 14.5 23600 3.84 8.6 14500 2.68 3121372 25HCB324A30 CAP **2417A ** 58MEB080 -12 23000 12 14.5 22600 3.8 8.6 14500 2.66 3033438 25HCB324A30 CAP **2417A ** 58MV(B,C)060 -14 22800 11.7 14.5 23400 3.64 8.4 14300 2.58 3033437 25HCB324A30 CAP **2417A * * +TDR 22800 10.5 13 24400 as 8.3 15100 2.5 3033441 25HCB324A30 CAP * *3014A ** 58CV(A,X)070 -12 23000 11.7 14.5 23000 3.64 8.4 14400 2.6 3033428 25HCB324A30 CAP * *3014A ** 58PH*045 -08 23200 11.5 14.5 23000 3.7 8.5 14500 2.62 3033440 25HCB324A30 CAP * *3014A * * +TDR 23000 10.6 13 23400 3.56 8.3 15200 2.52 3033444 25HCB324A30 CAP * *3017A** 58CV(A,X)090 -16 23000 11.7 14.5 23000 3.68 8.5 14300 2.62 3121373 25HCB324A30 CAP * *3017A ** 58MEB040 -12 23400 12 14.5 22600 3.82 8.6 14500 2.7 3121374 25HCB324A30 CAP * *3017A ** 58MEB060 -12 23400 12 14.5 22600 3.82 8.5 14500 2.7 3121375 25HCB324A30 CAP * *3017A ** 58MEB080 -12 23200 12 14.5 22800 3.8 8.5 14500 2.68 3033443 25HCB324A30 CAP * *3017A** 58MV(B,C)060 -14 23000 11.7 14.5 23000 3.68 8.5 14300 2.62 3033442 25HC8324A30 CAP * *3017A * * +TDR 23000 10.6 13 23400 3.56 8.3 15200 2.52 3033479 25HCB324A30 CNPF*2418A** +TD11 22800 10.5 13 24400 3.68 8.5 15200 2.52 3033462 25HCB324A30 CNPH*2417A ** 58CV(A,X)070 -12 22600 11.5 14 23400 3.68 8.4 14400 2.58 3033463 25HC8324430 CNPH*24 17A ** 58CV(A,X)090 -16 22800 11.6 14.5 23400 3.72 8.5 14400 2.62 - 3033464 25HCB324A30 CNPH•2417A** 58CV(A,X)110 -20 22800 11.5 14 23400 3.7 8.5 14400 2.6 3033465 25HCB324A30 CNPH*2417A ** 58CV(A))135 -22 22800 11.5 14 23400 3.7 8.5 14400 2.6 3033466 25HCB324A30 CNPH*2417A*" 58CV(A,X)155 -22 22800 11.5 14 23400 172 8.5 14400 2.6 3121382 25HCB324A30 CNPH*2417A ** 58ME6040 -12 22800 11.5 14.5 23600 3.82 8.5 14500 2.64 3121383 25HC8324A30 CNPH*2417A** 58ME6060 -12 22800 11.5 14.5 23600 3.84 8.5 14500 2.66 3121384 25HCB324A30 CNPH*2417A*• 58ME6080 -12 22800 11.5 14.5 22600 3.8 8.6 14500 2.64 See notes on pg. 33 12 COMBINATION RATINGS CONTINUED • ARI Ref. Model Furnace Model Cooling High Temp Low Temp No. Number Coil Model Number Number Capacity EER SEER E E COP HSPF H H COP - Capacity Capacity 3033456 25HCB324A30 CNPH *2417A ** 58MV(B,C)040 -14 22800 11.5 14 23400 3.7 8.5 14400 2.6 3033457 25HCB324A30 CNPH*2417A ** 58MV(B,C)060 -14 22800 11.5 14 23400 3.7 85 14400 2.6 3033458 25HCB324A30 CNPH *2417A ** 58MV(B,C)080 -14 22800 11.5 14 23400 3.7 8.5 14400 2.6 3033459 25HCB324A30 CNPH *2417A ** 58MV(B,C)080 -20 22800 11.5 14 23400 3.7 8.5 14400 2.6 3033460 25HCB324A30 CNPH*2417A ** 58MV(8,C)100 -20 22800 11.5 14 23400 3.72 8.5 14400 2.6 3033461 25HCB324A30 CNPH*2417A** 58MV(B,C)120 -20 22600 11.5 14 23400 3.66 8.4 14400 2.58 3033431 25HCB324A30 CNPH*2417A*• 58PH*045 -08 22800 11.5 14 23800 3.72 8.5 14500 2.6 3033455 25HCB324A30 CNPH*2417A** +TDR 22800 10.5 13 24400 3.68 8.5 15200 2.52 3033474 25HCB324A30 CNPH *3017A *• 58CV(A,X)070 -12 23000 11.7 14.5 23000 166 8.5 14300 2.6 3033475 25HCB324A30 CNPH•3017A ** 58CV(A,X)090 -16 23000 11.7 14.5 23000 3.7 8.5 14300 2.62 3033476 25HCB324A30 CNPH *3017A•• 58CV(A,X)110 -20 23000 11.7 ' 14.5 23000 3.7 8.5 14400 2.62 3033477 25HCB324A30 CNPH *3017A ** 58CV(A,X)135 -22 23200 11.7 14.5 23000 3.7 8.5 14400 2.62 3033478 25HC8324A30 CNPH*3017A ** 58CV(A))155 -22 23200 11.7 14.5 23000 3.7 8.5 14300 2.64 3121385 25HC5324A30 CNPH *3017A•• 58MEB040 -12 23400 12 14.5 22600 3.82 8.6 14500 2.7 3121386 25HCB324A30 CNPH*3017A•* 58MEB060 -12 23400 12 14.5 22600 3.82 8.5 14600 2.7 3121387 25HCB324A30 CNPH*3017A** 58MEB080 -12 23200 12 _ 14.5 22600 3.8 8.5 14500 2.68 3033468 25HCB324A30 CNPH*3017A** 58MV(B,C)040 -14 23000 11.7 14.5 23000 168 8.5 14400 2.62 3033469 _ 25HCB324A30 CNPH•3017A** 58MV(B,C)060 -14 23000 ' 11.7 14.5 23000 3.68 8.5 14300 2.62 3033470 25HCB324A30 CNPH*3017A** 58MV(B,C)080 -14 23000 11.7 14.5 23000 168 8.7 14400 2.62 3033471 25HCB324A30 CNPH*3017A ** 58MV(B,C)080 -20 23000 11.7 14.5 23000 3.68 8.5 14400 2.62 3033472 25HCB324A30 CNPH *3017A•• 58MV(B,C)100 -20 23200 11.7 14.5 23000 3.7 8.5 14400 2.62 3033473 25HCB324A30 CNPH*3017A** 58MV(B,C)120 -20 23000 11.7 14.5 23000 3.66 8.5 14300 2.8 CO 3033432 25HCB324A30 CNPH•3017A ** 58P11*045 -08 23200 11.5 14.5 23000 172 8.6 14500 2.64 m 3033467 25HCB324A30 CNPH*3017A•* +TDR 23000 10.6 13 23400 3.56 8.3 15200 2.52 V 3033446 25HCB324A30 CNPV*2414A ** 58CV (A,X)070 - 12 22600 11.5 14 23400 3.68 8.4 14400 2.58 l 3033429 25HC8324A30 CNPV*2414A ** 58PH•045 -08 22800 11.5 14 23800 3.72 ' 8.5 14500 2.6 N 3033445 25HCB324A30 CNPV•2414A*• +TDR 22800 10.5 13 24400 3.68 8.5 15200 2.52 3033449 25HCB324A30 CNPV•2417A** 58CV(A,X)090 -16 22800 11.5 14.5 23400 172 8.5 14400 2.62 3121376 25HCB324A30 CNPV*2417A** 58MEB040 -12 22800 11.5 14.5 23600 3.82 8.5 14500 2.84 3121377 25HCB324A30 CNPV *2417A ** 58MEB060 -12 22800 11.5 14.5 23600 384 8.5 14500 2.66 3121378 25HCB324A30 CNPV*2417A ** 58MEB080 -12 22800 11.5 14.5 ' 22600 3.8 8.5 14500 2.64 3033448 25HCB324A30 CNPV*2417A** 58MV(B,C)060 -14 22800 11.5 14 23400 3.7 8.5 14400 2.6 3033447 25HCB324A30 CNPV*2417A** +TDR 22800 10.5 13 24400 3.68 8.5 15200 2.52 3033451 25HCB324A30 CNPV *3014A ** 58CV(A,X)070 -12 23000 11.7 14.5 23000 3.66 8.4 14400 2.6 3033430 25HCB324A30 CNPV *3014A•• 58PH•045 -08 23200 11,5 14.5 23000 3.68 8.5 14500 2.62 3033450 25HCB324A30 CNPV *3014A ** +TDR 23000 10.6 13 23400 3.56 8.3 15200 2.52 3033454 25HCB324A30 CNPV *3017A•• 58CV(A,X)090 -16 23000 11.7 14.5 23000 3.7 8.5 14300 2.62 3121379 25HCB324A30 CNPV *3017A ** 58ME8040 -12 23400 12 14.5 22600 3.82 8.6 14500 2.7 3121380 25HCB324A30 CNPV *3017A ** 58MEB060 -12 23400 12 14.5 22600 3.82 8.5 14600 2.7 - 3121381 25HCB324A30 CNPV *301711•* 58MEB080 -12 23200 12 14.5 22600 3.8 8.5 14500 2.68 3033453 25HCB324A30 CNPV*3017A** 58MV(B.C)060 - 14 23000 11.7 14.5 23000 3.68 8.5 14300 2.62 3033452 25HCB324A30 CNPV•3017A•* +TDR 23000 10.6 13 23400 156 8.3 15200 2.52 3033487 25HCB324A30 CSPH*2412A ** 58CV(A,X)070 -12 22800 11.6 14.5 23400 3.7 8.5 14400 - 2.6 3033488 25HCB324A30 CSPH*2412A ** 58CV(A,X)090 - 16 22800 11.7 14.5 23400 174 86 14400 2.62 3033489 25HCB324A30 CSPH•2412A ** 58CV(A,X)110 -20 22800 11.5 14 23400 172 8.5 14500 2.6 3033490 25HCB324A30 CSPH•2412A*• 58CV(A,X)135 -22 22800 11.7 14.5 23400 3.74 8.6 14500 2.6 3033491 25HCB324A30 CSPH•2412A ** 58CV(A))155 -22 22800 11.7 14.5 23400 3.74 8.6 14400 2.62 3121388 25HCB324A30 CSPH *2412A ** 58MEB040 -12 23000 12 14.5 23400 3.82 8.6 14500 2.64 3121389 25HCB324A30 CSPH*2412A ** 58MEB060 -12 23200 11.5 14.5 23400 3.84 8.5 14500 2.66 3121390 25HCB324A30 CSPH *2412A ** 58MEB080 -12 23000 11.5 14.5 23400 18 8.5 14500 2.64 3033481 25HCB324A30 CSPH*2412A** 58MV(B,C)040 -14 22800 11.5 14 23400 172 8.5 14500 2.6 3033482 25HCB324A30 CSPH*2412A ** 58MV(B,C)060 -14 22800 11.7 14.5 23400 3.72 85 14400 2.6 3033483 25HCB324A30 CSPH•2412A ** 58MV(B,C)080 -14 22800 11.5 14 23400 3.74 85 14500 2.6 3033484 25HCB324A30 CSPH*2412A** 58MV(B,C)080 -20 22800 11.6 14.5 23400 3.72 85 14400 2.6 3033485 25HCB324A30 CSPH*2412A** 58MV(B,C)100 -20 22800 11.7 14.5 23400 3.74 88 14500 2.62 3033486 25HCB324A30 CSPH*2412A•* 58MV(B,C)120 -20 22800 11.5 14 23400 3.7 8.5 14400 2.58 3033433 25HCB324A30 CSPH•2412A ** 58PH•045 -08 23000 11.5 14 23600 3.74 8.5 14500 2.6 3033480 25HC8324A30 CSPH*2412A ** +TDR 22800 10.6 13 24200 3.68 8.5 15200 2.54 3033499 25HC8324A30 CSPH *3012A ** 58CV(A,X)070 -12 23000 11.7 14.5 22800 3.64 8.4 14400 2.6 3033500 25HCB324A30 CSPH*3012A *• 58CV(A,X)090 -16 23000 11.7 14.5 22800 3.68 85 14400 2.62 3033501 25HCB324A30 CSPH *3012A ** 58CV(A,X)110 - 20 23000 11.7 14.5 22800 3.68 8.5 14400 2.62 3033502 25HCB324A30 CSPH *3012A•` 58CV(A,X)135 -22 23000 11.7 14.5 22800 3.68 8.5 14400 2.62 3033503 25HCB324A30 CSPH *3012A ** 58CV(A,X)155 -22 23000 11.7 14.5 22800 3.68 8.5 14400 2.62 3121391 25HCB324A30 CSPH *3012A ** 58MEB040 -12 23400 12 14.5 22600 378 8.6 14500 2.68 3121392 25HC8324A30 CSPH *3012A ** 58MEB060 -12 23400 ' 12 14.5 22600 3.8 85 14500 2.7 3121393 25HC8324A30 CSPH•3012A ** 58MEB080 -12 23200 12 14.5 22600 176 8.6 14500 2.66 3033493 25HC8324A30 CSPH *3012A•• 58MV(B,C)040 -14 23000 11.7 14.5 22800 166 8.5 14400 2.6 3033494 25HC8324A30 CSPH*3012A** 58MV(B,C)060 -14 23000 11.7 14.5 22800 3.66 ' 8.5 14400 2.6 3033495 25HCB324A30 CSPH•3012A•` 58MV(B,C)080 -14 23000 11.7 14.5 22800 3.66 8.5 14400 2.6 3033496 25HCB324A30 CSPH•3012A•• 58MV(B,C)080 -20 23000 11.7 14.5 22800 3.66 8.5 14400 2.6 3033497 25HCB324A30 CSPH•3012A** 58MV(B,C)100 -20 23000 11.7 14.5 22800 3.88 8.5 14400 2.62 3033498 25HCB324A30 CSPH •3012A** 58MV(B,C)120 -20 23000 11.7 14.5 22800 3.84 84 14400 2.6 3033434 25HC6324A30 CSPH*3012A** 58PH*045 -08 23400 12 14.5 23000 3.7 85 14500 2.62 _ 3033492 25HCB324A30 CSPH *3012A ** +TDR 23000 10.6 13 23200 3.56 8.3 15200 2.52 3033513 25HCB330A30 v tFY4ANF030 30000 108 13 30000 3.46 8 18700 2.38 3033608 25HCB330A30 FE4AN(B.F)003 +UI 30000 12 14 29800 3.56 ' 82 17800 2.48 3033607 25HCB330A30 FE4ANF002 +1JI 30000 11.5 14 30000 3.56 82 18000 2.48 3033609 25HC8330A30 FF1ENP030 29800 10.8 13 30000 3.4 7.7 18600 2.36 3033610 25HCB330A30 FFIENP036 30000 10.8 13 30000 3.48 8 18700 2.38 3033612 25HCB330A30 FV4BN(B,F)003 30000 12 14 29800 3.56 8.2 17800 2.48 3033611 25HCB330A30 FV4BNFOO2 30000 11.5 14 30000 3.58 82 18000 2.48 3033613 25HC8330A30 FX4CN(B,F)036 30000 11.5 14 30000 3.68 8.2 18500 2.5 3033606 25HCB330A30 FX4CNF030 30000 11.5 14 30000 3.6 8.2 18300 2.46 3033605 25HC8330A30 FY4ANF036 30000 10.7 13 30000 3.46 8 18800 2.38 3033529 25HCB330A30 CAP * *3014A ** 58CV(A,X)070 -12 30000 11.5 14 30000 3.44 8 18000 2.42 3033528 25HCB330A30 CAP * *3014A ** +TDR 30000 10.8 13 30000 3.46 8 18800 2.38 See notes on pg. 33 13 COMBINATION RATINGS CONTINUED ARI Ref. Model Fumac• Model Cooling High Temp Low Tamp - No. Number Coll Model Number Numb Capacity EER SEER Cap E COP HSPF Capacity H COP 3033532 25HCB330A30 CAP * *3017A ** 58CV(A,X)090 -16 30000 11.5 14 29800 3.46 8 17800 2.44 3121394 25HCB330A30 CAP * 58MEB040 -12 30000 11.5 14 29800 3.58 8.1 18000 2.48 3121395 25HCB330A30 CAP * *3017A ** 58MEB060 -12 30000 11.5 14 30000 3.6 8.2 18100 2.48 3121396 25HCB330A30 CAP * *3017A ** 58MEB080 - 12 30000 11.5 14 29800 3.56 8.1 18000 2.48 3121397 25HCB330A30 CAP• *3017A" 58MEB080 -16 30000 11.5 14 30000 3.62 92 18200 2.5 3033531 251 CAP * *3017A** 58MV(B,C)060 -14 30000 11.5 14 29800 3.44 8 17900 2.42 703' 25HCB330A30 CAP• *3017A" 58PH*070 -16 30000 11 14 30000 3.5 8 18100 2.44 3033530 25HCB330A30 CAP * *3017A• * +TDR 30000 10.8 13 30000 3.46 8 18800 2.38 3033534 25HCB330A30 CAP * *3614A ** 58CV(A,X)070 - 12 30000 11.5 14 30000 3.46 8 18000 2.42 3033533 25HCB330A30 CAP * *3614A * * +TDR 30000 10.8 13 30000 3.5 8 18800 2.4 3033537 25HCB330A30 CAP * *3617A" 58CV(A,X)090 -16 30000 11.5 14 29800 3.5 8 17800 2.46 3121398 25HCB330A30 CAP•*3617A ** 58MEB040 -12 30000 11.5 14 30000 3.62 8.2 18000 2.5 3121399 25HCB330A30 CAP **3617A•* 58MEB060 -12 30000 11.5 14 30000 3.62 8.2 18100 2.5 3121400 25HCB330A30 CAP• *3617A'* 58MEB080 -12 30000 11.5 14.5 30000 3.6 92 18000 2.5 3121401 25HCB330A30 CAP * *3617A ** 58MEB080 -16 30000 _ 11.5 14 30000 3.66 8.3 18200 2.5 3033536 251 CAP * *3617A ** 58MV(B,C)060 -14 30000 11.5 14 29800 3.46 8 17900 2.44 3033515 25HCB330A30 CAP * *3617A ** 58PH*070 -16 30000 11 14 30000 3.54 8.2 18200 2.46 3033535 25HC8330A30 CAP"3617A * * +TDR 30000 10.8 13 30000 3.5 8 18800 2.4 3033542 25HCB330A30 CAP * *3621A** 58CV(A))110 -20 30000 11.5 14 29800 3.52 8 17900 2.46 3033539 25HCB330A30 CAP * *3621A ** 58MV(B,C)080 -14 30000 11.5 14 30000 3.5 8 17900 2.46 3033540 25HCB330A30 CAP * *3621A ** 58MV(B,C)080 -20 30000 11.5 14 29800 3.48 8 17900 2.44 M 3033541 25HCB330A30 CAP * *3621A ** 58MV(B,C)100 -20 30000 11.5 14 29800 3.5 8 17900 2.46 m 3033516 25HCB330A30 CAP**3621A** 58P1.l*090 -16 30000 11.5 14.5 30000 3.62 8.2 18100 2.5 0 3033538 25HCB330A30 CAP * *3621A * * +TDR 30000 10.8 13 30000 3.5 8 18800 2.4 = 3033580 25HCB330A30 CNPF *3618A * * +TDR 30000 10.8 13 30000 3.48 8 18800 2.38 LO 3033563 25HCB330A30 CNPH'3017A ** 58CV(A))070 -12 30000 11.5 14 30000 3.46 8 18000 2.42 lV 3033564 25HCB330A30 CNPH *3017A ** 58CV(A,X)090- 16 30000 11.5 14 29800 3.48 8 17900 2.44 3033565 25HCB330A30 CNPH*3017A ** 58CV(A,X)110 - 20 30000 11.5 14 29800 3.48 8 17900 2.44 3033566 25HCB330A30 CNPH *3017A ** 58CV(A,X)135 - 22 30000 11.5 14 29800 3.48 8 17900 2.46 3033567 25HCB330A30 CNPH *3017A** 58CV(A,X)155 -22 30000 11.5 14 29800 3.5 8 17900 2.46 3121410 25HCB330A30 CNPH *3017A ** 58MEB040 -12 30000 11.5 14 29800 3.58 8.1 18000 2.48 3121411 25HCB330A30 CNPH'3017A** 58MEB060 -12 30000 11.5 14 30000 3.58 8.1 18100 2.48 3121412 25HCB330A30 CNPH *3017A ** 58MEB080 -12 30000 11.5 14 29800 3.56 8.1 18000 2.48 3121413 25HCB330A30 CNPH *3017A ** 58MEB080 - 16 30000 11.5 14 30000 3.8 8.2 18200 2.48 3033557 25HCB330A30 CNPH *3017A ** 58MV(B,C)040 -14 30000 11.5 14 30000 3.44 8 17900 2.42 3033558 25HCB330A30 CNPH *3017A ** 58MV(B,C)060 -14 30000 11.5 14 29800 3.44 8 17900 2.42 3033559 25HCB330A30 CNPH *3017A ** 58MV(B,C)080 - 14 30000 11.5 14 30000 3.46 8 18000 2.44 - 3033560 25HCB330A30 CNPH *3017A ** 58MV(B,C)080 - 20 30000 11.5 14 30000 3.46 8 17900 2.42 3033561 25HCB330A30 CNPH *3017A ** 58MV(B,C)100 -20 30000 11.5 14 29800 3.46 8 17900 2.44 3033562 25HC8330A30 CNPH•3017A" 58MV(B,C)120 -20 30000 11.5 14 29800 3.46 8 17900 2.44 3033520 25HCB330A30 CNPH*3017A" 58P1 - 16 30000 11 14 30000 3.5 8.1 18100 2.44 - 3033521 25HC8330A30 CNPH *3017A" 58PH *090 -16 30000 11.5 14 30000 3.52 8.1 18000 2.46 3033556 25HCB330A30 CNPH *3017A " +TDR 30000 10.8 13 30000 3.48 8 18800 2.38 3033575 25HC8330A30 CNPH*3617A ** 58CV(A,X)070 -12 30000 11.5 14 30000 3.46 8 18000 2.42 3033576 25HCB330A30 CNPH*3617A *• 58CV(A,X)090 - 16 30000 11.5 14 29800 3.48 8 17900 2.44 3033577 25HCB330A30 CNPH *3617A ** 58CV(A,X)110 -20 30000 11.5 14 29800 3.48 8 17900 2.44 3033578 25HCB330A30 CNPH•3617A ** 58CV(A,X)135 -22 30000 11.5 14 29800 3.48 8 17900 2.46 3033579 25HCB330A30 CNPH *3617A ** 58CV(A,X)155 - 22 30000 11.5 14 29800 3.5 8 17900 2.46 3121414 25HCB330A30 CNPH *3617A ** 58ME8040 -12 30000 11.5 14 29800 3.58 8.1 18000 2.48 3121415 25HCB330A30 CNPH*3617A** 58MEB060 -12 30000 11.5 14 30000 3.58 8.1 18100 2.48 3121416 25HCB330A30 CNPH *3617A 58MEB080 -12 30000 11.5 14 29800 3.56 8.1 18000 2.48 3121417 25HCB330A30 CNPH *3617A ** 58MEB080 -16 30000 11.5 14 30000 3.6 8.2 18200 2.48 3033569 25HCB330A30 CNPH *3617A ** 58MV(B,C)040 -14 30000 11.5 14 30000 3.44 8 17900 2.42 3033570 25HCB330A30 CNPH *3617A ** 58MV(B,C)060 -14 30000 11.5 14 29800 3.44 8 17900 2.42 3033571 25HCB330A30 CNPH *3617A ** 58MV(B,C)080 -14 30000 11.5 14 30000 3.46 8 18000 2.44 3033572 25HC8330A30 CNPH *3617A ** 58MV(B,C)080 -20 30000 11.5 14 30000 3.46 8 17900 2.42 3033573 25HCB330A30 CNPH *3617A ** 58MV(B,C)100 -20 30000 11.5 14 29800 3.46 8 17900 2.44 3033574 25HCB330A30 CNPH *3617A• 58MV(B,C)120 -20 30000 11.5 14 29800 3.46 8 17900 2.44 3033522 25HCB330A30 CNPH *3617A ** 58PH *070 -16 30000 11 14 30000 3.5 8.1 18100 2.44 30 25HCB330A30 CNPH *3617A ** 58PH•090 -16 30000 11.5 14 30000 3.52 ' 8.1 18000 2.46 3033568 25HCB330A30 CNPH *3617A * * +MDR 30000 10.8 13 30000 3.48 8 18800 2.38 3033544 25HCB330A30 CNPV *3014A ** 58CV (A,X)070 - 30000 11.2 13.5 30000 3.44 8 18000 2.42 3033543 25HCB330A30 CNPV *3014A * * +TDR 30000 10.8 13 30000 3.48 8 18800 2.38 3033547 25HCB330A30 CNPV'3017A ** 58CV (A, X)090 - 16 30000 11.5 14 29800 3.48 8 17900 2.44 3121402 25HCB330A30 CNPV *3017A ** 58ME6040 -12 30000 11.5 14 29600 3.58 8.1 18000 2.48 3121403 25HCB330A30 CNPV *3017A" 58MEB060 -12 30000 11.5 14 30000 3.58 8.1 18100 2.48 3121404 25HCB330A30 CNPV *3017A" 58MEB080 - 12 30000 11.5 14 29600 3.56 8.1 18000 2.48 3121405 25HCB330A30 CNPV *3017A ** 58MEB080 -16 30000 11.5 14 30000 3.6 8.2 18200 2.48 3033546 25HCB330A30 CNPV*3017A** 58MV(B,C)060 -14 30000 11.5 14 29600 144 8 17900 2.42 3033517 25HCB330A30 CNPV *3017A" 58PH *070 -16 30000 11 14 30000 as 8.1 18100 2.44 3033545 25HC8330A30 CNPV•3017A• * +1DR 30000 10.8 13 30000 3,48 8 18800 2.38 3033550 25HCB330A30 CNPV *3617A ** 58CV(A,X)090 -16 30000 11.5 14 29600 3.48 8 17900 2.44 3121406 25HC8330A30 CNPV *3617A" 58MEB040 -12 30000 11.5 14 29800 3.58 8.1 18000 2.48 3121407 25HC8330A30 CNPV *3617A" 58MEB060 -12 30000 11.5 14 30000 3.58 8.1 18100 2.48 3121408 25HC8330A30 CNPV *3617A ** 58MEB080 -12 30000 11.5 14 29800 3.56 8.1 18000 2.48 3121409 25HCB330A30 CNPV•3617A ** 58MEB080 -16 30000 11.5 14 30000 3.6 8.2 18200 2.48 3033549 25HC8330A30 CNPV*3617A ** 58MV(B,C)060 -14 30000 11.5 14 29800 3.44 8 17900 2.42 3033518 25HCB330A30 CNPV *3617A ** 58PH *070 -16 30000 11 14 30000 3.5 8.1 18100 2.44 3033548 25HCB330A30 CNPV•3617A " +TDR 30000 10.8 13 30000 3.48 8 18800 2.38 3033555 25HCB330A30 CNPV*3621A" 58CV(A,X)110 -20 30000 11.5 14 29800 3.48 8 17900 2.44 3033552 25HCB330A30 CNPV *3621A" 58MV(B,C)080 -14 30000 11.5 14 30000 3.46 8 18000 2.44 - 3033553 25HCB330A30 CNPV *3621A" 58MV(B,C)080 -20 30000 11.5 14 29800 3.46 8 17900 2.44 3033554 25HCB330A30 CNPV *3621A ** 58MV(B,C)100 -20 30000 11.5 14 29800 3.46 8 17900 2.44 3033519 25HC8330A30 CNPV *3621A" 58PH *090 -16 30000 11.5 14 30000 3.54 8.1 18000 2.46 3033551 25HCB330A30 CNPV *3621A * * +TDR 30000 10.8 13 30000 3.48 8 18800 2.38 3033588 25HCB330A30 CSPH *3012A ** 58CV(A,X)070 -12 30000 11.5 14 30000 3.48 8 18000 2.42 3033589 25HCB330A30 CSPH•3012A" 58CV(A,X)090 -16 30000 11.5 14 29800 3.48 8 17900 2.44 See notes on pg. 33 14 COMBINATION RATINGS CONTINUED ARI Ref. Model Furnace Model I Cooling High Temp Low Tamp No. Number Coil Model Number Number Capacity EER SEER E E co P HSPF H H COP Capacity Capacity 3033590 25HCB330A30 CSPH *3012A ** 58CV(A,X)110 -20 30000 11.5 14 30000 3.5 8 18000 2.44 30'43581 25HCB330A30 CSPH*3012A*" 58CV(A,X)135 -22 30000 11.5 14 30000 as 8 17900 2.46 ' 3033592 25HCB330A30 CSPH*3012A*• 58CV(A))155 -22 30000 11.5 14 30000 as 8 17900 2.46 3121418 25HC8330A30 CSPH 58MEB040 -12 30000 11.5 14 29800 3.56 8.1 18000 2.48 3121419 25HC8330A30 CSPH•3012A** 58MEB060 -12 30000 11.5 14 30000 358 8.1 18100 2.48 3121420 25HCB330A30 CSPH*3012A** 58MEB080 -12 30000 11.5 14 29800 3.54 8.1 18000 2.46 3121421 25HCB330A30 CSPH*3012A** 58MEB080 -16 30000 11.5 14 30000 as 8.2 18200 2.48 3033582 25HCB330A30 CSPH*3012A** 58MV(B,C)040 -14 30000 11.5 14 30000 348 8 18000 2.42 3033583 25HCB330A30 CSPH•3012A** 58MV(8,C)060 -14 30000 11.5 14 30000 3.46 8 18000 2.42 3033584 25HCB330A30 CSPH•3012A.* 58MV(B,C)080 -14 30000 11.5 14 30000 3.46 8 18000 2.42 3033585 25HCB330A30 CSPH*3012A** 58MV(B,C)080 -20 30000 11.5 14 30000 3.46 8 18000 2.44 3033586 25HCB330A30 CSPH•3012A•* 58MV(B,C)100 -20 30000 11.5 14 30000 3.48 8 18000 2.44 3033587 25HCB330A30 CSPH*3012A ** 58MV(B,C)120 -20 30000 11.5 14 29800 3.48 8 17900 2.44 3033524 25HCB330A30 CSPH *3012A ** 58PH*070 -16 30000 11 14 30000 3.48 8.1 18100 2.44 3033525 25HCB330A30 CSPH*3012A** 58PH*090 -16 30000 11.5 14 30000 15 8.1 18000 2.44 3033581 25HCB330A30 CSPH•3012A** +TDR 30000 10.8 13 30000 3.5 8 18800 2.4 3033600 25HCB330A30 CSPH*3612A** 58CV(A,X)070 -12 30000 11.5 14 30000 36 82 18100 2.48 3033601 25HCB330A30 CSPH*3612A•• 58CV(A)X)090 -16 30000 12 14 30000 3.62 8.2 18000 2.5 3033602 25HCB330A30 CSPH *3612A ** 58CV(A,X)110 -20 30000 12 14 30000 3.64 8.2 18000 2.5 3033603 25HCB330A30 CSPH *3612A ** 58CV(A,X)135 -22 30000 12 14 30000 364 8.2 18000 2.5 3033604 25HC8330A30 CSPH *3612A•• 58CV(A.X)155 -22 30000 12 14 30000 364 8.2 17900 2.52 3121422 25HC8330A30 CSPH *3612A ** 58MEB040 -12 30000 12 14.5 30000 376 8.3 18100 2.54 co 3121423 25HCB330A30 CSPH *3612A ** 58MEB060 -12 30000 12 14.5 30000 3.78 8.3 18200 2.56 CO 3121424 25HCB330A30 CSPH *3612A ** 58MEB080 -12 30000 12 14.5 30000 374 8.3 18100 2.54 U 3121425 25HCB330A30 CSPH *3612A** 58MEB080 -16 30000 11.5 14.5 30000 3.8 8.4 18300 2.56 I 3033594 25HCB330A30 CSPH *3612A** 58MV(B,C)040 -14 30000 11.5 14 30000 3.58 82 18000 2.48 N 3033595 251-ICB330A30 CSPH *3612A•• 58MV(B,C)060 -14 30000 11.5 14 30000 158 8.2 18000 2.48 3033596 25HCB330A30 CSPH*3612A** 58MV(B,C)080 -14 30000 11.5 14 30000 3.6 8.2 18100 2.48 3033597 25HCB330A30 CSPH *3612A** 58MV(B,C)080 -20 30000 11.5 14 30000 36 8.2 18000 2.48 3033598 2511C8330A30 CSPH*3612A** 58MV(B,C)100 -20 30000 12 14 30000 3.62 8.2 18000 2.5 3033599 25HCB330A30 CSPH *3612A ** 58MV(B,C)120 - 20 30000 12 14 30000 3.58 8.2 18000 2.48 3033526 25HCB330A30 CSPH *3612A** 58PH•070 -16 30000 11.5 14 30000 368 8.2 18300 2.5 3033527 25HCB330A30 CSPH *3612A ** 58PH•090 -16 30000 12 14.5 30000 3.72 8.3 18200 2.52 3033593 25HCB330A30 CSPH *3612A ** +TDR 30000 10.8 13 30000 3.64 8.2 18900 2.44 3033614 25HCB330A50 tFY4ANF030 30000 10.8 13 30000 3.46 8 18700 2.38 3033709 25HC8330A50 FE4AN(B,F)003+ U I 30000 12 14 29800 ' 3.56 8.2 17800 2.48 3033708 25HCB330A50 FE4ANF002+ UI 30000 11.5 14 30000 3.56 8.2 18000 2.48 3033710 25HCB330A50 FF1ENP030 29800 10.8 13 30000 34 7.7 18600 2.36 3033711 25HC8330A50 FF1ENP036 30000 10.8 13 30000 3.48 8 18700 2.38 3033713 25HCB330A50 FV4BN(B,F)003 30000 12 14 29800 156 8.2 17800 2.48 3033712 25HCB330A50 FV48NF002 30000 11.5 14 30000 3.56 8.2 18000 2.48 3033714 25HCB330A50 FX4CN(B,F)036 30000 11.5 14 30000 3.68 8.2 18500 2.5 3033707 25HCB330A50 FX4CNF030 30000 11.5 14 30000 3.6 82 18300 2.46 3033706 25HC8330A50 FY4ANF036 30000 10.7 13 30000 346 8 18800 ' 2.38 3033630 25HC8330A50 CAP••3014A ** 58CV(A,X)070 - 12 30000 11.5 14 30000 3.44 8 18000 2.42 3033629 25HCB330A50 CAP• *3014A ** +TDR 30000 10.8 13 30000 3.46 8 18800 2.38 3033633 25HCB330A50 CAP * *3017A ** 58CV(A,X)090 - 16 30000 11.5 14 29800 3.46 8 17800 2.44 3122607 25HCB330A50 CAP * *3017A ** 58MEB040 -12 30000 11.5 14 29800 3.58 8.1 18000 2.48 3122608 25HCB330A50 CAP * *3017A** 58MEB060 -12 30000 11.5 14 30000 3.6 8.2 18100 2.48 3122609 25HCB330A50 CAP * *3017A ** 58ME6080 -12 30000 11.5 14 29800 3.56 8.1 18000 2.48 3122610 25HCB330A50 CAP * *3017A ** 58MEB080 -16 30000 11.5 14 30000 362 8.2 18200 2.5 3033632 25HCB330A50 CAP• *3017A** 58MV(B,C)060 -14 30000 11.5 14 29800 344 8 17900 2.42 3033615 25HCB330A50 CAP * *3017A** 58PH*070 -16 30000 11 14 30000 3.5 8 18100 2.44 3033631 25HCB330A50 CAP*•3017A ** +TDR 30000 108 13 30000 3.46 8 18800 2.38 3033635 25HCB330A50 CAP• *3614A** 58CV(A.X)070 -12 30000 11.5 14 30000 346 8 18000 2.42 3033634 25HC8330A50 CAP * *3614A ** +TDR 30000 10.8 13 30000 3.5 8 18800 2.4 3033638 25HCB330A50 CAP**3617A** 58CV(A,X)090 - 16 30000 11.5 14 29800 35 8 17800 2.46 3122611 25HC8330A50 CAP**3617A** 58MEB040 -12 30000 11.5 14 30000 3.62 8.2 18000 2.5 3122612 25HCB330A50 CAP**3617A** 58ME8060 -12 30000 11.5 14 30000 3.62 8.2 18100 2.5 3122613 25HCB330A50 CAP * *3617A ** 58MEB080 -12 30000 11.5 14.5 30000 3.6 8.2 18000 2.5 3122614 25HCB330A50 CAP**3617A** 58ME6080 -16 30000 11.5 14 30000 3.66 . 8.3 18200 2.5 3033637 25HCB330A50 CAP**3617A** 58MV(B,C)060 -14 30000 11.5 14 29800 3.48 8 17900 2.44 3033616 25HCB330A50 CAP**3617A** 58PH*070 -16 30000 11 14 30000 154 8.2 18200 2.46 3033636 25HCB330A50 CAP **3617A ** +TDR 30000 10.8 13 30000 35 8 18800 2.4 3033643 25HCB330A50 CAP * *3621A** 58CV(A,X)110 -20 30000 11.5 14 29800 3.52 8 17900 2.46 3033640 25HCB330A50 CAP••3621A•' 58MV(B,C)080 -14 30000 11.6 14 30000 as 8 17900 2.46 3033641 25HCB330A50 CAP**3621A** 58MV(B,C)080 -20 30000 11.5 14 29800 3.48 8 17900 2.44 3033642 25HCB330A50 CAP * *3621A** 58MV(B,C)100 -20 30000 11.5 14 29800 3.5 8 17900 2.46 3033617 25HCB330A50 CAP *3621A•* 58PH*090 -18 30000 11.5 14.5 30000 3.82 8.2 18100 2.5 3033639 25HC8330A50 CAP * *3621A ** +TDR 30000 ' 10.8 13 30000 3.5 8 18800 2.4 3033681 25HCB330A50 CNPF *3618A•* +TDR 30000 10.8 13 30000 3.48 8 18800 2.38 3033664 25HCB330A50 CNPH *3017A** 58CV(A,X)070 -12 30000 11.5 14 30000 3.46 8 18000 2.42 3033665 25HCB330A50 CNPH•3017A•* 58CV(A,X)090 -16 30000 11.5 14 29800 3.48 8 17900 2.44 3033666 25HCB330A50 CNPH*3017A** 58CV(AX)11 -20 30000 11.5 14 29800 3.48 8 17900 2.44 3033667 25HC8330A50 CNPH*3017A•* 58CV(A,X)135 -22 30000 11.5 14 29800 3.48 8 17900 2.46 3033668 25HC8330A50 CNPH 3017A** 58CV(A,X)155 -22 30000 11.5 14 29800 3.5 8 17900 2.46 3122623 25HC8330A50 CNPH*3017A•* 58ME8040 -12 30000 11.5 14 29800 558 81 18000 2.48 3122624 25HC8330A50 CNPH*3017A•* 58MEB060 -12 30000 11.5 ' 14 30000 358 8.1 18100 2.48 3122625 25HCB330A50 ' CNPH*3017A ** 58ME8080 -12 30000 11.5 14 29800 356 31 18000 2.48 ' 3122626 25HCB330A50 CNPH•3017A** 58MEB080 -16 30000 11.5 14 30000 3.6 82 18200 2.48 3033658 25HCB330A50 CNPH*3017A ** 58MV(B,C)040 -14 30000 11.5 14 30000 344 8 17900 2.42 3033659 25HCB330A50 CNPH*3017A** 58MV(B,C)060 -14 30000 11.5 14 29800 344 8 17900 2.42 3033660 25HCB330A50 CNPH*3017A ** 58MV(B,C)080 -14 30000 11.5 14 30000 346 8 18000 2.44 3033661 25HCB330A50 CNPH•3017A ** 58MV(B,C)080 -20 30000 11.5 14 30000 3.46 8 17900 2.42 3033662 25HC8330A50 CNPH *3017A ** 58MV(B,C)100 -20 30000 11.5 14 29800 3.46 8 17900 2.44 3033663 25HCB330A50 CNPH•3017A *• 58MV(B,C)120 -20 30000 11.5 14 29800 3.46 8 17900 2.44 See notes on pg. 33 15 COMBINATION RATINGS CONTINUED ARI Ref. Model 1 Furnace Model Cooling High Temp Low Temp - No NuOthM Coil Model Number Number Capacity EER SEER Capacity E COP HSPF Capacity y H COP 3033621 25HCB330A50 CNPH *3017A ** 58PH *070 -16 30000 11 14 30000 3.5 8.1 18100 2.44 3033622 25HCB330A50 ' CNPH *3017A ** 58PH *090 -16 30000 11.5 14 30000 3.52 8.1 18000 2.46 3033657 25HCB330A50 CNPH *3017A•* +TDR 30000 10.8 13 30000 3.48 8 18800 2.38 3033676 25HCB330A50 CNPH*3617A** 58CV(A,X)070 - 12 30000 11.5 14 30000 3.46 8 18000 2.42 3033677 25HCB330A50 CNPH*3617A** 58CV(A,X)090 -16 30000 11.5 14 29600 148 8 17900 2.44 3033678 25HCB330A50 CNPH*3617A** 58CV(A,X)110 -20 30000 11.5 14 29800 148 8 17900 2.44 3033679 25HCB330A50 CNPH*3617A** 58CV(A,X)135 -22 30000 11.6 14 29800 3.48 8 17900 2.46 3033680 25HCB330A50 CNPH*3617A** 58CV(A,X)155 -22 30000 11.5 14 29800 3.5 8 17900 2.46 3122627 25HCB330A50 CNPH*3617A** 58MEB040 -12 30000 11.5 14 29800 3.58 8.1 18000 2.48 3122628 25HC8330A50 CNPH *3617A" 58MEB060 -12 30000 11.5 14 30000 3.58 8.1 18100 2.48 3122629 25HC8330A50 CNPH*3817A ** 58MEB080 -12 30000 11.5 14 29800 3.56 8.1 18000 2.48 3122630 25HCB330A50 CNPH*3617A" 58MEB080 -16 ' 30000 11.5 14 30000 3.6 8.2 18200 2.48 3033670 25HCB330A50 CNPH*3617A** 58MV(B,C)040 -14 30000 11.5 14 30000 3.44 8 17900 2.42 3033671 ' 25HCB330A50 CNPH*3617A** 58MV(B,C)060 -14 30000 11.5 14 29800 3.44 8 17900 2.42 3033672 25HCB330A50 CNPH*3617A** 58MV(B,C)080 -14 30000 11.5 14 30000 3.46 8 18000 2.44 3033673 25HCB330A50 CNPH*3617A ** 58MV(B,C)080 -20 30000 11.5 14 30000 3.46 8 17900 2.42 3033674 25HCB330A50 CNPH*3817A** 58MV(8,C)100 -20 30000 11.5 14 29800 3.46 8 17900 2.44 3033675 25HCB330A50 CNPH*3617A** 58MV(B,C)120 -20 30000 11.5 14 29800 3.46 8 17900 2.44 3033623 25HCB330A50 CNPH•3617A•* 58PH *070 - 16 30000 11 14 30000 3.5 8.1 18100 2.44 3033624 25HCB330A50 CNPH*3617A** 58P14*090 -16 30000 11.5 14 30000 3.52 8.1 18000 2.46 3033669 25HC8330A50 CNPH *3617A * * +TDR 30000 ' 10.8 13 30000 3.48 8 18800 2.38 Cl 3033645 25HCB330A50 CNPV *3014A *• 58CV(A,X)070 -12 30000 11.2 13.5 30000 3.44 8 18000 2.42 CD 3033644 25HCB330A50 CNPV•3014A• * +TDR 30000 10.8 13 30000 148 8 18800 2.38 U 3033648 25HCB330A50 CNPV *3017A ** 58CV(A,X)090 -16 30000 11.5 14 29800 3.48 8 17900 2.44 I 3122615 25HCB330A50 CNPV *3017A ** 58MEB040 -12 30000 11.5 14 29800 3.58 8.1 18000 2.48 CV 3122616 25HCB330A50 CNPV•3017A** 58MEB060 -12 30000 11.5 14 30000 3.58 8.1 18100 2.48 N 3122617 ' 25HCB330A50 CNPV•3017A** 58MEB080 -12 30000 11.5 14 29800 3.56 8.1 18000 2.48 3122618 25HCB330A50 CNPV *3017A•" 58MEB080 -18 30000 11.5 14 30000 3.8 8.2 18200 2.48 3033647 25HCB330A50 CNPV *3017A** 58MV(B,C)060 -14 30000 11.5 ' 14 29800 3.44 8 17900 2.42 3033618 25HCB330A50 CNPV *3017A** 58PH*070 -16 30000 11 14 30000 3.5 6.1 18100 2.44 3033646 25HCB330A50 CNPV *3017A * * +TDR 30000 10.8 13 _ 30000 3.48 8 18800 2.38 3033651 25HCB330A50 CNPV*3617A** 58CV(A,X)090 -16 30000 11.5 14 29800 3.48 8 17900 2.44 3122619 25HCB330A50 CNPV *3617A0* 58MEB040 -12 30000 11.5 ' 14 29800 3.58 8.1 18000 2.48 3122620 25HCB330A50 CNPV *3617A ** 58MEB060 -12 30000 11.5 14 30000 3.58 8.1 18100 2.48 3122621 25HCB330A50 CNPV *3617A ** 58ME5080 -12 30000 11.5 14 29800 156 8.1 18000 2.48 3122622 25HCB330A50 CNPV *3617A ** 58MEB080 -16 30000 11.5 14 30000 3.6 8.2 18200 2.48 3033650 251-1CB330A50 CNPV *3617A ** 58MV(B,C)060 -14 30000 11.5 14 29800 3.44 8 17900 2.42 3033619 25HCB330A50 CNPV *3617A ** 58PH*070 -16 30000 11 14 30000 3.5 8.1 18100 2.44 3033649 25HC8330A50 CNPV•3617A * * +TDR 30000 10.8 13 30000 3.48 8 18800 2.38 3033656 25HCB330A50 CNPV•3621A•* 58CV(A,X)110 -20 30000 11.5 14 29800 3.48 8 17900 2.44 3033653 25HCB330A50 CNPV•3621A•* 58MV(B.C)080 -14 30000 11.5 14 30000 3.46 8 18000 2.44 3033654 25HCB330A50 CNPV*3621A ** 58MV(B,C)080 -20 30000 11.5 14 29800 3.46 8 17900 2.44 3033655 25HCB330A50 CNPV•3621A** 58MV(B.C)100 -20 30000 11.5 14 29800 3.46 8 17900 2.44 3033620 25HCB330A50 CNPV *3621A ** 58PH*090 -16 30000 11.5 14 30000 3.54 8.1 18000 2.48 3033652 25HCB330A50 CNPV *3621A• * +1DR 30000 10.8 13 30000 3.48 8 18800 2.38 3033689 25HCB330A50 CSPH *3012A ** 58CV(A,X)070 -12 30000 11.5 14 30000 3.46 8 18000 2.42 3033690 25HCB330A50 CSPH *3012A ** 58CV(A,X)090 -16 30000 11.5 14 29800 3.48 8 17900 2.44 3033691 25HC8330A50 CSPH *3012A ** 58CV(A,X)110 -20 30000 11.5 14 30000 3.5 8 18000 2.44 3033692 25HCB330A50 CSPH *3012A ** 58CV(A,X)135 -22 30000 11.5 14 30000 3.5 8 17900 2.46 3033693 25HC8330A50 CSPH *3012A** 58CV(A,X)155 -22 30000 11.5 14 30000 3.5 8 17900 2.46 3122631 25HCB330A50 CSPH*3012A** 58MEB040 -12 30000 11.5 14 29800 156 8.1 18000 2.48 3122632 25HCB330A50 CSPH *3012A*" 58MEB060 -12 30000 11.5 14 30000 3.58 8.1 18100 2.48 3122633 251-C8330A50 CSPH *3012A** 58MEB080 -12 30000 11.5 14 29800 3.54 8.1 18000 2.46 3122634 251-1CB330A50 CSPH *3012A ** 58MEB080 -16 30000 11.5 14 30000 3.6 8.2 18200 2.48 3033683 25HCB330A50 CSPH *3012A ** 58MV(B,C)040 -14 30000 11.5 14 30000 3.46 8 18000 2.42 3033684 25HCB330A50 CSPH•3012A*• 58MV(B,C)060 -14 30000 11.5 14 30000 3,46 8 18000 2.42 3033685 25HCB330A50 CSPH *3012A** 58MV(B,C)080 -14 30000 11.5 14 30000 3.46 8 18000 2.42 3033686 25HCB330A50 CSPH•3012A** 58MV(B,C)080 -20 30000 11.5 14 30000 3.46 8 18000 2.44 3033687 25HCB330A50 CSPH•3012A** 58MV(B,C)100 -20 30000 11.5 14 30000 3.48 8 18000 2.44 3033688 25HCB330A50 CSPH*3012A *• 58MV(B,C)120 -20 30000 11.5 14 29800 3.46 8 17900 2.44 3033625 25HCB330A50 CSPH *3012A ** 58PH•070 -16 30000 11 14 30000 3.48 8.1 18100 2.44 3033626 25HCB330A50 CSPH*3012A ** 58P1-1•090 -16 30000 11.5 14 30000 3.5 8.1 18000 2.44 3033682 25HC8330A50 CSPH *3012A** +TDR 30000 10.8 13 30000 3.5 8 18800 2.4 3033701 25HCB330A50 CSPH *3612A ** 58CV(A,X)070 - 12 30000 11.5 14 30000 3.6 8.2 18100 2.48 3033702 25HCB330A50 CSPH *3612A ** 58CV(A,X)090 -16 30000 12 14 30000 3.62 8.2 ' 18000 2.5 3033703 25HCB330A50 CSPH *3612A ** 58CV(A,X)110 -20 30000 12 14 30000 3.64 ' 8.2 18000 2.5 3033704 25HCB330A50 CSPH•3612A•* 58CV(A,X)135 -22 30000 12 14 30000 3.64 8.2 18000 2.5 3033705 25HCB330A50 CSPH *3612A ** 58CV(A,X)155 -22 30000 12 14 ' 30000 3.64 8.2 17900 2.52 3122635 25HC8330A50 CSPH *3612A ** 58MEB040 -12 30000 12 14.5 30000 3.76 8.3 18100 2.54 3122636 25HCB330A50 CSPH*3612A*" 58ME8060 -12 30000 12 14.5 30000 3.78 8.3 18200 2.56 3122637 25HCB330A50 CSPH *3612A** 58MEB080 -12 30000 12 14.5 30000 3.74 8.3 18100 2.54 3122638 25HCB330A50 CSPH *3612A** 58ME5080 -16 30000 11.5 14.5 30000 3.8 8.4 18300 2.56 3033695 25HCB330A50 CSPH *3612A ** 58MV(B,C)040 -14 30000 11.5 14 30000 3.58 8.2 18000 2.48 3033696 25HCB330A50 CSPH *3612A ** 58MV(B,C)060 -14 30000 11,5 14 30000 3.58 8.2 18000 2.48 3033697 25HCB330A50 CSPH *3612A ** 58MV(B,C)080 -14 30000 11.5 14 30000 3.6 8.2 18100 2.48 3033698 25HCB330A50 CSPH•3612A•* 58MV(B,C)080 -20 30000 11.5 14 30000 3.6 8.2 18000 2.48 3033699 25HCB330A50 CSPH•3612A** 58MV(B,C)100 -20 30000 12 14 30000 3.62 8.2 18000 2.5 3033700 25HCB330A50 CSPH•3612A•• 58MV(B,C)120 -20 30000 12 14 30000 3.58 8.2 18000 2.48 3033627 25HCB330A50 CSPH *3612A** 58PH *070 -16 30000 11.5 14 30000 3.88 8.2 18300 2.5 3033628 25HC8330A50 CSPH•3612A** 58PH*090 -16 30000 12 14.5 30000 3.72 8.3 18200 2.52 3033694 25HC8330A50 CSPH*3612A * * +TDR 30000 10.8 13 30000 3.64 8.2 18800 2.44 4 + ,. ;: l ., ,., Y IT4 TtIn'w. 7,.cti . .k r2 r 4 . `'" ? .x ,. 'S,..e:; a s a .r a. ' 3033715 25HC8336A30 tFY4ANF036 3 38 00 10.5 13 35600 3.54 7.9 21800 2.44 3033802 25HCB336A30 FE4AN(B,F)003 +UI 34200 11.7 14.5 34400 3.68 8.1 20800 2.58 3033801 25HCB336A30 FE4ANF002 +UI 33800 11.5 14 34600 3.64 8 21000 2.54 3033803 25HCB336A30 FFIENP036 33800 10.5 13 35400 3.52 7. 21800 2.44 3033805 25HCB336A30 FV4BN(B,F)003 34200 11.7 14. 34.400 3.68 8.1 20800 2.58 See notes on pg. 33 16 COMBINATION RATINGS CONTINUED ARI Ref. Model Furnace Model Cocaina High Tamp Low Tamp _ No. Number Cal Model Number Number Capacity EER SEER E E co P HSPF H H COP Capacity Capacity 3333804 25HCB336A30 FV48NFOO2 33800 11.5 14 34600 3.64 8 21000 2.54 3033799 25HCB336A30 FX4CN(B,F)036 34400 11.5 14 35000 3.72 8.2 21200 2.56 3033800 25HCB336A30 FX4CN(B,F)042 35000 11.5 14 34400 3.76 8.3 21400 2.6 3033798 25HCB336A30 FY4ANF042 34400 10.8 13 . 34800 3.6 8 22000 2.5 3033717 25HCB336A30 CAP " *3614A ** . 58CV(A,X)070 - 12 33600 11.2 13.5 34600 3.54 7.9 21000 2.5 3033806 25HCB336A30 CAP* *3614A** 58PH *045 -08 33600 11 13 35000 as 7.9 21400 2.48 3033716 25HCB336A30 CAP * *3614A ** +TDR 33600 10.8 13 35200 3.52 7.8 21600 2.46 3033720 25HCB336A30 CAP * *3617A** 58CV(A,X)090 -16 33800 11.5 14 34400 as 8 20800 2.54 3121426 25HC8336A30 CAP * *3617A** 58MEB040 -12 34000 11.5 14 34800 3.64 ' 8.1 21000 2.56 3121427 25HCB336A30 CAP *•3617A ** 58ME8060 - 12 34000 11.5 14 34600 3.86 8.1 21000 2.56 3121428 25HCB336A30 CAP * *3617A ** 58MEB080 -12 34000 11.5 14 34600 3.64 8.1 21000 2.56 3121429 25HC8336A30 CAP• *3617A** 58MEB080 -16 34000 11.5 14 34600 3.66 8.1 21000 2.56 3033719 2514C8336A30 CAP * *3617A** 58MV(B,C)060 -14 33800 11.5 14 34400 3.58 7.9 20800 2.52 3033807 25HCB336A30 CAP * *3617A ** 58PH*070 -16 33800 11.2 13.5 34800 3.58 7.9 21200 2.5 3033718 25HCB336A30 CAP * *3617A•• +TDR 33800 10.8 13 35400 3.56 7.9 21800 2.46 3033725 25HCB336A30 CAP* *3621A ** 58CV(A)0110 -20 34000 11.8 14 34400 364 8 20800 2.56 3121430 25HCB336A30 CAP••3621A ** 58MEB100 -20 34200 11.5 14.5 34400 3.66 8.1 20800 2.58 3033722 25HCB336A30 CAP* *3621A ** 58MV(B,C)060 - 14 33600 11.5 14 34400 3.56 7.9 20800 2.5 3033723 ' 25HC8336A30 CAP * *3621A ** 58MV(B,C)080 -20 33800 11.5 14 34400 36 8 20800 2.54 3033724 25HCB336A30 CAP*'3621A** 58MV(8,C)100 -20 33800 11.5 14 34400 3.6 8 20800 2.54 3033808 25HCB336A30 CAP *3621A ** 58PH - 16 34200 11.5 14.25 34600 3.68 8.1 20800 2.58 3033809 25HCB336A30 CAP * *3621A ** 58PH *110 -20 34400 11.5 14.25 34600 3.72 8.2 21000 2.6 M 3033721 251106336830 CAP * *3621A ** + TDR 33800 10.8 13 35400 3.56 7.9 21800 2.46 CO 3033730 25HCB336A30 CAP* *4221A ** 58CV(A,X)110 -20 34200 11.5 14 34400 3.68 8.1 20800 2.58 0 3121431 25HCB336A30 CAP * *4221A ** 58MEB100 -20 34400 11.5 14.5 34400 3.72 8.1 20800 2.6 2 3033727 25HCB336A30 CAP**4221A** 58MV(B,C)080 -14 33800 11.5 14 34400 3.6 8 21000 2.52 LO N 3033728 25HCB336A30 CAP• *4221A ** 58MV(B,C)080 -20 34000 11.5 14 34400 3.64 8.1 20800 2.56 3033729 25HCB336A30 CAP* *4221A ** 58MV(B,C)100 -20 34000 11.5 14 34400 3.66 8.1 20800 2.56 3033810 25HC8336A30 CAP* *4221A** 58PH*080 -16 34400 11.5 14.25 34400 3.78 8.2 21000 2.6 3033811 25HCB336A30 CAP* *4221A** 58PH *110 -20 34600 12 14.5 34600 3.78 8.2 21000 2.62 3033726 25HCB336A30 CAP**4221A ** +TDR 34200 10.8 13 35400 3.6 8 21800 2.48 3033734 25HCB336A30 CAP**4224A•• 58CV(A,X)135 -22 34200 11.7 14.5 34200 37 8.2 20800 2.58 3033735 25HCB336A30 CAP**4224A ** 58CV(A,X)155 -22 34200 11.7 14.5 34200 372 8.2 20600 2.6 3333732 25HCB336A30 CAP**4224A ** 58MV(B,C)040 - 14 34000 11.5 ' 14 34400 362 6 20800 2.54 3033733 25HCB336A30 CAP**4224A ** 58MV(B,C)120 - 20 34000 11.5 14 34200 366 8.1 20800 2.56 3033731 25HCB336A30 CAP**4224A ** +TDR 34200 10.8 13 35400 36 6 21800 2.48 3033773 25HC8336A30 CNPF *3618A ** +TDR 33800 10.8 13 35400 3.56 7.9 21800 2.46 3033756 25HCB336A30 CNPH*3617A** 58CV(A,X)070 -12 33600 11.2 13.5 34400 3.52 7.8 21000 2.5 3033757 25HCB336A30 CNPH*3617A ** 58CV(A)X)090 -16 33800 11.5 14 34400 3.56 7.9 20800 2.52 3033758 25HCB336A30 CNPH*3617A** 58CV(A,X)110 -20 33800 11.5 14 34400 3.58 7.9 20800 2.52 . 3033759 25HCB336A30 CNPH*3617A•• 58CV(A,X)135 -22 33800 11.5 14 34400 3.58 7.9 20800 2.54 3033760 25HCB336A30 CNPH *3617A ** 58CV(A,X)155 -22 33800 11.5 14 34200 as 8 20800 2.54 3121446 25HCB336A30 CNPH*3617A ** 58MEB040 -12 33800 11.5 14 34600 3.6 8 20800 2.54 3121447 25HCB336A30 CNPH*3617A ** 58MEB060 -12 33800 11.5 14 34600 3.58 8 21000 2.54 3121448 25HCB336A30 CNPH *3617A ** 58MEB080 -12 33800 11.5 14 34600 3.58 8 20800 2.52 3121449 2511CB336A30 CNPH*3617A ** 58MEB080 - 16 33800 11.5 14 34600 3.58 8 21000 2.52 3121450 25HCB336A30 CNPH•3617A ** 58MEB100 -20 33800 11.5 14 34200 3.56 8 20600 2.54 3033750 25HCB336A30 CNPH *3617A ** 58MV(B,C)040 -14 33600 11.2 13.6 34400 3.5 7.8 21000 2.48 3033751 25HCB336A30 CNPH *3617A ** 58MV(B,C)060 - 14 33600 11.5 14 34400 154 7.9 20800 2.52 3033752 25HCB336A30 CNPH*3617A•" 58MV(B,C)080 -14 33400 11.2 13.5 34400 3.5 7.8 21000 2.48 3033753 25HCB336A30 CNPH*3617A ** 58MV(B,C)080 -20 33600 11.5 14 34400 3.54 7.9 20800 2.5 3033754 25HCB336A30 CNPH*3617A** 58MV(B.C)100 - 20 33600 11.5 14 34400 3.56 7.9 20800 2.52 3033755 25HCB336A30 CNPH *3617A ** 58MV(B,C)120 -20 33600 11.5 14 34400 3.54 7.9 20800 2.52 3033817 25HCB336A30 CNPH"3617A** 58PH*045 -08 33600 11 13 35000 148 7.9 21400 2.46 3033818 25HCB336A30 CNPH *3617A ** 58PH*070 -16 33600 11 13.5 34600 3.52 7.9 21000 2.48 3033819 25HC8336A30 CNPH•3617A*• 58PH*090 -16 33800 11.5 14 34400 3.58 8 20800 2.54 3033820 25HC8336A30 CNPH*3617A ** 58PH *110 -20 34000 ' 11.5 14.25 34400 3.62 8 20800 2.56 3033749 25HCB336A30 CNPH *3617A ** +TDR 33800 10.8 13 35400 154 7.9 21800 2.46 3033768 25HCB336A30 CNPH *4221A** 58CV(A,X)070 - 12 34000 11.5 14 34600 3.64 8 21000 2.54 3033769 25HCB336A30 CNPH•4221A ** 58CV(A,X)090 -16 34200 11.5 14 34400 3.66 8.1 20800 2.56 3033770 25HCB336A30 CNPH *4221A** 58CV(A,X)110 -20 34200 11.5 14 34400 3.88 8.1 20800 2.58 3033771 25HCB336A30 CNPH•4221A ** 58CV(A,X)135 -22 34200 11.5 14 34400 3.68 8.1 20800 2.58 3033772 25HCB336A30 CNPH•4221A *• 58CV(A,X)155 -22 34200 11.7 14.5 34400 372 8.2 20800 2.6 3121451 25HCB336A30 CNP1.l*4221A ** 58MEB040 -12 34400 11.5 14 34600 3.72 8.2 21000 2.58 3121452 25HCB336A30 CNPH *4221A ** 58MEB060 -12 34400 11.5 14 34600 3.72 8.2 21000 2.58 3121453 25HC8336A30 CNPH *4221A ** 58MEB080 -12 34400 11.5 14 34600 3.7 8.2 21000 2.58 3121454 25HCB336A30 CNPH•4221A *• 58MEB080 - 16 34400 11.5 14 34600 3.72 8.2 21000 2.58 3121455 25HC8336A30 CNPH *4221A ** 58MEB100 -20 34200 11.5 14.5 34400 3.7 8.2 20800 2.58 3033762 25HC8336A30 CNPH•4221A** 58MV(B,C)040 -14 34000 11.5 14 34600 362 8 21000 2.52 3033763 25HC8336A30 CNPH 58MV(B,C)060 -14 34000 11.5 14 34400 364 8.1 20800 2.56 3033764 25HCB336A30 CNPH•4221A*• 58MV(B,C)080 - 14 33800 11.5 14 34600 3.6 8 21000 2.52 3033765 25HCB336A30 CNPH *4221A•* 58MV(B,C)080 - 20 34000 11.5 14 34400 3.84 81 21000 2.54 3033766 25HCB336A30 CNPH *4221A*` 58MV(B,C)100 - 20 34000 11.5 14 34400 3.66 8.1 20800 2.56 3033767 25HCB336A30 CNPH *4221A** 58MV(B,C)120 -20 34000 11.5 14 34400 366 8.1 20800 2.56 3033821 25HCB336A30 CNPH *4221A** 58PH•045 -08 34000 11 13.5 35000 3.6 8 21400 2.5 3033822 25HCB336A30 CNPH *4221A** 58PH*070 -16 34000 11 13.5 34800 3.64 8 21200 2.52 3033823 25HCB336A30 CNPH *4221A•• 58PH•090 -16 34400 11.5 14.25 34600 172 8 21000 2.58 3033824 25HCB336A30 CNPH *4221A•* 58PH *110 -20 34400 11.5 14.25 34600 3.76 8 21000 2.6 3033761 25HCB336A30 CNPH *4221A•* +TDR 34200 10.8 13 36400 3.62 8 21800 2.5 3033738 25HCB336A30 CNPV•3817A ** 58CV(A,X)090 - 16 33800 11.5 14 34400 3.56 7.9 20800 2.52 3121432 25HCB336A30 CNPV*3617A** 58MEB040 - 12 33800 11.5 14 34600 3.6 8 20800 2.54 3121433 2511CB336A30 CNPV *3617A ** 58MEB060 - 12 33800 11.5 14 34600 3.58 8 21000 2.54 3121434 251 CNPV *3617A** 58MEB080 - 12 33800 11.5 14 34600 3.58 8 20800 2.52 3121435 25HCB336A30 CNPV*3617A** 58MEB080 - 16 33800 ' 11.5 14 34600 3.58 8 21000 2.52 3033737 25HCB336A30 CNPV*3617A ** 58MV(B,C)060 - 14 33600 11.5 ' 14 34400 3.54 7.9 20800 2.52 3033812 25HCB336A30 CNPV *3617A ** 58PH*070 -16 33600 11 13.5 34600 152 7.9 21000 2.48 3033736 25HCB336A30 CNPV *3617A ** +TDR 33800 10.8 13 35400 3.56 7.9 21800 2.46 See notes on pg. 33 17 COMBINATION RATINGS CONTINUED ARI Ref. Modal Furnace Model Cooling High Temp Low Temp . No. Number Coil Model Number Number Capacity EER SEER Cam E COP HSPF Caws H COP 3033743 25HCB336A30 CNPV*3621A** 58CV(A,X)110 -20 33800 11.5 14 34400 3.58 7.9 20800 2.54 3121436 25HCB336A30 CNPV*3621A** 58MEB100 -20 33800 11.5 14 34400 3.58 8 20600 2.54 3033740 25HCB336A30 CNPV*3621A*" 58MV(B,C)080 -14 33400 11.2 13.5 34400 3.5 7.8 21000 2.48 3033741 25HCB336A30 CNPV *3621A ** 58MV(B,C)080 -20 33600 11.5 14 34400 3.54 7.9 20800 2.52 3033742 25HCB336A30 CNPV*3621A ** 58MV(B,C)100 - 20 33800 11.5 14 34400 3.56 7.9 20800 2.52 3033813 25HCB336A30 CNPV*3621A** 58PH•090 -16 34000 11.5 14 34400 3.6 8 20800 2.54 3033814 25HCB336A30 CNPV *3621A•• 58PH *110 -20 34000 11.5 14 34600 3.62 8 20800 2.56 3033739 25HCB336A30 CNPV *3621A• * +TDR 33800 10.8 13 35400 3.56 7.9 21800 2.46 3121439 25HCB336A30 CNPV *4217A** 58CV(A,X)090 -16 34400 11.5 14.5 34400 3.74 8.2 21000 2.58 3121441 25HCB336A30 CNPV *4217A ** 58MEB040 -12 34600 11.5 14.5 34400 3.78 8.3 21000 2.6 3121442 25HCB336A30 CNPV•4217A*• 58MEB060 -12 34600 11.5 14 34600 3.78 8.3 21200 2.6 3121443 25HCB336A30 CNPV *4217A ** 58MEB080 -12 34600 11.5 14.5 34400 3.76 63 21000 2.6 3121444 25HCB336A30 CNPV *4217A ** 58MEB080 -16 34600 11.5 14 34600 3.78 8.3 21200 2.6 3121438 25HCB336A30 CNPV•4217A ** 58MV(B,C)060 -14 34600 11.5 14 34600 3.76 8.2 21000 2.6 3121440 25HCB336A30 CNPV•4217A** 58PH•070 -16 34400 11 14 34600 3.7 8.2 21200 2.56 3121437 25HCB336A30 CNPV*4217A**+TDR 34600 10.5 13 35200 3.68 8.1 22000 2.52 3033748 25HCB336A30 CNPV•4221A*• 58CV(A,X)110 -20 34200 11.5 14 34400 3.68 8.1 20800 2.58 3121445 25HC8336A30 CNPV *4221A** 58ME6100 -20 34200 11.5 14.5 34400 3.7 8.2 20800 2.58 3033745 25HCB336A30 CNPV *4221A ** 58MV(B,C)080 - 14 33800 11.5 14 34600 3.6 8 21000 2.52 3033746 25HCB336A30 CNPV*4221A** 58MV(B,C)080 -20 34000 11.5 14 ' 34600 3.84 8.1 21000 2.54 3033747 25HCB336A30 CNPV•4221A *• 58MV(B,C)100 -20 34000 11.5 14 34400 3.66 8.1 20800 2.56 M 3033815 25HCB336A30 CNPV•4221A *• 58PH*090 -16 34400 11.5 14.5 ' 34600 3.72 8.2 21000 2.58 CD 3033816 25HCB336A30 CNPV *4221A ** 58PH *110 -20 34400 11.5 14.5 34600 176 8.2 21000 2.6 0 3033744 25HCB336A30 CNPV *4221A** +TDR 34200 10.8 13 35400 3.62 8 21800 2.5 I 3033781 25HCB336A30 CSPH*3612A** 58CV(A,X)070 -12 34400 11.5 14 34600 3.7 8.2 21000 2.56 U7 3033782 25HCB336A30 CSPH•3612A ** 58CV(A,X)090 -16 34600 11.7 14.5 34400 3.74 8.2 000 2.6 N 3033783 25HCB336A30 CSPH*3612A** 58CV(A,X)110 -20 34600 11.7 14.5 34400 3.76 8.3 21000 2.6 3033784 25HCB336A30 CSPH*3612A** 58CV(A,X)135 -22 34600 11.7 14.5 34400 3.76 8.3 20800 2.6 3033785 25HCB336A30 CSPH *3612A ** 58CV(A,X)155 -22 34600 11.7 14.5 34200 3.78 8.3 20800 2.62 3121456 25HCB336A30 CSPH*3612A** 58MEB040 -12 34800 11.5 14.5 34600 3.8 8.3 21000 2.62 3121457 25HCB336A30 CSPH *3612A** 58MEB060 -12 34800 11.5 14.5 34600 18 8.3 21200 2.62 3121458 25HCB336A30 CSPH•3612A•• 58MEB080 -12 34800 11.5 14.5 34600 178 8.3 21000 2.62 3121459 25HCB336A30 CSPH*3612A** 58MEB080 -16 34800 11.5 14.5 34600 as 8.3 21200 2.62 3121460 25HCB336A30 CSPH*3612A** 58MEB100 -20 34600 12 14.5 34400 178 8.3 20800 2.62 3033775 25HCB336A30 CSPH*3612A ** 58MV(B,C)040 - 14 34400 11.5 14 - 34600 3.68 8.1 21000 2.56 3033776 25HCB336A30 CSPH*3612A ** 58MV(B,C)060 -14 34400 11.5 14 34400 3.72 8.2 21000 2.58 3033777 25HCB336A30 _ CSPH*3612A** 58MV(B,C)080 - 14 34400 11.5 14 34600 3.68 8.1 21000 2.56 .. 