PACKAG HAT PMPS FM N. P66-767 Featuring arth-friendly -40A efrigerant earth friendly refrigerant QNL-B HIGH FFICINCY 3-S SIS NMINAL SIZS 2-4 TNS [7.03-4.07 kw] QPL-B HIGH FFICINCY 4-S SIS NMINAL SIZS 2-4 TNS [7.03-4.07 kw] Manufactured by (4 S NLY)
TABL F CNTNTS nit Features & Benefits...3-4 Model Identification ptions...5-6 General ata QNL-B Series...7-8 QPL-B Series...9-0 General ata Notes... Performance ata QNL-B Series...2-6 QPL-B Series...7-2 Airflow Performance QNL-B Series...22-23 QPL-B Series...24-25 lectrical ata QNL-B Series...26 QPL-B Series...26 lectric Heater Kits...27-29 imensional ata...30-3 Typical Installations...32 Accessories...33-40 Typical Wiring...4-44 Limited Warranty...46 2
NIT FATS & BNFITS QNL-B/QPL-B SIS These quality features are included in the WeatherKing utdoor Package Heat Pumps 5 (Not Shown) 4 3
NIT FATS & BNFITS QNL-B/QPL-B SIS Features Below Correspond to Photos on Page 3. All models feature Copeland Scroll compressors for maximum efficiency and quiet operation. This unit contains a special scroll compressor that is designed specifically to operate with -40A efrigerants and polyolester (P) oils. The compressor is hermetically sealed and incorporates internal high temperature motor overload protection and durable insulation on the motor windings. It is externally mounted on rubber grommets to reduce vibration and noise. 2. Louvered condenser compartment for protecting the coil against yard hazards and/or weather extremes. 3. ne-piece top with a deep flange to help keep water out of the unit. 4. Supply and return air openings feature a one-inch tall flange to prevent water migration into the ductwork. 5. Access panels have weep holes and channels to further help manage water run-off. 6. Side and down discharge options available on all models. (Shipped ownflow Standard). 7. asily accessible blower section complete with slide-out blower. 8. efrigerant connections are conveniently located for easy service diagnostics. 9. Condenser and evaporator coils feature enhanced fins for better heat transfer and rifled copper tubing for greater efficiency. 0. Supplemental electric heat strips up to 5 kw are available (field or factory installed) for periods of extreme cold temperatures. Single point wiring makes installation even easier.. All units feature an internal trap on the condensate line eliminating the need for installing an on-site external trap. 2. asily accessible control box. Package heat pump utilizes demand defrost control which monitors the outdoor ambient temperature, outdoor coil temperature, and compressor run-time to determine when a defrost cycle is required. 3. Thermal xpansion Valve standard on all models for superior superheat control, reliability, and energy efficiency at all operating conditions. 4. Filter rier Standard on all models (not shown). 5. ugged Baserail for improved installation and handling. 6. eversing valve directs flow of refrigerant and reverses the refrigerant flow when heating is required. 4
ML INTIFICATIN QNL-B/QPL-B SIS Q N L B024 J K 000 XXX Factory Installed ptions (See Next Page) Heating Capacity (Factory Installed) 000 = No esistance Heat 005 = 05 KW esistance Heat (08-030) 00 = 0 KW esistance Heat (024-048) 05 = 5 KW esistance Heat (036-048) rive Package K = irect rive lectrical esignation J = 208-230V PH 60 Hz C = 208-230V 3PH 60 Hz Cooling Capacity (BTH) [kw] 024 = 24,000 [7.03] 030 = 30,000 [8.79] 036 = 36,000 [0.55] 042 = 42,000 [] 048 = 48,000 [4.07] esign Series L = -40A fficiency esignation N = 3 S fficiency P = 4 S fficiency Product Classification Q = Package Heat Pump Tradebrand = WeatherKing [ ] esignates Metric Conversions 5
PTINS QNL-B/QPL-B SIS Instructions for Factory Installed ption(s) Selection Note: Two characters following the model number will be utilized to designate a factory-installed option or combination of options. If no factory option(s) is required, nothing follows the model number. Step. After a basic rooftop model is selected, choose a two-character option code from the FACTY INSTALL PTIN SLCTIN TABL. FACTY INSTALL PTIN CS ption Code AA AKA xample: QNL-B036JK000XX (where XX is factory installed option) xample: No ptions QNL-B036JK000 xample: ptions with Sideflow QNL-B036JK000AKA Note: Factory installed economizer is not available on these models. Side Flow No ption x 6
GNAL ATA QNL-B SIS NMINAL SIZS 2-4 TNS [7.03-4.07 kw] Model QNL-B Series B024JK B030JK B036CK B036JK Cooling Performance Gross Cooling Capacity Btu [kw] 24,400 [7.5] 29,000 [8.5] 36,200 [0.6] CNTIN 36,200 [0.6] /S 2 /3 /3 /3 /3 Nominal CFM/AI ated CFM [L/s] 800/800 [378/378] 000/000 [472/472] 200/250 [566/590] 200/250 [566/590] AI Net Cooling Capacity Btu [kw] 23,600 [6.9] 27,800 [8.5] 35,000 [0.26] 35,000 [0.26] Net Sensible Capacity Btu [kw] 7,600 [5.6] 20,800 [6.09] 26,000 [7.62] 26,000 [7.62] Net Latent Capacity Btu [kw] 6,000 [.76] 7,000 [5] 9,000 [4] 9,000 [4] Net System kw 5 3 Heating Performance (Heat Pumps) 4 Heating Input Btu [kw] ating 23,600 [6.9] 28,200 [8.26] 34,000 [9.96] 34,000 [9.96] System KW/CP 2/ 5/ 6/ 6/ Temp. Btuh [kw] ating 3,000 [] 6,000 [4.69] 9,500 [5.7] 9,500 [5.7] System KW/CP /2 6/ / / HSPF (Btu/Watts-hr) 7.7 7.7 7.7 7.7 Compressor No./Type /Copeland Scroll /Copeland Scroll /Copeland Scroll /Copeland Scroll utdoor Sound ating (db) 3 76 76 76 76 utdoor Coil Fin Type Louvered Louvered Louvered Louvered Tube Type ifled ifled ifled ifled Tube Size in. [mm] 0.375 [9.5] 0.375 [9.5] 0.375 [9.5] 0.375 [9.5] Face Area sq. ft. [sq. m] 4.5 [.35] 6.32 [.52].2 [.04].2 [.04] ows / FPI [FPcm] / 22 [9] / 22 [9] 2 / 22 [9] 2 / 22 [9] efrigerant Control TX Valves TX Valves TX Valves TX Valves Indoor Coil Fin Type Louvered Louvered Louvered Louvered Tube Type ifled ifled ifled ifled Tube Size in. [mm] 0.375 [9.5] 0.375 [9.5] 0.375 [9.5] 0.375 [9.5] Face Area sq. ft. [sq. m] 5.54 [0.5] 7.39 [0.69] 7.39 [0.69] 7.39 [0.69] ows / FPI [FPcm] 2 / 5 [6] 2 / 5 [6] 2 / 5 [6] 2 / 5 [6] efrigerant Control TX Valves TX Valves TX Valves TX Valves rain Connection No./Size in. [mm] / [25.4] / [25.4] / [25.4] / [25.4] utdoor Fan Type Propeller Propeller Propeller Propeller No. sed/iameter in. [mm] /22 [558.8] /22 [558.8] /22 [558.8] /22 [558.8] rive Type/No. Speeds irect/ irect/ irect/ irect/ CFM [L/s] 2700 [274] 2700 [274] 2700 [274] 2700 [274] No. Motors/HP at /5 HP at /5 HP at /5 HP at /5 HP Motor PM 075 075 075 075 Indoor Fan Type FC Centrifugal FC Centrifugal FC Centrifugal FC Centrifugal No. sed/iameter in. [mm] /9x7 [228.6x77.8] /0x9 [254x228.6] /0x9 [254x228.6] /0x9 [254x228.6] rive Type/No. Speeds irect/2 irect/3 irect/ irect/ No. Motors Motor HP /4 /2 /3 /3 Motor PM 075 075 075 075 Motor Frame Size 48 48 48 48 Filter Type Field Supplied Field Supplied Field Supplied Field Supplied Furnished No No No No (No.) Size ecommended in. [mm] ()x20x20 [25x508x508] ()x24x24 [25x60x60] ()x24x24 [25x60x60] ()x24x24 [25x60x60] efrigerant Charge z. [g] 98 [2778] 08 [3062] 46 [439] 46 [439] Weights Net Weight lbs. [kg] 39 [77] 444 [20] 47 [24] 468 [22] Ship Weight lbs. [kg] 40 [82] 455 [206] 482 [29] 479 [27] See Page for Notes. [ ] esignates Metric Conversions 7
GNAL ATA QNL-B SIS NMINAL SIZS 2-4 TNS [7.03-4.07 kw] Model QNL-B Series B042CK B042JK B048CK B048JK Cooling Performance Gross Cooling Capacity Btu [kw] 43,500 [5] 43,500 [5] 49,000 [4.36] 49,000 [4.36] /S 2 /3 /3 /3 /3 Nominal CFM/AI ated CFM [L/s] 400/400 [66/66] 400/400 [66/66] 600/600 [755/755] 600/600 [755/755] AI Net Cooling Capacity Btu [kw] 42,500 [5] 42,500 [5] 47,500 [2] 47,500 [2] Net Sensible Capacity Btu [kw] 3,500 [9.23] 3,500 [9.23] 36,000 [0.55] 36,000 [0.55] Net Latent Capacity Btu [kw],000 [2],000 [2],500 [7],500 [7] Net System kw 6 6 4.3 4.3 Heating Performance (Heat Pumps) 4 Heating Input Btu [kw] ating 4,500 [6] 4,500 [6] 46,000 [8] 46,000 [8] System KW/CP 5/ 5/ 9/ 9/ Temp. Btuh [kw] ating 24,200 [7.09] 24,200 [7.09] 26,600 [7.79] 26,600 [7.79] System KW/CP 3/8 3/8 7/ 7/ HSPF (Btu/Watts-hr) 7.7 7.7 7.7 7.7 Compressor No./Type /Copeland Scroll /Copeland Scroll /Copeland Scroll /Copeland Scroll utdoor Sound ating (db) 3 76 76 78 78 utdoor Coil Fin Type Louvered Louvered Louvered Louvered Tube Type ifled ifled ifled ifled Tube Size in. [mm] 0.375 [9.5] 0.375 [9.5] 0.375 [9.5] 0.375 [9.5] Face Area sq. ft. [sq. m] 6.32 [.52] 6.32 [.52] 6.32 [.52] 6.32 [.52] ows / FPI [FPcm] 2 / 22 [9] 2 / 22 [9] 2 / 22 [9] 2 / 22 [9] efrigerant Control TX Valves TX Valves TX Valves TX Valves Indoor Coil Fin Type Louvered Louvered Louvered Louvered Tube Type ifled ifled ifled ifled Tube Size in. [mm] 0.375 [9.5] 0.375 [9.5] 0.375 [9.5] 0.375 [9.5] Face Area sq. ft. [sq. m] 7.39 [0.69] 7.39 [0.69] 7.39 [0.69] 7.39 [0.69] ows / FPI [FPcm] 2 / 5 [6] 2 / 5 [6] 2 / 5 [6] 2 / 5 [6] efrigerant Control TX Valves TX Valves TX Valves TX Valves rain Connection No./Size in. [mm] / [25.4] / [25.4] / [25.4] / [25.4] utdoor Fan Type Propeller Propeller Propeller Propeller No. sed/iameter in. [mm] /22 [558.8] /22 [558.8] /22 [558.8] /22 [558.8] rive Type/No. Speeds irect/ irect/ irect/ irect/ CFM [L/s] 3300 [557] 3300 [557] 3000 [46] 3000 [46] No. Motors/HP at /3 HP at /3 HP at /3 HP at /3 HP Motor PM 075 075 075 075 Indoor Fan Type FC Centrifugal FC Centrifugal FC Centrifugal FC Centrifugal No. sed/iameter in. [mm] /0x9 [254x228.6] /0x9 [254x228.6] /0x9 [254x228.6] /0x9 [254x228.6] rive Type/No. Speeds irect/2 irect/2 irect/2 irect/2 No. Motors Motor HP 3/4 3/4 3/4 3/4 Motor PM 075 075 075 075 Motor Frame Size 48 48 48 48 Filter Type Field Supplied Field Supplied Field Supplied Field Supplied Furnished No No No No (No.) Size ecommended in. [mm] ()x24x24 [25x60x60] ()x24x24 [25x60x60] ()x24x24 [25x60x60] ()x24x24 [25x60x60] efrigerant Charge z. [g] 76 [4990] 76 [4990] 83 [588] 83 [588] Weights Net Weight lbs. [kg] 508 [230] 505 [229] 500 [227] 50 [23] Ship Weight lbs. [kg] 59 [235] 56 [234] 5 [232] 52 [236] See Page for Notes. [ ] esignates Metric Conversions 8
