Product Data 58UHV, 58UXV WeatherMaker 8000VS with Comfort Heat Technology Upflow/Horizontal Furnace Input Capacities: 60,000 thru 120,000 Btuh Comfort Heat Technology with Variable Speed Knowhow Carrier leads the industry with our new WeatherMaker 8000VS Upflow/Horizontal Induced- Combustion Gas Furnace. This furnace can operate at a wide range of airflow settings which provide outstanding home comfort. The WeatherMaker 8000VS is built with the most advanced manufacturing equipment, processes, and technology available in order to ensure top quality. Packed into the cabinet are the industry s foremost dealer and homeowner features. The WeatherMaker 8000VS is the latest addition to Carrier s list of product leadership in the gas furnace industry. These variable-speed inducedcombustion, gas-fired furnaces offer not only low installation costs, but fuel economy as well delivering an nnual Fuel Utilization Efficiency (FUE) rating of 80.0%. The WeatherMaker 8000VS offers outstanding efficiency year round. The efficiency provided by the variablespeed blower motor can add up to 1 point in seasonal energy efficiency ratio (SEER) to an air conditioner or heat pump system. lso, because this motor is so efficient, you can run year-round constant fan guilt-free! In most places it s less than $0 a year. The Copyright 1999 Carrier Corporation Form 58UHV-PD
7 8 9 4 5 6 1 2 L2 L1 1 2 4 10 11 12 7 8 9 4 5 6 1 2 MSTER SLVE 1 1 G R WeatherMaker 8000VS utilizes a hot surface ignition system to save energy and increase reliability. Our design uses the patented S-shaped 4-pass heat exchanger, a soft mount 2-speed inducer assembly, and a 2-stage slow-opening gas valve to minimize sound level. The Super-S heat exchanger provides better heat transfer while enabling us to make a compact furnace. This provides more room in closet, utility room, and short basement installations. The heat exchanger is constructed of aluminized steel and is backed by a 20-year Limited Warranty. The WeatherMaker 8000VS will meet your home heating requirements. This furnace family provides a wide range of heating capacities. ll models are GM efficiency rating certified. The 58UXV models are certified for use in California ir Quality Management Districts. The superior attention to cabinet detail is obvious. The WeatherMaker 8000VS features 1-piece, seamless, wrap-around construction. There are no spot welds on the exterior surfaces. There is also double protection for the cabinet. First, a galvanized steel substrate provides resistance to rusting. Then the cabinet is constructed of prepainted steel the same high-quality finish found on refrigerators and dishwashers. Perhaps the most advanced feature of the WeatherMaker 8000VS is the stateof-the-art microprocessor control which shows true leadership in furnace technology. The simplified electronics in this control provide high reliability while performing many of the functions of older, electro-mechanical devices in other furnaces. dvanced features of the control