3033778 25HCB336A30 CSPH *3612A ** 58MV(B,C)080 - 34400 11.5 14 34400 3.72 8.2 21000 2.58 3033779 25HCB336A30 CSPH*3612A** 58MV(B,C)100 -20 34600 11.5 14 34400 3.72 8.2 21000 2.58 3033780 25HC8336A30 CSPH*3612A** 58MV(B,C)120 -20 34400 11.5 14 34400 172 8.2 21000 2.58 3033825 25HCB336A30 CSPH*3612A** 58PH*045 -08 34400 11 13.5 35000 168 8 21400 2.54 3033626 25HCB336A30 CSPH *3612A ** 58PH*070 -16 34.400 11.5 14 34800 3.72 8 21200 2.56 3033627 25HCB336A30 CSPH *3612A "* 58PH*090 -16 34800 12 14.5 34400 3.8 8 21000 2.62 3033828 25HCB336A30 CSPH*3612A** 58PH *110 -20 35000 12 14.5 34400 184 8 21000 2.64 3033774 25HCB336A30 CSPH•3612A• * +TDR 34600 11 _ 13.2 35200 3.68 8.1 22000 2.52 3033793 25HCB336A30 CSPH*4212A** 58CV(A,X)070 -12 34600 11.5 14 34400 3.74 8.2 21000 2.58 3033794 25HCB336A30 CSPH*4212A** 58CV(A,X)090 - 16 34800 11.7 14.5 34200 178 8.3 21000 2.62 3033795 25HCB336A30 CSPH*4212A** 58CV(A,)Q110 -20 34800 11.7 14.5 34200 3.8 8.3 21000 2.62 3033796 25HCB336A30 CSPH*4212A** 58CV(AX)135 -22 34800 11.7 14.5 34200 3.8 8.4 21000 2.62 3033797 25HCB336A30 CSPH *4212A ** 58CV(A,X)155 -22 35000 11.7 14.5 34000 3.82 8.4 20900 2.64 3121461 25HCB336A30 CSPH•4212A *• 58MEB040 -12 35000 12 14.5 34400 3.84 8.4 21200 2.64 3121462 25HCB336A30 CSPH*4212A** 58MEB060 -12 35200 11.5 14.5 34400 3.84 8.3 21200 2.64 3121463 25HCB336A30 CSPH*4212A** 58ME8080 -12 35000 11.5 14.5 34400 182 8.3 21000 2.64 3121464 25HC8336A30 CSPH*4212A** 58MEB080 -16 35000 11.5 14.5 34400 3.84 8.3 21200 2.64 3121535 25HCB336A30 CSPH*4212A** 58MEB100 -20 35000 12 14.5 34200 3.84 8.3 21000 2.64 3033787 25HCB336A30 CSPH*4212A** 58MV(B,C)040 -14 34600 11.5 14 34400 3.72 8.2 21000 2.58 3033788 25HCB336A30 CSPH *4212A ** 58MV(B,C)060 -14 34600 11.7 14.5 34200 3.76 8.3 21000 2.6 3033789 25HCB336A30 CSPH*4212A** 58MV(B,C)080 -14 34600 11.5 14 34400 3.7 8.2 21000 2.58 3033790 25HCB336A30 CSPH *4212A ** 58MV(B,C)080 -20 34600 11.5 14 34200 174 8.3 21000 2.6 3033791 25HCB336A30 CSPH *4212A ** 58MV(B,C)100 -20 34800 11.7 14.5 34200 176 8.3 21000 2.6 3033792 25HCB336A30 CSPH*4212A** 58MV(B,C)120 -20 34600 11.7 14.5 34200 176 8.3 21000 2.6 3033829 25HCB336A30 CSPH•4212A ** 58PH•045 -06 34600 11 13.5 34800 17 8 21600 2.56 3033830 25HCB336A30 CSPH*4212A** 58PH*070 -16 34800 11.5 14 34600 3.76 8 21200 2.58 3033831 25HCB336A30 CSPH*4212A** 58PH *090 -16 35000 12 14.5 34200 3.84 8 21000 2.64 3033832 25HCB336A30 CSPH*4212A** 58PH *110 -20 35200 12 14.5 34200 3.88 8 21000 2.66 3033786 25HCB336A30 CSPH•4212A * * +TDR 34800 11 13.2 34800 17 8.2 22000 2.54 3033833 25HCB336A50 tFY4ANF036 33800 10.5 13 35600 3.54 7.9 21800 2.44 3033920 25HC8336A50 FE4AN(8,F)003 +UI 34200 11.7 14.5 34400 3.68 8.1 20800 2.58 3033919 25HCB336A50 FE4ANF002 +UI 33800 11.5 14 34600 3.64 8 21000 2.54 3033921 25HCB336A50 FF1ENP036 33800 10.5 13 35400 3.52 7.8 21800 2.44 3033923 25HCB336A50 FV4BN(B,F)003 34200 11.7 14.5 34400 3.68 8.1 20800 2.58 3033922 2511C8336A50 FV4BNFOO2 33800 11.5 14 34600 3.64 8 21000 2.54 3033917 25HCB336A50 FX4CN(B,F)036 34400 11.5 14 35000 3.72 8.2 21200 2.56 3033918 25HCB336A50 FX4CN(B,F)042 35000 11.5 14 34400 3.76 8.3 21400 2.6 3033916 25HCB336A50 FY4ANF042 34400 10.8 13 34800 16 8 22000 2.5 3033835 25HCB336A50 CAP••3614A ** 56CV(A,X)070 -12 33600 11.2 13.5 34600 3.54 7.9 21000 2.5 3033924 25HCB336A50 CAP *•3614A•* 58PH*045 -08 33600 11 13 35000 15 7.9 21400 2.46 3033834 25HCB336A50 CAP * *36144* * +TDR 33600 10.8 13 35200 3.52 7.8 21600 2.46 3033838 25HCB336A50 CAP * *3617A ** 58CV(A,X)090 -16 33800 11.5 14 34400 as 8 20800 2.54 3122639 25HCB336A50 CAP•3617A•* 58ME8040 -12 34000 11.5 14 34600 164 8.1 21000 2.56 _ 3122640 25HCB336A50 CAP**3617A** 58MEB060 -12 34000 11.5 14 34600 3.66 8.1 21000 2.56 3122641 25HCB336A50 CAP**3617A** 58MEB080 -12 34000 11.5 14 34600 164 8.1 21000 2.56 3122642 25HCB336A50 CAP• *3617A•• 58ME6080 -16 34000 11.5 14 34600 366 8.1 21000 2.56 3033837 25HCB336A50 CAP• *3617A•• 58MV(B,C)060 -14 33800 11.5 14 34400 3.58 7.9 20800 2.52 3033925 25HCB336A50 CAP**3617A** 58PH*070 -16 33800 11.2 13.5 34800 358 7.9 21200 2.5 3033836 25HCB336A50 CAP * *3617A * * +TDR 33800 10.8 13 35400 156 7.9 21800 2.46 See notes on pg. 33 18 COMBINATION RATINGS CONTINUED ' ARI Rel. Furnace Model Coil Model Number Cooling EER SEER E HSPF H No. Numbumb er Number er High Temp Low Temp Capacity Capacity E COP Capacity H co P 3033843 25HCB336A50 CAP * *3621A•• 58CV(A,X)110 -20 34000 11.8 14 34400 3.64 8 20800 2.56 3122643 25HCB336A50 CAP * *3621A "• 58MEB100 -20 34200 11.5 14,5 34400 3.66 8.1 20800 2.58 3033840 25HCB336A50 CAP * *3621A•• 58MV(B,C)080 -14 33600 11.5 14 34400 3.56 7.9 20800 2.5 3033841 25HCB336A50 CAP••3621A•• 58MV(B,C)080 -20 33800 11.5 14 34400 3.6 8 20800 2.54 3033842 25HCB336A50 CAP••3621A*• 58MV(B,C)100 -20 33800 11.5 14 34400 3.6 8 20800 2.54 3033926 25HC8336A50 CAP * *3621A ** 58PH*090 -16 34200 11.5 14.25 34600 3.68 8.1 20800 2.58 3033927 25HCB336A50 CAP••3621A ** 58PH *110 -20 34400 11.5 14.25 34600 3.72 8.2 21000 2.6 3033839 25HCB336A50 CAP * *3621A * * +1DR 33800 10.8 13 35400 156 7.9 21800 2.46 3033848 25HC8336A50 CAP * *4221A•• 58CV(A,X)110 -20 34200 11.5 14 34400 3.68 8.1 20800 2.58 3122644 25HC8336A50 CAP• *4221 A•• 58MEB100 -20 34400 11.5 14.5 34400 3.72 8.1 20600 2.6 3033845 25HCB336A50 CAP• *4221A•* 58MV(B,C)080 -14 33800 11.5 14 34400 3.6 8 21000 2.52 3033846 25HCB336A50 CAP••4221A•• 58MV(B,C)080 -20 34000 11.5 14 34400 3.64 8.1 20800 2.56 3033847 25HCB336A50 CAP *•4221A•• 58MV(B,C)100 -20 34000 11.5 14 34400 3.66 8.1 20800 2.56 3033928 25HCB336A50 CAP *•4221A*• 58PH•090 -16 34400 11.5 14.25 34400 3.76 8.2 21000 2.6 3033929 25HCB336A50 CAP••4221A•• 58PH *110 -20 34800 12 14.5 34600 3.78 8.2 21000 2.62 3033844 25HCB336A50 ' CAP••4221A•• +TDR 34200 118 13 35400 3.6 8 21800 2.48 3033852 25HC8336A50 CAP•*4224A•* 58CV(A,X)135 -22 34200 11.7 14.5 34200 3.7 82 20800 2.58 3033853 25HC8336A50 CAP * *4224A•• 58CV(A,X)155 -22 34200 11.7 14.5 34200 3.72 &2 20600 2.6 3033850 25HCB336A50 CAP *•4224A•* 58MV(B,C)040 -14 34000 11.5 14 34400 3.62 8 20800 2.54 3033851 25HCB336A50 CAP**4224A** 58MV(B,C)120 -20 34000 11.5 14 34200 3.66 8.1 20800 2.56 3033849 25HCB336A50 CAP••4224A•• +TDR 34200 10.8 13 35400 3.6 8 21800 2.48 3033891 25HCB336A50 CNPF*3618A**+TDR 33800 10.8 13 35400 3.56 7.9 21800 2.46 M 3033874 25HCB336A50 CNPH*3617A** 58CV(A,X)070 -12 33600 11.2 13.5 34400 3.52 7.8 21000 2.5 03 3033875 25HCB336A50 CNPH*3617A** 58CV(A,X)090 -16 33800 11.5 14 34400 3.56 7.9 20800 2.52 U 3033876 25HCB336A50 CNPH*3617A** 58CV(A,X)110 -20 33800 11.5 14 34400 3.58 7.9 20800 2.52 t1 3033877 25HCB336A50 CNPH*3617A** 58CV(A,X)135 -22 33800 11.5 14 34400 3.58 7.9 20800 2.54 CV 3033878 25HCB336A50 CNPH*3617A** 58CV(A,X)155 -22 33800 11.5 14 34200 3.6 8 20800 2.54 3122659 25HCB336A50 CNPH*3617A** 58MEB040 -12 33800 11.5 14 34600 3.6 8 20800 2.54 3122660 25HCB336A50 CNPH•3617A•• 58ME8060 -12 33800 ' 11.5 ' 14 34600 3.58 8 21000 2.54 3122661 25HCB336A50 CNPH•36 17A•* 58ME8080 -12 33800 11.5 14 34600 3.58 8 20800 2.52 3122662 25HCB336A50 CNPH*3617A** 58MEB080 -16 33800 11.5 14 34600 3.58 8 21000 2.52 3122663 25HCB336A50 CNPH*3617A** 58ME8100 -20 33800 11.5 14 34200 3.56 8 20600 2.54 3033868 25HCB336A50 CNPH*3617A** 58MV(B,C)040 -14 33600 11.2 13.5 34400 3.5 7.8 21000 2.48 3033869 25HCB336A50 CNP1-1•3617A•• 58MV(B,C)060 -14 ' 33600 11.5 14 34400 3.54 7.9 20800 2.52 3033870 25HCB336A50 CNPH•3617A ** 58MV(B,C)080 - 14 33400 11.2 13.5 34400 3.5 7.8 21000 2.48 3033871 25HCB336A50 CNPH•3617A•• 58MV(B,C)080 -20 33600 11.5 14 34400 3.54 7.9 20800 2.5 ' 3033872 25HCB336A50 CNPH•3617A ** 58MV(B,C)100 -20 33600 11.5 14 34400 3.56 7.9 20800 2.52 3033873 25HCB336A50 CNPH•3617A•* 58MV(B,C)120 -20 33600 11.5 14 34400 3.54 7.9 20800 2.52 3033935 25HCB336A50 CNPH*3617A** 58PH•045 -08 33600 11 13 35000 3.48 7.9 21400 2.46 3033936 25HCB336A50 CNPH*3617A** 58PH•070 -16 33600 11 13.5 34600 3.52 7.9 21000 2.48 3033937 25HCB336A50 CNPH*3617A** 58PH*090 -16 33800 11.5 14 34400 3.58 8 20800 2.54 3033938 25HCB336A50 CNPH•3617A ** 58PH•110 -20 34000 11.5 14.25 34400 3.62 B 20800 2.56 3033867 25HCB336A50 CNPH*3617A**+TDR 33800 10.8 13 35400 3.54 7.9 21800 2.46 3033886 25HCB336A50 CNPH*4221A** 58CV(A.X)070 -12 34000 11.5 14 34600 3.64 8 21000 2.54 3033887 25HCB336A50 CNPH*4221A** 58CV(A,X)090 -16 34200 11.5 14 34400 3.86 8.1 20800 2.56 3033888 25HC8336A50 CNPH•4221A•• 58CV(A,X)110 -20 34200 11.5 14 34400 168 8.1 20800 2.58 3033889 25HC8336A50 CNPH*4221A** 58CV(A,X)135 -22 34200 11.5 14 34400 3.68 8.1 20800 2.58 3033890 25HCB336A50 CNPH•4221A•• 58CV(A,X)155 -22 34200 11.7 14.5 34400 3.72 8.2 20800 2.6 3122664 25HCB336A50 CNPH•4221A•* 58MEB040 -12 34400 - 11.5 14 34600 3.72 8.2 21000 2.58 3122665 25HCB336A50 CNPH•4221A•• 58MEB060 -12 34400 11.5 14 34600 3.72 8.2 21000 2.58 3122666 25HCB336A50 CNPH *4221A ** 58MEB080 -12 34.400 11.5 14 34600 3.7 8.2 21000 2.58 3122667 25HCB336A50 CNPH*4221A** 58MEB080 -16 34400 11.5 14 34600 3.72 8.2 21000 2.58 3122668 25HCB336A50 CNPH•4221A ** 58MEB100 -20 34200 11.5 14.5 34400 3.7 8.2 20800 2.58 3033880 25HCB336A50 CNPH *4221A •• 58MV(B,C)040 -14 34000 11.5 14 34600 3.82 8 21000 2.52 3033881 25HCB336A50 CNPH *4221A ** 58MV(B,C)060 -14 34000 11.5 14 34400 3.64 8.1 20800 2.56 3033882 25HCB336A50 CNPH *4221A ** 58MV(B,C)080 -14 33800 11.5 14 34600 3.8 8 21000 2.52 3033883 25HCB336A50 CNPH •4221A•• 58MV(B,C)080 -20 34000 11.5 14 34400 3.64 8.1 21000 2.54 3033884 25HCB336A50 CNPH*4221A** 58MV(B,C)100 -20 34000 11.5 14 34400 3.66 8.1 20800 2.56 3033885 25HCB336A50 CNPH*4221A** 58MV(B,C)120 -20 34000 11.5 14 34400 3.66 8.1 20800 2.58 3033939 25HCB336A50 CNPH*4221A** 58P11*045 -08 34000 11 13.5 35000 3.6 8 21400 2.5 3033940 25HC8338A50 CNPH•4221A•• 58PH*070 -16 34000 11 13.5 34800 164 8 21200 2.52 3033941 25HCB336A50 CNPH*4221A** 58PH•090 -16 34400 11.5 14.25 34600 3.72 8 21000 2.58 3033942 25HCB336A50 CNPH*4221A** 58PH•110 -20 34400 11.5 14.25 34600 3.76 8 21000 2.6 3033879 25HCB336A50 CNPH•4221A * * +TDR 34200 10.8 13 35400 3.62 8 21800 2.5 3033856 25HCB336A50 CNPV•3617A•• 58CV(A,X)090 -16 33800 11.5 14 34400 3.56 7.9 20800 2.52 3122645 25HCB336A50 CNPV•3617A•• 58MEB040 -12 33800 11.5 14 34600 3.6 8 20800 2.54 3122646 25HC8336A50 CNPV *3617A ** 58MEB060 -12 33800 11.5 14 34600 3.58 8 21000 2.54 3122647 25HCB336A50 CNPV•3617A•* 58ME8080 -12 33800 11.5 14 34600 3.58 8 20800 2.52 3122648 25HCB336A50 CNPV *3617A•• 58MEB080 -16 33800 11.5 14 34800 3.58 8 21000 2.52 3033855 25HCB336A50 CNPV*3617A** 58MV(B,C)060 -14 33600 11.5 14 34400 3.54 7.9 20800 2.52 3033930 25HCB336A50 CNPV•3617A ** 58PH*070 -18 33600 11 13.5 34600 3.52 7.9 21000 2.48 3033854 25HCB336A50 CNPV *3617A•• +1DR 33800 10.8 13 35400 3.56 7.9 21800 2.46 3033861 25HCB336A50 CNPV•3621A•• 58CV(A,X)110 -20 33800 11.5 14 34400 3.58 7.9 20800 2.54 3122649 25HCB336A50 CNPV•3621A•• 58MEB100 -20 33800 11.5 14 34400 3.58 8 20600 2.54 3033858 25HCB336A50 CNPV *3621A•• 58MV(B,C)080 -14 33400 11.2 13.5 34400 as 7.8 21000 2.48 3033859 25HCB336A50 CNPV *3621A•• 58MV(B,C)080 -20 33600 11.5 14 34400 3.54 7.9 20800 2.52 3033860 25HCB336A50 CNPV *3621A ** 58MV(B,C)100 -20 33800 11.5 14 34400 3.56 7.9 20800 2.52 3033931 25HCB336A50 CNPV*3621A** 58PH•090 -16 34000 11.5 14 34.400 16 8 20800 2.54 3033932 25HCB336A50 CNPV•3621A•* 58PH *110 -20 34000 11.5 14 34600 3.62 8 20800 2.56 3033857 25HCB336A50 CNPV•3621A• * +TDR 33800 10.8 13 35400 3.56 7.9 21800 2.46 . 3122652 25HCB336A50 CNPV*4217A** 58CV(A,X)090 - 16 34400 11.5 14.5 34400 174 8.2 21000 2.58 3122654 25HCB336A50 CNPV*4217A** 58MEB040 -12 34600 11.5 14.5 34400 3.78 83 21000 2.6 3122655 25HCB336A50 CNPV*4217A** 58MEB060 -12 34600 11.5 14 34600 3.78 8.3 21200 2.6 3122656 25HCB336A50 CNPV*4217A** 58MEB080 -12 34600 11.5 14.5 34400 3.76 8.3 21000 2.6 3122657 25HC8336A50 CNPV*4217A** 58MEB080 -16 34600 11.5 14 34800 3.78 8.3 21200 2.6 3122651 25HC8336A50 CNPV•4217A•• 58MV(B,C)060 - 14 34600 11. 14 34600 3.76 82 21000 2.8 3122653 25HCB336A50 CNPV•4217A•• 58PH•070 -16 34400 11 14 34600 3.7 8.2 21200 2.56 See notes on pg. 33 19 COMBINATION RATINGS CONTINUED MI Ref. Model Furnace Model Cooling High Temp Low Temp No. Number Coil Model Number Number Capacity E COP EER SEER E HSPF H H COP Capacity Capacity 3122650 25HCB336A50 CNPV *4217A** +TDR 34600 10.5 13 35200 3.68 8.1 22000 2.52 3033866 25HCB336A50 CNPV *4221A ** 58CV(A,X)110 -20 34200 11.5 14 34400 3.68 8.1 20800 2.58 • 3122658 25HCB336A50 CNPV•4221A** 58MEB100 -20 34200 11.5 14.5 34400 3.7 8.2 20800 2.58 3033863 25HCB336A50 CNPV•4221A** 58MV(B,C)080 -14 33800 11.5 14 34600 3.6 8 21000 2.52 3033864 25HCB336A50 CNPV *4221A•* 58MV(B,C)080 -20 34000 11.5 14 34600 3.64 8.1 21000 2.54 3033865 25HCB336A50 CNPV•4221A** 58MV(13,C)100 -20 34000 11.5 14 34400 3.66 8.1 20800 2.56 3033933 25HCB336A50 CNPV *4221A•* 58PH•090 -16 34400 11.5 145 34600 3.72 8.2 21000 2.58 3033934 25HCB336A50 CNPV *4221A** 58PH *110 -20 34400 11.5 14.5 34600 3.76 8.2 21000 2.6 3033862 25HCB336A50 CNPV•4221A•* +T13R 34200 10.8 13 35400 3.62 8 21800 2.5 3033899 25HCB336A50 CSPH*3612A** 58CV(A,X)070 -12 34400 11.5 14 34600 3.7 8.2 21000 2.56 3033900 25HCB336A50 CSPH *3612A** 58CV(A,X)090 -16 34600 11.7 14.5 34400 3.74 8.2 21000 2.6 3033901 251-1CB336A50 CSPH•3612A•• 58CV(A,X)110 -20 34600 11.7 14.5 34400 3.76 8.3 21000 2.6 3033902 25HC8336A50 CSPH*3612A** 58CV(A,X)135 -22 34600 11.7 14.5 34400 3.76 8.3 20800 2.6 3033903 25HCB336A50 CSPH *3612A*• 58CV(A,X)155 -22 34600 11.7 14.5 34200 3.78 8.3 20800 2.62 3122669 25HCB336A50 CSPH•3612A•'* 58MEB040 -12 34800 11.5 14.5 34600 3.8 8.3 21000 2.62 3122670 25HCB336A50 CSPH*3612A** 58MEB060 -12 34800 11.5 14.5 34600 3.8 8.3 21200 2.62 3122671 25HCB336A50 CSPH•3612A** 58MEB080 -12 34800 11.5 14.5 34600 3.78 8.3 21000 2.62 3122672 25HCB336A50 CSPH*3612A•• 58MEB080 -16 34800 11.5 14.5 34600 3.8 8.3 21200 2.62 3122673 25HCB336A50 CSPH•3612A 58MEB100 -20 34600 12 14.5 34400 378 8.3 20800 2.62 3033893 25HC8336A50 CSPH*3612A** 58MV(B,C)040 -14 34400 11.5 14 34600 3.88 8.1 21000 2.56 3033894 25HCB336A50 CSPH*3612A** 58MV(B,C)060 -14 34400 11.5 14 34400 3.72 8.2 21000 2.58 CO 3033895 25HCB336A50 CSPH*3612A** 58MV(B,C)080 -14 34400 11.5 14 34600 3.68 8.1 21000 2.56 03 3033896 25HCB336A50 CSPH*3612A** 58MV(B,C)080 -20 34400 11.5 14 34400 3.72 8.2 21000 2.58 0 3033897 25HCB336A50 CSPH*3612A ** 58MV(B,C)100 -20 34600 11.5 14 34400 3.72 8.2 21000 2.58 = 3033898 25HCB336A50 CSPH *3612A** 58MV(B,C)120 -20 34400 11.5 14 34400 3.72 8.2 21000 2.58 3033943 25HCB336A50 CSPH *3612A** 58PH•045 -08 34400 11 13.5 35000 3.68 8 21400 2,54 N 3033944 25HCB336A50 CSPH•3612A** 58PH*070 -16 34400 11.5 14 34800 3.72 8 21200 2.56 3033945 25HCB336A50 CSPH *3612A** 58PH*090 -16 34800 12 14.5 34400 3.8 8 21000 2.62 3033946 25HCB336A50 CSPH•3612A** 58PH *110 -20 35000 12 14.5 34400 3.84 e 21000 2.64 3033892 25HCB336A50 CSPH•3612A*• +TDR 34600 11 13.2 35200 3.68 8.1 22000 2.52 3033911 25HCB336A50 CSPH *4212A** 58CV(A,X)070 -12 34600 11.5 14 34400 3.74 8.2 21000 2.58 3033912 25HCB336A50 CSPH *4212A** 58CV(A,X)090 -16 34800 11.7 14.5 34200 3.78 8.3 21000 2.62 3033913 25HCB336A50 CSPH*4212A** 58CV(A,X)110 -20 34800 11.7 14.5 34200 3.8 8.3 21000 2.62 3033914 25HCB336A50 CSPH *4212A** 58CV(A,X)135 -22 34800 11.7 14.5 34200 3.8 8.4 21000 2.62 3033915 25HCB336A50 CSPH *4212A** 58CV(A,X)155 -22 35000 11.7 14.5 34000 3.82 8.4 20800 2.64 3122674 25HC8336A50 CSPH *4212A•* 58ME8040 -12 35000 12 14.5 34400 3.84 8.4 21200 2.64 3122675 25HCB336A50 CSPH•4212A** 58MEB060 -12 35200 11.5 145 34400 3.84 8.3 21200 2.64 3122676 25HCB336A50 CSPH *4212A** 58MEB080 -12 35000 11.5 14.5 34400 3.82 8.3 21000 2.64 3122677 25HCB336A50 CSPH *4212A** 58ME5080 -16 35000 11.5 14.5 34400 3.84 8.3 21200 2.64 3122678 25HCB336A50 CSPH *4212A•• 58MEB100 -20 35000 12 14.5 34200 3.84 8.3 21000 2.64 3033905 25HCB336A50 CSPH *4212A•* 58MV(B,C)040 - 14 34600 11.5 14 34400 3.72 8.2 21000 2.58 . 3033906 25HCB336A50 CSPH *4212A ** 58MV(B, C)060- 14 34600 11.7 14.5 34200 176 8.3 21000 2.6 3033907 25HCB336A50 CSPH•4212A ** 58MV(B,C)080 -14 34600 11.5 14 34400 3.7 8.2 21000 2.58 3033908 25HCB336A50 CSPH•4212A** 58MV(B,C)080 -20 34600 11.5 14 34200 3.74 8.3 21000 2.6 3033909 25HCB336A50 CSPH *4212A ** 58MV(B,C)100 -20 34800 11.7 145 34200 3.76 6.3 21000 2.6 3033910 25HCB336A50 CSPH *4212A* 58MV(B,C)120 -20 34600 11.7 14.5 34200 3.76 8.3 21000 2.6 3033947 25HCB336A50 CSPH *4212A** 58PH *045 -08 34800 11 13.5 34800 3.7 8 21600 2.56 3033948 ' 25HCB336A50 CSPH *4212A ** 58PH *070 -16 34800 11.5 14 34600 3.76 a 21200 2.58 3033949 25HCB336A50 CSPH *4212A 58PH *090 -16 35000 12 14.5 34200 3.84 8 21000 2.64 3033950 25HCB336A50 CSPH•4212A** 58PH *110 -20 35200 12 14.5 34200 3.88 8 21000 2.66 3033904 25HCB336A50 CSPH *4212A * * +TDR 34800 11 13.2 34800 3.7 8.2 22000 2.54 Mtti ry ,a, { S E. `c,?.. , , .: AN' i & 4o- d.<a4 44...A .ids V :;;:: , 3033951 25HCB336A60 tFY4ANF036 33800 10.5 13 35600 3.54 7.9 21800 2.44 3034038 25HCB336A60 FE4AN(B,F)003 +UI 34200 '. 11.7 14.5 34400 3.68 8.1 20800 2.58 3034037 25HCB336A60 FE4ANF002 +Ul 33800 11.5 14 34600 3.64 8 21000 2.54 3034039 25HCB336A60 FF1ENP036 33800 10.5 13 35400 3.52 7.8 21800 2.44 3034041 25HCB336A60 FV4BN(B,F)003 34200 11.7 14.5 34400 3.68 8.1 20800 2.58 3034040 25HCB336A60 FV48NFOO2 33800 11.5 14 34600 3.64 8 21000 2.54 3034035 25HCB336A60 FX4CN(B,F)036 34400 11.5 14 35000 3.72 8.2 21200 2.56 3034036 25HCB336A60 FX4CN(B,F)042 35000 11.5 14 34400 3.76 8.3 21400 2.6 3034034 25HCB336A60 FY4ANF042 34400 10.8 13 34800 3.6 8 22000 2.5 3033953 25HCB336A60 CAP**3614A** 58CV(A,X)070 - 12 33600 11.2 13.5 34600 3.54 7.9 21000 2.5 3034042 25HCB336A60 CAP * *3614A ** 58PH *045 -08 33600 11 _ 13 35000 3.5 7.9 21400 2.46 3033952 25HCB336A60 CAP * *3614A * * +1DR 33600 10.8 13 35200 3.52 7.8 21600 2.46 3033956 25HCB336A60 CAP**3617A ** 58CV(A,X)090 -16 33800 11.5 14 34400 . 3.6 8 20800 2.54 3122749 25HCB336A60 CAP* *3617A ** 58MEB040 -12 34000 11.5 14 34600 3.64 8.1 21000 2.56 3122750 25HCB336A60 CAP* *3617A ** 58MEB060 -12 34000 11.5 14 34600 3.66 8.1 21000 2.56 3122751 25HC8336A60 CAP**3617A•• 58MEB080 -12 34000 11.5 14 34600 3.64 8.1 21000 2.56 3122752 25HCB336A60 CAP**3617A** 58MEB080 -16 34000 11.5 14 34600 3.66 8.1 21000 2.56 3033955 25HCB336A60 CAP**3617A** 58MV(B,C)060 -14 33800 11.5 14 34400 3.58 7.9 20600 2.52 3034043 25HCB336A60 CAP••3617A** 58PH*070 -16 33800 11.2 13.5 34800 3.58 7.9 21200 2.5 3033954 25HCB336A60 CAP*•3617A * * +TDR 33800 10.8 13 35400 3.56 7.9 21800 2.46 3033961 25HCB336A60 CAP **3621A** 58CV(A,X)110 -20 34000 11.8 14 34400 3.64 8 20800 2.56 3122753 25HCB336A60 CAP**3621A** 58MEB100 -20 34200 11.5 14.5 34400 3.66 8.1 20800 2.58 3033958 25HCB336A60 CAP**3621A** 58MV(B,C)080 -14 33600 11.5 14 34400 3.56 7.9 20800 2.5 3033959 25HCB336A60 CAP * *3621A ** 58MV(B,C)080 -20 33800 11.5 14 34400 3.6 8 20800 2.54 3033960 25HCB336A60 CAP * *3621A•• 58MV(B,C)100 -20 33800 11.5 14 34400 3.6 8 20800 2.54 3034044 25HCB336A60 CAP * *3621A** 58PH•090 -16 34200 11.5 14.25 34600 3.68 8.1 20800 2.58 3034045 25HCB336A60 CAP• *3621A** 58PH*110 -20 34400 11.5 14.25 34600 3.72 8.2 - 21000 2.6 3033957 25HCB336A60 ' CAP **3621A * * +TDR 33800 10.8 13 35400 3.56 7.9 21800 2.46 3033966 25HCB336A60 CAP * *4221A ** 58CV(A,X)110 -20 34200 11.5 14 34400 3.68 8.1 20800 2.58 . 3122754 25HCB336A60 CAP*•4221A** 58MEB100 -20 34400 11.5 14.5 34400 3.72 8.1 20800 2.6 3033963 25HCB336A60 CAP* *4221A** 58MV(B,C)080 -14 33800 11.5 14 34400 3.6 8 21000 2.52 3033964 25HCB336A60 CAP• *4221A*• 58MV(B,C)080 -20 34000 11.5 14 34400 3.64 8.1 20800 2.56 3033965 25HC8336A60 CAP * *4221A ** 58MV(B,C)100 -20 34000 11.5 14 34400 3.66 8.1 20800 2.56 3034046 25HCB336A60 CAP•*4221A*• 58PH *090 -16 34400 11.5 14.25 34.400 3.76 8.2 21000 2.6 3034047 25H08336A60 CAP* *4221A** 58PH *110 -20 34600 12 14.5 34600 3.78 8.2 21000 2.62 See notes on pg. 33 20 COMBINATION RATINGS CONTINUED ARI Ref. Model Furnace Model Cooling High Temp Low Temp No. Number Coil Model Number Number Capacity EER SEER E E COP HSPF H H COP Capacity Capacity 3033962 25HCB336A60 CAP**4221A**+TDR 34200 10.8 13 35400 3.6 8 21800 2.48 3033970 25HCB336A60 CAP *4224A ** 58CV(A,X)135 -22 34200 11.7 14.5 34200 3.7 8.2 20800 2.58 ' 3033971 25HCB336A60 CAP• *4224A* 58CV(A,X)155 -22 34200 11.7 14.5 34200 3.72 8.2 20800 2.6 3033968 25HCB336A60 CAP• *4224A** 58MV(B,C)040 -14 34000 11.5 14 34400 3.62 8 20800 2.54 3033969 25HCB336A60 CAP• * 58MV(B,C)120 -20 34000 11.5 14 34200 3.66 8.1 20800 2.56 3033967 25HCB336A60 CAP *•4224A•• +TDR 34200 10.8 13 35400 3.6 8 21800 2.48 3034009 25HCB336A60 CNPF*3618A•• +TDR 33800 10.8 13 35400 3.56 7.9 21800 2.46 3033992 25HCB336A60 CNPH•3617A 58CV(A,X)070 -12 33600 11.2 13.5 34400 3.52 7.8 21000 2.5 3033993 25HCB336A60 CNPH•3617A ** 58CV(A))090 -16 33800 11.5 14 34400 3.56 7.9 20800 2.52 3033994 25HC8336A60 CNPH*3617A** 58CV(A,X)110 -20 33800 11.5 14 34400 3.58 7.9 20800 2.52 3033995 25HCB336A60 CNPH *3617A** 58CV(A,X)135 -22 33800 11.5 14 34400 3.58 7.9 20800 2.54 3033996 25HCB336A60 CNPH *3617A** 58CV(A,X)155 -22 33800 11.5 14 34200 3.6 8 20800 2.54 3122769 25HCB336A60 CNPH*3617A** 58MEB040 -12 33800 11.5 14 34600 3.6 8 20800 2.54 3122770 25HCB336A60 CNPH *3617A ** 58MEB060 -12 33800 11.5 14 34600 3.58 8 21000 2.54 3122771 25HCB336A60 CNPH*3617A** 58MEB080 -12 33800 11.5 14 34600 3.58 8 20800 2.52 3122772 25HCB336A60 CNPH *3617A ** 58MEB080 -18 33800 11.5 14 34600 3.58 8 21000 2.52 3122773 251 CNPH *3617A ** 58MEB100 -20 33800 11.5 14 34200 3.58 8 20600 2.54 3033986 25HCB336A60 CNPH*3617A** 58MV(B,C)040 -14 33600 11.2 13.5 34400 3.5 7.8 21000 2.48 3033987 25HCB336A60 CNPH*3617A** 58MV(B,C)060 -14 33600 11.5 14 34400 3.54 7.9 20800 2.52 3033988 25HCB336A60 CNPH *3617A ** 58MV(B,C)080 -14 33400 11,2 13.5 34400 3.5 7.8 21000 2.48 3033989 25HCB336A60 CNPH`3617A** 58MV(B,C)080 -20 33600 11.5 14 34400 3.54 7.9 20800 2.5 3033990 25HCB336A60 CNPH *3617A ** 58MV(B,C)100 -20 33600 11.5 14 34400 3.56 7.9 20800 2.52 C) 3033991 25HCB336A60 CNPH *3617A ** 58MV(B,C)120 -20 33600 11.5 14 34400 3.54 7.9 20800 2.52 m 3034053 25HCB336A60 CNPH*3617A** 58PH*045 -08 33600 11 13 35000 3.48 7.9 21400 2.46 (.) 3034054 - 25HCB336A60 CNPH *3617A ** 58PH*070 -16 33600 11 13.5 34600 352 7.9 21000 2.48 = 3034055 25HCB336A60 CNPH*3617A** 58P11*090 -16 33800 11.5 14 34400 3.58 8 20800 2.54 U7 CV 3034056 25HC8336A60 CNPH*3617A** 58P4 -20 34000 11.5 14.25 34400 3.62 8 20800 2.56 3033985 25HCB336A60 CNPH•3617A•• +TDR 33800 10.8 13 35400 3.54 7.9 21800 2.46 3034004 25HCB336A60 CNPH•4221A ** 58CV(A))070 -12 34000 11.5 14 34600 3.64 8 21000 2.54 3034005 25HCB336A60 CNPH•4221A** 58CV(A.X)090 -16 34200 11.5 14 34400 3.66 8.1 20800 2.56 3034006 25HCB336A60 CNPH•4221A ** 58CV(A,X)110 -20 34200 11.5 14 34400 3.68 8.1 20800 2.58 3034007 25HCB336A60 CNPH*4221A** 58CV(A,X)135 -22 34200 11.5 14 34.400 3.68 8.1 20800 2.58 3034008 25HC8336A60 CNPH*4221A** 58CV(A,X)155 -22 34200 11.7 14.5 34400 3.72 8.2 20800 2.6 3122774 25HCB336A60 CNPH•4221A ** 58MEB040 -12 34400 - 11.5 14 34600 3.72 8.2 21000 2.58 3122775 25HCB336A60 CNPH*4221A** 58MEB060 -12 34400 11.5 14 34600 3.72 8.2 21000 2.58 3122776 25HCB336A60 CNPH*4221A** 58MEB080 -12 34400 11.5 14 34600 3.7 8.2 21000 2.58 3122777 25HC8336A60 CNPH *4221A ** 58MEB080 -16 34400 11.5 14 34600 3.72 8.2 21000 2.58 3122778 25HCB336A60 CNPH*4221A** 58MEB100 -20 34200 11.5 14.5 34400 3.7 8.2 20800 2.58 3033998 25HCB336A60 CNPH*4221A** 58MV(B,C)040 -14 34000 11.5 14 34600 3.62 8 21000 2.52 3033999 25HC6336A60 CNPH *4221A ** 58MV(B,C)060 - 14 34000 11.5 14 34400 3.64 8.1 20800 2.56 3034000 25HC8336A60 CNPH *4221A ** 58MV(B,C)080 -14 33800 11.5 14 34600 3.6 8 21000 2.52 3034001 25HC8336A60 CNPH*4221A** 58MV(B,C)080 -20 34000 11.5 14 34400 3.64 8.1 21000 2.54 3034002 25HC8336A60 CNPH*4221A** 58MV(B,C)100 -20 34000 11.5 14 34400 3.66 8.1 20800 2.56 3034003 25HCB336A60 CNPH*4221A** 58MV(B.C)120 -20 34000 11.5 14 34400 3.66 8.1 20800 2.56 3034057 25HCB336A60 CNPH*4221A** 58PH•045 -08 34000 11 13.5 35000 3.6 8 21400 2.5 3034058 25HCB336A60 CNPH*4221A** 58PH•070 -16 34000 11 13.5 34800 3.64 8 21200 2.52 3034059 25HCB336A60 CNPH*4221A** - 58PH*090 - 34400 11.5 14.25 34600 3.72 8 21000 2.58 3034060 25HC8336A60 CNP14•4221 A•• 58PH *110 -20 34400 11.5 14.25 34600 3.76 8 21000 2.6 3033997 25HC8336A60 CNPH +TDR 34200 10.8 13 35400 3.62 8 21800 2.5 3033974 25HCB336A60 CNPV•3617A** 58CV (A,X)090- 16 33800 11.5 14 34400 3.56 7.9 20800 2.52 3122755 25HCB336A60 CNPV•3617A•• 58ME6040 -12 33800 11.5 14 34600 3.6 8 20800 2.54 3122756 25HCB336A60 CNPV *3617A** 58MEB060 -12 33800 11.5 ' 14 34600 3.58 8 21000 2.54 3122757 25HC6336A60 CNPV•3617A•• 58MEB080 -12 33800 11.5 14 34600 3.58 8 20800 2.52 3122758 25HCB336A60 CNPV*3617A** 58MEB080 -16 33800 11.5 14 34600 3.58 8 21000 2.52 3033973 25HCB336A60 CNPV *3617A ** 58MV(B,C)060 -14 33600 11.5 14 34400 3.54 7.9 20800 2.52 3034048 25HC6336A60 CNPV *3617A ** 58PH•070 -16 33600 11 13.5 ' 34600 3.52 7.9 21000 2.48 3033972 25HCB336A60 CNPV *3617A ** +TDR 33800 10.8 13 35400 3.56 7.9 21800 2.48 3033979 25HCB336A60 CNPV*3621A** 58CV(A,X)110 -20 33800 11.5 14 34400 3.58 7,9 20800 2.54 3122759 25HCB336A60 CNPV*3621A** 58ME5100 -20 33800 11.5 14 34400 3.58 8 20600 2.54 3033976 25HCB336A60 CNPV *3621A ** 58MV(B,C)080 - 14 33400 11.2 13.5 34400 3.5 7.8 21000 2.48 3033977 25HCB336A60 CNPV`3621A•* 58MV(B,C)080 -20 33600 11.5 14 34400 354 7.9 20800 - 2.52 3033978 25HCB336A60 CNPV *3621A ** 58MV(B,C)100 -20 33800 11.5 14 34400 3.56 7.9 20800 2.52 3034049 25HCB336A60 CNPV*3621A** 58PH*090 -16 34000 11.5 14 34400 3.6 8 20800 2.54 3034050 25HCB336A60 CNPV *3621A ** 58P1 •110 -20 34000 11.5 14 34600 3.62 8 20800 2.56 3033975 25HCB336A60 CNPV *3621A ** +TDR 33800 10.8 13 35400 3.56 7.9 21800 2.46 3122762 25HCB336A60 CNPV*4217A** 58CV(A,X)090 - 16 34400 11.5 14.5 34400 3.74 8.2 21000 2.58 3122764 25HCB336A60 CNPV*4217A** 58MEB040 -12 34600 11.5 14.5 34400 3.78 8.3 21000 2.6 3122765 25HCB336A60 CNPV*4217A** 58MEB060 -12 34600 11.5 14 34600 3.78 8.3 21200 2.6 3122766 25HCB336A60 CNPV*4217A** 58MEB080 -12 34600 11.5 14.5 34400 3.76 8.3 21000 2.6 3122767 25HCB336A60 CNPV*4217A** 58ME8080 -16 34600 11.5 14 34600 3.78 8.3 21200 2.6 3122761 25HCB336A60 CNPV*4217A** 58MV(B,C)060 -14 34600 11.5 14 34600 376 8.2 21000 2.6 3122763 25HCB336A60 CNPV 58PH•070 -16 34400 11 14 34600 3.7 8.2 21200 2.56 3122760 25HC8336A60 CNPV•4217A•* +TDR 34800 10.5 13 35200 3.68 8.1 22000 2.52 3033984 25HC8336A60 CNPV*4221A** 58CV(A,X)110 -20 34200 11.5 14 34400 3.68 8.1 20800 2.58 3122768 25HCB336A60 CNPV*4221A** 58MEB100 -20 34200 11.5 14.5 34400 3.7 8.2 20800 2.58 3033961 25HCB336A60 CNPV*4221A** 58MV(B,C)080 -14 33800 11.5 14 34600 3.6 8 21000 2.52 3033982 25HCB336A60 CNPV *4221A ** 58MV(B,C)080 -20 34000 11.5 14 34600 3.64 8.1 21000 2.54 3033963 25HCB336A60 CNPV*4221A** 58MV(B,C)100 -20 34000 11.5 14 ' 34400 3.66 8.1 20800 2.56 3034051 25HC8336A60 CNPV*4221A** 58PH•090 -16 34400 11.5 14.5 34600 3.72 8.2 21000 2.58 3034052 25HC8336A60 CNPV*4221A** 58PH•110 -20 34400 11.5 14.5 34600 3.76 8.2 21000 2.6 3033980 25HC8336A60 CNPV *4221A ** +TDR 34200 .. 10.8 13 35400 3.62 8 21800 2.5 3034017 25HCB336A60 CSPH *3612A** 58CV(A,X)070 -12 34400 11.5 14 34600 3.7 8.2 21000 2.56 3034018 25HCB336A60 CSPH•3612A** 58CV(A,X)090 - 16 34600 11.7 14.5 34400 3.74 8.2 ' 21000 2.6 3034019 25HCB336A60 CSPH*3612A** 58CV(A,X)110 -20 34600 11.7 14.5 34400 3.76 8.3 21000 2.6 3034020 25HCB336A60 GSM 58CV(A,X)135 -22 34600 11.7 - 14.5 34400 3. 76 8.3 20800 2.6 3034021 25HCB336A60 CSPH*3612A *• 58CV(A,X)155 -22 34600 11.7 14.5 34200 3. 78 8.3 20800 2.62 3122779 25HCB336A60 CSPH*3612A* 58MEB040 -12 34800 11.5 14.5 34600 3.8 8.3 21000 2.62 See notes on pg. 33 21 COMBINATION RATINGS CONTINUED ARI Ref. Modal Furnace Model Cooling High Temp Low Temp _ No. Number Coil Model Number Number Capacity EER SEER E E co P HSPF H H COP Capacity iry pa e ity 3122780 25HCB336A60 CSPH *3612A ** 58MEB060 -12 34800 11.5 14.5 34600 3.8 8.3 21200 2.62 3122781 25HCB336A60 CSPH *3612A** 58MEB080 -12 34800 11.5 14.5 34600 3.78 8.3 21000 2.62 3122782 25HCB336A60 CSPH*3612A** 58MEB080 -16 34800 11.5 14.5 34600 3.8 8.3 21200 2.62 3122783 25HCB336A60 CSPH*3612A ** 58MEB100 -20 34600 12 14.5 34400 3.78 8.3 20800 2.62 3034011 25HCB336A60 CSPH *3612A *• 58MV(B,C)040 -14 34400 11.5 14 34600 3.68 8.1 21000 2.56 3034012 25HCB336A60 CSPH*3612A** 58MV(B, C)060 - 14 34400 11.5 14 34400 3.72 82 21000 2.58 3034013 25HCB336A60 CSPH *3612A ** 58MV(B.C)080 -14 34400 11.5 14 34600 3.68 8.1 21000 2.56 3034014 25HCB336A60 CSPH *3612A ** 58MV(6,C)080 -20 34400 11.5 14 34400 3.72 8.2 21000 2.58 3034015 25HCB336A60 CSPH*3612A** 58MV(B,C)100 -20 34600 11.5 14 34400 3.72 8.2 21000 2.58 3034016 25HCB336A60 CSPH *3612A ** 581V(B,C)120 -20 34400 11.5 14 34400 3.72 8.2 21000 2.58 3034061 25HCB336A60 CSPH *3612A** 58PH*045 -08 34400 11 13.5 35000 3.68 8 21400 2.54 3034062 25HCB336A60 CSPH*3612A** 58PH*070 -16 34400 11.5 14 34800 3.72 8 21200 2.56 3034063 25HCB336A60 CSPH *3612A ** 58PH*090 -16 34800 12 14.5 34400 3.8 8 21000 2.62 3034064 25HC6336A60 CSPH*3612A** 58PH *110 -20 35000 12 14.5 34400 3.84 8 21000 2.64 3034010 25HCB336A60 CSPH *3612A ** +TDR 34600 11 132 35200 3.68 8.1 22000 2.52 3034029 25HC8336A60 CSPH *4212A** 58CV(A,X)070 -12 34600 11.5 14 34400 3.74 82 21000 2.58 3034030 25HCB336A60 CSPH*4212A** 58CV(A,X)090 -16 34800 11.7 14.5 34200 3.78 8.3 21000 2.62 3034031 25HC6336A60 CSP1-1*4212A•' 58CV(A,X)110 -20 34800 11.7 14.5 34200 3.8 8.3 21000 2.62 3034032 251-1CB336A60 CSPH•4212A** 58CV(A,X)135 -22 34800 11.7 14.5 34200 3.8 8.4 21000 2.62 3034033 25HCB336A60 CSPH *4212A** 58CV(A,X)155 -22 35000 11.7 14.5 34000 3.82 8.4 20800 2.64 3122784 251103336A60 CSPH *4212A ** 58MEB040 -12 35000 12 14.5 34400 3.84 8.4 21200 2.64 C7 3122785 25HCB336A60 CSPH *4212A** 58MEB060 -12 35200 11.5 14.5 34400 3.84 83 21200 2.64 CO 3122786 25HCB336A60 CSPH *4212A** 58ME6080 -12 35000 11.5 14.5 34400 3.82 8.3 21000 2.64 U 3122787 25HCB336A60 CSP1.1*4212A ** 58ME8080 -16 35000 11.5 14.5 34.400 3.84 8.3 21200 2.64 I 3122788 25HC8336A60 CSPH *4212A ** 58MEB100 -20 35000 12 14.5 34200 3.84 8.3 21000 2.64 IV 3034023 25HC5336A60 GSM-1'4212k' 58MV(B,C)040 -14 34600 11.5 14 34400 3.72 8.2 21000 2.58 CV 3034024 25HC8336A60 CSPH *4212A** 58MV(B,C)060 - 34600 11.7 14.5 34200 3.76 8.3 21000 2.6 3034025 25HCB336A60 CSPH *4212A** 58MV(B,C)080 -14 34600 11.5 14 34400 3.7 8.2 21000 2.58 3034026 25HCB336A60 CSPH•4212A** 58MV(B,C)080 -20 34600 11.5 14 34200 3.74 8.3 21000 2.6 3034027 25HCB336A60 CSPH *4212A** 58MV(B,C)100 -20 34800 11.7 145 34200 3.76 8.3 21000 2.6 3034028 25HCB336A60 CSPH *4212A** 58MV(B,C)120 -20 34600 11.7 14.5 34200 3.76 8.3 21000 2.6 3034065 25HCB336A60 CSPH *4212A ** 58PH*045 -08 34600 11 13.5 34800 3.7 8 21600 2.56 3034066 25HC6336A60 CSPH *4212A** 58PH*070 -16 34800 11.5 14 34600 3.76 8 21200 2.58 3034067 25HCB336A60 CSPH *4212A*• 58PH*090 -16 35000 12 14.5 34200 3.84 8 21000 2.64 3034068 25HCB336A60 CSPH *4212A** 58PH *110 -20 35200 12 145 34200 3.88 8 21000 2.66 3034022 25HCB336A60 CSPH *4212A ** +TDR 34800 11 13.2 ' 34800 3.7 8.2 22000 2.54 3034069 25HCB342A30 tFY4ANF042 40500 10.4 13 42000 3.54 8.1 26400 2.46 3034161 25HCB342A30 FE4AN(B,F)003 +UI 40000 11.5 14 41000 3.42 7.9 25600 2.4 3034162 25HCB342A30 FE4AN(B,F)005+Ul 42000 12.1 14.5 40500 3.64 8.3 25800 2.5 3034163 25HCB342A30 FE4ANB006+ UI 42500 12.4 15 39500 3.68 8.4 25800 2.56 3034164 25HC8342A30 FV4BN(B,F)003 40000 11.5 14 41000 3.42 7.9 25600 2.4 3034165 251-1CB342A30 FV4BN(B,F)005 42000 12.1 14.5 40500 3.64 8.3 25800 2.5 3034166 25HC8342A30 FV4BNB006 42500 12.4 15 39500 3.68 8.4 25800 2.56 3034159 251-1C8342A30 FX4CN(B,F)042 41500 11.2 14 42000 37 8.4 25800 2.56 3034160 251-4CB342A30 FX4CN(B,F)048 42500 11.7 14.5 40000 3.76 8.7 25800 2.66 3034158 25HCB342A30 FV4ANF048 41500 10.6 13.2 41000 3.56 8.2 26600 2.5 3034157 25HCB342A30 CAP * *4221A** 58CV(A,X)090 -16 40000 11.2 14 41500 ' 3.4 7.8 25800 2.4 3034074 25HCB342A30 CAP**4221A** 58CV(A,X)110 -20 40000 11.2 14 41000 3.5 8.1 25200 2.52 3121465 25HCB342A30 CAP * *4221A** 58MEB100 -20 40500 11.5 14 41000 3.56 8.2 25200 2.54 3034071 25HC8342A30 CAP• *4221A•* 58MV(B,C)080 -14 39500 10.9 13.5 41500 3.42 7.9 25400 2.46 3034072 25HCB342A30 CAP**4221A** 58MV(B,C)080 -20 40000 11 13.5 41500 3.46 8 25200 2.48 3034073 25HCB342A30 CAP* *4221A** 58MV(B,C)100 -20 40000 11.2 13.5 41000 3.48 8 25200 2.5 3034168 25HCB342A30 CAP * *4221A** 58PH•090 -16 40000 11.2 13.5 41000 3.54 82 25200 2.54 3034169 25HCB342A30 CAP * *4221A** 58PH *110 -20 40500 11.5 14 41000 3.56 8.2 25200 2.54 3034070 25HCB342A30 CAP* *4221A ** +TDR 40000 10.4 13 42500 3.5 8 26200 2.46 3034078 251-C8342430 CAP**4224A*' 58CV(A,X)135 -22 40000 11.4 14 41000 3.54 8.2 25000 2.54 3034079 25HCB342A30 CAP * *4224A•• 58CV(A,X)155 -22 40000 11.5 14 41000 3.52 82 25000 2.54 3121466 25HCB342A30 CAP * *4224A** 58MEB120 -20 40500 11.5 14 41000 3.6 8.3 25200 2.56 3034076 25HCB342A30 CAP* *4224A** 58MV(B,C)040 -14 39500 11 13.5 41000 3.44 8 25200 2.48 3034077 25HCB342A30 CAP* *4224A•* 58MV(B,C)120 - 20 40000 11.2 14 41000 3.48 8 25200 2.5 3034170 25HCB342A30 CAP * *4224A *• 58PH *135 -20 40500 11.5 14 41000 3.56 8.2 25200 2.54 3034075 25HCB342A30 CAP * *4224A ** +TDR 40000 10.4 13 42500 3.5 8 26200 2.46 3034082 25HC6342A30 CAP**4817A** 58CV(A,X)090 - 16 40000 11.4 14 39500 3.68 8.4 25400 2.58 3121467 25HCB342A30 CAP* 4817A** 58ME8040 -12 41500 11.5 14 41000 3.68 8.4 25800 2.58 3121468 25HCB342A30 CAP* *4817A** 58MEB060 -12 41500 11.5 14 41000 3.68 8.4 25800 2.58 3034081 25HCB342A30 CAP**4817A** S8MV(B,C)060 -14 40000 11.3 14 39500 3.64 8.4 25600 2.56 3034171 25HCB342A30 CAP• *4817A** 58PH*070 -16 41000 11 13.5 41000 3.6 8.2 26000 2.52 3034080 25HCB342A30 CAP* *4817A ** +TDR 40500 10.7 13 40000 3.64 84 28400 2.54 3034087 25HCB342A30 CAP* *4821A•• 58CV(A,X)110 -20 41000 11.4 14 41000 3.68 8.4 25400 2.58 3121469 25HCB342A30 CAP* *4821A ** 58ME8100 -20 41000 11.5 14 41000 3.72 8.4 25400 2.6 3034084 25HCB342A30 CAP * *4821A ** 58MV(B,C)080 -14 40500 11.4 13.5 41500 3.58 8.2 25600 2.52 3034085 25HCB342A30 CAP *•4821A•* 58MV(8,C)080 -20 40500 11.2 13.5 41000 3.62 8.3 25400 2.54 3034086 25HCB342A30 CAP * *4821A ** 58MV(B,C)100 -20 40500 11.3 14 41000 3.64 8.4 25400 2.56 3034172 25HCB342A30 CAP* *4821A** 58PH *090 - 16 41000 11.5 14 41000 3.68 8.2 25400 2.58 3034173 25HC6342A30 CAP *•4821A** 58PH*110 -20 41000 11.5 14 41000 3.7 8.4 25400 2.6 3034083 251-106342A30 CAP* *4821A ** +TDR 41000 10.6 13 42000 3.62 83 26400 2.52 3034091 25HCB342A30 CAP"4824A" 58CV(A,X)135 -22 41000 11.8 14.5 41000 37 85 25200 2.6 3034092 25HC6342A30 CAP••4824A** 58CV(A,X)155 -22 41000 11.6 14.5 41000 37 8.5 25200 2.6 3121470 25HC8342A30 CAP* *4824A ** 58MEB120 -20 41000 11.5 14.5 41500 3.74 84 25400 2.62 3034089 25HC6342A30 CAP**4824A•* 58MV(B,C)040 -14 40500 11.1 13.5 41000 36 8.3 ' 25400 2.52 . 