GNAL ATA QPL-B SIS NMINAL SIZS 2-4 TNS [7.03-4.07 kw] Model QPL-B Series B024JK B030JK B036CK B036JK Cooling Performance Gross Cooling Capacity Btu [kw] 25,000 [7.32] 29,800 [8.73] 36,800 [0.78] CNTIN 36,800 [0.78] /S 2 /4 2/4 2/4 2/4 Nominal CFM/AI ated CFM [L/s] 800/850 [378/40] 000/050 [472/495] 200/250 [566/590] 200/250 [566/590] AI Net Cooling Capacity Btu [kw] 24,400 [7.5] 29,200 [8.56] 36,000 [0.55] 36,000 [0.55] Net Sensible Capacity Btu [kw] 8,900 [5.54] 23,000 [6.74] 27,000 [7.9] 27,000 [7.9] Net Latent Capacity Btu [kw] 5,500 [.6] 6,200 [2] 9,000 [4] 9,000 [4] Net System kw 6 3 3 3 Heating Performance (Heat Pumps) 4 Heating Input Btu [kw] ating 23,800 [6.97] 27,800 [8.5] 33,200 [9.73] 33,200 [9.73] System KW/CP 4/ 7/ 3/ 3/ Temp. Btuh [kw] ating 3,800 [4.04] 5,500 [4.54] 8,000 [5.27] 8,000 [5.27] System KW/CP.78/ 7/ / / HSPF (Btu/Watts-hr) 8 8 8 8 Compressor No./Type /Copeland Scroll /Copeland Scroll /Copeland Scroll /Copeland Scroll utdoor Sound ating (db) 3 76 76 76 76 utdoor Coil Fin Type Louvered Louvered Louvered Louvered Tube Type ifled ifled ifled ifled Tube Size in. [mm] 0.375 [9.5] 0.375 [9.5] 0.375 [9.5] 0.375 [9.5] Face Area sq. ft. [sq. m] 4.5 [.35] 6.32 [.52].2 [.04].2 [.04] ows / FPI [FPcm] / 22 [9] / 22 [9] 2 / 22 [9] 2 / 22 [9] efrigerant Control TX Valves TX Valves TX Valves TX Valves Indoor Coil Fin Type Louvered Louvered Louvered Louvered Tube Type ifled ifled ifled ifled Tube Size in. [mm] 0.375 [9.5] 0.375 [9.5] 0.375 [9.5] 0.375 [9.5] Face Area sq. ft. [sq. m] 5.54 [0.5] 7.39 [0.69] 7.39 [0.69] 7.39 [0.69] ows / FPI [FPcm] 2 / 5 [6] 2 / 5 [6] 2 / 5 [6] 2 / 5 [6] efrigerant Control TX Valves TX Valves TX Valves TX Valves rain Connection No./Size in. [mm] / [25.4] / [25.4] / [25.4] / [25.4] utdoor Fan Type Propeller Propeller Propeller Propeller No. sed/iameter in. [mm] /22 [558.8] /22 [558.8] /22 [558.8] /22 [558.8] rive Type/No. Speeds irect/ irect/ irect/ irect/ CFM [L/s] 2700 [274] 2700 [274] 2700 [274] 2700 [274] No. Motors/HP at /5 HP at /5 HP at /5 HP at /5 HP Motor PM 075 075 075 075 Indoor Fan Type FC Centrifugal FC Centrifugal FC Centrifugal FC Centrifugal No. sed/iameter in. [mm] /9x7 [228.6x77.8] /0x9 [254x228.6] /0x9 [254x228.6] /0x9 [254x228.6] rive Type/No. Speeds irect/2 irect/3 irect/3 irect/3 No. Motors Motor HP /3 /2 /2 /2 Motor PM 050 050 075 050 Motor Frame Size 48 48 48 48 Filter Type Field Supplied Field Supplied Field Supplied Field Supplied Furnished No No No No (No.) Size ecommended in. [mm] ()x20x20 [25x508x508] ()x24x24 [25x60x60] ()x24x24 [25x60x60] ()x24x24 [25x60x60] efrigerant Charge z. [g] 98 [2778] 08 [3062] 46 [439] 46 [439] Weights Net Weight lbs. [kg] 39 [77] 444 [20] 47 [24] 468 [22] Ship Weight lbs. [kg] 40 [82] 455 [206] 482 [29] 479 [27] See Page for Notes. [ ] esignates Metric Conversions 9
GNAL ATA QPL-B SIS NMINAL SIZS 2-4 TNS [7.03-4.07 kw] Model QPL-B Series B042CK B042JK B048CK B048JK Cooling Performance Gross Cooling Capacity Btu [kw] 43,500 [5] 43,500 [5] 49,000 [4.36] 49,000 [4.36] /S 2.3/4.3/4.5/4.5/4 Nominal CFM/AI ated CFM [L/s] 400/400 [66/66] 400/400 [66/66] 600/600 [755/755] 600/600 [755/755] AI Net Cooling Capacity Btu [kw] 42,500 [5] 42,500 [5] 47,500 [2] 47,500 [2] Net Sensible Capacity Btu [kw] 3,500 [9.23] 3,500 [9.23] 36,000 [0.55] 36,000 [0.55] Net Latent Capacity Btu [kw],000 [2],000 [2],500 [7],500 [7] Net System kw 5 5 4.26 4.26 Heating Performance (Heat Pumps) 4 Heating Input Btu [kw] ating 4,500 [6] 4,500 [6] 46,000 [8] 46,000 [8] System KW/CP 5/ 5/ 9/5 9/5 Temp. Btuh [kw] ating 24,200 [7.09] 24,200 [7.09] 26,600 [7.79] 26,600 [7.79] System KW/CP 3/8 3/8 7/ 7/ HSPF (Btu/Watts-hr) 8 8 8 8 Compressor No./Type /Copeland Scroll /Copeland Scroll /Copeland Scroll /Copeland Scroll utdoor Sound ating (db) 3 76 76 78 78 utdoor Coil Fin Type Louvered Louvered Louvered Louvered Tube Type ifled ifled ifled ifled Tube Size in. [mm] 0.375 [9.5] 0.375 [9.5] 0.375 [9.5] 0.375 [9.5] Face Area sq. ft. [sq. m] 6.32 [.52] 6.32 [.52] 6.32 [.52] 6.32 [.52] ows / FPI [FPcm] 2 / 22 [9] 2 / 22 [9] 2 / 22 [9] 2 / 22 [9] efrigerant Control TX Valves TX Valves TX Valves TX Valves Indoor Coil Fin Type Louvered Louvered Louvered Louvered Tube Type ifled ifled ifled ifled Tube Size in. [mm] 0.375 [9.5] 0.375 [9.5] 0.375 [9.5] 0.375 [9.5] Face Area sq. ft. [sq. m] 7.39 [0.69] 7.39 [0.69] 7.39 [0.69] 7.39 [0.69] ows / FPI [FPcm] 2 / 5 [6] 2 / 5 [6] 2 / 5 [6] 2 / 5 [6] efrigerant Control TX Valves TX Valves TX Valves TX Valves rain Connection No./Size in. [mm] / [25.4] / [25.4] / [25.4] / [25.4] utdoor Fan Type Propeller Propeller Propeller Propeller No. sed/iameter in. [mm] /22 [558.8] /22 [558.8] /22 [558.8] /22 [558.8] rive Type/No. Speeds irect/ irect/ irect/ irect/ CFM [L/s] 3300 [557] 3300 [557] 3000 [46] 3000 [46] No. Motors/HP at /3 HP at /3 HP at /3 HP at /3 HP Motor PM 075 075 075 075 Indoor Fan Type FC Centrifugal FC Centrifugal FC Centrifugal FC Centrifugal No. sed/iameter in. [mm] /0x9 [254x228.6] /0x9 [254x228.6] /0x9 [254x228.6] /0x9 [254x228.6] rive Type/No. Speeds irect/2 irect/2 irect/2 irect/2 No. Motors Motor HP 3/4 3/4 3/4 3/4 Motor PM 075 075 075 075 Motor Frame Size 48 48 48 48 Filter Type Field Supplied Field Supplied Field Supplied Field Supplied Furnished No No No No (No.) Size ecommended in. [mm] ()x24x24 [25x60x60] ()x24x24 [25x60x60] ()x24x24 [25x60x60] ()x24x24 [25x60x60] efrigerant Charge z. [g] 76 [4990] 76 [4990] 83 [588] 83 [588] Weights Net Weight lbs. [kg] 508 [230] 505 [229] 500 [227] 50 [23] Ship Weight lbs. [kg] 59 [235] 56 [234] 5 [232] 52 [236] See Page for Notes. [ ] esignates Metric Conversions 0
NTS: GNAL ATA QNL-B/QPL-B SIS. Cooling Performance is rated at 95 F ambient, 80 F entering dry bulb, 67 F entering wet bulb. Gross capacity does not include the effect of fan motor heat. AI capacity is net and includes the effect of fan motor heat. nits are suitable for operation in CFM range shown in airflow tables. nits are certified in accordance with the nitary Air Conditioner quipment certification program, which is based on AI Standard 20/240 or 360. 2. and/or S are rated at AI conditions and in accordance with test procedures. 3. utdoor Sound ating shown is tested in accordance with AI Standard 270. 4. Heating Performance is rated at 47 F ambient, 70 F entering dry bulb for Temp rating and 7 F ambient, 70 F entering dry bulb for Temp rating. Performance ratings do include the effect of fan motor heat.
SYSTMS PFMANC QNL-B SIS CLING PFMANC ATA QNL-B024 T Y B LB T M P AT F [ C] 75 [2] 80 [26.7] 85 [29.4] 90 [3] 95 [35] 00 [37.8] 05 [40.6] 0 [4] 5 [46.] NTING IN AI @ 80 F [26.7 C] db ➀ wb 7 F [ C] 67 F [9.4 C] 63 F [7.2 C] CFM [L/s] 880 [45] 800 [378] 720 [340] 880 [45] 800 [378] 720 [340] 880 [45] 800 [378] 720 [340] ➀.7.5.3.7.5.3.7.5.3 29.4 [8.62] 8.2 [5.33].5 29.2 [8.56] 8.0 [5.28].6 28.5 [8.35] 7.6 [5.6].7 27.5 [8.06] 7. [5.0] 26.2 [7.68] 6.5 [4.84] 24.9 [7.30] 5.9 [4.66] 2 [6.89] 5.2 [4.45] 2 [6.5] 4.6 [4.28] 2. [6.8] 4.0 [4.0] 28.9 [8.47] 7.4 [5.0].5 28.6 [8.38] 7.2 [5.04].6 28.0 [8.2] 6.8 [4.92].7 27.0 [7.9] 6.3 [4.78] 25.8 [7.56] 5.8 [4.63] 24.4 [7.5] 5.2 [4.45] 23. [6.77] 4.5 [4.25] 2 [6.39] 4.0 [4.0] 20.7 [6.07] [3] 28.3 [8.29] 6.6 [4.86].5 28. [8.24] 6.4 [4.8].6 27.5 [8.06] 6.0 [4.69].7 26.5 [7.77] 5.6 [4.57] 25.3 [7.4] 5.0 [4.40] 24.0 [7.03] 4.5 [4.25] 2 [6.65] [4.07] [6.27] [0] 20.3 [5.95] [5] 28. [8.24] 2.0 [6.5].5 27.8 [8.5] 20.8 [6.0].6 27.2 [7.97] 20.4 [5.98].7 26. [7.65] 9.9 [5.83] 24.9 [7.30] 9.3 [5.66] 2 [6.89] 8.7 [5.48] 2 [6.5] 8.0 [5.28] 20.9 [6.3] 7.4 [5.0] 9.8 [5.80] 6.9 [4.95] 27.6 [8.09] 20. [5.89].5 27.3 [8.00] 9.8 [5.80].6 26.7 [7.83] 9.5 [5.7].7 25.7 [7.53] 9.0 [5.57] 24.5 [7.8] 8.5 [5.42] 23. [6.77] 7.9 [5.25] 2 [6.39] 7.2 [5.04] 20.5 [6.0] 6.7 [4.89] 9.4 [5.69] 6. [4.72] 27. [7.94] 9. [5.60].5 26.8 [7.85] 8.9 [5.54].6 26.2 [7.68] 8.6 [5.45].7 25.2 [7.39] 8. [5.30] 24.0 [7.03] 7.6 [5.6] 2 [6.65] 7.0 [4.98] [6.27] 6.4 [4.8] 20. [5.89] 5.9 [4.66] 9.0 [5.57] 5.4 [4.5] 27. [7.94] 2 [6.54].5 26.8 [7.85] 2 [6.48].6 26.2 [7.68] [6.36].7 25.2 [7.39] 2.2 [6.2] 2 [7.00] 20.6 [6.04] 2 [6.59] 20.0 [5.86] 2.2 [6.2] 9.3 [5.66] 9.9 [5.83] 8.7 [5.48] 8.8 [5.5] 8. [5.30] 26.6 [7.80] 2.3 [6.24].5 26.4 [7.74] 2. [6.8].6 25.7 [7.53] 20.7 [6.07].7 24.7 [7.24] 20.2 [5.92] 2 [6.89] 9.7 [5.77] 2 [6.48] 9. [5.60] 20.8 [6.0] 8.5 [5.42] 9.5 [5.7] 7.9 [5.25] 8.4 [5.39] 7.3 [5.07] 26. [7.65] 20.3 [5.95].5 25.9 [7.59] 20. [5.89].6 25.2 [7.39] 9.7 [5.77].7 24.3 [7.2] 9.3 [5.66] 23. [6.77] 8.8 [5.5] [6.36] 8.2 [5.33] 20.4 [5.98] 7.6 [5.6] 9.2 [5.63] 7.0 [4.98] 8. [5.30] 6.5 [4.84] epression ratio db ntering air dry bulb wb ntering air wet bulb Total Total capacity x 000 BTH Sens Sensible capacity x 000 BTH KW input NTS: ➀ When the entering air dry bulb is other than 80 F [27 C], adjust the sensible capacity from the table by adding [.0 x CFM x ( ) x (db 80)]. HATING PFMANC ATA QNL-B024 IB 60 F [5.5 C] 70 F [2. C] 80 F [26.7 C] CFM [L/s] 880 [45] 800 [378] 720 [340] 880 [45] 800 [378] 720 [340] 880 [45] 800 [378] 720 [340] T Y B LB T M P AT F [ C] 0 [-7.8] 5 [-5] 5 [-9.4] 0 [-] 20 [-6.7] 25 [-] 30 [-.] 35 [.7] 40 [4.4] 45 [7.2] 50 [0] 8.3 [3].4 0.0 [3].4.6 [0].4 [7].4 4.9 [4.37].5 6.5 [4.84].5 8. [5.30].5 9.8 [5.80].5 [6.27].5 2 [6.74].6 24.7 [7.24].6 8.3 [3].4 9.9 [0].4.5 [7].4 3. [4].5 4.8 [4.34].5 6.4 [4.8].5 8.0 [5.28].5 9.6 [5.74].5 2.3 [6.24].6 2 [6.7].6 24.5 [7.8].6 8.2 [0].4 9.8 [7].4.4 [4].5 [].5 4.7 [4.3].5 6.3 [4.78].5 7.9 [5.25].5 9.5 [5.7].6 2. [6.8].6 2 [6.65].6 24.3 [7.2].6 7.4 [7].6 9. [7].6 0.7 [].6 [0].6 4.0 [4.0].6 5.6 [4.57].7 7.2 [5.04].7 8.9 [5.54].7 20.5 [6.0].7 2 [6.48].7 2 [6.98] 7.4 [7].6 9.0 [4].6 0.6 [3.].6 [0].6 [4.07].7 5.5 [4.54].7 7. [5.0].7 8.7 [5.48].7 20.4 [5.98].7 2 [6.45] 2 [6.92] 7.3 [4].6 9.0 [4].6 0.6 [3.].6 [8].7 [4.04].7 5.4 [4.5].7 7.0 [4.98].7 8.6 [5.45].7 20.2 [5.92] 2 [6.39] 2 [6.86] 6.0 [.76] 7.6 [3] 9.3 [3] 0.9 [] [6] 4.2 [4.6] 5.8 [4.63] 7.4 [5.0] 9. [5.60] 20.7 [6.07] 2 [6.54] 6.0 [.76] 7.6 [3] 9.2 [0] 0.8 [] [6] 4. [4.3] 5.7 [4.60] 7.3 [5.07] 8.9 [5.54] 20.6 [6.04] 2 [6.5] 5.9 [.73] 7.5 [0] 9. [7] 0.8 [] [3] 4.0 [4.0] 5.6 [4.57] 7.2 [5.04] 8.8 [5.5] 20.4 [5.98] 2 [6.45] IB Indoor air dry bulb [ ] esignates Metric Conversions 2