show Carrier s true leadership in furnace technology. The control provides blower delay at start-up and shutdown, while monitoring furnace operations and functions. In the unlikely event of a service call, in less than a minute, the technician can use the selftest feature to determine if a major component has failed. The control will check itself, then the low and high inducer speeds, hot surface ignition, and low-, medium-, and high-speed blower operation. The control also features a -amp fuse that protects the transformer and control. Best of all, the WeatherMaker 8000VS is easily installed. Many features make this furnace the easy choice for replacement or new construction markets. Left and right connections are provided for gas and electrical supplies. Features include heating and cooling airflow selection, 24 vac humidifier and 115 vac electronic air cleaner connections, and easy-to-remove bottom. W2 COM 24 V W/W1 Y/Y2 HUM TWIN TEST LED SEC-1 SEC-2 PR1 -COOL -GS -HET LO-GS -HET FU1 PR2 COM EC-2 EC-1 PRK ON OFF HET EXCHNGER 897 FURNCE CONTROL 9150 VRIBLE SPEED BLOWER MOTOR 99425 Model number nomenclature 58UHV 060 120 12 High-Efficiency Induced-Combustion Upflow Furnace Input Capacity 060 60,000 Btuh 080 80,000 Btuh 100 100,000 Btuh 120 117,000 Btuh Series Number Cooling Size (irflow) (400 per 12,000 Btuh) 12 1200 16 1600 20 2000 2
8 1 2 4 10 14 1 9 15 5 6 7 11 12 9512 NOTE: The Furnaces are for use with natural gas, but can be field-converted for propane gas with a factory-authorized and listed accessory conversion kit. NOTE: Control location and actual control may be different than shown above. 1 Relief Box 9 Rating Plate 2 Gas Valve Control Knob (On/Off) 10 Gas Manifold 2-Stage Gas Valve 11 ir Filter 4 Gas Burner 12 Filter Retainer 5 Hot Surface Ignitor 1 Flame Sensor 6 Blower Door Safety Switch 14 Manual Reset Flame Rollout Switches (2) 7 Blower and Blower Motor 15 Status LED Light 8 Draft Safeguard Tube and Switch
Carrier accessories* FILTER FRME B FILTER C CONTROLS: THERMOSTTS ND ZONING 9742 vailable in programmable and non-programmable models, Carrier thermostats maintain a constant comfortable temperature level in the home. For the ultimate in home comfort, Carrier s 2, 4, and 8-zone systems allow temperature control of individual zones of the home. This is accomplished through a series of electronic dampers and remote room sensors. The 4-zone system is shown. FURNCE DOOR 9068 SIDE FILTER RCK Custom-made filter rack for easy connection when a return plenum already exists. Provides easy access for cleaning filter. B C 2-1/8 in. 2-/8 in. 14-1/2 in. 9780 MECHNICL OR ELECTRONIC IR CLENER Cleans the air of smoke, dirt, and many pollens commonly found. Saves on decorating and cleaning expenses. 