3034090 25HC8342A30 ' CAP * *4824A ** 58MV(B,C)120 -20 40500 11.4 ' 14 41000 3.64 84 25200 2.56 3034174 25HCB342A30 CAP * *4824A** 58PH *135 -20 41000 11.5 14 41000 37 84 25400 2.58 3034088 25HCB342A30 CAP * *4824A ** +TDR 41000 10.6 13 42000 3.62 83 26400 2.52 3034132 25HCB342A30 CNPF *4818A** +TDR 40500 10.5 13 42000 3.58 82 26400 2.48 3034115 25HCB342A30 CNPH *4221A** 58CV(A,X)070 -12 40000 11.1 13.5 41500 3.48 8 25200 2.5 3034116 25HC8342A30 CNPH *4221A ** 58CV(A,X)090 - 16 40000 11.4 14 41000 352 82 25000 2.54 See notes on pg. 33 22 COMBINATION RATINGS CONTINUED • ARI Rd. Model Furnace Model Cooling High Temp Low Temp No. Number Coil Model Number Number Capacity EER SEER E E COP HSPF H H COP Capacity Capacity 3034117 25HCB342A30 CNPH•4221A ** 58CV(A,X)110 - 20 40000 11.5 14 41000 3.56 8.2 25000 2.56 3034118 25HCB342A30 CNPH*4221A** 58CV(A,X)135 -22 40000 11.6 14.5 41000 3.58 32 25000 2.56 • 3034119 25HCB342A30 CNPH•4221A•* 58CV(A,X)155 -22 40000 11.6 14.5 41000 3.58 8.2 24800 2.56 3121482 25HCB342A30 CNPH *4221A ** 58ME5040 -12 40500 11 13.5 41500 3.54 8.1 25400 2.52 3121483 25HCB342A30 CNPH *4221A ** 58MEB060 -12 40000 11 13.5 41500 3.52 8.1 25600 2.52 3121484 25HCB342A30 CNPH *4221A ** 58MEB080 -12 40000 11 13.5 41500 352 8.1 25400 2.52 3121485 25HCB342A30 CNPH *4221A ** 58MEB080 -16 40000 11 13.5 41000 3.5 8.1 25400 2.5 3121486 25HCB342A30 CNPH *4221A ** 58MEB100 -20 40000 11 13.5 41000 3.54 8.2 25200 2.54 3121487 25HCB342A30 CNPH*4221A** 58MEB120 -20 40500 11.5 14 41000 3.56 8.2 25200 2.54 3034109 25HCB342A30 CNPH*4221A** 58MV(B,C)040 - 14 39500 11.2 13.5 41000 3.48 8 25200 2.5 3034110 25HCB342A30 CNPH*4221A** 58MV(B.C)060 - 14 39500 11.3 14 41000 as 8.1 25200 2.52 3034111 25HCB342A30 CNPH*4221A** 58MV(B,C)080 -14 39500 11.1 13.5 41000 3.48 8 25200 2.5 3034112 25HCB342A30 CNPH *4221A ** 58MV(B,C)080 -20 40000 11.2 14 41000 3.5 8.1 25200 2.52 3034113 25HCB342A30 CNPH*4221A** 58MV(B,C)100 -20 40000 11.4 14 41000 3.54 8.2 25000 2.54 3034114 25HCB342A30 CNPH*4221A ** 58MV(B,C)120 -20 40000 11.4 14 41000 3.52 8.2 25000 2.54 3034180 25HCB342A30 CNPH *4221A ** 58PH*070 -16 40000 10.8 13 42000 3.44 8 25800 2.46 3034181 25HCB342A30 CNPH *4221A ** 58PH*090 -16 40000 11.2 13.5 41000 3.52 8.1 25200 2.52 3034182 25HCB342A30 CNPH *4221A** 58PH•110 -20 40000 11.5 14 41000 3.52 8.1 25200 2.54 3034183 25HCB342A30 CNPH *4221A** 58PH *135 -20 40000 11.2 13.5 41000 3.5 8.1 25200 2.52 3034108 25HCB342A30 CNPH *4221A•• +TDR 40000 10.4 13 42500 3.5 8 26200 2.46 3034127 251 CNPH *4821A** 58CV(A.X)070 -12 40500 11.1 13.5 41000 3.6 8.3 25600 2.52 3034128 25HCB342A30 CNPH*4821A** 58CV(A,X)090 - 16 41000 11.4 14 41000 3.66 8.4 25200 2.58 M 3034129 25HCB342A30 CNPH*4821A** 58CV(A,X)110 - 20 41000 11.5 14 41000 3.68 8.4 25400 2.58 m 3034130 25HCB342A30 CNPH*4821A** 58CV(A,X)135 -22 41000 11.6 14.5 41000 37 8.5 25200 2.6 0 3034131 25HCB342A30 CNPH*4821A** 58CV(A,X)155 -22 41000 11.7 14.5 41000 3.7 8.5 25200 2.6 I 3121488 25HCB342A30 CNPH*4821A** 58MEB040 -12 41000 11.5 14 42000 37 8.4 25600 2.58 LO N 3121489 25HCB342A30 CNPH*4821A** 58MEB060 -12 41000 11.5 14 42000 3.7 8.4 25600 2.58 3121490 25HCB342A30 CNPH *4821A** 58MEB080 -12 41000 11.5 14 42000 372 8.4 25600 2.58 3121491 25HCB342A30 CNPH *4821A ** 58ME8080 -16 41000 11.5 14 41500 3.68 8.3 25600 2.58 3121492 25HC8342A30 CNPH *4821A ** 58MEB100 -20 41000 11.5 14.5 41500 3.74 8.4 25400 2.6 3121493 25HCB342A30 CNPH*4821A** 58MEB120 -20 41500 11,5 14.5 41500 3.76 8.4 25400 2.62 3034121 25HC8342A30 CNPH *4821A ** 58MV(B,C)040 -14 40500 112 13.5 41500 3.6 8.2 ' 25400 2.52 3034122 25HCB342A30 CNPH *4821A ** 58MV(B,C)060 -14 40500 11.3 14 41500 3.62 8.3 25400 2.56 3034123 25HC8342A30 CNPH*4821A** 58MV(B,C)080 -14 40500 11.1 13.5 41500 3.58 8.2 25400 2.52 3034124 25HCB342A30 CNPH*4821A** 58MV(B,C)080 -20 40500 11.2 14 41000 3.62 8.3 25400 2.54 3034125 25HCB342A30 CNPH*4821A** 58MV(B,C)100 -20 41000 11.4 14 41000 3.66 8.4 25400 2.56 3034128 25HCB342A30 CNP11•4821A•• 58MV(B,C)120 -20 40500 11.4 14 41000 3.64 8.3 25200 2.56 3034184 25HCB342A30 CNPH *4821A ** 58PH*070 -16 41000 11 13.5 42000 3.62 8.2 26000 2.52 3034185 25HCB342A30 CNPH*4821A** 58PH•090 -16 41000 11.5 14 41500 3.7 8.4 25400 2.58 3034186 25HCB342A30 CNPH*4821A ** 58PH *110 -20 41000 11.5 14.5 41500 372 8.4 25400 2.6 3034187 25HCB342A30 CNPH *4821A ** 58PH•135 -20 41000 11.5 14 41500 3.72 8.4 25400 2.6 3034120 25HCB342A30 CNPH *4821A * * +TDR 41000 10.6 13 42000 3.64 8.3 26400 2.52 3121473 25HCB342A30 CNPV *4217A ** 58CV(A,X)090 -16 40500 11.5 13.5 41500 3.56 8.2 25400 2.54 3121475 25HCB342A30 CNPV•4217A•* 58MEB040 -12 40500 11 13.5 41500 3.6 8.3 25600 2.54 3121476 25HCB342A30 CNPV *4217A ** 58MEB060 -12 40500 11 13.5 42000 3.6 8.2 25600 2.54 3121477 25HCB342A30 CNPV *4217A ** 58MEB080 -12 40500 11 13.5 41500 3.6 8.3 25600 2.54 3121478 25HCB342A30 CNPV•4217A ** 58MEB080 -16 40500 11 13.5 41500 3.56 8.2 25400 2.52 3121472 25HCB342A30 CNPV•4217A•• 58MV(B,C)060 -14 40500 11 13.5 41500 3.58 8.2 25600 2.52 3121474 25HCB342A30 CNPV•4217A ** 58PH•070 -16 40000 10.5 13 42000 3.5 8.1 25800 2.48 3121471 25HCB342A30 CNPV *4217A *• +TDR 40500 10.5 13 42000 3.58 8.2 26400 2.5 3034167 25HCB342A30 CNPV *4221A ** 58CV(A,X)090 - 16 40500 11.5 14 41500 3.44 7.7 25600 2.42 3034097 25HCB342A30 CNPV•4221A•* 58CV(A,X)110 -20 40000 11.5 14.5 41000 3.56 8.2 25000 2.56 3121479 25HCB342A30 CNPV *4221A•• 58MEB100 -20 40000 11.5 13.5 41000 3.54 8.2 25200 2.54 3034094 25HCB342A30 CNPV *4221A *• 58MV(B,C)080 -14 39500 11.1 13.5 41000 3.48 8 25200 2.5 3034095 25HCB342A30 CNPV *4221A *• 58MV(B,C)080 -20 40000 11.2 14 41000 3.5 8.1 25200 2.52 3034096 25HCB342A30 CNPV *4221A ** 58MV(B,C)100 -20 40000 11.4 14 41000 - 3.54 8.1 25000 2.54 3034175 25HCB342A30 CNPV *4221A ** 58PH *090 -16 40000 11.2 13.5 41000 3.52 8.1 25200 2.52 3034176 25HCB342A30 CNPV*4221A** 58PH *110 -20 40000 11.2 14 41000 3.52 8.1 25200 2.54 3034093 25HCB342A30 CNPV *4221A• * +TOR 40000 10.4 13 42500 3.5 8 26200 2.48 3034102 25HCB342A30 CNPV *4821A ** 58CV(A))110 -20 41000 11.5 14 41000 3.68 8.4 25400 2.58 31 21 480 25HCB342A30 CNPV*4821A** 58MEB100 - 20 41000 11.5 14.5 41500 3.74 8.4 25400 2.6 3034099 25HCB342A30 CNPV *4821A ** 58MV(B,C)080 -14 40500 11.1 13.5 41500 3.58 8.2 25400 2.52 3034100 251108342/130 CNPV *4821A ** 58MV(B,C)080 -20 40500 11.2 14 41000 3.62 8.3 25400 2.54 3034101 25HCB342A30 CNPV *4821A ** 58MV(B,C)100 -20 40500 11.4 14 41000 366 8.4 25400 2.56 3034177 25HCB342A30 CNPV *4821A ** 58PH *090 -16 41000 11.5 14 41500 3.7 8.4 25400 2.58 3034178 25HCB342A30 CNPV *4821A ** 58PH *110 -20 41000 11.5 14.5 41500 3.72 8.4 25400 2.6 3034098 25HCB342A30 CNPV *4821A** +TDR 41000 ' 10.6 13 42000 3.64 8.3 26400 2.52 3034106 25HC8342A30 CNPV *4824A *• 58CV(A,X)135 -22 41000 11.6 14.5 41000 3.7 8.5 25200 2.6 3034107 25HC8342A30 CNPV *4824A** 58CV(A,X)155 - 22 41000 11.6 14.5 41000 3.7 8.5 25200 2.6 3121481 25141408342A30 CNPV *4824A•* 58MEB120 -20 41500 11.5 14.5 41500 376 8.4 25400 2.62 3034104 25HCB342A30 CNPV *4824A*• 58MV(B,C)040 -14 40500 11.2 13.5 41000 36 8.2 25400 2.52 3034105 25HCB342A30 CNPV *4824A ** 58MV(B,C)120 -20 40500 11.4 14 41000 364 8.3 25200 2.56 3034179 25HC8342A30 CNPV *4824A** 58PH*135 -20 41000 11.5 14 41500 3.72 8.4 25400 2.6 3034103 25HCB342A30 CNPV•4824A * * +TDR 41000 10.6 13 42000 364 8.3 26400 2.52 3034140 25HCB342A30 CSPH•4212A ** 58CV(A,X)070 -12 39500 11.1 13.5 41500 3.6 8.2 25600 2.52 3034141 25HC8342A30 CSPH *4212A•* 58CV(A,X)090 - 16 40000 11.4 14 41000 3.66 8.4 25400 2.56 3034142 25HC8342A30 CSPH *4212A*• 58CV(A,X)110 -20 40000 11.4 14 41000 3.66 8.4 25400 2.58 3034143 25HCB342A30 CSPH *4212A ** 58CV(A.X)135 -22 40000 11.5 14.5 41000 3.7 8.4 25200 2.6 3034144 25HC8342A30 CSPH *4212A ** 58CV(A,X)155 - 22 40000 11.6 14.5 41000 368 8.4 25200 2.8 3121494 25HC8342A30 CSPH•4212A** 58MEB040 - 12 41000 11.5 14 42000 3.7 8.3 25600 2.58 3121495 25HCB342A30 CSPH *4212A ** 58MEB060 -12 41000 11.5 14 42000 37 8.3 25600 2.56 3121496 25HCB342A30 CSPH *4212A ** 58MEB080 -12 41000 11.5 14 - 42000 3.7 8.3 25600 2.58 3121497 25HC8342A30 CSPH *4212A ** 58MEB080 -16 41000 11.5 14 - 41500 3.66 8.3 25600 2.56 3121498 25HC8342A30 CSPH *4212A** 58ME6100 -20 41000 11.5 14 41500 3.7 8.3 25400 2.8 3121499 25HCB342A30 CSP1I*4212A•* 58MEB120 -20 41500 11.5 14.5 41500 3.74 8.4 25400 2.6 3034134 25HC8342A30 CSPH *4212A ** 58MV(B,C)040 -14 39500 11.1 13.5 41500 3.58 8.2 25600 2.52 3034135 25HC8342A30 CSPH•42124** 58MV(B,C)060 -14 40000 11.3 14 41500 _ 3.62 8.3 25400 2.54 See notes on pg. 33 23 COMBINATION RATINGS CONTINUED • ARI Ref. Modal Furnace Model Cooling High Temp Low Temp . Na Number Coil Model Number Number Capacity EER SEER E E co P HSPF H H COP Capacity Capacity 3034136 25HCB342A30 CSPH *4212A ** 58MV(B,C)080 - 14 39500 11.1 13.5 41500 3.58 8.2 25600 2.52 3034137 25HCB342A30 CSPH*4212A** 58MV(B,C)080 -20 40000 11.2 14 41500 3.62 8.3 25600 2.54 3034138 25HCB342A30 CSPH *4212A ** 58MV(B,C)100 -20 40000 11.3 14 41000 3.64 8.3 25400 2.56 3034139 25HCB342A30 CSPH *4212A** 58MV(B,C)120 -20 40000 11.4 14 41000 3.62 8.3 25400 2.56 3034188 25HCB342A30 CSPH *4212A ** 58PH*070 -16 41000 11 13.5 42000 3. 6 8.2 26000 2.52 3034189 25HCB342A30 CSPH *4212A ** 58PH*090 -16 41000 11.5 14 41500 3.68 8.2 25400 2.58 3034190 25HCB342A30 CSPH•4212A ** 58PH *110 -20 41000 11.5 14 41500 3.7 8.4 25400 2.58 3034191 25HCB342A30 CSPH *4212A ** 58PH *135 -20 41000 11.5 14 41500 3.68 8.4 25400 2.58 3034133 25HCB342A30 CSPH *4212A** +TDR 40000 10.7 13 42500 366 8.3 26400 2.52 3034152 25HCB342A30 CSPH *4812A ** 58CV(A,X)070 -12 40500 11.1 13.5 41000 3.64 8.3 25600 2.54 3034153 25HCB342A30 CSPH *4812A ** 580V(A,X)090 -16 40500 11.4 14 41000 3.7 8.4 25400 2.58 3034154 25HCB342A30 CSPH *4812A ** 58CV(A,X)110 -20 41000 11.4 14 41000 3.7 8.5 25400 2.58 3034155 25HC8342A30 CSPH *4812A ** 58CV(A,X)135 -22 41000 11.6 14.5 41000 3.74 8.5 25400 2.6 3034156 25HC8342A30 CSPH *4812A•* 58CV(A,X)155 -22 41000 11.6 14.5 41000 3.72 8.5 25200 2.6 3121500 25HC8342A30 CSPH *4812A** 58MEB040 -12 41500 11.5 14 42000 3.74 8.4 25800 2.58 3121501 25HCB342A30 CSPH *4612A'* 58MEB060 -12 41500 11.5 14 42000 3.72 8.4 25800 2.58 3121502 25HCB342A30 CSPH*4812A*• 58MEB080 -12 41500 11.5 14 42000 3.72 8.4 25600 2.58 3121503 25HC8342A30 CSPH•4812A** 58MEB080 -16 41000 11.5 14 41500 3.7 8.3 25600 2.58 3121504 25HCB342A30 CSPH *4812A** 58MEB100 -20 41500 11.5 14.5 41500 3.74 8.4 25400 2.6 3121505 25HCB342A30 CSPH'4812A** 58MEB120 -20 41500 11.5 14.5 41500 3.78 8.4 25400 2.62 3034146 25HCB342A30 CSPH *4812A ** 58MV(B,C)040 -14 40500 11.2 13.5 41500 3.62 8.3 25600 2.52 M 3034147 251-1CB342A30 CSPH *4812A•* 58MV(B.C)060 - 14 40500 11.3 14 41000 3.66 8.4 25400 2.58 0] 3034148 25HCB342A30 CSPH *4812A ** 58MV(B,C)080 -14 40500 11.1 13.5 41500 3.62 8.3 25600 2.52 0 3034149 251-1CB342A30 CSPH *4812A•* 58MV(B,C)080 -20 40500 11.3 14 41000 3.66 8.4 25600 2.56 2 3034150 25HCB342A30 CSPH•4812A** 58MV(B,C)100 -20 40500 11.3 14 41000 3.68 8.4 25400 2.56 U") N 3034151 25HCB342A30 CSPH*4812A** 58MV(B,C)120 -20 40500 11.4 14 41000 3.68 8.4 25400 2.56 3034192 25HCB342A30 CSPH•4812A" 58PH•070 -16 41000 11 13.5 42000 364 8.2 26000 2.52 3034193 25HC6342A30 CSPH'4812A** 58PH'090 -16 41000 11.5 14 41500 3.72 8.4 25400 2.58 3034194 25HCB342A30 CSPH *4812A ** 58PH *110 -20 41500 11.5 14 41500 3.74 8.4 25400 2.6 3034195 25HCB342A30 CSPH *48 12A•* 58PH *135 -20 41000 11.5 14 41500 3.72 8.4 25400 2.58 3034145 25HC8342A30 CSPH *4812A * * +1DR 41000 10.7 13 41000 3.68 8.4 26400 2.52 , �A.." ' - .zed ... 3034196 25HC8342A50 tFY4ANF042 40500 10.4 13 42000 3.54 8.1 26400 2.46 3034288 25HCB342A50 FE4AN(B,F)003+Ul 40000 11.5 14 41000 342 7.9 25600 2.4 3034289 25HCB342A50 FE4AN(B,F)005+ UI 42000 12.1 14.5 40500 3.64 8.3 25800 2.5 3034290 25HCB342A50 FE4ANB006 +UI 42500 12.4 15 39500 3.68 8.4 25800 2.56 3034291 25HCB342A50 FV4BN(B,F)003 40000 11.5 14 41000 3.42 7.9 25600 2.4 3034292 2514CB342A50 FV4BN(B,F)005 42000 12.1 14.5 40500 3.84 8.3 25800 2.5 3034293 25HCB342A50 FV4BNB006 42500 12.4 15 39500 3.68 8.4 25800 2.56 3034286 25HCB342A50 FX4CN(B,F)042 41500 11.2 14 42000 3.7 8.4 25800 2.56 3034287 25HCB342A50 FX4CN(B,F)048 42500 11.7 14.5 40000 3.76 8.7 25800 2.66 3034285 25HCB342A50 FY4ANF048 41500 10.6 13.2 41000 3.56 8.2 26600 2.5 3034284 25HCB342A50 CAP * *4221A ** 58CV (A,X)090- 16 40000 11.2 14 41500 3.4 7.8 25800 2.4 3034201 25HCB342A50 CAP * *4221A ** 58CV(A,X)110 -20 40000 11.2 14 ' 41000 3.5 8.1 25200 2.52 3122679 25HC8342A50 CAP * *4221A ** 58MEB100 -20 40500 11.5 14 41000 3.56 8.2 25200 2.54 3034198 25HCB342A50 CAP * *4221A ** 58MV(B,C)080 -14 39500 10.9 13.5 41500 3.42 7.9 25400 2.46 3034199 25HCB342A50 CAP * *4221A ** 58MV(B,C)080 - 20 40000 11 13.5 41500 3.46 8 25200 2.48 3034200 251-106342A50 CAP**4221A ** 58MV(B,C)100 -20 40000 11.2 13.5 41000 3.48 8 25200 2.5 3034295 25HCB342A50 CAP* *4221A ** 58P1-1'090 -16 40000 11.2 13.5 41000 3.54 8.2 25200 2.54 3034296 25HCB342A50 CAP * *4221A ** 58PH•110 -20 40500 11.5 14 41000 3.56 8.2 25200 2.54 3034197 25HCB342A50 CAP**4221A**+TDR - 40000 10.4 13 42500 3.5 8 26200 2.46 3034205 25HCB342A50 CAP * *4224A ** 58CV(A,X)135 -22 40000 11.4 14 41000 3.54 8.2 25000 2.54 3034206 25HCB342A50 CAP * *4224A ** 58CV(A,X)155 -22 40000 11.5 14 41000 3.52 8.2 25000 2.54 3122680 25HC8342A50 CAP * *4224A'• 58MEB120 -20 40500 11.5 14 41000 3.6 8.3 25200 2.56 3034203 25HCB342A50 CAP * *4224A ** 58MV(B,C)040 -14 39500 11 13.5 41000 3.44 8 25200 2.48 3034204 2511C8342A50 CAP * *4224A** 58MV(B,C)120 -20 40000 11.2 14 41000 3.48 8 25200 2.5 3034297 25HCB342A50 CAP**4224A** 58PH *135 -20 40500 11.5 14 41000 3.56 8.2 25200 2.54 3034202 25HCB342A50 CAP• *4224A•• +TDR 40000 10.4 13 42500 as 8 26200 2.46 3034209 25HCB342A50 CAP' *4817A ** 58CV(A,X)090 -16 40000 11.4 14 39500 3.68 8.4 25400 2.56 3122681 25HCB342A50 CAP * *4817A ** 58MEB040 -12 41500 11.5 14 41000 3.68 8.4 25800 2.58 3122682 25HCB342A50 CAP• *4817A ** 58MEB060 -12 41500 11.5 14 41000 3.68 8.4 25800 2.58 3034208 25HCB342A50 CAP * *4817A ** 58MV(B,C)060 -14 40000 11.3 14 39500 3.64 8.4 25600 2.56 3034298 25HCB342A50 CAP * *4817A ** 58PH 070 -16 41000 11 13.5 41000 3.6 8.2 26000 2.52 3034207 25HCB342A50 CAP * *4817A * * +TDR 40500 10.7 13 40000 3.64 8.4 26400 2.54 3034214 25HCB342A50 CAP * *4821A ** 58CV(A,X)110 -20 41000 11.4 14 41000 3.68 8.4 25400 2.58 3122683 25HCB342A50 CAP' *4821A ** 58MEB100 - 20 41000 11.5 14 41000 3.72 8.4 25400 2.6 3034211 25HCB342A50 CAP * *4821A ** 58MV(B,C)080 -14 40500 11.4 13.5 41500 3.58 8.2 25600 2.52 3034212 25HCB342A50 CAP * *4821A ** 58MV(B,C)080 -20 40500 11.2 13.5 41000 3.62 8.3 25400 2.54 3034213 25HCB342A50 CAP* *4821A ** 58MV(B,C)100 - 20 40500 11.3 14 41000 3.64 8.4 25400 2.56 3034299 25HCB342A50 CAP * *4821A ** 58PH'090 -16 41000 11.5 14 41000 3.68 8.2 25400 2.58 3034300 25HCB342A50 CAP * *4821A ** 58PH *110 -20 41000 11.5 14 41000 3.7 8.4 25400 2.6 3034210 25HC8342A50 CAP**4821A**+TDR 41000 10.8 13 42000 3.62 8.3 26400 2.52 3034218 25HC8342A50 CAP * *4824A ** 58CV(A,X)135 -22 41000 11.6 14.5 41000 37 8.5 25200 2.6 3034219 25HC8342A50 CAP * *4824A ** 58CV(A,X)155 -22 41000 11.8 14.5 41000 3.7 8.5 25200 2.6 3122684 25HCB342A50 CAP * *4824A ** 58MEB120 -20 41030 11.5 14.5 41500 374 8.4 25400 2.62 3034216 25HCB342A50 CAP * *4824A ** 58MV(B,C)040 -14 40500 11.1 13.5 41000 3.6 8.3 - 25400 2.52 3034217 25HCB342A50 CAP * *4824A ** 58MV(B,C)120 -20 40500 11.4 14 41000 3.64 8.4 25200 2.56 3034301 25HCB342A50 CAP * *4824A** 58PH *135 -20 41000 11.5 ' 14 41000 3.7 8.4 25400 2.58 3034215 25HCB342A50 CAP * *4824A *• +TDR 41000 10.6 13 42000 3.82 8.3 26400 2.52 3034259 25HCB342A50 CNPF *481811• * +TDR 40500 10.5 13 42000 358 8.2 26400 2.48 3034242 25HCB342A50 CNPH•4221A•• 58CV(A,X)070 -12 40000 11.1 13.5 41500 3.48 8 25200 2.5 . 3034243 25HCB342A50 CNPH *4221A ** 58CV(A,X)090 -16 40000 11.4 14 41000 3.52 8.2 25000 2.54 3034244 25HCB342A50 CNPH *4221A ** 58CV(A,X)110 -20 40000 11.5 14 41000 3.56 8.2 25000 2.56 3034245 25HCB342A50 CNPH *4221A ** 58CV(A,X)135 -22 40000 11.6 14.5 41000 3.58 8.2 25000 2.56 3034246 25HCB342A50 CNPH *4221A ** 58CV(A,X)155 -22 40000 11.6 14.5 41000 3.58 8.2 24800 2.56 3122696 2514C8342A50 CNPH *4221A ** 58MEB040 -12 40500 11 13.5 41500 3.54 8.1 25400 2.52 3122697 25HCB342A50 CNPH *4221A ** 58MEB060 -12 40000 11 13.5 41500 3.52 8.1 25800 2.52 See notes on pg. 33 24 COMBINATION RATINGS CONTINUED • ARI Ref. Model Furnace Model Cooling High Temp Low Temp No Number Number Model Number Number Capacity EER SEER E E COP HSPF H H COP Capacity Capacity 3122698 25HCB342A50 CNPH*4221A** 58MEB080 -12 40000 11 13.5 41500 3.52 8.1 25400 2.52 3122699 25HCB342A50 CNPH *4221A** 58MEB080 -16 40000 11 13.5 41000 as 8.1 25400 2.5 ' 3122700 25HCB342A50 CNPH *4221A ** 58MEB100 -20 40000 11 13.5 41000 3.54 8.2 25200 2.54 3122701 25HCB342A50 CNPH *4221A ** 58MEB120 -20 40500 11.5 14 41000 3.56 8.2 25200 2.54 3034236 25HC8342A50 CNPH*4221A** 58MV(B,C)040 -14 39500 112 13.5 41000 148 8 25200 2.5 3034237 25HCB342A50 CNPH•4221A•* 58MV(B,C)060 -14 39500 11.3 14 41000 as 8.1 25200 2.52 3034238 25HCB342A50 CNPH*4221A** 58MV(B,C)080 -14 39500 11.1 13.5 41000 3.48 8 25200 2.5 3034239 25HCB342A50 CNPH *4221A ** 58MV(B,C)080 -20 40000 11.2 14 41000 as 8.1 25200 2.52 3034240 25HC8342A50 CNPH *4221A ** 58MV(B.C)100 -20 40000 11.4 14 41000 3.54 8.2 25000 2.54 3034241 25HCB342A50 CNPH *4221A ** 58MV(B,C)120 -20 40000 11.4 14 41000 3.52 8.2 25000 2.54 3034307 25HCB342A50 CNPH *4221A ** 58PH*070 -16 40000 10.8 13 42000 144 8 25800 2.46 3034308 25HCB342A50 CNPH *4221A ** 58P1-1*090 -16 40000 11.2 13.5 41000 3.52 8.1 25200 2.52 3034309 25HC8342A50 CNPH *4221A ** 58PH•110 -20 40000 11.5 14 41000 152 8.1 25200 2.54 3034310 25HCB342A50 CNPH *4221A ** 58PH *135 -20 40000 11.2 13.5 41000 as 8.1 25200 2.52 3034235 25HC8342F50 CNPH *4221A** +TDR 40000 10.4 13 42500 as 8 26200 2.46 3034254 25HCB342A50 CNPH *4821A ** 580V(A))070 -12 40500 11.1 13.5 41000 3.6 8.3 25600 2.52 3034255 25HCB342A50 CNPH *4821A ** 58CV(A))090 -16 41000 11.4 14 41000 3.86 8.4 25200 2.58 3034256 25HCB342A50 CNPH*4821A** 58CV(A))110 -20 41000 11.5 14 41000 3.68 8.4 25400 2.58 3034257 25HCB342.A50 CNPH *4821A ** 58CV(A))135 -22 41000 11.6 14.5 41000 3.7 8.5 25200 2.6 3034258 25HCB342A50 CNPH *4821A ** 58CV(A.X)155 -22 41000 11.7 14.5 41000 3.7 8.5 25200 2.6 3122702 25HCB342A50 CNPH *4821A ** 58MEB040 -12 41000 11.5 14 42000 3.7 8.4 25600 2.58 3122703 25HCB342A50 CNPH *4821A ** 58MEB060 -12 41000 11.5 14 42000 37 8.4 25600 2.58 1h 3122704 25HCB342A50 CNPH *4821A ** 58MEB080 -12 41000 11.5 14 42000 172 8.4 25600 2.58 m 3122705 25HCB342A50 CNPH *4821A ** 58MEB080 -16 41000 ' 11,5 14 41500 3.68 8.3 25600 2.58 0 3122706 25HCB342A50 CNPH*4821A** 58MEB100 -20 41000 11.5 14.5 41500 3.74 8.4 25400 2.6 = 3122707 25HCB342A50 CNPH*4821A** 58MEB120 -20 41500 11.5 14.5 41500 3.76 8.4 25400 2.62 in N 3034248 25HCB342A50 CNPH *4821A** 58MV(B,C)040 -14 40500 11.2 13.5 41500 3.6 8.2 25400 2.52 3034249 25HCB342A50 CNPH *4821A** 58MV(B,C)060 -14 40500 11.3 14 41500 3.62 8.3 25400 2.56 3034250 25HCB342A50 CNPH *4821 A ** 58MV(B,C)080 -14 40500 11.1 13.5 41500 158 8.2 25400 2.52 3034251 25HCB342A50 CNPH*4821A** 58MV(B,C)080 -20 40500 11.2 14 41000 3.62 8.3 25400 2.54 3034252 25HCB342A50 CNPH*4821A** 58MV(B,C)100 -20 41000 11.4 14 41000 3.66 8.4 25400 2.56 3034253 25HCB342A50 CNPH *4821A ** 58MV(B,C)120 -20 40500 11.4 14 41000 3.84 8.3 25200 2.56 3034311 25HCB342A50 CNPH *4821A ** 58PH*070 -16 41000 11 13.5 42000 3.62 8.2 26000 2.52 3034312 25HC8342A50 CNPH*4821A** 58PH•090 -16 41000 11.5 14 41500 3.7 8.4 25400 2.58 3034313 25HCB342A50 CNPH*4821A** 58PH *110 -20 41000 11.5 14.5 41500 172 8.4 25400 2.6 3034314 25HCB342A50 CNPH*4821A** 58PH•135 -20 41000 11.5 14 41500 172 8.4 25400 2.6 3034247 25HCB342A50 CNPH*4821A**+TDR 41000 10.6 13 42000 3.64 8.3 26400 2.52 3122687 25HCB342A50 CNPV *4217A ** 58CV(A,X)090 -16 40500 11.5 13.5 41500 3.56 8.2 25400 2.54 3122689 25HCB342A50 CNPV *4217A ** 58ME6040 -12 40500 11 13.5 41500 as 8.3 25600 2.54 3122690 25HCB342A50 CNPV*4217A** 58MEB060 -12 40500 11 13.5 42000 3.6 8.2 25600 2.54 3122691 25HC8342A50 CNPV*4217A** 58MEB080 -12 40500 11 13.5 41500 16 8.3 25600 2.54 3122692 25HCB342A50 CNPV*4217A** 58MEB080 -16 40500 11 13.5 41500 3.56 8.2 25400 2.52 3122686 25HCB342A50 CNPV*4217A** 58MV(B,C)060 -14 40500 11 13.5 41500 3.58 8.2 25600 2.52 3122688 25HC8342A50 CNPV *4217A ** 58PH*070 -16 40000 10.5 13 42000 3.5 8.1 25800 2.48 3122685 25HCB342A50 CNPV *4217A•* +TDR 40500 10.5 13 42000 3.58 8.2 26-400 2.5 3034294 25HCB342A50 CNPV *4221A ** 58CV(A,X)090 - 16 40500 11.5 14 41500 3.44 7.7 25600 2.42 3034224 25HCB342A50 CNPV *4221A ** 58CV(A,X)110 - 20 40000 11.5 14.5 41000 3.56 8.2 25000 2.56 3122693 25HCB342A50 CNPV•4221A ** 58ME8100 -20 40000 11.5 13.5 41000 3.54 8.2 25200 2.54 3034221 25HCB342A50 CNPV*4221A** 58MV(B,C)080 -14 39500 11.1 13.5 41000 3.48 8 25200 2.5 3034222 25HCB342A50 CNPV *4221A** 58MV(B,C)080 -20 40000 11.2 14 41000 3.5 8.1 25200 2.52 3034223 25HCB342A50 CNPV *4221A ** 58MV(B,C)100 -20 40000 11.4 14 41000 154 8.1 25000 2.54 3034302 25HCB342A50 CNPV *4221A ** 58PH*090 -16 40000 11.2 13.5 41000 3.52 8.1 25200 2.52 3034303 25HCB342A50 CNPV *4221A•* 58PH *110 -20 40000 11.2 14 41000 3.52 at 25200 2.54 3034220 25HCB342A50 CNPV *4221A ** +TDR 40000 10.4 13 42500 3.5 8 26200 2.46 3034229 25HCB342A50 CNPV•4821A•• 58CV(A,X)110 -20 41000 11.5 14 41000 3.88 8.4 25400 2.58 3122694 25HCB342A50 CNPV *4821A *• 58MEB100 -20 41000 11.5 14.5 41500 3.74 8.4 25400 2.6 3034226 25HCB342A50 CNPV *4821A ** 58MV(B,C)080 -14 40500 11.1 13.5 41500 3.58 8.2 25400 2.52 3034227 25HCB342A50 CNPV•4821A** 58MV(B,C)080 -20 40500 11.2 14 41000 182 &3 25400 2.54 3034228 25HCB342A50 CNPV•4821A ** 58MV(B,C)100 -20 40500 11.4 14 41000 3.66 8.4 25400 2.56 3034304 25HCB342A50 CNPV*4821A** 58PH *090 -16 41000 11.5 14 4.1500 3.7 8.4 25400 2.58 3034305 25HC8342A50 0NPV•4821A ** 58PH•110 -20 41000 11.5 14.5 41500 3.72 8.4 25400 2.6 3034225 25HCB342A50 CNPV *4821A** +TDR 41000 10.6 13 42000 3.64 8.3 26400 2.52 3034233 25HCB342A50 CNPV *4824A ** 58CV(A,X)135 -22 41000 11.6 14.5 41000 3.7 - 8.5 25200 2.6 3034234 25HC8342450 CNPV *4824A ** 58CV(A,X)155 -22 41000 11.6 14.5 41000 3.7 8.5 25200 2.6 3122695 25HCB342A50 CNPV *48244•* 58MEB120 -20 41500 11.5 14.5 41500 3.76 8.4 25400 2.62 3034231 25HCB342A50 CNPV•48244 ** 58MV(B,C)040 -14 40500 11.2 13.5 41000 3.6 8.2 25400 2.52 3034232 25HCB342A50 CNPV*4824A** 58MV(B,C)120 -20 40500 11.4 14 41000 3.64 8.3 25200 2.56 3034306 25HCB342A50 CNPV•4824A ** 58PH *135 -20 41000 11.5 14 41500 3.72 8.4 25400 2.6 3034230 25HCB342A50 CNPV *4824A•• +TDR 41000 10.6 13 42000 164 8.3 26400 2.52 3034267 25HCB342A50 CSPH*4212A** 58CV(A,X)070 -12 39500 11.1 13.5 41500 3.6 8.2 25600 2.52 3034268 25HCB342A50 CSPH *4212A ** 58CV(A,X)090 -16 40000 11.4 14 41000 3.66 8.4 25400 2.56 3034269 25HCB342A50 CSPH*4212A** 58CV(A,X)110 -20 40000 11.4 14 41000 3.66 8.4 25400 2.58 3034270 25HCB342A50 CSPH *4212A** 58CV(A,X)135 -22 40000 11.5 14.5 41000 37 8.4 25200 2.6 3034271 25HCB342A50 CSPH*4212A** 58CV(A,X)155 - 22 40000 11.8 14.5 41000 3.68 8.4 25200 2.6 3122708 25HCB342A50 CSPH *4212A'• 58MEB040 -12 41000 11.5 14 42000 17 8.3 25600 2.58 3122709 25HCB342A50 CSPH*4212A** 58MEB060 -12 41000 11.5 14 42000 17 8.3 25600 2.56 3122710 25HCB342A50 CSPH *4212A** 58MEB080 -12 41000 11.5 14 42000 17 8.3 25600 2.58 3122711 25HC8342A50 CSPH *4212A ** 58MEB080 -16 41000 11.5 14 41500 3.66 8.3 25600 2.56 3122712 25HCB342A50 CSPH *4212A** 58MEB100 -20 41000 11.5 14 41500 3.7 8.3 25400 2.6 3122713 25HCB342A50 CSPH*4212A** 58ME8120 -20 41500 11.5 14.5 41500 3.74 8.4 25400 2.6 3034261 25HC8342A50 CSPH •4212A•• 58MV(B, C)040- 14 39500 11.1 13.5 41500 3.58 8.2 25600 2.52 3034262 25HCB342A50 CSPH*4212A** - 58MV(B,C)060 -14 40000 11.3 14 41500 9.62 8.3 _ 25400 2.54 3034263 25HCB342A50 CSPH*4212A** 58MV(B,C)080 -14 39500 11.1 13.5 41500 3.58 8.2 25600 2.52 3034264 25HCB342A50 CSPH*4212A** 58MV(B,C)080 -20 40000 11.2 14 41500 3.62 8.3 25600 2.54 3034265 25HCB342A50 CSPH *4212A ** 58MV(B,C)100 -20 40000 11.3 14 41000 3.84 8.3 25400 2.56 3034266 25HCB342A50 CSPH *4212A ** ' 58MV(B,C)120 -20 40000 11.4 14 41000 3.62 8.3 25400 2.58 3034315 25HC8342A50 CSPH*4212A** 58PH *070 -16 41000 11 13.5 42000 3.6 8.2 26000 2.52 See notes on pg. 33 25 COMBINATION RATINGS CONTINUED ARI Ref. Model Furnace Model Cooling High Temp Low Temp . No. Number Coil Model Number Number Capacity E� SEER E COP HSPF Capacity H COP 3034316 25HCB342A50 CSPH *42124 *• 58PH*090 -16 41000 11.5 14 41500 3.68 8.2 25400 2.58 3034317 25HCB342A50 CSPH•42124 ** 58PH *110 -20 41000 11.5 14 41500 3.7 8.4 25400 2.58 3034318 25HCB342A50 CSPH *42124** 58PH *135 -20 41000 11.5 14 41500 3.68 8.4 25400 2.58 3034260 25HC8342450 CSPH *42124 * +TDR 40000 10.7 13 42500 3.66 8.3 26400 2.52 3034279 25HCB342450 CSPH48124"" 58CV(A,X)070 - 12 40500 11.1 13.5 41000 3.64 8.3 25600 2.54 3034280 25HCB342A50 CSPH *48124** 58CV(A,X)090 -16 40500 11.4 14 41000 3.7 8.4 25400 2.58 3034281 25HCB342A50 CSPH *48124** 58CV(A,X)110 -20 41000 11.4 14 41000 3.7 8.5 25400 2.58 3034282 25HCB342A50 CSPH *48124 ** 58CV(A,X)135 -22 41000 11.6 14.5 41000 3.74 8.5 25400 2.6 3034283 2511CB342450 CSPH *48124 58CV(A,X)155 -22 41000 11.6 14.5 41000 3.72 15 25200 2.6 3122714 25HC6342450 CSPH•48124** 58MEB040 -12 41500 11.5 14 42000 3.74 8.4 25800 2.58 3122715 25HCB342A50 CSPH "48124'* 58MEB060 -12 41500 11.5 14 42000 3.72 8.4 25800 2.58 3122716 25HCB342A50 CSPH *48124 ** 58MEB080 -12 41500 11.5 14 42000 3.72 8.4 25600 2.58 3122717 251-C6342450 CSPH *48124 "" 58MEB080 -16 41000 11.5 14 41500 3.7 8.3 25600 2.58 3122718 25HCB342A50 CSPH *48124 ** 58MEB100 -20 41500 11.5 14.5 41500 3.74 8.4 25400 2.6 3122719 25HCB342A50 CSPH *48124 ** 58MEB120 -20 41500 11.5 14.5 41500 3.78 8.4 25400 2.62 _ 3034273 25HC6342450 CSPH•48124.• 58MV(B,C)040 -14 40500 11.2 13.5 41500 3.62 8.3 25600 2.52 3034274 25HC6342450 CSPH•48124** 58MV(B,C)060 -14 40500 11.3 14 _ 41000 3.66 8.4 25400 2.56 3034275 251-4CB342450 CSPH *48124•* 58MV(B,C)080 - 14 40500 11.1 13.5 41500 3.62 83 25600 2.52 3034276 25HCB342450 CSPH *48124•• 58MV(B,C)080 - 20 40500 11.3 14 41000 3.66 84 25600 2.56 3034277 25HC6342450 CSP11•48124 "" 58MV(B,C)100 -20 40500 11.3 14 41000 3.68 84 25400 2.56 3034278 25HCB342A50 CSPH "48124 ** 58MV(B,C)120 -20 40500 11.4 14 41000 3.68 8.4 25400 2.56 M 3034319 25HC6342450 CSPH "48124 ** 58PH*070 -16 41000 11 13.5 42000 3.64 8.2 26000 2.52 Op 3034320 25HCB342A50 CSPH *48124*" 58PH *090 -16 41000 11.5 14 41500 3.72 8.4 25400 2.58 U 3034321 25HCB342A50 CSPH•48124*• 58PH "110 -20 41500 11.5 14 41500 3.74 8.4 25400 26 I 3034322 25HC8342A50 CSPH•48124** 58PH *135 -20 41000 11.5 14 41500 3.72 8.4 25400 2.58 1n 3034272 25HC 8342450 CSPH`4812A`* +TDR 41000 10.7 13 41000 3.68 6.4 26400 2.52 3034323 25HC8342A60 tFY4ANF042 40500 10.4 13 42000 3.54 8.1 26400 2.46 3034415 25HCB342A60 FE4AN(B,F)003+ UI 40000 11.5 14 41000 3.42 7.9 25600 2.4 3034416 25HCB342460 FE4AN(B,F)005+ UI 42000 12.1 14.5 40500 3.64 8.3 25800 2.5 3034417 25HCB342A60 FE4ANB006 +UI 42500 12.4 15 39500 3.68 8.4 25800 2.58 3034418 25HC8342460 FV4BN(B,F)003 40000 11.5 14 41000 142 7.9 25600 2.4 3034419 251-C8342460 FV46N(B,F)005 42000 12.1 14.5 40500 3,64 8.3 25800 2.5 3034420 25HCB342A60 FV4BNB006 42500 12.4 15 39500 3.68 64 25800 2.56 3034413 25HCB342A60 FX4CN(B,F)042 41500 11.2 14 42000 3.7 84 25800 2.56 3034414 25HCB342A60 FX4CN(B,F)048 42500 11.7 14.5 40000 3,76 8.7 25800 2.66 3034412 2511CB342460 FY4ANF048 41500 10.8 192 41000 3.56 8.2 26600 2.5 3034411 25HC8342460 CAP**42214•• 58CV(A,X)090 -16 40000 11.2 14 41500 3.4 7.8 25800 2.4 3034328 25HC8342A60 CAP• *42214`" 58CV(A,X)110 -20 40000 11.2 14 41000 3.5 8.1 25200 2.52 3122789 25HC8342460 CAP**42214•* 58MEB100 -20 40500 11.5 14 41000 3.56 82 25200 2.54 3034325 25HCB342A60 CAP••42214** 58MV(B.C)080 -14 39500 10.9 13.5 41500 3.42 7.9 25400 2.46 3034326 25HCB342A60 CAP* *42214 ** 58MV(B,C)060 -20 40000 11 13.5 41500 3.46 8 25200 2.48 3034327 25HCB342A60 CAP *•42214 ** 58MV(B,C)100 -20 40000 11.2 13.5 41000 3.48 8 25200 2.5 3034422 25HCB342A60 CAP• *42214*• 58PH'090 -16 40000 11.2 13.5 41000 154 8.2 25200 2.54 3034423 25HCB342A60 CAP' *42214•* 58PH *110 -20 40500 11.5 - 14 41000 156 8.2 25200 2.54 3034324 251-C8342460 CAP**42214*• +1DR 40000 10.4 13 42500 3.5 8 26200 2.46 3034332 2511CB342460 - CAP• *42244 ** 58CV(A,X)135 -22 40000 11.4 14 41000 3.54 8.2 25000 2.54 3034333 2514CB342460 CAP**42244•• 58CV(A,X)155 -22 40000 11.5 14 41000 3.52 8.2 25000 2.54 3122790 25HCB342A60 CAP* *42244 ** 58MEB120 -20 40500 11.5 14 41000 3.6 8.3 25200 2.56 3034330 251-C8342460 CAP• *42244 ** 58MV(B,C)040 -14 39500 11 13.5 41000 3.44 8 25200 2.48 1934331 25HCB342A60 CAP" *42244 ** 58MV(B,C)120 -20 40000 11.2 14 41000 148 8 25200 2.5 3034424 25HC6342A60 CAP* *42244** 58PH *135 -20 40500 11.5 14 41000 3.56 8.2 25200 2.54 3034329 25HCB342A60 CAP *•42244 ** +TOR 40000 10.4 13 42500 3.5 8 26200 2.46 3034336 25HCB342A60 CAP**4817A** 58CV(A,X)090 -16 40000 11.4 14 39500 3.68 84 25400 2.58 3122791 25HC6342460 CAP *•48174•* 58MEB040 -12 41500 11.5 14 41000 3.68 8.4 25800 2.58 3122792 25HCB342A60 CAP* *48174 *• 58MEB060 -12 41500 11.5 14 41000 3.68 8.4 25800 2.58 3034335 25HC6342460 CAP *•48174 ** 58MV(B,C)060 -14 40000 11.3 14 39500 3.64 8.4 25600 2.56 3)34425 25HCB342A60 CAP *•48174•* 58PH•070 -16 41000 11 13.5 41000 3.6 ' 8.2 26000 2.52 3034334 25HC5342460 CAP* *48174 *• +TOR 40500 10.7 13 40000 3.64 8.4 26400 2.54 3034341 25HC8342460 CAP" *48214 ** 58CV(A,X)110 -20 41000 11.4 14 41000 3.68 8.4 25400 2.58 3122793 25HCB342A60 CAP* *48214** 58MEB100 -20 41000 11.5 14 41000 172 8.4 25400 2.6 3034338 25HCB342A60 CAP• *48214 *• 58MV(B,C)080 -14 40500 11.4 13.5 41500 3.58 8.2 25600 2.52 3034339 25HC8342460 CAP* "48214 "* 58MV(B,C)080 -20 40500 11.2 13.5 41000 3.62 8.3 25400 2.54 3034340 25HCB342A60 CAP* *48214 ** 58MV(B,C)100 -20 40500 11.3 14 41000 3.64 8.4 25400 2.56 3034426 25HCB342A60 CAP *•48214 ** 58PH"090 -16 41000 11.5 14 41000 3.68 8.2 25400 2.58 3034427 25HCB342A60 CAP *•4821A ** 58PH "110 -20 41000 11.5 14 41000 3.7 64 25400 2.6 3034337 25HC5342460 CAP *•48214 *• +TDR 41000 10.6 13 42000 3.62 83 26400 2.52 3034345 25HCB342A60 CAP* *48244 *• 58CV(A,X)135 -22 41000 11.6 14.5 41000 3.7 8.5 25200 2.6 3034346 25HC8342460 CAP *•48244 ** 58CV(A,X)155 -22 41000 11.6 14.5 41000 3.7 ' 8.5 25200 2.6 3122794 25HCB342460 CAP• *4824A ** 58MEB120 -20 41000 11.5 14.5 41500 3.74 8.4 25400 2.62 3034343 251'4CB342460 CAP• *48244•* 58MV(B,C)040 -14 40500 11.1 13.5 41000 16 83 25400 2.52 3034344 251-C8342460 CAP* *48244•* 58MV(B,C)120 -20 40500 11.4 14 41000 3.64 84 25200 2.56 3034428 251-C8342460 CAP * *48244** 58P4*135 -20 41000 11.5 14 41000 3.7 84 25400 2.58 3034342 25HCB342A60 CAP *•48244•* +TOR 41000 10.6 13 42000 662 83 26400 2.52 3034386 25HCB342A60 CNPF *48184•• +TDR 40500 10.5 - 13 42000 3.58 82 26400 2.48 3034369 25HCB342A60 CNPH•42214** 58CV(A,X)070 -12 40000 11.1 13.5 41500 3.48 8 25200 2.5 3034370 25HC6342A60 CNPH•42214** 58CV(A,X)090 -16 40000 11.4 14 41000 152 82 25000 2.54 3034371 25HC6342460 CNPH•42214** 58CV(A,X)110 - 20 40000 11.5 14 41000 156 8.2 25000 2.56 3034372 25HCB342A60 CNPH *42214*• 58CV(A,X)135 -22 40000 11.6 14.5 41000 3.58 82 25000 2.56 3034.373 2514CB342460 CNPH *42214•* 58CV(A,X)155 -22 40000 11.6 14.5 41000 3.58 8.2 24800 2.56 3122806 25HCB342A60 CNPH *42214** 58MEB040 -12 40500 11 13.5 41500 3.54 8.1 25400 2.52 . 3122807 25HC8342A60 CNPH *42214•" 58MEB060 -12 40000 11 13.5 41500 3.52 8.1 25600 2.52 3122808 2514C8342460 CNPH *42214 ** 58MEB080 -12 40000 11 13.5 41500 3.52 8.1 25400 2.52 3122809 25HC6342460 CNP1-1•42214*• 58MEB080 -16 40000 11 19.5 41000 15 8.1 25400 2.5 3122810 258C8342460 CNPH•42214** 58MEB100 -20 40000 11 13.5 41000 3.54 82 25200 2.54 3122811 25HCB342A60 CNPH *42214•* 58MEB120 -20 40500 11.5 14 41000 3.56 82 25200 2.54 3034363 25HC8342460 CNPH "42214•* 58MV(B,C)040 -14 39500 11.2 13.5 41000 3.48 8 _ 25200 2.5 See notes on pg. 33 26 COMBINATION RATINGS CONTINUED ARI Ref. Model CON Model Number Furnace Model Cooling High Temp Low Temp EER SEER E HSPF H No, Number Number Capacity Capacity E COP Capacity H COP 3034364 25HCB342A60 CNPH *4221A 58MV(B,C)060 -14 39500 11.3 14 41000 3.5 8.1 25200 2.52 3034365 25HCB342A60 CNPH 58MV(B,C)080 -14 39500 11.1 13.5 41000 3.48 8 25200 2.5 • 3034366 25HCB342A60 CNPH *4221A*• 58MV(B,C)080 -20 _ 40000 11.2 14 41000 3.5 8.1 25200 2.52 3034367 25HCB342A60 CNPH *4221A ** 58MV(8,C)100 -20 40000 11.4 14 41000 3.54 82 25000 2.54 3034368 25HCB342A60 CNPH *4221A** 58MV(B,C)120 -20 40000 11.4 14 41000 3.52 8.2 25000 2.54 3034434 25HCB342A60 CNPH *4221A*• 58PH -16 40000 10.6 13 42000 3.44 8 25800 2.46 3034435 25HCB342A60 CNPH•4221A** 58PH *090 -16 40000 11.2 13.5 41000 3,52 8.1 25200 2.52 3034436 25HCB342A60 CNPH *4221A ** 58PH *110 -20 40000 ' 11.5 14 41000 3.52 8.1 25200 2.54 3034437 25HCB342A60 CNPH *4221A•* 58PH *135 -20 40000 11.2 13.5 41000 as 8.1 25200 2.52 3034362 25HCB342A60 CNPH•4221A*• +TDR 40000 10.4 13 42500 as • 8 26200 2.46 3034381 25HCB342A60 CNPH*4821A" 58CV(A,X)070 -12 40500 11.1 13.5 41000 3.6 8.3 25600 2.52 3034392 25HCB342A60 CNPH *4821A" 58CV(A,X)090 - 16 41000 11.4 14 41000 3,66 8.4 25200 2.58 3034383 25HCB342A60 CNPH*4821A** 580/(A)0110 -20 41000 11.5 14 41000 3.68 8.4 25400 2.58 3034384 25HCB342A60 CNPH*4821A** 58CV(A,X)135 -22 41000 11.6 14.5 41000 3.7 8.5 25200 2.6 3034385 25HCB342A60 CNPH *4821A ** 58CV(A,X)155 -22 41000 11.7 14.5 41000 3.7 8.5 25200 2.6 3122812 25HCB342A60 CNPH*4821A** 58MEB040 -12 41000 11.5 14 42000 3.7 8.4 25600 2.58 3122813 25HCB342A60 CNPH *4821A ** 58MEB060 -12 41000 11.5 14 42000 3.7 8.4 25600 2.58 3122814 25HCB342A60 CNPH*4821A" 58ME8080 - 12 41000 11.5 14 42000 172 8.4 25600 2.58 ' 3122815 25HCB342A60 CNPH *4821A ** 58MEB080 -16 41000 11.5 14 41500 3.68 8.3 25600 2.58 3122816 25HC6342A60 CNPH*4821A** 58ME5100 -20 41000 11.5 14.5 41500 3.74 8.4 25400 2.6 3122817 25HCB342A60 CNPH*4821A** 58MEB120 - 20 41500 11.5 14.5 41500 3.76 8.4 25400 2.62 3034375 25HCB342A60 CNP1-1•4821A•* 58MV(B,C)040 -14 40500 112 13.5 41500 3.6 8.2 25400 2.52 CO 3034376 25HCB342A60 CNP11*4821A•• 58MV(B,C)060 -14 40500 11.3 14 41500 3.62 8.3 25400 2.56 CO 3034377 25HCB342A60 CNPH*4821A" 58MV(B,C)080 -14 40500 11.1 13.5 41500 3.58 8.2 25400 2.52 0 3034378 25HCB342A60 CNPH *4821A*' 58MV(B,C)080 -20 40500 112 14 41000 3.62 8.3 25400 2.54 = 3034379 25HCB342A60 CNPH*4821A** 58MV(B,C)100 - 20 41000 11.4 14 41000 3.66 8.4 25400 2.56 1.0 N 3034380 25HC8342A60 CNPH *4821A** 58MV(B,C)120 -20 40500 11.4 14 41000 184 8.3 25200 2.56 3034438 25HC6342A60 CNPH*4821A** 58PH•070 - 16 41000 11 13.5 42000 3.62 8.2 26000 2.52 _ 3034439 25HCB342A60 CNPH *4821 A ** 58PH *090 -16 41000 11.5 14 41500 3.7 8.4 25400 2.58 3034440 25HC6342A60 CNPH*4821A** 58P1-1*110 -20 41000 11.5 14.5 41500 3.72 8.4 25400 2.6 3034441 25HC6342A60 CNPH *4821A ** 58PH *135 - 20 41000 11.5 14 41500 3.72 8.4 25400 2.6 3034374 25HCB342A60 CNPH *4821A ** +TDR 41000 10.6 13 42000 3.64 8.3 26400 2.52 3122797 25HC8342A60 CNPV *4217A•* 58CV(A,X)090 -16 40500 11.5 13.5 41500 3.56 8.2 25400 2.54 3122799 25HCB342A60 CNPV *4217A ** 58MEB040 -12 40500 11 13.5 41500 3.6 8.3 25600 2.54 3122800 25HCB342A60 CNPV *4217A ** 58MEB060 -12 40500 11 13.5 42000 3.6 8.2 25600 2.54 3122801 25HCB342A60 CNPV *4217A * 58MEB080 -12 40500 11 13.5 41500 3.6 8.3 25600 2.54 3122802 25HCB342A60 CNPV *4217A*" 58MEB080 -16 40500 11 13.5 41500 3.56 8.2 25400 2.52 3122796 25HC8342A60 CNPV *4217A•* 58MV(B,C)060 -14 40500 11 13.5 41500 3.58 8.2 25600 2.52 3122798 25HCB342A60 CNPV *4217A** 58P1-1•070 -16 40000 10.5 13 42000 3.5 8.1 25800 2.48 3122795 25HCB342A60 CNPV *4217A" +TDR 40500 10.5 13 42000 3.58 8.2 26400 2.5 3034421 25HCB342A60 CNPV *4221A•* 58CV(A,X)090 -16 40500 11.5 14 41500 3.44 7.7 25600 2.42 3034351 25HCB342A60 CNPV *4221 A ** 58CV(A,X)110 -20 40000 11.5 14.5 41000 3.56 8.2 25000 2.56 ' 3122803 25HCB342A60 CNPV *4221A ** 58MEB100 -20 40000 11.5 13.5 41000 3.54 8.2 25200 2.54 3034348 25HC8342A60 CNPV *4221A** 58MV(B,C)080 -14 39500 11.1 13.5 41000 3.48 8 25200 2.5 3034349 25HCB342A60 CNPV *4221A ** 58MV(B,C)080 -20 40000 112 14 41000 3.5 8.1 25200 2.52 3034350 25HCB342A60 CNPV*4221A** 58MV(B,C)100 - 20 40000 11.4 14 41000 3.54 8.1 25000 2.54 3034429 25HCB342A60 CNPV *4221A** 58PH*090 -16 40000 11.2 13.5 41000 3.52 8.1 25200 2.52 3034430 25HC8342A60 CNPV *4221 A•" 58PH *110 -20 40000 11.2 14 41000 3.52 8.1 25200 2.54 3034347 25HCB342A60 CNPV*4221A**+TDR 40000 10.4 13 42500 3.5 8 26200 2.46 3034356 25HCB342A60 CNPV *4821A ** 58CV(A,X)110 -20 41000 11.5 14 41000 3.68 8.4 25400 2.58 3122804 251-1C8342A60 CNPV *4821A ** 58MEB100 -20 41000 11.5 14.5 41500 3.74 8.4 25400 2.6 3034353 25HCB342A60 CNPV *4821A•• 58MV(B,C)080 -14 40500 11.1 13.5 41500 3.58 8.2 25400 2.52 3034354 25HCB342A60 CNPV *4821A•* 58MV(B,C)080 -20 40500 11.2 14 41000 3.62 8.3 25400 2.54 3034355 25HCB342A60 CNPV *4821A ** 58MV(B,C)100 -20 40500 11.4 14 41000 3.66 8.4 25400 2.56 3034431 25HCB342A60 CNPV *4821A•* 58PH*090 - 41000 11.5 14 41500 37 8.4 25400 2.58 3034432 25HCB342A60 CNPV *4821A•• 58PH "110 -20 41000 11.5 14.5 41500 3.72 8.4 25400 2.6 3034352 25HCB342A60 ' CNPV *4821A•* +TDR 41000 10.6 13 42000 3.64 8.3 26400 2.52 3034360 25HCB342A60 CNPV*4824A** 58CV(A,X)135 -22 41000 ' 11.6 14.5 41000 3.7 8.5 25200 2.6 3034361 25HCB342A60 CNPV*4824A" 58CV(A,X)155 -22 41000 11.6 14.5 41000 3.7 8.5 25200 2.6 3122805 25HC8342A60 CNPV*4824A** 58MEB120 -20 41500 11.5 14.5 41500 3.76 8.4 25400 2.62 3034358 25HCB342A60 CNPV *4824A** 58MV(B,C)040 - 14 40500 112 13.5 41000 3.6 8.2 25400 2.52 3034359 25HCB342A60 CNPV*4824A** 58MV(B,C)120 - 20 40500 11.4 14 41000 3.64 8.3 25200 2.56 3034433 25HCB342A60 CNPV*4824A ** 58PH *135 -20 41000 11.5 14 41500 3.72 8.4 25400 2.6 3034357 25HCB342A60 CNPV*4824A**+TDR 41000 10.6 13 42000 3.64 8.3 26400 2.52 3034394 25HCB342A60 CSPH *4212A•* 58CV(A,X)070 -12 39500 11.1 13.5 41500 3.6 8.2 25600 2.52 3034395 25HCB342A60 CSPH *4212A"" 58CV(A))090 -16 40000 11.4 14 41000 3.66 8.4 25400 2.56 3034396 25HCB342A60 CSPH•4212A" 58CV(A))110 -20 40000 11.4 14 41000 3.66 8.4 25400 2.58 3034397 251 CSPH *4212A** 580/(A)0135 -22 40000 11.5 14.5 41000 3.7 8.4 25200 2.6 3034398 25HCB342A60 CSPH•4212A** ' 58CV(A))155 -22 40000 11.8 14.5 41000 3.68 8.4 25200 2.6 3122818 25HCB342A60 CSPH *4212A" 58MEB040 - 12 41000 11.5 14 42000 3.7 8.3 25600 2.58 3122819 25HCB342A60 CSPH *4212A*• 58ME6060 - 12 41000 11.5 14 42000 3.7 8.3 25600 2.56 3122820 25HC6342A60 CSPH *4212A•* 58MEB080 - 12 41000 11.5 14 42000 3.7 83 25600 2.58 3122821 25HCB342A60 CSPH *4212A•* 58MEB080 - 16 41000 11.5 14 41500 3.66 8.3 25600 2.56 3122822 25HC8342A60 CSPH *4212A*" 58MEB100 -20 41000 11.5 14 41500 37 8.3 25400 2.6 3122823 25HCB342A60 CSPH *4212A** 58MEB120 -20 41500 11.5 14.5 41500 3.74 8.4 25400 2.6 3034388 25HC8342A60 CSPH•4212A•* 58MV(B,C)040 - 14 39500 11.1 13.5 41500 3.58 8.2 25600 2.52 3034389 25HCB342A60 CSPH*4212A** 58MV(B,C)060 -14 40000 11.3 14 41500 3.62 - 8.3 25400 2.54 3034390 25HCB342A60 CSPH 58MV(8,C)080 -14 39500 11.1 13.5 41500 3.58 82 25600 2.52 3034391 25HCB342A60 CSPH *4212A*• 58MV(B,C)080 -20 40000 112 14 41500 3.62 ' 8.3 25600 2.54 3034392 25HCB342A80 CSPH *4212A** 58MV(B,C)100 -20 40000 11.3 14 41000 3.64 8.3 25400 2.56 • 3034393 25HCB342A60 CSPH *4212A*• 58MV(B,C)120 -20 40000 11.4 14 41000 3.62 8.3 25400 2.56 3034442 25HCB342A60 CSPH *4212A ** 58PH*070 -16 41000 11 13.5 42000 3.6 8.2 26000 2.52 3034443 25HCB342A60 CSPH *4212A ** 58PH -16 41000 11.5 14 41500 3.68 8.2 25400 2.58 3034444 25HCB342A60 CSPH *4212A ** 581.11.110 -20 41000 11.5 14 41500 3.7 8.4 25400 258 3034445 25HCB342A60 CSPH *4212A•* 58PH•135 -20 41000 11.5 14 ' 41500 3.68 ' 8.4 25400 2.58 3034387 25HCB342A60 CSPH•4212A*• +TDR 40000 10.7 13 42500 3.66 6.3 26400 2.52 3034406 25HCB342A60 CSPH • 4812A** 58CV(A,X)070 -12 40500 11.1 13.5 _ 41000 3.64 8.3 25600 2.54 See notes on pg. 33 27 COMBINATION RATINGS CONTINUED ARI Ref. Model Furnace Model Cooling High Temp Low Temp < No. Number Coil Model Number Number Capacity EER SEER E E COP HSPF H H COP Capacity Capacity 3034407 25HCB342A60 CSPH *4812A ** 58CV(A,X)090 -16 40500 11.4 14 41000 3.7 8.4 25400 2.58 3034408 25HCB342A60 CSPH *4812A ** 58CV(A,X)110 -20 41000 11.4 14 41000 3.7 8.5 25400 2.58 3034409 25HCB342A60 CSPH•4812A•* 58CV(A,X)135 -22 41000 11.6 145 41000 3.74 8.5 25400 2.6 3034410 25HCB342A60 CSPH•4812A** 58CV(A,X)155 -22 41000 11.6 14.5 41000 3.72 8.5 25200 2.6 3122824 25HCB342A60 CSPH *4812A** 58MEB040 -12 41500 11.5 14 42000 3.74 8.4 25800 2.58 3122825 25HCB342A60 CSPH *4812A** 58MEB060 -12 41500 11.5 14 42000 3.72 8.4 25800 2.58 3122826 25HCB342A60 CSPH *4812A** 58MEB080 -12 41500 11.5 14 42000 372 8.4 25600 2.58 3122827 251-1C8342A60 CSPH *4812A ** 58MEB080 -16 41000 11.5 14 41500 3.7 8.3 25600 2.58 3122828 25HCB342A60 CSPH *4812A`* 58MEB100 -20 41500 11.5 14.5 41500 3.74 8.4 25400 2.6 3122829 25HC8342A60 CSPH *4812A ** 58MEB120 -20 41500 11.5 14.5 41500 3.78 8.4 25400 2.62 3034400 25HCB342A60 CSPH *4812A ** 58MV(B,C)040 -14 40500 11.2 13.5 41500 3.62 8.3 25600 2.52 3034401 25HCB342A60 CSPH *4812A ** 58MV(B.C)060 - 14 40500 11.3 14 41000 3.66 8.4 25400 2.56 3034402 25HCB342A60 CSPH•4812A ** 58MV(B,C)080 -14 40500 11.1 13.5 41500 3.62 8.3 25600 2.52 3034403 25HCB342A60 CSPH *4812A ** 58MV(B,C)080 - 20 40500 11.3 14 41000 3.66 8.4 25600 2.56 3034404 25HCB342A60 CSPH *4812A** 58MV(B,C)100 -20 40500 11.3 14 41000 3.68 8.4 25400 2.56 3034405 25HCB342A60 CSPH•4812A•* 58MV(B,C)120 - 20 40500 11.4 14 41000 3.68 8.4 25400 2.56 3034446 25HC8342A60 CSPH *4812A** 58PH*070 -16 41000 11 13.5 42000 3.64 8.2 26000 2.52 3034447 25HCB342A60 CSPH *4812A** 58PH•090 -16 41000 11.5 14 41500 3.72 8.4 25400 2.58 3034448 25HCB342A60 CSPH *4812A ** 58PH *110 -20 41500 11.5 14 41500 3.74 8.4 25400 2.6 3034449 25HCB342A60 CSPH *4812A** 58PH *135 -20 41000 11.5 14 41500 372 8.4 25400 2.58 3034399 25HC8342A60 CSPH *4812A 41000 10.7 13 41000 3.68 &4 26400 2.52 VI _. . 03 3034450 25HCB348A30 tFY4ANF048 48500 10.8 13 48500 3.6 8.3 30800 2.58 0 3034634 25HCB348A50 FE4AN(B,F)005 +UI 47000 12.2 15 47500 3.78 8.6 29400 2.72 = 3034635 25HCB348A50 FE4ANB006 +UI 48000 12.5 15.5 46000 3.86 8.8 29400 2.78 in 3034632 25HCB348A50 FV4BN(B,F)005 47000 12.2 15 47500 378 8.6 29400 2.72 N < 3034633 25HCB348A50 FV48NB006 48000 12.5 15.5 46000 3.86 8.8 29400 2.78 3034630 25HCB348A50 FX4CN(B,F)048 47500 11.7 14.5 47500 3.78 8.6 30000 2.7 3034631 25HCB348A50 FX4CN(B,F)060 48000 12 15 44000 3.74 8.7 30000 2.76 3034629 25HC6348/50 FY4ANB060 47500 11 13.5 45000 3.52 8.4 30800 2.62 3034474 25HCB348A30 CAP**4817A•* 58CV(A)X)090 -16 45000 11.5 14 47500 3.7 8.4 29800 2.62 3121506 25HCB348A30 CAP* *4817A** 58MEB080 -16 46000 11.5 14 48030 3.7 8.5 30000 2.62 3034473 25HCB348A30 CAP**4817A ** +1DR 45000 10.8 13 48000 3.66 8.4 30200 2.6 3034478 25HC6348A30 CAP**4821A** 58CV(A,X)110 -20 45500 11.5 14 48000 3.68 84 29600 2.62 3121507 25HC6348A30 CAP**4821A ** 58MEB100 -20 46000 12 14.5 48000 3.7 8.5 29600 2.64 3034476 25HCB348A30 CAP * *4821A** 58MV(B,C)080 -20 45500 11.5 14 48500 3.62 8.3 29800 2.58 3034477 25HCB348A30 CAP• *4821A•* 58MV(B,C)100 -20 45500 11.5 14 48000 _ 3.64 8.3 29600 2.6 3034451 25HCB348A30 CAP**4821A•* 58PH*090 -16 45500 12 14 48000 3.68 8.4 29800 2.62 3034452 25HCB348A30 CAP * *4821A ** 58PH *110 -20 45500 12 14.5 48000 3.7 8.4 29400 2.64 3034475 25HCB348A30 CAP * *4821A ** + TDR 46000 10.8 13 49000 3.68 8.4 _ 30400 2.6 3034481 25HCB348A30 CAP * *4824A ** 58CV(A,X)135 -22 45500 11.7 14.5 48000 37 8.5 29400 2.64 < 3034482 25HC8348A30 CAP * *4824A ** 58CV(A,X)155 -22 46000 11.5 14.5 48000 3.74 8.5 29400 2.66 3121508 25HCB348A30 CAP * *4824A ** 58MEB120 -20 46000 12 14.5 48000 3.74 8.5 29600 2.66 3034480 25HCB348A30 CAP * *4824A ** 58MV(B,C)120 -20 45500 11.5 14 48000 364 8.3 29600 2.6 3034453 25HCB348A30 CAP*•4824A ** 58PH•135 -20 46000 12 14 48000 37 8.4 29600 2.64 3034479 25HCB348A30 CAP * *4824A ** +TDR 46000 10.8 13 49000 3.68 8.4 30400 2.6 3034486 25HCB348A30 CAP••6021A *" 58CV(A,X)110 -20 46500 11.7 14.5 46500 3.68 8.5 29600 2.66 3121509 25HCB348A30 CAP**6021A *" 58ME13100 -20 47000 12 14.5 48500 3.7 8.5 29600 2.68 3034484 2514CB348A30 CAP**6021A•• 58MV(B,C)080 - 20 46500 11.7 145 47000 3.64 8.4 29800 2.62 3034485 25HCB348A30 CAP••6021A•• 58MV(B,C)100 -20 46500 11.7 14.5 47000 3.66 8.4 29600 2.64 3034454 25HCB348A30 CAP * *6021A ** 58PH•090 -16 47000 12 14.5 46500 3.68 8.4 29800 2.66 3034455 25HCB348A30 CAP * *6021A** 58PH•110 -20 47000 12.5 14.5 47000 3.72 8.5 29600 2.7 3034483 25HCB348A30 CAP• *6021A ** +TDR 47000 10.8 13 44500 3.5 8.3 30600 2.62 3034489 25HCB348A30 CAP * *6024A ** 58CV(A0135 -22 47000 11.7 14.5 47000 37 8.5 29600 2.68 3034490 25HCB348A30 CAP * *6024A ** 58CV(A,X)155 -22 47000 12 15 46500 3.72 8.6 29400 2.68 3121510 25HCB348A30 CAP * *6024A** 58MEB120 -20 47000 12 14.5 47000 372 8.5 29600 2.7 3034488 25HCB348A30 CAP * *6024A•* 58MV(B,C)120 -20 46500 11.7 14.5 47000 3.64 8.4 29600 2.64 3034456 25HCB348A30 CAP * *6024A ** 58PH•135 -20 47000 12 14.5 47000 168 8.5 29800 2.66 3034487 25HC8348A30 CAP * *6024A ** +TDR 47000 10.8 13 45000 3.52 8.3 30400 2.66 3034519 25HC8348A30 CNPF *4818A ** +TDR 45000 10.8 13 48500 3.5 8.1 30000 2.54 3034507 25HCB348A30 CNPH *4821A ** 58CV(A,X)090 -16 45500 11.5 14 48000 3.62 8.3 29600 2.6 3034508 25HC5348A30 CNPH *4821A•* 58CV(A,X)110 -20 45500 11.5 14 48000 364 8.4 29600 2.62 3034509 25HCB348A30 CNPH *4821A ** 58CV(A,X)135 -22 46000 11.7 145 48000 3.68 8.4 29400 2.64 3034510 25HC8348A30 CNPH *482 1A** 58CV(A,X)155 -22 46000 11.7 145 48000 3.7 8.5 29400 2.66 3121514 25HCB348A30 CNPH•4821A ** 58MEB080 -16 46000 11.5 14 48000 366 8.4 30000 2.6 3121515 25HC8348A30 CNPH•4821A ** 58MEB100 -20 46000 12 14.5 48000 3.68 8.4 29600 2.64 3121516 25HCB348A30 CNPH *4821A** 58MEB120 -20 46000 12 14.5 48000 372 8.4 29600 2.66 3034504 25HC6348430 CNPH *4821A ** 58MV(B,C)080 - 20 45500 11.5 14 48500 3.6 8.3 29600 2.6 3034505 25HC6348A30 CNPH *4821A "• 58MV(B,C)100 -20 45500 11.5 14 48000 3.62 8.3 29600 2.6 3034506 25HCB348A30 CNPH *4821A ** 58MV(B,C)120 - 20 45500 11.5 14 48000 3.62 8.3 29600 2.6 3034461 25HC6348A30 CNPH *4821A ** 58P11*090 -16 46000 12 14.5 48500 3.68 8.4 29600 2.62 3034462 25HCB348A30 CNPH•4821A•* 58PH *110 -20 46000 12 14.5 48000 3.68 8.4 29400 2.64 3034463 25HC6348A30 CNPH *4821A ** 58PH *135 -20 46000 12 14.5 48500 3.68 8.4 29600 2.64 3034503 25HCB348A30 CNPH *4821A ** +TOR 46000 10.8 13 49000 368 8.4 30400 2.6 3034515 25HC6348A30 CNPH *6024A ** 58CV(A,X)090 -16 46500 11.7 14.5 47000 3.68 8.4 29600 2.64 3034516 251106348A30 CNPH *6024A ** 58CV(A,X)110 - 20 46500 11.7 14.5 47000 3.7 8.5 29600 2.66 3034517 25HCB348A30 CNPH•6024A•• 58CV(A,X)135 -22 46500 12 15 47000 3.74 8.5 29400 2.68 < 3034518 25HCB348A30 CNPH *6024A ** 58CV(A,X)155 -22 47000 12 15 46500 3.76 8.6 29400 2.68 3121517 25HCB348A30 CNPH *6024A ** 58ME8080 -16 46500 12 14 48000 3.68 8.4 30000 2.64 3121518 25HCB348A30 CNPH *6024A ** 58MEB100 -20 47000 12 14.5 48000 374 8.5 29600 2.68 3121519 25HCB348A30 CNPH *6024A ** 58MEB120 -20 47000 12 15 48000 3.76 8.5 29600 2.7 . 