SYSTMS PFMANC QNL-B INTCTIN SIS CLING PFMANC ATA QNL-B030 NTING IN AI @ 80 F [26.7 C] db ➀ wb 7 F [ C] 67 F [9.4 C] 63 F [7.2 C] CFM [L/s] 00 [59] 000 [472] 900 [425] 00 [59] 000 [472] 900 [425] 00 [59] 000 [472 900 [425] ➀.02.8.6.02.8.6.02.8.6 T Y B LB T M P AT F [ C] 75 [2] 80 [26.7] 85 [29.4] 90 [3] 95 [35] 00 [37.8] 05 [40.6] 0 [4] 5 [46.] 36. [0.58] 2 [6.45] 34.9 [0.23] [6.27] 3 [9.9] 20.8 [6.0] 3 [9.55] 20.2 [5.92] [9.23] 9.7 [5.77] 30.3 [8.88] 9.2 [5.63] 29.2 [8.56] 8.6 [5.45] 27.9 [8.8] 8. [5.30] 26.6 [7.80] 7.5 [5.3] 35.4 [0.37] 2.0 [6.5] 34.3 [0.05] 20.4 [5.98] 3 [9.73] 9.9 [5.83] 3 [9.38] 9.3 [5.66] 30.9 [9.06] 8.8 [5.5] 29.8 [8.73] 8.3 [5.36] 28.6 [8.38] 7.8 [5.22] 27.4 [8.03] 7.3 [5.07] 26. [7.65] 6.7 [4.89] 34.8 [0.20] 20.0 [5.86] 3 [9.85] 9.5 [5.7] 3 [9.55] 9.0 [5.57] [9.23] 8.4 [5.39] 30.4 [8.9] 7.9 [5.25] 29.3 [8.59] 7.4 [5.0] 28. [8.24] 6.9 [4.95] 26.9 [7.88] 6.5 [4.84] 25.7 [7.53] 5.9 [4.66] 34. [9.99] 25.3 [7.4] 3 [9.64] 24.7 [7.24] 3 [9.32] 24. [7.06] 30.6 [8.97] 2 [6.89] 29.5 [8.65] 2 [6.74] 28.3 [8.29] 2 [6.56] 27.2 [7.97] 2 [6.42] 25.9 [7.59] [6.27] 24.6 [7.2] 20.8 [6.0] 3 [9.79] 24.2 [7.09] 3 [9.47] 2 [6.92] [9.4] 2 [6.74] 30. [8.82] 2 [6.59] 29.0 [8.50] 2 [6.45] 27.8 [8.5] [6.27] 26.7 [7.83] 20.9 [6.3] 25.5 [7.47] 20.4 [5.98] 24.2 [7.09] 9.9 [5.83] 3 [9.6] 2 [6.74] [9.29] 2 [6.59] 30.6 [8.97] 2 [6.45] 29.5 [8.65] [6.27] 28.4 [8.32] 20.9 [6.3] 27.3 [8.00] 20.4 [5.98] 26.2 [7.68] 9.9 [5.83] 25.0 [7.33] 9.5 [5.7] 2 [6.95] 9.0 [5.57] 3 [9.58] 26.7 [7.83] [9.23] 26. [7.65] 30.4 [8.9] 25.5 [7.47] 29.3 [8.59] 25.0 [7.33] 28. [8.24] 24.4 [7.5] 27.0 [7.9] 2 [7.00] 25.8 [7.56] 2 [6.83] 24.6 [7.2] 2 [6.68] 2 [6.83] 2 [6.5] 3 [9.4] 25.5 [7.47] [9.09] 25.0 [7.33] 29.8 [8.73] 24.4 [7.5] 28.7 [8.4] 2 [7.00] 27.6 [8.09] 2 [6.83] 26.5 [7.77] 2 [6.68] 25.3 [7.4] 2 [6.54] 24. [7.06] 2 [6.39] 2 [6.68] 2.2 [6.2] [9.23] 24.3 [7.2] 30.4 [8.9] 2 [6.98] 29.3 [8.59] 2 [6.83] 28.2 [8.26] 2 [6.65] 27. [7.94] 2 [6.5] 26.0 [7.62] [6.36] 24.9 [7.30] 2.3 [6.24] 2 [6.95] 20.8 [6.0] 2 [6.56] 20.3 [5.95] epression ratio db ntering air dry bulb wb ntering air wet bulb Total Total capacity x 000 BTH Sens Sensible capacity x 000 BTH KW input NTS: ➀ When the entering air dry bulb is other than 80 F [27 C], adjust the sensible capacity from the table by adding [.0 x CFM x ( ) x (db 80)]. HATING PFMANC ATA QNL-B030 IB CFM [L/s] 0 T [-7.8] Y B LB T M P AT F [ C] 5 [-5] 5 [-9.4] 0 [-] 20 [-6.7] 25 [-] 30 [-.] 35 [.7] 40 [4.4] 45 [7.2] 50 [0] IB Indoor air dry bulb 60 F [5.5 C] 70 F [2. C] 80 F [26.7 C] 00 [59] 000 [472] 900 [425] 00 [59] 000 [472] 900 [425] 00 [59] 000 [472 900 [425] 9.3 [3].6.3 [].6 [7].6 5. [4.43].7 7.0 [4.98].7 8.9 [5.54].7 20.9 [6.3] 2 [6.68] 24.7 [7.24] 26.6 [7.80] 28.6 [8.38] 9.3 [3].6.2 [8].6 3. [4].7 5.0 [4.40].7 6.9 [4.95].7 8.8 [5.5] 20.7 [6.07] 2 [6.62] 24.5 [7.8] 26.4 [7.74] 28.4 [8.32] 9.2 [0].6. [5].6 [].7 4.9 [4.37].7 6.8 [4.92].7 8.7 [5.48] 20.6 [6.04] 2 [6.59] 24.4 [7.5] 26.3 [7.7] 28.2 [8.26] 7.8 [9] 9.7 [4].6 [0] [6] 5.5 [4.54] 7.4 [5.0] 9.3 [5.66] 2.2 [6.2] 2 [6.80] 25. [7.36] 27.0 [7.9] 7.7 [6] 9.6 [].5 [7] [6] 5.4 [4.5] 7.3 [5.07] 9.2 [5.63] 2. [6.8] 2 [6.74] 24.9 [7.30] 26.8 [7.85] 7.7 [6] 9.6 [].5 [7] [3] 5.3 [4.48] 7. [5.0] 9.0 [5.57] 20.9 [6.3] 2 [6.68] 24.7 [7.24] 26.6 [7.80] 6.4 [8] 8.3 [3] 0.2 [9] [5] 4.0 [4.0] 6.0 [4.69] 7.9 [5.25] 9.8 [5.80] [6.36] 2 [6.95] 25.6 [7.50] 6.3 [5] 8.2 [0] 0. [6] [2] [4.07] 5.9 [4.66] 7.8 [5.22] 9.7 [5.77] [6.33] 2 [6.89] 25.4 [7.44] 6.3 [5] 8.2 [0] 0. [6] [2] [4.04] 5.7 [4.60] 7.6 [5.6] 9.5 [5.7] [6.27] 2 [6.83] 25.2 [7.39] [ ] esignates Metric Conversions 3
SYSTMS PFMANC QNL-B SIS CLING PFMANC ATA QNL-B036 T Y B LB T M P AT F [ C] 75 [2] 80 [26.7] 85 [29.4] 90 [3] 95 [35] 00 [37.8] 05 [40.6] 0 [4] 5 [46.] NTING IN AI @ 80 F [26.7 C] db ➀ wb 7 F [ C] 67 F [9.4 C] 63 F [7.2 C] CFM [L/s] 380 [65] 250 [590] 20 [528] 380 [65] 250 [590] 20 [528] 380 [65] 250 [590] 20 [528] ➀.2.9.7.2.9.7.2.9.7 44.5 [4] 27.2 [7.97] 4 [2] 26.6 [7.80] 4 [4] 26.0 [7.62] 40.6 [0] 25.3 [7.4] 39.0 [.43] 24.5 [7.8] 37.3 [0.93] 2 [6.95] 35.6 [0.43] 2 [6.7] 3. 34.0 [9.96] 2 [6.48] 3 [9.50] 2.3 [6.24] 4 [] 26.0 [7.62] 4 [8] 25.4 [7.44] 4.3 [0] 24.8 [7.27] 39.9 [.69] 24. [7.06] 38.3 [.22] 2 [6.86] 36.7 [0.76] 2 [6.65] 35.0 [0.26] 2 [6.42] 3. 3 [9.79] 2. [6.8] 3 [9.32] 20.3 [5.95] 4 [7] 24.8 [7.27] 4 [5] 24.2 [7.09] 40.6 [0] 2 [6.92] 39. [.46] 2 [6.74] 37.6 [.02] 2 [6.54] 36.0 [0.55] [6.33] 34.4 [0.08] 20.9 [6.3] 3. 3 [9.58] 20. [5.89] [9.4] 9.4 [5.69] 4 [6] [9.7] 4.3 [0] 30.7 [9.00] 40.0 [.72] 30.0 [8.79] 38.5 [.28] 29.3 [8.59] 36.9 [0.8] 28.6 [8.38] 35.3 [0.35] 27.8 [8.5] 3 [9.85] 27.0 [7.9] 3. 3 [9.35] 26.2 [7.68] 30.3 [8.88] 25.3 [7.4] 4.7 [2] 29.9 [8.76] 40.6 [0] 29.3 [8.59] 39.3 [.52] 28.7 [8.4] 37.9 [.] 28.0 [8.2] 36.3 [0.64] 27.3 [8.00] 34.6 [0.4] 26.5 [7.77] 3 [9.67] 25.8 [7.56] 3. [9.7] 25.0 [7.33] 29.8 [8.73] 24.2 [7.09] 40.9 [9] 28.5 [8.35] 39.9 [.69] 27.9 [8.8] 38.6 [.3] 27.3 [8.00] 37.2 [0.90] 26.7 [7.83] 35.6 [0.43] 26.0 [7.62] 34.0 [9.96] 25.3 [7.4] 3 [9.50] 24.6 [7.2] 3. 30.8 [9.03] 2 [6.98] 29.2 [8.56] 23. [6.77] 4.3 [0] 3 [9.88] 40.2 [.78] 3 [9.67] 38.9 [.40] 3 [9.50] 37.4 [0.96] [9.29] 35.8 [0.49] 30.9 [9.06] 34. [9.99] 30.2 [8.85] 3 [9.50] 29.4 [8.62] 3. 30.8 [9.03] 28.5 [8.35] 29.2 [8.56] 27.7 [8.2] 40.6 [0] 3 [9.44] 39.5 [.58] [9.26] 38.2 [.20] 30.9 [9.06] 36.7 [0.76] 30.3 [8.88] 35.2 [0.32] 29.6 [8.67] 3 [9.82] 28.8 [8.44] 3 [9.35] 28. [8.24] 3. 30.2 [8.85] 27.3 [8.00] 28.6 [8.38] 26.5 [7.77] 39.8 [.66] 30.7 [9.00] 38.8 [.37] 30. [8.82] 37.5 [0.99] 29.5 [8.65] 36. [0.58] 28.8 [8.44] 34.5 [0.] 28.2 [8.26] 3 [9.64] 27.5 [8.06] [9.7] 26.7 [7.83] 29.7 [8.70] 26.0 [7.62] 28. [8.24] 25.2 [7.39] epression ratio db ntering air dry bulb wb ntering air wet bulb Total Total capacity x 000 BTH Sens Sensible capacity x 000 BTH KW input NTS: ➀ When the entering air dry bulb is other than 80 F [27 C], adjust the sensible capacity from the table by adding [.0 x CFM x ( ) x (db 80)]. HATING PFMANC ATA QNL-B036 IB CFM [L/s] 0 T [-7.8] Y B LB T M P AT F [ C] 5 [-5] 5 [-9.4] 0 [-] 20 [-6.7] 25 [-] 30 [-.] 35 [.7] 40 [4.4] 45 [7.2] 50 [0] IB Indoor air dry bulb 60 F [5.5 C] 70 F [2. C] 80 F [26.7 C] 380 [65] 250 [590] 20 [528] 380 [65] 250 [590] 20 [528] 380 [65] 250 [590] 20 [528] [9] 4.4 [4.22] 6.8 [4.92] 9.3 [5.66] [6.36] 24.2 [7.09] 26.7 [7.83] 29. [8.53] [9.26] 34.0 [9.96] 36.5 [0.70] [9] 4.3 [4.9] 6.7 [4.89] 9.2 [5.63] [6.33] 24.0 [7.03] 26.5 [7.77] 28.9 [8.47] [9.7] 3 [9.9] 36.2 [0.6] [6] 4.2 [4.6] 6.6 [4.86] 9.0 [5.57] [6.27] 2 [7.00] 26.3 [7.7] 28.7 [8.4] 3. [9.] 3 [9.82] 35.9 [0.52] 9.9 [0] [3] 4.8 [4.34] 7.3 [5.07] 9.7 [5.77] 2 [6.5] 24.6 [7.2] 27. [7.94] 29.5 [8.65] 3 [9.38] 34.4 [0.08] 9.8 [7] [0] 4.7 [4.3] 7. [5.0] 9.6 [5.74] 2 [6.45] 24.4 [7.5] 26.9 [7.88] 29.3 [8.59] [9.29] 34.2 [0.02] 9.8 [7] [8] 4.6 [4.28] 7.0 [4.98] 9.4 [5.69] 2 [6.39] 24.3 [7.2] 26.7 [7.83] 29. [8.53] [9.23] 3 [9.94] 8.5 [9].0 [2] [3] 5.9 [4.66] 8.3 [5.36] 20.8 [6.0] 2 [6.80] 25.7 [7.53] 28. [8.24] 30.6 [8.97] 3 [9.67] 8.5 [9] 0.9 [] [0] 5.8 [4.63] 8.2 [5.33] 20.6 [6.04] 23. [6.77] 25.5 [7.47] 27.9 [8.8] 30.4 [8.9] 3 [9.6] 8.4 [6] 0.8 [] [7] 5.7 [4.60] 8. [5.30] 20.5 [6.0] 2 [6.7] 25.3 [7.4] 27.7 [8.2] 30.2 [8.85] 3 [9.55] [ ] esignates Metric Conversions 4
SYSTMS PFMANC QNL-B SIS CLING PFMANC ATA QNL-B042 T Y B LB T M P AT F [ C] 75 [2] 80 [26.7] 85 [29.4] 90 [3] 95 [35] 00 [37.8] 05 [40.6] 0 [4] 5 [46.] NTING IN AI @ 80 F [26.7 C] db ➀ wb 7 F [ C] 67 F [9.4 C] 63 F [7.2 C] CFM [L/s] 540 [727] 400 [66] 260 [595] 540 [727] 400 [66] 260 [595] 540 [727] 400 [66] 260 [595] ➀.7.5.4.7.5.4.7.5.4 5 [5.80] 3 [9.44] 5 [5.24] [9.7] 3. 50.3 [4.74] 30.5 [8.94] 48.7 [4.27] 29.8 [8.73] 47.2 [3] 29.0 [8.50] 45.6 [6] 28.2 [8.26] 4 [4] 27.4 [8.03] 4.0 4.7 [2] 26.4 [7.74] 4. 39.3 [.52] 25.4 [7.44] 4.3 5 [5.50] 30.7 [9.00] 5.0 [4.95] 29.9 [8.76] 3. 49.4 [4.48] 29.2 [8.56] 47.9 [4.04] 28.4 [8.32] 46.4 [0] 27.7 [8.2] 44.8 [] 26.9 [7.88] 4 [0] 26. [7.65] 4.0 [2] 25.2 [7.39] 4. 38.6 [.3] 24.2 [7.09] 4.3 5 [5.2] 29.3 [8.59] 50. [4.68] 28.5 [8.35] 3. 48.5 [4.2] 27.8 [8.5] 47.0 [7] 27. [7.94] 45.5 [3] 26.4 [7.74] 44.0 [0] 25.7 [7.53] 4 [0] 24.9 [7.30] 40.2 [.78] 24. [7.06] 4. 37.9 [.] 23. [6.77] 4.2 50.9 [4.92] 37. [0.87] 49.0 [4.36] 36.3 [0.64] 3. 47.3 [6] 35.5 [0.40] 45.8 [2] 34.7 [0.7] 44.2 [5] 34.0 [9.96] 4 [8] 3 [9.73] 40.8 [6] 3 [9.47] 38.8 [.37] [9.20] 4. 36.3 [0.64] 30.3 [8.88] 4.3 50.0 [4.65] 35.5 [0.40] 48. [4.0] 34.7 [0.7] 3. 46.5 [3] 3 [9.94] 44.9 [] 3 [9.73] 4 [2] 3 [9.50] 4 [8] [9.29] 40. [.75] 30.9 [9.06] 38. [.7] 30.0 [8.79] 4. 35.6 [0.43] 29.0 [8.50] 4.2 49. [4.39] 3 [9.9] 47.2 [3] 3 [9.67] 3. 45.6 [6] 3 [9.47] 44. [2] [9.26] 4 [] 30.9 [9.06] 4. [5] 30.2 [8.85] 39.4 [.55] 29.4 [8.62] 37.4 [0.96] 28.6 [8.38] 4.0 35.0 [0.26] 27.6 [8.09] 4.2 48. [4.0] 39.3 [.52] 46.2 [4] 38.4 [.25] 3. 44.6 [7] 37.6 [.02] 4 [0] 36.8 [0.79] 4.5 [6] 36. [0.58] 39.9 [.69] 35.3 [0.35] 38. [.7] 34.4 [0.08] 36.0 [0.55] 3 [9.82] 4. 3 [9.82] 3 [9.50] 4.3 47.3 [6] 37.5 [0.99] 45.4 [] 36.7 [0.76] 3. 4 [4] 35.9 [0.52] 4 [7] 35.2 [0.32] 40.7 [3] 34.5 [0.] 39.2 [.49] 3 [9.88] 37.4 [0.96] 3 [9.64] 35.4 [0.37] 3 [9.38] 4. 3 [9.64] [9.09] 4.2 46.4 [0] 35.8 [0.49] 44.6 [7] 35.0 [0.26] 4 [0] 34.3 [0.05] 4.5 [6] 3 [9.85] 40.0 [.72] 3 [9.64] 38.5 [.28] 3 [9.4] 36.7 [0.76] [9.20] 34.7 [0.7] 30.5 [8.94] 4.0 3 [9.47] 29.5 [8.65] 4.2 epression ratio db ntering air dry bulb wb ntering air wet bulb Total Total capacity x 000 BTH Sens Sensible capacity x 000 BTH KW input NTS: ➀ When the entering air dry bulb is other than 80 F [27 C], adjust the sensible capacity from the table by adding [.0 x CFM x ( ) x (db 80)]. HATING PFMANC ATA QNL-B042 IB CFM [L/s] 0 T [-7.8] Y B LB T M P AT F [ C] 5 [-5] 5 [-9.4] 0 [-] 20 [-6.7] 25 [-] 30 [-.] 35 [.7] 40 [4.4] 45 [7.2] 50 [0] IB Indoor air dry bulb 60 F [5.5 C] 70 F [2. C] 80 F [26.7 C] 540 [727] 400 [66] 260 [595] 540 [727] 400 [66] 260 [595] 540 [727] 400 [66] 260 [595] [4.07] 6.9 [4.95] 20.0 [5.86] 2 [6.74] 26.0 [7.62] 29.0 [8.50] 3 [9.38] 35. [0.29] 38. [.7] 4. [5] 44. [2] [4.04] 6.8 [4.92] 9.8 [5.80] 2 [6.68] 25.8 [7.56] 28.8 [8.44] 3 [9.32] 34.8 [0.20] 37.8 [.08] 40.8 [6] 4 [4] [4.02] 6.7 [4.89] 9.7 [5.77] 2 [6.62] 25.6 [7.50] 28.6 [8.38] [9.26] 34.6 [0.4] 37.5 [0.99] 40.5 [7] 4 [5] [8] 6.0 [4.69] 9.0 [5.57] 3. 2 [6.45] 3. 25.0 [7.33] 3. 28.0 [8.2] 3. [9.] 34. [9.99] 37. [0.87] 40. [.75] 43. [3] [5] 5.8 [4.63] 3. 8.8 [5.5] 3. 2 [6.39] 3. 24.8 [7.27] 27.8 [8.5] 30.8 [9.03] 3 [9.9] 36.8 [0.79] 39.8 [.66] 4 [4] [5] 3. 5.7 [4.60] 3. 8.7 [5.48] 3. [6.36] 24.7 [7.24] 27.6 [8.09] 30.6 [8.97] 3 [9.85] 36.6 [0.73] 39.6 [.6] 4 [6].2 [8] 4.2 [4.6] 7.3 [5.07] 20.3 [5.95] 2 [6.83] 26.3 [7.7] 29.3 [8.59] 3 [9.50] 35.4 [0.37] 38.4 [.25] 4.4 [3]. [5] 4. [4.3] 7. [5.0] 20. [5.89] 23. [6.77] 26. [7.65] 29. [8.53] 3 [9.4] 35. [0.29] 38. [.7] 4. [5]. [5] 4.0 [4.0] 7.0 [4.98] 20.0 [5.86] 2 [6.74] 25.9 [7.59] 28.9 [8.47] 3 [9.35] 34.9 [0.23] 37.9 [.] 40.8 [6] [ ] esignates Metric Conversions 5