9165 MODEL HUMCCLFP HUMIDIFIER By adding moisture to winter-dry air, a Carrier humidifier can often improve comfort and keep furniture, rugs, and draperies in better condition. Moisturizing household air also helps to retain normal body heat and provides comfort at lower temperatures. UNIT SIZE 060-12** 080-16 100-20 120-20 ELECTRONIC IR CLENER (EC) Model IR MECHNICL IR CLENER Model 1MF HUMIDIFIER Model HUM HET RECOVERY VENTILTOR Models VB, VB5B, or VC5B ENERGY RECOVERY VENTILTOR Model VL uto Changeover, F/ C, 1-Stage Heat/1-Stage Cool TSTTCCNC01-B uto Changeover, F/ C, 2-Stage Heat/1-Stage Cool TSTTCCNHP01-B THERMOSTT NON-PROGRMMBLE uto Changeover, F/ C, 2-Stage Heat/2-Stage Cool TSTTCCN2S01-B in C Mode, -Stage Heat in C Mode/2-Stage Cool in HP Mode ir Conditioner, 1-Stage Heat/1-Stage Cool, Manual Changeover, F/ C TSTTCCBC01 Heat Pump, 2-Stage Heat/1-Stage Cool, Manual Changeover, F/ C TSTTCCBHP01** uto Changeover, 7-Day Programmable, F/ C, 1-Stage Heat/1-Stage Cool TSTTCCPC01-B uto Changeover, 7-Day Programmable, F/ C, 2-Stage Heat/1-Stage Cool TSTTCCPHP01-B uto Changeover, 7-Day Programmable, F/ C, 2-Stage Heat/2-Stage Cool TSTTCCP2S01-B THERMOSTT PROGRMMBLE in C Mode, -Stage Heat/2-Stage Cool in HP Mode Dual Fuel Thermostat, includes Outdoor ir Temperature Sensor TSTTCCPDF01-B** Thermidistat Control Non-Programmable/Programmable Thermostat TSTTCCPRH01-B** with Humidity Control (For use in Dual Fuel, C, HP, and 2S applications. Includes Outdoor ir Temperature Sensor.) ZONING 2 ZONE ZONECC2KIT01, ZONEKIT2ZCR ZONING 4 ZONE ZONECC4KIT01 ZONING 8 ZONE ZONECC8KIT01 SIDE FILTER RCK (ccepts one 16 x 25 x 1 Filter) TWINNING KIT GS CONVERSION KIT* NTURL-TO-PROPNE PROPNE-TO-NTURL * Factory authorized and field installed. Gas conversion kits are.g.. recognized. 16 and 20 models only. ** Do not use in zoning heat pump applications. KGFR0201LL KGTW0401HSI KGNP2001LL KGPN1601LL VRIBLE SPEED BLOWER MOTOR REPLCEMENT CONTROL MODULE RMOD44E120,1 RMOD44E120,1 RMOD46E120 RMOD52E1 4
9927 DIMENSIONS (In.) 99274 UNIT SIZE D E * Refer to the furnace Installation Instructions for proper venting procedures. VENT CONNECTION* 060-12 14-/16 12-9/16 12-11/16 4 080-16 19-/8 19-1/2 4 100-20 24-1/2 22-7/8 2 4 120-20 24-1/2 22-7/8 2 5 5
Physical data UNIT SIZE 060-12 080-16 100-20 120-20 OUTPUT CPCITY (BTUH) High Stage 49,000 65,000 82,000 96,000 Nonweatherized ICS Low Stage 1,000 42,000 5,000 6,000 GS INPUT (BTUH)* High Stage 60,000 80,000 100,000 117,000 * Gas input ratings are certified for elevations to 2000 ft. For elevations above 2000 ft, reduce ratings 4% for each 1000 ft above sea level. Refer to National Fuel Gas Code Table F4. In Canada, derate the unit 10% for elevations 2000 ft to 4500 ft above sea level. Capacity and FUE in accordance with U.S. Government DOE test procedures. irflow shown is for bottom only return-air supply. For air delivery above 1800, see ir Delivery table for other options. filter is required for each return-air supply. ICS Isolated Combustion System Performance data ECM Electronically Commutated Motor Efficiency *Capacity and FUE in accordance with U.S. Government DOE test procedures. ICS Isolated Combustion System Low Stage 9,000 52,000 65,000 78,000 SPPING WEIGHT (LB) 14 154 184 194 CERTIFIED TEMP RISE High Stage 25-55 