3034512 25HCB348A30 CNPH *6024A•* 58 MV(B,C)080 -20 46500 11.5 14 47000 3.66 8.4 29800 2.62 3034513 25HCB348A30 CNPH*6024A ** 58MV(B,C)100 -20 46500 11.7 14.5 47000 3.68 8.4 29600 2.64 3034514 25HC8348A30 CNPH *6024A ** 58MV(B,C)120 - 20 46500 11.7 14.5 47000 3.68 8.4 29600 2.64 3034464 25HC6348A30 CNPH *6024A ** 58PH*090 -16 47000 12 14.5 48000 372 8.5 29800 2.66 3034465 25HCB348A30 CNPH *6024A ** 58PH *110 -20 47000 12 14.5 48000 3.74 8.5 29600 2.68 3034466 25HC8348A30 CNPH *6024A ** 58PH•135 -20 47000 12 14.5 48000 3.74 8.5 29600 2.66 See notes on pg. 33 28 COMBINATION RATINGS CONTINUED • ARI Ref. Model Furnace Model Cooling High Temp Low Temp No. Number Coil Model Number Number Capacity EER SEER E E COP HSPF H H COP Capacity Capacity 3034511 25HCB348A30 CNPH *6024A ** +TDR 47000 10.8 13 45000 3.66 8.5 30600 2.62 3034494 25HCB348A30 CNPV *4821A ** 58CV(A,X)110 -20 45500 11.5 14 48000 3.64 8.4 29600 2.62 ' 3121511 25HCB348A30 CNPV*4821A** 58MEB100 -20 46000 12 14.5 48000 3.68 8.4 29600 2.64 3034492 25HCB348A30 CNPV*4821A** 58MV(B,C)080 -20 45500 11.5 14 48500 3.6 8.3 29600 2.6 3034493 25HCB348A30 CNPV *4821A ** 58MV(B,C)100 -20 45500 11.5 14 48000 3.62 8.3 29600 2.6 3034457 25HCB348A30 CNPV *4821A ** 58PH'090 -16 46000 11.5 14.5 48500 3.68 8.4 29600 2.62 3034458 25HCB348A30 CNPV*4821A** 58PH *110 -20 46000 12 14.5 48000 3.68 8.4 29400 2.64 3034491 25HCB348A30 CNPV *4821A ** +TDR 46000 10.8 13 49000 168 8.4 30400 2.6 3034497 25HCB348A30 CNPV *4824A ** 58CV(A,X)135 -22 45500 11.7 14.5 48000 3.68 8.4 29400 2.64 3034498 25HCB348A30 CNPV *4824A ** 58CV(A,X)155 -22 46000 11.5 14.5 48000 3.7 8.5 29400 2.66 3121512 25HCB348A30 CNPV *4824A•* 58MEB120 -20 46000 12 14.5 48000 3.72 8.5 29600 2.68 3034496 25HCB348A30 CNPV *4824A ** 58MV(B,C)120 -20 45500 11.5 14 48000 3.62 8.3 29600 2.6 3034459 25HCB348A30 CNPV*4824A** 58PH *135 -20 46000 12 14.5 48500 3.68 8.4 29600 2.64 3034495 25HCB348A30 CNPV *4824A•* +TDR 46000 10.8 13 49000 3.68 8.4 30400 2.6 3034501 25HCB348A30 CNPV•6024A * 58CV(A,X)135 -22 46500 12 15 47000 174 8.5 29400 2.68 3034502 25HC6348430 CNPV•6024A*' 58CV(A.X)155 -22 47000 12 15 46500 3.76 8.6 29400 2.68 3121513 25HCB348A30 CNPV *6024A ** 58MEB120 -20 47000 12 15 48000 3.76 8.5 29600 2.7 3034500 25HCB348A30 CNPV *6024A** 58MV(B,C)120 -20 46500 11.7 14.5 47000 3.88 8.4 29600 2.64 3034460 25HCB348A30 CNPV *6024A ** 58PH•135 -20 47000 12 14.5 48000 3.74 8.5 29600 2.66 3034499 ' 251-1C13348A30 CNPV*6024A ** +TDR 47000 10.8 13 45000 3.66 8.5 30600 2.62 3034524 + 25HCB348A30 CSPH *4812A•* 58CV(A,X)090 -16 45500 11.5 14 48000 3.68 8.4 29800 2.62 3034525 25HCB348A30 CSPH•4812A ** 58CV(A,X)110 -20 45500 11.5 14 48000 3.7 8.4 29600 2.62 co 3034526 25HCB348A30 CSPH *4812A ** 58CV(A,X)135 -22 45500 11.7 14.5 48000 3.72 8.5 29600 2.64 03 3034527 25HCB348A30 CSPH *4812A ** 58CV(A)0155 -22 45500 11.7 14.5 48000 3.76 8.6 29400 2.66 0 3121520 25HCB348A30 CSPH*4812A** 58MEB080 -16 46000 11.5 14 48000 3.7 8.5 30000 2.62 I 3121521 25HC8348A30 CSPH *4812A** 58MEB100 -20 46000 12 14.5 48000 3.72 8.5 29600 2.84 In 3121522 25HC8348A30 CSPH *4812A** 58MEB120 -20 46500 12 14.5 48000 3.76 8.5 29600 266 N 3034521 25HCB348A30 CSPH *4812A** 58MV(B,C)080 -20 45500 11.5 14 48500 3.66 84 29800 2.6 3034522 25HCB348A30 CSPH *4812A** 58MV(B.C)1 -20 45500 11.5 14 48000 3.68 8.4 29800 2.62 3034523 25HCB348A30 CSPH *4812A•* 58MV(B.C)120-20 45500 11.5 14 48000 3.66 84 29600 262 3034467 25HCB348A30 CSPH•4812A*' 58PH*090 -16 46000 12 14.5 48500 3.72 8.5 29800 2.84 3034468 25HC8348A30 C5PH•4812A ** 58PH *110 -20 46000 12 14.5 48000 3.7 8.5 29400 2.64 3034469 25HCB348A30 CSPH•4812A *• 58PH *135 -20 46000 12 14.5 48500 3.7 8.4 29600 2.64 3034520 25HCB348A30 CSPH'4812A ** +TDR 46000 10.8 13 49000 3.72 8.5 30600 2.62 3034532 25HCB348A30 CSPH *6012A ** 58CV(A0090 -16 46500 11.7 14.5 47000 3.74 8.5 29600 2.66 3034533 25HCB348A30 CSPH*6012A** 58CV(A,X)110 -20 46500 11,7 14.5 46500 3.76 85 29600 2.68 3034534 25HCB348A30 CSPH *6012A ** 58CV(A,X)135 -22 46500 12 15 46500 3.78 8.6 29600 2.7 3034535 25HCB348A30 CSPH *6012A ** 58CV(A,X)155 -22 46500 12 15 46500 3.8 8.7 29400 2.7 3121523 25HCB348A30 CSPH *6012A ** 58MEB080 -16 47000 12 14.5 48000 374 8.5 30000 2.66 3121524 25HCB348A30 CSPH *6012A ** 58MEB100 -20 47000 12 14.5 48000 3.8 8.5 29800 2.7 3121525 25HCB348A30 CSPH*6012A** 58MEB120-20 47500 12.5 15 48000 3.82 8.5 29600 2.72 3034529 25HCB348A30 CSPH*6012A** 58MV(B,C)080 -20 46500 11.7 14.5 47000 37 8.5 29800 2.64 3034530 25HCB348A30 CSPH*6012A** 58MV(B,C)100 -20 46500 11.7 14.5 47000 3.72 8.5 29800 2.66 3034531 25HCB348A30 CSPH*6012A** 58MV(B,C)120 -20 46500 11.7 14.5 47000 372 8.5 29600 2.66 3034470 25HCB348A30 CSPH *6012A ** 58PH•090 -16 47000 12 14.5 48000 3.76 8.5 29800 2.68 3034471 25HC6348A30 CSPH *6012A** f 58PH *110 -20 47000 12 14.5 48000 3.8 8.5 29600 2.7 3034472 - 25HCB348A30 CSPH*6012A** 58PH *135 -20 47000 12 14.5 48000 - 3.78 8.5 29800 2.7 3034528 25HCB348A30 CSPH *6012A** +TDR 47000 10.8 13 45000 3.88 8.5 30600 2.64 3034541 25HCB348A30 FE4AN(B,F)005 +UI 47000 12.2 15 47500 3.78 8.6 29400 2.72 3034542 25HC6348A30 FE4ANB006 +UI 48000 ' 12.5 15.5 48000 3.86 8.8 29400 2.78 3034539 25HCB348A30 FV4BN(B,F)005 47000 12.2 15 47500 3.78 8.6 29400 2.72 3034540 25HCB348A30 FV4BNB006 48000 12.5 15.5 46000 3.86 8.8 29400 2.78 3034537 25HCB348A30 FX4CN(B,F)048 47500 11.7 14.5 47500 3.78 8.6 30000 2.7 3034538 25HCB348A30 FX4CN(B,F)060 48000 12 15 44000 3.74 8.7 30000 2.78 3034536 25HC6348A30 FY4ANB060 47500 11 13.5 45000 3.52 ' 8.4 30800 2.62 3034543 25HCB348A50 YFY4ANF048 46500 10.8 13 48500 3.6 8.3 30800 2.58 3034567 25HCB348A50 CAP * *4817A ** 58CV(A,X)090 - 16 45000 11.5 14 47500 3.7 8.4 29800 2.62 3122720 25HCB348A50 CAP * *4817A ** 58MEB080 -16 46000 11.5 14 48000 3.7 8.5 30000 2.62 3034566 25HC8348A50 CAP**4817A *• +TDR 45000 10.8 13 48000 3.66 8.4 30200 2.6 3034571 25HCB348A50 CAP•*4821A** 58CV(A,X)110 -20 45500 11.5 14 48000 3.68 8.4 29600 2.82 3122721 25HCB348A50 CAP *•4821A ** 58MEB100 -20 46000 12 14.5 48000 3.7 8.5 29600 2.64 3034569 25HCB348A50 CAP'*4821A** 58MV(B,C)080 -20 45500 11.5 14 48500 3.62 8.3 29800 2.58 3034570 25HCB348A50 CAP * *4821A** 58MV(B,C)100 -20 45500 11.5 14 48000 3.64 8.3 29600 2.6 3034544 25HCB348A50 CAP * *4821A** 58PH*090 -16 45500 12 14 48000 3.68 8.4 29800 2.62 3034545 25HC8348A50 CAP*•4821A** 58PH *110 -20 45500 12 14.5 48000 3.7 8.4 29400 2.64 3034568 25HCB348A50 CAP*'4821A ** +TDR 46000 10.8 13 49000 3.68 8.4 30400 2.6 3034574 25HCB348A50 CAP**4824A•* 58CV(A,X)135 -22 45500 11.7 14.5 48000 3.7 8.5 29400 2.64 3034575 25HCB348A50 CAP• *4824A ** 58CV(A,X)155 -22 46000 11.5 14.5 48000 174 ' 8.5 29400 2.66 3122722 25HCB348A50 CAP**4824A** 58ME8120 -20 46000 12 14.5 48000 3.74 85 29600 2.66 3034573 25HCB348A50 CAP• *4824A'* 58MV(B,C)120 -20 45500 11.5 14 48000 364 83 29600 2.8 3034546 25HCB348A50 CAP*'4824A** 58PH *135 -20 46000 12 14 48000 3.7 8.4 29600 2.64 3n34572 25HCB348A50 CAP**4824A'* +TDR 46000 10.8 13 49000 3.68 8.4 30400 2.6 3034579 25HCB346A50 CAP•*6021A ** 58CV(A,X)110 -20 46500 11.7 14.5 46500 3.68 8.5 29600 2.66 3122723 25HCB348A50 CAP * *6021A ** 58MEB100 -20 47000 12 14.5 46500 3.7 8.5 29800 2.68 3034577 25HCB348A50 CAP**6021A** 58MV(B,C)080 -20 48500 11.7 14,5 47000 3.64 8.4 29800 2.62 3034578 25HCB348A50 CAP * *6021A ** 58MV(B,C)100 -20 46500 11.7 14.5 47000 3.66 84 29600 2.64 3034547 25HCB348A50 CAP**6021A** 58PH'090 -16 47000 12 14.5 48500 3.68 84 29800 2.86 3034548 25HCB348A50 CAP**6021A** 58PH *110 -20 47000 12.5 14.5 47000 3.72 85 29600 2.7 3334576 25HCB348A50 CAP* *6021A ** +TDR 47000 10.8 13 44500 3.5 8.3 30600 2.62 3034582 25HC8348A50 ' CAP * *6024A ** 58CV(A.X)135 -22 47000 11.7 14.5 47000 17 8.5 29600 2.68 • 3034583 25HCB348A50 CAP' *6024A** 58CV(A))155 -22 47000 12 15 46500 3.72 8.6 _ 29400 2.68 3122724 251106348A50 CAP* *6024A** 58MEB120 -20 47000 12 14.5 47000 3.72 8.5 29600 2.7 3034581 25HCB348A50 CAP * *6024A** 58MV(B,C)120 -20 46500 11.7 14.5 47000 364 84 29600 2.64 3034549 25HC8348A50 CAP *•6024A** 58PH *135 -20 47000 12 14.5 47000 3.68 8.5 29800 2.66 3034580 25HCB348A50 CAP' *6024A ** +TDR 47000 10.8 13 45000 352 8.3 30400 2.66 3034612 25HCB348A50 CNPF *4818A ** +TDR 45000 10.8 13 48500 3.5 8.1 30000 2.54 3034600 25HCB348A50 CNPH *4821A ** 58CV(A,X)090 -16 45500 11.5 14 48000 3.62 8.3 29600 2.8 See notes on pg. 33 29 • COMBINATION RATINGS CONTINUED High Temp Low Temp ARI Ref. Model Coil Model Number EER Model Cooling EER SEER E HSPF H No. Number Number Capacity H COP Capacity E COP Caws 3034601 25HC8348A50 CNPH *4821A ** 58CV(A,X)110 -20 45500 11.5 14 48000 3.64 8.4 29600 2.62 3034602 25HCB348A50 CNPH*4821A** 58CV(A,X)135 -22 46000 11.7 14.5 48000 3.68 8.4 29400 2.64 3034603 25HCB348A50 CNPH *4821A ** 58CV(A,X)155 -22 46000 11.7 14.5 48000 17 8.5 29400 2.66 3122728 25HCB348A50 CNPH *4821A ** 58MEB080 -16 46000 11.5 14 48000 3.66 8.4 30000 2.8 3122729 25HCB348A50 CNPH*4821A** 58MEB100 -20 46000 12 14.5 48000 3.68 8.4 29600 2.64 3122730 25HCB348A50 CNPH*4821A** 58MEB120 -20 46000 12 14.5 48000 3.72 8.4 29600 2.66 3034597 25HCB348A50 CNPH*4821A** 58MV(B,C)080 -20 45500 11.5 14 48500 3.6 8.3 29600 2.6 3034598 25HCB348A50 CNPH•4821A ** 58MV(B,C)100 -20 45500 11.5 14 _ 48000 3.62 8.3 29600 2.6 3034599 25HCB348A50 CNPH•4821A ** 58MV(B,C)120 -20 45500 11.5 14 48000 3.62 8.3 29600 2.6 3034554 25HCB348A50 CNPH*4821A** 58PH•090 -16 46000 12 14.5 48500 3.68 8.4 29600 2.62 3034555 25HCB348A50 CNPH*4821A* 58PH *110 -20 46000 12 14.5 48000 3.68 8.4 29400 2.64 3034556 25HCB348A50 CNPH*4821A** 58PH *135 -20 46000 12 ' 14.5 48500 3.68 8.4 29600 2.64 3034596 25HCB348A50 CNPH *4821A ** +TDR 46000 10.8 13 49000 3.68 8.4 30400 2.6 3034608 251-ICB348A50 CNPH•6024A•* 58CV(A,X)090 -16 46500 11.7 14.5 47000 3.68 8.4 29600 2.64 3034609 251-ICB348A50 CNPH•6024A•* 58CV(A,X)110 -20 46500 11.7 14,5 47000 3.7 8.5 29600 2.66 3034610 25HCB348A50 CNPH *6024A** 58CV(A,X)135 -22 46500 12 15 47000 3.74 8.5 29400 2.68 3034611 251-106348A50 CNPH *6024A•• 58CV(A,X)155 -22 47000 12 15 46500 3.76 8.6 29400 2.68 3122731 25HCB348A50 ' CNPH•6024A ** 58MEB080 -16 46500 12 14 48000 3.68 8.4 30000 2.64 3122732 25HCB348A50 CNPH *6024A** 58MEB100 -20 47000 12 14.5 48000 3.74 8.5 29600 2.68 3122733 25HCB348A50 CNPH*6024A•* 58MEB120 -20 47000 12 15 48000 3.76 8.5 29600 2.7 3034605 25HCB348A50 CNPH *6024A ** 58MV(B,C)080 -20 46500 11.5 14 47000 3.66 8.4 29800 2.62 C7 3034606 25HCB348A50 CNPH•6024A ** 58MV(B,C)100 -20 46500 11.7 14.5 47000 3.68 8.4 29600 2.64 CO 3034607 25HCB348A50 CNPH *6024A ** 58MV(B,C)120 -20 46500 11.7 14.5 47000 3.68 8.4 29600 2.64 V 3034557 25HCB348A50 CNPH *6024A ** 58PH*090 -16 47000 12 14.5 48000 3.72 8.5 29800 2.66 = 3034558 251-1C13348A50 CNPH *6024A** 58PH *110 -20 47000 12 14.5 48000 3.74 8.5 29600 2.68 ILO N 3034559 25HCB348A50 CNPH*6024A** 58PH *135 -20 47000 12 14.5 48000 3.74 8.5 29600 2.66 3034604 25HCB348A50 CNPH *6024A ** +TDR 47000 10.8 13 45000 3.66 8.5 30600 2.62 3034587 25HCB348A50 CNPV *4821A ** 58CV(A,X)110 -20 45500 11.5 14 48000 3.64 54 29600 2.62 3122725 25HCB348A50 CNPV*4821A** 58MEB100 -20 46000 12 14.5 48000 3.68 8.4 29600 ' 2.64 3034585 25HCB348A50 CNPV *4621A ** 58MV(B,C)080 -20 45500 11.5 14 48500 3.6 8.3 29600 2.6 3034586 25HCB348A50 CNPV *4821A ** 58MV(B,C)100 -20 45500 11.5 14 48000 3.62 8.3 29600 2.6 3034550 25HCB348A50 CNPV•4821A ** 58PH•090 -16 46000 11.5 14.5 - 48500 3.68 8.4 29600 2.62 3034551 25HCB348A50 CNPV *4821A ** 58PH *110 -20 46000 12 14.5 48000 3.68 8.4 29400 2.64 3034584 25HCB348A50 CNPV *4821A ** +TDR 46000 10.8 13 49000 3.68 8.4 30400 2.6 3034590 25HC8348A50 CNPV *4824A** 58CV(A,X)135 - 22 45500 11.7 14.5 48000 3.68 8.4 29400 2.64 3034591 25HC8348A50 CNPV *4824A*• 58CV(A,X)155 -22 46000 11.5 14.5 48000 3.7 55 29400 2.66 3122726 25HC8348A.50 CNPV *4824A** 58MEB120 -20 46000 12 14.5 48000 3.72 8.5 29600 2.66 3034589 25HCB348A50 CNPV *4824A** 58MV(B,C)120 -20 45500 11.5 14 48000 3.82 8.3 29600 2.6 3034552 25HCB348A50 CNPV *4824A*• 58PH *135 -20 46000 12 14.5 48500 3.68 54 29600 2.64 3034588 25HCB348A50 CNPV *4824A ** +TDR 46000 10.8 13 ' 49000 3.68 8.4 30400 2.6 3034594 25HCB348A50 CNPV *6024A** 58CV(A,X)135 -22 46500 12 15 47000 174 8.5 29400 2.68 . 3034595 25HCB348A50 CNPV•6024A*• 58CV(A,X)155 -22 47000 12 15 46500 3.76 8.6 29400 2.68 3122727 25HCB348A50 CNPV *6024A** 58ME5120 -20 47000 12 15 48000 3.76 8.5 29600 2.7 3034593 25HCB348A50 CNPV *6024A** 58MV(B,C)120 -20 46500 11.7 14.5 47000 3.68 8.4 29600 2.64 3034553 25HCB348A50 CNPV*6024A** 58P1-$*135 -20 47000 12 14.5 48000 3.74 8.5 29600 2.66 3034592 25HCB348A50 CNPV *6024A•* +TDR 47000 10.8 13 45000 3.66 8.5 30600 2.62 3034617 251-1C8348A50 CSPH *4812A ** 58CV(A,X)090 -16 45500 11.5 14 48000 3.68 - 8.4 29800 2.62 3034618 25HCB348A50 CSPH*4812A** 58CV(A,X)110 -20 45500 11.5 14 48000 3.7 8.4 29600 2.62 3034619 25HCB348A50 CSPH *4812A** 58CV(A,X)135 -22 45500 11.7 14.5 48000 172 8.5 29600 2.64 3034620 25HCB348A50 CSPH•4812A** 58CV(A,X)155 -22 45500 11.7 14.5 48000 3.76 8.6 29400 2.66 3122734 25HCB348A50 CSPH*4812A** 58MEB080 -16 46000 11.5 14 48000 3.7 8.5 30000 2.62 3122735 251-C8348A50 CSPH *4812A** 58MEB100 -20 46000 12 14.5 48000 172 8.5 29600 2.64 3122736 25HCB348A50 CSPH*4812A** 58MEB120 -20 46500 12 14.5 48000 3.76 8.5 29600 2.66 3034614 25HCB348A50 CSPH *4812A** 58MV(B,C)080 -20 45500 11.5 14 48500 3.66 8.4 29800 2.6 3034615 2511CB348A50 CSPH *4812A** 58MV(B,C)100 -20 45500 11.5 14 48000 3.68 8.4 29800 2.62 3034616 25HC8348A50 CSPH*4812A** 58MV(B,C)120 -20 45500 11.5 14 48000 3.66 8.4 29600 2.62 3034560 25HC8348A50 CSPH*4812A** 58PH*090 -16 46000 12 14.5 48500 3.72 8.5 29800 2.64 3034561 25HCB348A50 CSPH*4812A** 58PH *110 -20 46000 12 14.5 48000 3. 7 8.5 29400 2.64 3034562 25HCB348A50 CSPH *4812A** 58PH•135 -20 46000 12 14.5 48500 3.7 8.4 29600 2.64 3034613 25HCB348A50 CSPH *4812A** +TDR 46000 10.8 13 49000 3.72 ' 8.5 30600 2.62 3034625 25HCB348A50 CSPH *6012A•* 58CV(A,X)090 -16 46500 11.7 14.5 47000 3.74 8.5 29600 2.66 3034626 25HCB348A50 CSPH *6012A *• 58CV(A,X)110 -20 46500 11.7 14.5 46500 3.76 8.6 29600 2.68 3034627 25HCB348A50 CSPH*6012A** 58CV(A,X)135 -22 46500 12 15 46500 3.78 86 29600 2.7 3034628 25HCB348A50 CSPH *6012A ** 58CV(A,X)155 -22 46500 12 15 46500 3.8 8.7 29400 2.7 3122737 25HCB348A50 CSPH *6012A ** 58ME8080 -16 47000 12 14.5 48000 3.74 8.5 30000 2.66 3122738 25HCB348A50 CSPH *6012A** 58ME8100 -20 47000 12 14.5 48000 as 8.5 29800 2.7 3122739 25HCB348A50 CSPH•6012A** 58ME8120 -20 47500 12.5 15 48000 3.82 8.5 29600 2.72 3034622 25HC8348A50 CSPH *6012A** 58MV(B,C)080 -20 46500 11.7 14.5 47000 3.7 8.5 29800 - 2.64 3034823 25HC8348A50 CSPH•6012A** 58MV(B.C)100 -20 46500 11.7 14.5 47000 3.72 8.5 29800 2.66 3034624 25HCB348A50 CSPH *6012A•• 58MV(B,C)120 -20 46500 11.7 14.5 47000 3.72 8.5 29600 2.66 3034563 25HCB3484.50 CSPH*6012A** 58PH*090 -16 47000 12 14.5 48000 176 8.5 29800 2.68 3034564 25HCB348A50 CSPH*6012A ** 58PH *110 -20 47000 12 14.5 48000 as 8.5 29600 2.7 3034565 25HCB348A50 CSPH•6012A *• 58PH *135 -20 47000 12 14.5 48000 3.78 8.5 29800 2.7 3034621 251408345450 CSPH *6012A ** +TDR 47000 10.8 13 45000 3.68 85 30600 2.64 3034636 25HCB348A60 tFY4ANF048 46500 10.8 13 48500 3.6 8.3 30800 2.58 _ 3034727 25HCB348A60 FE4AN(8,F)005 +UI 47000 12.2 15 47500 3.78 8.6 29400 2.72 3034728 25HCB348A60 FE4ANB006 +UI 48000 12.5 15.5 46000 3.86 8.8 29400 2.78 _ 3034725 25HCB348A60 FV4BN(B,F)005 47000 12.2 ' 15 47500 178 8.6 29400 2.72 3034726 25HCB348A60 FV4BNB006 48000 12.5 15.5 46000 3.86 8.8 29400 2.78 3034723 25HCB348A60 FX4CN(B,F)048 47500 11.7 14.5 47500 3.78 8.6 30000 2.7 - 3034724 25HCB348A60 FX4CN(B,F)060 48000 12 15 44000 3.74 57 30000 2.76 3034722 25HCB348A60 FY4AN6060 47500 11 13.5 45000 3.52 8.4 30800 2.62 3034660 25HCB348A60 CAP••4817A ** 58CV(A,X)090 -16 45000 11.5 14 47500 3.7 54 29800 2.62 3122830 25HCB348A60 CAP * *4817A ** 58MEB080 - 16 46000 11.5 14 48000 3.7 8.5 30000 2.62 3034659 25HCB348A60 CAP * *4817A ** +TDR 45000 10.8 13 48000 3.66 8.4 30200 2.6 3034664 25HCB348A60 CAP * *4821A ** 58CV(A,X)110 -20 . 45500 11.5 14 48000 3.68 8.4 29600 2.62 See notes on pg. 33 30 COMBINATION RATINGS CONTINUED - • '4R1 Number Number Coil Model Number Furnace Model EER SEER E High Temp COP HSPF H No. N Low TRH COP Capacity Capacity 3122831 25HCB348A60 CAP * *4821A ** 58MEB100 -20 46000 12 14.5 48000 3.7 8.5 29600 2.64 3034662 25HCB348A60 CAP•*4821A ** 58MV(B,C)080 -20 45500 11.5 14 48500 3.62 8.3 29800 2.58 • 3034663 25HCB348A60 CAP * *4821A** 58MV(B,C)100 -20 45500 11.5 14 48000 3.64 8.3 29600 2.6 3034637 251-1C8348A60 CAP**4821A** 58PH*090 -16 45500 12 14 48000 3.68 8.4 29800 2.62 3034638 25HC8348A60 CAP * *4821A** 58PH*110 -20 45500 12 14.5 48000 3.7 8.4 29400 2.64 3034661 25HCB348A60 CAP * *4821A ** +TDR 46000 10.8 13 49000 3.68 8.4 30400 2.6 3034667 25HCB348A60 CAP * *4824A *• 58CV(A,X)135 -22 45500 11.7 14.5 48000 3.7 8.5 29400 2.64 3034668 25HCB348A60 CAP * *4824A ** 58CV(A))155 -22 46000 11.5 14.5 48000 3.74 8.5 29400 _ 2.66 3122832 25HCB348A60 CAP * *4824A ** 58MEB120 -20 46000 12 14.5 48000 3.74 8.5 29600 2.66 3034666 25HCB348A60 CAP * *4824A ** 58MV(B,C)120 -20 45500 11.5 14 48000 3.64 8.3 29600 2.6 3034639 25HCB348A60 CAP * *4824A ** 58PH*135 -20 46000 12 14 48000 3.7 8.4 29600 2.64 3034665 25HCB348A60 CAP * *4824A ** +TDR 46000 10.8 13 49000 3.68 8.4 30400 2.6 3034672 25HCB348A60 CAP * *6021A** 58CV(A,X)110 -20 - 46500 11.7 14.5 46500 3.68 8.5 29600 2.66 3122833 25HCB348A60 CAP• *6021A** 58MEB100 -20 47000 12 14.5 46500 3.7 8.5 29600 2.68 3034670 25HCB348A60 CAP• *6021A•* 58MV(B.C)080 -20 46500 11.7 14.5 47000 3.64 8.4 29800 2.62 3034671 25HCB348A60 CAP * *6021A ** 58MV(8.C)100 -20 46500 11.7 14.5 47000 3.66 8.4 29600 2.64 3034640 25HCB348A60 CAP• *6021A** 58PH*090 -16 47000 12 14.5 46500 3.66 8.4 29800 2.66 3034641 25HCB348A60 CAP• *6021A** 58PH *110 -20 47000 12.5 14.5 47000 3.72 8.5 29600 2.7 3034669 25HCB348A60 CAP• *6021A ** +TDR 47000 10.8 13 44500 3.5 8.3 30600 2.62 3034675 25HCB348A60 CAP**6024A** 58CV(A,X)135 -22 47000 11.7 14.5 47000 3.7 8.5 29600 2.68 3034676 25HCB348A60 CAP• *6024A** 58CV(A,X)155 -22 47000 12 15 46500 3.72 8.6 29400 2.68 3122634 25HC8348A60 CAP * *6024A ** 58MEB120 -20 47000 12 14.5 47000 3.72 8.5 29600 2.7 C7 3034674 25HC8348A60 CAP * *6024A ** 58MV(B,C)120 -20 46500 11.7 14.5 47000 3.64 8.4 29600 2.64 Cr) 3034642 25HC8348A60 CAP * *6024A ** 58PH*135 -20 47000 12 14.5 47000 3.68 8.5 29800 2.66 U 3034673 25HC8348A60 CAP * *6024A ** +TDR 47000 10.8 13 45000 3.52 8.3 30400 2.66 = 3034705 25HCB348A60 CNPF•4818A•* +TOR 45000 10.8 13 48500 3.5 8.1 30000 2.54 In N 3034693 25HCB348A60 CNPH *4821A** 58CV(A,X)090 -16 45500 11.5 14 48000 3.62 8.3 29600 2.6 3034694 2511CB348A60 CNPH *4821A** 58CV(A,X)110 -20 45500 11.5 14 48000 3.64 8.4 29800 2.62 3034695 25HCB348A60 CNPH *4821A"• 58CV(A,X)135 -22 46000 11.7 14.5 48000 3.68 8.4 29400 2.64 3034696 25HCB348A60 CNPH *4821A ** S8CV(A,X)155 -22 46000 11.7 14.5 48000 3.7 8.5 29400 2.66 3122838 251-1CB348A60 CNPH *4821A** 58MEB080 -16 46000 11.5 14 48000 3.66 8.4 30000 2.6 3122839 25HCB348A60 CNPH *4821A** 58MEB100 -20 46000 12 14.5 48000 3.68 8.4 29600 2.64 3122840 25HCB348A60 CNPH *4821A** 58MEB120 -20 46000 12 14.5 48000 3.72 8.4 29600 2.66 3034690 25HCB348A60 CNPH *4821A** 58MV(B,C)080 -20 45500 11.5 14 48500 3.6 8.3 29600 2.6 3034691 25HC8348A60 CNPH *4821A** 58MV(B,C)100 -20 45500 11.5 14 48000 3.62 8.3 29600 2.8 3034692 25HCB348A60 CNPH *4821A ** 58MV(B,C)120 -20 45500 11.5 14 48000 3.62 8,3 29600 2.6 3034647 25HCB348A60 CNPH *4821A ** 58PH *090 -16 46000 12 14.5 48500 3.68 8.4 29600 2.62 3034648 25HCB348A60 CNPH *4821A ** 58PH *110 -20 46000 12 14.5 48000 3.68 8.4 29400 2.64 3034649 25HCB348A60 CNPH *4821A ** 58PH *135 -20 46000 12 14.5 48500 3.68 8.4 29600 2.64 3034689 25HCB348A60 CNPH *4821A ** +TDR 46000 10.8 13 49000 3.68 8.4 30400 2.6 3034701 25HCB348A60 CNPH *6024A ** 58CV(A,X)090 -16 46500 11.7 14.5 47000 368 8.4 29600 2.64 3034702 25HCB348A60 CNPH *6024A ** 58CV(A,X)110 -20 46500 11.7 14.5 47000 3.7 8.5 29600 2.66 3034703 25HCB348A60 CNPH *6024A ** 58CV(A,X)135 -22 46500 12 15 47000 3.74 8.5 29400 2.68 3034704 25HCB348A60 CNPH *6024A ** 58CV(A))155 -22 47000 12 15 46500 3.76 8.6 29400 2.68 3122841 25HCB348A60 CNPH *6024A ** 58ME8080 -16 46500 12 14 48000 3.68 8.4 30000 2.64 3122842 25HCB348A60 CNPH *6024A ** 58MEB100 -20 47000 12 14.5 48000 3.74 8.5 29600 2.68 3122843 25HCB348A60 CNPH *6024A ** 58MEB120 -20 47000 12 15 48000 3.76 8.5 29600 2.7 3034698 25HC8348A60 CNPH *6024A ** 58MV(B,C)080 -20 46500 11.5 14 47000 3.66 8.4 29800 2.62 3034699 25HCB348A60 CNPH *6024A ** 58MV(B,C)100 -20 46500 11.7 14.5 47000 3.68 8.4 29600 2.64 3034700 25HCB348A60 CNPH•6024A ** 58MV(B,C)120 -20 46500 11.7 14.5 47000 3.68 8.4 29600 2.64 3034650 25HCB348A60 CNPH *6024A ** 58PH*090 -16 47000 12 14.5 48000 3.72 8.5 29800 2.66 3034651 25HCB348A60 CNPH *6024A ** 58PH *110 -20 47000 12 14.5 48000 3.74 8.5 29600 2.68 3034652 25HCB348A60 CNPH•6024A•* 58PH *135 -20 47000 12 14.5 48000 3.74 8.5 29600 266 3034697 25HCB348A60 CNPH *6024A ** +TDR 47000 10.8 13 45000 3.66 8.5 30600 2.62 3034680 25HC8348A60 CNPV *4821A•• 58CV(A,X)110 -20 45500 11.5 14 48000 3.64 8.4 29600 2.62 3122835 25HCB348A60 CNPV *4821A ** 58MEB100 -20 46000 12 14.5 48000 3.68 8.4 29600 2.64 3034678 25HCB348A60 CNPV *4821A ** 58MV(B,C)080 - 20 45500 11.5 14 48500 3.6 8.3 29600 2.6 3034679 25HCB348A60 CNPV *4821A ** 58MV(B,C)100 -20 45500 11.5 14 48000 3.62 8.3 29600 2.6 3034643 25HCB348A60 CNP 58PH*090 -16 46000 11.5 14.5 48500 3.68 8.4 29600 2.62 3034644 25HCB348A60 CNPV *4821A ** 58PH *110 -20 46000 12 14.5 48000 3.68 8.4 29400 2.84 3034677 25HCB348A60 CNPV *4821A ** +TDR 46000 10.8 13 49000 3.68 8.4 30400 2.6 3034683 25HCB348A60 CNPV•4824A•* 58CV(A,X)135 -22 45500 11.7 14.5 48000 3.68 8.4 29400 2.64 3034684 251-1CB348A60 CNPV *4824A ** 58CV(A,X)155 -22 46000 11.5 14.5 48000 3.7 8.5 29400 2.66 3122836 25HCB348A60 CNPV *4824A ** 58MEB120 -20 46000 12 14.5 48000 3.72 8.5 29600 2.66 3034882 25HCB348A60 CNPV *4824A ** 58MV(B,C)120 -20 45500 11.5 14 48000 3.62 8.3 29600 2.6 3034645 25HCB348A60 CNPV *4824A** 56PH *135 -20 46000 12 14.5 48500 3.68 8.4 29600 2.64 3034681 25HCB348A60 CNPV *4824A ** +TDR 46000 10.8 ' 13 49000 3.68 8.4 30400 2.6 3034687 25HCB348A60 CNPV *6024A ** 58CV(A,X)135 -22 48500 12 15 47000 3.74 8.5 29400 2.68 3034688 25HCB348A60 CNPV•6024A•• 58CV(A))155 -22 47000 12 15 46500 3.76 8.6 29400 2.68 3122837 25HC8348A60 CNPV•6024A•* 58MEB120 -20 47000 12 15 48000 3.76 8.5 29600 2.7 3034686 25HCB348A60 CNPV*6024A ** 58MV(B,C)120 -20 46500 11.7 14.5 47000 3.68 8.4 29600 2.64 3034646 25HCB348A60 CNPV *6024A ** 58PH *135 -20 47000 12 . 14.5 48000 3.74 8.5 29600 2.66 3034685 25HCB348A60 CNPV*6024A ** +TDR 47000 10.8 13 45000 3.66 8.5 30800 2.62 3034710 25HCB348A60 CSPH *4812A ** 58CV(AX)090 -16 45500 11.5 14 48000 3.68 8.4 29800 2.62 3034711 25HC8348A60 CSPH*4812A** 58CV(A,X)110 -20 45500 11.5 14 48000 37 8.4 29600 2.62 3034712 25HC8348A60 CSPH *4812A** 58CV(A,X)135 -22 45500 11.7 14.5 48000 3.72 8.5 29600 2.64 3034713 25HC8348A60 CSPH•4812A ** 58CV(A,X)155 -22 45500 11.7 14.5 48000 3.76 8.6 29400 2.66 3122844 25HCB348A60 CSP11*4812A ** 58MEB080 -16 46000 11.5 14 48000 3.7 8.5 30000 2.62 3122845 25HC8348A60 CSPH *4812A ** 58MEB100 -20 46000 12 14.5 48000 3.72 8.5 29600 2.64 3122646 25HC8348A60 CSPH*4812A** 58ME8120 -20 46500 12 14.5 48000 3.76 8.5 29600 2.66 • 3034707 25HCB348A60 CSPH *4812A** 58MV(B,C)080 -20 45500 11.5 14 48500 3.66 8.4 29800 2.8 3034708 25HCB348A60 CSPH•4812A** 58MV(B,C)100 -20 45500 11.5 14 48000 168 8.4 29800 2.82 3034709 25HCB348A60 CSPH*4812A** 58MV(B,C)120 -20 45500 11.5 14 48000 3.66 8.4 29600 2.62 3034653 25HCB348A60 CSPH*4812A** 58PH•090 -16 46000 12 14.5 48500 3.72 8.5 29800 2.64 3034654 25HCB348A60 CSPH*4812A** 58PH *110 -20 46000 12 14.5 48000 3.7 8.5 29400 2.64 ana46SS 25HCB348A60 CSPH *4812A ** 58P11*135 -20 46000 12 14.5 48500 3.7 8.4 29600 2.64 3034706 25HCB348A60 CSPH *4812A ** +TDR 46000 10.8 13 _ 49000 3.72 8.5 30600 2.82 See notes on pg. 33 31 COMBINATION RATINGS CONTINUED ARI Ref. Model Furnace Model Cooling High Temp Low Temp No. Number Coil Model Number Number Capacity EER SEER E E co P HSPF H H COP Capacity Capacity pa o dY _ pa 3034718 25HCB348A60 CSPH *6012A ** 58CV(A,X)090 -16 46500 11.7 14.5 47000 3.74 8.5 29600 2.66 3034719 25HCB348A60 CSPH *6012A ** 58CV(A,X)110 -20 46500 11.7 14.5 46500 3.76 8.6 29600 2.68 3034720 25HCB348A60 CSPH *6012A ** 58CV(A,X)135 - 46500 12 15 46500 3.78 8.6 29600 2.7 • 3034721 25HCB348A60 CSPH *6012A ** 58CV(A,X)155 -22 46500 12 15 46500 3.8 8.7 29400 2.7 3122847 251-SC83481M CSPH *6012A ** 58MEB080 -16 47000 12 14.5 48000 3. 74 8.5 30000 2.66 3122848 25HCB348A60 CSPH *6012A ** 58MEB100 -20 47000 12 14.5 48000 3.8 8.5 29800 2.7 3122849 25HCB348A60 CSPH *6012A** 58MEB120 - 20 47500 12.5 15 48000 3.82 8.5 29600 2.72 3034715 25HCB348A60 CSPH *6012A ** 58MV(B,C)080 -20 46500 11.7 145 47000 3.7 8.5 29800 2.64 3034716 25HC8348460 CSPH *6012A** 58MV(B,C)100 -20 46500 11.7 14.5 47000 172 8.5 29800 2.66 3034717 25HCB348A60 CSPH *6012A ** 58MV(B,C)120 - 46500 11.7 14.5 47000 3.72 8.5 29600 2.66 3034656 25HCB348A60 CSPH *6012A ** 58PH*090 - 16 47000 12 14.5 48000 3.76 8.5 29800 2.68 3034657 25HCB348A60 CSPH *6012A ** 58PH *110 -20 47000 12 14.5 48000 3.8 8.5 29600 2.7 3034658 25HCB348A60 CSPH *6012A ** 58PH *135 -20 47000 12 14.5 48000 3.78 8.5 29800 2.7 3034714 25HCB348A60 CSPH *6012A ** +TDR 47000 ' 10.8 13 45000 3.68 8.5 30600 2.64 ..k 'ridY . '' , v • tr. ' . 2 b4 ,, ... p „✓ ?' .. 4:12.612.811 - . ?.. 3034729 25HCB360A30 tFY4ANB060 59500 10.8 13 60000 3.82 8 38500 256 3034787 25HCB360A50 FE4ANB006+ UI 60000 11.5 14 58500 3.74 8.2 36200 2.68 3034786 25HCB360A50 FV4BNB006 60000 11.5 14 58500 3.74 8.2 36200 2.68 3034788 25HCB360A50 FX4CN(B,F)060 60000 12 14 58500 3.74 8.3 36200 2.68 3034741 251-106360A30 CAP * *6021A ** 58CV(A,X)110 -20 58000 11.2 13.5 56500 3.48 7.8 36000 2.52 3121526 25HCB360A30 CAP * *6021A ** 58MEB100 -20 58000 11.5 13.5 58000 3.52 8 36400 2.58 Cl 3034730 25HCB360A30 CAP * *6021A ** 58PH *090 -16 58500 11.5 13.5 58000 3.5 8 36600 2.58 03 3034731 25HCB360A30 CAP * *6021A ** 58PH *110 -20 59000 11.5 13.5 58500 3.58 8 36600 2.6 U 3034740 25HCB360A30 CAP * *6021A ** +TDR 59000 10.8 13 58000 3.48 7.8 36400 2.52 I 3034743 25HCB360A30 CAP * *6024A** 58CV(A,X)135 -22 59000 11.5 13.5 57500 3.5 7.8 ' 35800 2.54 in 3034744 25HCB360A30 CAP * *6024A** 58CV(A,X)155 -22 59000 11.5 14 57500 3.54 7.9 35800 2.56 N 3121527 25HCB360A30 CAP * *6024A ** 58MEB120 -20 WOO 11.5 13.5 58000 3.54 8 36400 2.6 3034732 25HCB360A30 CAP * *6024A ** 58PH *135 -20 58500 11.5 13.5 58000 3.52 8 36600 2.58 3034742 25HCB360A30 CAP * *6024A ** +TOR 60000 10.8 13 59000 3.6 8 37000 2.54 3034749 25HCB360A30 CNPH *6024A ** 58CV(A,X)110 -20 58500 11.2 13.5 57500 3.46 7.7 36000 2.52 3034750 251-1CB360A30 CNPH *6024A ** 58CV(A,X)135 -22 56500 11.2 13.5 57000 3.48 7.8 35800 2.54 3034751 25HCB360A30 CNPH*6024A** 58CV(A,X)155 -22 59000 11.5 14 57000 3.52 7.8 35800 2.56 3121529 25HCB360A30 CNPH*6024A ** 58MEB080 -16 57500 11.5 13.5 58000 3.42 7.8 36600 2.54 3121530 25HCB360A30 CNPH *6024A** 58MEB100 -20 58000 11.5 13.5 58000 3.5 7.9 36400 2.58 3121531 25HC8360A30 CNPH *6024A** 58MEB120 -20 58000 11.5 13.5 58000 3.52 8 36200 2.6 3034734 25HCB360A30 CNPH *6024A** 58P1-1*090 -16 58500 11.5 13.5 58000 3.48 8 36600 2.56 3034735 25HCB360A30 CNPH *6024A ** 58PH *110 -20 58500 11.5 13.5 58000 3.54 8 36600 2.6 3034736 25HCB360A30 CNPH*6024A ** 58PH *135 -20 58500 11.5 13.5 58000 3.5 8 36600 2.58 3034748 25HCB360A30 CNPH *6024A ** +TDR 59500 10.8 ' 13 58500 3.54 8 37600 2.6 3034746 25HCB360A30 CNPV *6024A ** 58CV(A,X)135 -22 58500 11.2 13.5 57000 3.48 7.8 35800 2.54 3034747 25HCB360A30 CNPV *6024A ** 58CV(A,X)155 -22 59000 11.5 14 57000 3.52 7.8 35800 2.56 3121528 25HCB360A30 CNPV *6024A ** 58MEB120 -20 58000 11.5 13.5 58000 3.52 8 36200 2.6 3034733 25HCB360A30 CNPV *6024A ** 58PH *135 -20 58500 11.5 13.5 58000 3.5 8 36600 2.58 3034745 25HC8360A30 CNPV *6024A ** +TDR 59500 10.8 13 58500 3.54 7.9 36800 2.54 3034753 25HCB360A30 CSPH *6012A ** 58CV(A,X)110 -20 59000 11.2 13.5 57500 3.52 7.8 36000 2.54 3034754 25HCB360A30 CSPH *6012A ** 58CV(A,X)135 -22 59000 11.5 14 57500 3.56 7.9 35800 2.56 3034755 25HC8360A30 CSPH *6012A ** 58CV(A,X)155 -22 59000 11.5 14 57500 3.58 7.9 35800 2.58 3121532 25HCB360A30 CSPH *6012A** 58MEB080 -16 58000 11.5 13.5 58500 3.48 7.9 36600 2.56 3121533 25HCB360A30 CSPH *6012A** 58MEB100 -20 58500 11.5 13.5 58000 3.56 8 36600 2.6 3121534 25HCB360A30 CSPH *6012A ** 58MEB120 -20 58500 11.5 14 58000 3.58 8 36400 2.62 3034737 25HCB360A30 CSPH *6012A ** 58PH *090 - 16 59000 11.5 13.5 58000 3.54 8 36600 2.58 3034738 25HCB360A30 CSPH *6012A ** 58PH *110 -20 59000 11.5 13.5 58000 3.6 8 36600 2.62 3034739 25HCB360A30 CSPH *6012A ** 58PH *135 -20 59000 11.5 13.5 58000 3.56 8 36600 26 3034752 25HCB360A30 CSPH *6012A ** +TDR 60000 10.8 13 59000 3.82 8 37000 2.56 3034757 25HCB360A30 FE4ANB006 +UI 60000 11.5 14 58500 3.74 8.2 36200 2.68 3034756 251-ICB360A30 FV4BNB006 60000 11.5 14 58500 3.74 8.2 36200 2.68 3034758 25HC8360A30 FX4CN(B,F)060 60000 12 14 58500 3.74 8.3 36200 2.68 3034759 25HCB360A50 tFY4ANB060 59500 10.8 13 60000 3.82 8 38500 2.56 3034771 25HCB360A50 CAP * *6021A ** 58CV(A,X)110 - 20 58000 112 13.5 56500 3.48 7.8 36000 2.52 3122740 25HCB360A50 CAP * *6021A ** 58MEB100 -20 58000 11.5 13.5 58000 3.52 8 36400 2.58 3034760 25HCB360A50 CAP * *6021A ** 58PH *090 -16 58500 11.5 13.5 58000 3.5 8 36600 2.58 3034761 25HCB360A50 CAP * *6021A ** 58PH *110 -20 59000 11.5 13.5 58500 3.58 8 36600 2.6 3034770 25HCB360A50 CAP * *6021A ** +TDR 59000 10.8 13 58000 3.48 7.8 36400 2.52 3034773 25HCB360A50 CAP * *6024A ** 58CV(A,X)135 -22 59000 11.5 13.5 57500 3.5 7.8 35800 2.54 3034774 25HCB360A50 CAP * *6024A ** 58CV(A,X)155 -22 59000 11.5 14 57500 3.54 7.9 35800 2.56 3122741 25HCB360A50 CAP * *6024A ** 58MEB120 - 20 58000 11.5 13.5 58000 3.54 8 36400 2.6 3034762 25HCB360A50 CAP **6024A ** 58PH *135 -20 58500 11.5 13.5 58000 3.52 8 36600 2.58 3034772 25HCB360A50 CAP * *6024A ** +TDR 60000 10.8 13 59000 3.6 8 37000 2.54 3034779 25HCB360A50 CNPH *6024A ** 58CV(A,X)110 -20 58500 11.2 13.5 57500 3.48 7.7 36000 2.52 3034780 25HCB360A50 CNPH *6024A ** 58CV(A,X)135 -22 58500 11.2 13.5 57000 3.48 7.8 35800 2.54 3034781 25HCB360A50 CNPH*6024A ** 58CV(A,X)155 -22 59000 11.5 14 57000 3.52 7.8 35800 2.56 3122743 25HC8360A50 CNPH *6024A ** 58MEB080 -16 57500 11.5 13.5 58000 3.42 7.8 36600 2.54 3122744 25HCB360A50 CNPH *6024A ** 58MEB100 -20 58000 11.5 13.5 58000 3.5 7.9 36400 2.58 3122745 25HC8360A50 CNPH *6024A ** 58MEB120 -20 58000 11.5 13.5 58000 3.52 8 36200 2.6 3034764 25HC8360A50 CNPH *6024A ** 58PH *090 -16 58500 11.5 13.5 58000 3.48 8 36600 2.56 3034765 25HCB360A50 CNPH *6024A ** 58PH *110 -20 58500 11.5 13.5 58000 3.54 8 36600 2.6 3034766 25HCB360A50 CNPH *6024A ** 58PH *135 -20 58500 11.5 13.5 58000 3.5 8 36600 2.58 3034778 25HCB360A50 CNPH *6024A ** +TDR 59500 10.8 13 58500 3.54 8 37600 2.6 3034776 25HCB360A50 CNPV *6024A** 58CV(A,X)135 -22 58500 11.2 13.5 57000 3.48 7.8 35800 2.54 3034777 25HCB360A50 CNPV *6024A ** 58CV(A,X)155 -22 59000 11.5 14 57000 3.52 7.8 35800 2.56 3122742 25HCB360A50 CNPV *6024A ** 58MEB120 -20 58000 11.5 13.5 58000 3.52 8 36200 2.6 _ 3034763 25HCB360A50 CNPV *6024A ** 58PH *135 -20 58500 11.5 13.5 58000 3.5 8 36600 2.58 3034775 25HC8360A50 CNPV *6024A ** +TDR 59500 10.8 13 58500 3.54 7.9 36800 2.54 3034783 251-IC6360A50 ' CSPH *6012A ** 58CV(A,X)110 -20 59000 11.2 13.5 57500 3.52 7.8 36000 2.54 3034784 25HCB360A50 CSPH *6012A ** 58CV(A,X)135 -22 59000 11.5 14 57500 3.58 7.9 35800 2.56 3034785 25HCB360A50 CSPH *6012A ** 58CV(A,X)155 -22 59000 11.5 14 57500 3.58 7.9 35800 2.58 3122746 25HCB360A50 CSPH *6012A ** 58MEB080 -16 58000 11.5 13.5 58500 3.48 7.9 36600 2.56 See notes on pg. 33 32 COMBINATION RATINGS CONTINUED High Temp Low Temp ' ARI Ref. Model Coil Model Number Furnace Model Cooling EER SEER E HSPF H No. Number Number Capacity Capacity E COP Capacity H COP 3122747 25HCB360A50 CSPH•6012A•• 58MEB100 -20 58500 11.5 13.5 58000 3.56 8 36600 2.6 3122748 25HCB360A50 CSPH •6012A•• 58MEB120 -20 58500 11.5 14 58000 3.58 8 36400 2.62 • 3034767 25HCB360A50 _ CSPH•6012A•' 58PH•090 -16 59000 11.5 13.5 58000 3,54 8 36600 2.58 3034768 25HCB360A50 CSPH *6012A•• 58PH•110 -20 59000 11.5 13.5 58000 3.6 8 36600 2.62 3034769 25HCB360A50 CSPH•6012A ** 58PH•135 -20 59000 11.5 13.5 58000 3.56 8 36600 2.6 3034782 25HCB360A50 CSPH *6012A•• +TDR 60000 10.8 ' 13 59000 3.62 8 37000 2.56 3034789 25HC8360A60 tFY4ANB060 59500 108 13 60000 3.62 6 38500 2.56 3034817 25HCB360A60 FE4ANB006 +UI 60000 11.5 14 58500 174 8.2 36200 2.68 3034816 25HCB360A60 FV4BNB006 60000 11.5 14 58500 174 8.2 36200 2.68 3034818 25HCB360A60 FX4CN(B,F)060 60000 12 14 58500 174 83 36200 2.68 3034801 25HCB360A60 CAP**6021A** 58CV(A,X)110 -20 58000 11.2 13.5 56500 3,48 7.8 36000 2.52 3122850 25HCB360A60 CAP**6021A** 58MEB100 -20 58000 11.5 13.5 58000 152 8 36400 2.58 3034790 25HCB360A60 CAP* *6021A ** 58PH "090 -16 58500 11.5 13.5 58000 3.5 8 36600 2.58 3034791 25HCB360A60 CAP**6021A** 58PH•110 -20 59000 11.5 13.5 58500 3.58 8 36600 2.6 3034800 25HCB360A60 CAP••6021A••+TDR 59000 10.8 13 58000 3.48 7.8 36400 2.52 3034803 25HCB360A60 CAP •"6024A •• 58CV(A,X)135 -22 59000 11.5 13.5 57500 15 7.8 35800 2.54 3034804 25HCB360A60 CAP* *6024A** 58CV(A))155 -22 59000 11.5 14 57500 3.54 7.9 35800 2.56 3122851 25HCB360A60 CAP •6024A• 58MEB120 -20 58000 11.5 13.5 58000 154 8 36400 2.6 3034792 25HC8360A60 CAP• *6024A" 58PH "135 -20 58500 11.5 13.5 58000 152 8 36600 2.58 3034802 25HCB360A60 CAP * *6024A "* +TDR 60000 10.8 13 59000 3.6 8 37000 2.54 3034809 25HCB360A60 CNPH *6024A" 58CV(A,X)110 -20 58500 112 13.5 57500 3.46 7.7 36000 2.52 f7 3034810 25HCB360A60 CNPH *6024A" 58CV(A,X)135 -22 _ 58500 11.2 13.5 57000 3.48 7.8 35800 2.54 m 3034811 25HCB360A60 CNPH*6024A'• 58CV(A,X)155 -22 59000 11.5 14 57000 152 7.8 35800 2.56 V 3122853 25HCB360A60 CNPH•6024A•• 58MEB080 -16 57500 11.5 13.5 58000 142 7.8 36600 2.54 I 3122854 25HC8360A60 CNPH *6024A** 58MEB100 -20 58000 11.5 13.5 58000 3.5 7.9 36400 2.58 N 3122855 25HCB360A60 CNPH*6024A** 58MEB120 -20 58000 11.5 13.5 58000 3.52 8 36200 2.6 3034794 25HCB360A60 CNPH•6024A•• 58PH•090 -16 58500 11.5 13.5 58000 3.48 8 36600 2.56 3034795 251-1C8360A60 CNPH *6024A" 58P1-1•110 -20 58500 11.5 13.5 58000 3.54 8 36600 2.6 3034796 25HCB360A60 CNPH•6024A• 58PH •135 -20 58500 11.5 13.5 58000 3.5 8 36600 2.58 3034808 25HCB360A60 CNPH•6024A•• +TDR 59500 10.8 13 58500 154 8 37600 2.6 3034806 25HCB360A60 CNPV •6024A •• 58CV(A,X)135 -22 58500 11.2 13.5 57000 3.48 7.8 35800 2.54 3034807 25HCB360A60 CNPV *6024A•• 58CV(A,X)155 -22 59000 11.5 14 57000 152 7.8 35800 2.56 3122852 25HCB360A60 CNPV *6024A ** 58MEB120 -20 58000 11.5 13.5 58000 152 8 36200 2.6 3034793 25HCB360A60 CNPV *6024A ** 58PH'135 -20 58500 11.5 13.5 58000 3.5 8 36600 2.58 3034805 25HCB360A60 CNPV•6024A*• +TDR 59500 10.8 13 58500 3.54 7.9 36800 2.54 3034813 25HCB360A60 CSPH•6012A "• 58CV(A,X)110 -20 59000 11.2 13.5 57500 152 7.8 36000 2.54 3034814 25HCB360A60 CSPH *6012A• 58CV(A,X)135 -22 59000 11.5 14 57500 3.56 7.9 35800 2.56 3034815 25HCB360A60 CSPH *6012A• 58CV(A,X)155 -22 59000 11.5 14 - 57500 3.58 7.9 35800 2.58 3122856 25HCB360A60 CSPH *6012A *• 58MEB080 -16 58000 11.5 13.5 58500 3.48 7.9 36600 2.56 3122857 25HCB360A60 CSPH *6012A•• 58ME8100 -20 58500 11.5 13.5 58000 156 8 36600 2.6 3122858 25HCB360A60 CSPH'6012A** 58MEB120 - 20 58500 11.5 14 58000 3.58 8 36400 2.62 3034797 25HCB360A60 CSPH•6012A'• 58PH•090 -16 59000 11.5 13.5 58000 154 8 36600 2.58 3034798 25HCB360A60 CSPH'6012A`• 58PH•110 -20 59000 11.5 13.5 58000 3.6 8 36600 2.62 3034799 25HCB360A60 CSPH *6012A •• 58PH *135 -20 59000 11.5 . 13.5 58000 158 8 36600 2.6 3034812 25HCB360A60 CSPH•6012A *• +TDR 60000 10.8 13 59000 862 8 37000 2.56 t Ratings are net values reflecting the effects of circulating fan heat. Supplemental electric heat is not included. Ratings are based on: Cooling Standard: 80 °F (27 °C) db 67 °F (19 °C) wb indoor entering air temperature and 95 °F (35 °C) db air entering outdoor unit. High -Temp Heating Standard: 70 °F (21 °C) db indoor entering air temperature and 47 °F (8 °C) db 43°F (6 °C) wb air entering outdoor unit. Low -Temp Heating Standard: 70 °F (21 °C) db indoor entering air temperature and 17 °F ( -8 °C) db 15°F ( -9 °C) wb air entering outdoor unit. SEER - Seasonal Energy Efficiency Ratio COP - Coefficient of Performance TDR - lime-Delay Relay HSPF - Heating Seasonal Performance Factor EER - Energy Efficiency Ratio NOTE: Ratings contained in this document are subject to change at any time. Always refer to the AHRI directory (www.ahridirectory.org) for the most up -to -date ratings information. 3 3 25HCB3 DETAILED COOLING CAPACITIES# CONTINUED EVAPORATOR AIR CONDENSER ENTERING AIR TEMPERATURES °F C C) 75 (23.9) 85 (29.4) 95 (35) 105 (40.6) 115 (46.1) 126 (51.7) Capacity MBtuh Total Capacity MBtuh Total Capacity MBtuh Total Capacity MBtuh Total Capacity MB Total MBtuh To Capacity MBtuh Total CFM EWB Sys. Sys. Sys. Sys. Sys. Sys. °F(°C) Total Sens$ KW *. Total Sens* KW ** Total Sans* KW ** Total Sens* KW ** Total Sens* KW* Total Sens* KW*. 