SYSTMS PFMANC QNL-B SIS CLING PFMANC ATA QNL-B048 T Y B LB T M P AT F [ C] 75 [2] 80 [26.7] 85 [29.4] 90 [3] 95 [35] 00 [37.8] 05 [40.6] 0 [4] 5 [46.] NTING IN AI @ 80 F [26.7 C] db ➀ wb 7 F [ C] 67 F [9.4 C] 63 F [7.2 C] CFM [L/s] 760 [83] 600 [755] 440 [680] 760 [83] 600 [755] 440 [680] 760 [83] 600 [755] 440 [680] ➀.5.3..5.3..5.3. 60.4 [7.70] 37.4 [0.96] 58.8 [7.23] 36.6 [0.73] 57.0 [6.7] 35.7 [0.46] 55. [6.5] 34.8 [0.20] 53. [5.56] 3 [9.9] 4.0 5. [4.98] 3 [9.64] 4.2 49.3 [4.45] 3 [9.38] 4.3 47.6 [5] [9.7] 4.5 46.3 [7] 30.7 [9.00] 4.7 59.3 [7.38] 35.7 [0.46] 57.8 [6.94] 35.0 [0.26] 56.0 [6.4] 34. [9.99] 54. [5.86] 3 [9.73] 5 [5.27] 3 [9.47] 50.2 [4.7] [9.20] 4. 48.4 [4.8] 30.6 [8.97] 4.3 46.8 [2] 29.9 [8.76] 4.5 45.5 [3] 29.3 [8.59] 4.7 58.3 [7.09] 34. [9.99] 56.7 [6.62] 3 [9.76] 55.0 [6.2] 3 [9.52] 53. [5.56] [9.29] 5.2 [5.0] 30.8 [9.03] 49.3 [4.45] 29.9 [8.76] 4. 47.5 [2] 29.2 [8.56] 4.3 45.9 [5] 28.5 [8.35] 4.5 44.6 [7] 27.9 [8.8] 4.6 57. [6.73] 4 [] 55.5 [6.27] 4 [8] 5 [5.74] 4.0 [2] 5.7 [5.5] 40. [.75] 49.8 [4.59] 39. [.46] 47.8 [4.0] 38.2 [.20] 4. 46.0 [8] 37.3 [0.93] 4.3 44.3 [8] 36.6 [0.73] 4.5 4 [0] 36.0 [0.55] 4.7 56. [6.44] 40.8 [6] 54.5 [5.97] 40.0 [.72] 5 [5.44] 39.2 [.49] 50.8 [4.89] 38.3 [.22] 48.9 [4.33] 37.4 [0.96] 46.9 [5] 36.5 [0.70] 4. 45. [2] 35.7 [0.46] 4.3 4 [5] 34.9 [0.23] 4.5 4 [7] 34.4 [0.08] 4.7 55.0 [6.2] 38.9 [.40] 3. 5 [5.68] 38.2 [.20] 5 [5.8] 37.3 [0.93] 49.9 [4.62] 36.5 [0.70] 48.0 [4.07] 35.6 [0.43] 46. [] 34.8 [0.20] 4. 44.3 [8] 34.0 [9.96] 4.2 4 [] 3 [9.76] 4.4 4.4 [3] 3 [9.6] 4.6 54.5 [5.97] 45.0 [] 5 [5.50] 44.2 [5] 5. [4.98] 4 [9] 49. [4.39] 4 [3] 47.2 [3] 4.4 [3] 45.2 [5] 40.5 [7] 4. 4 [2] 39.6 [.6] 4.3 4.7 [2] 38.9 [.40] 4.5 40.4 [4] 38.3 [.22] 4.7 5 [5.68] 4 [0] 3. 5 [5.2] 4 [7] 50.2 [4.7] 4.4 [3] 48.3 [4.6] 40.5 [7] 46.3 [7] 39.6 [.6] 44.4 [] 38.7 [.34] 4. 4 [8] 37.9 [.] 4.3 4.0 [2] 37. [0.87] 4.4 39.6 [.6] 36.6 [0.73] 4.6 5 [5.39] 4.0 [2] 3. 5.0 [4.95] 40.3 [] 49.3 [4.45] 39.4 [.55] 47.4 [9] 38.6 [.3] 45.5 [3] 37.7 [.05] 4 [8] 36.9 [0.8] 4.0 4 [5] 36. [0.58] 4.2 40.2 [.78] 35.4 [0.37] 4.4 38.9 [.40] 34.8 [0.20] 4.6 epression ratio db ntering air dry bulb wb ntering air wet bulb Total Total capacity x 000 BTH Sens Sensible capacity x 000 BTH KW input NTS: ➀ When the entering air dry bulb is other than 80 F [27 C], adjust the sensible capacity from the table by adding [.0 x CFM x ( ) x (db 80)]. HATING PFMANC ATA QNL-B048 IB CFM [L/s] 0 T [-7.8] Y B LB T M P AT F [ C] 5 [-5] 5 [-9.4] 0 [-] 20 [-6.7] 25 [-] 30 [-.] 35 [.7] 40 [4.4] 45 [7.2] 50 [0] 60 F [5.5 C] 70 F [2. C] 80 F [26.7 C] 760 [83] 600 [755] 440 [680] 760 [83] 600 [755] 440 [680] 760 [83] 600 [755] 440 [680] 6.9 [4.95] 20. [5.89] 2 [6.80] 26.4 [7.74] 29.5 [8.65] 3 [9.58] 35.9 [0.52] 39.0 [.43] 4 [7] 45.3 [8] 48.5 [4.2] 3. 6.8 [4.92] 9.9 [5.83] 23. [6.77] 26.2 [7.68] 29.3 [8.59] 3 [9.52] 35.6 [0.43] 38.7 [.34] 4 [8] 45.0 [] 3. 48. [4.0] 3. 6.7 [4.89] 9.8 [5.80] 2 [6.7] 26.0 [7.62] 29. [8.53] 3 [9.44] 35.4 [0.37] 38.5 [.28] 4.6 [9] 3. 44.7 [] 3. 47.8 [4.0] 5.4 [4.5] 8.6 [5.45] 2 [6.39] 3. 24.9 [7.30] 3. 28. [8.24] [9.4] 34.4 [0.08] 37.5 [0.99] 40.7 [3] 4 [7] 47.0 [7] 5.3 [4.48] 8.5 [5.42] [6.33] 3. 24.7 [7.24] 27.9 [8.8] [9.09] 34. [9.99] 37.3 [0.93] 40.4 [4] 4 [8] 46.7 [9] 5.2 [4.45] 8.3 [5.36] 3. [6.30] 3. 24.6 [7.2] 27.7 [8.2] 30.8 [9.03] 3 [9.94] 37.0 [0.84] 40. [.75] 4 [6] 46.4 [0] 4.4 [4.22] 7.6 [5.6] 20.7 [6.07] 2 [7.00] 27. [7.94] 30.2 [8.85] 3 [9.79] 36.5 [0.70] 39.7 [.63] 4 [4] 46.0 [8] 4.3 [4.9] 7.5 [5.3] 20.6 [6.04] 2 [6.95] 26.9 [7.88] 30.0 [8.79] 33. [9.70] 36.3 [0.64] 39.4 [.55] 4 [6] 45.7 [9] 4.0 4.2 [4.6] 7.3 [5.07] 20.4 [5.98] 2 [6.92] 26.7 [7.83] 29.8 [8.73] 3 [9.64] 36.0 [0.55] 39. [.46] 4 [7] 4.0 45.3 [8] 4.0 IB Indoor air dry bulb [ ] esignates Metric Conversions 6
SYSTMS PFMANC QPL-B SIS CLING PFMANC ATA QPL-B024 NTING IN AI @ 80 F [26.7 C] db ➀ wb 7 F [ C] 67 F [9.4 C] 63 F [7.2 C] CFM [L/s] 940 [444] 850 [40] 760 [359] 940 [444] 850 [40] 760 [359] 940 [444] 850 [40] 760 [359] ➀.5.3..5.3..5.3. T Y B LB T M P AT F [ C] 75 [2] 80 [26.7] 85 [29.4] 90 [3] 95 [35] 00 [37.8] 05 [40.6] 0 [4] 5 [46.] 29.9 [8.76] 9.2 [5.63].5 29.7 [8.70] 9.0 [5.57].6 29.0 [8.50] 8.6 [5.45].7 28.0 [8.2] 8. [5.30] 26.7 [7.83] 7.5 [5.3] 25.4 [7.44] 6.9 [4.95] 24.0 [7.03] 6.3 [4.78] 2 [6.65] 5.6 [4.57] [6.33] 5. [4.43] 29.4 [8.62] 8.4 [5.39].5 29. [8.53] 8. [5.30].6 28.5 [8.35] 7.8 [5.22].7 27.5 [8.06] 7.3 [5.07] 26.3 [7.7] 6.7 [4.89] 24.9 [7.30] 6. [4.72] 2 [6.92] 5.5 [4.54] 2 [6.54] 4.9 [4.37] 2.2 [6.2] 4.4 [4.22] 28.8 [8.44] 7.5 [5.3].5 28.6 [8.38] 7.3 [5.07].6 27.9 [8.8] 6.9 [4.95].7 27.0 [7.9] 6.5 [4.84] 25.8 [7.56] 6.0 [4.69] 24.5 [7.8] 5.4 [4.5] 23. [6.77] 4.8 [4.34] 2 [6.42] 4.2 [4.6] 20.8 [6.0] [4.02] 28.6 [8.38] 2 [6.45].5 28.3 [8.29] 2 [6.39].6 27.6 [8.09] [6.27].7 26.6 [7.80] 20.9 [6.3] 25.4 [7.44] 20.4 [5.98] 24.0 [7.03] 9.7 [5.77] 2 [6.62] 9. [5.60] [6.27] 8.5 [5.42] 20.2 [5.92] 7.9 [5.25] 28.0 [8.2] 2.0 [6.5].5 27.8 [8.5] 20.8 [6.0].6 27.2 [7.97] 20.5 [6.0].7 26.2 [7.68] 20.0 [5.86] 24.9 [7.30] 9.4 [5.69] 2 [6.92] 8.8 [5.5] 2 [6.5] 8.2 [5.33] 2.0 [6.5] 7.6 [5.6] 9.9 [5.83] 7. [5.0] 27.5 [8.06] 20. [5.89].5 27.3 [8.00] 9.9 [5.83].6 26.7 [7.83] 9.5 [5.7].7 25.7 [7.53] 9. [5.60] 24.5 [7.8] 8.5 [5.42] 2 [6.80] 8.0 [5.28] 2 [6.39] 7.4 [5.0] 20.6 [6.04] 6.8 [4.92] 9.5 [5.7] 6.3 [4.78] 27.6 [8.09] 2 [6.83].5 27.3 [8.00] 23. [6.77].6 26.7 [7.83] 2 [6.65].7 25.6 [7.50] 2 [6.5] 24.4 [7.5] [6.33] 2 [6.74] 2.0 [6.5] [6.36] 20.4 [5.98] 20.4 [5.98] 9.7 [5.77] 9.3 [5.66] 9.2 [5.63] 27. [7.94] 2 [6.54].5 26.8 [7.85] 2 [6.48].6 26.2 [7.68] [6.36].7 25.2 [7.39] 2.2 [6.2] 24.0 [7.03] 20.7 [6.07] 2 [6.62] 20. [5.89] 2.3 [6.24] 9.5 [5.7] 20.0 [5.86] 8.9 [5.54] 8.9 [5.54] 8.3 [5.36] 26.6 [7.80] 2.2 [6.2].5 26.4 [7.74] 2.0 [6.5].6 25.7 [7.53] 20.7 [6.07].7 24.7 [7.24] 20.2 [5.92] 2 [6.89] 9.7 [5.77] 2 [6.5] 9. [5.60] 20.9 [6.3] 8.5 [5.42] 9.6 [5.74] 8.0 [5.28] 8.6 [5.45] 7.5 [5.3] epression ratio db ntering air dry bulb wb ntering air wet bulb Total Total capacity x 000 BTH Sens Sensible capacity x 000 BTH KW input NTS: ➀ When the entering air dry bulb is other than 80 F [27 C], adjust the sensible capacity from the table by adding [.0 x CFM x ( ) x (db 80)]. HATING PFMANC ATA QPL-B024 IB 60 F [5.5 C] 70 F [2. C] 80 F [26.7 C] CFM [L/s] 940 [444] 850 [40] 760 [359] 940 [444] 850 [40] 760 [359] 940 [444] 850 [40] 760 [359] T Y B LB T M P AT F [ C] 0 [-7.8] 5 [-5] 5 [-9.4] 0 [-] 20 [-6.7] 25 [-] 30 [-.] 35 [.7] 40 [4.4] 45 [7.2] 50 [0] 8.9 [].4 0.5 [8].4 [5].4 [4.04].5 5.4 [4.5].5 7. [5.0].5 8.7 [5.48].5 20.3 [5.95].5 2 [6.45].6 2 [6.92].6 25.2 [7.39].6 8.8 [8].4 0.4 [5].4 [5].5 [4.02].5 5.3 [4.48].5 6.9 [4.95].5 8.6 [5.45].5 20.2 [5.92].6 2 [6.39].6 2 [6.86].6 25. [7.36].6 8.7 [5].4 0.4 [5].5 [2].5 [9].5 5.2 [4.45].5 6.8 [4.92].5 8.4 [5.39].6 20.0 [5.86].6 [6.36].6 2 [6.83].6 24.9 [7.30].6 8.0 [4].6 9.6 [].6.3 [].6 [8].6 4.5 [4.25].7 6.2 [4.75].7 7.8 [5.22].7 9.4 [5.69].7 2. [6.8].7 2 [6.65] 24.4 [7.5] 7.9 [2].6 9.6 [].6.2 [8].6 [5].7 4.4 [4.22].7 6. [4.72].7 7.7 [5.9].7 9.3 [5.66].7 20.9 [6.3] 2 [6.62] 24.2 [7.09] 7.9 [2].6 9.5 [8].6. [5].7 [2].7 4.3 [4.9].7 5.9 [4.66].7 7.6 [5.6].7 9.2 [5.63] 20.8 [6.0] 2 [6.56] 24.0 [7.03] 6.5 [0] 8.2 [0] 9.8 [7].5 [7] 3. [4] 4.7 [4.3] 6.4 [4.8] 8.0 [5.28] 9.6 [5.74] 2.3 [6.24] 2 [6.7] 6.5 [0] 8. [7] 9.8 [7].4 [4] [] 4.6 [4.28] 6.3 [4.78] 7.9 [5.25] 9.5 [5.7] 2. [6.8] 2 [6.68] 6.5 [0] 8. [7] 9.7 [4].3 [] [8] 4.5 [4.25] 6. [4.72] 7.8 [5.22] 9.4 [5.69] 2.0 [6.5] 2 [6.62] IB Indoor air dry bulb [ ] esignates Metric Conversions 7