0-60 25-55 40-70 RNGE ( F) Low Stage 15-45 15-45 15-45 25-55 CERTIFIED EXT STTIC PRESSURE (In. wc) Heating 0.12 0.15 0.20 0.20 Cooling 0.7 0.5 0.7 0.7 IRFLOW Heating High/Low 1250/115 110/195 195/160 1720/1605 LIMIT CONTROL HETING BLOWER CONTROL INDUCER Cooling (Max) 1260 165 2085 10 SPST (uto-reset) Solid-State Time Operation 2-Speed BURNERS (Monoport) 4 5 6 GS CONNECTION SIZE GS VLVE (Redundant) Manufacturer Minimum Inlet Pressure (In. wc) Maximum Inlet Pressure (In. wc) IGNITION DEVICE 1/2-in. NPT White-Rodgers 4.5 (Natural Gas) 1.6 (Natural Gas) Hot Surface UNIT SIZE 060-12 080-16 100-20 120-20 DIRECT-DRIVE MOTOR Hp (ECM Variable Speed) 1/2 1/2 /4 1 MOTOR FULL LOD MPS 7.7 7.7 9.6 12.0 RPM (Nominal) SPEEDS 00 to 1400 00 to 1400 00 to 1400 00 to 1400 BLOWER WHEEL DIMETER X WIDTHS (In.) 10 x 6 10 x 8 11 x 10 11 x 10 WSHBLE 16 x 25 x 1-in. FILTER QTY 1 2 2 WSHBLE 20 x 25 x 1-in. FILTER QTY 1 UNIT SIZE 060-12 080-16 100-20 120-20 CPCITY BTUH* High Stage 49,000 65,000 82,000 96,000 Low Stage 1,000 42,000 5,000 6,000 FUE %* Nonweatherized ICS 80.0 80.0 80.0 80.0 ama CERTIFIED MEETS DOE RESIDENTIL CONSERVTION SERVICES PROGRM STNDRDS. Before purchasing this appliance, read important energy cost and efficiency information available from your retailers. 6
Carrier Evaporator Coil & Furnace Match Up Guide CK5 Cased Coil Furnace Model Numbers Size Nominal Cooling Size Furnace Width (inches) 018 024 00 N06 W024 W00 06 T06 N042 N048 W06 042 T042 048 T048 N060 W048 060 T060 X060 24 1/2 24 1/2 24 1/2 24 1/2 14 /16 14 /16 14 /16 14 /16 58UHV 060-12 018-06 14 1/5 - - - - - - - - - - - - - 58UXV 080-16 00-048 - - - - - - - - - - - - - - (Upflow) 100-20 06-060 24 1/2 - - - - - - - - - - - - - - - 120-20 06-060 24 1/2 - - - - - - - - - - - - - - - CD5 Furnace Model Numbers Size Nominal Cooling Size Furnace Width (inches) 018 024 00 W024 W00 06 W06 042 W042 048 C048 W048 060 W060 1-1/2 24 1/2 24 1/2 24-1/2 14 /16 14 /16 14 /16 58UHV 060-12 018-06 14 1/5 - - - - - - 58UXV 080-16 00-048 - - - - - (Upflow) 100-20 06-060 24 1/2 - - - - - S 120-20 06-060 24 1/2 - - - - - S CC5 Uncased Furnace Model Numbers Size Nominal Cooling Size Furnace Width (inches) 018 024 00 W024 W00 06 042 W042 C048 W048 060 W060 1-1/2 24 1/2 24 1/2 24-1/2 14 /16 14 /16 14 /16 58UHV 060-12 018-06 14 1/5 - - - - - 58UXV 080-16 00-048 - - - - - (Upflow) 100-20 06-060 24 1/2 - - - - - S 120-20 06-060 24 1/2 - - - - - S Furnace Model Numbers Size Nominal Cooling Size Furnace Width (inches) Horizontal CK Indoor Coil 024 00 06 042 048 060 24 1/2 58UHV 060-12 018-06 14 1/5 B B B T - - 58UXV 080-16 00-048 - T T B (Horizontal) 100-20 06-060 - - T B 120-20 06-060 24 1/2 - - T T T LEGEND - Coil and furnace are flush - Coil is wider than furnace, has factory transition plates to fit several furnace sizes - Coil is narrower than the furnace. transition will be required - Coil is wider than the furnace. Follow overhang instructions S - Coil is more than 1 size different than the furnace. Special consideration required T - Coil is narrower than the furnace or is more than 1 size wider. transition will be required B - Coil is wider than the furnace. pply standard blockoff plate 7