25HCB318A30 Outdoor Section With FY4ANFO18 indoor Section 72 (222) 20.62 10.13 0.83 19.63 9.76 0.92 18.58 9.37 1.03 17.48 8.97 1.14 16.29 8.54 1.27 15.00 8.08 1.41 67 (19.4) 18.71 12.53 0.83 17.79 12.14 0.93 16.82 11.74 1.03 15.79 11.32 1.15 14.68 10.88 1.28 13.49 10.40 1.42 525 63 (17.2)fi1 17.34 12.09 0.84 16.46 11.70 0.93 15.54 11.29 1.04 14.57 10.87 1.15 13.53 10.42 1.28 12.40 9.94 1.42 62 (16.7) 16.99 14.91 0.84 16.14 14.50 0.93 15.25 14.07 1.04 14.32 13.59 1.15 13.41 13.41 1.28 12.51 12.51 1.42 57 (13.9) 16.39 16.39 0.84 16.71 15.71 0.93 14.99 14.99 1.04 14.23 14.23 1.15 13.41 13.41 1.28 12.61 12.61 1.42 72 (22.2) 21.01 10.59 0.84 19.98 10.22 0.94 18.89 9.82 1.04 17.74 9.41 1.18 18.51 8.98 1.29 15.18 8.52 1.43 67 (19.4) 19.07 13.30 0.85 18.11 12.91 0.94 17.10 12.50 1.05 16.03 12.07 1.17 14.89 11.62 1.29 13.66 11.13 1.43 600 63 (17.2)11 17.68 12.81 0.85 16.77 12.42 0.95 15.81 12.01 1.05 14.80 11.57 1.17 13.73 11.11 1.30 12.57 10.62 1.44 62 (16.7) 17.36 15.94 0.85 16.48 15.50 0.95 15.58 15.58 1.05 14.76 14.76 1.17 13.89 13.89 1.30 12.94 12.94 1.44 57 (13.9) 17.05 17.05 0.86 18.33 16.33 0.95 15.57 15.57 1.06 14.77 14.77 1.17 13.89 13.89 1.30 12.94 12.94 1.44 72 (22.2) 21.30 11.03 0.86 20.23 10.65 0.96 19.11 10.25 1.06 17.93 9.84 1.18 16.67 9.40 1.31 15.30 8.93 1.45 67 (19.4) 19.34 14.03 0.87 18.35 13.84 0.98 17.31 13.22 1.07 18.21 12.79 1.18 15.04 12.32 1.31 13.78 11.82 1.45 675 63 (17.2)11 17.93 13.50 0.87 16.99 13.10 0.97 18.01 12.68 1.07 14.97 12.24 1.19 13.87 11.76 1.32 12.68 11.25 1.46 62 (16.7) 17.68 16.86 0.87 16.85 16.85 0.97 16.05 16.05 1.07 15.20 15.20 1.19 14.29 14.29 1.32 13.29 13.29 1.45 57 (13.9) 17.60 17.60 0.87 16.85 16.85 0.97 16.05 18.05 1.07 15.21 15.21 1.19 14.29 14.29 1.32 13.30 13.30 1.45 COOUNG INDOOR CAPACITY POWER FURNACE MODEL COOUNG INDOOR CAPACITY POWER FURNACE MODEL MODEL MODEL *FY4ANF018 1.00 1.00 CNPV*2417A** 1.01 0.91 58MV(B,C)060 -14 FE4ANFOO2 1.02 0.90 CSPH *2412A ** 1.02 0.89 58MV(B,C)060 -14 FFIENP018 1,00 1.00 CNPH'2417A ** 1.01 0.90 58MV(B,C)080 -14 FFIENP024 1.01 0.98 CSPH *2412A ** 1.02 0.89 58MV(B,C)080 -14 FV4BNFOO2 1.02 0.90 CAP" "1814A•" 0.99 0.91 58PH *045 -08 FX4CNF018 1.02 0.91 CAP * *2414A ** 1.02 0.90 58PH *045 -08 FX4CNF024 1.03 0.90 CNPH *2417A ** 1.02 0.89 58PH•045 -08 FY4ANF024 1.00 1.00 CNPV*1814A ** 1.01 0.92 58PH *045 -08 w CAP* *1814A *' 1.00 1.00 CNPV *2414A** 1.02 0.89 58PH•045 -08 A CAP * *2414A ** 1.01 0.98 CSPH *2412A ** 1.03 0.90 58PH•045 -08 CAP * *2417A ** 1.01 0.98 See note on pg. 43 CNPF *2418A ** 1.01 0.98 CNPH *2417A ** 1.01 0.98 CNPV*1814A•• 1.01 1.01 CNPV*2414A•* 1.01 0.98 CNPV*2417A** 1.01 0.98 CSPH *2412A ** 1.02 0.99 CAP * *1814A *" 0.99 0.91 58CV(A,X)070 -12 CAP * *2414A ** 1.01 0.90 56CV(A,X)070 -12 CNPH *2417A ** 1.01 0.90 58CV(A,X)070 -12 CNPV *1814A ** 1.00 0.90 58CV(A,X)070 -12 CNPV *2414A ** 1.01 0.90 58CV(A,X)070 -12 CSPH *2412A ** 1.01 0.89 58CV(A,X)070 -12 CAP**2417A** 1.01 0.89 S8CV(A,X)090 -16 CNPH *2417A ** 1.01 0.88 58CV(A,X)090 -16 CNPV*2417A** 1.01 0.88 58CV(A,X)090 -16 CSPH*2412A** 1.02 0.89 58CV(A,X)090 -16 CAP* *2417A "* 1.04 0.91 58MEB040 -12 CNPH *2417A ** 1.04 0.91 58MEB040 -12 CNPV*2417A ** 1.04 0.91 58MEB040 -12 CSPH *2412A•" 1.04 0.91 58ME8040 -12 CAP * *2417A ** 1.04 0.91 58MEB060 -12 CNPH'2417A ** 1.02 0.89 58ME8060 -12 CNPV*2417A** 1.02 0.89 58ME6060 -12 CSPH *2412A "" 1.02 0.89 58ME8060 -12 CNPH•2417A ** 1.01 0.90 58MV(B,C)040 -14 CSPH *2412A ** 1.02 0.89 58MV(B,C)040 -14 CAP * *2417A** 1.01 0.88 58MV(B,C)060 -14 CNPH *2417A•* 1.01 0.90 58MV(B,C)060 -14 • DETAILED COOLING CAPACITIES# CONTINUED EVAPORATOR AIR CONDENSER ENTERING AIR TEMPERATURES °F r C) 75 (23.9) 85 (29.4) 95 (95) 105 (40.6) 115 (46.1) 125 (51.7) Capacity MBtuh Total Capacity MBtuh Total Capacity MBtuh Total Capacity MBtuh Total Capacity MBtuh Total Capacity MBtuh Total CFM EWB Sys. Sys. Sys. Sys. Sys. Sys. *F (°C) Total Sens; KW** Total Sans; KW ** Total Sens* KW "* Total Sens* KW** Total Sens* KW* Total I Sens* KW ** 25HCB324A30 Outdoor Section With FV4ANF024 Indoor Section 72 (22.2) 26.97 13.80 1.66 25.72 13.32 1.86 24.41 12.81 2.09 23.03 12.29 2.34 21.54 11.73 2.61 19.91 11.13 2.91 67 (19.4) 24.65 17.15 1.66 23.49 16.65 1.86 22.26 16.12 2,09 20.97 15.57 2.34 19.59 15.00 2.62 18.09 14.38 2.92 700 63 (17.2)11 22.94 16.60 1.66 21.84 16.09 1.86 20.68 15.56 2.09 19.46 15.01 2.34 18.16 14.43 2.62 16.76 13.81 2.92 62 (16.7) 22.50 20.46 1.66 21.42 19.93 1.86 20.30 19.36 2.09 19.14 18.75 2.34 17.96 17.96 2.62 16.82 18.82 2.92 57 (13.9) 21.73 21.73 1.66 20.87 20.87 1.86 19.96 19.96 2.09 19.00 19.00 2.34 17.96 17.96 2.62 16.82 16.82 2.92 72 (22.2) 27.42 14.42 1.69 26.13 13.93 1.90 24.76 13.42 2.12 24.27 13.23 2.06 21.80 12.33 2.65 20.12 11.72 2.94 67 (19.4) 25.09 18.20 1.69 23.88 17.68 1.90 22.60 17.15 2.12 21.27 16.60 2.37 19.84 16.01 2.65 18.29 15.38 2.95 800 63 (17.2)11 23.37 17.68 1.69 22.22 17.07 1.90 21.02 16.52 2.13 19.76 15.96 2.38 18.41 15.37 2.65 16.96 14.73 2.95 62 (16.7) 22.96 21.88 1.69 21.86 21.30 1.90 20.72 20.69 2.13 19.67 19.87 2.38 18.57 18.57 2.65 17.37 17.37 2.95 57 (13.9) 22.57 22.57 1.69 21.66 21.66 1.90 20.70 20.70 2.13 19.67 19.67 2.38 18.57 18.57 2.65 17.37 17.37 2.95 72 (22.2) 27.75 15.01 1.73 26.42 14.51 1.93 26.10 14.39 1.86 24.55 13.82 2.09 22.87 13.22 2.36 20.25 12.28 2.98 67 (19.4) 25.40 19.19 1.73 24.16 18.68 1.93 22.85 18.13 2.16 21.48 17.57 2.41 20.02 16.97 2.89 18.43 16.31 2.98 900 83 (17.2)11 23.68 18.52 1.73 22.50 17.99 1.93 21.26 17.44 2.18 19.97 16,87 2.41 18.59 16.26 2.69 17.11 15.60 2.99 62 (16.7) 23.36 23.12 1.73 22.32 22.31 1.93 21.30 21.30 2.16 20.23 20.23 2.41 19.07 19.07 2.69 17.81 17.81 2.99 57 (13.9) 23.27 23.27 1.73 22.31 22.31 1.93 21.30 21.30 2.16 20.23 20.23 2.41 19.07 _ 19.07 2.69 17.81 17.81 2.99 COOLING INDOOR COOLING INDOOR COOLING INDOOR MODEL CAPACITY POWER FURNACE MODEL MODEL CAPACITY POWER FURNACE MODEL MODEL CAPACITY POWER FURNACE MODEL •FV4ANF024 1.00 1.00 CNPH'2417A•' 1.01 0.92 58CV(A,X)110 - 20 CSPH•3012A•• 1.02 0.91 58MV(B,C)040 - 14 FE4AN(B,F)003 1.04 0.91 CNPH*3017A** 1.02 0.91 58CV(A,X)110 -20 CAP**2417A** 1.01 0.91 58MV(B,C)060 -14 FE4ANFOO2 1.03 0.92 CSPH *2412A** 1.01 0.92 58CV(A,X)110 -20 CAP**3017A** 1.02 0.91 58MV(B,C)060 - 14 FF1ENP024 1.01 0.99 CSPH *3012A ** 1.02 0.91 58CV(A,X)110 -20 CNPH *2417A ** 1.01 0.92 58MV(B,C)060 - 14 FF1ENP030 1.01 1.02 CNPH *2417A** 1.01 0.92 58CV(A,X)135 -22 CNPH *3017A ** 1.02 0.91 58MV(B,C)060 -14 FV4BN(B,F)003 1.04 0.91 CNPH*3017A ** 1.03 0.92 58CV(A,X)135 -22 CNPV*2417A** 1.01 0.92 58MV(B,C)060 -14 FV4BNFOO2 1.03 0.92 CSPH *2412A ** 1.01 0.91 58CV(A,X)135 -22 CNPV*3017A ** 1.02 0.91 58MV(B,C)060 -14 FX4CNF024 1.02 0.94 CSPH *3012A•* 1.02 0.91 58CV(A,X)135 -22 CSPH*2412A** 1.01 0.91 58MV(B,C)060 -14 W FX4CNF030 1.04 0.93 CNPH *2417A ** 1.01 0.92 58CV(A,X)155 -22 CSPH ** 1.02 0.91 58MV(B,C)060 -14 to FY4ANF030 1.02 1.01 CNPH*3017A** 1.03 0.92 58CV(A,X)155 -22 CNPH *2417A ** 1.01 0.92 58MV(B,C)080 -14 CAP * *2414A ** 1.01 1.01 CSPH *2412A ** 1.01 0.91 58CV(A,X)155 -22 CNPH'3017A** 1.02 0.91 58MV(B,C)080 - 14 CAP * *2417A ** 1.01 1.01 CSPH *3012A ** 1.02 0.91 58CV(A,X)155 -22 CSPH *2412A ** 1.01 0.92 58MV(B, C)080- 14 CAP * *3014A ** 1.02 1.01 CAP * *2417A ** 1.02 0.89 58MEB040 -12 CSPH *3012A ** 1.02 0.91 58MV(B,C)080 -14 CAP' *3017A ** 1,02 1.01 CAP• *3017A ** 1.04 0.91 58MEB040 -12 CNPH *2417A ** 1.01 0.92 58MV(B,C)080 -20 CNPF*2418A ** 1.01 1.01 CNPH *2417A ** 1.01 0.92 58MEB040 -12 CNPH *3017A ** 1.02 0.91 58MV(B,C)080 -20 CNPH•2417A** 1.01 1.01 CNPH*3017A ** 1.04 0.91 58MEB040 -12 CSPH•2412A ** 1.01 0.91 58MV(B,C)080 -20 CNPH*3017A** 1.02 1.01 CNPV *2417A ** 1.01 0.92 58MEB040 -12 CSPH *3012A ** 1.02 0.91 58MV(B,C)080 -20 CNPV *2414A ** 1.01 1.01 CNPV•3017A ** 1.04 0.91 58MEB040 -12 CNPH•2417A *• 1.01 0.92 58MV(B,C)100 -20 CNPV*2417A** 1.01 1.01 CSPH *2412A ** 1.02 0.89 58MEB040 -12 CNPH *3017A ** 1.03 0.92 58MV(B,C)100 -20 CNPV•3014A ** 1.02 1.01 CSPH *3012A** 1.04 0.91 58MEB040 -12 CSPH *2412A ** 1.01 0.91 58MV(B,C)100 -20 CNPV'3017A** 1.02 1.01 CAP**2417A ** 1.02 0.89 58MEB060 -12 CSPH *3012A ** 1.02 0.91 58MV(B,C)100 -20 CSPH *2412A *' 1.01 1.00 CAP* *3017A** 1.04 0.91 58MEBO60 -12 CNPH *2417A•* 1.00 0.91 58MV(B,C)120 -20 CSPH•3012A•' 1.02 1.01 CNPH *2417A ** 1.01 0.92 58MEB060 -12 CNPH *3017A ** 1.02 0.91 58MV(B,C)120 -20 CAP *'2414A ** 1.00 0.91 58CV(A,X)070 -12 CNPH *3017A ** 1.04 0.91 58MEB060 -12 CSPH *2412A ** 1.01 0.92 58MV(B,C)120 -20 CAP••3014A•• 1.02 0.91 58CV(A,X)070 -12 CNPV *2417A ** 1.01 0.92 58MEB060 -12 CSPH *3012A ** 1.02 0.91 58MV(B,C)120 -20 CNPH *2417A *• 1.00 0.91 58CV(A,X)070 -12 CNPV*3017A ** 1.04 0.91 58MEB060 -12 CAP**2414A** 1.01 0.92 58PH *045 -08 CNPH •3017A ** 1.02 0.91 58CV(A,X)070 - 12 CSPH *2412A ** 1.03 0.94 58MEB060 -12 CAP*•3014A ** 1.09 0.94 58PH *045 -08 CNPV *2414A* 1.00 0.91 58CV(A,X)070 -12 CSPH *3012A ** 1.04 0.91 58MEB060 -12 CNPH*2417A** 1.01 0.92 58PH•045 -08 CNPV *3014A ** 1.02 0.91 58CV(A,X)070 -12 CAP * *2417A ** 1.02 0.89 58MEB080 -12 CNPH *3017A ** 1.03 0.94 58PH'045 -08 CSPH*2412A** 1.01 0.91 58CV(A,X)070 -12 CAP * *3017A ** 1.03 0.90 58MEB080 -12 CNPV 1.01 0.92 58PH *045 -08 CSPH *3012A ** 1.02 0.91 58CV(A,X)070 -12 CNPH*2417A** 1.01 0.92 58MEB080 -12 CNPV *3014A ** 1.03 0.94 58PH *045 -08 CAP **2417A** 1.01 0.91 58CV(A,X)090 -16 CNPH*3017A** 1.03 0.90 58MEB080 -12 CSPH *2412A ** 1.02 0.93 58PH'045 -08 CAP * *3017A ** 1.02 0.91 58CV(A,X)090 -16 CNPV *2417A ** 1.01 0.92 58MEB080 -12 CSPH*3012A** _ 1.04 0.91 58PH *045 -08 CNPH 1.01 0.91 58CV(A,X)090 -16 CNPV*3017A ** 1.03 0.90 58MEB080 -12 See note on pg. 43 CNPH *3017A.* 1.02 0.91 58CV(A,X)090 -16 CSPH*2412A** 1.02 0.93 58MEB080 -12 CNPV*2417A ** 1.01 0.92 58CV(A,X)090 -16 CSPH *3012A ** 1.03 0.90 58MEB080 -12 CNPV *3017A* 1.02 0.91 58CV(A,X)090 - 16 CNPH *2417A ** 1.01 0.92 58MV(B,C)040 -14 CSPH *2412A *' 1.01 0.91 58CV(A,X)090 -16 CNPH*3017A** 1.02 0.91 58MV(B,C)040 -14 CSPH *3012A ** 1.02 0.91 58CV(A,X)090 -18 CSPH *2412A ** 1.01 0.92 58MV(B,C)040 -14 25HCB3 25HCB3 DETAILED COOLING CAPACITIES# CONTINUED EVAPORATOR AIR CONDENSER ENTERING AIR TEMPERATURES °F r C) 75 (23.9) 65 (29.4) 95 (35) 105 (40.6) 115 (46.1) 126 (51.7) Capacity MBtuh Total Capacity MBtuh Tel Capacity MBtuh Total Capacity MBtuh Total Capacity MBtuh Total Capacity MBtuh Total CFM EWB Sys. Sys. Sys. Sys. Sys. Sys. • FCC) Total Sens* KW' Total Sent KW. Total Senst KW. Total Sens# KW.. Total Sens$ KW ** Total Sans* KW ** 25HC8130A30 Outdoor Section With FY4ANF030 Indoor Section 72 (22.2) 5.79 17.64 2.16 34.09 16.98 2.44 32.29 16.30 2.74 30.43 15.61 3.07 28.40 14.86 3. _ 26.15 14.i' . iti 67 (19.4) 32.75 21.77 2.16 31.19 21.11 2.43 29.54 20.42 2.73 27.82 19.70 3.07 25.96 18.94 3.43 23.92 18.12 3.83 575 63 (172)tt 30.50 21.10 2.15 29.04 20.44 2.43 27.50 19.74 2.73 25.89 19.02 3.07 24.15 18.26 3.43 22.26 17.45 3.83 62 (16.7) 29.92 25.87 2.15 28.49 25.18 2.43 26.99 24.46 2.73 25.43 23.67 3.06 23.79 22.80 3.43 22.14 22.14 3.83 57 (13.9) 28.64 28.64 2.15 27.51 27.51 2.42 26.31 26.31 2.73 25.04 25.04 3.07 23.66 23.66 3.43 22.14 22.14 3.83 72 (22.2) 36.41 18.38 2.21 34.64 17.72 2.48 32.77 17.03 2.78 30.84 16.33 3.12 28.73 15.57 3.48 26.40 14.75 3.87 67 (19.4) 33.35 23.03 2.20 31.72 22.36 2.48 30.00 21.65 2.78 28.22 20.92 3.11 26.27 20.15 3.47 24.17 19.31 3.87 1000 83 (17.2)11 31.09 22.29 2.20 29.58 21.61 2.47 27.96 20.90 2.78 26.27 20.17 3.11 24.47 19.39 3.47 22.52 18.55 3.87 62 (16.7) 30.53 27.59 2.20 29.06 26.85 2.47 27.52 28.05 2.77 25.93 25.93 3.11 24.45 24.45 3.48 22.82 22.82 3.87 57 (13.9) 29.74 29.74 2.20 28.54 28.54 2.47 27.26 27.28 2.77 26.91 25.91 3.11 24.45 24.45 3.48 22.83 22.83 3.87 72 (222) 36.88 19.09 2.25 35.06 18.43 2.53 33.12 17.73 2.83 31.13 17.01 3.16 28.96 18.25 3.52 26.56 15.42 3.91 67 (19.4) 33.80 24.26 2.25 32.12 23.56 2.52 30.34 22.86 2.82 28.49 22.10 3.16 26.51 21.31 3.52 24.34 20.44 3.91 1126 63 (172)tt 31.54 23.44 2.24 29.96 22.75 2.52 28.30 22.03 2.82 26.56 21.28 3.15 24.71 20.48 3.52 22.71 19.60 3.92 62 (16.7) 31.05 29.15 2.24 29.55 28.32 2.52 28.04 28.04 2.82 26.61 26.61 3.15 25.08 25.08 3.52 23.36 23.36 3.92 57 (13.9) 30.66 30.66 2.24 29.39 29.39 2.52 _ 28.04 28.04 2.82 26.62 28.62 3.15 25.08 25.08 3.52 23.37 23.37 3.92 COOLING INDOOR COOLING INDOOR COOLING INDOOR MODEL CAPACITY POWER FURNACE MODEL MODEL CAPACITY POWER FURNACE MODEL MODEL CAPACITY POWER FURNACE MODEL *FY4ANFO30 1.00 1.00 CAP * *3621A•' 1.00 0.94 58CV(A,X)110 -20 CAP**3617A** 1.00 0.94 58MEB080 -16 FE4AN(B,F)003 1.00 0.90 CNPH *3017A ** 1.00 0.94 58CV(A,X)110 -20 CNPH•3017A'• 1.00 0.94 58MEB080 -16 FE4ANFOO2 1.00 0.94 CNPH'3617A ** 1.00 0.94 58CV(A,X)110 -20 CNPH*3617A** 1.00 0.94 58MEB080 -16 FF1ENP030 0.99 0.99 CNPV•3621A•' 1.00 0.94 58CV(A,X)110 -20 CNPV`3017A *• 1.00 0.94 58MEB080 -16 FF1ENP036 1.00 1.00 CSPH•3012A•' 1.00 0.94 58CV(A,X)110 -20 CNPV*3617A** 1.00 0.94 58MEB080 -16 FV4BN(B,F)003 1.00 0.90 CSPH*3612A** 1.00 0.90 58CV(A,X)110 -20 CSPH *3012A ** 1.00 0.94 58MEB080 -16 FV4BNFOO2 1.00 0.94 CNPH *3017A "* 1.00 0.94 58CV(A,X)135 -22 CSPH•3612A•• 1.00 0.94 58MEB080 -16 FX4CN(B,F)036 1.00 0.94 CNPH *3617A ** 1.00 0.94 58CV(A.X)135-22 CNPH•3017A ** 1.00 0.94 58MV(B,C)040 -14 a FX4CNF030 1.00 0.94 CSPH *3012A ** 1.00 0.94 58CV(A,X)135 -22 CNPH*3617A** 1.00 0.94 58MV(B,C)040 -14 FY4ANF038 1.00 1.01 CSPH *3612A ** 1.00 0.90 58CV(A,X)135 -22 CSPH*3012A*. 1.00 0.94 58MV(B,C)040 -14 CAP••3014A ** 1.00 1.00 CNPH•3017A•' 1.00 0.94 58CV(A,X)155 -22 CSPH *3612A•• 1.00 0.94 58MV(B,C)040 -14 CAP••3017A•* 1.00 1.00 CNPH•3617A *• 1.00 0.94 58CV(A,X)155 -22 CAP * *3017A ** 1.00 0.94 58MV(B,C)060 -14 CAP**3614A *• 1.00 1.00 CSPH *3012A ** 1.00 0.94 58CV(A,X)155 -22 CAP * *3617A`* 1.00 0.94 58MV(B,C)060 -14 CAP**3617A** 1.00 1.00 CSPH *3612A ** 1.00 0.90 58CV(A,X)155 -22 CNPH•3017A•' 1.00 0.94 58MV(B,C)060 -14 CAP" "3621A•* 1.00 1.00 CAP *"3017A ** 1.00 0.94 58MEB040 -12 CNPH*3617A** 1.00 0.94 58MV(B,C)060 -14 CNPF•3618A'• 1.00 1.00 CAP * *3617A•* 1.00 0.94 58MEB040 -12 CNPV *3017A ** 1.00 0.94 58MV(B,C)060 -14 CNPH•3017A" 1.00 1.00 CNPH•3017A•• 1.00 0.94 58MEB040 -12 CNPV*3617A "* 1.00 0.94 58MV(B,C)060 -14 CNPH *3617A" 1.00 1.00 CNPH *3617A ** 1.00 0.94 58MEB040 -12 CSPH•3012A•• 1.00 0.94 58MV(B,C)060 -14 CNPV *3014A** 1.00 1.00 CNPV`3017A** 1.00 0.94 58MEB040 -12 CSPH *3612A ** 1.00 0.94 58MV(B,C)060 -14 CNPV•3017A *• 1.00 1.00 CNPV *3617A ** 1.00 0.94 58MEB040 -12 CAP* *3621A ** 1.00 0.94 58MV(B,C)080 -14 CNPV•3617A** 1.00 1.00 CSPH "3012A•* 1.00 0.94 58MEB040 -12 CNPH•3017A•• 1.00 0.94 58MV(B, C)080 -14 CNPV•3621A *' 1.00 1.00 CSPH *3612A•* 1.00 0.90 58MEB040 -12 CNPH•3617A•* 1.00 0.94 58MV(B,C)080 -14 CSPH*3012A** 1.00 1.00 CAP• *3017A•• 1.00 0.94 58MEB060 -12 CNPV•3621A*• 1.00 0.94 58MV(B,C)080 -14 CSPH *3812A "` 1.00 1.00 CAP• *3617A "• 1.00 0.94 58MEB060 -12 CSPH*3012A** 1.00 0.94 58MV(B,C)080 -14 CAP * *3014A "* 1.00 0.94 58CV(A,X)070 - 12 CNPH'3017A ** 1.00 0.94 58MEB060 -12 CSPH•3612A ** 1.00 0.94 58MV(B,C)080 -14 CAP *•3614A ** 1.00 0.94 58CV(A, X)070 - 12 CNPH'3617A ** 1.00 0.94 58MEB060 -12 CAP* 3621A ** 1.00 0.94 58MV(B,C)080 -20 CNPH *3017A0* 1.00 0.94 58CV(A,X)070 -12 CNPV*3017A** 1.00 0.94 58MEB060 -12 CNPH "3017A *• 1.00 0.94 58MV(B,C)080 -20 CNPH•3817A•* 1.00 0.94 58CV(A,X)070 -12 CNPV "3617A•• 1.00 0.94 58MEB060 -12 CNPH•3617A•• 1.00 0.94 58MV(B,C)080 -20 CNPV *3014A ** 1.00 0.96 58CV(A, X)070- 12 CSPH*3012A** 1.00 0.94 58MEB060 -12 CNPV*3621A** 1.00 0.94 58MV(B,C)080 -20 CSPH*3012A** 1.00 0.94 58CV(A, X)070- 12 CSPH 1.00 0.90 58MEBO60 -12 CSPH •3012A ** 1.00 0.94 58MV(B,C)080 -20 CSPH'3612A ** 1.00 0.94 58CV(A, X)070 - 12 CAP• "3017A "* 1.00 0.94 58MEB080 -12 CSPH *3612A *" 1.00 0.94 58MV(B,C)080 -20 CAP * *3017A ** 1.00 0.94 58CV(A, X)090 - 16 CAP**3617A** 1.00 0.94 58MEB080 -12 CAP**3621A** 1.00 0.94 58MV(B,C)100 -20 CAP**3617A** 1.00 0.94 58CV(A, X)090 - 16 CNPH•3017A•* 1.00 0.94 58MEB080 -12 CNPH'3017A *• 1.00 0.94 58MV(B,C)100 -20 CNPH•3017A ** 1.00 0.94 58CV(AX)090 -16 CNPH•3617A'* 1.00 0.94 58MEB080 -12 CNPH *3617A•" 1.00 0.94 58MV(B,C)100 -20 CNPH•3617A** 1.00 0.94 58CV(A,X)090 - 16 CNPV *3017A ** 1.00 0.94 58MEB080 -12 CNPV *3621A•• 1.00 0.94 58MV(B,C)100 -20 CNPV*3017A** 1.00 0.94 58CV(A,X)090 - 16 CNPV *3617A *" 1.00 0.94 58MEB080 -12 CSPH *3012A ** 1.00 0.94 58MV(B,C)100 -20 CNPV•3617A'* 1.00 0.94 58CV(A,X)090 -16 CSPH•3012A•• 1.00 0.94 58MEB080 -12 CSPH *3612A ** 1.00 0.90 58MV(B,C)100 -20 CSPH *3012A ** 1.00 0.94 58CV(AX)090 -18 CSPH "3612A ** 1.00 0.90 58MEB080 -12 CNPH'3017A ** 1.00 0.94 58MV(B,C)120 -20 CSPH *3612A•* 1.00 0.90 58CV(A,X)090 -16 CAP• *3017A *• 1.00 0.94 58MEB080 -16 CNPH*3617A** 1.00 0.94 58MV(B,C)120 -20 DETAILED COOLING CAPACITIES* CONTINUED _ 25HCB330A30 Outdoor Section With FY4ANF030 Indoor Section COOLING INDOOR CAPACITY POWER FURNACE MODEL MODEL CSPH *3012A ** 1.00 0.94 58MV(B,C)120 -20 CSPH *3612A ** 1.00 0.90 58MV(B,C)120 -20 CAP * *3017A ** 1.00 0.98 58P4*070 -16 CAP * *3617A** 1.00 0.98 58PH *070 -16 CNPH *3017A ** 1.00 0.98 58PH *070 -16 CNPH *3617A ** 1.00 0.98 58P11*070 -16 CNPV *3017A ** 1.00 0.98 58PH *070 -16 CNPV *3617A ** 1.00 0.98 58PH *070 -16 CSPH *3012A ** 1.00 0.98 58PH *070 -16 CSPH *3612A ** 1.00 0.94 58PH *070 -16 CAP * *3621A ** 1.00 0.94 58PH *090 -16 CNPH *3017A ** 1.00 0.94 58PH*090- 16 CNPH *3617A ** 1.00 0.94 58PH *090 -16 CNPV *3621A ** 1.00 0.94 58PH *090 -16 CSPH *3012A ** 1.00 0.94 58PH *090 -16 CSPH *3612A ** 1.00 0.90 58PH *090 -16 See note on pg. 43 w 25HCB3 25HCB3 DETAILED COOLING CAPACITIES# CONTINUED EVAPORATOR AIR CONDENSER ENTERING AIR TEMPERATURES ° F (° C) 75 (23.9) 85 (29.4) 96 (35) 105 (40.6) 115 (46.1) 125 (51.7) CFM EWB Capacity MBtuh Total Sys. Capacity MBtuh Total Sys. Capacity MBtuh Total Sys. Capacity MBtuh Total Sys. Capacity MBtuh Total Sys. Capacity MBtuh Total Sys. °F C Total Sent KW ** Total Banat KW• Total Banat KW ** Total Sans= KW ** Total Sans# KW ** Total Sans# KW ** 25HCB336A30 Outdoor Section With FY4ANF036 Indoor Section 72 (22.2) 40.40 20.45 2.52 38.54 19.75 2.80 36.56 19.01 3.12 34.48 18.26 3.46 32.22 17.44 3.83 29.71 16.54 4.24 67 (19.4) 36.96 25.87 2.51 35.23 24.94 2.80 33.39 24.19 3.11 31.45 23.40 3.45 29.35 22.58 3.83 27.05 21.63 4.23 1050 63 (17.2)11 34.44 24.83 2.51 32.80 24.10 2.79 31.07 23.34 3.10 29.24 22.53 3.45 27.26 21.68 3.82 25.10 20.74 4.22 62 (16.7) 33.82 30.80 2.51 32.24 30.00 2.79 30.59 29.14 3.10 28.87 28.67 3.45 27.24 27.24 3.82 25.46 25.46 4.22 57 (13.9) 33.00 33.00 2.61 31.70 31.70 2.79 30.32 30.32 3.10 28.85 28.85 3.45 27.26 27.25 3.82 25.47 25.47 4.22 72 (22.2) 40.98 21.34 2.58 39.04 20.83 2.87 36.99 19.89 3.18 34.85 19.12 3.52 32,51 18.30 3.90 29.93 17.39 4.30 67 (19.4) 37.50 27.20 2.68 35.70 26.46 2.88 33.80 25.70 3.17 31.80 24.69 3.51 29.64 24.02 3.89 27.27 23.06 4.29 1200 63 (17.2)11 34.96 26.27 2.57 33.27 25.52 2.85 31.47 24.74 3.17 29.58 23.92 3.51 27.55 23.04 3.88 25.34 22.07 4.28 62 (16.7) 34.45 32.77 2.57 32.87 32.61 2.85 31.30 31.30 3.17 29.75 29.75 3.51 28.06 28.06 3.88 26.18 26.18 4.29 57 (13.9) 34.14 34.14 2.57 32.77 32.77 2.85 31.31 31.31 3.17 29.75 29.75 3.51 28.06 28.06 3.88 26.18 26.18 4.29 72 (22.2) 41.39 22.20 2.64 39.41 21.49 2.93 37.31 20.74 3.24 35.10 19.96 3.58 32.71 19.13 3.96 30.06 18.21 4.36 67 (19.4) 37.90 28.69 2.64 36.05 27.94 2.92 34.10 27.15 3.23 32.05 26.32 3.58 29.84 25.42 3.95 27.43 24.41 4.35 1350 63 (17.2)11 35.36 27.68 2.63 33.61 26.90 2.92 31.77 28.10 3.23 29.84 25.25 3.57 27.78 24.33 3.94 25.51 23.30 4.34 62 (16.7) 35.07 35.07 2.63 33.63 33.63 2.92 32.10 32.10 3.23 30.47 30.47 3.57 28.70 28.70 3.95 26.73 26.73 4.35 57 (13.9) 35.07 35.07 2.63 33.63 33.63 2.92 32.10 32.10 3.23 30.48 30.48 3.57 28.71 28.71 3.95 26.73 1 26.73 4.35 COOLING INDOOR COOLING INDOOR COOLING INDOOR MODEL CAPACITY POWER FURNACE MODEL MODEL CAPACITY POWER FURNACE MODEL MODEL CAPACITY POWER FURNACE MODEL *FY4ANF036 1.00 1.00 CNPV *4221A ** 1.01 0.92 58CV(A,X)110 -20 CSPH•4212A*" 1.04 0.95 58MEB080 -16 FE4AN(B,F)003 1.01 0.91 CSPH *3612A ** 1.02 0.92 58CV(A,X)110 -20 CAP**3621A** 1.01 0.92 58MEB100 - 20 FE4ANFOO2 1.00 0.91 CSPH*4212A** 1.03 0.92 58CV(A,X)110 -20 CAP**4221A** 1.02 0.93 58MEB100 -20 FF1ENP036 1.00 1.00 CAP * *4224A ** 1.01 0.91 58CV(A,X)135 -22 CNPH *3617A ** 1,00 0.91 58MEB100 -20 FV4BN(B,F)003 1.01 0.91 CNPH*3617A *. 1.00 0.91 58CV(A,X)135 -22 CNPH *4221A ** 1.01 0.92 58MEB100 -20 FV4BNFOO2 1.00 0.91 CNPH*4221A** 1.01 0.92 58CV(A,X)135 -22 CNPV*3621A** 1.00 0.91 58MEB100 -20 FX4CN(B,F)036 1.02 0.93 CSPH *3612A ** 1.02 0.92 58CV(A,X)135 -22 CNPV *4221A ** 1.01 0.92 58MEB100 -20 FX4CN(B,F)042 1.04 0.95 CSPH*4212A** 1.03 0.92 58CV(A,X)135 -22 CSPH *3812A•• 1.02 0.90 58MEB100 -20 FY4ANF042 1.02 0.99 CAP**4224A** 1.01 0.91 58CV(A,X)155 -22 CSPH*4212A** 0.10 0.09 58MEB100 -20 W CAP " "3614A "" 0.99 0.97 CNPH*3617A ** 1.00 0.91 58CV(A,X)155 -22 CAP * *4224A ** 1.01 0.92 58MV(B,C)040 -14 co CAP * *3617A•• 1.00 0.97 CNP1-1•4221A•" 1.01 0.91 58CV(A,X)155 -22 CNPH•3617A•• 0.99 0.93 58MV(B,C)040 -14 CAP**3621A** 1.00 0.97 CSPH*3612A** 1.02 0.92 58CV(A,X)155 -22 CNPH *4221A "* 1.01 0.92 58MV(B,C)040 -14 CAP**4221A** 1.01 0.98 CSPH•4212A•• 1.04 0.93 58CV(A,X)155 -22 CSPH*3612A ** 1.02 0.93 58MV(B,C)040 - 14 CAP**4224A** 1.01 0.98 CAP * *3617A ** 1.01 0.92 58MEB040 -12 CSPH *4212A ** 1.02 0.93 58MV(B,C)040 -14 CNPF•3618A ** 1.00 0.97 CNPH*3617A** 1.00 0.91 58MEB040 -12 CAP• *3617A ** 1.00 0.91 58MV(B,C)060 -14 CNPH *3617A ** 1.00 0.97 CNPH*4221A** 1.02 0.93 58MEB040 -12 CNPH*3617A** 0.99 0.91 58MV(B,C)060 - 14 CNPH*4221A** 1.01 0.98 CNPV•3617A *• 1.00 0.91 58MEB040 -12 CNPH*4221A** 1.01 0.92 58MV(B,C)060 -14 CNPV *3617A ** 1.00 0.97 CNPV*4217A** 1.02 0.93 58MEB040 -12 CNPV*3617A ** 0.99 0.91 58MV(B,C)060 -14 CNPV*3621A** 1.00 0.97 CSPH*3612A ** 1.03 0.94 58MEB040 -12 CNPV*4217A ** 1.02 0.93 58MV(B,C)060 -14 CNPV*4217A** 1.02 1.02 CSPH*4212A** 1.04 0.91 58MEB040 -12 CSPH *3812A ** 1.02 0.93 58MV(B,C)060 -14 CNPV*4221A** 1.01 0.98 CAP**3617A** 1.01 0.92 58MEB060 -12 CSPH *4212A ** 1.02 0.92 58MV(B,C)060 -14 CSPH*3612A** 1.02 0.98 CNPH *3617A ** 1.00 0.91 58MEB060 -12 CAP**3621A** 0.99 0.91 58MV(B,C)080 -14 CSPH*4212A** 1.03 0.98 CNPH*4221A ** 1.02 0.93 58MEB060 -12 CAP**4221A** 1.00 0.91 58MV(B,C)080 -14 CAP**3614A** 0.99 0.93 58CV(A,X)070 - 12 CNPV *3617A ** 1.00 0.91 58MEB060 -12 CNPH*3617A** 0.99 0.93 58MV(B,C)080 -14 CNPH *3617A** 0.99 0.93 58CV(AX)070 - 12 CNPV *4217A ** 1.02 0.93 58MEB060 -12 CNPH *4221A ** 1.00 0.91 58MV(B,C)080 -14 CNPH*4221A** 1.01 0.92 58CV(AX)070 -12 CSPH *3612A ** 1.03 0.94 58MEB060 -12 CNPV *3621A ** 0.99 0.93 58MV(B,C)080 -14 CSPH *3612A ** 1.02 0.93 58CV(A,X)070 -12 CSPH *4212A ** 1.04 0.95 58MEB060 -12 CNPV *4221A ** 1.00 0.91 58MV(B,C)080 - 14 CSPH*4212A** 1.02 0.93 58CV(A X)070 - 12 CAP * *3617A ** 1.01 0.92 58MEB080 -12 CSPH *3612A ** 1.02 0.93 58MV(B,C)080 -14 CAP * *3617A ** 1.00 0.91 58CV(A,X)090 - 16 CNPH•3617A ** 1.00 0.91 58MEB080 -12 CSPH*4212A** 1.02 0.93 58MV(B,C)080 - 14 CNPH*3617A** 1.00 0.91 58CV(A,X)090 -18 CNPH•4221A ** 1.02 0.93 58MEB080 -12 CAP**3621A** 1.00 0.91 58MV(B,C)080 -20 CNPH*4221A** 1.01 0.92 58CV(A,X)090 -16 CNPV•3617A ** 1.00 0.91 58MEB080 -12 CAP**4221A** 1.01 0.92 58MV(B,C)080 -20 CNPV•3617A•* 1.00 0.91 58CV(A X)090 - 16 CNPV *4217A ** 1.02 0.93 58MEB080 -12 CNPH*3617A** 0.99 0.91 58MV(B, C)080 -20 CNPV*4217A** 1.02 0.93 58CV(AX)090 -16 CSPH *3812A** 1.03 0.94 58MEB080 -12 CNPH*4221A** 1.01 0.92 58MV(B,C)080 -20 CSPH*3612A** 1.02 0.92 58CV(A, X)090 - 18 CSPH*4212A** 1.04 0.95 58MEB080 -12 CNPV *3621A ** 0.99 0.91 58MV(B,C)080 -20 CSPH*4212A** 1.03 0.92 58CV(AX)090 -18 CAP * *3617A ** 1.01 0.92 58MEB080 -16 CNPV•4221A•* 1.01 0.92 58MV(8,C)080 -20 CAP**3621A** 1.01 0.90 58CV(AX)110 -20 CNPH *3617A ** 1.00 0.91 58MEB080 -16 CSPH*3612A** 1.02 0.93 58MV(B,C)080 - 20 CAP **4221A ** 1.01 0.92 58CV(A,X)110 -20 CNPH *4221A ** 1.02 0.93 58MEB080 -16 CSPH*4212A** 1.02 0.93 S8MV(B,C)080 -20 CNPH*3617A** 1.00 0.91 58CV(AX)110 - 20 CNPV *3617A ** 1.00 0.91 58MEB080 -16 CAP**3621A ** 1.00 0.91 58MV(B,C)100 -20 _ CNPH*4221A** 1.01 0.92 58CV(AX)110 -20 CNPV*4217A** 1.02 0.93 58MEB080 -16 CAP**4221A** 1.01 0.92 58MV(B,C)100 - 20 CNPV*3621A ** 1.00 0.91 58CV(AX)110 -20 CSPH*3612A** 1.03 0.94 58MEB080 -16 CNPH*3617A** 0.99 0.91 58MV(B,C)100 -20 DETAILED COOLING CAPACITIES* CONTINUED _ 25HCB336A30 Outdoor Section With FY4ANF036 Indoor Section COOLING INDOOR CAPACITY POWER FURNACE MODEL MODEL CNPH•4221A ** 1.01 0.92 58MV(B,C)100 -20 CNPV *3621 A ** 1.00 0.91 58MV(B,C)100 -20 CNPV•4221 A ** 1.01 0.92 58MV(B,C)100 -20 CSPH *3612A ** 1.02 0.93 58MV(B,C)100 -20 CSPH *4212A ** 1.03 0.92 58MV(B,C)100 -20 CAP••4224A ** 1.01 0.92 58MV(B,C)120 -20 CNPH *3617A*• 0.99 0.91 58MV(B,C)120 -20 CNPH *4221A ** 1.01 0.92 58MV(B,C)120 -20 CSPH *3612A** 1.02 0.93 58MV(B,C)120 -20 CSPH *4212A ** 1.02 0.92 58MV(B,C)120 -20 CAP * *3614A ** 0.99 0.95 58PH *045 -08 CNPH•3617A ** 0.99 0.95 58PH *045 -08 CNPH•4221A ** 1.01 0.96 58PH *045 -08 CSPH *3612A* 1.02 0.97 58PH•045 -08 CSPH *4212A ** 1.02 0.98 58PH *045 -08 CAP• *3617A ** 1.00 0.84 58PH *070 -16 CNPH *3617A ** 0.99 0.95 58PH *070 -16 CNPH*4221A** 1.01 0.96 58PH *070 -16 CNPV *3617A ** 0.99 0.95 58PH *070 -16 CNPV *4217A ** 1.02 0.97 58PH•070 -16 CSPH *3612A ** 1.02 0.93 58PH *070 -16 CSPH *4212A ** 1.03 0.94 58PH•070 -16 CAP * *3621A ** 1.01 0.92 58PH•090 -16 CAP**4221A** 1.02 0.93 58PH•090 -16 CNPH•3617A ** 1.00 0.91 58PH *090 -16 CNPH *4221A ** 1.02 0.93 58PH *090 -16 CNPV *3621A *• 1.01 0.92 58PH *090 -16 CNPV *4221A ** 1.02 0.93 58PH *090 -16 CSPH *3812A ** 1.03 0.90 58PH *090 -16 W CSPH•4212A ** 1.04 0.91 58PH'090 -16 mO CAP * *3621A ** 1.02 0.93 58P14*110 -20 CAP * *4221A ** 1.02 0.90 58PH *110 -20 CNPH *3617A** 1.01 0.92 58PH *110 -20 CNPH•4221A ** 1.02 0.93 58PH•110 -20 CNPV *3621A ** 1.01 0.92 58PH'110 -20 CNPV *4221A ** 1.02 0.93 58PH'110 -20 CSPH *3612A ** 1.04 0.91 58PH•110 -20 CSPH *4212A ** 1,04 0.91 _ 58PH *110 -20 See note on pg. 43 25HCB3 25HCB3 DETAILED COOLING CAPACITIES# CONTINUED EVAPORATOR AIR CONDENSER ENTERING AIR TEMPERATURES • F CC) 76 (23.9) 55 (29.4) 95 (36) 105 (40.5) 115 (46.1) 125 (51.7) Capacity MBtuh Total Capacity MBtuh Total Capacity MBtuh Total Capacity MBtuh Total Capacity MBtuh Total Capacity MBtuh Total CFM EWB Sys. Sys. Sys. Sys. Sys. Sys. • FCC) Total Sera# KW ** Total Sens# KW *. Total Sens# KW... Total Sons$ KW* Total Sens; KW* Total Sens# KW ** 25HCB142A30 Outdoor Section With FY4ANF042 Indoor Section 72 'Y.2 48.26 24.63 3.08 46.00 23.75 3.41 43.63 22.84 3.77 41.15 2 .' r 4.17 38.47 20.90 4. , 1 35.49 19.80 5,09 67 (19.4) 44.21 30.69 3.06 42.14 29.80 3.39 39.96 28.86 3.78 37.67 27.90 4.16 35.20 26.87 4.60 32.50 25.76 5.08 1225 63 (17.2)?? 41.23 29.75 3.05 39.29 28.85 3.38 37.24 27.91 3.75 35.09 26.94 4.15 32.79 25.91 4.60 30.28 24.80 5.08 62 (16.7) 40.45 36.69 3.05 38.56 35.75 3.38 36.58 ' 34.74 3.74 34.53 ' 33.66 4.16 32.38 32.38 4.60 30.32 30.32 5.08 57 (13.9) 39.05 39.05 3.04 37.54 37.54 3.37 35.93 35.93 3.74 34.22 34.22 4.15 32.37 32.37 4.60 30.32 30.32 5.08 72 (22.2) 48.98 25.68 3.16 48.64 24.79 3.48 44.18 23.87 3.84 41.64 22.93 4.25 38.84 21.90 4.68 36.77 20.79 5.18 67 (19.4) 44.93 32.50 3.14 42.77 31.59 3.47 40.50 30.64 3.83 38.12 29.66 4.23 35.57 28.61 4.68 32.78 27.46 5.16 1400 63 (17.2)fifi 41.93 31.44 3.13 39.91 30.53 3.45 37.78 29.58 3.82 35.55 28.58 4.23 33.17 27.63 4.87 30.68 26.38 5.16 62 (16.7) 41.22 39.13 3.12 39.28 38.11 3.45 37.28 36.95 3.82 35.34 35.34 4.22 33.37 33.37 4.87 31.19 31.19 5.16 57 (13.9) 40.48 40.48 3.12 38.87 38.87 3.45 37.16 37.16 3.82 35.34 35.34 4.22 33.38 33.38 4.67 31.19 31.19 5.16 72 (22.2) 49.51 26.67 3.23 47.10 25.77 3.56 44.56 24.84 3.92 41.96 23.89 4.32 39.08 22.86 4.76 35.93 21.74 5.23 67 (19.4) 45.43 34.21 3.21 43.21 33.29 3.54 40.87 32.32 3.90 38.43 31.32 4.31 35.82 30.25 4.75 32.96 29.06 5.23 1576 63 (17.2)tt 42.44 33.06 3.20 40.35 32.13 3.53 38.16 31.15 3.89 35.87 30.14 4.30 33.43 29.06 4.74 30.78 27.86 5.23 62 (16.7) 41.88 41.27 3.20 39.96 39.98 3.53 38.15 38.15 3.89 36.24 36.24 4.30 34.17 34.17 4.74 31.87 31.87 5.23 57 (13.9) 41.65 41.65 3.20 39.96 _ 39.96 3.53 38.15 38.15 3.89 36.24 36.24 4.30 34.18 34.18 4.74 31.87 31.87 5.23 COOLING INDOOR COOLING INDOOR COOLING INDOOR MODEL CAPACITY POWER FURNACE MODEL MODEL CAPACITY POWER FURNACE MODEL MODEL CAPACITY POWER FURNACE MODEL •FY4ANF042 1.00 1.00 CNPH *4821A ** 1.01 0.92 58CV(A,X)110 -20 CSPH*4212A".* 1.01 0.92 58MEB080 -16 FE4ANB006 1.05 0.88 CNPV•4221A ** 0.99 0.89 58CV(A,X)110 -20 CSPH*4812A** 1.01 0.92 58MEB080 -16 FE4ANF003 0.99 0.89 CNPV*4821A** 1.01 0.92 58CV(A,X)110 -20 CAP**4221A** 1.00 0.90 58MEB100 -20 FE4ANFOO5 1.04 0.89 CSPH*4212A** 0.99 0.90 58CV(A,X)110 -20 CAP * *4821A ** 1.01 0.92 58MEB100 -20 FV48NB006 1.05 0.88 CSPH *4812A ** 1.01 0,92 58CV(A,X)110 -20 CNPH *4221A ** 0.99 0.93 58MEB100 -20 FV4BNF003 0.99 0.89 CAP * *4224A ** 0.99 0.90 58CV(A,X)135 -22 CNPH *4821A ** 1.01 0.92 58MEB100 -20 FV4BNFOO6 1.04 0.69 CAP• *4824A•* 1.01 0.91 58CV(A,X)135 -22 CNPV*4221A ** 0.99 0.89 58MEB100 -20 FX4CN(B,F)042 1.02 0.95 CNPH•4221A•• 0.99 0.89 58CV(A,X)135 -22 CNPV*4821A** 1.01 0.92 58MEB100 -20 A FX4CN(B,F)048 1.05 0.93 CNPH•4821A ** 1.01 0.91 58CV(A,X)135 -22 CSPH*4212A** 1.01 0.92 S8MEB100 -20 O FY4ANF048 1.02 1.01 CNPV *4824A ** 1.01 0.91 58CV(A,X)135 -22 CSPH•4812A *• 1.02 0.93 58MEB100 -20 CAP* *4221A ** 0.99 0.99 CSPH*4212A** 0.99 0.89 58CV(A,X)135 -22 CAP * *4224A•* 1.00 0.90 58MEB120 -20 CAP* *4224A ** 0.99 0.99 CSPH•4812A•• 1.01 0.91 58CV(A,X)135 -22 CAP * *4824A ** 1.01 0.92 58MEB120 -20 CAP• *4817A•• 1.00 0.97 CAP••4224A•• 0.99 0.89 58CV(A,X)155 -22 CNPH*4221A** 1.00 0.90 58MEB120 -20 CAP••4821A ** 1.01 0.99 CAP * *4824A ** 1.01 0.91 58CV(A,X)155 -22 CNPH*4821A** 1.02 0.93 58MEB120 -20 CAP * *4824A•• 1.01 0.99 CNPH•4221A ** 0.99 0.89 58CV(A,X)155 -22 CNPV*4824A** 1.02 0.93 58MEB120 -20 CNPF *4818A ** 1.00 0.99 CNPH*4821A** 1.01 0.90 58CV(A,X)155 -22 CSPH *4212A** 1.02 0.93 58MEB120 -20 CNPH *4221A ** 0.99 0.99 CNPV•4824A•• 1.01 0.91 58CV(A,X)155 -22 CSPH•4812A ** 1.02 0.93 58MEB120 -20 CNPH *4821A ** 1.01 0.99 CSPH *4212A ** 0.99 0.89 58CV(A,X)155 -22 CNPV*4217A** 1.00 0.95 58MV(B,C)060 -14 CNPV*4217A** 1.00 0.99 CSPH *4812A ** 1.01 0.91 58CV(A,X)155 -22 CAP " *4224A ** 0.98 0.92 58MVB040 -14 CNPV•4221A•• 0.99 0.99 CAP * *4817A ** 1.02 0.93 58MEB040 -12 CAP" *4824A•* 1.00 0.94 58MVB040 -14 CNPV *4821A ** 1.01 0.99 CNPH•4221A ** 1.00 0.95 58MEB040 -12 CNPH *4221A ** 0.98 0.91 58MVB040 -14 CNPV•4824A•* 1.01 0.99 CNPH•4821A *• 1.01 0.92 58MEB040 -12 CNPH*4821A** 1.00 0.93 58MVB040 -14 CSPH*4212A** 0.99 0.96 CNPV*4217A ** 1.00 0.95 58MEB040 -12 CNPV*4824A•* 1.00 0.93 S8MVB040 -14 CSPH *4812A ** 1.01 0.98 CSPH•4212A•* 1.01 0.92 58MEB040 -12 CSPH•4212A *• 0.98 0.91 58MVB040 -14 CNPH•4221A** 0.99 0.93 58CV(A,X)070 - 12 CSPH•4812A *• 1.02 0.93 58MEB040 -12 CSPH *4812A *• 1.00 0.93 58MVB040 -14 CNPH *4821A ** 1.00 0.94 58CV(A,X)070 -12 CAP *•4817A *• 1.02 0.93 58MEB060 -12 CAP••4817A ** 0.99 0.91 58MVB060 -14 CSPH *4212A ** 0.98 0.91 58CV(A,X)070 - 12 CNPH•4221A•• 0.99 0.93 58MEB060 -12 CNPH *4221A ** 0.98 0.90 58MVB060 -14 CSPH•4812A•• 1.00 0.94 58CV(A,X)070 - 12 CNPH*4821A** 1.01 0.92 58MEB060 -12 CNPH•4821A ** 1.00 0.92 58MVB060 -14 CAP**4221A** 0.99 0.92 58CV(A,X)090 -18 CNPV*4217A ** 1.00 - 0.95 58MEB060 -12 CSPH•4212A ** 0.99 0.91 58MV8060 -14 CAP * *4817A•* 0.99 0.90 58CV(A,X)090 - 18 CSPH•4212A *• 1.01 0.92 58MEB060 -12 CSPH *4812A•• 1.00 0.92 58MVB060 -14 CNPH *4221A ** 0.99 0.90 58CV(A,X)090 -16 CSPH *4812A ** 1.02 0.93 58MEB060 -12 CAP *•4221A ** 0.98 0.93 58MVB080 -14 CNPH *4821A ** 1.01 0.92 58CV(A,X)090 -16 CNPH *4221A•• 0.99 0.93 58MEB080 -12 CAP * *4821A ** 1.00 0.91 58MVB080 -14 CNPV *4217A ** 1.00 0.90 58CV(A.X)090 -16 CNPH *4821A *" 1.01 0.92 58MEB080 -12 CNPH *4221A0* 0.98 0.91 58MVB080 -14 CNPV *4221A** 1.00 0.90 58CV(A,X)090 -16 CNPV*4217A** 1.00 0.95 58MEB080 -12 CNPH *4821A "" 1.00 0.94 58MVB080 -14 CSPH*4212A** 0.99 0.90 58CV(A,X)090 - 16 CSPH *4212A ** 1.01 0.92 58MEB080 -12 CNPV *4221A *• 0.98 0.91 58MVB080 - 14 CSPH•4812A ** 1.00 0.91 58CV(A, X)090 - 16 CSPH•4812A•• 1.02 0.93 58MEB080 -12 CNPV *4821A ** 1.00 0.94 58MVB080 - 14 CAP**4221A** 0.99 0.92 58CV(A,X)110 -20 CNPH *4221A ** 0.99 0.93 58MEB080 -16 CSPH*4212A** 0.98 0.91 58MVB080 - 14 CAP• 1.01 0.92 58CV(A,X)110 -20 CNPH *4821A ** 1.01 0.92 58MEB080 -16 CSPH *4812A•• 1.00 0.94 58MV6080 -14 _ CNPH *4221A ** 0.99 0.89 58CV(A,X)110 -20 CNPV*4217A** 1.00 0.95 58MEB080 -16 CAP**4221A** 0.99 0.93 58MVB080 - 20 DETAILED COOLING CAPACITIES# CONTINUED 25HCB342A30 Outdoor Section With FY4ANF042 Indoor Section COOLING INDOOR CAPACITY POWER FURNACE MODEL MODEL CAP••4821A*• 1.00 0.93 58MVB080 -20 CNPH *4221A ** 0.99 0.92 58MVB080 -20 CNPH*4821A** 1.00 0.93 58MVB080 -20 CNPV *4221A ** 0.99 0.92 58MVB080 -20 CNPV`4821A• 1.00 0.93 - 58MVB080 -20 CSPH *4212A** 0.99 0.92 58MVB080 -20 CSPH•4812A ** 1.00 0.92 58MVB080 -20 CAP**4221A** 0.99 0.92 58MVB100 -20 CAP * *4821A"* 1.00 0.92 58MVB100 -20 CNPH*4221A** 0.99 0.90 58MVB100 -20 CNPH *4821A0* 1.01 0.92 58MVB100 -20 CNPV *4221A•* 0.99 0.90 58MV8100 -20 CNPV *4821A•• 1.00 0.91 58MVB100 -20 CSPH*4212A" 0.99 0.91 58MV6100 -20 CSPH *4812A ** 1.00 0.92 58MVB100 -20 CAP *`4224A *• 0.99 0.92 58MV6120 -20 CAP*•4824A ** 1.00 0.91 58MVB120 -20 CNPH *4221A ** 0.99 0.90 58MVB120 -20 CNPH*4821A ** 1.00 0.91 58MVB120 -20 CNPV*4824A** 1.00 0.91 58MVB120 -20 CSPH*4212A" 0.99 0.90 58MV5120 -20 CSPH*4812A** 1.00 0.91 58MVB120 -20 CAP**4817A ** 1.01 0.98 58PH•070 -16 CNPH *4221A** 0.99 0.95 58PH *070 -16 CNPH•4821A ** 1.01 0.96 58PH *070 -16 CNPV*4217A ** 0.99 0.98 58P1l*070 -16 CSPH*4212A" 1.01 0.96 58PH *070 -16 CSPH *4812A *• 1.01 0.96 58PH *070 -16 CAP * *4221A ** 0.99 0.92 58PH *090 -16 CAP * *4821A ** 1.01 0.92 58PH•090 -16 CNPH *4221A ** 0.99 0.92 58PH•090 -16 CNPH*4821A** 1.01 0.92 58PH *090 -16 CNPV *4221A•* 0.99 0.92 58PH *090 -16 CNPV *4821A ** 1.01 0.92 58PH•090 -16 CSPH*4212A** 1.01 0.92 58PH*090 -16 CSPH *4812A ** 1.01 0.92 58PH *090 -16 CAP**4221A** 1.00 0.90 58PH *110 -20 CAP *•4821A" 1.01 0.92 58PH•110 -20 CNPH*4221A** 0.99 0.89 58PH*110 -20 CNPH *4821A ** 1.01 0.92 58PH *110 -20 CNPV *4221A ** 0.99 0.92 58PH *110 -20 CNPV*4821 A ** 1.01 0.92 58PH *110 -20 CSPH*4212A** 1.01 0.92 58PH *110 -20 CSPH *4812A•* 1.02 0.93 58PH•110 -20 CAP * *4224A ** 1.00 0.90 58PH *135 -20 CAP *•4824A ** 1.01 0.92 58PH *135 -20 CNPH *4221A ** 0.99 0.92 58PH *135 -20 CNPH *4821A ** 1.01 0.92 58PH•135 -20 CNPV *4824A" 1.01 0.92 58PH *135 -20 CSPH*4212A** 1.01 0.92 58PH *135 -20 CSPH *4812A** 1.01 0.92 58PH *135 -20 See note on pg. 43 25HCB3 25HCB3 DETAILED COOLING CAPACITIES* CONTINUED CONDENSER ENTERING AIR TEMPERATURES • F r C) EVAPORATOR AIR 75 (23.9) 85 (29.4) 95 (35) 105 (40.6) 115 (46.1) 126 (51.7) Capacity MBtuh Total Capacity MBtuh Total Capacity MBtuh Total Capacity MBtuh Total Capacity MBtuh Total Capacity MBtuh Total CFM EWB Sys. Sys. Sys. Sys. Sys. Sys. • F( ° C) Total Sens* KW ** Total Senst KW* Total Sans# KW ** Total Sans* KW ** Total Sens# KW ** Total Sens* KW ** 25HC13148A30 Outdoor Section V1dh FY4ANF048 Indoor Section 72 (22.2) 55.40 28.31 3.28 52.85 27.32 3.64 50.16 26.29 404 47.32 25.21 4.48 44.24 24.07 4.96 40.83 22.81 5.48 _ 67 (19.4) 50.66 35.30 3.27 48.32 34.30 3.63 45.85 33.24 4.03 43.23 32.13 4.47 40.39 30.96 4.95 37.28 29.68 5.48 1400 63 (17.2)tt 47.16 34.17 3.27 4497 33.16 3.83 42.85 32.10 4.03 40.18 30.98 4.47 37.54 29.81 4.95 34.64 28.52 5.47 62 (16.7) 48.25 42.22 3.27 44.12 41.16 3.63 41.87 40.03 4.03 - 39.52 38.79 4.47 37.13 37.13 4.95 34.77 34.77 5.47 57 (13.9) 44.75 44.75 3.27 43.04 43.04 3.63 41.21 41.21 4.03 39.26 39.26 4.47 37.13 37.13 4.95 34.77 34.77 5.47 72 (22.2) 66.26 29.55 3.36 53.63 28.56 3.72 50.81 27.50 4.12 47.87 28.42 4.56 44.68 25.28 5.04 41.16 23.99 5.56 67 (19.4) 51.50 37.44 3.36 49.07 36.42 3.72 46.50 35.35 4.12 43.77 34.22 4.56 40.83 33.02 5.04 37.62 31.70 5.56 1600 63 (17.2)tt 47.98 36.18 3.35 45.70 36.15 3.71 43.28 34.07 4.11 40.73 32.94 4.65 37.99 31.73 5.03 35.00 30.41 5.56 62 (16.7) 47.16 45.12 3.35 44.97 43.96 3.71 42.69 42.69 4.11 40.59 40.59 4.55 38.33 38.33 5.03 35,82 35.82 5.56 57 (13.9) 46.44 46.44 3.36 44.61 44.61 3.71 42.67 42.67 4.11 40.69 40.69 4.55 38.34 38.34 6.03 35.83 35.83 6.56 72 (22.2) 56.87 30.73 3.45 54.16 29.72 3.81 51.25 28.65 4.20 48.26 27.57 4.64 44.97 26.39 5.12 41.36 25.11 5.64 67 (19.4) 62.10 39.48 3.44 49.59 38.45 3.80 46.94 37.36 4.20 44.13 38.19 4.64 41.13 34.96 5.12 37.84 33.60 6.64 1800 83 (17.2)11 48.58 38.09 3.44 46.22 37.05 3.80 43.74 35.94 4,20 41.11 34.78 4.64 38.30 33.54 5.12 35.25 32.17 5.64 62 (16.7) 47.96 47.60 3.44 45.90 45.90 3.80 43.85 43.85 4.20 41.66 41.66 4.64 39.30 39.30 5.12 36.65 36.65 5.64 57 (13.9) 47.82 47.82 3.44 45.90 45.90 3.80 43.86 43.86 _ 4.20 41.67 41.67 4.64 39.30 39.30 5.12 36.65 36.65 5.64 COOLING INDOOR COOLING INDOOR COOLING INDOOR MODEL CAPACITY POWER FURNACE MODEL MODEL CAPACITY POWER FURNACE MODEL MODEL CAPACITY POWER FURNACE MODEL *FY4ANF048 1.00 1.00 CSPH*4812A** 0.98 0.90 58CV(A,X)135 -22 CNPH*4821A** 0.98 0.92 58MV(B,C)100 -20 FE4AN(B,F)005 1.01 0.89 CSPH*6012A ** 1.00 0.90 58CV(A,X)135 -22 CNPH*6024A *• 1.00 0.92 58MV(B,C)100 -20 FE4ANB006 1.03 0.89 CAP * *4824A ** 0.99 0.93 58CV(A,X)155 -22 CNPV *4821A ** 0.98 0.92 58MV(B,C)100 -20 FV4BN(B,F)005 1.01 0.89 CAP* 6024A ** 1.01 0.91 58CV(A,X)155 -22 CSPH*4812A** 0.98 0.92 58MV(B,C)100 -20 FV4BNB006 1.03 0.89 CNPH•4821A•• 0.99 0.91 58CV(A,X)155 -22 CSPH*6012A** 1.00 0.92 58MV(B, C)100- 20 FX4CN(B,F)048 1.02 0.94 CNPH*6024A** 1.01 0.91 58CV(A,X)155 -22 CAP * *4824A ** 0.98 0.92 58MV(B, C)120- 20 FX4CN(B.F)060 1.03 0.93 CNPV *4824A ** 0.99 0.93 58CV(A,X)155 -22 CAP**6024A** 1.00 0.92 58MV(B,C)120 -20 FY4ANB060 1.02 1.00 CNPV *6024A *• 1.01 0.91 58CV(A,X)155 -22 CNPH*4821A** 0.98 0.92 58MV(B,C)120 -20 4. A CAP * *4817A *• 0.97 0.97 CSPH *4812A ** 0.98 0.90 58CV(A,X)155 -22 CNPH *6024A ** 1.00 0.92 58MV(B,C)120 -20 CAP**4821A** 0.99 0.99 CSPH *6012A ** 1.00 0.90 58CV(A,X)155 -22 CNPV•4824A•• 0.98 0.92 58MV(B,C)120 -20 CAP••4824A *• 0.99 0.99 CAP * *4817A ** 0.99 0.93 58MEB080 -16 CNPV *6024A ** 1.00 0.92 58MV(B,C)120 -20 CAP••6021A•• 1.01 1.01 CNPH*4821A** 0.99 0.93 58MEB080 -16 CSPH *4812A ** 0.98 0.92 58MV(B,C)120 -20 CAP * *6024A ** 1.01 1.01 CNPH•6024A•* 1.00 0.90 58MEB080 -16 CSPH *6012A ** - - 1.00 0.92 58MV(B,C)120 -20 CNPF *4818A ** 0.97 0.97 CSPH *4812A ** 0.99 0.93 58MEB080 -16 CAP**4821A** 0.98 0.88 58PH•090 -16 CNPH *4821A ** 0.99 0.99 CSPH *6012A ** 1.01 0.91 58MEB080 -16 CAP••6021A•* 1.01 0.91 58PH *090 -16 CNPH*6024A** 1.01 1.01 CAP**4821A** 0.99 0.89 58MEB100 -20 CNPH *4821A ** 0.99 0.89 58PH•090 -16 CNPV*4821A** 0.99 0.99 CAP• *6021A•* 1.01 0.91 58MEB100 -20 CNPH *6024A ** 1.01 0.91 58PH *090 -16 CNPV*4824A ** 0.99 0.99 CNPH *4821A ** 0.99 0.89 58MEB100 -20 CNPV*4821A** 0.99 0.93 58PH *090 -18 CNPV*6024A** 1.01 1.01 CNPH *6024A ** 1.01 0.91 58MEB100 -20 CSPH•4812A•• 0.99 0.89 58PH *090 -18 CSPH *4812A•* 0.99 0.99 CNPV*4821A** 0.99 0.89 58MEB100 -20 CSPH*6012A** 1.01 0.91 58PH *090 -16 CSPH*6012A** 1.01 1.01 CSPH*4812A** 0.99 0.89 58MEB100 -20 CAP**4821A** 0.98 0.88 58PH *110 -20 CAP**4817A** 0.97 0.91 58CV(A,X)090 -16 CSPH *6012A ** 1.01 0.91 58MEB100 -20 CAP• *8021A ** 1.01 0.87 58PH•110 -20 CNPH *4821A** 0.98 0.92 58CV(A.X)090 -16 CAP * *4824A ** 0.99 0.89 58MEB120 -20 CNPH *4821A ** 0.99 0.89 58PH *110 -20 CNPH*6024A** 1.00 0.92 58CV(A,X)090 -16 CAP * *6024A ** 1.01 0.91 58MEB120 -20 CNPH *6024A ** 1.01 0.91 58PH *110 -20 CSPH *4812A ** 0.98 0.92 58CV(A,X)090 -16 CNPH *4821A ** 0.99 0.89 58MEB120 -20 CNPV*4821A** 0.99 0.89 58PH *110 -20 CSPH•6012A•* 1.00 0.92 58CV(A,X)090 -16 CNPH *6024A ** 1.01 0.91 58MEB120 -20 CSPH *4812A ** 0.99 0.89 58PH *110 -20 CAP**4821A** 0.98 0.92 58CV(A,X)110 -20 CNPV *4824A ** 0.99 0.89 58MEB120 -20 CSPH*6012A** 1.01 0.91 58PH *110 -20 CAP**6021A** 1.00 0.92 58CV(A,X)110 -20 CNPV *6024A ** 1.01 0.91 58MEB120 -20 CAP* *4824A ** 0.99 0.89 58PH *135 -20 CNPH*4821A** 0.98 0.92 58CV(A,X)110 -20 CSPH *4812A ** 1.00 0.90 58MEB120 -20 CAP *•6024A•• 1.01 0.91 58PH *135 -20 CNPH*6024A** 1.00 0.92 58CV(A,X)110 -20 CSPH•6012A•* 1.02 0.88 58MEB120 -20 CNPH *4821A ** 0.99 0.89 58PH *135 -20 CNPV•4821A•• 0.98 0.92 58CV(A,X)110 -20 CAP**4821A** 0.98 0.92 58MV(B,C)080 -20 CNPH*6024A** 1.01 0.91 58PH•135 -20 CSPH *4812A ** 0.98 0.92 58CV(A,X)110 -20 CAP * *6021A ** 1.00 0.92 58MV(B,C)080 -20 ' CNPV*4824A ** 0.99 0.89 58PH *135 -20 CSPH *6012A ** 1.00 0.92 58CV(A,X)110 -20 CNPH *4821A ** 0.98 0.92 58MV(B,C)080 -20 CNPV*6024A *• 1.01 0.91 58PH *135 -20 CAP• *4824A•• 0.96 0.90 58CV(A,X)135 -22 CNPH *6024A ** 1.00 0.94 58MV(B,C)080 -20 CSPH *4812A ** 0.99 0.89 58PH *135 -20 CAP *•6024A•* 1.01 0.93 58CV(A.X)135 -22 CNPV *4821A** 0.98 0.92 58MV(B,C)080 -20 CSPH*6012A** 1.01 0.91 58PH•135 -20 CNPH *4821A ** 0.99 0.91 58CV(A,X)135 -22 CSPH•4812A** 0.98 0.92 58MV(B,C)080 -20 See note on pg. 43 CNPH*6024A** 1.00 0.90 58CV(A,X)135 -22 CSPH *6012A ** 1.00 0.92 58MV(B,C)080 -20 CNPV*4824A *• 0.98 0.90 58CV(A,X)135 -22 CAP**4821A** 0.98 0.92 58MV(B,C)100 -20 CNPV•6024A ** 1.00 0.90 58CV(A,X)135 -22 CAP *•6021A•* 1.00 0.92 58MV(B,C)100 -20 DETAILED COOLING CAPACITIES# CONTINUED . EVAPORATOR AIR CONDENSER ENTERING AIR TEMPERATURES • F (° C) 75 (23.9) 85 (29.4) 95 (35) 105 (40.6) 115 (46.1) 125 (51.7) Capacity MBtuh Total Capacity MBtuh Total Capacity MBtuh Total Capacity MBtuh Total Capacity MBtuh Total Capacity MBtuh Total CFN EWB Sys. Sys. Sys. Sys. Sys. Sys. ° F( ° C) Total Banat KW** Total Sens# KW ** Total Sens* KW* Total Sent KW ** Total Sena# KW ** Total Sens; KW* 25HCB360A30 Outdoor Section With FY4ANF060 Indoor Section 7 (22.2) 71.08 36.09 4.41 67.69 34.77 4.86 64.09 33.39 5.36 60.33 31.96 5.90 56.30 30.45 6.50 51.84 28.81 7.14 87 (19.4) 65.19 45.05 4.36 62.05 43.69 4.81 58.73 ' 42.27 5.30 55.30 40.82 5.85 51.61 39.29 6.44 47.57 37.62 7.09 1750 63 (17.2)11 60.79 43.67 4.31 57.85 42.31 4.78 54.78 40.90 5.26 51.57 39.45 5.81 48.15 37.91 6.40 44.41 36.26 7.05 62 (16.7) 59.61 53.90 4.30 56.75 52.49 4.75 53.77 51.00 5.25 50.69 49.41 5.80 47.50 47.50 6.40 45.90 45.90 6.36 57 (13.9) 57.48 57.48 4.28 55.20 55.20 4.74 52.79 52.79 5.24 50.24 50.24 5.79 47.49 47.49 6.40 44.42 44.42 7.06 72 (22.2) 72.12 37.62 4.54 68.55 36.26 4.99 64.87 34.89 5.48 60.98 33.44 6.03 56.80 31.91 6.62 52.19 30.25 7.26 67 (19.4) 66.24 47.72 4.48 62.96 46.34 4.93 59.50 44.89 5.43 55.93 43.42 5.97 52.11 41.85 6.57 47.93 40.14 7.21 2000 63 (17.2)tt 61.83 46.19 4.44 58.77 44.80 4.89 55.56 43.36 6.38 52.22 41.88 5.93 48.67 40.31 6.53 44.80 38.60 7.18 62 (16.7) 60.73 57.58 4.43 57.79 56.05 4.88 54.77 54.33 5.38 51.88 51.88 5.93 48.94 48.94 6.53 47.37 47.37 6.51 57 (13.9) 59.63 59.63 4.42 57.18 57.18 4.87 54.60 54.60 5.38 51.89 51.89 5.93 48.94 48.94 6.53 45.66 45.66 7.19 72 (22.2) 72.83 39.05 4.66 69.16 37.69 5.11 65.40 36.31 5.61 61.39 34.85 6.15 57.10 33.30 6.74 52.35 31.61 7.37 67 (19.4) 66.96 50.26 4.61 63.58 48.86 5.06 60.01 47.39 6.66 56.35 45.89 6.09 52.43 44.28 6.69 48.14 42.52 7.33 2260 63 (17.2)17 62.58 48.57 4.56 59.40 47.16 5.01 56.09 45.69 6.51 52.66 44.18 6.05 49.01 42.56 6.65 45.05 40.80 7.30 62 (16.7) 61.68 60.83 4.56 58.79 58.79 5.01 56.05 56.05 5.51 53.19 53.19 6.06 50.08 50.08 6.66 46.62 48.62 7.31 57 (13.9) 61.37 61.37 4.55 58.79 58.79 5.01 56.06 56.06 5.51 53.19 53.19 6.06 50.08 50.08 6.66 46.62 46.62 7.31 COOLING INDOOR COOLING INDOOR COOLING INDOOR MODEL CAPACITY POWER FURNACE MODEL MODEL CAPACITY POWER FURNACE MODEL MODEL CAPACITY POWER FURNACE MODEL *FY4ANBO60 1.00 1.00 CNPH *6024A ** 0.98 0.95 58CV(A,X)135 -22 CNPH *6024A ** 0.97 0.92 58MEB120 -20 FE4ANB006 1.01 0.95 CNPV*6024A** 0.98 0.95 58CV(A,X)135 -22 CNPV*6024A ** 0.97 0.92 58MEB120 -20 FV4BNB006 1.01 0.95 CSPH *6012A•* 0.99 0.93 58CV(A,X)135 -22 CSPH•6012A ** 0.98 0.92 58MEB120 -20 FX4CN(B.F)060 1.01 0.91 CAP * *6024A ** 0.99 0.93 58CV(A,X)155 -22 CAP**6021A** 0.98 0.92 58PH *090 -16 CAP**6021A** 0.99 0.99 CNPH*6024A** 0.99 0.93 58CV(A,X)155 -22 CNPH*6024A** 0.98 0.92 58PH -16 CAP * *6024A *• 1.01 1.01 CNPV *6024A 0.99 0.93 58CV(A,X)155 -22 CSPH *6012A ** 0.99 0.93 58PH *090 -16 CNPH•6024A** 1.00 1.00 CSPH 0.99 0.93 58CV(A,X)155 -22 CAP**6021A** 0.99 0.93 58PH *110 -20 CNPV *6024A ** 1.00 1.00 CNPH*6024A** 0.97 0.91 58MEB080 -16 CNPH *6024A ** 0.98 0.92 58PH *110 -20 CSPH 1.01 1.01 CSPH *6012A ** 0.97 0.92 58MEB080 -16 CSPH*6012A** 0.99 0.93 58PH *110 -20 4> CAP**6021A** 0.97 0.94 58CV(A,X)110 - 20 CAP**6021A** 0.97 0.92 58MEB100 - 20 CAP * *6024A ** 0.98 0.92 58PH *135 - 20 to CNPH*6024A** 0.98 0.95 58CV(A,X)110 -20 CNPH *6024A ** 0.97 0.92 58MEB100 - 20 CNPH*6024A** 0.98 0.92 58PH -20 CSPH 0.99 0.96 58CV(A,X)110 -20 CSPH *6012A ** 0.98 0.92 58MEB100 -20 CNPV 0.98 0.92 58PH -20 CAP *6024A 0.99 0.93 58CV(A,X)135 -22 CAP * *6024A *• 0.97 0.92 58MEB120 -20 CSPH ** 0.99 0.93 58PH *135 -20 t Total and sensible capacities are net capacities. Blower motor heat has been subtracted. # Sensible capacities shown are based on 80 °F (27 °C) entering air at the indoor coil. For sensible capacities at other than 80 °F (27 °C), deduct 835 Btuh (245 kW) per 1000 CFM (480 L /S) of indoor coil air for each degree below 80 °F (27 °C), or add 835 Btuh (245 k11V) per 1000 CFM (480 US) of indoor coil air per degree above 80 °F (27 °C). # Detailed cooling capacities are based on indoor and outdoor unit at the same elevation per ARI standard 210/240 -94. If additional tubing length and /or indoor unit is located above outdoor unit, a slight variation In capacity may occur. 