SYSTMS PFMANC QPL-B INTCTIN SIS CLING PFMANC ATA QPL-B030 NTING IN AI @ 80 F [26.7 C] db ➀ wb 7 F [ C] 67 F [9.4 C] 63 F [7.2 C] CFM [L/s] 60 [547] 050 [496] 940 [444] 60 [547] 050 [496] 940 [444] 60 [547] 050 [496] 940 [444] ➀.5.3..5.3..5.3. T Y B LB T M P AT F [ C] 75 [2] 80 [26.7] 85 [29.4] 90 [3] 95 [35] 00 [37.8] 05 [40.6] 0 [4] 5 [46.] 36.9 [0.8] 2 [6.95] 35.7 [0.46] 23. [6.77] 34.6 [0.4] 2 [6.59] 3 [9.79] 2 [6.42] 3 [9.47] [6.27] 3. [9.] 20.8 [6.0] 30.0 [8.79] 20.3 [5.95] 28.7 [8.4] 9.7 [5.77] 27.4 [8.03] 9.2 [5.63] 36.2 [0.6] 2 [6.62] 35. [0.29] 2 [6.45] 3 [9.94] [6.30] 3 [9.6] 20.9 [6.3] [9.29] 20.4 [5.98] 30.6 [8.97] 9.9 [5.83] 29.4 [8.62] 9.4 [5.69] 28.2 [8.26] 8.8 [5.5] 26.9 [7.88] 8.3 [5.36] 35.5 [0.40] [6.30] 34.4 [0.08] 2.0 [6.5] 3 [9.76] 20.5 [6.0] 3 [9.44] 20.0 [5.86] 3. [9.] 9.5 [5.7] 30.0 [8.79] 9.0 [5.57] 28.9 [8.47] 8.5 [5.42] 27.7 [8.2] 8.0 [5.28] 26.4 [7.74] 7.5 [5.3] 34.9 [0.23] 26.9 [7.88] 3 [9.88] 26.3 [7.7] 3 [9.55] 25.8 [7.56] [9.20] 25.2 [7.39] 30.3 [8.88] 24.7 [7.24] 29. [8.53] 24. [7.06] 28.0 [8.2] 2 [6.92] 26.7 [7.83] 2 [6.74] 25.4 [7.44] 2 [6.59] 34.2 [0.02] 25.7 [7.53] 33. [9.70] 25.2 [7.39] 3 [9.38] 24.6 [7.2] 30.9 [9.06] 24. [7.06] 29.8 [8.73] 2 [6.92] 28.6 [8.38] 2 [6.74] 27.5 [8.06] 2 [6.59] 26.2 [7.68] 2 [6.45] 25.0 [7.33] [6.30] 3 [9.85] 24.5 [7.8] 3 [9.52] 24.0 [7.03] [9.20] 2 [6.89] 30.3 [8.88] 2 [6.74] 29.2 [8.56] 2 [6.59] 28. [8.24] 2 [6.45] 27.0 [7.9] [6.30] 25.8 [7.56] 2.0 [6.5] 24.5 [7.8] 20.5 [6.0] 3 [9.82] 28.4 [8.32] 3 [9.47] 27.8 [8.5] [9.4] 27.2 [7.97] 30. [8.82] 26.6 [7.80] 28.9 [8.47] 26. [7.65] 27.8 [8.5] 25.5 [7.47] 26.6 [7.80] 25.0 [7.33] 25.4 [7.44] 24.4 [7.5] 24. [7.06] 2 [7.00] 3 [9.64] 27. [7.94] 3 [9.32] 26.5 [7.77] 30.6 [8.97] 26.0 [7.62] 29.5 [8.65] 25.4 [7.44] 28.4 [8.32] 24.9 [7.30] 27.3 [8.00] 24.4 [7.5] 26. [7.65] 2 [7.00] 24.9 [7.30] 2 [6.86] 2 [6.92] 2 [6.68] 3 [9.47] 25.8 [7.56] [9.4] 25.3 [7.4] 30. [8.82] 24.8 [7.27] 29.0 [8.50] 24.3 [7.2] 27.9 [8.8] 2 [6.98] 26.8 [7.85] 2 [6.83] 25.6 [7.50] 2 [6.68] 24.5 [7.8] 2 [6.54] 2 [6.80] 2 [6.39] epression ratio db ntering air dry bulb wb ntering air wet bulb Total Total capacity x 000 BTH Sens Sensible capacity x 000 BTH KW input NTS: ➀ When the entering air dry bulb is other than 80 F [27 C], adjust the sensible capacity from the table by adding [.0 x CFM x ( ) x (db 80)]. HATING PFMANC ATA QPL-B030 IB CFM [L/s] 0 T [-7.8] Y B LB T M P AT F [ C] 5 [-5] 5 [-9.4] 0 [-] 20 [-6.7] 25 [-] 30 [-.] 35 [.7] 40 [4.4] 45 [7.2] 50 [0] 60 F [5.5 C] 70 F [2. C] 80 F [26.7 C] 60 [547] 050 [496] 940 [444] 60 [547] 050 [496] 940 [444] 60 [547] 050 [496] 940 [444] 9.5 [8].6.5 [7].6 [3].6 5.3 [4.48].7 7.2 [5.04].7 9.2 [5.63].7 2. [6.8] 2 [6.74] 24.9 [7.30] 26.9 [7.88] 28.8 [8.44] 9.5 [8].6.4 [4].6 [0].7 5.2 [4.45].7 7. [5.0].7 9.0 [5.57] 20.9 [6.3] 2 [6.68] 24.8 [7.27] 26.7 [7.83] 28.6 [8.38] 9.4 [5].6.3 [].6 [7].7 5. [4.43].7 7.0 [4.98].7 8.9 [5.54] 20.8 [6.0] 2 [6.65] 24.6 [7.2] 26.5 [7.77] 28.4 [8.32] 8.0 [4] 9.9 [0] [6] [4.04] 5.7 [4.60] 7.6 [5.6] 9.5 [5.7] [6.30] 2 [6.86] 25.3 [7.4] 27.2 [7.97] 7.9 [2] 9.8 [7] [6] [4.02] 5.6 [4.57] 7.5 [5.3] 9.4 [5.69] 2.3 [6.24] 2 [6.80] 25. [7.36] 27.0 [7.9] 7.9 [2] 9.8 [7].7 [3] [9] 5.5 [4.54] 7.4 [5.0] 9.3 [5.66] 2.2 [6.2] 2 [6.74] 24.9 [7.30] 26.8 [7.85] 6.6 [3] 8.5 [9] 0.4 [5] [0] 4.3 [4.9] 6.2 [4.75] 8. [5.30] 20.0 [5.86] 2 [6.45] 2 [7.00] 25.8 [7.56] 6.5 [0] 8.4 [6] 0.3 [2] [0] 4.2 [4.6] 6. [4.72] 8.0 [5.28] 9.9 [5.83] 2 [6.39] 2 [6.95] 25.6 [7.50] 6.5 [0] 8.4 [6] 0.3 [2] [8] 4. [4.3] 6.0 [4.69] 7.9 [5.25] 9.7 [5.77] [6.33] 2 [6.89] 25.4 [7.44] IB Indoor air dry bulb [ ] esignates Metric Conversions 8
SYSTMS PFMANC QPL-B SIS CLING PFMANC ATA QPL-B036 NTING IN AI @ 80 F [26.7 C] db ➀ wb 7 F [ C] 67 F [9.4 C] 63 F [7.2 C] CFM [L/s] 380 [65] 250 [590] 20 [528] 380 [65] 250 [590] 20 [528] 380 [65] 250 [590] 20 [528] ➀.2.9.7.2.9.7.2.9.7 T Y B LB T M P AT F [ C] 75 [2] 80 [26.7] 85 [29.4] 90 [3] 95 [35] 00 [37.8] 05 [40.6] 0 [4] 5 [46.] 45.0 [] 27.7 [8.2] 4 [7] 27. [7.94] 4 [8] 26.5 [7.77] 4. [5] 25.7 [7.53] 39.5 [.58] 25.0 [7.33] 37.8 [.08] 24.2 [7.09] 36. [0.58] 2 [6.86] 3. 34.4 [0.08] 2 [6.62] 3 [9.6] 2 [6.39] 44.2 [5] 26.5 [7.77] 43. [3] 25.9 [7.59] 4 [5] 25.3 [7.4] 40.3 [] 24.6 [7.2] 38.8 [.37] 2 [7.00] 37. [0.87] 2 [6.80] 35.5 [0.40] 2 [6.56] 3. 3 [9.9] [6.33] 3 [9.44] 20.8 [6.0] 4 [2] 25.3 [7.4] 4 [0] 24.7 [7.24] 4.0 [2] 24. [7.06] 39.6 [.6] 2 [6.89] 38. [.7] 2 [6.68] 36.5 [0.70] 2 [6.48] 34.8 [0.20] 2.3 [6.24] 3. 3 [9.73] 20.6 [6.04] [9.29] 9.8 [5.80] 4 [7] 3 [9.32] 4 [5] [9.4] 40.5 [7] 30.5 [8.94] 39.0 [.43] 29.8 [8.73] 37.4 [0.96] 29. [8.53] 35.8 [0.49] 28.3 [8.29] 34. [9.99] 27.5 [8.06] 3. 3 [9.50] 26.7 [7.83] 30.8 [9.03] 25.8 [7.56] 4 [7] 30.4 [8.9] 4. [5] 29.8 [8.73] 39.8 [.66] 29. [8.53] 38.3 [.22] 28.5 [8.35] 36.8 [0.79] 27.8 [8.5] 35. [0.29] 27.0 [7.9] 3 [9.82] 26.3 [7.7] 3. 3 [9.32] 25.5 [7.47] 30.2 [8.85] 24.7 [7.24] 4.4 [3] 28.9 [8.47] 40.3 [] 28.4 [8.32] 39. [.46] 27.8 [8.5] 37.6 [.02] 27. [7.94] 36. [0.58] 26.5 [7.77] 34.5 [0.] 25.8 [7.56] 3 [9.6] 25.0 [7.33] [9.4] 24.3 [7.2] 29.7 [8.70] 2 [6.89] 4 [5] 34.2 [0.02] 40.7 [3] 3 [9.82] 39.4 [.55] 3 [9.64] 37.9 [.] 3 [9.44] 36.3 [0.64] [9.20] 34.6 [0.4] 30.7 [9.00] 3 [9.64] 29.9 [8.76] 3. [9.4] 29.0 [8.50] 29.6 [8.67] 28.2 [8.26] 4.0 [2] 3 [9.55] 39.9 [.69] 3 [9.38] 38.7 [.34] [9.20] 37.2 [0.90] 30.7 [9.00] 35.6 [0.43] 30.0 [8.79] 34.0 [9.96] 29.3 [8.59] 3 [9.47] 28.5 [8.35] 30.7 [9.00] 27.7 [8.2] 29. [8.53] 26.9 [7.88] 40.3 [] 3. [9.] 39.2 [.49] 30.5 [8.94] 37.9 [.] 29.9 [8.76] 36.5 [0.70] 29.3 [8.59] 35.0 [0.26] 28.6 [8.38] 3 [9.79] 27.9 [8.8] [9.29] 27.2 [7.97] 30. [8.82] 26.4 [7.74] 28.6 [8.38] 25.7 [7.53] epression ratio db ntering air dry bulb wb ntering air wet bulb Total Total capacity x 000 BTH Sens Sensible capacity x 000 BTH KW input NTS: ➀ When the entering air dry bulb is other than 80 F [27 C], adjust the sensible capacity from the table by adding [.0 x CFM x ( ) x (db 80)]. HATING PFMANC ATA QPL-B036 IB CFM [L/s] 0 T [-7.8] Y B LB T M P AT F [ C] 5 [-5] 5 [-9.4] 0 [-] 20 [-6.7] 25 [-] 30 [-.] 35 [.7] 40 [4.4] 45 [7.2] 50 [0] 60 F [5.5 C] 70 F [2. C] 80 F [26.7 C] 380 [65] 250 [590] 20 [528] 380 [65] 250 [590] 20 [528] 380 [65] 250 [590] 20 [528].7 [3] 4. [4.3] 6.6 [4.86] 9.0 [5.57] [6.30] 2 [7.00] 26.4 [7.74] 28.8 [8.44] [9.7] 3 [9.88] 36.2 [0.6].6 [0] 4.0 [4.0] 6.5 [4.84] 8.9 [5.54] 2.3 [6.24] 2 [6.98] 26.2 [7.68]. 28.6 [8.38] 3. [9.] 3 [9.82] 35.9 [0.52].5 [7] [4.07] 6.3 [4.78] 8.8 [5.5] 2.2 [6.2] 2 [6.92] 26.0 [7.62] 28.4 [8.32] 30.8 [9.03] 3 [9.76] 35.7 [0.46] 9.6 [] [5] 4.5 [4.25] 7.0 [4.98] 9.4 [5.69] 2 [6.42] 24.3 [7.2] 26.8 [7.85] 29.2 [8.56] [9.29] 34. [9.99] 9.6 [] [2] 4.4 [4.22] 6.9 [4.95] 9.3 [5.66] [6.36] 24.2 [7.09] 26.6 [7.80] 29.0 [8.50] [9.23] 3 [9.94] 9.5 [8] [9] 4.3 [4.9] 6.7 [4.89] 9.2 [5.63] [6.33] 24.0 [7.03] 26.4 [7.74] 28.8 [8.44] [9.4] 3 [9.88] 8.3 [3] 0.7 [] [7] 5.6 [4.57] 8. [5.30] 20.5 [6.0] 2 [6.74] 25.4 [7.44] 27.9 [8.8] 30.3 [8.88] 3 [9.6] 8.2 [0] 0.6 [3.] 3. [4] 5.5 [4.54] 7.9 [5.25] 20.4 [5.98] 2 [6.68] 25.2 [7.39] 27.7 [8.2] 30. [8.82] 3 [9.52] 8. [7] 0.6 [3.] [] 5.4 [4.5] 7.8 [5.22] 20.2 [5.92] 2 [6.62] 25. [7.36] 27.5 [8.06] 29.9 [8.76] 3 [9.47] IB Indoor air dry bulb [ ] esignates Metric Conversions 9
SYSTMS PFMANC QPL-B SIS CLING PFMANC ATA QPL-B042 T Y B LB T M P AT F [ C] 75 [2] 80 [26.7] 85 [29.4] 90 [3] 95 [35] 00 [37.8] 05 [40.6] 0 [4] 5 [46.] NTING IN AI @ 80 F [26.7 C] db ➀ wb 7 F [ C] 67 F [9.4 C] 63 F [7.2 C] CFM [L/s] 540 [727] 400 [66] 260 [595] 540 [727] 400 [66] 260 [595] 540 [727] 400 [66] 260 [595] ➀.7.5.4.7.5.4.7.5.4 5 [5.80] 3 [9.44] 5 [5.24] [9.7] 3. 50.3 [4.74] 30.5 [8.94] 48.7 [4.27] 29.8 [8.73] 47.2 [3] 29.0 [8.50] 45.6 [6] 28.2 [8.26] 4 [4] 27.4 [8.03] 4.7 [2] 26.4 [7.74] 4. 39.3 [.52] 25.4 [7.44] 4.3 5 [5.50] 30.7 [9.00] 5.0 [4.95] 29.9 [8.76] 3. 49.4 [4.48] 29.2 [8.56] 47.9 [4.04] 28.4 [8.32] 46.4 [0] 27.7 [8.2] 44.8 [] 26.9 [7.88] 4 [0] 26. [7.65] 4.0 [2] 25.2 [7.39] 4. 38.6 [.3] 24.2 [7.09] 4.2 5 [5.2] 29.3 [8.59] 50. [4.68] 28.5 [8.35] 3. 48.5 [4.2] 27.8 [8.5] 47.0 [7] 27. [7.94] 45.5 [3] 26.4 [7.74] 44.0 [0] 25.7 [7.53] 4 [0] 24.9 [7.30] 40.2 [.78] 24. [7.06] 4.0 37.9 [.] 23. [6.77] 4.2 50.9 [4.92] 37. [0.87] 49.0 [4.36] 36.3 [0.64] 3. 47.3 [6] 35.5 [0.40] 45.8 [2] 34.7 [0.7] 44.2 [5] 34.0 [9.96] 4 [8] 3 [9.73] 40.8 [6] 3 [9.47] 38.8 [.37] [9.20] 4. 36.3 [0.64] 30.3 [8.88] 4.3 50.0 [4.65] 35.5 [0.40] 48. [4.0] 34.7 [0.7] 3. 46.5 [3] 3 [9.94] 44.9 [] 3 [9.73] 4 [2] 3 [9.50] 4 [8] [9.29] 40. [.75] 30.9 [9.06] 38. [.7] 30.0 [8.79] 4. 35.6 [0.43] 29.0 [8.50] 4.2 49. [4.39] 3 [9.9] 47.2 [3] 3 [9.67] 45.6 [6] 3 [9.47] 44. [2] [9.26] 4 [] 30.9 [9.06] 4. [5] 30.2 [8.85] 39.4 [.55] 29.4 [8.62] 37.4 [0.96] 28.6 [8.38] 4.0 35.0 [0.26] 27.6 [8.09] 4.2 48. [4.0] 39.3 [.52] 46.2 [4] 38.4 [.25] 3. 44.6 [7] 37.6 [.02] 4 [0] 36.8 [0.79] 4.5 [6] 36. [0.58] 39.9 [.69] 35.3 [0.35] 38. [.7] 34.4 [0.08] 36.0 [0.55] 3 [9.82] 4. 3 [9.82] 3 [9.50] 4.3 47.3 [6] 37.5 [0.99] 45.4 [] 36.7 [0.76] 3. 4 [4] 35.9 [0.52] 4 [7] 35.2 [0.32] 40.7 [3] 34.5 [0.] 39.2 [.49] 3 [9.88] 37.4 [0.96] 3 [9.64] 35.4 [0.37] 3 [9.38] 4. 3 [9.64] [9.09] 4.2 46.4 [0] 35.8 [0.49] 44.6 [7] 35.0 [0.26] 4 [0] 34.3 [0.05] 4.5 [6] 3 [9.85] 40.0 [.72] 3 [9.64] 38.5 [.28] 3 [9.4] 36.7 [0.76] [9.20] 34.7 [0.7] 30.5 [8.94] 4.0 3 [9.47] 29.5 [8.65] 4.2 epression ratio db ntering air dry bulb wb ntering air wet bulb Total Total capacity x 000 BTH Sens Sensible capacity x 000 BTH KW input NTS: ➀ When the entering air dry bulb is other than 80 F [27 C], adjust the sensible capacity from the table by adding [.0 x CFM x ( ) x (db 80)]. HATING PFMANC ATA QPL-B042 IB CFM [L/s] 0 T [-7.8] Y B LB T M P AT F [ C] 5 [-5] 5 [-9.4] 0 [-] 20 [-6.7] 25 [-] 30 [-.] 35 [.7] 40 [4.4] 45 [7.2] 50 [0] 60 F [5.5 C] 70 F [2. C] 80 F [26.7 C] 540 [727] 400 [66] 260 [595] 540 [727] 400 [66] 260 [595] 540 [727] 400 [66] 260 [595] [4.07] 6.9 [4.95] 20.0 [5.86] 2 [6.74] 26.0 [7.62] 29.0 [8.50] 3 [9.38] 35. [0.29] 38. [.7] 4. [5] 44. [2] [4.04] 6.8 [4.92] 9.8 [5.80] 2 [6.68] 25.8 [7.56] 28.8 [8.44] 3 [9.32] 34.8 [0.20] 37.8 [.08] 40.8 [6] 4 [4] [4.02] 6.7 [4.89] 9.7 [5.77] 2 [6.62] 25.6 [7.50] 28.6 [8.38] [9.26] 34.6 [0.4] 37.5 [0.99] 40.5 [7] 4 [5] [8] 6.0 [4.69] 9.0 [5.57] 3. 2 [6.45] 3. 25.0 [7.33] 3. 28.0 [8.2] 3. [9.] 34. [9.99] 37. [0.87] 40. [.75] 43. [3] [5] 5.8 [4.63] 3. 8.8 [5.5] 3. 2 [6.39] 3. 24.8 [7.27] 27.8 [8.5] 30.8 [9.03] 3 [9.9] 36.8 [0.79] 39.8 [.66] 4 [4] [5] 3. 5.7 [4.60] 3. 8.7 [5.48] 3. [6.36] 24.7 [7.24] 27.6 [8.09] 30.6 [8.97] 3 [9.85] 36.6 [0.73] 39.5 [.58] 4 [6].2 [8] 4.2 [4.6] 7.3 [5.07] 20.3 [5.95] 2 [6.83] 26.3 [7.7] 29.3 [8.59] 3 [9.50] 35.4 [0.37] 38.4 [.25] 4.4 [3]. [5] 4. [4.3] 7. [5.0] 20. [5.89] 23. [6.77] 26. [7.65] 29. [8.53] 3 [9.4] 35. [0.29] 38. [.7] 4. [5]. [5] 4.0 [4.0] 7.0 [4.98] 20.0 [5.86] 2 [6.74] 25.9 [7.59] 28.9 [8.47] 3 [9.35] 34.9 [0.23] 37.9 [.] 40.8 [6] IB Indoor air dry bulb [ ] esignates Metric Conversions 20