GS HET IRFLOW 8 FURNCE SIZE 060 080 100 IR DELIVERY NOMINL at up to 0.70 i.w.c. E.S.P. (With filter) GS HET TEMP RISE C/HP JUMPER POSITION: C IR CONDITIONING, COOLING IRFLOW HP EFFY HET PUMP EFFICIENCY, COOLING ND HETING IRFLOW HP T HET PUMP COMFORT, COOLING IRFLOW FURNCE SIZE 060 080 100 120 120 C/HP JUMPER POSITION: HP CMFT FURNCE SIZE 060 080 100 120 GS HET TEMP RISE ( F)* HET PUMP COMFORT, HETING IRFLOW GS HET IRFLOW () JUMPER POSITION Red Wire Violet Wire GH-STGE LOW-STGE GH-STGE LOW-STGE M- MID M- MID M- MID M- MID D D D D 51 46 40 58 51 45 51 45 40 69 59 55 SINGLE-SPEED TWO-SPEED (GH / LOW) IRFLOW SELECTION COOL SIZE COOL PER TON COOL PER TON JUMPER POSITION JUMPER JUMPER POSITION 400 50 15 POSITION TONS 400 50 15 GH LOW GH LOW GH LOW LO M-LO M- LO M-LO M- LO M-LO M- LO M-LO M- 1-1/2 2 2-1/2 2-1/2-1/2 4-1/2 4 5-1/2 4 5 600 800 1000 1200 1000 15 1400 1600** 1195 1400 1600 2000 1160 1400 1600 2000 50 700 880 1050 875 1050 1225 1400 1045 1225 1400 1750 1050 1220 195 1750 60 790 945 790 945 1100 1250 950 1090 1260 1575 955 1090 1250 1565 * Within ± 2 F Minimum airflow is set for electronic air cleaner: 060 500, 080 500, 100 700, 120 700 Use only listed jumper position combinations. ** Maximum available ESP is 0.70 iwc for all furnace model sizes and operating modes, except maximum available ESP is 0.50 iwc for cool size airflow at 400 cfm per ton selection with the 080 size furnace. NOTES: 1. humidistat can be used to further reduce airflow when increased humidity is sensed. This feature reduces the selected airflow by 20%, but no lower than 280 per ton. 2. Continuous-fan selections are 50%, 65%, or 100% of selected cooling airflow. 100% is not recommended for 2-speed air conditioning or heat pumps.. See the following airflow curves for versus ESP at 50 per ton. 60 865 1060 1260 1050 1260 1470 165** 1260 1470 1680 2085 1195 1420 1650 10 SINGLE-SPEED TWO-SPEED (GH / LOW) IRFLOW SELECTION COOL SIZE COOL PER TON COOL PER TON JUMPER POSITION JUMPER JUMPER POSITION 400 50 15 POSITION TONS 400 50 15 GH LOW GH LOW GH LOW LO M-LO M- LO M-LO M- LO M-LO M- LO M-LO M- 1-1/2 2 2-1/2 2-1/2-1/2 4-1/2 4 5-1/2 4 5 540 720 900 1080 900 1080 1260 1440 1075 1260 1440 1800 1045 1260 1440 1800 60 790 945 785 945 1100 1260 940 1100 1260 1575 945 1100 1255 1575 570 710 855 710 850 990 115 855 990 110 1420 860 980 1125 1410 565 780 945 115 945 115 125 1510 110 125 1510 1890 1075 1280 1485 1900 45 8 0 44 9 29 44 9 0 49 4 40 510 650 780 660 790 910 1040 780 910 1040 100 865 970 1070 100 585 700 605 715 80 940 700 820 95 1170 780 875 965 1170 550 75 920 1100 920 1100 1280 1470 1090 1285 1465 1840 1085 1265 1465 185 660 80 990 825 990 1150 125 980 1155 120 1655 975 1140 120 1650 925 1085 1250 970 1140 110 140 1685 195 10 1560 1720 570 680 595 700 805 915 775 80 915 1150 785 875 975 1140 515 610 55 60 725 825 700 750 825 105 750 790 880 1025 660 825 990 80 990 1155 125 990 1155 125 1655 985 1150 115 1640 595 740 895 755 895 1040 1190 890 1040 1190 1490 885 105 1185 1475 615 70 115 790 925 195 105 15 160 1240 1460 1605 510 585 545 625 715 820 700 715 820 1025 785 845 90 1080 555 560 655 740 700 700 740 920 750 760 85 970