25HCB3 25HCB3 HEAT PUMP HEATING PERFORMANCE OUTDOOR COIL ENTERING AIR TEMPERATURES • F (• C) INDOOR AIR -3 ( -19.4) 7 ( -13.9) 17 ( -8.3) 27 ( -2.8) 37 (2.8) 47 (8.3) 57 (13.9) 67 (19.4) EDB Capacity MBtuh Tar Capacity MBtuh Taal Capacity MBtuh TOW Capacity MBtuh Taal Capacity MBtuh Total Capacity MBtuh Total Capacity MBtuh Total Capacity MBtuh Total .Fr C) CM Sys. Sys. Sya. Sys. Sys. Sys. Sys. Sya. Total Inte9* IOW Total 1nta9• KWt Total 101.9* two Total Int.9• KWt Total Intal• KWt Total Inta9 KW) Total Ints9* KWt Total Int19 KWt 2,1 Outdoor Section Nnh FY4Altf 018 Indoor ticchun 525 8.61 6.08 0.80 8.47 7.79 0.64 10.49 9.56 0.87 12.71 11.29 0.91 15.25 13.88 0.96 18.01 18.01 1.02 21.07 21.07 1.09 23.90 23.90 1.16 86 800 8.77 6.23 0.81 8.88 7.96 0.84 10.89 9.75 0.87 12.97 11.52 0.91 15.55 14.15 0.95 18.36 18.36 1.01 21.41 21.41 1.06 24.06 24.06 1.12 (18.3) 675 6.92 8.37 0.82 6.82 6.11 0.85 10.87 9.91 0.68 13.19 11.71 0.91 15.60 14.58 0.95 18.65 16.05 1.00 21.54 21.54 1.05 24.09 24.09 1.10 525 8.29 5.79 0.83 820 7.53 0.87 1020 9.30 0.91 12.39 11.01 0.95 14.87 13.53 1.00 17.84 17.64 1.06 20.64 20.64 1.14 23.82 23.62 120 70 800 6.46 5.94 0.54 8.39 7.71 0.88 10.41 9.49 0.91 12.82 11.21 0.95 15.21 13.84 0.99 18.00 18.00 1.05 21.06 21.06 1.11 23.79 23.79 1.17 (21.1) 875 6.61 6.08 0.88 8.53 7.84 0.89 10.59 9.68 0.92 12.87 11.43 0.95 15.46 14.07 0.99 18.28 18.28 1.04 2129 21.29 1.10 23.87 23.87 1.15 525 5.96 5.48 0.86 7.67 7.23 0.90 9.91 9.03 0.95 12.09 10.74 0.99 14.52 1321 1.04 17.27 17.27 1.11 20.23 20.23 1.19 2329 23.29 128 75 600 6.12 5.63 0.87 8.06 7.40 0.91 10.12 922 0.95 12.33 10.95 0.99 14.82 13.49 1.04 17.82 17.82 1.10 20.87 20.87 1.17 23.50 23.50 122 (23.9) 675 6.27 5.77 0.89 824 7.511 0.92 10.30 9.39 0.95 12.54 11.14 0A9 15.07 13.71 1.03 17.90 17.90 1.09 20.94 20.94 1.15 23.81 23.81 1.20 HEATING INDOOR HEATING INDOOR MODEL CAPACITY POWER FURNACE MODEL MODEL CAPACITY POWER FURNACE MODEL •FY4ANF018 1.00 1.00 CSPH *2412A ** 0.97 0.92 58MV(B,C)060 -14 FE4ANFOO2 0.93 0.87 CNPH*2417A** 0.97 0.92 58MV(B,C)080 - 14 FFIENP018 1.00 1.00 CSPH *2412A** 0.97 0.92 58MV(B,C)080 - 14 FFIENP024 0.98 0.97 CAP• *1814A ** 0.97 0.94 58PH *045 -08 FV4BNFOO2 0.93 0.87 CAP• *2414A•• 0.98 0.91 58PH *045 -08 FX4CNF018 0.98 0.92 CNPH*2417A** 0.98 0.91 58PH *045 -08 FX4CNF024 0.98 0.89 CNPV*1814A** 0.98 0.93 58PH•045 -08 FY4ANF024 1.00 0.99 CNPV*2414A** 0.98 0.91 58PH *045 -08 CAP**1814A** 1.00 1.01 CSPH*2412A** 0.98 0.91 58PH *045 -08 CAP *•2414A *• 1.00 0.97 See note on pg. 53 CAP * *2417A ** 1.00 0.97 CNPF *2418A•* 1.00 0.98 4 ' CNPH*2417A ** 1.00 0.98 CNPV *1814A ** 1.00 0.97 CNPV*2414A** 1.00 0.96 CNPV *2417A ** 1.00 0.98 CSPH*2412A** 1.00 0.95 CAP *•l814A ** 0.95 0.95 58CV(A,X)070 -12 CAP•*2414A ** 0.96 0.93 58CV(A,X)O70 -12 CNPH *2417A ** 0.97 0.92 58CV(A,X)070 -12 CNPV *1814A** 0.97 0.94 58CV(A,X)070 - 12 CNPV*2414A** 0.97 0.92 58CV(A,X)070 - 12 CSPH *2412A ** 0.97 0.92 58CV(A,X)070 - 12 CAP * *2417A ** 0.97 0.92 58CV(A, X)090- 16 CNPH*2417A** 0.97 0.92 58CV(A,X)090 -16 CNPV *2417A ** 0.97 0.92 58CV(A,X)090 -16 CSPH•2412A ** 0.97 0.92 58CV(A, X)090 - 16 CAP**2417A** 0.99 0.88 58MEB040 -12 CNPH*2417A** 0.99 0.88 58MEB040 -12 CNPV•2417A•• 0.99 0.88 58MEB040 -12 CSPH*2412A** 0.98 0.89 58MEB040 -12 CAP**2417A** 0.98 0.89 58MEB060 -12 CNPH*2417A** 0.98 0.90 58MEB060 -12 CNPV•2417Aa• 0.98 0.90 58MEB060 -12 CSPH*2412A** 0.97 0.91 58MEB060 -12 CNPH *2417A ** 0.97 0.92 58MV(B, C)040- 14 CSPH*2412A** 0.97 0.92 58MV(B,C)040 -14 CAP* *2417 .8•• 0.97 0.93 58MV(B,C)060 -14 CNPH*2417A** 0.97 0.92 58MV(B,C)060 -14 CNPV *2417A ** 0.97 0.92 58MV(B,C)060 - 14 • HEAT PUMP HEATING PERFORMANCE CONTINUED . OUTDOOR COIL ENTERING AIR TEMPERATURES • F C C) INDOOR AIR -3 ( -19.4) 7 ( - 13.9) 17 ( -8.3) 27 ( -2.8) 37 (2.8) 47 (8.3) r 57 (13.9) 67 (19.4) EDO Capacity MBtuh Total Capacity MBtuh Total Capacity MBtuh Total Capacity MBtuh Total Capacity MBtuh Total Capacity MBtuh Total Capacity MBtuh Total Capacity MBtuh Total ,F CC) Total Sys. Sys. Sys. Sys. Sys. Sys. Rya. Sys. Total Intap• KW} Total 'Meg* KWt Total Intact* KWt Total Intact* KWt Total Intact* KWt Total Wag* KW) Total Intact* 1( wt Total Intact• KWt 251-ICB324A30 Outdoor Section With F Y4AKF 024 Indoor Section 700 9.58 8.82 1.52 11.98 11.01 1.59 14.58 1329 1.66 17.51 15.56 1.75 20.82 1 8.94 1.86 24.20 24.20 1.96 27.14 27.14 2.08 30.15 30.15 2.17 es (18.9) 800 9.77 8.99 1.54 12.19 11.20 1.80 14.81 13.51 1.86 17.80 15.81 1.74 21.14 19.24 1.84 24.17 24.17 1.91 28.94 26.94 2.00 29.40 29.80 2.09 900 9.94 9.15 1.58 12.37 11.37 1.61 15.03 13.70 1.67 18.08 18.04 1.74 21.40 19.47 1.83 24.07 24.07 1.89 28.59 28.59 1.97 28.87 28.87 2.03 700 929 8.54 1.59 11.70 10.75 1.87 14.30 13.04 1.74 17.18 1528 1 .84 20.47 18.63 1.95 23.95 23.95 2.08 28.95 26.95 2.17 30.01 30.01 2.29 (21.1) 800 9.48 8.72 1.61 11.91 10.94 1.67 14.53 13.25 1.74 17.46 15.51 1.82 20.79 18.92 1.93 24.00 24.00 2.01 26.83 28.83 2.11 29.81 29.61 2.20 900 9.85 8.87 1.83 12.09 11.11 1.69 14.73 13.43 1.75 17.71 15.73 1.83 21.06 19.18 1.92 23.97 23.97 1.99 26.80 28.80 2.07 29.03 29.03 2.15 700 8.96 8.24 1.87 11.40 10.48 1.75 14.02 12.78 1.83 18.85 14.97 1.93 20.14 18.33 2.05 23.83 23.63 2.17 28.71 26.71 228 29.80 29.80 2.41 75 800 9.15 8.42 1.68 11.51 10.87 1.75 1425 12.99 1.89 17.13 15.21 1.91 20.44 18.60 2.03 2384 23.84 2.12 28.68 28.68 222 29.54 29.54 2.32 (23.9) 900 9.33 8.58 1.70 11.00 10.84 1.77 14.45 13.17 1.83 17.37 15.43 1.91 20.71 18.84 2.02 23.82 23.82 2.09 26.53 26.53 2.18 29.10 29.10 227 HEATING INDOOR HEATING INDOOR HEATING INDOOR MODEL CAPACITY POWER FURNACE MODEL MODEL CAPACITY POWER FURNACE MODEL MODEL CAPACITY POWER FURNACE MODEL *FY4ANF024 1.00 1.00 CNPH *3017A ** 0.96 0.92 58CV(A,X)110 -20 CAP "•3017A ** 0.96 0.92 58MV(B,C)060 -14 FE4AN(B,F)003 0.96 0.90 CSPH *2412A ** 0.98 0.93 58CV(A,X)110 -20 CNPH *2417A ** 0.98 0.94 58MV(B,C)060 -14 FE4ANFOO2 0.97 0.91 CSPH*3012A** 0.95 0.92 58CV(A,X)110 -20 CNPH•3017A ** 0.96 0.92 58MV(B,C)060 -14 FFIENP024 1.00 1.00 CNPH "2417A•• 0.98 0.93 58CV(A,X)135 -22 CNPV*2417A** 0.98 0.94 58MV(B,C)060 -14 FF1ENP030 1.01 1.00 CNPH "3017A•* 0.96 0.92 58CV(A,X)135 -22 CNPV *3017A•* 0.96 0.92 58MV(B,C)060 -14 FV48N(B,F)003 0.96 0.90 CSPH*2412A** 0.98 0.92 58CV(A,X)135 -22 CSPH *2412A "* 0.98 0.93 58MV(B,C)060 -14 FV4BNFOO2 0.97 0.90 CSPH*3012A** 0.95 0.91 58CV(A,X)135 -22 CSPH*3012A** 0.95 0.92 58MV(B,C)060 -14 FX4CNF024 0.99 0.94 CNPH *2417A ** 0.98 0.93 58CV(A,X)155 -22 CNPH *2417A ** 0.98 0.93 58MV(B,C)080 -14 FX4CNF030 0.98 0.91 CNPH*3017A** 0.96 0.92 58CV(A,X)155 -22 CNPH*3017A** 0.96 0.92 58MV(B,C)080 -14 FY4ANF030 1.00 0.97 CSPH*2412A** 0.98 0.92 58CV(A,X)155 -22 CSPH*2412A** 0.98 0.93 58MV(B,C)080 -14 CAP *•2414A ** 1.02 1.00 CSPH*3012A** 0.95 0.91 58CV(A,X)155 -22 CSPH*3012A** 0.95 0.92 58MV(B,C)080 -14 CAP *•2417A ** 1.02 1.00 CAP••2417A•• 0.98 0.91 58MEB040 -12 CNPH*2417A** 0.98 0.93 58MV(B,C)080 -20 ? CAP• *3014A ** 0.98 0.97 CAP *•3017A ** 0.94 0.87 58MEB040 -12 CNPH *3017A ** 0.96 0.92 58MV(B,C)080 -20 ltt CAP••3017A ** 0.98 0.97 CNPH•2417A•• 0.98 0.91 58MEB040 -12 CSPH *2412A ** 0.98 0.93 58MV(B,C)080 -20 CNPF"2418A *• 1.02 0.98 CNPH*3017A** 0.94 0.87 58MEB040 -12 CSPH*3012A** 0.95 0.92 58MV(B,C)060 -20 CNPH *2417A *• 1.02 0.98 CNPV*2417A** 0.98 0.91 58MEB040 -12 CNPH *2417A ** 0.98 0.93 58MV(B,C)100 -20 CNPH*3017A** 0.98 0.97 CNPV *3017A•* 0.94 0.87 58MEB040 -12 CNPH*3017A** 0.96 0.92 58MV(B.C)100-20 CNPV *2414A•• 1.02 0.98 CSPH•2412A *• 0.98 0.90 58MEB040 -12 CSPH*2412A** 0.98 0.92 58MV(B,C)100 -20 CNPV•2417A "* 1.02 0.98 CSPH*3012A** 0.94 0.88 58MEB040 -12 CSPH"3012A ** 0.95 0.91 58MV(B,C)100 -20 CNPV *3014A•• 0.98 0.97 CAP * *2417A ** 0.98 0.90 58MEBO60 -12 CNPH *2417A ** 0.98 0.94 58MV(B,C)120 -20 CNPV *3017A ** 0.98 0.97 CAP**3017A** 0.94 0.87 58MEB060 -12 CNPH *3017A ** 0.96 0.93 58MV(B,C)120 -20 CSPH*2412A** 1.01 0.97 CNPH•2417A ** 0,98 0.91 58MEB060 -12 CSPH *2412A•• 0.98 0.93 58MV(B,C)120 -20 CSPH *3012A ** 0.97 0.96 CNPH *3017A ** 0.94 0.87 58MEB060 -12 CSPH *30I2As• 0.95 0.92 58MV(B,C)120 -20 CAP**2414A** 0.98 0.96 58CV(AX)070 -12 CNPV*2417A** 0.98 0.91 58MEB060 -12 CAP * *2414A•• 0.98 0.95 58PH•045 -08 CAP••3014A ** 0.96 0.93 58CV(AX)070 -12 CNPV *3017A•" 0.94 0.87 58ME8060 -12 CAP**3014A** 0.95 0.91 58PH•045 -08 CNPH•2417A•• 0.98 0.94 58CV(AX)070 -12 CSPH *2412A ** 0.98 0.90 58MEB060 -12 CNPH•2417A•• 0.99 0.94 58PH•045 -08 CNPH•3017A *• 0.96 0.93 58CV(A,X)070 -12 CSPH *3012A ** 0.94 0.88 58MEB080 -12 CNPH*3017A** 0.96 0.91 58PH•045 -08 CNPV•2414A ** 0.98 0.94 58CV(AX)070 -12 CAP * 0.94 0.88 58MEB080 -12 CNPV *2414A ** 0.99 0.94 58PH "045 -08 CNPV•3014A ** 0.96 0.93 58CV(AX)070 -12 CAP * *3017A *• 0.95 0.89 58MEB080 -12 CNPV*3014A** 0.96 0.92 58PH•045 -08 CSPH*2412A** 0.98 0.93 58CV(A,X)070 -12 CNPH 0.94 0.88 58MEB080 -12 CSPH*2412A** 0.98 0.93 58PH *045 -08 CSPH•3012A *• 0.95 0.92 58CV(A,X)070 -12 CNPH*3017A** 0.94 0.88 58MEB080 -12 CSPH*3012A** 0.96 0.92 58PH "045 -08 CAP * *2417A ** 0.98 0.94 58CV(A,X)090 -16 CNPV*2417A** 0.94 0.88 58MEB080 -12 See note on pg. 53 CAP• *3017A•* 0.96 0.92 58CV(A,X)090 -16 CNPV *3017A ** 0.94 0.88 58MEB080 -12 CNPH•2417A *" 0.98 0.93 58CV(AX)090 -16 CSPH "2412A ** 0.98 0.91 58MEB080 -12 CNPH*3017A** 0.96 0.92 58CV(A,X)090 -16 CSPH*3012A** 0.94 0.89 58MEB080 -12 CNPV *2417A ** 0.98 0.93 58CV(A,X)090 -16 CNPH *2417A ** 0.98 0.93 58MV(8,C)040 -14 CNPV *3017A ** 0.96 0.92 58CV(A,X)090 -16 CNPH*3017A** 0.96 0.92 58MV(B,C)040 -14 CSPH*2412A** 0.98 0.92 58CV(A X)090- 16 CSPH *2412A ** 0.98 0.93 58MV(B,C)040 -14 CSPH*3012A** 0.95 0.91 58CV(A, X)090- 16 CSPH 0.95 0.92 58MV(B,C)040 -14 CNPH•2417A ** 0.98 0.93 58CV(A,X)110 -20 CAP**2417A** 0.98 0.95 58MV(B,C)060 - 14 25HCB3 25HCB3 HEAT PUMP HEATING PERFORMANCE CONTINUED OUTDOOR COIL ENTERING AIR TEMPERATURES • F ("C) INDOOR AIR -3 ( -19.0) 7 ( -13.9) 17 ( -8.3) 27 ( -2.8) 37 (2.8) 47 (8.3) 57 (13.9) 67 (19.4) EDB Capacity MBtuh Total Capacity MBtuh Taal Capacity MBtuh Total Capacity MBtuh Total Capacity MBtuh Total Capacity MBtuh Total Capacity MBtuh Taal Capacity MBtuh Taal F (, C) CFM Sys. Sys. Sys. Sys. Sys. Sys. Sys. Sys. Total Intap* KWt Total Intsy KWt Total Intag* KWt Total Intag• KWt Total Intaq* KWt Total Intp• KWt Total (stag* KWt Total Int•• KWt 2',HfA310A30 Outdoor Section With FY4A11F0301ndoor Section 875 12.02 11.06 1.89 15.08 19.85 1.97 18.33 18.72 2.07 21.82 19,38 2.18 25.88 23.35 2.31 29.99 29.99 2.47 34.77 34.77 2.84 39.32 39.32 2.79 65 1000 1226 11.28 1.90 15.33 14.09 1.98 18.81 18.97 2.08 22.12 19.64 2.18 28.04 23.89 2.28 30.47 30.47 2.42 35.11 35.11 2.55 39.58 39.58 2.89 (18.3) 1125 12.47 11,47 1.92 15.58 14.30 1.99 18.88 17.19 2.07 22.38 19.88 2.15 26.41 24.04 2.26 30.87 30.87 2.99 3528 3528 2.49 39.89 39.69 2.63 875 11.82 10.09 1.96 14.71 13.52 2.08 17.98 16.40 2.18 21.49 19.08 2.30 25.25 22.96 2.43 29.55 29.55 2.60 34.31 34.31 2.79 38.51 38.81 2.94 (21.1) 1000 11.85 10.91 2.00 14.97 13.78 2.08 1826 18.65 2.17 21.79 19.35 2.28 25.64 23.33 2.40 30.00 30.00 2.56 34.70 34.70 2.89 39.17 39.17 2.83 1125 12.07 11.10 2.02 1520 13.97 2.10 18.51 16.88 2.18 22.06 19.59 2.27 25.97 23.83 2.38 30.39 30.39 2.52 34.94 34.94 2.63 39.35 39.35 2.77 675 11.19 1029 2.07 14.32 13.18 2.18 17.81 18.06 229 21.13 18.77 2.42 24.86 22.82 2.58 29.13 29.13 2.74 33.84 33.84 2.95 38.33 38.33 3.09 Ili 1000 11.42 10.51 2.09 14.58 13.40 2.19 17.90 16.32 2.29 21.44 19.04 2.40 25.23 22.95 2.52 29.56 29.58 2.88 34.25 34.25 2.84 38.72 38.72 2.98 (23.9) 1125 11.64 10.70 2.12 14.82 13.81 220 18.15 18.55 2.29 21.72 1929 2.39 25.55 2325 2.50 29.93 29.93 2.85 34.55 34.55 2.78 38.96 38.96 2.91 HEATING INDOOR HEATING INDOOR HEATING INDOOR MODEL CAPACITY POWER FURNACE MODEL MODEL CAPACITY POWER FURNACE MODEL MODEL CAPACITY POWER FURNACE MODEL *FY4ANF030 1.00 1.00 CNPH *3017A ** 0.99 0.98 58CV(A,X)110 -20 CNPH *3617A•• 1.00 0.96 58MEB080 -16 FE4AN(B,F)003 0.99 0.96 CNPH *3617A'* 0.99 0.98 58CV(A,X)110 -20 CNPV*3017A** 1.00 0.96 58MEB080 -16 FE4ANFOO2 1.00 0.97 CNPV*3621A** 0.99 0.98 58CV(A,X)110 -20 CNPV *3617A ** 1.00 0.96 58MEB080 -16 FF1ENP030 1.00 1.01 CSPH *3012A ** 1.00 0.99 58CV(A,X)110 -20 CSPH*3012A** 1.00 0.96 5BMEB080 -16 FFIENP036 1.00 0.99 CSPH*3612A** 1.00 0.95 58CV(A,X)110 -20 CSPH*3612A** 1.00 0.91 58MEB080 -16 FV4BN(B,F)003 0.99 0.96 CNPH *3017A ** 0.99 0.98 58CV(A,X)135 -22 CNPH *3017A ** 1.00 1.00 58MV(B,C)040 -14 FV4BNFOO2 1.00 0.97 CNPH *3617A ** 0.99 0.98 58CV(A,X)135 -22 CNPH*3617A** 1.00 1.00 58MV(B,C)040 -14 FX4CN(B,F)036 1.00 0.94 CSPH *3012A ** 1.00 0.99 58CV(A,)()135 -22 CSPH *3012A ** 1.00 1.00 58MV(B,C)040 -14 FX4CNF030 1.00 0.98 CSPH*3612A** 1.00 0.95 58CV(A,X)135 -22 CSPH *3612A ** 1.00 0.97 58MV(B,C)040 -14 FY4ANF036 1.00 1.00 CNPH *3017A *• 0.99 0.98 58CV(A,X)155 -22 CAP * *3017A ** 0.99 1.00 58MV(B,C)060 -14 CAP**3014A** 1.00 1.00 CNPH*3617A** 0.99 0.98 58CV(A,X)155 -22 CAP * *3617A'* 0.99 0.99 58MV(B,C)060 -14 CAP**3017A** 1.00 1.00 CSPH *3012A ** 1.00 0.99 58CV(A,X)155 -22 CNPH•3017A* 0.99 1.00 58MV(B,C)060 - 14 O, CAP**3614A** 1.00 0.99 CSPH *3612A ** 1.00 0.95 58CV(A,X)155 -22 CNPH *3617A ** 0.99 1.00 58MV(B,C)060 -14 CAP * *3617A•• 1.00 0.99 CAP * *3017A** 0.99 0.96 58MEB040 -12 CNPV*3017A ** 0.99 1.00 58MV(B,C)060 -14 CAP**3621A** 1.00 0.99 CAP• *3617A ** 1.00 0.96 58MEB040 -12 CNPV*3617A ** 0.99 1.00 58MV(B,C)060 -14 CNPF *3618A* 1.00 0.99 CNPH *3017A ** 0.99 0.96 58MEB040 -12 CSPH*3012A** 1.00 1.00 58MV(B,C)060 -14 CNPH *3017A•* 1.00 0.99 CNPH•3617A•• 0.99 0.96 58MEB040 -12 CSPH*3612A** 1.00 0.97 58MV(B,C)060 -14 CNPH*3617A** 1.00 0.99 CNPV *3017A ** 0.99 0.96 58MEB040 -12 CAP * *3621A ** 1.00 0.99 58MV(B,C)080 -14 CNPV *3014A ** 1.00 0.99 CNPV *3617A ** 0.99 0.96 58MEB040 -12 CNPH'3017A *• 1.00 1.00 58MV(B,C)080 -14 CNPV *3017A'* 1.00 0.99 CSPH*3012A** 0.99 0.96 58MEB040 -12 CNPH *3617A ** 1.00 1.00 58MV(B,C)080 -14 CNPV*3617A ** 1.00 0.99 CSPH*3612A** 1.00 0.92 58MEB040 -12 CNPV*3621A ** 1.00 1.00 58MV(B,C)080 -14 CNPV*3621A** 1.00 0.99 CAP* *3017A** 1.00 0.96 58MEB060 -12 CSPH*3012A** 1.00 1.00 58MV(B,C)080 -14 CSPH*3012A** 1.00 0.99 CAP' *3617A ** 1.00 0.95 58MEB060 -12 CSPH•3612A•• 1.00 0.96 58MV(B,C)080 -14 CSPH *3612A ** 1.00 0.95 CNPH *3017A ** 1.00 0.97 58MEB060 -12 CAP * *3621A ** 0.99 0.98 58MV(B,C)080 -20 CAP• *3014A *• 1.00 1.01 58CV(A, X)070 - 12 CNPH*3617A** 1.00 0.97 58MEB060 -12 CNPH *3017A•• 1.00 1.00 58MV(B,C)080 -20 CAP *•3614A *• 1.00 1.00 5SCV(AX)070 -12 CNPV *3017A ** 1.00 0.97 58MEB060 -12 CNPH *3617A ** 1.00 1.00 58MV(B,C)080 -20 CNPH *3017A *' 1.00 1.00 58CV(A,X)070 -12 CNPV*3617A** 1.00 0.97 58MEB060 -12 CNPV *3621A•• 0.99 0.99 58MV(B,C)080 -20 CNPH *3617A ** 1.00 1.00 58CV(A,X)070 -12 CSPH*3012A** 1.00 0.97 58MEB060 -12 CSPH*3012A** 1.00 1.00 SSMV(B,C)080 -20 CNPV*3014A** 1.00 1.01 58CV(A,X)070 -12 CSPH *3612A ** 1.00 0.92 S8MEBO60 -12 CSPH *3612A ** 1.00 0.96 58MV(B,C)080 - CSPH*3012A** 1.00 1.00 58CV(A, -12 CAP**3017A** 0.99 0.97 58MEB080 -12 CAP**3621A** 0.99 0.98 58MV(B,C)100 -20 CSPH*3612A** 1.00 0.96 58CV(A,X)070 -12 CAP*•3617A *• 1.00 0.96 58MEB080 -12 CNPH *3017A ** 0.99 0.99 58MV(B,C)100 -20 CAP**3017A** 0.99 0.99 58CV(A,)9090 -16 CNPH *3017A•• 0.99 0.97 58MEB080 -12 CNPH*3617A** 0.99 0.99 58MV(B,C)100 -20 CAP * *3617A ** 0.99 0.98 58CV(A,X)090 -16 CNPH*3617A** 0.99 0.97 58MEB080 -12 CNPV*3621A** 0.99 0.99 5BMV(B,C)100 -20 CNPH *3017A ** 0.99 0.99 58CV(A,X)090 -16 CNPV•3017A *' 0.99 0.97 58MEB080 -12 CSPH*3012A** 1.00 0.99 58MV(B,C)100 -20 CNPH*3617A** 0.99 0.99 58CV(A,X)090 -16 CNPV *3617A ** 0.99 0.97 58MEB080 -12 CSPH*3612A** 1.00 0.96 58MV(B,C)100 -20 CNPV*3017A•• 0.99 0.99 58CV(A,X)090 -16 CSPH *3012A ** 0.99 0.97 58MEB080 -12 CNPH *3017A•* 0.99 1.00 58MV(B,C)120 -20 CNPV *3617A *• 0.99 0.99 58CV(A,X)090 -16 CSPH *3612A ** 1.00 0.93 58MEB080 -12 CNPH *3617A* 0.99 1.00 58MV(B,C)120 -20 CSPH*3012A** 0.99 0.99 58CV(A, X)0 90 - 16 CAP**3017A** 1.00 0.96 58MEB080 -16 CSPH*3012A** 0.99 0.99 58MV(B,C)120 -20 CSPH*3612A** 1.00 0.96 58CV(A,X)090 -16 CAP* *3617A ** 1.00 0.95 58MEB080 -16 CSPH*3612A** 1.00 0.96 58MV(B,C)120 - 20 CAP**3621A** 0.99 0.98 58CV(A,X)110 -20 CNPH*3017A** 1.00 0.96 58MEB080 -16 CAP**3017A** 1.00 0.99 58PH *070 -16 HEAT PUMP HEATING PERFORMANCE CONTINUED 2541(:©330430 Outdoor Beckon With f Y4ANF030 Inhoo, Section HEATING INDOOR CAPACITY POWER FURNACE MODEL MODEL CAP *•3617A 1.00 0.98 58PH *070 -16 CNPH *3017A ** 1.00 0.99 58PH *070 -16 CNPH•3617A•• 1.00 0.99 58PH *070 -18 CNPV*3017A ** 1.00 0.99 58PH *070 -16 CNPV*3617A** 1.00 0.99 58P1-1*070 -16 CSPH *3012A•* 1.00 0,99 58PH *070 -16 CSPH ** 1.00 0.94 58PH *070 -16 CAP * *3621A ** 1.00 0.96 58PH *090 -16 CNPH*3017A** 1.00 0.98 58PH *090 -16 CNPH *3817A ** 1.00 0.98 58PH *090 -16 CNPV*3621A** 1.00 0.98 58PH *090 -16 CSPH•3012A ** 1.00 0.99 58PH *090 -16 CSPH *36124•• 1.00 _ 0.93 _ 58PH *090 -16 See note on pg. 53 25HCB3 25HCB3 HEAT PUMP HEATING PERFORMANCE CONTINUED OUTDOOR COIL ENTERING AIR TEMPERATURES •F CC) INDOOR AIR -3 ( -19.4) 7 ( -13.9) 17 ( -8.3) 27 ( -2.8) 37 (2.8) 47 (5.3) 57 (13.9) 67 (19.4) EDB Capacity MBluh Total Capacity MBtuh Total Capacity MBtuh Total Capacity MBtuh Total Capacity MBtuh Total Capacity MBtuh Total Capacity MBtuh Total Capacity MBtuh Total t F (• ) C CFM Sys. - Sys. Sys. Sy.. Sys Sys. Sys Sys. • Total Intag' KWt Total Intaq• KWt Total Intap* KWt Total Inis9• KWt Total In a9 Total Intap• KWY Total Int a9 KWY Total Int a9' KWt 25HC6336A30 Outdoor Section With F 7461/1036 Indoor Section 1050 14.39 13.24 2.21 18.06 16.60 2.32 21.96 20.02 2.43 26.08 23.17 2.56 30.79 28.02 2.71 35.73 35.73 2.85 40.33 40.33 3.00 45.07 45.07 3.17 85 1200 14.71 13.53 225 18.40 16.91 2.34 22.34 20.38 2.44 28.49 23.53 2.58 31.28 28.45 2.70 35.98 35.98 2.81 40.39 40.39 2.94 44.90 44.90 3.09 (18.3) 1350 14.99 13.79 2.29 18.71 17.19 2.38 22.68 20.86 2.47 28.88 23.85 2.57 31.09 26.84 2.70 38.10 38.10 2.80 40.33 40.33 2.92 44.58 44.58 3.04 1050 13.84 12.73 2.30 17.57 16.15 2.42 21.50 19.80 2.54 25.84 22.78 2.87 30.17 27.46 2.83 35.32 35.32 2.99 39.94 39.94 9.15 44.64 44.64 3.32 70 1200 14.10 13.02 2.33 17.92 18.48 2.44 21.87 19.94 2.55 26.04 23.13 2.87 30.67 27.91 2.82 35.80 35.80 2.95 40.07 40.07 3.09 44.82 44.62 3.24 (21.1) 1350 14.45 19.29 2.37 18.22 16.75 2.48 22.20 20.24 2.58 28.40 23.45 2.89 31.12 28.32 2.82 35.80 35.80 2.93 40.08 40,08 9.08 44.43 44.43 3.19 1050 13.24 12.18 2.35 17.03 15.85 2.52 21.00 19.15 2.85 25.18 22.36 2.79 29.85 28.98 2.95 34.80 34.80 3.14 39.50 39.50 3.29 44.16 44.18 3,48 76 1200 19.56 12.47 2.42 17.38 15.98 2.54 21.38 19.49 2,88 25.59 22.73 2.79 30.13 27.42 2.94 35.27 35.27 3.09 39.71 39.71 3.23 44.27 44.27 3.39 (23.9) - 1350 13.85 12.74 2.46 17.70 16.28 2.58 21.72 19.80 2.89 25.94 23.04 2.81 30.55 27.80 2.95 35.47 35.47 3.07 39.79 39.79 320 44.18 44.18 3.34 HEATING INDOOR HEATING INDOOR HEATING INDOOR MODEL CAPACITY POWER FURNACE MODEL MODEL CAPACITY POWER FURNACE MODEL MODEL CAPACITY POWER FURNACE MODEL *FY4ANF036 1.00 1.00 CNPV *3621A ** 0.97 0.96 58CV(A,X)110 -20 CSPH *3612A ** 0.97 0.91 58MEB080 -16 FE4AN(B,F)003 0.97 0.93 CNPV *4221A ** 0.97 0.93 58CV(A,X)110 - 20 CSPH *4212A ** 0.97 0.89 58MEB080 -16 FE4ANFOO2 0.97 0.95 CSPH*3612A** 0.97 0.91 58CV(A,X)110 -20 CAP * *3621A•* 0.97 0.93 58MEB100 -20 FFIENP036 0.99 1.00 CSPH•4212A ** 0.96 0.90 58CV(A,X)110 -20 CAP * *4221A *' 0.97 0.92 58MEB100 -20 FV4BN(B,F)003 0.97 0.93 CAP* *4224A "• 0.96 0.92 58CV(A,X)135 -22 CNPH *3617A ** 0.96 0.96 58MEB100 -20 FV4BNFOO2 0.97 0.95 CNPH *3617A ** 0.97 0.96 58CV(A,X)135 -22 CNPH *4221A ** 0.97 0.93 58MEB100 -20 FX4CN(B,F)036 0.98 0.94 CNPH*4221A** 0.97 0.93 58CV(A,X)135 -22 CNPV*3621A** 0.97 0.96 58MEB100 -20 FX4CN(B,F)042 0.97 0.91 CSPH *3612A ** 0.97 0.91 58CV(A,X)135 -22 CNPV*4221A ** 0.97 0.93 58MEB100 -20 FY4ANF042 0.98 0.96 CSPH *4212A ** 0.96 0.90 58CV(A,X)135 -22 CSPH *3612A ** 0.97 0.91 58MEB100 -20 CAP * *3614A ** 0.99 1.00 CAP* *4224A *" 0.96 0.91 58CV(A,X)155 -22 CSPH *4212A ** 0.96 0.89 58MEB100 -20 CAP * *3617A ** 0.99 0.99 CNPH•3617A *' 0.96 0.95 58CV(A,X)155 -22 CAP••4224A•• 0.97 0.94 58MV(B,C)040 - 14 A CAP * *3621A "* 0.99 0.99 CNPH*4221A** 0.97 0.92 58CV(A,X)155 -22 CNPH *3617A ** 0.97 0.98 58MV(B,C)040 -14 00 CAP * *4221A** 0.99 0.98 CSPH *3612A ** 0.96 0.90 58CV(A,X)155 -22 CNPH *4221A ** 0.97 0.95 58MV(B,C)040 -14 CAP * *4224A "* 0.99 0.98 CSPH *4212A ** 0.96 0.89 58CV(A,X)155 - 22 CSPH•3612A'* 0.97 0.94 58MV(B,C)040 -14 CNPF•3618A ** 0.99 0.99 CAP' *3617A ** 0.97 0.94 58MEB040 -12 CSPH *4212A ** 0.97 0.92 58MV(B,C)040 -14 CNPH*3617A** 0.99 0.99 CNPH *3617A ** 0.97 0.96 58MEB040 -12 CAP' *3617A'* 0.97 0.96 58MV(B, C)060- 14 CNPH *4221A ** 0.99 0.97 CNPH *4221A ** 0.97 0.93 58MEB040 -12 CNPH*3617A** 0.97 0.97 58MV(B,C)060 - 14 CNPV *3617A ** 0.99 0.99 CNPV*3617A ** 0.97 0.96 58ME5040 -12 CNPH*4221A** 0.97 0.94 58MV(B, C)060 - 14 CNPV*3621A ** 0.99 0.99 CNPV*4217A ** 0.97 0.91 58ME8040 -12 CNPV*3617A** 0.97 0.97 58MV(B,C)060 -14 CNPV*4217A ** 0.99 0.95 CSPH *3612A ** 0.97 0.91 58MEB040 -12 CNPV*4217A** 0.97 0.92 58MV(B,C)060 -14 CNPV•4221A•* 0.99 0.97 CSPH *4212A ** 0.97 0.89 58MEB040 -12 CSPH *3612A ** 0.97 0.92 58MV(B,C)060 - 14 CSPH *3612A•* 0.99 0.95 CAP**3617A ** 0.97 0.94 58MEB060 -12 CSPH *4212A ** 0.96 0.91 58MV(B,C)060 -14 CSPH *4212A'• 0.98 0.94 CNPH*3617A ** 0.97 0.96 58MEB060 -12 CAP * *3821A** 0.97 0.96 58MV(B,C)080 -14 CAP * *3814A *• 0.97 0.97 58CV(A,X)070 - 12 CNPH *4221A* 0.97 0.93 58MEB060 -12 CAP* *4221A ** 0.97 0.95 58MV(B,C)080 -14 CNPH*3617A** 0.97 0.97 58CV(A,X)070 -12 CNPV'3817A ** 0.97 0.96 58MEB060 -12 CNPH*3617A** 0.97 0.98 58MV(B,C)080 -14 CNPH *4221A ** 0.97 0.95 5BCV(A,X)070 -12 CNPV*4217A ** 0.97 0.91 58MEB060 -12 CNPH*4221A** 0.97 0.96 58MV(B, C)080 - 14 CSPH *3612A ** 0.97 0.93 58CV(A,X)070 -12 CSPH *3612A•* 0.97 0.91 58MEB060 -12 CNPV'3621A "* 0.97 0.98 58MV(B, C)080 - 14 CSPH *4212A ** 0.97 0.92 58CV(A,X)070 - 12 CSPH *4212A ** 0.97 0.89 58MEB060 -12 CNPV *4221A ** 0.97 0.96 58MV(B, C)080 - 14 CAP**3617A** 0.97 0.95 58CV(A,X)090 - 16 CAP * *3617A ** 0.97 0.95 58MEB080 -12 CSPH *3612A ** 0.97 0.94 58MV(B,C)080 -14 CNPH *3617A ** 0.97 0.96 58CV(A,X)090 -16 CNPH*3617A ** 0.97 0,96 58MEB080 -12 CSPH *4212A ** 0.97 0.92 58MV(B, C)080 - 14 CNPH *4221A ** 0.97 0.93 58CV(A,X)090 -16 CNPH *4221A ** 0.97 0.93 58MEB080 -12 CAP• *3621A** 0.97 0.95 58MV(B,C)080 -20 CNPV *3617A ** 0.97 0.96 58CV(A, X)090- 16 CNPV *3617A ** 0.97 0,96 58MEB080 -12 CAP* *4221A ** 0.97 0.94 58MV(B,C)080 -20 CNPV *4217A "* 0.97 0.92 58CV(A, X)090 - 16 CNPV*4217A ** 0.97 0.91 58MEB080 -12 CNPH *3617A ** 0.97 0.97 58MV(B,C)080 -20 CSPH *3612A ** 0.97 0.92 58CV(A, X)090 - 18 CSPH *3612A ** 0.97 0.91 58MEB080 -12 CNPH *4221A ** 0.97 0.94 58MV(B,C)080 -20 CSPH'4212A *• 0.96 0.90 58CV(A, X)090- 16 CSPH*4212A** 0.97 0.89 58MEB080 -12 CNPV*3621A ** 0.97 0.97 58MV(B,C)080 -20 CAP * *3621A ** 0.97 0.94 58CV(A,X)110 -20 CAP* *3617A ** 0.97 0.94 58MEB080 -16 CNPV*4221A ** 0.97 0.95 58MV(B,C)080 -20 CAP**4221A** 0.97 0.93 58CV(A, X)110- 20 CNPH *3617A ** 0.97 0.96 58MEB080 -16 CSPH *3612A ** 0.97 0.92 58MV(B,C)080 -20 CNPH *3617A*" 0.97 0.96 58CV(A,X)110 -20 CNPH*4221A** 0.97 0.93 58MEB080 -16 CSPH *4212A ** 0.96 0.91 58MV(B,C)080 -20 CNPH *4221A ** 0.97 0.93 58CV(A, X)110- 20 CNPV*3617A ** 0.97 0.96 58MEB080 -16 CAP* *3621A ** 0.97 0.95 58MV(B,C)100 -20 CNPV *4217A ** 0.97 0.91 58MEB080 -16 CAP * *4221A ** 0.97 0.94 58MV(B,C)100 -20 HEAT PUMP HEATING PERFORMANCE CONTINUED . 2,11Cf3336A30 Outdoor Section Wdh I Y4ANI 036 Induur Sec bun HEATING INDOOR CAPACITY POWER FURNACE MODEL MODEL CNPH *3617A ** 0.97 0.96 58MV(B,C)100 -20 CNPH • 4221A • • 0.97 0.94 58MV(B,C)100 -20 CNPV *3621A•• 0.97 0.96 58MV(B,C)100 -20 CNPV*4221A•• 0.97 0.94 58MV(B,C)100 -20 CSPH *3612A•• 0.97 0.92 58MV(B,C)100 -20 CSPH•4212A•* 0.96 0.91 58MV(B,C)100 -20 CAP••4224A *• 0.96 0.93 58MV(B,C)120 -20 CNPH *3617A *• 0.97 0.97 58MV(B,C)120 -20 CNPH•4221A ** 0.97 0.94 58MV(B,C)120 -20 CSPH *3612A ** 0.97 0.92 58MV(B,C)120 -20 CSPH *4212A•• 0.96 0.91 58MV(B,C)120 -20 CAP * *3614A•* 0.98 1.00 58PH *045 -08 CNPH•3617A•• 0.98 1,00 58PH *045 -08 CNPH•4221A *• 0.98 0.97 58PH *045 -08 CSPH•3612A•* 0.98 0.95 58PH *045 -08 CSPH *4212A ** 0.98 0.94 58PH *045 -08 CAP * *3617A ** 0.98 0.97 58PH•070 -16 CNPH•3617A ** 0.97 0.98 58P11•070 -16 CNPH *4221A•• 0.98 0.95 58PH *070 -16 CNPV *3617A•* 0.97 0.98 58PH *070 -16 CNPV*4217A** 0.97 0.93 58PH *070 -16 CSPH *3612A•• 0.98 0.93 58PH•070 -16 CSPH•4212A•* 0.97 0.92 58PH *070 -16 CAP• *3621A *• 0.97 0.93 58PH*090- 18 CAP**4221A** 0.97 0.91 58PH•090 -16 CNPH•3617A•• 0.97 0.95 58PH•090 -16 CNPH•4221A *• 0.97 0.93 58PH•090 -16 CNPV *3621A•• 0.97 0.95 58PH *090 -16 CNPV•4221A•* 0.97 0.93 58PH *090 -16 CSPH•3612A•* 0.97 0.90 58PH•090 -16 CSPH *4212A*• 0.98 0.88 58PH *090 -16 CAP••3621A•• 0.97 0.92 58PH *110 -20 CAP• *4221A•• 0.97 0.91 58PH•110 -20 CNPH *3617A ** 0.97 0.95 58PH•110 -20 CNPH *4221A ** 0.97 0,92 58PH•110 -20 CNPV *3621A •• 0.97 0.95 58PH•110 -20 CNPV *4221A•• 0.97 0.92 58PH *110 -20 CSPH *3812A•• 0.97 0.89 58PH *110 -20 CSPH *4212A ** 0.96 0.88 _ 58PH *110 -20 See note on pg. 53 25HCB3 25HCB3 HEAT PUMP HEATING PERFORMANCE CONTINUED OUTDOOR COIL ENTERING AIR TEMPERATURES •FC C) INDOOR AIR -3 ( -19.4) 7 (-13.9) 17 ( -8.3) 27 ( -2.8) 37 (2.6) 47 (8.3) 67 (13.9) 87 (19.4) EDB Capacity MBtuh Total Capacity MBtuh Total Capacity MBtuh Total Capacity MBtuh Total Capacity MBtuh Total Capacity MBtuh Total Capacity MBtuh Total Capacity MBtuh Total ,F CC) CFM Sys. Sys. Sys. Sys. Sys. Sys. Sys. Sys. Total Into• KWy Total lotto* mot Total Into' KWt Total Inter KWt Total Intap' KW1 Total IMP' KWt Total Intap• KWt Total Intp• KW1 25HCB342A30 Outdoor Section alnh FY4AIF042 Indoor Sec bon 1225 17.53 18.13 2.72 21.61 19.86 2.83 26.00 23.71 2.95 30.74 27.30 3.08 38.21 32.95 326 42.09 42.09 3.43 47.80 47.80 3.80 53.07 53.07 3.79 (18.3) 1400 17.86 18.45 2.75 21.99 20.20 2.85 28.39 24.06 2.96 3120 27.71 3.08 38.75 33.44 3.25 42.44 42.44 3.38 47.57 47.57 3.53 52.73 52.73 3.89 1575 1821 18.75 2.80 22.32 20.51 2.89 26.75 24.39 2.99 31.61 28.08 3.10 37.22 33.67 3.25 42.50 42.50 3.36 47.37 47.37 3.49 52.15 52.15 3.63 1225 17.06 15.69 2.84 21.17 19.45 2.98 25.58 23.32 3.09 3029 26.90 3.23 35.68 32.47 3.42 41.58 41.58 3.60 47.11 47.11 3.77 52.82 52.82 3.98 no (21.1) 1400 17.40 16.01 2.68 21.52 19.76 2.99 25.97 23.68 3.10 30.89 2728 3.23 38.21 32.98 3.40 42.00 42.00 3.55 47.24 4724 3.70 52.50 52.50 3.87 1575 17.74 18.32 2.92 21.88 20.11 3.02 28.32 24.00 3.12 31.11 27.63 3.24 36.68 33.38 3.40 42.19 42.19 3.52 47.15 47.15 3.88 52.04 52.04 3.81 1225 16.64 15.21 2.96 20.89 19.02 3.09 25.13 22.91 3.23 29.85 28.51 3.39 35.03 31.88 3.67 41.04 41.04 3.78 46.60 46.80 3.95 62.13 62,13 4.17 76 1400 16.89 15.54 3.00 21.08 19.37 3.12 25.53 23.26 3.24 3029 28.90 3.38 35.58 32.38 3.55 41.57 41.57 3.72 46.84 48.84 3.88 52.10 52.10 4.06 (23.9) 1575 1721 15.63 3.05 21.41 19.87 3.16 25.90 23.82 3.27 30.67 2724 3.40 38.15 32.90 3.58 41.81 41.81 3.89 48.84 48.84 334 51.83 51.83 3.99 HEATING INDOOR HEATING INDOOR HEATING INDOOR MODEL CAPACITY POWER FURNACE MODEL MODEL CAPACITY POWER FURNACE MODEL MODEL CAPACITY POWER FURNACE MODEL •FY4ANF042 1.00 1.00 CNPV•4221A•• 0.98 0.97 58CV(A,X)110 -20 CAP * "4221A "* 0.98 0.97 58MEB100 -20 FE4ANB006 0.94 0.90 CNPV•4821A•• 0.98 0.94 58CV(A,X)110 -20 CAP * *4821A ** 0.98 0.93 58MEB100 -20 FE4ANF003 0.98 1.01 CSPH•4212A•• 0.98 0.94 58CV(A,X)110 - 20 CNPH•4221A•• 0.98 0.98 58MEB100 -20 FE4ANFOO5 0.96 0.93 CSPH*4812A** 0.98 0.93 58CV(A,X)110 - 20 CNPH*4821A** 0.99 0.94 58MEB100 -20 FV4BNB•06 0.94 0.90 CAP**4224A** 0.98 0.98 58CV(A,X)135 -22 CNPV•4221A *• 0.98 0.98 58MEB100 -20 FV4BNF003 0.98 1.01 CAP *•4824A•• 0.98 0.93 58CV(A,X)135 -22 CNPV•4621A *• 0.99 0.94 58MEB100 -20 FV4BNFOO5 0.96 0.93 CNPH *4221A 0.98 0.97 58CV(A,X)135 -22 CSPH•4212A *• 0,99 0.94 58MEB100 -20 FX4CN(B,F)042 1.00 0.96 CNPH *4821A ** 0.98 0.93 58CV(A,X)135 -22 CSPH•4812A *• 0.99 0.93 58MEB100 -20 FX4CN(B,F)048 0.96 0.89 CNPV*4824A** 0.98 0.93 58CV(A,X)135 -22 CAP *•4224A•• 0.98 0.96 58MEB120 -20 FY4ANF048 0.96 0.97 CSPH *4212A ** 0.98 0.93 58CV(A,X)135 -22 CAP••4824A•• 0.99 0.94 58MEB120 -20 CAP••4221A•• 1.01 1.02 CSPH•4812A•• 0.98 0.92 58CV(A,X)135 -22 CNPH*4221A** 0.98 0.97 58MEB120 -20 is CAP••4224A•• 1.01 1.02 CAP••4224A•• 0.98 0.98 58CV(A,X)155 -22 CNPH *4821A•• 0.99 0.93 58MEB120 -20 0 CAP••4817A•• 0.96 0.93 CAP**4824A** 0.98 0.93 58CV(A,X)155 -22 CNPV•4824A•• 0.99 0.93 58MEB120 -20 CAP••4821A•• 1.00 0.98 CNPH•4221A•• 0.98 0.97 58CV(A,X)155 -22 CSPH•4212A•• 0.99 0.94 58MEB120 -20 CAP *•4824A•• 1.00 0.98 CNPH•4821A•• 0.98 0.93 58CV(AX)155 -22 CSPH•4812A•* 0.99 0.93 58ME6120 -20 CNPF *4818A•• 1.00 _ 0.99 CNPV•4824A•• 0.98 0.93 58CV(A,X)155 -22 CNPV*4217A** 0.99 0.98 58MV(B,C)060 -14 CNPH•4221A•• 1.01 1.02 CSPH*4212A** 0.98 0.94 58CV(A,X)155 -22 CAP**4224A** 0.98 1.01 58MVB040 -14 CNPH •4821A*. 1.00 0.97 CSPH*4812A** 0.98 0.93 58CV(A,X)155 -22 CAP ••4824A •• 0.98 0.96 58MVB040 -14 CNPV *4217A•• 1.00 0.99 CAP**4817A** 0.98 0.94 58MEB040 -12 CNPH *4221A•• 0.98 0.99 58MVB040 -14 CNPV•4221A•• 1.01 1.02 CNPH*4221A** 0.99 0.99 58MEB040 -12 CNPH•4821A•• 0.99 0.97 58MVB040 -14 CNPV•4821A•• 1.00 0.97 CNPH•4821A•• 1.00 0.95 58MEB040 -12 CNPV•4824A•• 0.98 0.96 58MVB040 -14 CNPV•4824A•• 1.00 0.97 CNPV•4217A ** 0.99 0.97 58MEB040 -12 CSPH*4212A** 0.99 0.97 58MVB040 -14 CSPH *4212A•• 1.01 0.98 CSPH•4212A *• 1.00 0.96 58MEB040 -12 CSPH•4812A•• 0.99 0.96 58MVB040 -14 CSPH•4812A *• 0.98 0.94 CSPH•4812A *• 1.00 0.95 58MEB040 -12 CAP**4817A** 0.94 0.91 58MV6060 -14 CNPH •4221A•• 0.99 1.01 58CV(A,X)070 -12 CAP * *4817A ** 0.98 0.94 58MEB060 -12 CNPH•4221A *• 0.98 0.99 58MVB060 -14 CNPH•4621A•• 0.98 0.96 58CV(A,X)070 -12 CNPH*4221A** 0.99 0.99 58MEB060 -12 CNPH•4821A•• 0.99 0.96 58MVB060 -14 CSPH*4212A** 0.99 0.97 58CV(A,X)070 -12 CNPH *4821A ** 1.00 0.95 58MEB060 -12 CSPH•4212A•• 0.99 0.97 58MVB060 -14 CSPH *4812A** 0.98 0.95 58CV(A,X)070 -12 CNPV *4217A ** 1.00 0.99 58MEB060 -12 CSPH•4812A•• 0.98 0.94 58MVB060 -14 CAP *•4221A •• 0.99 1.03 58CV(A,X)090 -16 CSPH *4212A•• 1.00 0.96 58MEB060 -12 CAP• *4221A *• 0.99 1.02 58MVB080 -14 CAP *•4817A•• 0.94 0.91 58CV(A,X)090 - 16 CSPH•4812A•• 1.00 0.95 58MEB060 -12 CAP**4821A** 0.99 0.97 58MVB080 -14 CNPH*4221A** 0.98 0.98 58CV(A,X)090 -16 CNPH•4221A *• 0.99 0.99 58MEB080 -12 CNPH•4221A•• 0.98 0.99 58MVB080 -14 CNPH*4821A** 0.98 0.94 58CV(A, X)090 -16 CNPH*4821A** 1.00 0.95 58MEB080 -12 CNPH*4821A** 0.99 0.97 58MVB080 -14 CNPV *4217A•• 0.99 0.98 58CV(A,X)090 -16 CNPV•4217A ** 0.99 0.97 58MEB080 -12 CNPV*4221A** 0.98 0.99 58MVB080 -14 CNPV *4221A•• 0.99 1.02 58CV(A, X)090- 16 CSPH*4212A** 1.00 0.96 58MEB080 -12 CNPV•4821A •• 0.99 0.97 58MVB080 -14 CSPH•4212A•• 0.98 0.95 58CV(A, X)090 - 16 CSPH•4812A•• 1.00 0.95 58MEB080 -12 CSPH•4212A•• 0.99 0.98 58MV6080 -14 CSPH•4812A•• 0.98 0.93 58CV( X)090 -16 CNPH *4221A ** 0.98 0.99 58MEB080 -16 CSPH*4812A** 0.99 0.97 58MVB080 -14 CAP *•4221A •• 0.98 0.99 58CV(A,X)110 -20 CNPH*4821A** 0.99 0.95 58MEB080 -16 CAP••4221A•• 0.99 1.01 58MVB080 -20 CAP * *4821A•• 0.98 0.94 58CV(A,X)110 -20 CNPV •4217A *• 0.99 0.98 58MEB080 -16 CAP**4821A** 0.98 0.95 58MVB080 -20 CNPH•4221A•• 0.98 0.97 58CV(A,X)110 -20 CSPH*4212A** 0.99 0.95 58MEB080 -16 CNPH•4221A•• 0.98 0.99 58MVB080 -20 • CNPH•4821A•• 0.98 0.94 58CV(A,X)110 -20 CSPH*4812A ** 0.99 0.95 58MEB080 - 18 CNPH*4821A** 0.98 0.95 58MVB080 -20 • • • HEAT PUMP HEATING PERFORMANCE CONTINUED _ 25HCB342A30 Outdoor Section With FY4ANF042 Indoor Section HEATING INDOOR CAPACITY POWER FURNACE MODEL MODEL CNPV*4221A** 0.98 0.99 58MVB080 -20 CNPV *4821A** 0.98 0.95 58MVB080 -20 CSPH *4212A** 0.99 0.97 58MVB080 -20 CSPH *4812A ** 0.98 0.94 58MVB080 -20 CAP•4221A•• 0.98 0.99 58MV8100 -20 CAP * *4821A *• 0.98 0.95 58MV3100 -20 CNPH•4221A ** 0.98 0.98 58MV9100 -20 CNPH *4821A ** 0.98 0.95 58MVB100 -20 CNPV *4221A•* 0.98 0.98 58MVB100 -20 CNPV *4821A•• 0.98 0.95 58MVB100 -20 CSPH *4212A ** 0.98 0.95 58MVB100 -20 CSPH•4812A ** 0.98 0.94 58MVB100 -20 CAP * *4224A ** 0.98 0.99 58MVB120 -20 CAP * *4824A ** 0.98 0.95 58MVB120 -20 CNPH *4221A ** 0.98 0.98 58MV8120 -20 CNPH *4821A ** 0.98 0.95 58MVB120 -20 CNPV *4824A ** 0.98 0.95 58MVB120 -20 CSPH*4212A** 0.98 0.95 58MVB120 -20 CSPH4812A•* 0.98 0.94 58MVB120 -20 CAP * *4817A ** 0.98 0.96 58PH *070 -16 CNPH *4221A ** 1.00 1.03 58PH *070 -16 CNPH *4821A•• 1.00 0.98 58PH *070 -16 CNPV *4217A ** 1.00 1.01 58PH•070 -18 CSPH•4212A•* 1.00 0.98 58PH•070 -16 CSPH•4812A•* 1.00 0.97 58PH *070 -16 CAP**4221A** 0.98 0.98 58PH *090 -16 LA CAP**4821A** 0.98 0.94 58PH•090 -16 CNPH *4221A ** 0.98 0.98 58PH•090 -16 CNPH *4821A ** 0.99 0.94 58PH *090 -16 CNPV*4221A*• 0.98 0.98 58PH *090 -16 CNPV *4821A ** 0.99 0.94 58PH *090 -16 CSPH*4212A** 0.99 0.95 58PH *090 -16 CSPH *4812A ** 0.99 0.94 58PH *090 -16 CAP * *4221A ** 0.98 0.97 58PH *110 -20 CAP•4821A• 0.98 0.93 58PH *110 -20 CNPH *4221A** 0.98 0.98 58PH *110 -20 CNPH•4821A ** 0.99 0.94 58PH *110 -20 CNPV *4221A ** 0.98 0.98 58PH *110 -20 CItFV•4821A•• 0.99 0.94 58PH *110 -20 CSPH*4212A** 0.99 0.94 58PH *110 -20 CSPH *4812A ** 0.99 0.94 58PH•110 -20 CAP**4224A** 0.98 0.97 58PH *135 -20 CM * *4824A ** 0.98 0.93 58PH *135 -20 CNPH *4221A ** 0.98 0.98 58PH *135 - 20 CNPH *4821A•* 0.99 0.94 58PH "135 -20 CNPV *4824A ** 0.99 0.94 58PH *135 -20 CSPH *4212A ** 0.99 0.95 58PH•135 -20 CSPH•4812A•• 0.99 0.94 58PH•135 -20 See note on pg. 53 25HCB3 25HCB3 HEAT PUMP HEATING PERFORMANCE CONTINUED INDOOR AIR - OUTDOOR COIL ENTERING AIR TEMPERATURES *F (*C) -3 ( -19.4) 7 ( -13.9) 17 ( -6.3) 27 ( -2.8) 37 (2.8) 47 (13.3) 57 (13.9) 67 (19.4) EDB Capacity MBtuh Taal Capacity MBtuh Total Capacity MBtuh Total Capacity MBtuh Total Capacity MBtuh Total Capacity MBtuh Total Capacity MBtuh Total Capacity MBtuh Total °F (, C) CFM Sys. Sys. Sys. Sys. Sys. Sys. Sys. Sys. Total Imp" KWt Total Ints9• KWt Total Intp• KW1 Total Ints9• KW1 Total Intp* KW$ Total Ints9• KWt Total Inta9• KWt Total IM•• KWt 2511CB348A30 Outdoor Sec lion Wilh I Y4AIIF048 Indo,r Section 1400 21.02 19.34 3.15 25.88 23.58 3.27 30.53 27.92 3.39 38.31 32.25 3.55 42.60 38.76 3.70 48.84 48.64 3.87 54.32 54,32 4.05 68.50 58.50 4.10 66 1800 21.41 19.70 3.20 28.07 23.95 3.30 31.05 28.34 3.41 38.82 32.70 3,55 43.01 39.14 3.88 48.50 48.80 3.84 51.13 51.13 3.89 52.83 52.83 3.91 418.3) 1800 21.77 20.03 325 26.44 24.30 3.35 31.50 28.72 3.45 3727 33.10 3.56 43.11 3923 3.a9 4724 47.24 3.79 48.28 4828 3.80 49.37 49.37 3.81 1400 20.52 18.88 329 2521 23.16 3.42 30.19 27.53 3.55 95.74 31.74 3.71 41.99 3821 3.90 48.41 48.41 4.06 54.98 54.98 4.29 57.35 57.35 4.34 70 1800 20.92 19.24 3.33 25.82 23.55 3.45 30.82 27.92 3.57 38.31 32.25 3.72 42.58 36.75 3.55 48.50 48.50 4.02 5228 52.26 4.12 53.93 53.93 4.15 (21.1) 1800 2128 19.58 3.39 26.01 23.90 3.49 31.03 2829 3.80 38.75 32.84 3.74 42.83 38.98 3.86 46.16 48.16 4.01 49.40 49.40 4.02 50.74 50.74 4.04 1400 19.98 18.39 3.42 24.78 22.75 3.57 29.75 27.12 3.72 35.19 31.25 _ 3.88 41.42 37.69 4.08 48.00 48.00 4.28 54.61 54.51 4.49 58.18 58.16 4.80 75 1800 20.37 18.74 3.47 25.14 23.10 3.80 30.19 27.53 3.73 95.69 91.70 3.68 42.01 38.22 4.04 48.14 46.1 4.21 53.06 53.08 4.36 54.65 54.85 4.40 (23.9) 1800 20.76 19.10 3.53 25.53 23.48 3.84 30.80 27.90 3.77 38.15 32.11 3.90 42.48 38.84 4.04 48.15 48.15 4.20 50.73 50.73 4.26 52.17 52.17 428 HEATING INDOOR HEATING INDOOR HEATING INDOOR MODEL CAPACITY POWER FURNACE MODEL CAPACITY POWER FURNACE MODEL MODEL CAPACITY POWER FURNACE MODEL MODEL •FY4ANF048 1.00 1.00 CSPH*6012A** 0.96 0.91 58CV(A,X)135 -22 CNPV*4821A** 0.99 0.98 58MV(B,C)100 -20 FE4AN(B,F)005 0.98 0.94 CAP• *4824A *• 0.99 0.96 58CV(A,X)155 -22 CSPH*4812A** 0.99 0.97 58MV(B,C)100 -20 FE4ANB006 0.95 0.89 CAP• *6024A•• 0.96 0.93 58CV(A,X)155 -22 CSPH*6012A** 0.97 0.94 58MV(B,C)100 -20 FV4BN(B,F)005 0.98 0.94 CNPH*4821A** 0.99 0.96 58CV(A,X)155 -22 CAP * *4824A•• 0.99 0.98 58MV(B,C)120 -20 FV4BNB006 0.95 0.89 CNPH•6024A *• 0.96 0.92 58CV(A,X)155 -22 CAP *•6024A•* 0.97 0.96 58MV(B,C)120 -20 FX4CN(B,F)048 0.98 0.94 CNPV*4824A** 0.99 0.96 58CV(A,X)155 -22 CNPH*4821A** 0.99 0.99 58MV(B,C)120 -20 FX4CN(B,F)060 0.91 0.87 CNPV•6024A•* 0.96 0.92 58CV(A,X)155 -22 CNPH *6024A•* 0.97 0.95 58MV(B,C)120 -20 FY4ANB060 0.93 0.95 CSPH*4812A** 0.99 0.95 58CV(A,X)155 -22 CNPV *4824A ** 0.99 0.99 58MV(B,C)120 -20 CAP *•4817A•* 0.99 0.97 CSPH*6012A** 0.96 0.91 58CV(A,X)155 -22 CNPV*6024A** 0.97 0.95 58MV(B,C)120 -20 CAP••4821A•• 1.01 0.99 CAP• *4817A•• 0.99 0.96 58MEBO80 -16 CSPH•4812A•* 0.99 0.97 58MV(B,C)120 -20 CAP**4824A** 1.01 0.99 CNPH*4821A** 0.99 0.98 58MEB080 -18 CSPH *8012A•• 0.97 0.94 58MV(B,C)120 -20 U CAP••6021A•• 0.92 0.94 CNPH•6024A *• 0.99 0.97 58MEB080 -16 CAP *•4821A•• 0.99 0.97 58PH•090 -16 N CAP**6024A** 0.93 0.95 CSPH *4812A •• 0.99 0.96 58MEB080 -16 CAP**6021A** 0.96 0.94 58PH•090 -16 CNPF•4818A•• 1.00 1.03 CSPH *6012A* 0.99 0.95 58ME6080 -16 CNPH*4821A** 1.00 0.98 58PH•090 -18 CNPH *4821A•• 1.01 0.99 CAP *•4821A•• 0.99 0.96 58MEB100 -20 CNPH•6024A•* 0.99 0.96 58PH•090 -16 CNPH*6024A** 0.93 0.91 CAP••6021A•• 0.96 0.94 58MEB100 -20 CNPV•4821A•* 1.00 0.98 58PH *090 -16 CNPV•4821A•• 1.01 0.99 CNPH •4821A** 0.99 0.97 58MEB100 -20 CSPH *4812A ** 1.00 0.97 58PH•090 -16 CNPV*4824A** 1.01 0.99 CNPH•6024A ** 0.99 0.95 58ME6100 -20 CSPH *6012A *" 0.99 0.95 58PH *090 -16 CNPV•6024A•• 0.93 0.91 CNPV•4821A•• 0.99 0.97 58MEB100 -20 CAP * *4821A *• 0.99 0.96 58PH•110 -20 CSPH•4812A ** 1.01 0.98 CSPH*4812A** 0.99 0.98 58ME8100 -20 CAP *•6021A•• 0.97 0.94 58PH'110 -20 CSPH•6012A•• 0.93 0.91 CSPH*6012A** 0.99 0.94 58MEB100 -20 CNPH *4821A ** 0.99 0.97 58PH•110 -20 CAP * *4817A ** 0.98 0.98 58CV(A,X)090 -16 CAP *•4824A•• 0.99 0.95 58MEB120 -20 CNPH•6024A *• 0.99 0.95 58PH *110 -20 CNPH•4821A•• 0.99 0.98 58CV(A,X)090 - 16 CAP••6024A•• 0.97 0.94 58MEB120 -20 CNPV*4821A•• 0.99 0.97 58PH *110 -20 CNPH *6024A 0.97 0.95 58CV(A,X)090 -16 CNPH*4821A** 0.99 0.96 58ME6120 -20 CSPH•4812A•• 0.99 0.96 58PH•110 -20 CSPH*4812A** 0.99 0.97 58CV(A,X)090 -18 CNPH•6024A•* 0.99 0.95 58MEB120 -20 CSPH*6012A** 0.99 0.94 58PH•110 -20 CSPH*6012A** 0.97 0.94 58CV(A,X)090 - 16 CNPV•4824A•• 0.99 0.96 58MEB120 -20 CAP *•4824A *• 0.99 0,96 58PH•135 -20 CAP * *4821A•• 0.99 0.97 58CV(A,X)110 -20 CNPV*6024A** 0.99 0.95 58ME8120 -20 CAP *•6024A•• 0.97 0.95 58PH•135 -20 CAP• *6021A •• 0.96 0.94 58CV(A,X)110 -20 CSPH*4812A** 0.99 0.95 58ME8120 -20 CNPH*4821A** 1.00 0.98 58PH•135 -20 CNPH*4821A** 0.99 0.98 58CV(A, X)110 - 20 CSPH*6012A** 0.99 0.93 58MEB120 -20 CNPH•6024A•• 0.99 0.96 58PH•135 -20 CNPH•6024A ** 0.97 0.94 58CV(AX)110 -20 CAP* *4821A•• 1.00 0.99 58MV(B,C)080 -20 CNPV*4824A** 1.00 0.98 58PH•135 -20 CNPV•4821A ** 0.99 0.98 58CV(A,X)110 -20 CAP••6021A•• 0.97 0.96 58MV(B,C)080 -20 CNPV*6024A** 0.99 0.96 58PH *135 -20 CSPH•4812A•• 0.99 0.96 58CV(A,X)110 -20 CNPH *4821A ** 1.00 1.00 58MV(B,C)080 -20 CSPH*4812A** 1.00 0,97 58PH *135 -20 CSPH*6012A** 0.96 0.92 58CV(A,X)110 -20 CNPH *6024A ** 0.97 0.95 58MV(B,C)080 -20 CSPH*6012A** 0.99 0.94 58PH *135 -20 CAP * *4824A *' 0.99 0.96 58CV(A,X)135 -22 CNPW4821A•* 1.00 1.00 58MV(B,C)080 -20 See note on pg. 53 CAP * *6024A *• 0.97 0.94 58CV(A,X)135 -22 CSPH*4812A** 1.00 0.99 58MV(B,C)080 -20 CNPH*4821A** 0.99 0.97 58CV(A, X)135- 22 CSPH*6012A** 0.97 0.94 58MV(B,C)080 - 20 CNPH•6024A•• 0.97 0.94 58CV(A,X)135 -22 CAP• *4821Ao* 0.99 0.98 56MV(B,C)100 -20 CNPV*4824A** 0.99 0.97 58CV(A, X)135 - 22 CAP••6021A•* 0.97 0.96 58MV(B,C)100 -20 CNPV*6024A** 0.97 0.94 58CV(A,X)135 -22 CNPH*4821A** 0.99 0.98 58MV(B,C)100 - 20 CSPH *4812A** 0.99 0.96 58CV(A,X)135 -22 CNPH'8024A•• 0.97 0.95 58MV(B,C)100 - 20 • • • , HEAT PUMP HEATING PERFORMANCE CONTINUED . INDOOR AIR OUTDOOR COIL ENTERING AIR TEMPERATURES ° F ( -3 ( -19.4) 7 ( -13.9) 17 ( -8.3) 27 ( -2.8) 37 (2.8) 47 (0.3) 57 (13.9) 67 (19.4) EDB Capacity MBtuh Total Capacity MBtuh Total Capacity MBtuh Total Capacity MBtuh Total Capacity MBtuh Total Capacity MBtuh Total Capacity MBtuh Total Capacity MBtuh Total ° (, � CFM Sys. Sys. Sys. Sys. Sys. Sys. Sys. Sys. Total Intaq• KWt TMW IMay KWt Total Into9* KWt Total Intsy KWt Total Inlay KWt Total Inta9• KWt Total Intay KWt Total Int•p• KWt 25HCB360A30 Outdoor Section frith FV4A11FOh0 Indoor Section 1750 25.07 23.07 3.86 30.90 28.40 4.00 37.17 33.89 4.16 43.81 38.91 4.34 51.11 46.51 4.54 59.85 59.85 4.79 68.95 68.95 5.02 78.00 78.00 5.31 65 2000 25.62 23.57 3.93 31.49 28.94 4.08 37.79 34.45 4.20 44.47 39.50 4.36 51.98 47.28 4.54 80.88 80.88 4.74 69.47 69.47 4.95 70.33 78.33 5.20 (10.3) 2250 28.13 24.04 4.01 32.03 29.44 4.13 38.34 34.96 4.26 45.07 40.03 4.40 52.72 47.97 4.57 81.49 81.49 4.73 69.75 69.75 4.92 77.76 77.78 5.13 1750 24.34 22.40 4.03 30.22 27.77 4.19 38.54 33.32 4.38 4321 38.37 4.55 50.41 45.87 4.78 58.98 58.98 5.03 88.13 68.13 5.26 77.06 77.08 5.58 70 2000 24.89 22.90 4.10 30.50 20.30 4.24 37.17 33.89 4.40 43.87 38.96 4.57 51.17 48.57 4.75 80.00 80.00 4.97 88.71 68.71 5.10 77.50 77.50 5.44 (21.1) 2250 25.40 23.37 4.18 31.34 26.80 4.31 37.72 34.39 4.45 44.46 39.49 4.60 51.85 47.19 4.77 60.72 60.72 4.95 89.08 69.06 5.15 77.77 77.77 5.39 1750 23.57 21.88 4.21 29.50 27.11 4.38 35.56 32.70 4.57 42.56 37.80 4.77 49.72 45.25 4.99 57.81 57.01 5.20 67.28 67.25 5.51 78.15 78.15 5.82 75 2000 24.12 22.19 4.29 30.09 27.05 4.44 38.50 33.26 4.80 43.24 38.40 4.78 50.40 45.93 4.98 50.94 58.94 5.21 87.93 67.93 5.43 78.89 78.89 5.70 (23.9) 2250 24.83 22.66 4.37 30.83 26.15 4.51 37.07 33.80 4.86 43.83 38.93 4.62 51.15 48.54 5.00 59.50 59.80 5.19 68.35 68.35 5.40 78.95 78.95 5.64 HEATING INDOOR HEATING INDOOR HEATING INDOOR MODEL CAPACITY POWER FURNACE MODEL MODEL CAPACITY POWER FURNACE MODEL MODEL CAPACITY POWER FURNACE MODEL *FY4ANB060 1.00 1.00 CNPH*6024A** 0.95 0.99 58CV(A,X)135 -22 CNPH *6024A ** 0.97 0.99 58MEB120 -20 FE4ANB006 0.98 0.95 CNPV•6024A ** 0.95 0.99 58CV(A,X)135 -22 CNPV *6024A** 0.97 0.99 58MEB120 -20 FV4BNB006 0.98 0.94 CSPH•6012A ** 0.96 0.98 58CV(A,X)135 -22 CSPH *6012A ** 0.97 0.98 58MEB120 -20 FX4CN(B,F)060 0.98 0.94 CAP• *6024A *• 0.96 0.98 58CV(A,X)155 -22 CAP* *6021A ** 0.97 1.00 58PH "090 -16 CAP* "6021A*" 0.97 1.00 CNPH•6024A ** 0.95 0.98 58CV(A,X)155 - 22 CNPH*6024A.