SYSTMS PFMANC QPL-B SIS CLING PFMANC ATA QPL-B048 T Y B LB T M P AT F [ C] 75 [2] 80 [26.7] 85 [29.4] 90 [3] 95 [35] 00 [37.8] 05 [40.6] 0 [4] 5 [46.] NTING IN AI @ 80 F [26.7 C] db ➀ wb 7 F [ C] 67 F [9.4 C] 63 F [7.2 C] CFM [L/s] 760 [83] 600 [755] 440 [680] 760 [83] 600 [755] 440 [680] 760 [83] 600 [755] 440 [680] ➀.5.3..5.3..5.3. 60.4 [7.70] 37.4 [0.96] 58.8 [7.23] 36.6 [0.73] 57.0 [6.7] 35.7 [0.46] 55. [6.5] 34.8 [0.20] 53. [5.56] 3 [9.9] 5. [4.98] 3 [9.64] 4. 49.3 [4.45] 3 [9.38] 4.3 47.6 [5] [9.7] 4.5 46.3 [7] 30.7 [9.00] 4.7 59.3 [7.38] 35.7 [0.46] 3. 57.8 [6.94] 35.0 [0.26] 56.0 [6.4] 34. [9.99] 54. [5.86] 3 [9.73] 5 [5.27] 3 [9.47] 50.2 [4.7] [9.20] 4. 48.4 [4.8] 30.6 [8.97] 4.3 46.8 [2] 29.9 [8.76] 4.4 45.5 [3] 29.3 [8.59] 4.6 58.3 [7.09] 34. [9.99] 3. 56.7 [6.62] 3 [9.76] 55.0 [6.2] 3 [9.52] 53. [5.56] [9.29] 5.2 [5.0] 30.8 [9.03] 49.3 [4.45] 29.9 [8.76] 4.0 47.5 [2] 29.2 [8.56] 4.2 45.9 [5] 28.5 [8.35] 4.4 44.6 [7] 27.9 [8.8] 4.6 57. [6.73] 4 [] 3. 55.5 [6.27] 4 [8] 5 [5.74] 4.0 [2] 5.7 [5.5] 40. [.75] 49.8 [4.59] 39. [.46] 47.8 [4.0] 38.2 [.20] 4. 46.0 [8] 37.3 [0.93] 4.3 44.3 [8] 36.6 [0.73] 4.5 4 [0] 36.0 [0.55] 4.6 56. [6.44] 40.8 [6] 3. 54.5 [5.97] 40.0 [.72] 5 [5.44] 39.2 [.49] 50.8 [4.89] 38.3 [.22] 48.9 [4.33] 37.4 [0.96] 46.9 [5] 36.5 [0.70] 4.0 45. [2] 35.7 [0.46] 4.2 4 [5] 34.9 [0.23] 4.4 4 [7] 34.4 [0.08] 4.6 55.0 [6.2] 38.9 [.40] 3. 5 [5.68] 38.2 [.20] 5 [5.8] 37.3 [0.93] 49.9 [4.62] 36.5 [0.70] 48.0 [4.07] 35.6 [0.43] 46. [] 34.8 [0.20] 4.0 44.3 [8] 34.0 [9.96] 4.2 4 [] 3 [9.76] 4.4 4.4 [3] 3 [9.6] 4.6 54.5 [5.97] 45.0 [] 3. 5 [5.50] 44.2 [5] 5. [4.98] 4 [9] 49. [4.39] 4 [3] 47.2 [3] 4.4 [3] 45.2 [5] 40.5 [7] 4. 4 [2] 39.6 [.6] 4.2 4.7 [2] 38.9 [.40] 4.4 40.4 [4] 38.3 [.22] 4.6 5 [5.68] 4 [0] 3. 5 [5.2] 4 [7] 50.2 [4.7] 4.4 [3] 48.3 [4.6] 40.5 [7] 46.3 [7] 39.6 [.6] 44.4 [] 38.7 [.34] 4.0 4 [8] 37.9 [.] 4.2 4.0 [2] 37. [0.87] 4.4 39.6 [.6] 36.6 [0.73] 4.6 5 [5.39] 4.0 [2] 3. 5.0 [4.95] 40.3 [] 49.3 [4.45] 39.4 [.55] 47.4 [9] 38.6 [.3] 45.5 [3] 37.7 [.05] 4 [8] 36.9 [0.8] 4.0 4 [5] 36. [0.58] 4.2 40.2 [.78] 35.4 [0.37] 4.4 38.9 [.40] 34.8 [0.20] 4.5 epression ratio db ntering air dry bulb wb ntering air wet bulb Total Total capacity x 000 BTH Sens Sensible capacity x 000 BTH KW input NTS: ➀ When the entering air dry bulb is other than 80 F [27 C], adjust the sensible capacity from the table by adding [.0 x CFM x ( ) x (db 80)]. HATING PFMANC ATA QPL-B048 IB CFM [L/s] 0 T [-7.8] Y B LB T M P AT F [ C] 5 [-5] 5 [-9.4] 0 [-] 20 [-6.7] 25 [-] 30 [-.] 35 [.7] 40 [4.4] 45 [7.2] 50 [0] 60 F [5.5 C] 70 F [2. C] 80 F [26.7 C] 760 [83] 600 [755] 440 [680] 760 [83] 600 [755] 440 [680] 760 [83] 600 [755] 440 [680] 6.9 [4.95] 20. [5.89] 2 [6.80] 26.4 [7.74] 29.5 [8.65] 3 [9.58] 35.9 [0.52] 39.0 [.43] 4 [7] 45.3 [8] 48.5 [4.2] 3. 6.8 [4.92] 9.9 [5.83] 23. [6.77] 26.2 [7.68] 29.3 [8.59] 3 [9.52] 35.6 [0.43] 38.7 [.34] 4 [8] 45.0 [] 3. 48. [4.0] 3. 6.7 [4.89] 9.8 [5.80] 2 [6.7] 26.0 [7.62] 29. [8.53] 3 [9.44] 35.4 [0.37] 38.5 [.28] 4.6 [9] 3. 44.7 [] 3. 47.8 [4.0] 5.4 [4.5] 8.6 [5.45] 2 [6.39] 3. 24.9 [7.30] 3. 28. [8.24] [9.4] 34.4 [0.08] 37.5 [0.99] 40.7 [3] 4 [7] 47.0 [7] 5.3 [4.48] 8.5 [5.42] [6.33] 3. 24.7 [7.24] 27.9 [8.8] [9.09] 34. [9.99] 37.3 [0.93] 40.4 [4] 4 [8] 46.7 [9] 5.2 [4.45] 8.3 [5.36] 3. [6.30] 3. 24.6 [7.2] 27.7 [8.2] 30.8 [9.03] 3 [9.94] 37.0 [0.84] 40. [.75] 4 [6] 46.4 [0] 4.4 [4.22] 7.6 [5.6] 20.7 [6.07] 2 [7.00] 27. [7.94] 30.2 [8.85] 3 [9.79] 36.5 [0.70] 39.7 [.63] 4 [4] 46.0 [8] 4.3 [4.9] 7.5 [5.3] 20.6 [6.04] 2 [6.95] 26.9 [7.88] 30.0 [8.79] 33. [9.70] 36.3 [0.64] 39.4 [.55] 4 [6] 45.7 [9] 4.0 4.2 [4.6] 7.3 [5.07] 20.4 [5.98] 2 [6.92] 26.7 [7.83] 29.8 [8.73] 3 [9.64] 36.0 [0.55] 39. [.46] 4 [7] 4.0 45.3 [8] 4.0 IB Indoor air dry bulb [ ] esignates Metric Conversions 2
AIFLW PFMANC QNL-B SIS IN AIFLW PFMANC 208 VLTS Nominal Cooling Capacity Tons [kw] [7.03] [8.79] [0.55] [] 4.0 [4.07] Motor Speed from Factory (Tap ) (Tap ) Manufacturer ecommended Air-Flow ange (Min/Max) CFM 700 CFM/900 CFM [27/39 L/s] 875 CFM/25 CFM [43/53 L/s] 050 CFM/350 CFM [496/637 L/s] 225 CFM/575 CFM [578/743 L/s] 350 CFM/700 CFM [496/802 L/s] Blower Size/ Motor HP [W] & # of Speeds 9x7 Blower /4 HP [86] 2 Speed (PSC Motor) 0x9 Blower /2 HP [372] 2 Speed (PSC Motor) 0x9 Blower /3 HP [248] Speed (PSC Motor) 0x9 Blower 3/4 HP [559] 2 Speed (X3 Motor) 0x9 Blower 3/4 HP [559] 2 Speed (X3 Motor) Motor Speed Medium (Tap ) (Tap 2) (Tap ) (Tap 2) xternal Static Pressure Inches W.C. [kpa] Side ischarge Wet Coil 0. [.02] 0.2 [.05] 0.3 [.07] 0.4 [.0] 0.5 [.2] 0.6 [.5] 0.7 [.7] CFM 675 [39] 657 [30] 634 [299] 602 [284] 560 [264] 505 [238] 435 [205] PM 695 785 870 905 940 980 020 Watts 22 24 203 9 7 63 49 CFM 898 [424] 86 [406] 822 [388] 777 [367] 72 [340] 65 [307] 562 [265] PM 940 965 995 020 045 070 090 Watts 292 278 266 253 239 22 99 CFM 076 [508] 059 [500] 032 [487] 996 [470] 950 [448] 896 [423] 832 [393] PM 730 775 820 865 905 940 975 Watts 356 349 34 33 320 305 287 CFM 222 [577] 97 [565] 79 [556] 62 [548] 37 [537] 097 [58] 033 [488] PM 765 80 855 890 920 960 995 Watts 423 45 407 397 386 370 35 CFM 54 [75] 46 [690] 45 [668] 370 [647] 322 [624] 266 [597] 97 [565] PM 895 930 965 985 005 025 045 Watts 538 54 493 473 454 434 42 CFM 222 [577] 20 [567] 73 [554] 37 [537] 090 [54] 030 [486] 954 [450] PM 785 805 830 870 905 950 990 Watts 355 352 346 340 33 320 306 CFM 455 [687] 43 [675] 396 [659] 360 [642] 35 [62] 285 [606] 24 [586] PM 824 856 889 93 968 009 04 Watts 268 280 288 303 3 325 33 CFM 559 [736] 530 [722] 488 [702] 454 [686] 47 [669] 375 [649] 336 [63] PM 870 893 932 968 007 036 072 Watts 32 327 338 35 364 37 38 CFM 675 [79] 658 [782] 60 [760] 580 [746] 535 [724] 49 [704] 422 [67] PM 923 944 979 03 045 077 098 Watts 390 40 42 425 433 440 432 CFM 770 [835] 75 [826] 706 [805] 672 [789] 624 [766] 555 [734] 463 [690] PM 966 989 08 050 078 00 5 Watts 454 466 473 486 490 48 460 NT: ffect of electric heat strip on airflow performance is negligible. WN ISCHAG PSS P (A T XTNAL STATIC PSS) CFM [L/s] 600 [283] 800 [378] 000 [472] 200 [566] 400 [66] Pressure rop Inches W.C. [kpa].00.0 [.002].02 [.005].03 [.007].05 [.02] 600 [775].07 [.07] [ ] esignates Metric Conversions 22
AIFLW PFMANC QNL-B SIS IN AIFLW PFMANC 230 VLTS Nominal Cooling Capacity Tons [kw] [7.03] [8.79] [0.55] [] 4.0 [4.07] Motor Speed from Factory (Tap ) (Tap ) Manufacturer ecommended Air-Flow ange (Min/Max) CFM 700 CFM/900 CFM [27/39 L/s] 875 CFM/25 CFM [43/53 L/s] 050 CFM/350 CFM [496/637 L/s] 225 CFM/575 CFM [578/743 L/s] 350 CFM/700 CFM [496/802 L/s] Blower Size/ Motor HP [W] & # of Speeds 9x7 Blower /4 HP [86] 2 Speed (PSC Motor) 0x9 Blower /2 HP [373] 3 Speed (PSC Motor) 0x9 Blower /3 HP [249] Speed (PSC Motor) 0x9 Blower 3/4 HP [559] 2 Speed (X3 Motor) 0x9 Blower 3/4 HP [559] 2 Speed (X3 Motor) NT: ffect of electric heat strip on airflow performance is negligible. Motor Speed Medium (Tap ) (Tap 2) (Tap ) (Tap 2) xternal Static Pressure Inches W.C. [kpa] Side ischarge Wet Coil 0. [.02] 0.2 [.05] 0.3 [.07] 0.4 [.0] 0.5 [.2] 0.6 [.5] 0.7 [.7] CFM 77 [364] 75 [354] 725 [342] 69 [326] 645 [304] 584 [276] 546 [258] PM 825 870 90 950 985 00 030 Watts 253 242 230 27 204 89 8 CFM 946 [446] 922 [435] 882 [46] 830 [392] 769 [363] 70 [33] 630 [297] PM 990 05 035 055 070 085 00 Watts 35 303 288 273 257 24 226 CFM 206 [569] 82 [558] 57 [546] 28 [532] 09 [55] 044 [493] 983 [464] PM 760 85 870 90 950 975 000 Watts 49 406 394 38 368 353 334 CFM 4 [666] 368 [646] 327 [626] 285 [606] 238 [584] 83 [558] 6 [527] PM 865 900 935 970 000 020 035 Watts 498 498 48 464 447 43 39 CFM 64 [774] 577 [744] 55 [75] 455 [687] 393 [657] 329 [627] 262 [596] PM 980 000 020 035 050 065 080 Watts 589 565 543 523 503 48 456 CFM 39 [656] 357 [640] 32 [69] 258 [594] 20 [567] 45 [540] 093 [56] PM 835 875 95 940 965 985 000 Watts 428 49 406 392 378 365 355 CFM 467 [692] 439 [679] 408 [665] 360 [642] 33 [628] 287 [607] 259 [594] PM 83 854 894 932 972 005 042 Watts 276 282 297 307 39 326 34 CFM 550 [732] 520 [77] 486 [70] 449 [684] 407 [664] 382 [652] 337 [63] PM 867 890 930 974 003 039 073 Watts 37 323 339 355 362 377 385 CFM 692 [799] 66 [784] 633 [77] 589 [750] 560 [736] 52 [74] 442 [68] PM 93 950 982 08 054 082 03 Watts 404 409 424 434 450 453 443 CFM 748 [825] 78 [8] 686 [796] 647 [777] 66 [763] 543 [728] 472 [695] PM 955 978 00 043 073 096 Watts 440 446 462 475 484 473 459 WN ISCHAG PSS P (A T XTNAL STATIC PSS) CFM [L/s] 600 [283] 800 [378] 000 [472] 200 [566] 400 [66] Pressure rop Inches W.C. [kpa].00.0 [.002].02 [.005].03 [.007].05 [.02] 600 [775].07 [.07] [ ] esignates Metric Conversions 23