The airflow performance charts for the model 58UHV and 58UXV Furnaces provide nominal airflow in cubic ft per minute () versus external static pressure (ESP) in in. water column (IWC) for gas heating, cooling, and heat pump operating modes. Each model has 2 chart pages: gas heating and single-speed cooling on the first page, and 2-speed cooling on the second page. Gas heating airflow is shown with dashed lines for GH- GS HET and with dot-dash lines for LOW-GS HET for all air temperature rise selections. Single-speed cooling airflow is shown with solid lines for all 4 size selections. Twospeed airflow is shown with solid lines for GH-COOLING and with dot-dash for lines LOW-COOLING for all 4 size selections. The curved, dotted lines are furnaceduct system characteristic curves. System curves can be used to predict the ESP imposed by a building s supply- and return-air duct system at any airflow, if a single actual airflow versus ESP is known. Example: If and ESP at point in example below are known, the and ESP at point B can be determined by following the system curve from to B. If a point falls between 2 system curves, follow an imaginary system curve parallel to and between the 2 system curves. EXMPLE IRFLOW ( versus ESP) FURNCE IRFLOWS EXTERNL STTIC PRESSURE (IWC) 0.4 FURNCE-DUCT SYSTEMS GS HETING COOLING B 0 840 1050 100 960 9
0.9 FURNCE SIZE 60,000 BTUH HETING INPUT 6,000 BTUH COOLING *See ir Delivery Table for jumper positions. TWO-STGE GS HETING WITH FILTER SINGLE-SPEED COOLING WITH FILTER COOLING IRFLOW SELECTION IS PPROXIMTELY 50 PER TON 0.8 EXTERNL STTIC PRESSURE (IWC) 0.7 0.6 0.5 0.4 LO (1-1 /2 TONS COOLING) M-LO (2 TONS COOLING) M- (2-1 /2 TONS COOLING) (GH-GS HET 51 F IR TEMP RISE)* ( TONS COOLING) M- (GH-GS HET 46 F IR TEMP RISE)* MID (GH-GS HET 40 F IR TEMP RISE)* 0. 0.2 (LOW-GS HET 45 F IR TEMP RISE)* M- (LOW-GS HET 8 F IR TEMP RISE)* MID (LOW-GS HET 0 F IR TEMP RISE)* 0.1 50 615 700 70 880 925 1050 1085 115 1250-14-96 0 400 500 600 700 800 900 1000 1100 1200 100 96019 10
0.9 FURNCE SIZE 60,000 BTUH HETING INPUT 6,000 BTUH COOLING TWO-SPEED COOLING WITH FILTER COOLING IRFLOW SELECTION IS PPROXIMTELY 50 PER TON 0.8 0.7 EXTERNL STTIC PRESSURE (IWC) 0.6 0.5 0.4 0. 0.2 M-LO ND LO (2 ND 1-1 /2 TONS LOW COOLING) LO (1-1 /2 TONS GH COOLING) M- (2-1 /2 TONS LOW COOLING) ( TONS LOW COOLING) M-LO (2 TONS GH COOLING) M- (2-1 /2 TONS GH COOLING) ( TONS GH COOLING) 0.1 500 550 570 680 75 920 1100 0 400 500 600 700 800 900 1000 1100 1200 100 10-20-95 96020 11