* 0.97 1.01 58PH *090 -18 CAP**6024A ** 0.98 0.99 CNPV*6024A** 0.95 0.98 58CV(A,X)155 -22 CSPH *6012A *• 0.97 0.99 58PH•090 -16 CNPH *6024A ** 0.98 0.99 CSPH*6012A ** 0.96 0.97 58CV(A,X)155 -22 CAP••6021A•* 0.98 0.99 58PH *110 -20 CNPV•6024A *• 0.98 0,99 CNPH*6024A** 0.97 1.02 58MEB080 -16 CNPH*6024A** 0.97 0.99 58PH•110 -20 CSPH•6012A*• 0.98 0.98 CSPH *6012A *• 0.98 1.01 58MEB080 -16 CSPH *6012A** 0.97 0.97 58PH *110 -20 CAP••6021A•* 0.94 0.98 58CV(A,X)110 -20 CAP• *6021A *• 0.97 0.99 58MEB100 -20 CAP* *6024A•* 0.97 1.00 58PH "135 -20 CNPH "6024A•* 0.96 1.00 58CV(AX)110 -20 CNPH•6024A•" 0.97 1.00 58MEB100 -20 CNPH*6024A ** 0.97 1.00 58PH *135 -20 CSPH *6012A *• 0.96 0.98 58CV(A,X)110 -20 CSPH•6012A*• 0.97 0.98 58MEB100 -20 CNPV "6024A ** 0.97 1.00 58PH "135 -20 U CAP••6024A•• 0.96 0.99 58CV(AX)135 -22 CAP**6024A** 0.97 _ 0.99 58MEB120 -20 CSPH•6012A•• 0.97 0.98 58PH•135 -20 w NOTE: When the required data falls between the published data, interpolation may be performed. Extrapolation is not an acceptable practice. * The Btuh heating capacity values shown are net integrated values from which the defrost effect has been subtracted. The Btuh heating from supplement heaters should be added to those values to obtain total system capacity. t The kW values include the compressor, outdoor fan motor, and indoor blower motor. The kW from supplement heaters should be added to these values to obtain total system kilowatts. EDB - Entering Dry Bulb 25HCB3 GUIDE SPECIFICATIONS AIR- COOLED, SPLIT - SYSTEM HEAT PUMP 25HCB3 GENERAL 1 -1/2 TO 5 NOMINAL TONS System Description Fans Outdoor - mounted, air - cooled, split- system heat pump unit — Condenser fan will be direct -drive propeller type, suitable for ground or rooftop installation. Unit consists of a discharging air upward. hermetic compressor, an air - cooled coil, propeller -type — Condenser fan motors will be totally enclosed, 1 -phase condenser fan, and a control box. Unit will discharge supply air type with class B insulation and permanently lubricated upward as shown on contract drawings. Unit will be used in a bearings. refrigeration circuit to match up to a packaged fan coil or coil — Shafts will be corrosion resistant. unit. — Fan blades will be statically and dynamically balanced. Quality Assurance — Condenser fan openings will be equipped with steel — Unit will be rated in accordance with the latest edition wire safety guards. of ARI Standard 240. Compressor — Unit will be certified for capacity and efficiency, and listed in the latest ARI directory. — Compressor will be hermetically sealed. — Unit construction will comply with latest edition of — Compressor will be mounted on rubber vibration p ANSI/ ASHRAE and with NEC. isolators. U — Unit will be constructed in accordance with UL Condenser Coil standards and will carry the UL label of approval. Unit — Condenser coil will be air cooled. N will have C -UL approval. PP — Coil will be constructed of aluminum fins mechanically — Unit cabinet will be capable of withstanding Federal bonded to copper tubes which are then cleaned, Test Method Standard No. 141 (Method 6061) 500 -hr dehydrated, and sealed. salt spray test. Refrigeration Components — Air - cooled condenser coils are pressure tested and the outdoor unit is leak tested. — Refrigeration circuit components will include liquid -line shutoff valve with sweat connections, — Unit constructed in ISO9001 approved facility. vapor -line shutoff valve with sweat connections, Delivery, Storage, and Handling system charge of Puron' (R -410A) refrigerant, POE — Unit will be shipped as single package only and is compressor oil, accumulator, and reversing valve. • stored and handled per unit manufacturer's Operating Characteristics recommendations. — The capacity of the unit will meet or exceed Warranty (for inclusion by specifying engineer) Btuh at a suction temperature of °F / °C. The - U.S. and Canada only. power consumption at full load will not exceed kW. PRODUCTS - Combination of the unit and the evaporator or fan coil Equipment unit will have a total net cooling capacity of — Factory assembled, single piece, air - cooled heat pump Btuh or greater at conditions of CFM entering unit. Contained within the unit enclosure is all factory air temperature at the evaporator at °F wet bulb wiring, piping, controls, compressor, refrigerant charge and °F / °C dry bulb, and air entering the unit at — Puron® (R- 410A), and special features required prior °F / °C. to field start-up. — The system will have a SEER of Btuh /watt or Unit Cabinet greater at DOE conditions. — Unit cabinet will be constructed of galvanized steel, Electrical Requirements bonderized, and coated with a powder coat paint. — Nominal unit electrical characteristics will be v, single phase, 60 hz. The unit will be capable of satisfactory operation within voltage limits of v to v. — Nominal unit electrical characteristics will be v, three phase, 60 hz. The unit will be capable of satisfactory operation within voltage limits of v to v. — Unit electrical power will be single point connection. — Control circuit will be 24v. Special Features — Refer to section of this literature identifying accessories and descriptions for specific features and available enhancements. Copynght 2009 Carrier Corp. • 7310 W. Morris St • Indianapolis, IN 46231 Printed in U.S .A. Edition Date 02/09 Catalog No. 25HCB3 -3PD Manufacturer reserves the right to discontinue, or change at any time, specifications or designs without notice and without incurring obligations. Replaces: 25HCB3 - 2PD 54 MC 2av i-0`0 10 PERFORMANCE"' 93 MODEL 58MTB 4 -WAY MULTIPOISE DIRECT Q �„ r i TWO -STAGE CONDENSING GAS FURNACE Input Rates: 60,000 thru 120,000 Btuh . Turn to the Experts. Product Data MAR 1 3 2009 4 -Way Multipoise Design it Allows More Applications... 411 7 The PerformanceTM 93 is a must for C?mfo ?eat your product line. This high- efficiency furnace allows more applications with its reliable 4 -way multipoise design. The PerfonnanceTM 93 is available in 6 heat/airflow combinations and with the 4-way multipoise design can be installed in upflow, downflow, or horizontal positions. The furnace is factory configured for upflow application. The versatility of this furnace is further enhanced by its dual ,—_ venting capability. The Performance © 93 can be installed as 1- pipe/Non -Direct vent or 2- pipe/Direct Vent. This versatile unit utilizes hot surface ignition (HSI) which ignites the burners directly. HSI eliminates gas waste that typical continuous -pilot designs can bring. Hot surface ignition provides reliable start-up and operation. Take a look at the control center on the PerformanceTM 93. Control of ignition, inducer, and blower operation 0 is all handled in 1 central printed circuit board. The status indicator on the control signals when an event has occurred and identifies where the event is. This, along with the component test feature, makes the PerformanceTM 93 one of the easiest gas furnaces to troubleshoot. A unique feature of this unit is the patented polypropylene- laminated heat exchanger. This secondary heat A05069 exchanger ensures that all available heat is properly transferred to the airstream and throughout the home. Using the exclusive flow - through design, the 4 secondary heat exchanger reduces the A pressure drop in the furnace which leads to lower electrical usage, an important part of this unit's efficiency. Carrier heat exchangers are backed by a Limited Lifetime Warranty. (See Warranties r section for details.) L When we put it all together, the allows wider spacing between cells for 4 -Way Multipoise Design — Allows PerformanceTM 93 combines quality and reduced air resistance through the the Performance 93 to be installed in design to bring high efficiency and furnace, reduced load on the blower an upflow, downflow, or horizontal comfort. You will enjoy the versatility motor, and reduced need for cleaning. orientation. Factory configured for and ease of installation of this unit. The power HeatTM Igniter — Carrier's upflow applications with only simple ' PerformanceTM 93 is equipped for either unique SiN igniter is not only physically drain connection changes required for left- or right -side connections. Blower robust but it is also electrically robust. It is conversion to downflow or horizontal. speeds are easily adjustable with speed- capable of running at line voltage and Warranties — Limited Lifetime • taps conveniently located on the control does not require complex voltage Warranty on the heat exchangers for the center. A more efficient combustion regulators as do other brands. This unique lifetime of original owner in single inducer allows for more use of 2 -in. vent feature further enhances the reliability of family residence; 20 years in other and combustion -air piping, keeping PerformanceTM 93 gas furnace and residential and commercial applications. installation costs low. continues Carrier's tradition of 5 year Limited Warranty on entire unit. m As with other Carrier furnaces, this technology leadership and innovation in Contact your dealer for details. F- model is designed to work as a part of the providing a reliable and durable product. 2 total home comfort system which p g p Direct or Non - Direct Venting — The includes elements for cooling, air ComfortFanTM — Improves comfort PerformanceTM 93 can be installed as a 1 cleaning, humidification, ventilation, all year long by allowing the pipe/Non- Direct vent or 2 pipe/Direct and zoning. homeowner to select different fan vent furnace. This provides added speeds during continuous fan operation flexibility to meet diverse installation THE PERFORMANCETM 93 to achieve more or less airflow. This is needs. FEATURES/BENEFITS done right at the thermostat. Two -Speed Inducer Motor — This SmartEvapTM — This feature allows motor works with the inducer fan to ComfortHeatTM Technology —The your system to reduce summer time optimize combustion efficiency and PerformanceTM 93 has a 2 -stage gas humidity levels by nearly 10% over exhaust the flue gases out of the house. valve to vary the amount of gas being standard systems. The motor has two speeds and an used from low -heat to high -heat stage. incorporated fan to keep the motor cool The low -stage operation allows longer Media Filter Cabinet — Enhanced while reducing sound. running periods, which helps maintain indoor air quality in your home is made easier our me ier with media filter net a lter cabi Permanent split capacitor (PSC) your most comfortable temperature, Blower Motor — The Performance prevents drafts, reduces noise, and standard accessory on all furnaces. enhances the air quality of your home. When installed as a part of your system, 93 has a PSC blower motor that has During the extreme cold, the high -heat this cabinet allows for an easy and several preselected fixed speeds which levels will run to ensure that you are still convenient addition of a Carrier high- can be customized to duct work comfortable. efficiency air filter. installation requirements. The motor has Adaptive Logic Control Board — This a wide application of use, a basic control Primary Heat Exchanger & scheme, and is extremely reliable. SerpentuflTM Secondary Heat self- adjusting control board contains a Exchanger — The primary heat microprocessor which automatically Full Cabinet Insulation — This exchanger is corrosion resistant and calculates the precise amount of time insulation completely surrounds the maintains a proven track record for long- your furnace should run and whether it internal furnace casing allowing for term reliability and high- efficiency should run in low -heat or high -heat reduced and dampened sounds and performance. The secondary heat operation to obtain the best comfort and maintained efficiencies. exchanger is built with a patented energy efficiency. This control board Soft Motor Mounts — These motor lamination process that bonds a also includes an extensive mounts help to absorb shock, decrease corrosion-proof lining of polypropylene troubleshooting and component test the vibration of the motor, and minimize to a heavy, galvanized steel shell. The sequence that can monitor your heating noise. unique secondary clamshell design system to ensure that it is operating properly. ' 0 ri ® 1–.' ) aWrIC.6 , IVINMX4 UPON MI. l' 0191.2 LIMN _ 1 ,1 ? 11.6101.11E17 2.V. .‘,„:,., , v„, 0.11.1.6 IIIIIIIIIIIIIIIIIIIIIIIIII WI " J � � PO lity01...,,%%N 1 doh Ow 4 .0 " " t 1111111? 1 00000000000 •�� /■ 11=1.40.1. III704 CONNECTOR A92505 A02017 A01160 HEAT EXCHANGERS CONTROL CENTER INDUCER ASSEMBLY 2 tif 17 iill—j--ill S I � 2 1 ? 3 . sue -6------------- 4 -111---,, III I nom 12 III . w9 `r��� r 18 �� W 11 ru \ 14 16 III /� co 6 I �`:i�� I 15 9 ,� _ ._ _ �' I I co I �... 13 10 .°.- 7 19 s ---...-- , ao1161 O Combustion -air intake connection to ensure ® Primary serpentine heat exchanger (inside). contaminant -free air (right or left side). Stretches fuel dollars with the S- shaped heat- © Burner sight glass for viewing burner flame. flow design. Solid construction of corrosion- • © resistant aluminized steel means reliability. Burner assembly (inside). Operates with inshot burners and hot surface igniter for safe, ® ComfortHeatTm control center. dependable heating. 0 3 -amp fuse provides electrical and component 0 Redundant gas valve. Safe, efficient gas control. protection. O Vent outlet. Uses PVC pipe to carry vent gases ® Light emitting diode (LED) on control center. from the furnaces combustion system (right or Code lights are for diagnosing furnace operation left side). and service requirements. O Inducer motor. Pulls hot flue gases through the Pressure switch(es) ensure adequate flow of flue heat exchangers, maintaining negative pressure products through furnace and out vent system. for added safety. O Blower access panel safety interlock switch. • Rollout switch (manual reset) to prevent overtemperature. 0 Air filter and retainer. C ) Junction box for 115 -v electrical power supply. 0 Condensate drain connection. Collects moisture (May be on right or left side) condensed from burned gases for disposal into home drain system. . Transformer (24v) behind control center provides low - voltage power to furnace control 0 Heavy -duty blower. Circulates air across the heat center and thermostat. exchangers to transfer heat into the home. m Secondary condensing heat exchanger (inside). . Wrings out more heat through condensation. Constructed with Polypropylene - laminated steel 0 to ensure durability. 3 L. Model number nomenclature 58MTB 060 F 100 12 Deluxe 4 -Way Multipoise 2 -Stage Direct - Cooling Airflow and Non - Direct Vent (1-Pipe) 12,0 Dal Btuh o o per Vent (2-Pipe) ( P) 12,000 Btuh Cooli ng) Condensing Gas Furnace 12 — 1200 CFM • 16 -1600 CFM 20 — 2000 CFM Input Rates (Low /High) CO 060 — 39,000/60,000 Btuh Series F-- 080 — 52,000/80,000 Btuh co 100 — 65,000/100,000 Btuh 120 — 78,000/120,000 Btuh Media Filter Cabinet included Iffy A E , R ATING C ERTIFIED am O IED F RT I f‘t ® MEETS DOE RESIDENTIAL CONSERVATION SERVICES PROGRAM STANDARDS Before purchasing this appliance, read important energy cost and efficiency information available � from your retailer. ISO 9001:2000 ENERGY STAR QMI REGISTERED As an ENERGY STAR® Partner, Carrier Corporation has REGISTERED QUALITY SYSTEM determined that this product meets the These products are engineered and ENERGY STAR® manufactured under an ISO 9001 registered guidelines for energy quality system. efficiency. • 4 Physical data UNIT SIZE 060 -12 080 -12 080 -16 100 -16 100 -20 120 -20 DIRECT -DRIVE MOTOR Hp (PSC) 1/3 1/3 1/2 1/2 3/4 3/4 MOTOR FULL LOAD AMPS 5 5 7.4 7.9 11 11 RPM (Nominal) — SPEEDS 1075 -5 1075 -5 1075 -5 1075-4 1075 -5 1075 -5 BLOWER WHEEL DIAMETER X WIDTH (In.) 10 x 7 10 x 7 11 x 8 11 x 8 11 x 10 11 x 10 FILTER SIZE (In.) — (Washable) (1) 16 x 25 x 1 (1) 20 x 25 x 1 (1) 24 x 25 x 1 SHIPPING WEIGHT (Lb) 189 200 205 231 I 234 262 LIMIT CONTROL SPST HEATING BLOWER CONTROL (Off Delay) Selectable 90, 120, 150, or 180 BURNERS (Monoport) 3 I 4 I 4 I 5 1 5 I 6 GAS CONNECTION SIZE 1 /2 -in. NPT co GAS VALVE (Redundant) Manufacturer White- Rodgers CO Minimum Inlet Pressure (In. wc) 4.5 (Natural Gas) Maximum Inlet Pressure (In. wc) 13.6 (Natural Gas) IGNITION DEVICE Hot Surface PSC— Permanent Split Capacitor 5 Carrier accessories* 080 -12 100-16 UNIT SIZE 060 -12 080-16 100 -20 120 -20 GAS CONVERSION KIT — NATURAL -TO- PROPANE KGANP4001 ALL GAS CONVERSION KIT — PROPANE -TO- NATURAL KGAPN3301 ALL TWINNING KIT KGATW0601HSIt DOWNFLOW BASE (For Combustible Floors)$ KGASB0201ALL VENT TERMINATION KIT (Bracket Only for 2 Pipes) 2 -in. — KGAVT0101 BRA 3 -in. — KGAVT0201 BRA CONCENTRIC TERMINATION KIT (Single Exit) 2 -in. — KGAVT0501 CVT 3 -in. — KGAVT0601 CVT CONDENSATE FREEZE PROTECTION KIT KGAHT0101CFP CONDENSATE NEUTRALIZER KIT (Obtained Thru RCD) P908 -0001 ELECTRONIC AIR CLEANER (EAC) Model EACB m MECHANICAL AIR CLEANER Model EACA, EZXCAB. FILCAB I- 2 HUMIDIFIER Models HUM In HEAT RECOVERY VENTILATOR Model HRV ENERGY RECOVERY VENTILATOR Model ERV UV LIGHTS Model UVL VENT /EXHAUST PIPE EXTERNAL TRAP KIT KGAET0106ETK DOOR GASKET KIT KGBAC0110DGK ' Factory- authorized and field - installed. Gas conversion kits are CSA (A.G.A. /C.G.A.) recognized. t For 16 and 20 airflow sizes only. See kit Installation Instructions for details. $ Required for installation on combustible floors when no coil box is used, or when any coil box other than a Carrier cased coil is used Thermostat and zoning control options NON - PROGRAMMABLE THERMOSTAT SELECTION TSTATCCNAC01 -C For use with 1 -spd. Air Conditioner - deg. F /C. Auto Changeover TSTATCCNHP01 -C" For use with 1 -spd. Air Conditioner - deg. F /C, Auto Changeover TSTATCCN2S01 -C' For use with 2 -spd. Air Conditioner - deg. F /C, Auto Changeover TSTATCCBACO1 -B For use with 1 -spd. Air Conditioner - deg. F/C TSTATCCPRH01 -B" For multi -use / stage configurations - deg. F /C. Auto Changeover/Temperature and Humidity Control Model HP and 2S thermostat must be field converted to air conditioner operation. "Thermidistat Control is versatile and can be configured for multiple use and staging, it must be configured for each specific application. PROGRAMMABLE THERMOSTAT SELECTION TSTATCCPAC01 -B For use with 1 -spd. Air Conditioner - deg. F /C, Auto Changeover, 7 -Day Programmable TSTATCCPHP01 -B' For use with 1 -spd. Air Conditioner - deg. F /C, Auto Changeover, 7 -Day Programmable TSTATCCP2S01 -B' For use with 2 -spd. Air Conditioner - deg. F /C, Auto Changeover, 7 -Day Programmable TSTATCCSACO1 For use with 1 -spd. Air Conditioner - deg. F /C, 5 -2 Day Programmable TSTATCCPDF01 -B" For use with multi -stage applications - deg. F /C, Auto Changeover, 7 -Day Programmable TSTATCCPRH01 -B "' For multi -use / stage configurations - deg. F /C, Auto Changeover, 7 -Day Programmable/Temperature and Humidity Control Model HP and 2S thermostat must be field converted to air conditioner operation. **Dual Fuel thermostat is used with furnace and heat pump application ***Thermidistat Control can be configured for multiple use and staging, it must be configured for each specific application. ZONING CONTROL SELECTION ZONECC32(AC /HP)01 Weather Maker Two -Zone kit ZONECC2KIT01 -B Comfort Zone II -B 2 -Zone kit/Temperature and Humidity Control ZONECC4KIT01 -B Comfort Zone II -B 4 -Zone kit/Temperature and Humidity Control ZONECC8KIT01 -B Comfort Zone II -B 8 -Zone kit/Temperature and Humidity Control 6 cei:C4) ■ 6i I' l • w A93086 A88202 A96214 CONCENTRIC DOWNFLOW CARRIER VENT (Direct Vent/ SUBBASE CASED N -COIL 2 -Pipe only Application) One base fits all furnace sizes. (as shown) A concentric vent kit allows vent The base is designed to be in- The Carrier Cased N -Coil or a stalled between the furnace and a and combustion -air pipes to A -Coil is an upflow /downflow -4 combustible floor when no coil furnace coil which can also — terminate through a single exit box is used or when a coil box W replace the downflow subbase in a roof or side wall. other than a Carrier cased coil is when installing the 58MTB on One pipe runs inside the other used. It is CSA (A.G.A./C.G.A.) combustible flooring in the allowing venting through the design certified for use with Car- downflow orientation. inner pipe and combustion air to be rier 58MTB furnaces when in- h the outer pipe. stalled in downflow drawn in through P Pe• applications. -.111111 11 ---9 2 — PI 1 11111 g O ______ I i ,ss. i I.. I , ems , , 311111111111111111111M1 11 II IP ,,.........____,_,. >> _,,„ ....... D ,,,e 0 ... 0 11 ----i--4: A97152 A01484 A99250 A94336 ELECTRONIC AIR HUMIDIFIER CONTROLS: ENERGY/HEAT CLEANER By adding moisture to winter- THERMOSTATS RECOVERY Cleans the air of smoke, dirt, and dry air, a Carrier humidifier can AND ZONING VENTILATOR many pollens commonly found. often improve comfort and keeps Available in programmable and Carrier's energy or heat recovery Saves decorating and cleaning woodwork, wallpaper, and paint non - programmable models, ventilators exhaust stale indoor expenses by keeping carpets, in better condition. Moisturizing Carrier thermostats maintain a air and provide fresh outdoor air furniture, and drapes cleaner. household air also helps to retain constant, comfortable tempera- to the home while minimizing normal body heat and provides ture level in the home. heat loss and humidity level. comfort at lower temperatures. Especially useful for today's For the ultimate in home com- tighter constructed houses. fort, Carrier's 2, 4 and 8 -zone systems allow temperature con- Energy recovery ventilator is trol of individual "zones" of the shown. home. This is accomplished through a series of electronic dampers and remote room sensors. The 4 -zone system is shown. 7 1 58MTB 00 v 26 J /� = 28 'x" CD - 26 'ie" � 26 "', n AIRFLOW 2414" - 26'6 22 4he" + ie D -4.- � 22 49" x%15 2-IN. COMBUSTION- ' TYP 19 AIR CONN CONDE TRAP LO IO + + DRAIN OUTLET , OUTLET 1i 0 + � CAT (DOWNF CON — 1 ` HORIZONTAL L LEFT) TRAP LOCATION } 2 - COMBUSTION - ''e -IN. DIA I® (DOWNFLOW & AIR R CONN 5a ,. • POWER CONN HORIZONTAL RIGHT) /// N ',AN. DIA } OR ALTERNATE 1 } '4 -IN. DIA GAS CONN —\\ In L ',IN. DIA GAS CONN I ' GAS CONN 2 -IN. VENT CONN �•_ - O f • 111 1 19 -IN. DIA + 33 S " - - -- \ / POWER CONN • • TYP I -IN. DIA THERMOSTAT • I 32'6" 'n -IN. DIA ENTRY 30 ,3,a,TVP THERMOSTAT ENTRY 22 '!1/4" INN .-- DIA 30 !t" 39 I, a" POCESSORY 29 '1/4e" 2 -IN. VENT CONN POWER ENTRY Qi 27 %" TYP I---- CONDENSATE v Q DRAIN TRAP 279'u" 22- e , -_ _ _ q LOCATION TYP I I (ALTERNATE _ I I UPFLOW) 24'A 14 1" I SIDE INLET i ` 175/le" � SIDE INLET I I 9 Re^ I I I I TYP I I I 1 " —�— +L �d - I r I r r i '-- -- -- -- -- -- - -- -d+ -� T INLET I CONDENSATE II CONDENSATE 0 I I „ _ DRAIN LOCATION I-•••- 22 b." TVP r- 4-11+e" 1 "•►{ 23'o "TYP —1.-1 DRAIN LOCATION --- -- 11111!"' E —^ ll fff (UPFLOW) I SIDE INLET (UPFLOW) 24 'e" 26 re 1e" TYP DIMPLE LOCATORS BOTTOM INLET FOR HORIZONTAL HANGING A05053 NOTES: 1. Minimum return -air openings at furnace, based on metal duct- if flex duct is used, see flex duct manufacturer's recommendations for equivalent diameters. 2, Minimum return -air opening at furnace: a. For 800 CFM- 16 -in. round or 14 '/, x 12 -in. rectangle. b. For 1200 CFM- 20-in. round or 14 '/: x 19 'h-in- rectangle. c. For 1600 CFM- 22 -in. round or 14 '/: x 23 '1. -in- rectangle. d. For airflow requirements above 1800 CFM, see Air Delivery table in Product Data literature for specific use of single side inlets. The use of both side inlets, a combination of 1 side and the bottom, or the bottom only will ensure adequate return air openings for airflow requirements above 1800 CFM at 0.5" W.C. ESP. DIMENSIONS (In.) UNIT SIZE A D E 060 17 - 1/2 15 - 7/8 16 080 - 12 17 15 - 7/8 16 080 - 17 15 - 7/8 16 100 -16 21 19 -3/8 1 9 /2 100 -20 21 19 -3/8 19-1/2 120 -20 24 -1/2 22 -7/8 23 DOWNFLOW SUBBASE — DIMENSIONS (In.) FURNACE PLENUM OPENING' FLOOR OPENING HOLE NO. CASING FOR WIDTH WIDTH FURNACE IN DOWNFLOW APPLICATION A B C D ADJUSTMENT 17 1/2 Furnace with or without Cased Coil 15 -1/8 19 16 -3/4 20-3/8 3 Assembly or Coil Box 21 Furnace with or without Cased Coil 18 -5 /8 19 20-1/4 20-3/8 2 Assembly or Coil Box 24 -1/2 Furnace with or without Cased Coil 22-1/8 19 23 -3/4 20 -3/8 1 Assembly or Coil Box • The plenum should be constructed 1/4 in. smaller in width and depth than the plenum dimensions shown above. LOCATING 1 1/4" TYP TAB t71 –I.- PLENUM Is OPENING - I/ g 1 ■ 10 „ ailftimit ,- ' \ D — / � = � LOCATING ` �� � / TAB �� FACTORY - SUPPLIED —' =' ' � i ' C ■ FIELD - INSTALLED I INSULATION `s� M ,. .' -. A97427 A88207 Assembled Disassembled Combustion -Air Pipe for Non - Direct Vent (1 -Pipe) (Sizes 040 through 120 Only) r FIELD- SUPPLIED 2-IN. DIAMETER r FIELD - SUPPLIED PVC 90 ELBOW 2 -IN. DIAMETER PVC PIPE LENGTH OF STRAIGHT PIPE PORTION OF COMBUSTION AIR INLET PIPE ASSEMBLY (IN.) I GE --- CASING WIDTH A 17-1/2 8 -1/2 ± 1/2 A 21 10-1/2 ± 1/2 J 24 -1/2 12 ± 1/2 COMBUSTION -AIR DISC LOOSE PARTSPBAG) IN A96211 Concentric Vent for Direct Vent (2 -Pipe) Application (All Model Sizes) B IN. DIA PVC VENT /EXHAUST F -� — — 11"MIE110 I E � 1 Note: See furnace Installation y C IN. DIA Instructions when venting mul- tiple furnaces near each other. 13 — ►11121 -al D -- A BIN. DIA PVC A97110 INTAKE /COMBUSTION AIR DIMENSIONS (In.) KIT PART NO. A' B C Dt E F KGAVT0501CVT 33 -3/8 2 3 -1/2 16 -5/8 6-1/4 5 -3/4 KGAVT0601CVT 38 -7/8 3 4 -1/2 21 -1/8 7 -3/8 6 -1/2 ' Dimension A will change accordingly as dimension D is lengthened or shortened. f Dimension D may be lengthened to 60 in. maximum. Dimension D may also be shortened by cutting the pipes provided in the kit to 12 in. minimum. 9 1 CONDENSATE TRAP BLOWER SHELF FURNACE CONDENSATE DOOR TRAP CONDENSATE FURNACE TRAP (INSIDE) FURNACE DOOR FURNACE SIDE SIDE Ift. _ oft r-----_-;:rc_ l i 4'/s 4 i 53 r a .; IN j 2r , 5 -► - � FIELD FIELD N Co DRAIN DRAIN 26 1 tr ALTERNATE DRAIN CONN CONN TUBE LOCATION co SIDE VIEW FRONT VIEW END VIEW FRONT VIEW CONDENSATE TRAP DRAIN TUBE LOCATION DOWNFLOW AND ALTERNATE HORIZONTAL UPFLOW APPLICATIONS EXTERNAL UPFLOW APPLICATIONS APPLICATIONS SLOT FOR SCREW HORIZONTAL APPLICATION (OPTIONAL) 1 /4 OD COLLECTOR BOX TO 1/2 TRAP RELIEF PORT - - 1 n OD T � INDUCER HOUSING 3/4 r DRAIN CONNECTION ow se OD COLLECTOR BOX 71/6 ;IN CONNECTION � SCREW HOLE FOR 1314 i UPFLOW OR DOWN - �/6 f� FLOW APPLICATIONS A E I f (OPTIONAL) GUIDES 2 f 'h -IN. PVC OR CPVC (WHEN USED) FRONT VIEW SIDE VIEW A93026 MEDIA FILTER CABINET • 25 `b P. • 23 V" • 4 24 'M' • Opening with Flanges Bent 41 23 4," ► ' I O pe n in g O • i I 1 CD A 0 0 a. Furnace Side I Duct Side • 23' ► Centerline Screw Slots -41- 5 -► Media Shipped with sizes Filter Cabinet A B 16" 17" 16" 040 -08. 040 -12. 060 -08, 060 -12, 060 -16. 080 -12. 080-16 20" 21" 20" 080 - 20,100 - 16,100 -20 24" 25" 24" 120 - 20,140 -20 A05186 10 Performance data UNIT SIZE 060 -12 080 -12 080 -16 100 -16 100 -20 120 -20 CERTIFIED TEMPERATURE RISE RANGE 'F Low 20 -50 30-60 30-60 25 -55 30-60 30-60 High 30-60 40-70 30-60 45 -75 30-60 40-70 CERTIFIED EXT STATIC PRESSURE Heating 0.12 0.15 0.15 0.20 0.20 0.20 (In. wc) Cooling 0.50 0.50 0.50 0.50 0.50 0.50 AIRFLOW CFMt Heating Low 680 790 775 1175 1205 1215 Heating High 1010 1130 1190 1315 1795 1770 Cooling 1275 1380 1565 1570 2035 2075 Capacity UNIT SIZE 060 -12 080 -12 080 -16 100 -16 100 -20 120 -20 g OUTPUT CAPACITY BTUH* ICS 03 Direct Vent (2 -Pipe) Low Upflow 37,000 49,000 49,000 61,000 61,000 74,000 (Shaded capacities are specified Downflow 37,000 49,000 49,000 61,000 61,000 74,000 on rating plate) Horizontal 37,000 49,000 49,000 61,000 61.000 73,000 High Upflow 56.000 75.000 75,000 94,000 94,000 113,000 Downflow 57.000 75.000 75,000 94,000 94,000 113,000 Horizontal 56,000 75,000 75,000 94,000 94,000 112,000 Non - Direct Vent (1 -Pipe) Low Upflow 37,000 49,000 49,000 61,000 61,000 73,000 Downflow 37,000 49.000 49,000 61,000 61,000 73.000 Horizontal 36,000 48,000 48,000 60,000 61,000 73,000 High Upflow 56,000 75,000 75,000 94,000 94,000 112,000 Downflow 56,000 75,000 75,000 94,000 94,000 112,000 Horizontal 56,000 74,000 75,000 93,000 93,000 112,000 INPUT BTUHt Low 39,000 52,000 52,000 65,000 65,000 78,000 High 60,000 80,000 80,000 100,000 100,000 120,000 AFUE% UNIT SIZE 060 -12 080 -12 080 -16 100 -16 100 -20 120 -20 AFUE% • Direct Vent (2 -Pipe) Upflow 93 93 93 93 93 93 Nonweatherized ICS Downflow 91.5 91.5 91.5 91.5 91.5 91.5 Horizontal 92.3 92.3 92.3 92.3 92.3 92.3 Non - Direct Vent (1 -Pipe) Upflow 92.4 92.4 92.4 92.4 92.4 92.4 Downflow 91.4 91.4 91.4 91.4 91.4 91.4 Horizontal 91.4 91.4 91.4 91.4 91.4 91.4 Capacity and AFUE in accordance with U.S. Government DOE test procedures. t Gas input ratings are certified for elevations to 2000 ft. For elevations above 2000 ft, reduce ratings 2% for each 1000 ft above sea level. In Can- ada, derate the unit 5% for elevations 2000 to 4500 ft above sea level. $ • Airflow shown is for bottom only return -air supply with factory supplied 1 -in. washable filter(s). • For air delivery above 1800 CFM, see Air Delivery table for other options. • An airflow reduction of up to 7% may occur when using the factory- specified 4 5/16 -inch wide, high efficiency media filter. • For best furnace efficiency when using the 4 5/16 -inch wide media filter, adjust the blower speed tap to near the mid -point of the rise range. ICS - Isolated Combustion System 11 INSTALLATION This forced air furnace is equipped for use with natural gas at altitudes 0 - 10,000 ft (0 - 3,050m), meld 140 are Furnaces are orl y approved for attitudes 0 - 7,000 ft. (0 - 2,135m). An accessory tat, applied by the manufacturer, shall be used to convert to propane gas use or may be required for some nature gas applications ' This furnace is for indoor installation in a bilking mnstruated on site. This furnace may be installed in a manufactured (mobile) home when stated on rating pate and using factory authorized lit. This furnace may be installed on combustible flooring in alcove or dose at ;unman clearance horn contustide material. This appliance requires a special venting system. Refer to the installation instrudiors for part list and mettud of installation. This furnace is for use with sdhedoe-40 PVC, PVC-DWV, CPVC, or ABS -OWV pipe, and must not be vented in common with other gas -fired appliances. Construction through wfYch vert/ar intake Apes may be installed is ma anxm 24 inches (600 mm), mnimm 3/4 incites (19 mm) thiduress (inckding roofing materials). Cette tournaise it air pose est equipie pour utilisation avec gaz nature at altitudes comprises entre 0 - 3,050m (0-10,030 pi), excepts queries foumaises de 140 title sort pour altitudes comprises entre 0 - 2,135m (0 - 7,000 pi). Utiliser one trousse de conversion, forme par le fabdcant, pour passer au gaz propane our pour certares installations as gaz nature. Cette foumaise a air pulse est pour installation a I'irkerieur dans on batiment censtruit sur place. Cette foumaise a an pose peat etre irstallee darn Lire meison prefabriquee (maison mobile) a prescrit par la plague sigealetique at a I on utilise one trousse speafiee par le fabrican. Cette foumaise pal etre installee sur an panther combustible darn urn erdoncernent os on placard en observant les degagements minimums avec les materiattt comrbustides. Cet apparel neoessite to systeme d'evacuation spade. La rnethode d"installation at la liste des peas roecessatres figurent dare les instructions d irstalation.Cette fourrtase dot Sutiliser avec la tuyaute ie des nomenclatures 40 PVC, PVC -DNN, CPVC, our ABS-OWV at elle ne pert pas etre vent/ee conjcintment avec d"au tres apparels it gaz Epaisseur de la corstru tion as travers de laquelle it est possible de faire passer les dryad( d'aerariton (auihssioruertaaiation): 24 po (603 mm) 'mantra, 3/4 po (19 mm) mhmm (y corrpris la tature). m For t flow and downflow applications, furnace must be installed level, or pitched within 1/2" 2 of level. For a honzontal application, the furnace must be pitched minimum 1/4" to LEVEL (0 ") ; `_ MIN 1/4" b maldrrum of 1/2" forward for proper drainage. See Installation Manual for IMPORTANT urtit 1/2 " MAX k„% TO si.pport details on horizontal 0-p Bonbons. 1/2' MAX l — Pour des applications de flux ascendant at descendant, la fournase cat etre instal lee de niveau os indinee a pas pus de 1/2" du niveau. Pour one application horizortae, la DOWNFLOW fournaise dolt etre indictee entre rrinimum 1/4" at rrraarrum 1/2" du niveau u le dra FRONT FRONT appropne. En cas dirtstallabon en on horizorltale, consulter les rertsegrierrents D OR HORIZONTAL IMPORTANTS sur le support dans le mend dirstallation. DOW NF MINIMUM INCHES CLEARANCE TO COMBUSTIBLE CONSTRUCTION This furnace is approved for UPFLOW ,DOVYNR.CNart ALL POSITIONS: HORIZONTAL installations. * Mnimum front dearartce for service 30 inches (762mm). Ce le foumaise est approuvee pour !installation HORIZONTALE t t 140 size furnaces require 1 inch back dearartce to combustible materials. at it arculation d ar VERS LE HAUT at VERS LE BAS. DOWNFLOW POSITIONS: t For installation on combustible floors only when installed on special base No. KGAS80201ALL, Cdl Clearance arrows Les fleshes de degagerrertt Assembly, Pail No. CO6 or CK5, or Cal Casing, Part No. KCAKC. do not change with ne change pas avec HORIZONTAL POSITIONS: furnace orientation. I Orientation de la Line contact is pemasside only between lines forted by irtersediors of tap and two sides of furnace cast a ateur d "air laud. advert, and building lasts, studs, or framing. § Clearance shown is for air met and air outlet ends. t I O , e e 0 " rn N O 120 and 140 size furnaces require 1 inch bottom clearance to combustible materials A R a c x s`D e s DEGAGEMENT MINIMUM EN POUCES AVEC ELEMENTS DE CONSTRUCTION COMBUSTIBLES ERE )PNNP s °° POUR TOUS LES POSITIONS: F °3 FP°PNt * avant rrirumurn de 763m1 po) I"entretien. �� s t t Pour les fo rna (gym ) t de 140 taille, 1 pa ( ) l gEfrlEflt des matdmaai( corr{Xstibles est recalls °� F LENTE 1 C E POUR LA POSITION COURANT DESCENDANT: sur 1 E A v °N ' EN 30 t Pair I inst sur le piancher carbuistible seulement qqurd on utilise la ha v spectate, piece Cr c " r " if KGAS80201ALL, I "ensembl selpentin, piece n° 005 os CK5, our le carter de serpentin, piece 3 n° KCAKC. § 44 POUR LA POSMON HORIZONTALE: 8 _ Le contact nest ppeerrmms quientre les Byres formtees par les intersections du dessus at des deuxcdtes de it chemise de la fourrtase, et des solives, des montants our de la dharpente du betirrent. Vent dearance to § La distance irdquee ccnoeme I "extremute du tt u.rya.0 d "amvee d air et I extremite du tutyau de sortie d "0-r. 0" ce^bustib 0". O Pour les foumaises de 120 et 140 tattle, 1 po (25T m) degagernent des meter combustibles est regos Clearance in inches T ° 0 (po) Degagerrtent Sys. Degagement (Po). d"event avec canbustides 324999 -201 REV. D (LIT TOP) j 12 AIR DELIVERY —CFM (With Filter)* EXTERNAL STATIC PRESSURE (In. wc) UNIT SIZE RETURN -AIR - - CARRIER SUPPLY SPEED 0.1 0.2 0.3 0.4 0.5 0.6 0.7 0.8 High 1490 1450 1400 1345 1275 1190 1080 960 1 side Med -High 1190 1180 1155 1120 1070 1005 915 810 060 -12 or Med 1015 1010 995 965 920 875 800 715 bottom Med -Low 870 860 840 820 780 735 670 580 Low 685 670 645 620 595 545 495 420 High 1605 1560 1510 1450 1380 1300 1195 1045 1 side Med -High 1305 1290 1265 1225 1175 1100 995 895 080-12 or Med 1135 1125 1110 1080 1030 965 885 800 bottom Med -Low 990 980 965 930 880 825 760 685 Low 805 780 745 700 660 630 575 495 High 1810 1755 1690 1640 1565 1495 1410 1330 1 side Med -High 1420 1385 1350 1305 1260 1210 1145 1090 c 080 -16 or Med 1205 1175 1135 1100 1060 1010 960 905 co bottom Med -Low 1035 990 945 910 875 840 790 735 W Low 805 750 705 660 620 585 540 490 High 1740 1705 1660 1615 1570 1500 1425 1355 1 side Med -High 1500 1470 1445 1410 1375 1330 1280 1210 100 -16 Med -Low 1340 1315 1300 1270 1235 1200 1140 1095 bottom Low 1195 1175 1165 1130 1100 1070 1030 975 High 2345 2265 2195 2110 2035 1940 1850 1745 Med -High 2110 2065 2010 1945 1875 1800 1710 1615 bottom Med 1810 1795 1770 1725 1680 1615 1545 1460 only Med -Low 1480 1465 1440 1415 1375 1330 1260 1190 100-20 Low 1235 1205 1180 1155 1115 1065 1015 950 both sides or High 2425 2365 2300 2240 2160 2080 1980 1880 1 side and bottom Med -High 2045 2025 2000 1965 1910 1850 1785 1695 1 side only High 2305 2235 2170 2100 2005 1925 1825 1730 Med -High 2030 1995 1950 1905 1835 1775 1685 1600 High 2385 2320 2245 2160 2075 1975 1870 1775 Med -High 2105 2060 2005 1945 1880 1795 1710 1620 bottom Med 1785 1770 1740 1700 1650 1600 1525 1450 only Med -Low 1495 1470 1450 1420 1385 1335 1280 1220 120-20 Low 1250 1215 1190 1155 1125 1085 1040 985 both sides or High 2475 2435 2385 2320 2260 2180 2095 1995 1 side and bottom Med -High 2085 2075 2055 2030 1980 1930 1865 1785 1 side only High 2255 2190 2115 2045 1965 - 1890 1800 1710 Med -High 1985 1930 1890 1840 1780 1720 1645 1560 • Airflow shown is with factory supplied 1 -in. washable filter. • A filter is required for each return air opening. • An airflow reduction of up to 7% may occur when using the factory- specified 4 -5/16 -inch wide, high efficiency media filter. • For best furnace efficiency when using the 4 5/16 -inch wide media filter, adjust blower speed tap to near the mid -point of the rise range. • For horizontal and downflow applications, use "1 side or bottom" or "bottom only" as airflow reference. 13 Combustion -air and vent piping for Direct Vent (2 -Pipe) and Non - Direct Vent (1 -Pipe) Applications MAXIMUM ALLOWABLE PIPE LENGTH (FT) UNIT MAX DIRECT VENT (2 -PIPE) ONLY NON - DIRECT VENT NUMBER OF 90° ELBOWS ALTITUDE (FT) INPUT RATE TERMINATION PIPE DIA (1 -PIPE) ONLY (BTUH) TYPE (IN.)' PIPE DIA (IN.)* 1 2 3 4 5 6 60.000 2 Pipe or 2 -in 1 -1/2 1 -1/2 20 15 10 5 NA NA Concentric 2 2 70 70 70 70 70 70 1 -1/2 1 -1/2 10 NA NA NA NA NA m 80,000 2 Pipe or 2 -in 2 2 55 50 35 30 30 20 I— Concentric 2 2 -1/2 2 -1/2 70 70 70 70 70 70 is 0 to 2000 2 2 5 NA NA NA NA NA 100,000 2 Pipe or 3-in 2 -1/2 2-1/2 40 30 20 20 10 NA Concentric 3 3 70 70 70 70 70 70 2 -1/2 one disk 2 -1/2 10 NA NA NA NA NA 120,000 2 Pipe or 3-in. 3f NA 45 40 35 30 25 20 Concentric 3t no disk 3t 70 70 70 70 70 70 UNIT MAX DIRECT VENT (2 -PIPE) ONLY NON - DIRECT VENT NUMBER OF 90° ELBOWS (1-PIPE) ONLY ALTITUDE (FT) INPUT RATE TERMINATION PIPE DIA (BTUH) TYPE (IN.)' PIPE DIA (IN.)* 1 2 3 4 5 6 60.000 2 Pipe or 2 -in 1-1/2 1-1/2 17 12 7 NA NA NA Concentric 2 2 70 67 66 61 61 61 80,000 2 Pipe or 2 -in 2 2 49 44 30 25 25 15 Concentric 2 -1/2 2 -1/2 70 70 _ 70 70 70 70 2001 to 3000 100,000 2 Pipe or 3 -in 2-1/2 2 -1/2 35 26 16 16 6 NA Concentric 3 3 70 70 70 70 66 61 3 NA 14 9 NA NA NA NA 120,000 2 Pipe or 3 -in. NA 3t 63 62 62 61 61 61 Concentric 3t no disk NA 70 70 63 56 50 43 4t no disk 4t no disk 70 70 70 70 70 70 . UNIT MAX DIRECT VENT (2 -PIPE) ONLY NON - DIRECT VENT NUMBER OF 90° ELBOWS (1 -PIPE) ONLY ALTITUDE (FT) INPUT RATE TERMINATION PIPE DIA (BTUH) TYPE (IN)' PIPE DIA (IN. }" 1 2 3 4 5 6 60,000 2 Pipe or 2 -in 1-1/2 1-1/2 16 11 6 NA NA NA Concentric 2 2 68 63 62 57 57 56 80,000 2 Pipe or 2 -in 2 2 46 41 28 23 22 13 Concentric 2 -1/2 2 -1/2 70 70 70 70 70 70 3001 to 4000 2 Pipe or 3 -in 2 -1/2 2 -1/2 33 24 15 14 5 NA 100,000 Concentric 3 3 70 70 70 66 61 56 2 Pipe or 3 -in. 3t no disk NA 65 58 51 44 38 31 120,000 Concentric NA 3t 59 59 58 57 57 56 4t no disk 4t no disk 4t no disk 70 70 70 70 70 70 See notes at end of table 14 Combustion -air and vent piping for Direct Vent (2 -Pipe) and Non - Direct Vent (1 -Pipe) Applications MAXIMUM ALLOWABLE PIPE LENGTH (FT) (Continued) UNIT MAX DIRECT VENT (2 -PIPE) ONLY NON - DIRECT VENT NUMBER OF 90° ELBOWS ALTITUDE (FT) INPUT RATE (1 -PIPE) ONLY ( TERMINATION PIPE DIA PIPE DIA (BTUH) TYPE (IN.)' (IN.)