AIFLW PFMANC QPL-B SIS IN AIFLW PFMANC 208 VLTS Nominal Cooling Capacity Tons [kw] [7.03] [8.79] [0.55] [] 4.0 [4.07] Motor Speed from Factory (Tap ) (Tap ) (Tap ) (Tap ) (Tap ) Manufacturer ecommended Air-Flow ange (Min/Max) CFM 700 CFM/900 CFM [27/39 L/s] 875 CFM/25 CFM [43/53 L/s] 050 CFM/350 CFM [496/637 L/s] 225 CFM/575 CFM [578/743 L/s] 350 CFM/700 CFM [496/802 L/s] Blower Size/ Motor HP [W] & # of Speeds 9x7 Blower /3 HP [249] 3 Speed (X3 Motor) 0x9 Blower /2 HP [372] 3 Speed (X3 Motor) 0x9 Blower /2 HP [372] 3 Speed (X3 Motor) 0x9 Blower 3/4 HP [559] 2 Speed (X3 Motor) 0x9 Blower 3/4 HP [559] 2 Speed (X3 Motor) NT: ffect of electric heat strip on airflow performance is negligible. Motor Speed (Tap ) (Tap 2) (Tap ) Medium (Tap 2) (Tap 3) (Tap ) Medium (Tap 2) (Tap 3) (Tap ) (Tap 2) (Tap ) (Tap 2) xternal Static Pressure Inches W.C. [kpa] Side ischarge Wet Coil 0. [.02] 0.2 [.05] 0.3 [.07] 0.4 [.0] 0.5 [.2] 0.6 [.5] 0.7 [.7] CFM 847 [400] 88 [386] 788 [372] 765 [36] 737 [348] 695 [328] 659 [3] PM 892 88 788 765 737 695 659 Watts 45 47 56 57 64 67 67 CFM 94 [43] 887 [49] 853 [403] 824 [389] 793 [374] 762 [360] 77 [338] PM 934 97 024 053 083 2 35 Watts 73 77 85 86 88 92 85 CFM 067 [504] 034 [488] 992 [468] 957 [452] 92 [430] 820 [387] 778 [367] PM 79 749 79 89 876 952 983 Watts 43 45 55 59 69 82 85 CFM 65 [550] 32 [534] 09 [55] 05 [496] 009 [476] 959 [453] 855 [404] PM 744 785 833 864 905 95 020 Watts 67 77 88 9 202 206 27 CFM 252 [59] 23 [572] 66 [550] 37 [537] 099 [59] 046 [494] 986 [465] PM 796 826 868 893 934 982 026 Watts 206 20 29 225 234 245 248 CFM 247 [589] 220 [576] 78 [556] 43 [539] 099 [59] 064 [502] 998 [47] PM 784 89 863 890 932 957 02 Watts 200 208 29 224 233 236 246 CFM 307 [67] 292 [60] 238 [584] 24 [573] 70 [552] 35 [536] 087 [53] PM 820 850 889 98 944 98 028 Watts 233 242 248 255 262 268 277 CFM 396 [659] 357 [640] 334 [630] 286 [607] 253 [59] 207 [570] 63 [549] PM 864 898 920 942 976 00 043 Watts 268 280 288 292 299 304 30 CFM 455 [687] 43 [675] 396 [659] 360 [642] 35 [62] 285 [606] 24 [586] PM 824 856 889 93 968 009 04 Watts 268 280 288 303 3 325 33 CFM 559 [736] 530 [722] 488 [702] 454 [686] 47 [669] 375 [649] 336 [63] PM 870 893 932 968 007 036 072 Watts 32 327 338 35 364 37 38 CFM 675 [79] 658 [782] 60 [760] 580 [746] 535 [724] 49 [704] 422 [67] PM 923 944 979 03 045 077 098 Watts 390 40 42 425 433 440 432 CFM 770 [835] 75 [826] 706 [805] 672 [789] 624 [766] 555 [734] 463 [690] PM 966 989 08 050 078 00 5 Watts 454 466 473 486 490 48 460 WN ISCHAG PSS P (A T XTNAL STATIC PSS) CFM [L/s] 600 [283] 800 [378] 000 [472] 200 [566] 400 [66] Pressure rop Inches W.C. [kpa].00.0 [.002].02 [.005].03 [.007].05 [.02] 600 [775].07 [.07] [ ] esignates Metric Conversions 0.8 [.20] 58 [274] 58 55 602 [284] 55 64 729 [344] 024 92 89 [387] 053 35 892 [42] 086 256 904 [427] 075 256 989 [467] 087 284 03 [52] 089 36 24
AIFLW PFMANC QPL-B SIS IN AIFLW PFMANC 230 VLTS Nominal Cooling Capacity Tons [kw] [7.03] [8.79] [0.55] [] 4.0 [4.07] Motor Speed from Factory (Tap ) (Tap ) (Tap ) (Tap ) (Tap ) Manufacturer ecommended Air-Flow ange (Min/Max) CFM 700 CFM/900 CFM [27/39 L/s] 875 CFM/25 CFM [43/53 L/s] 050 CFM/350 CFM [496/637 L/s] 225 CFM/575 CFM [578/743 L/s] 350 CFM/700 CFM [496/802 L/s] Blower Size/ Motor HP [W] & # of Speeds 9x7 Blower /3 HP [249] 3 Speed (X3 Motor) 0x9 Blower /2 HP [372] 3 Speed (X3 Motor) 0x9 Blower /2 HP [372] 3 Speed (X3 Motor) 0x9 Blower 3/4 HP [559] 2 Speed (X3 Motor) 0x9 Blower 3/4 HP [559] 2 Speed (X3 Motor) NT: ffect of electric heat strip on airflow performance is negligible. Motor Speed (Tap ) (Tap 2) (Tap ) Medium (Tap 2) (Tap 3) (Tap ) Medium (Tap 2) (Tap 3) (Tap ) (Tap 2) (Tap ) (Tap 2) xternal Static Pressure Inches W.C. [kpa] Side ischarge Wet Coil 0. [.02] 0.2 [.05] 0.3 [.07] 0.4 [.0] 0.5 [.2] 0.6 [.5] 0.7 [.7] CFM 862 [407] 834 [394] 89 [387] 78 [369] 76 [359] 729 [344] 695 [328] PM 889 953 974 08 065 0 33 Watts 5 59 62 66 73 76 80 CFM 98 [433] 888 [49] 874 [42] 838 [395] 89 [387] 78 [369] 7 [336] PM 953 988 032 060 09 26 46 Watts 8 84 94 98 200 204 89 CFM 076 [508] 04 [49] 07 [480] 970 [458] 928 [438] 852 [402] 785 [370] PM 75 753 787 825 877 946 005 Watts 44 48 57 69 75 87 98 CFM 87 [560] 24 [530] 096 [57] 07 [505] 024 [483] 987 [466] 896 [423] PM 762 799 832 859 94 940 02 Watts 76 82 9 96 209 22 227 CFM 27 [600] 223 [577] 69 [552] 37 [537] 04 [52] 07 [505] 05 [479] PM 797 836 878 905 939 974 026 Watts 22 27 227 23 24 247 257 CFM 258 [594] 25 [573] 200 [566] 60 [547] 30 [533] 082 [5] 026 [484] PM 802 829 86 894 933 97 020 Watts 20 27 225 230 239 245 259 CFM 336 [63] 298 [63] 259 [594] 229 [580] 98 [565] 60 [547] 6 [527] PM 82 867 903 920 957 993 038 Watts 239 249 259 262 275 279 290 CFM 46 [668] 379 [65] 342 [633] 292 [60] 275 [602] 240 [585] 200 [566] PM 874 898 933 952 993 0 060 Watts 285 290 299 304 34 322 328 CFM 467 [692] 439 [679] 408 [665] 360 [642] 33 [628] 287 [607] 259 [594] PM 83 854 894 932 972 005 042 Watts 276 282 297 307 39 326 34 CFM 550 [732] 520 [77] 486 [70] 449 [684] 407 [664] 382 [652] 337 [63] PM 867 890 930 974 003 039 073 Watts 37 323 339 355 362 377 385 CFM 692 [799] 66 [784] 633 [77] 589 [750] 560 [736] 52 [74] 442 [68] PM 93 950 982 08 054 082 03 Watts 404 409 424 434 450 453 443 CFM 748 [825] 78 [8] 686 [796] 647 [777] 66 [778] 543 [779] 472 [780] PM 955 978 00 043 073 096 Watts 440 446 462 475 484 473 459 WN ISCHAG PSS P (A T XTNAL STATIC PSS) CFM [L/s] 600 [283] 800 [378] 000 [472] 200 [566] 400 [66] Pressure rop Inches W.C. [kpa].00.0 [.002].02 [.005].03 [.007].05 [.02] 600 [775].07 [.07] [ ] esignates Metric Conversions 0.8 [.20] 606 [286] 56 65 66 [29] 57 68 745 [352] 032 202 852 [402] 059 235 934 [44] 089 270 954 [450] 077 268 07 [505] 07 299 68 [55] 09 337 25
LCTICAL ATA QNL-B/QPL-B SIS vaporator Fan Condenser Motor Compressor Motor nit Information nit perating Voltage ange 87-253 Minimum Circuit Ampacity 9/9 Minimum vercurrent Protection evice Size 25/25 25/25 Maximum vercurrent Protection evice Size 30/30 35/35 No. Volts Phase HP 2 2 /2 PM 3450 3450 Amps (LA) / 4./4. Amps (LA) 58.3/58.3 73/73 No. Volts Phase HP /5 /5 Amps (FLA).3.3 Amps (LA) No. Volts Phase HP /4 /2 Amps (FLA).5 Amps (LA) 5. LCTICAL ATA QNL-B SIS -B024JK -B030JK -B036CK -B036JK -B042CK -B042JK -B048CK -B048JK 87-253 22/22 87-253 7/7 20/20 25/25 3 3 3450 0.4/0.4 88/88 /5.3 /3.7 87-253 24/24 25/25 40/40 3 3450 6.7/6.7 79/79 /5.3 /3.7 87-253 25/25 30/30 35/35 3 3 /2 3450 3./3. 83./83. /3 2 3/4 6 0 87-253 33/33 35/35 50/50 3 /2 3450 9.9/9.9 09/09 /3 2 3/4 6 0 87-253 26/26 30/30 35/35 3 4 3450 / 83./83. /3 2 3/4 6 0 87-253 37/37 40/40 50/50 4 3450 2/2 7/7 /3 2 3/4 6 0 nit Information Compressor Motor Condenser Motor vaporator Fan nit perating Voltage ange 87-253 Minimum Circuit Ampacity 2/2 Minimum vercurrent Protection evice Size 25/25 25/25 Maximum vercurrent Protection evice Size 30/30 35/35 No. Volts Phase HP 2 2 /2 PM 3450 3450 Amps (LA) / 4./4. Amps (LA) 58.3/58.3 73/73 No. Volts Phase HP /5 /5 Amps (FLA).3.3 Amps (LA) No. Volts Phase HP /3 /2 Amps (FLA) 4. Amps (LA) 0 0 LCTICAL ATA QPL-B SIS 87-253 24/24 87-253 9/9 20/20 25/25 3 3 3450 0.4/0.4 88/88 /5.3 /2 4. 0. Horsepower Per Compressor. 2. Amp raw Per Motor. Multiply Value By Number of Motors to etermine Total Amps. -B024JK -B030JK -B036CK -B036JK -B042CK -B042JK -B048CK -B048JK 87-253 27/27 30/30 40/40 3 3450 6.7/6.7 79/79 /5.3 /2 4. 0 87-253 25/25 30/30 35/35 3 3 /2 3450 3./3. 83./83. /3 2 3/4 6 0 87-253 33/33 35/35 50/50 3 /2 3450 9.9/9.9 09/09 /3 2 3/4 6 0 87-253 26/26 30/30 35/35 3 4 3450 / 83./83. /3 2 3/4 6 0 87-253 37/37 40/40 50/50 4 3450 2/2 7/7 /3 2 3/4 6 0 26
LCTIC HAT KITS QNL-B/QPL-B SIS nit Model Application QNL/QPL-B024JK QNL/QPL-B030JK QNL/QPL-B036JK QNL/QPL-B042JK QNL/QPL-B048JK QNL/QPL-B036CK QNL/QPL-B042CK QNL/QPL-B048CK lectric Heater Kit Models XQJ-A05J (208-240 volt, -ph, 5kW) XQJ-A0J (208-240 volt, -ph, 0kW) XQJ-A05J (208-240 volt, -ph, 5kW) XQJ-A0J (208-240 volt, -ph, 0kW) XQJ-A0J (208-240 volt, -ph, 0kW) XQJ-A5J (208-240 volt, -ph, 5kW) XQJ-B0J (208-240 volt, -ph, 0kW) XQJ-B5J (208-240 volt, -ph, 5kW) XQJ-B0J (208-240 volt, -ph, 0kW) XQJ-B5J (208-240 volt, -ph, 5kW) XQJ-A0C (208-240 volt, 3-ph, 0kW) XQJ-A5C (208-240 volt, 3-ph, 5kW) XQJ-A0C (208-240 volt, 3-ph, 0kW) XQJ-A5C (208-240 volt, 3-ph, 5kW) XQJ-A0C (208-240 volt, 3-ph, 0kW) XQJ-A5C (208-240 volt, 3-ph, 5kW) WANING NLY LCTIC HAT KITS SPPLI BY THIS MAN- FACT AS SCIB IN THIS PBLICATIN HAV BN SIGN, TST, AN VALAT BY A NATIN- ALLY CGNIZ SAFTY TSTING AGNCY F S WITH THIS NIT. S F ANY TH MANFACT LCTIC HATS INSTALL WITHIN THIS NIT MAY CAS HAZAS CNITINS SLTING IN PP- TY AMAG, FI, BILY INJY ATH. 27
LCTIC HAT KITS QNL-B SIS nit Model No. QNL- B024JK B030JK B036JK B042JK B048JK nit Model No. QNL- B036CK B042CK B048CK XQJ- Heater Kit Nominal kw 208-240 VLT, SINGL PHAS, 60 HZ, AXILIAY LCTIC HAT KITS CHAACTISTICS AN APPLICATIN No. of lements Single Supply For Both nit and Heater Kit Separate Supply For Both nit and Heater Kit No. of Sequence Steps Heater Kit Heat Pump ated Heater kw @ 208-240 V Heater KBT/Hr @ 208-240 V Heater Amp. @ 208-240 V nit Min. Ckt. Ampacity @ 208-240 V ver Current Protective evice Size Min./Max. @ 208 V Min./Max. @ 240 V No Heat 9/9 30/30 30/30 9/9 30/30 30/30 A05J /4.8 8/6.38 7.3/20.0 4/44 45/50 45/50 22/25 25/25 A0J 2 2 7.2/9.6 24.56/35 34.6/40.0 62/69 70/70 70/70 44/50 45/50 No Heat 22/22 35/35 35/35 22/22 35/35 35/35 Min. Ckt. Ampacity 208/240V Heater Kit Heat Pump Max. Fuse Size 208/240V Min. Circuit Ampacity 208-240 V ver Current Protective evice Size Min./Max. @ 208 V A05J /4.8 8/6.38 7.3/20.0 43/47 50/50 50/50 22/25 25/25 A0J 2 2 7.2/9.6 24.56/35 34.6/40.0 65/72 70/80 70/80 44/50 45/50 No Heat 24/24 40/40 40/40 24/24 40/40 40/40 A0J 2 2 7.2/9.6 24.56/35 34.6/40.0 68/74 70/80 70/80 44/50 45/50 A5J 3 2 0.8/4.4 36.84/49.3 5/60.0 89/99 90/00 90/00 65/75 70/80 No Heat 33/33 50/50 50/50 33/33 50/50 50/50 B0J 2 2 7.2/9.6 24.56/35 34.6/40.0 77/83 80/90 80/90 44/50 45/50 B5J 3 2 0.8/4.4 36.84/49.3 5/60.0 98/08 00/0 00/0 65/75 70/80 No Heat 37/37 50/50 50/50 37/37 50/50 50/50 B0J 2 2 7.2/9.6 24.56/35 34.6/40.0 80/87 90/90 90/90 44/50 45/50 B5J 3 2 0.8/4.4 36.84/49.3 5/60.0 02/2 0/25 0/25 65/75 70/80 Min./Max. @ 240 V XQJ- Heater Kit Nominal kw 208-240 VLT, TH PHAS, 60 HZ, AXILIAY LCTIC HAT KITS CHAACTISTICS AN APPLICATIN No. of lements Single Supply For Both nit and Heater Kit Separate Supply For Both nit and Heater Kit No. of Sequence Steps Heater Kit Heat Pump ated Heater kw @ 208-240 V Heater KBT/Hr @ 208-240 V Heater Amp. @ 208-240 V nit Min. Ckt. Ampacity @ 208-240 V ver Current Protective evice Size Min./Max. @ 208 V Min./Max. @ 240 V No Heat 7/7 25/25 25/25 A0C 3 3 7.2/9.6 24.56/35 20.0/23. 42/45 45/45 45/45 A5C 3 3 0.8/4.4 36.84/49.3 30./34.7 54/60 60/60 60/60 Heater Kit Heat Pump 7/7 25/25 25/25 25/29 25/30 38/44 40/45 No Heat 25/25 35/35 35/35 25/25 35/35 35/35 A0C 3 3 7.2/9.6 24.56/35 20.0/23. 50/54 50/60 50/60 25/29 25/30 A5C 3 3 0.8/4.4 36.84/49.3 30./34.7 63/68 70/70 70/70 38/44 40/45 No Heat 26/26 35/35 35/35 26/26 35/35 35/35 A0C 3 3 7.2/9.6 24.56/35 20.0/23. 5/55 60/60 60/60 25/29 25/30 A5C 3 3 0.8/4.4 36.84/49.3 30./34.7 63/69 70/70 70/70 38/44 40/45 Min. Ckt. Ampacity 208/240V Max. Fuse Size 208/240V Min. Circuit Ampacity 208-240 V ver Current Protective evice Size Min./Max. @ 208 V Min./Max. @ 240 V 28