0.9 FURNCE SIZE 80,000 BTUH HETING INPUT 48,000 BTUH COOLING *See ir Delivery Table for jumper positions. TWO-STGE GS HETING WITH FILTER SINGLE-SPEED COOLING WITH FILTER COOLING IRFLOW SELECTION IS PPROXIMTELY 50 PER TON 0.8 0.7 EXTERNL STTIC PRESSURE (IWC) 0.6 0.5 0.4 0. 0.2 0.1 (LOW-GS HET 44 F IR TEMP RISE)* LO (2-1 /2 TONS COOLING) 790 875 925 970 1050 1140 1225 M- (LOW-GS HET 9 F IR TEMP RISE)* (GH-GS HET 58 F IR TEMP RISE)* M-LO ( TONS COOLING) M- (GH-GS HET 51 F IR TEMP RISE)* M- (- 1 /2 TONS COOLING) MID (GH-GS HET 45 F IR TEMP RISE)* MID (LOW-GS HET 29 F IR TEMP RISE)* (4 TONS COOLING) 110 195 1400-14-96 0 600 700 800 900 1000 1100 1200 100 1400 1500 1600 1700 960 12
0.9 FURNCE SIZE 80,000 BTUH HETING INPUT 48,000 BTUH COOLING TWO-SPEED COOLING WITH FILTER COOLING IRFLOW SELECTION IS PPROXIMTELY 50 PER TON 0.8 0.7 EXTERNL STTIC PRESSURE (IWC) 0.6 0.5 0.4 0. LO (2-1 /2 TONS LOW COOLING) M-LO ( TONS LOW COOLING) M- (- 1 /2 TONS LOW COOLING) (4 TONS LOW COOLING) 0.2 0.1 595 LO (2-1 /2 TONS GH COOLING) 700 805 915 915 1100 1275 1470 M-LO ( TONS GH COOLING) M- (- 1 /2 TONS GH COOLING) (4 TONS GH COOLING) 10-20-95 0 400 500 600 700 800 900 1000 1100 1200 100 1400 1500 1600 96022 1
0.9 FURNCE SIZE 100,000 BTUH HETING INPUT 60,000 BTUH COOLING *See ir Delivery Table for jumper positions. TWO-STGE GS HETING WITH FILTER SINGLE-SPEED COOLING WITH FILTER COOLING IRFLOW SELECTION IS PPROXIMTELY 50 PER TON 0.8 0.7 EXTERNL STTIC PRESSURE (IWC) 0.6 0.5 0.4 0. 0.2 0.1 (LOW-GS HET 44 F IR TEMP RISE)* LO ( TONS COOLING) 105 1045 M- (LOW-GS HET 9 F IR TEMP RISE)* M-LO (- 1 /2 TONS COOLING) 15 1225 M- (4 TONS COOLING) 1400 140 (GH-GS HET 51 F IR TEMP RISE)* MID (LOW-GS HET 0 F IR TEMP RISE)* M- (GH-GS HET 45 F IR TEMP RISE)* (5 TONS COOLING) 160 1685 1750 MID (GH-GS HET 40 F IR TEMP RISE)* 195-14-96 0 600 700 800 900 1000 1100 1200 100 1400 1500 1600 1700 1800 1900 2000 00 9602 14
0.9 FURNCE SIZE 100,000 BTUH HETING INPUT 60,000 BTUH COOLING TWO-SPEED COOLING WITH FILTER COOLING IRFLOW SELECTION IS PPROXIMTELY 50 PER TON 0.8 0.7 EXTERNL STTIC PRESSURE (IWC) 0.6 0.5 0.4 LO ( TONS LOW COOLING) M-LO (- 1 /2 TONS LOW COOLING) M- (4 TONS LOW COOLING) 0. 0.2 0.1 755 80 915 1090 LO ( TONS GH COOLING) (5 TONS LOW COOLING) M-LO (- 1 /2 TONS GH COOLING) M- (4 TONS GH COOLING) (5 TONS GH COOLING) 1150 1285 1465 1840 10-20-95 0 600 700 800 900 1000 1100 1200 100 1400 1500 1600 1700 1800 1900 96024 15
0.9 FURNCE SIZE 120,000 BTUH HETING INPUT 60,000 BTUH COOLING TWO-STGE GS HETING WITH FILTER SINGLE-SPEED COOLING WITH FILTER COOLING IRFLOW SELECTION IS PPROXIMTELY 50 PER TON 0.8 EXTERNL STTIC PRESSURE (IWC) 0.7 0.6 0.5 0.4 0. 0.2 0.1 LO ( TONS COOLING) 1050 M-LO (- 1 /2 TONS COOLING) 1220 (LOW-GS HET 49 F IR TEMP RISE) (GH-GS HET 69 F IR TEMP RISE) 1240 10 M- (4 TONS COOLING) 195 M- (LOW-GS HET 4 F IR TEMP RISE) 1460 M- (GH-GS HET 59 F IR TEMP RISE) 1560 1605 MID (LOW-GS HET 40 F IR TEMP RISE) MID (GH-GS HET 55 F IR TEMP RISE) (5 TONS COOLING) 1720 1750 0 600 700 800 900 1000 1100 1200 100 1400 1500 1600 1700 1800 1900 2000 00 10-24-95 96025 16