* 1 2 3 4 5 6 2 Pipe or 2 -in 1-1/2 1 -1/2 15 10 5 NA NA NA 60,000 Concentric 2 2 64 59 58 53 52 52 80.000 2 Pipe or 2 -in 2 2 44 39 26 21 20 11 cri Concentric 2 -1/2 2 -1/2 70 70 70 70 70 70 4001 to 5000$ 2 Pipe or 3 -in 2-1/2 2 -1/2 31 22 13 12 NA NA 100,000 Concentric 3 3 70 70 67 62 57 52 CO 3t no disk NA 53 46 40 33 26 20 120,000 2 Pipe or 3-in. NA at 56 55 54 53 52 52 Concentric 4t no disk 4t no disk 70 70 70 70 70 70 UNIT MAX DIRECT VENT (2 -PIPE) ONLY NON- DIRECT VENT NUMBER OF 90° ELBOWS ALTITUDE (FT) INPUT RATE TERMINATION PIPE DIA {1 -PIPE) ONLY (BTUH) TYPE (IN.)' PIPE DIA (IN.), 1 2 3 4 5 6 60.000 2 Pipe or 2 -in 1 -1/2 1 -1/2 14 9 NA NA NA NA Concentric 2 2 60 55 54 49 48 47 80,000 2 Pipe or 2 -in 2 2 41 36 23 18 17 8 Concentric 2 -1/2 2 -1/2 70 70 70 70 70 70 5001 to 6000$ 2 Pipe or 3 -in 2-1/2 2-1/2 29 21 12 11 NA NA 100,000 Concentric 3 3 70 67 62 57 52 47 3t no disk NA 42 35 29 22 15 9 120,000 2 Pipe or 3 in. NA 3t 53 52 50 49 48 47 Concentric 4t no disk 4t no disk 70 70 70 70 70 70 UNIT MAX DIRECT VENT (2 -PIPE) ONLY NON- DIRECT VENT NUMBER OF 90° ELBOWS ALTITUDE (FT) INPUT RATE (1-PIPE) ONLY TERMINATION PIPE DIA PIPE DIA (BTUH) TYPE (IN)' (IN) 1 2 3 4 5 6 60,000 2 Pipe or 2 -in 1 -1/2 1-1 /2 13 8 NA NA NA NA Concentric 2 2 57 52 50 45 44 43 80.000 2 Pipe or 2 -in 2 2 38 33 21 16 15 6 Concentric 2 -1/2 2 -1/2 70 70 68 67 66 64 6001 to 7000$ 2 Pipe or 3 -in 2-1/2 2 -1/2 27 19 10 9 NA NA 100,000 Concentric 3 3 68 63 58 53 48 43 3t no disk NA 31 24 18 11 NA NA 120,000 2 Pipe or 3-in. NA 3t 49 48 47 45 44 43 Concentric 4t no disk 4t no disk 70 70 70 70 67 62 See notes at end of table 15 Combustion -air and vent piping for Direct Vent (2 -Pipe) and Non - Direct Vent (1 -Pipe) Applications MAXIMUM ALLOWABLE PIPE LENGTH (FT) (Continued) DIRECT VENT (2 -PIPE) ONLY NON- DIRECT VENT NUMBER OF 90° ELBOWS ALTITUDE (FT) UNIT SIZE TERMINATION PIPE DIA (1 -PIPE) ONLY (BTUH) PIPE DIA TYPE (IN.)` (IN.)* 1 2 3 4 5 6 2 Pipe or 2 -in 1 -1/2 1 -1/2 12 7 NA NA NA NA 60.000 Concentric 2 2 53 48 46 41 40 38 80,000 2 Pipe or 2 -in 2 2 36 31 19 14 12 NA m Concentric 2 -1/2 2 -1/2 66 65 63 62 60 59 ~ 7001 to 8000$ I 100,000 2 Pipe or 3 -in 2 -1/2 2-1/2 25 17 8 7 NA NA 03 Concentric 3 3 63 58 53 48 43 38 Lel 3t no disk NA 20 13 7 NA NA NA 120,000 2 Pipe or 3 in. NA I 3t 46 44 43 41 40 38 Concentric 4t no disk 1 4f no disk 61 56 51 46 41 _ 36 DIRECT VENT (2 -PIPE) ONLY NON - DIRECT VENT NUMBER OF 90° ELBOWS ALTITUDE (FT) UNIT SIZE TERMINATION PIPE DIA (1 -PIPE) ONLY (BTUH) TYPE (IN.)* PIPE DIA (IN.)' 1 2 3 4 5 6 60,000 2 Pipe or 2 -in 1 -1/2 1 -1/2 11 6 NA NA NA NA Concentric 2 2 49 44 42 37 35 34 80,000 2 Pipe or 2 -in 2 2 33 28 17 12 10 NA Concentric 2 -1/2 2 -1/2 62 60 58 56 55 53 8001 to 9000$ 2 Pipe or 3 -in 2-1/2 2 -1/2 23 15 7 5 NA NA 100,000 Concentric 3 3 59 54 49 44 39 34 3t no disk NA 10 NA NA NA NA NA 120.000 2 Pipe or 3 in. NA 3t 43 41 39 37 35 34 Concentric 4t no disk 4t no disk 35 30 25 20 15 10 _ DIRECT VENT (2 -PIPE) ONLY NON - DIRECT VENT UNIT SIZE (1 -PIPE) ONLY NUMBER OF 90° ELBOWS ALTITUDE (FT) (BTUH) TERMINATION PIPE DIA PIPE DIA TYPE (IN.)' (IN.)* 1 2 3 4 5 6 60.000 2 Pipe or 2-in 2 2 45 40 38 33 31 29 Concentric 80,000 2 Pipe or 2 -in 2 2 30 25 14 9 7 NA 9001 to 10,000$ Concentric 2 -1/2 2 -1/2 57 55 53 51 49 47 100.000 2 Pipe or 3 -in 2-1/2 2 -1/2 21 13 5 NA NA NA Concentric 3 3 54 49 44 39 34 29 120,000 2 Pipe or 3 -in. NA 3t 39 37 35 33 31 29 Concentric 4f no disk 4f no disk 10 5 NA NA NA NA 'Disk usage - Unless otherwise specified, use perforated disk assembly (factory- supplied in loose parts bag). If one disk is stated. separate 2 halves of perforated disk assembly and use shouldered disk half. When using shouldered disk half, install screen side toward inlet box. tWide radius elbow. Vent sizing for Canadian installations over 4500 ft (1370 m) above sea level are subject to acceptance by the local authorities having jurisdiction. NA -Not Allowed; pressure switch will not make. NOTES: 1. Do not use pipe size greater than those specified in table or incomplete combustion, flame disturbance, or flame sense lockout may occur. 2. Size both the combustion -air and vent pipe independently. then use the larger diameter for both pipes. 3. Assume two 45' elbows equal one 90° elbow. Wide radius elbows are desirable and may be required in some cases. 4. Elbows and pipe sections within the furnace casing and at the vent termination should not be included in vent length or elbow count. 5. The minimum pipe length is 5 ft for all applications. 6. Use 3 -in. diameter vent termination kit for installations requiring 4 -in diameter pipe. 16 Combustion -air and vent piping for Direct Vent (2 -Pipe) and Non - Direct Vent (1 -Pipe) Applications MAXIMUM ALLOWABLE EXPOSED VENT PIPE LENGTH (FT) WITH AND WITHOUT INSULATION IN WINTER DESIGN TEMPERATURE AMBIENT* WINTER DESIGN MAX PIPE UNIT TEMPERATURE DIAMETER WITHOUT WITH 3/8 -IN. OR SIZE ( °F) (IN.) INSULATION THICKER INSULATIONt 20 2 44 70 060 0 2 21 70 - 20 2 20 57 cn 20 2 55 55 c g 0 2 30 55 -i W -20 2 16 55 080 20 2.5 58 70 0 2.5 29 70 -20 2.5 14 67 20 2.5 40 40 0 2.5 38 40 -20 2.5 21 40 100 20 3 63 70 0 3 30 70 - 20 3 12 70 20 3 70 70 0 3 38 70 -20 3 19 70 120 20 4 65 70 0 4 26 70 - 20 4 5 65 • Pipe length (ft) specified for maximum pipe lengths located in unconditioned spaces. Pipes located in unconditioned space cannot exceed total allowable pipe length as specified in Table 6. t Insulation thickness based on R value of 3.5 per inch. 17 Electrical data UNIT SIZE 060 -12 I 080 -12 I 080-16 I 100 -16 I 100 -20 I 120 -20 UNIT VOLTS — HERTZ — PHASE 115 -60-1 OPERATING VOLTAGE RANGE (Min — Max)* 104 -127 • MAXIMUM UNIT AMPS 8.4 8.1 11.6 11.6 13.3 12.9 UNIT AMPACITYt 11.3 10.8 15.3 15.4 17.5 16.8 MINIMUM WIRE SIZE 14 14 12 12 12 12 MAXIMUM WIRE LENGTH (Ft)$ 33 34 37 37 33 34 MAXIMUM FUSE OR CKT BKR (Amps)" 15 15 20 20 20 20 TRANSFORMER (24v) 40va EXTERNAL CONTROL POWER AVAILABLE Heating 19 CO Cooling 35 ~ AIR CONDITIONING BLOWER RELAY Standard 2. in * Permissible limits of the voltage range at which unit will operate satisfactorily. t Unit ampacity =125% of largest operating component's full load amps plus 100% of all other potential operating components' (EAC, humidifier, etc.) full load amps. $ Length is as measured 1 way along wire path between unit and service panel for maximum 2% voltage drop. — Time -delay type is recommended. Typical wiring schematic-1-Stage Thermostat - - -- FIELD 24-V WIRING - - -- FIELD 115 -, 208/230-, 460 -V WIRING - FACTORY 24 -V WIRING - FACTORY 115 4 WIRING 1 -STAGE THERMOSTAT TERMINALS FIVE T Y Y Q Y FIELD - SUPPLIED WIRE 1 I 1 I I FUSED DISCONNECT I I I I I TWO -WIRE ------411110111.1111.1W S--_�-- 1■1 208/230- OR HEOONLY Y I Y 1 i • IF. -- 1, 460 - 1 1 I I I 6 -ll { -- ',Mid - -- THREE . « PHASE B�K• 1 ■1 LK ...A__•\-.7•__ w ____L____1_1 y_r - WNT 2 8! __;_ii I I r____ 1 ____H -'r - -I I I I I -_1 i i . i �• -- m - 1 1 208230 - _-_ - r�i GND &- + + ♦ • • -i l� -- I -- PHASE 115 -V FUSED JUNCTION I i I « DISCONNECT BOX Q i �� Nall - cNo SWITCH CONTROL i CONDENSING (WHEN REQUIRED) BOX Q UNIT 24 -V TERMINAL BLOCK NOTES: 1. Connect Y- terminal as shown for proper operation. FURNACE 2. Some thermostats require a' C' terminal connection as shown. 3. If any of the original wire, as supplied, must be replaced, A99071 use same type or equivalent wire. Typical wiring schematic -2 -Stage Thermostat - - -- FIELD 24 -V WIRING - - -- FIELD 115-, 208//230 -. 460 -V WIRING - FACTORY 24-V WIRING - FACTORY 115 -V WIRING 2 -STAGE THERMOSTAT TERMINALS SEVEN - P w('' 2 4 r ° ®(?4 FIELD - SUPPLIED WIRE 1 I I t 1 I 1 FUSED DISCONNECT THREE-WIRE IIINIMINIMP 41--41 - 1r1 -- HEATING •-IN - 1 ■1 208/230 -OR ONLY �- I 1 1 _ _ 460 -V EE •-I+ - 1 1/1 -- THREE e_ o w^ I 1 I •__ _ -- -7 - OKTE tilt w_H' q_____ I _ }_�_ ;., O -- •__�, - -1 1 .-4, - 1�1 _ S -V GNO Y I I- C HN _ 1 . 1 __ 115 -V FUSED JUNCTION ACT. PHASE DISCONNECT BOX e i 1 _ yZ crl. SWITCH CONTROL T ' 2 -SPEED WWHEN REQUIRED) BOX a CONDENSING 24-V UNIT TERMINAL BLOCK NOTES: 1 Connect Y - rerminal as Shown for proper operation. FURNACE 2. Some thermostats require a'C' terminal connection as shown. 3. It any of the original wire, as suppled, must be replaced, use same type or equivalent wire A99072 1 H Typical installations COMBUSTION AIR PIPE (DIRECT VENT /2 -PIPE APPLICATION) OUTDOOR UNIT A%C COIL VENT PIPE Illlllilllllllllllllllll _ _ � �� ,.4 teI HUMIDIFIER IIII hh' flll 1. _ -- �±/ �- I.f �IIIIIIIIIIIIIIIIIII IIII : ���� _ T . Q . I "i t iuM 0 II co COMBUSTION Ij �I. .I j RINL ET i ' (NON- DIRECT I ■I . 1 -PIPE APPLICATIO 1 I I 1'` cl 1*1 ELECTRONIC GAS-FIRED WATER HEATER AIR CLEANER FRONT OF 0 AIRFLOW FURNACE A05064 Basement — Upflow Application ELECTRONIC AIR CLEANER 1�1 111 VENT 0 'I COMBUSTION AIR i f ®• INLET (NON- DIRECT VENT/ 1 -PIPE APPLICATION f . 1 C'— COMBUSTION AIR (DIRECT VENT/ HUMIDIFIER .. 1 2 PIPE APPLICATION 1f1 � - fl UON TDOOR N �� .....E.,-...; a � A/C COIL I > AIRFLOW FRONT OF FURNACE A05065 Closet — Downflow Application 19 COMBUSTION -AIR INLET (NON- DIRECT VENT /1 -PIPE APPLICATION) VENT PIPE COMBUSTION -AIR PIPE DIRECT VENT /2 -PIPE APPLICATION) f l r lz:*4111 . . w-. . n i..- P P P - - d 1 ill I I IP P .- - - - __I__ i _1 p • m r _ 1- 0,, ,_,, co PI,/ L� 1 � g ,C 4f&t ELECTRONIC 1 C `'� �� ` AIR CLEANER FRONT OF FURNACE L � r t1 . FURNACE • CONDENSATE DRAIN AIR CONDITIONING REFRIGERATION COIL PIPING AIRFLOW A05066 Attic — Horizontal Application COMBUSTION- AIR PIPE . COMBUSTION - AIR INLET (DIRECT VENT /2 -PIPE (NON- DIRECT VENT/ Ail APPLICATION) 1 -PIPE APPLICATION) _____„„ , ________------------ ......w..... ,.._----1, i00 0111 VENT PIPE REFRIGERATION \� . PIPING AIR CONDITIONING .4.441. +0•••111"... COIL _ ELECTRONIC AIR CLEANER AIRFLOW FURNACE CONDENSATE — FRONT OF DRAIN FURNACE A05067 Crawlspace — Horizontal Application 20 Guide Specifications Performance 93 Two -Stage Furnace 58MTB GENERAL Two Speed Inducer Motor System Description Two Speed Inducer motor shall be soft mounted to reduce vi- Furnish a (4 -way multipoise) dual ca- bration transmission. pacity gas -fired condensing furnace for use with natural gas or Primary Heat Exchangers propane (factory authorized conversion kit required for pro - Primary Heat exchangers shall be 3 -Pass 20 gauge corrosion re- pane); furnish cold air return plenum; furnish external medial sistant aluminized steel of fold- and -crimp sectional design, cabinet for use with accessory media filter or standard filter. which operates under negative pressure. Quality Assurance Secondary Heat Exchangers Unit will be designed, tested and constructed to the current Secondary Heat exchangers shall be of a flow - through design ANSI Z 21.47 /CSA 2.3 design standard for gas-fired central having a patented interior laminate coating of polypropylene furnaces. for greater corrosion resistance with fold- and -crimp design, Unit will be 3rd party certified by CSA to the current ANSI Z which operates under negative pressure. 21.47/CSA 2.3 design standard for gas-fired central furnaces. Controls Unit will carry the CSA Blue Star® and Blue Flame® labels. Controls shall include a microprocessor based integrated elec- Unit efficiency testing will be performed per the current DOE Ironic control board with at least 11 service troubleshooting test procedure as listed in the Federal Register. codes displayed via diagnostic flashing LED light on the con - Unit will be certified for capacity and efficiency and listed in trol, has ability to store fault codes, when activated a self -test the latest GAMA Consumer's Directory of Certified Efficiency feature checks all major functions of the furnace within one Ratings. minute, and a replaceable automotive -type circuit protection Unit will carry the current Federal Trade Commission Energy fuse. Multiple operational settings available including, sepa- Guide efficiency label. rate blower speeds for low heat, high heat, low cooling, high Delivery, Storage, and Handling cooling and continuous fan. Continuous fan speed may be ad- Unit will be shipped as single package only and is stored and justed from the thermostat. Cooling airflow will be selectable handled per unit manufacturer's recommendations. between 350 or 400 CFM per ton of air conditioning. Features Warranty (for inclusion by specifying engineer) will also include temporary reduced airflow in the cooling U.S. and Canada only. Warranty certificate available upon mode for improved dehumidification when a Thermidistat® is request. selected as the thermostat. Operating Characteristics PRODUCTS Heating Capacity shall be Btuh input; Equipment Btuh output capacity. Components shall include: slow - opening dual rate gas valve to Fuel Gas Efficiency shall be 93% AFUE. reduce ignition noise, regulate gas flow, with electric switch gas Air delivery shall be cfm minimum at 0.50 in. wg. shut -off; flame proving sensor, hot surface igniter, pressure external static pressure. switch assembly verifies inducer operation; flame rollout Dimensions shall be: depth in.; width switch, drain tubing and installed condensate drain trap, blower in.; height in. (casing only). Height shall be and inducer assembly, 40va transformer; low- voltage (heating) in. with A/C coil and in. overall (heating/cooling) thermostat. with plenum. Blower Wheel and Blower Motor Electrical Requirements Galvanized blower wheel shall be centrifugal type, statically Electrical supply shall be 115 volts, 60 Hz, single -phase (nom- and dynamically balanced. Blower motor of PSC type shall be inal). Minimum wire size shall be AWG; maximum permanently lubricated with sealed bearings, of hp, and fuse size or HACR -type, designated circuit breaker shall be shall be multiple -speed direct drive. Blower motor shall be soft Amps. mounted to the blower scroll to reduce vibration transmission. Special Features Filters Refer to section of the product data sheet identifying accesso- Furnace shall have reusable -type filters. Filter shall be ries and descriptions for specific features and available en- in (x) in. An accessory high efficiency Media Filter is hancements. available as an option Media Filter. Casing Casing shall be of .030 in. thickness minimum, pre - painted gal- vanized steel. Copyright 2006 Cartier Corp. • 7310 W. Morris St. • Indianapolis, IN 46231 Printed in U.S.A. edition date: 01/06 Manufacturer reserves the right to change, at any time, specifications or designs without notice and obligations Catalog No: 58MTB -1 PD Rev.A Replaces: 58MTB -1 PD • A C "2- to`I CNPVP, CNPVP, CNPVT, CNRVT, CNPVU, CNRVU Evaporator Coil Carrier N Coil — Cased and Uncased . Upflow, Downflow Turn to the Experts. Product Data MAR 13 2609 -, TV r‘C TIGARD This vertical design N -coil is a furnace coil designed to provide the \ highest standards of reliability and durability. The coils are / available for use in Puron ®, R -410A refrigerant and R -22 li r, systems. Both designs have a painted case and come with factory- installed thermostatic expansion valves (TXV). The coils are offered in different width confi orations for use in multi le installation g P applications. Additionally, they are offered in a transition configuration, a design which simplifies making field - supplied transition duct configurations. Easy maintenance is provided as the coil slides out of the cabinet after removing the access door and service panel. The coils are available in sizes 018 through 060 (1 -1/2 to 5 tons). Transition coil models CNPVT and CNRVT are designed for use A06008 with one size smaller width furnaces without field modifications. C VIP,R0/ P CN(P,R)V(P,T) and CNPVU are available in tin - plated copper coil models. These coils are built with special hairpins which are tin - plated to resist both general pitting corrosion and d excessive indoor corrosion - formicary corrosion. (Formicary corrosion is an 2 industry phenomenon.) STANDARD FEATURES / Water Mana ement — 0 g These coil designs do an excellent job of water management. The coils are designed to avoid water blow -off �! O into the ducts by directing condensate away from the fins and into the drain pan. Durable Condensate Pan — Each coil is equipped with a corrosion - resistant condensate drain pan. The condensate drain illi pan is designed with a slope to help ensure proper drainage, improved moisture removal, and home comfort. A06007 Compact Design — Unique design offers as much as 2 to 4 in. (51 CN(P,R)VT (Transition) to 102 mm) less in height to aid in tight installations. Brass Inserts — Every condensate pan features two 3/4 in. female threaded brass insert connections. The unique brass inserts provide �� for a leak -free condensate line connection to prevent water �; damage. Refrigerant Connections — The coils are provided with proven .: k' . sweat- connections for leak -free operation maintaining system ,��i? .M reliability. \\ �• 0 `� ' Burst Pressures — These coils meet or exceed burst pressure of ' / �� 2100 psi which is at least three to five times the pressure they will see in actual application. / Thermostatic Expansion Valves (TXV) — All Carrier® coils + � have refrigerant - specific factory- installed TXVs. 0 I Teflon Ring — The ring, installed inside the liquid line connection at the TXV, is the best option for preventing refrigerant leaks and A06004 future service calls. Teflon works with both Puron, R -410A, the . CV(P,R)`'I environmentally friendly refrigerant and R -22 refrigerants. Protective Tube Sheets — Protect the durable copper tubing from being damaged during the manufacturing and installation process. Warranty — All Carrier coils feature a limited 5 -year warranty on . . parts, with additional extended warranties available for the system. The "tin- plated copper coil" models come with a limited 10 -year warranty on the coil. MODEL NUMBER NOMENCLATURE 1 2 3 4 5 6-7 8-9 10 11 12 C N P V P 18 14 A C A Coil Coil Cabinet Unit Cabinet Revision Tubing Product Ref. Type Variations Conf. Finish Capacity Width Level Design Coil N P - Puron TXV V - Upfl. /Dnfl. P - Painted 18 - 1 1/2 T 14 - 14 "/356mm A - 1st C - Copper A - Basic R - R -22 TXV U - Uncased 24 - 2 T 17 - 17 "/432mm T - Tin - T - Transition N 30 - 2 1/2 T 21 - 21 "/533mm Plated 36 - 3 T 24 - 24 " /610mm Copper 42 -31/2T 48 - 4 T 60 - 5 T > CC Z U > ISO 9001:2000 Puron. PERFO z v ® 4.10- M Ammo,. RRMA PER CER�aF ED C o L us ( �� 1: Ine enNronmenieily eana tNrgerers REG ARI St�ndl4d 210/240 ARI Standard 2101240 Unitary Or Conditioners Unitary Meat Pumps CERTIFICATION APPLIES ONLY WHEN THE COMPLETE SYSTEM IS LISTED WITH ARI 2 . 11• E - 1-1n1• 11 -tm. 1,a. I aratR aE 1/11.1 11Ta` 1,:• I. RAREI - 1 • • I X�3,1• EINT1 LIE 3RAT tor[ttta 1 -Tn• _ f % • • ]RAT CONFCT1N Imo A 3 -1,11• e 1/1• RN10 HAI u.► ; . 2-11/11' j,. • a • > .° 0 > e CC 1d11•-. - p 1T NAtI 13/11• 0 1 -1n3 3.1!11• > A05429 z DIMENSIONS — CN(P,R)VP SHIPPING WT. lbs. (kg) A B C D E F UNIT in. in. in. In. in. in. Non - Coated Tin - (mm) (mm) (mm) (mm) (mm) (mm) Hairpins Coated (C) Hairpins m CN *VP1814A *A 12 -5/8 10 -1/16 5 -5/16 12 -1/2 14 -3/16 5/8 36.0 38.5 (321) (255) (135) (318) (361) (16) (16) (17) CN *VP2414A *A 14 -5/8 12 -1/16 5 -5/16 12 -1/2 14 -3/16 5/8 39.5 40.0 (371) (306) (135) (318) (361) (16) (18) (18) CN *VP2417A *A 14 -5/8 10 -1/16 3 -9/16 15 -3/4 17 -1/2 5/8 39.5 42.5 (371) (255) (90) (400) (445) (16) (18) (19) CN *VP3014A *A 17 13 -5/8 5 -5/16 12 -1/2 14 -3/16 3/4 46.5 50.0 (432) (346) (135) (318) (361) (19) (21) (23) CN *VP3017A *A 17 13 -7/8 3 -9/16 15 -3/4 17 -1/2 3/4 47.0 49.5 (432) (352) (90) (400) (445) (19) (21) (22) CN *VP3617A *A 17 13 -7/8 3 -9/16 15 -3/4 17 -1/2 3/4 48.5 51.0 (432) (352) (90) (400) (445) (19) (22) (23) CN *VP3621A *A 17 13 -9/16 3 -9/16 19 -1/4 21 3/4 48.0 51.0 (432) (344) (90) (489) (533) (19) (22) (23) CNPVP4217A *A 21 -1/8 10 -3/8 3 -9/16 15 -3/4 17 -1/2 7/8 52.0 55.0 (537) (264) (90) (400) (445) (22) (24) (25) CN *VP4221A *A 19 15 -5/8 3 -9/16 19 -1/4 21 7/8 56.5 59.5 (483) (397) (90) (489) (533) (22) (27) (27) CN *VP4821A *A 22 -1/16 17 -1/2 3 -9/16 19 -1/4 21 7/8 65.5 68.5 (560) (445) (90) (489) (533) (22) (30) (31) CN *VP4824A *A 22 -1/16 17 -1/4 3 -9/16 22 -3/4 24 -1/2 7/8 62.0 65.0 (560) (438) (90) (478) (622) (22) (28) (29) CN *VP6024A *A 26 -5/16 17 -15/16 3 -9/16 22 -3/4 24 -1/2 7/8 78.0 80.5 (668) (456) (90) (478) (622) (22) (35) (37) 3 11.111• 2- 11,1{• 0N TI I I ON LIMO LINE Rife CONNECTION } ' ! I E _ !�r,� / ���� / Lai =MI !c7 CIE !:� ♦. • �� I ______________ L: C SWEAT C U$C11a , , ♦ : 0 �` d' 1 1 . d l //' PT flY2DE i 1/1 V Ill 114' ' „ /ilk �T I( ) ` �� �- ■ 1 -ue 1111% TAW CC U un1 cCOLLAI X • I EAeE1 PLATE 13111. 1.11x• 114• YT MAIN . T COELAI LOCATION LAIT OMNI 1/P 0- r-lIE Z B V 10OlLAA 1121111 A06503 DIMENSIONS - CNPVU A B C D E F G SHIPPING UNIT In in In In In In In WT. (mm) (mm) (mm) (mm) (mm) (mm) (mm) Ib(kg) CNPW1814A *A 10 -7/8 12 -1/2 10 -5/8 9 -3/8 5 -5/16 13 5/8 17.0 (276) (318) (270) (238) (135) (330) (16) (8) CNPW2414A *A 12 -7/8 12 -9/16 12 -5/8 11 -7/16 5 -5/16 15 5/8 21.0 (327) (319) (321) (290) (135) (381) (16) (10) CNPW2417A *A 12 -3/4 15 -15/16 12 -5/8 11 -7/16 5 -5/16 15 5/8 23.0 (324) (405) (321) (290) (135) (381) (16) (10) CNPW3014A *A 14 -7/8 12 -5/8 14 -3/16 13 5 -5/16 16 -9/16 3/4 23.0 (378) (321) (361) (330) (135) (421) (19) (10) • CNPW3017A *A 14 -3/4 15 -15/16 14 -3/16 13 5 -5/16 16 -9/16 3/4 25.0 (375) (405) (361) (330) (135) (421) (19) (11) CNPVU3617A *A 14 -11/16 15 -15/16 14 -7/16 13 -1/4 3 -9/16 16 -13/16 3/4 26.0 (373) (405) (367) (336) (90) (427) (19) (12) CNPVU3621A *A 14 -1/2 19 -5/16 14 -7/16 13 -1/4 3 -9/16 16 -13/16 3/4 28.0 ( ( ( ( ( (427) (19) (13) CNPVU4221A *A 16 -1/2 19 -5/16 16 -3/16 15 3 -9/16 18 -9/16 7/8 29.0 (368) (490) (411) (381) (90) (471) (22) (13) CNPVU4821A *A 20 -9/16 19 -5/16 18 -1/16 16 -7/8 3- 9/16 20 -7/16 7/8 33.0 (522) (490) (459) (429) (90) (519) (22) (15) CNPVU4824A*A 20 -3/8 22 -7/8 18 -1/16 16 -7/8 3- 9/16 20 -7/16 7/8 35.0 (518) (581) (459) (429) (90) (519) (22) (16) CNPVU6024A *A 24 -3/8 22 -7/8 18 -1/2 17 -5/16 3- 9/16 20 -7/8 7/8 35.0 (619) (581) (470) ( ( ( ( ( DIMENSIONS - CNRVU A B C D E F G SHIPPING UNIT in in In in in in In (mm) WT. (mm) (mm) (mm) (mm) (mm) (mm) Ib(kg) CNRVU1814ACA 10 -7/8 12 -1/2 10 -5/8 9 -3/8 5 -5/16 13 5/8 17.0 (276) (318) (270) (238) (135) (330) (16) (8) CNRW2414ACA 12 -7/8 12 -9/16 12 -5/8 11 -7/16 5 -5/16 15 5/8 21.0 (327) (319) (321) (290) (135) (381) (16) (10) CNRW3014ACA 14 -7/8 12 -5/8 14 -3/16 13 5 -5/16 16 -9/16 3/4 23.0 (378) (321) (361) (330) (135) (421) (19) (10) CNRVU3617ACA 14 -11/16 15 -15/16 14 -7/16 13 -1/4 3 -9/16 16 -13/16 3/4 26.0 (373) (405) (367) (336) (90) (427) (19) (12) CNRVU4221ACA 16 -1/2 19 -5/16 16 -3/16 15 3 -9/16 18 -9/16 7/8 29.0 (368) (490) (411) (381) (90) (471) (22) (13) CNRVU4821ACA 20 -9/16 19 -5/16 18 -1/16 16 -7/8 3 -9/16 20 -7/16 7/8 33.0 (522) (490) (459) (429) (90) (519) (22) (15) CNRVU6024ACA 24 -3/8 22 -7/8 18 -1/2 17 -5/16 3 -9/16 20 -7/8 7/8 35.0 (619) (581) (470) (440) (90) (530) (22) (16) 4 • D n • ORM OF in–.. — FUNKS i I • : • WW1 FUND 1 T `{►rt• 1-►. USCI) LIE 1 -1/W I ttrAT fAI�CTIO� r 1 I • • ♦� 114 11 ac 13 ' MT WW1CTIa B t -1nt• A 314 IMO 4- t 1 • • > 1 Z • • • •t 1„ • s • 0 M114 1uu• —r ■ tl A05431 z DIMENSIONS - CN(P,R)VT v A B C D E SHIPPING WT. lb (kg) UNIT in in in in in Non — Coated Tin — Coated (mm) (mm) (mm) (mm) (mm) Hairpins Hairpins (C) (T) CN *VT3617A *A 19 -13/16 16 -1/8 15 -3/4 17 -1/2 3/4 48.5 51.0 (503) (410) (400) (445) (19) (22) (23) CN *VT4221A *A 21 -13/16 17 -7/8 19 -1/4 21 7/8 62.0 64.5 (554) (454) (489) (533) (22) (28) (29) CN *VT4821A *A 24 -7/8 19 -3/4 19 -1/4 21 7/8 71.0 73.5 (632) (502) (489) (533) (22) (32) (33) CN *VT6024A *A 29 -1/8 20-3/16 22 -3/4 24 -1/2 7/8 78.0 80.5 - (740) (513) (478) (622) (22) (35) (37) NOTE: This coil suitable for use on furnace width one size down from coil casing width. 5 PERFORMANCE DATA COOLING CAPACITIES (MBH) - PURON® REFRIGERANT CNPV INDOOR SATURATED TEMPERATURE LEAVING EVAPORATOR °F ( °C) UNIT COIL AIR 30 ( -1) 35 (2) 40 (4) 45 (7) 50 (10) SIZE CFM EWB TC SHC BF TC SHC BF TC SHC BF TC SHC BF TC SHC BF 72 (22) 31.00 15.20 0.00 28.60 13.90 0.00 25.80 12.50 0.00 22.80 11.10 0.00 19.30 9.60 0.00 450 67 (19) 26.00 15.70 0.00 23.50 14.30 0.01 20.70 12.80 0.01 17.60 11.30 0.01 14.10 9.80 0.01 62 (17) 21.50 16.00 0.01 18.90 14.50 0.01 16.10 13.00 0.01 13.00 11.50 0.01 10.10 10.10 0.03 72 (22) 38.30 18.70 0.00 35.30 17.10 0.00 32.00 15.50 0.00 28.20 13.80 0.00 23.90 12.00 0.01 1814 600 67 (19) 32.30 19.50 0.01 29.20 17.80 0.02 25.70 16.10 0.02 21.80 14.30 0.02 17.50 12.40 0.02 62 (17) 26.70 20.10 0.02 23.50 18.40 0.02 20.00 16.60 0.02 16.20 14.80 0.02 12.90 12.90 0.06 72 (22) 44.30 21.50 0.00 40.90 19.90 0.00 37.00 18.10 0.00 32.70 16.10 0.02 27.70 14.00 0.02 750 67 (19) 37.40 22.80 0.03 33.90 20.90 0.03 29.90 19.00 0.03 25.40 16.90 0.03 20.40 14.70 0.04 62 (17) 31.10 23.80 0.04 27.40 21.80 0.04 23.40 19.80 0.04 19.10 17.70 0.04 15.60 15.60 0.10 72 (22) 39.00 19.00 0.00 36.00 17.50 0.00 32.70 15.90 0.00 28.80 14.10 0.00 24.60 12.30 0.01 600 67 (19) 32.80 19.80 0.01 29.80 18.20 0.01 26.30 16.40 0.01 22.40 14.60 0.02 18.10 12.60 0.02 62 (17) 27.20 20.50 0.02 24.00 18.70 0.02 20.50 16.90 0.02 16.60 15.00 0.02 13.10 13.10 0.05 Z 2414 72 (22) 47.10 22.80 0.00 43.60 21.10 0.00 39.60 19.30 0.00 35.00 17.30 0.02 29.90 15.10 0.02 U 2417 800 67 (19) 39.80 24.20 0.03 36.10 22.30 0.03 32.00 20.30 0.03 27.30 18.10 0.03 22.00 15.90 0.03 62 (17) 33.10 25.40 0.03 29.30 23.40 0.03 25.10 21.20 0.03 20.50 19.00 0.04 16.70 16.70 0.09 72 (22) 53.40 25.90 0.00 49.50 24.20 0.00 45.10 22.10 0.02 40.00 19.90 0.03 34.10 17.50 0.04 a 1000 67 (19) 45.30 27.90 0.05 41.20 25.90 0.05 36.60 23.70 0.05 31.30 21.30 0.05 25.20 18.70 0.05 62 (17) 37.80 29.60 0.05 33.60 27.40 0.05 28.80 25.10 0.05 23.80 22.70 0.06 20.00 20.00 0.13 U 72 (22) 48.00 23.50 0.00 44.00 21.40 0.00 39.70 19.20 0.00 34.80 17.00 0.00 29.40 14.60 0.01 750 67 (19) 40.30 24.20 0.01 36.20 22.00 0.02 31.80 19.70 0.02 26.80 17.40 0.02 21.40 15.00 0.02 62 (17) 33.20 24.80 0.02 29.10 22.50 0.02 24.60 20.20 0.02 19.90 17.90 0.02 15.60 15.60 0.05 3014 72 (22) 58.70 28.50 0.00 53.90 26.10 0.00 48.50 23.60 0.00 42.50 20.90 0.02 - 35.80 18.10 0.03 3017 1000 67 (19) 49.40 29.90 0.03 44.40 27.30 0.03 38.90 24.60 0.04 32.90 21.70 0.04 26.20 18.80 0.04 62 (17) 40.80 30.90 0.04 35.80 28.20 0.04 30.30 25.40 0.04 24.60 22.60 0.05 19.90 19.90 0.10 72 (22) 67.40 32.70 0.00 61.90 30.10 0.00 55.70 27.30 0.02 48.80 24.20 0.04 41.10 21.00 0.05 1250 67 (19) 56.80 34.70 0.05 51.20 31.80 0.06 44.90 28.70 0.06 37.80 25.50 0.06 30.10 22.20 0.06 62 (17) 47.10 36.30 0.06 41.30 33.20 0.06 35.00 30.10 0.06 28.60 27.00 0.07 23.70 23.70 0.14 72 (22) 58.10 28.30 0.00 53.40 25.90 0.00 48.00 23.30 0.00 42.10 20.60 0.01 35.50 17.80 0.02 900 67 (19) 48.90 29.50 0.02 44.00 26.90 0.03 38.50 24.20 0.03 32.50 21.30 0.03 25.90 18.40 0.03 62 (17) 40.40 30.40 0.03 35.40 27.70 0.03 29.90 24.90 0.03 24.20 22.10 0.04 19.40 19.40 0.08 3617 72 (22) 70.00 33.90 0.00 64.30 31.20 0.00 57.80 28.30 0.02 50.70 25.10 0.04 42.70 21.80 0.05 3621 1200 67 (19) 58.90 35.90 0.05 53.10 32.90 ' 0.05 46.50 29.70 0.05 39.30 26.40 0.06 31.20 22.90 0.06 T3617 62 (17) 48.80 37.50 0.06 42.80 34.30 0.06 36.30 31.00 0.06 29.60 27.80 0.06 24.40 24.40 0.13 72 (22) 79.30 38.60 0.00 72.90 35.60 0.02 65.70 32.30 0.05 57.50 28.80 0.06 48.50 25.10 0.07 1500 67 (19) 67.00 41.30 0.08 60.40 38.00 0.08 53.00 34.40 0.08 44.70 30.70 0.08 35.50 26.80 0.09 62 (17) 55.70 43.60 0.09 48.80 40.00 0.09 41.60 36.50 0.09 34.20 32.90 0.10 28.80 28.80 0.18 • 72 (22) 74.40 36.30 0.00 68.10 33.10 0.00 61.20 29.70 0.00 53.50 26.20 0.01 45.00 22.60 0.02 1050 67 (19) 62.30 37.60 0.02 56.00 34.20 0.03 48.90 30.60 0.03 41.20 27.00 0.03 32.80 23.30 0.03 4217 62 (17) 51.40 38.60 0.03 44.90 35.00 0.03 37.90 31.40 0.03 30.60 27.80 0.04 24.40 24.40 0.08 4221 72 (22) 90.20 43.80 0.00 82.60 40.10 0.00 74.10 36.20 0.01 64.70 32.00 0.04 54.40 27.60 0.05 4224 1400 67 (19) 75.80 46.00 0.05 68.00 42.00 0.05 59.40 37.70 0.06 50.00 33.40 0.06 39.60 28.90 0.06 T4221 62 (17) 62.60 47.70 0.06 - 54.70 43.50 0.06 46.20 39.20 0.06 37.50 35.00 0.07 30.70 30.70 0.13 72 (22) 103.00 50.00 0.00 94.30 46.00 0.00 84.60 41.50 0.05 73.90 36.80 0.06 62.00 32.00 0.07 1750 67 (19) 86.70 53.10 0.08 77.80 48.60 0.08 68.00 43.90 0.08 57.10 39.00 0.08 45.20 33.90 0.09 62 (17) 71.70 55.70 0.09 62.70 50.90 0.09 53.10 46.20 0.09 43.40 41.50 0.10 36.30 36.30 0.18 72 (22) 79.30 38.70 0.00 72.90 35.40 0.00 65.70 31.90 0.00 57.70 28.20 0.00 48.80 24.40 0.01 1200 67 (19) 66.60 40.20 0.02 60.00 36.60 0.02 52.70 32.90 0.02 44.60 29.10 0.02 35.70 25.10 0.03 62 (17) 55.00 41.30 0.03 ' 48.30 37.60 0.03 40.90 33.80 0.03 33.10 30.00 0.03 26.30 26.30 0.07 4821 72 (22) 96.00 46.60 0.00 88.30 42.90 0.00 79.60 38.90 0.00 69.90 34.50 0.03 59.10 30.00 0.04 4824 1600 67 (19) 80.90 49.20 0.04 72.90 45.00 0.04 64.10 40.70 0.05 54.20 36.10 0.05 43.30 31.40 0.05 T4821 62 (17) 67.00 51.20 0.05 58.80 46.80 0.05 49.90 42.30 0.05 40.70 37.90 0.05 33.30 33.30 0.11 72 (22) 109.40 53.10 0.00 100.70 49.10 0.00 90.90 44.60 0.03 79.90 39.80 0.05 67.50 34.70 0.06 2000 67 (19) 92.40 56.70 0.06 83.40 52.20 0.07 73.30 47.40 0.07 62.00 42.20 0.07 49.50 36.90 0.07 62 (17) 76.70 59.70 0.07 67.50 54.90 0.08 57.40 49.90 - 0.08 47.20 44.90 0.08 39.50 39.50 0.16 72 (22) 103.20 50.40 0.00 94.40 45.90 0.00 84.80 41.10 0.00 74.10 36.30 0.00 62.40 31.20 0.02 1600 67 (19) 86.40 52.10 0.02 77.50 47.20 0.02 67.80 42.30 0.02 57.10 37.20 0.03 45.40 32.10 0.03 62 (17) 71.20 53.30 0.03 62.20 48.30 0.03 52.40 43.30 0.03 42.30 38.30 0.03 33.50 33.50 0.07 6024 72 (22) 120.70 58.70 0.00 110.40 53.60 0.00 99.00 48.20 0.00 86.40 42.50 0.02 72.60 36.70 0.03 T6024 2000 67 (19) 101.20 61.30 0.03 90.70 55.70 0.04 79.20 50.00 0.04 66.60 44.10 0.04 52.80 38.10 0.05 62 (17) 83.40 63.20 0.05 72.80 57.40 0.05 61.40 51.60 0.05 49.70 46.00 0.05 40.30 40.30 0.11 72 (22) 135.60 65.80 0.00 124.10 60.30 0.00 111.20 54.40 0.01 97.00 48.00 0.04 81.30 41.50 0.05 • . 2400 67 (19) 113.90 69.30 0.05 102.10 63.20 0.06 89.10 56.90 0.06 74.80 50.30 0.06 59.20 43.60 0.06 62 (17) 94.10 72.10 0.06 _ 82.10 65.70 0.06 69.30 59.30 0.06 56.40 53.00 0.07 46.50 46.50 0.14 Legend: CFM - Cubic Ft. per Minute EWB - Entering Wet Bulb LWB - Leaving Wet Bulb TC - Gross Cooling Capacity 1000 Btuh SHC - Gross Sensible Capacity 1000 Btuh BF - Bypass Factor MBH - 1000 Btuh See notes on page 8 6 PERFORMANCE DATA (cont.) COOLING CAPACITIES (MBH) - R -22 REFRIGERANT CNRV INDOOR SATURATED TEMPERATURE LEAVING EVAPORATOR °F ( °C) UNIT COIL SIZE AIR 30 ( - 1) 35 (2) 40 (4) 45 (7) 50 (10) CFM EWB TC SHC BF TC SHC BF TC SHC BF TC SHC BF TC SHC BF 72 (22) 28.60 13.90 0.00 26.60 12.90 0.00 24.20 11.80 0.00 21.60 10.60 0.00 18.60 9.40 0.00 450 67 (19) 24.20 14.80 0.01 22.10 13.70 0.01 19.70 12.50 0.01 16.80 11.20 0.01 13.50 9.70 0.01 62 (17) 20.20 15.50 0.01 18.00 14.30 0.01 15.40 13.00 0.01 12.50 11.70 0.01 10.20 10.20 0.08 72 (22) 33.70 16.40 0.00 31.40 15.30 0.00 28.70 14.10 0.00 25.60 12.80 0.01 22.00 11.40 0.01 1814 600 67 (19) 28.70 17.80 0.02 26.20 16.60 0.02 23.40 15.30 0.02 20.10 13.80 0.02 16.30 12.20 0.02 62 (17) 24.00 19.00 0.02 21.50 17.80 0.02 18.60 16.40 0.02 15.40 14.80 0.03 13.00 13.00 0.12 72 (22) 37.50 18.40 0.01 35.00 17.30 0.01 32.10 16.00 0.02 28.70 14.60 0.02 24.60 13.00 0.03 750 67 (19) 32.00 20.30 0.03 29.40 19.10 0.03 26.20 17.70 0.03 22.60 16.10 0.03 18.60 14.40 0.03 62 (17) 26.90 22.10 0.03 24.20 20.80 0.04 21.10 19.30 0.04 17.90 17.70 0.05 15.40 15.40 0.16 72 (22) 34.60 16.80 0.00 32.30 15.70 0.00 29.60 14.60 0.00 26.50 13.20 0.00 22.90 11.80 0.01 600 67 (19) 29.40 18.30 0.01 27.00 17.10 0.01 24.20 15.70 0.01 20.90 14.30 0.01 17.10 12.60 0.02 62 (17) 24.70 19.50 0.02 22.20 18.30 0.02 19.30 16.80 0.02 16.00 15.30 0.02 13.40 13.40 0.10 CC 2414 72 (22) 39.50 19.40 0.01 37.10 18.40 0.01 34.20 17.10 0.02 30.70 15.70 0.02 26.60 14.10 0.02 U 2417 800 67 (19) 33.90 21.60 0.03 31.20 20.40 0.03 28.00 19.00 0.03 24.30 17.40 0.03 20.10 15.60 0.03 62 (17) 28.60 23.70 0.03 25.80 22.30 0.03 22.60 20.80 0.04 19.30 19.10 0.05 16.80 16.80 0.16 72 (22) 43.20 21.50 0.03 40.60 20.50 0.04 37.50 19.20 0.04 33.80 17.70 0.04 29.30 16.00 0.04 a 1000 67 (19) 37.10 24.50 0.05 34.30 23.20 0.05 30.90 21.80 0.05 26.80 20.10 0.05 22.20 18.20 0.05 62 (17) 31.50 27.30 0.05 28.60 25.90 0.05 25.30 24.30 0.06 22.30 22.30 0.11 19.60 19.60 0.21 72 (22) 45.90 22.30 0.00 42.50 20.60 0.00 38.60 18.80 0.00 34.10 16.80 0.01 28.60 14.60 0.01 750 67 (19) 38.90 23.70 0.02 35.30 21.90 0.02 31.00 19.80 0.02 26.00 17.50 0.02 20.30 15.10 0.02 62 (17) 32.30 24.80 0.02 28.30 22.80 0.02 24.00 20.60 0.02 19.30 18.30 0.03 15.90 15.90 0.12 3014 72 (22) 53.80 26.20 0.00 49.90 24.40 0.01 45.40 22.40 0.02 40.30 20.20 0.03 34.30 17.80 0.03 3017 1000 67 (19) 45.70 28.40 0.03 41.60 26.40 0.04 37.00 24.20 0.04 31.20 21.70 0.04 24.40 18.80 0.04 62 (17) 38.30 30.40 0.04 34.00 28.20 0.04 29.00 25.80 0.04 23.80 23.20 0.06 20.00 20.00 0.16 72 (22) 59.80 29.30 0.03 55.50 27.40 0.04 50.60 25.30 0.04 44.80 22.90 0.05 38.40 20.40 0.05 1250 67 (19) 50.90 32.30 0.06 46.40 30.20 0.06 41.30 27.80 0.06 35.40 25.30 0.06 27.90 22.20 0.06 62 (17) 42.70 35.10 0.06 38.30 32.90 0.06 33.10 30.30 0.07 27.70 27.50 0.09 23.70 23.70 0.21 72 (22) 53.50 26.00 0.00 49.50 24.10 0.00 45.10 22.10 0.01 40.00 19.90 0.02 33.80 17.40 0.02 900 67 (19) 45.40 27.90 0.03 41.30 25.90 0.03 36.60 23.70 0.03 30.70 21.10 0.03 24.00 18.30 0.03 62 (17) 37.90 29.70 0.03 33.50 27.40 0.03 28.50 24.90 0.03 23.20 22.30 0.05 19.30 19.30 0.15 3617 72 (22) 61.60 30.10 0.02 57.20 28.20 0.03 52.10 26.00 0.04 46.20 23.50 0.04 39.60 20.90 0.05 3621 1200 67 (19) 52.40 33.10 0.05 47.80 30.90 0.05 42.50 28.50 0.05 36.30 25.80 0.06 28.60 22.60 0.06 T3617 62 (17) 44.00 35.90 0.06 39.40 33.60 0.06 34.00 30.90 0.06 28.30 28.00 0.08 24.10 24.10 0.20 72 (22) 67.50 33.40 0.06 62.90 31.40 0.06 57.40 29.10 0.07 50.80 26.50 0.07 43.60 23.70 0.08 • 1500 67 (19) 57.70 37.40 0.08 52.70 35.10 0.08 46.90 32.60 0.08 40.30 29.80 0.08 32.20 26.50 0.09 62 (17) 48.60 41.20 0.08 43.70 38.80 0.09 38.30 36.10 0.09 32.90 32.90 0.13 28.30 28.30 0.25 72 (22) 67.70 32.90 0.00 62.50 30.40 0.00 56.50 27.60 0.00 49.70 24.70 0.02 42.30 21.60 0.02 1050 67 (19) 57.10 35.00 0.03 51.70 32.20 0.03 45.60 29.30 0.03 38.80 26.20 0.03 30.30 22.60 0.03 62 (17) 47.40 36.80 0.03 41.90 33.90 0.03 35.70 30.80 0.03 28.90 27.50 0.04 23.80 23.80 0.13 4221 72 (22) 79.00 38.50 0.00 73.10 35.80 0.02 66.20 32.80 0.04 58.30 29.40 0.04 49.30 25.90 0.05 4224 1400 67 (19) 66.90 41.80 0.05 60.70 38.70 0.05 53.50 35.40 0.06 45.50 31.90 0.06 36.30 28.10 0.06 T4221 62 (17) 55.70 44.70 0.06 49.40 41.50 0.06 42.60 38.10 0.06 35.40 34.50 0.08 29.90 29.90 0.18 72 (22) 87.40 42.90 0.04 81.00 40.10 0.06 73.60 37.00 0.07 64.90 33.40 0.07 54.80 29.50 0.08 1750 67 (19) 74.30 47.40 0.08 67.60 44.20 0.08 59.70 40.60 0.08 50.60 36.70 0.08 40.90 32.80 0.09 62 (17) 62.20 51.40 0.09 55.30 48.10 0.09 47.90 44.50 0.09 40.70 40.70 0.11 35.20 35.20 0.23 72 (22) 72.40 35.20 0.00 67.30 32.70 0.00 61.20 30.00 0.00 54.20 27.00 0.01 46.30 23.70 0.02 1200 67 (19) 61.40 37.70 0.02 55.90 35.00 0.02 49.50 32.00 0.02 42.40 28.80 0.02 34.10 25.20 0.03 62 (17) 51.20 40.00 0.03 45.50 37.00 0.03 39.20 33.90 0.03 32.20 30.50 0.03 26.70 26.70 0.12 4821 72 (22) 83.80 41.00 0.00 78.00 38.40 0.02 71.30 35.40 0.03 63.30 32.10 0.03 54.00 28.50 0.04 4824 1600 67 (19) 71.40 44.90 0.04 65.20 42.00 0.04 58.00 38.70 0.05 49.50 35.00 0.05 40.30 31.20 0.05 T4821 62 (17) 59.80 48.50 0.05 53.40 45.30 0.05 46.30 41.90 0.05 39.00 38.30 0.07 33.40 33.40 0.17 72 (22) 92.10 45.50 0.04 86.00 42.90 0.05 78.70 39.80 0.05 70.10 36.40 0.06 60.00 32.50 0.06 2000 67 (19) 78.70 50.90 0.07 72.10 47.80 0.07 64.30 44.40 0.07 55.10 40.40 0.07 44.90 36.30 0.07 62 (17) 66.30 55.90 0.07 59.60 52.60 0.07 52.10 48.90 0.08 44.90 44.90 0.11 39.20 39.20 0.22 72 (22) 93.60 45.40 0.00 86.30 41.90 0.00 77.90 38.00 0.00 68.30 33.80 0.01 58.00 29.60 0.02 1600 67 (19) 78.90 48.10 0.02 71.20 44.20 0.02 62.70 40.10 0.02 53.20 35.70 0.03 41.70 30.80 0.03 62 (17) 65.40 50.40 0.03 57.70 46.30 0.03 49.20 42.00 0.03 39.60 37.40 0.04 32.50 32.50 0.12 6024 72 (22) 106.40 51.70 0.00 98.20 47.90 0.00 88.80 43.70 0.02 78.00 39.10 0.03 65.80 34.10 0.03 T6024 2000 67 (19) 89.90 55.50 0.04 81.30 51.30 0.04 71.50 46.70 0.04 60.60 41.80 0.04 48.30 36.60 0.04 62 (17) 74.70 58.90 0.04 65.90 54.40 0.04 56.60 49.70 0.05 46.50 44.80 0.06 38.90 38.90 0.16 72 (22) 116.60 57.00 0.00 107.90 53.00 0.03 97.70 48.50 0.04 85.90 43.60 0.05 72.30 38.20 0.05 2400 67 (19) 98.90 61.90 0.06 89.60 57.50 0.06 78.90 52.50 0.06 66.60 47.20 0.06 53.70 41.80 0.06 62 (17) 82.30 66.40 0.06 72.90 61.70 0.06 62.70 56.70 0.07 52.60 51.60 0.08 44.70 44.70 0.19 Legend: CFM - Cubic Ft. per Minute EWB - Entering Wet Bulb LWB - Leaving Wet Bulb TC - Gross Cooling Capacity 1000 Btuh SHC - Gross Sensible Capacity 1000 Btuh BF - Bypass Factor MBH - 1000 Btuh See notes on page 8. 7 • PERFORMANCE DATA (cont.) NOTES: 1. Contact manufacturer for cooling capacities at conditions other than shown in table. 2. Formulas: Leaving db = entering db - sensible heat cap. 1.09 x CFM Leaving wb = wb corresponding to enthalpy of air leaving coil (hum) hews = hEwB - total capacity (stun) 4.5 x CFM Where hEwa = enthalpy of air entering coil 3. SHC is based on 80 ° F (27 °C) db temperature of air entering the evaporator coil. Below 80 °F (27 °C) db, subtract (Correction Factor x CFM) from SHC. Above 80 °F (27 ° C) db, add (Correction Factor x CFM) to SHC. 4. Direct interpolation is permissible. Do not extrapolate. 5. Fan motor heat has not been deducted. 6. All data points are based on 10 ° F ( -12 °C) superheat leaving coil and use of thermostatic expansion valve (TXV) device. U 7. All units have sweat suction -tube connection and a liquid -tube connection. For 1- 1 /8 -in. system suction tube, 3/4 x 1- 1 /8 -in. suction tube connection adapter is available as accessory. 0- 8. The CNPVP, CNPVT and CNPVU coils can be used in any properly designed system using Puron® refrigerant. U 9. The CNRVP, CNRVT and CNRVU coils can be used in any properly designed system using R - 22 refrigerant. 10. Before using maximum cfm shown in table, check coil static pressure drop to ensure system blower can provide necessary static pres- sure needed for coil and duct systems. 11. Bypass Factor = 0 indicates no psychometric solution. Use bypass factor of next lower EWB for approximation. ENTERING AIR DRY BULB TEMPERATURE °F ( °C) BYPASS FACTOR 79 (26) 78 (26) 77 (25) 76 (24) 75 (24) Under 75 (24) 81 (27) 82 (28) 83 (28) 84 (29) 84 (29) Above 85 (29) Correction Factor 0.10 0.98 1.96 2.94 3.92 4.91 0.20 0.87 1.74 2.62 3.49 4.36 Use formula shown below 0.30 0.76 1.53 2.29 3.05 3.82 Interpolation is permissible. Correction Factor = 1.09 x (1 - BF) x (db - 80) 8 • • PERFORMANCE DATA (cont.) COIL STATIC PRESSURE DROP (in wc.) PURON® and R -22 REFRIGERANTS UNIT Standard CFM SIZE 400 500 600 700 800 900 11000 1100 120011300 1400 1500 1600 1700 1800 1900 2000 2100 2200 Dry 1814 0.078 0.114 0.156 0.198 0.253 Wet 0.096 0.138 0.183 0.213 0.277 Dry 2414 0.070 0.103 0.143 0.182 0.233 0.290 0.354 Wet 0.089 0.128 10.171 0.214 0.269 0.336 0.413 Dry 2417 0.048 0.068 0.090 0.112 0.140 0.170 0.203 Wet 0.064 0.091 0.122 0.150 0.188 0.224 0.263 Dry CC 0.065 0.097 0.135 0.173 0.223 0.278 0.339 0.405 0.478 Z 3014 U Wet 0.078 0.114 0.160 10.206 0.260 0.321 0.388 0.461 0.540 a Dry Z 3017 0.042 0.060 0.080 0.102 0.128 0.157 0.188 0.222 0.259 U Wet 0.055 0.076 0.104 0.127 0.158 0.190 0.225 0.266 0.309 1 1 Dry 3617 0.043 0.061 0.082 0.103 0.128 0.157 0.189 0.221 0.259 0.299 0.341 T3617 Wet 0.056 0.079 0.107 0.133 0.166 0.200 0.236 0.27610.315 0.361 0.413 Dry 3621 0.035 0.048 0.062 0.076 0.093 0.111 0.132 0.153 0.177 10.201 0.228 Wet 0.049 0.066 0.085 0.100 0.122 0.144 0.171 0.192 0.217 0.245 0.276 Dry 4217 0.072 0.093 0.118 0.145 0.175 0.206 0.243 0.281 0.322 0.366 0.413 Wet 0.079 0.102 0.130 0.159 0.192 0.228 0.26 0.303 0.348 0.396 0.446 Dry 4221 0.030 0.041 0.054 0.066 0.082 0.099 0.11810.137 0.158 0.180 0.20510.231 0.259 T4221 Wet 0.043 0.059 0.078 0.101 10.126 0.153 0.181 0.207 0.234 0.260 0.288 0.319 0.354 Dry 4821 0.047 0.060 0.075 0.09210.110 0.130 0.152 0.176 0.204 0.230 0.256 0.284 0.318 T4821 Wet 0.053 0.067 0.085 0.104 0.125 0.147 0.172 0.200 0.228 0.259 0.292 0.327 0.365 Dry 4824 0.015 0.046 0.057 0.069 0.094 0.019 0.119 0.124 0.140J0.158 0.175 0.195 0.214 Wet 0.032 0.050 0.066 0.081 0.097 0.114 0.131 0.150 0.169 0.190 0.211 0.233 0.257 Dry 6024 0.062 0.073 0.084 0.097 0.111 0.126 0.138 0.154 0.172 0.190 0.210 0.228 0.251 0.273 0.293 T6024 Wet 10.082 0.096 0.112 10.129 10.145 10.163 0.171 0.191 10.212 0.23510.258 0.283 10.310 10.336 0.366 9 ACCESSORIES EMPTY COIL CASING ACCESSORY FOR UNCASED N -COIL DIMENSIONS ACCESSORY PART in NOMINAL COIL SIZES , NUMBER (mm) H W D KCAKC2612ECC CN *VU1814, 2414, 3014, 17 14 -3/16 21 (432) (361) (533) KCAKC2712ECC CN*VU2417, 3017, 3617 17 17 -1/2 21 (432) (445) (533) 22 -1 /16 21 21 KCAKC2808ECC CN *VU3621, 4221, 4821 (560) (533) (533) 26 -5/16 24 -1 /2 21 KCAKC2904ECC CN *VU4824, 6024 (668) (622) (533) > cc v COUPLING KIT ACCESSORY FOR UNCASED VERTICAL N -COIL > a ACCESSORY PART Z NOMINAL COIL SIZES DESCRIPTION U NUMBER KCART0101 MHA CN *VU2417 5/8" Mechanical Connection Kit KCART0101 MHA CN *VU3617, 4821 3/4" Mechanical Connection Kit Copyright 2008 Carrier Corp. • 7310 W. Moms St. • Indianapolis, IN 46231 Printed in U.S.A. Edition Date: 09/08 Catalog No: CNPV -4PD Manufacturer reserves the right to change, at any time, specifications and designs without notice and without obligations. Replaces: CNPV -3P0 10 [Page Too Large for OCR Processing]