LCTIC HAT KITS QPL-B SIS nit Model No. QPL- B024JK B030JK B036JK B042JK B048JK nit Model No. QPL- B036CK B042CK B048CK XQJ- Heater Kit Nominal kw 208-240 VLT, SINGL PHAS, 60 HZ, AXILIAY LCTIC HAT KITS CHAACTISTICS AN APPLICATIN No. of lements Single Supply For Both nit and Heater Kit Separate Supply For Both nit and Heater Kit No. of Sequence Steps Heater Kit Heat Pump ated Heater kw @ 208-240 V Heater KBT/Hr @ 208-240 V Heater Amp. @ 208-240 V nit Min. Ckt. Ampacity @ 208-240 V ver Current Protective evice Size Min./Max. @ 208 V Min./Max. @ 240 V No Heat 2/2 30/30 30/30 2/2 30/30 30/30 A05J /4.8 8/6.38 7.3/20.0 42/46 50/50 50/50 22/25 25/25 A0J 2 2 7.2/9.6 24.56/35 34.6/40.0 64/7 70/80 70/80 44/50 45/50 No Heat 24/24 35/35 35/35 24/24 35/35 35/35 Min. Ckt. Ampacity 208/240V Heater Kit Heat Pump Max. Fuse Size 208/240V Min. Circuit Ampacity 208-240 V ver Current Protective evice Size Min./Max. @ 208 V A05J /4.8 8/6.38 7.3/20.0 45/49 50/50 50/50 22/25 25/25 A0J 2 2 7.2/9.6 24.56/35 34.6/40.0 67/74 70/80 70/80 44/50 45/50 No Heat 27/27 40/40 40/40 27/27 40/40 40/40 A0J 2 2 7.2/9.6 24.56/35 34.6/40.0 70/77 70/80 70/80 44/50 45/50 A5J 3 2 0.8/4.4 36.84/49.3 5/60.0 92/02 00/0 00/0 65/75 70/80 No Heat 33/33 50/50 50/50 33/33 50/50 50/50 B0J 2 2 7.2/9.6 24.56/35 34.6/40.0 77/83 80/90 80/90 44/50 45/50 B5J 3 2 0.8/4.4 36.84/49.3 5/60.0 98/08 00/0 00/0 65/75 70/80 No Heat 37/37 50/50 50/50 37/37 50/50 50/50 B0J 2 2 7.2/9.6 24.56/35 34.6/40.0 80/87 90/90 90/90 44/50 45/50 B5J 3 2 0.8/4.4 36.84/49.3 5/60.0 02/2 0/25 0/25 65/75 70/80 Min./Max. @ 240 V XQJ- Heater Kit Nominal kw 208-240 VLT, TH PHAS, 60 HZ, AXILIAY LCTIC HAT KITS CHAACTISTICS AN APPLICATIN No. of lements Single Supply For Both nit and Heater Kit Separate Supply For Both nit and Heater Kit No. of Sequence Steps Heater Kit Heat Pump ated Heater kw @ 208-240 V Heater KBT/Hr @ 208-240 V Heater Amp. @ 208-240 V nit Min. Ckt. Ampacity @ 208-240 V ver Current Protective evice Size Min./Max. @ 208 V Min./Max. @ 240 V No Heat 9/9 25/25 25/25 A0C 3 3 7.2/9.6 24.56/35 20.0/23. 44/48 45/50 45/50 A5C 3 3 0.8/4.4 36.84/49.3 30./34.7 57/62 60/70 60/70 Heater Kit Heat Pump 9/9 25/25 25/25 25/29 25/30 38/44 40/45 No Heat 25/25 35/35 35/35 25/25 35/35 35/35 A0C 3 3 7.2/9.6 24.56/35 20.0/23. 50/54 50/60 50/60 25/29 25/30 A5C 3 3 0.8/4.4 36.84/49.3 30./34.7 63/68 70/70 70/70 38/44 40/45 No Heat 26/26 35/35 35/35 26/26 35/35 35/35 A0C 3 3 7.2/9.6 24.56/35 20.0/23. 5/55 60/60 60/60 25/29 25/30 A5C 3 3 0.8/4.4 36.84/49.3 30./34.7 63/69 70/70 70/70 38/44 40/45 Min. Ckt. Ampacity 208/240V Max. Fuse Size 208/240V Min. Circuit Ampacity 208-240 V ver Current Protective evice Size Min./Max. @ 208 V Min./Max. @ 240 V 29
NIT IMNSINS QNL-B/QPL-B SIS NIT IMNSINS SLF-CNTAIN AI CNITINS T FAN GILL AN CMPSS ACCSS FILT ACCSS PANL (F NIT MNT FILT ACCSSY) CNTL ACCSS PANL T CIL PTCTIV GILL LIQI PSS SVIC PT 30% 2% SCTIN PSS SVIC PT 2% 2% THA PVC CNNSAT AIN CNNCTIN (3/4" [9.05 mm] N.P.T.) 29% 2% THMSTAT WIING NTANC LCTICAL PW NTANC CN WIGHTS % F TTAL NIT WIGHT 20% 2% SI TN CT PNING BLW/ VAPAT ACCSS PANL SI SPPLY CT PNING TP VIW 47 9 /32" [209 mm] BTTM VIW 45 /6" [45 mm] INSI 3 /6" [30 mm] TYP. /2" [38 mm] TYP. BTTM TN CT PNING 50 3 /6" [290 mm] 49 7 /6" [256 mm] INSI 4 /4" [362 mm] TYP. 9 9 /6" [497 mm] 5 3 /8" [39 mm] BTTM SPPLY CT PNING T FAN GILL & CMPSS ACCSS 3 3 /6" [97 mm] 4 5 /6" [95 mm] 3 3 /6" [97 mm] [ ] esignates Metric Conversions 30
NIT IMNSINS QNL-B/QPL-B SIS SI VIW SI VIW THMSTAT WI NTANC FILT ACCSS PANL (F NIT MNT FILT ACCSSY) T CIL PTCTIV GILL /8" [28.6 mm] 25 5 /6" [643 mm] 0 3 /6" [259 mm] 5 /6" [29 mm] 4 3 /4" [2 mm] LCTICAL PW NTANC BLW/ VAPAT ACCSS PANL 52 7 /6" [332 mm] FNT VIW BACK VIW CNTL ACCSS PANL SI SPPLY CT PNING 4 7 /8" [24 mm] LIQI PSS SVIC PT 3 3 /4" [349 mm] THA PVC CNNSAT AIN CNNCTIN (3/4 N.P.T.) 47 /2" [207 mm] 22 /6" [576 mm] SCTIN PSS SVIC PT 7 5 /6" [86 mm] 2 /2" [6 mm] 4 7 /6" [3 mm] 8 /2" [26 mm] TYP. 5" [38 mm] 4 3 /6" [360 mm] TYP. 9 /8" [486 mm] SHWN WITH CT CVS MV. 5 7 /6" [38 mm] SI TN CT PNING IMPTANT: INSTALLATIN MST NT INTF WITH AINAG PNINGS IN BTTM F NIT N T CIL. Model Number Height A B024 35 5 /6 B030, B036, B042, B048 4 IMPTANT: NIT MST B LVL T PVNT WAT MIGATIN. [ ] esignates Metric Conversions 3
TYPICAL INSTALLATINS [ ] esignates Metric Conversions 32
ACCSSY QIPMNT oofcurbs Accessory escription Model Application QNL-B/QPL-B ACCSSIS Accessory Model No. XQG-AAA4 (4" [356 mm] Height) XQG-AAA24 (24" [60 mm] Height) Supply & eturn iffusers QNL-B/QPL-B XN-B5 conomizers (ownflow nly) QNL-B/QPL-B X-CAA30 (3 Position) X-CAM0 (Fully Modulating) Fresh Air amper QNL-B/QPL-B XF-FAB (Motorized-35%) XF-FAA (Fixed-35%) ectangular to ound Transition (ownflow) QNL-B/QPL-B XMC-CA02 (6" [406 mm] ucts) XMC-CA03 (8" [457 mm] ucts) Filter Kit QNL-B/QPL-B XY-B0 Pressure Control QNL-B/QPL-B XAB-A04 utdoor Thermostat QNL-B/QPL-B XPT-A0 Ambient Control QNL-B/QPL-B XPZ-C0 or XPZ-F0 uct Adapter Sideflow Square to ound Transition QNL-B/QPL-B XMC-BA0 Lift Kit QNL-B/QPL-B XML-A0 CMMN SPPLY/TN CNCNTIC AI IFFS SPPLY/TN IFFS esigned to convert a side by side or an over and under arrangement into a concentric distribution of air. The diffuser is flush mounted, completely insulated, assembled, and internally baffled to provide four way supply air distribution with a center return. To make the assembly complete and ready to fit into a 2' [0.6 m] x 4' [.22 m] suspended ceiling grid, the diffuser includes adjustable supply louvers, hanging rings, anti-sweat gasket, and round flanges for use with flexible ducts. Model No. XN- B5 iameter Inches [mm] Shipping Wt. Lbs. [kg] 6 [406] 90 [40.82] imension A Inches [mm] 20 /2 [52] NT: The location of the combination supply and return diffuser should not exceed 0 feet [5 m] above the floor level for units @ 000 CFM [472 L/s] or less and 2 [6 m] to 4 feet [4.27 m] above the floor level for units with CFM greater than 000 [472 L/s]. If the diffuser is installed with a greater distance than recommended above, the supply air may become stratified above the required comfort area causing uncomfortable conditions. AIFLW/PSS P INFMATIN (INCHS W.C. [kpa]) Accessory Plenum & Supply/eturn uct iffuser Approximate CFM [L/s]-Supply Air 300 [64] 575 [743] 800 [850] 2200 [038].07 [.07].0 [.024].09 [.022].3 [.032] SPPLY AI/PFMANC.2 [.030].6 [.040].7 [.042].24 [.060] conomizer.06 [.05].09 [.022]. [.027].7 [.042] iffuser Airflow CFM [L/s] 800 [378]-200 [566] 600 [755]-2000 [944] ange of Throw Ft. [m] 4 [4.27]-6 [4.88] 8 [5.49]-28 [8.53] [ ] esignates Metric Conversions 33
ACCSSIS CT AAPTS CTANGLA T N TANSITINS (WNFLW) XMC-CA02 XMC-CA03 [ ] esignates Metric Conversions 34
ACCSSIS FSH AI AMP F S N QNL-B/QPL-B SIS XF-FAA (Fixed - 0-35%) The 0-35% manual outside Air amper is designed to replace the unit return air duct cover. No drilling or damper assembly is required. The amount of outside air (0-35%) is controlled by simply adjusting the side damper. XF-FAB (Motorized - 0-35%) The 0-35% motorized outside Air amper is designed to replace the unit return air duct cover. No drilling or damper assembly is required. The control motor opens the adjustable slide damper when the unit blower motor is energized. CNMIZS X-CAA30 (3 Position) and X-CAM0 (Fully Modulating) for QNL-B/QPL-B Series ownflow Application X-CAA30 (3 Position) Provided with enthalpy control, and mixed air sensor. Settings include fully open, fully closed and adjustable mid point. X-CAM0 (Fully Modulating) Provided with enthalpy control, mixed air sensor and minimum position potentiometer for proportioning (modulating) the amount of fresh air. [ ] esignates Metric Conversions 35
ACCSSIS CNMIZS X-CAA30 (3 Position) and X-CCMC (Fully Modulating) for QNL-B/QPL-B Series Horizontal Application X-CCA30 (3 Position) Provided with enthalpy control, and mixed air sensor. Settings include fully open, fully closed and adjustable mid point. X-CCM0 (Fully Modulating) Provided with enthalpy control, mixed air sensor and minimum position potentiometer for proportioning (modulating) the amount of fresh air. [ ] esignates Metric Conversions 36
ACCSSIS FILT KIT INSTALLATIN XY-B0 For use in either vertical or horizontal discharge. Minimum Airflow 50 [24] 600 [283] 660 [3] 680 [32] 850 [40] 020 [48] 90 [562] CFM [L/s] Nominal Airflow 800 [378] 000 [472] 200 [566] 400 [66] 275 [602] 500 [708] Maximum Airflow 880 [45] 00 [59] 320 [623] 540 [727] 650 [779] 700 [802] 2000 [944] 2200 [039] [ ] esignates Metric Conversions CFM [L/s] Airflow Pressure rop, Inches W.C. [kpa] " Filter 2" Filter 500 [236].02 [.0050].03 [.0075] 600 [283].02 [.0050].03 [.0075] 700 [330].03 [.0075].04 [.000] 800 [378].04 [.000].05 [.024] 900 [425].05 [.024].06 [.049] 000 [472].07 [.074].08 [.099] 00 [59].08 [.099].09 [.0224] 200 [566].0 [.0249].2 [.0299] 300 [64].3 [.0324].5 [.0373] 400 [66].6 [.0398].9 [.0473] 500 [708].9 [.0473].2 [.0523] 600 [755].20 [.0498].23 [.0572] 700 [802].2 [.0523].24 [.0598] 800 [850].22 [.0548].25 [.0623] 900 [897].24 [.0598].27 [.0672] 2000 [944].26 [.0647].29 [.0722] 37
ACCSSIS CT AAPT SIFLW SQA T N TANSITIN XMC-BA0 Adapts the side rectangular supply and return openings to 4" [356 mm] diameter round openings. Adapters provided with same finish as unit and also provided with thermal insulation. [ ] esignates Metric Conversions 38
ACCSSIS oofcurb (Sloped) XQG-AAA4 & XQG-AAA24 for QNL-B/QPL-B Series Note: Heat pump models must use sloped curbs. Hinged corners make for fast, easy set-up. XQG-AAA4 (4" [356 mm] ) XQG-AAA24 (24" [60 mm] ) Packaged Heat Pump oofcurb Installation (Sloped) T FAN GILL AN CMPSS ACCSS T CIL PTCTIV GILL LIQI PSS SVIC PT SCTIN PSS SVIC PT 5" [27 mm] 20 7 /8" [530.2 mm] THA PVC CNNSAT AIN CNNCTIN (3/4" [9.05 mm] N.P.T.) CNTL ACCSS PANL IMPTANT: NIT MST B LVL T PVNT WAT MIGATIN [ ] esignates Metric Conversions 39