0.9 FURNCE SIZE 120,000 BTUH HETING INPUT 60,000 BTUH COOLING TWO-SPEED COOLING WITH FILTER COOLING IRFLOW SELECTION IS PPROXIMTELY 50 PER TON 0.8 0.7 EXTERNL STTIC PRESSURE (IWC) 0.6 0.5 0.4 LO ( TONS LOW COOLING) M-LO (- 1 /2 TONS LOW COOLING) 0. 0.2 0.1 785 875 975 1085 1140 1265 M- (4 TONS LOW COOLING) LO ( TONS GH COOLING) (5 TONS LOW COOLING) M-LO (- 1 /2 TONS GH COOLING) M- (4 TONS GH COOLING) (5 TONS GH COOLING) 1465 185 10-24-95 0 600 700 800 900 1000 1100 1200 100 1400 1500 1600 1700 1800 1900 96026 17
Typical wiring schematic FIVE WIRE NOTE 2 W C Y R G 1-STGE THERMOSTT TERMINLS FIELD 24-V WIRING FIELD 115-, 208/20-, 460-V WIRING FCTORY 24-V WIRING FCTORY 115-V WIRING FIELD-SUPPLIED FUSED DISCONNECT BLK 115-V FIELD- SUPPLIED DISCONNECT BLK THREE-WIRE HETING- ONLY W2 208/20- OR 460-V THREE PHSE WHT GREEN DEHUM GND WHT NOTE 6 JUNCTION BOX CONTROL COM W/W1 Y/Y2 R G FS 24-V TERMINL BLOCK FURNCE NOTE 1 CONDENSING UNIT NOTE 4 Y1 NOTES:1. Connect Y/Y2-terminal as shown for proper operation. 2. Some thermostats require a "C" terminal connection as shown.. If any of the original wire, as supplied, must be replaced, use same type or equivalent wire. 4. Y1 is not to be connected. NOTE 5 5. Connect O to thermostat-o only for heat pump applications. O 6. Field-supplied humidistat for dehumidification in cooling (optional). GND 208/20-V SINGLE PHSE 99 BLK 115-V FIELD- SUPPLIED DISCONNECT BLK SEVEN WIRE FOUR-WIRE HETING- ONLY NOTE 2 C W2 W1 Y2 R G Y1 W2 2-STGE THERMOSTT TERMINLS FIELD 24-V WIRING FIELD 115-, 208/20-, 460-V WIRING FCTORY 24-V WIRING FCTORY 115-V WIRING FIELD-SUPPLIED FUSED DISCONNECT 208/20- OR 460-V THREE PHSE WHT GREEN DEHUM GND WHT NOTE 5 JUNCTION BOX CONTROL COM W/W1 Y/Y2 G FS 24-V TERMINL BLOCK Y1 FURNCE NOTE 4 O R NOTE 1 C Y1 Y2 2-SPEED CONDENSING UNIT GND 208/20-V SINGLE PHSE NOTES:1. Connect Y1 and Y/Y2 as shown for proper operation. 2. Some thermostats require a "C" terminal connection as shown.. If any of the original wire, as supplied, must be replaced, use same type or equivalent wire. 4. Connect O to thermostat-o only for heat pump applications. 5. Field-supplied humidistat for dehumidification in cooling (optional). 9922 18
Electrical data UNIT SIZE 060-12 080-16 100-20 120-20 UNIT VOLTS HERTZ PHSE 115 60 1 MINIMUM WIRE SIZE 14 14 14 14 MXIMUM WIRE LENGTH (Ft)* 6 4 29 26 MXIMUM UNIT MPS 10.1 10.6 12.6 1.9 OPERTING VOLTGE RNGE (Min Max) 104 127 MX FUSE SIZE CKT BKR (mps) 15 TRNSFORMER (24v) 40va EXTERNL CONTROL POWER VILBLE Heating 19va Cooling 5va IR CONDITIONING BLOWER RELY Standard * Length shown is as measured 1 way along wire path between unit and service panel for maximum 2% voltage drop. Permissible limits of the voltage range at which the unit will operate satisfactorily. Time-delay fuse is recommended. Typical installations CONDENSING UNIT HUMIDIFIER ELECTRONIC IR CLENER GS-FIRED WTER HETER IRFLOW 89242 19
Carrier Corporation Indianapolis, IN 46 11-99 Manufacturer reserves the right to discontinue, or change at any time, specifications or designs without notice and without incurring obligations. Book 1 4 Page 20 Catalog No. 525-806 Printed in U.S.. PC 101 Form 58UHV-PD Tab 6a 8a Replaces: 58UHV-2PD