PACKAGE AIR CONDITIONERS

Transcription

1 PACKAGE AI CNDITINES FM N. EXA-86 SSNM- HIGH EFFICIENCY 50 Hz EXPT AI CNDITINE NMINAL SIZES 2, 3-6 TN [7, kw] -40A efrigerant

2 TABLE F CNTENTS nit Features & Benefits Model Identification ptions...7 General Data SSNM- Series General Data Notes...0 Performance Data SSNM- Cooling Series...-6 Airflow Performance SSNM- Series...7 Electrical Data SSNM- Series...8 Electric Heater Kits...9 Dimensional Data Typical Installations...22 Accessories...23 Typical Wiring

3 NIT FEATES & BENEFITSSSNM- SEIES 2 The SSNM series of Package Air Conditioners is designed to be the most efficient, quickest to install, easiest to service, and most reliable units in the industry - while still maintaining an affordable price. This platform provides you with a full line of nominal capacities from 2 through 6 tons. SSNM Models are 3 SEE. Starting at the bottom, the base rails ( ) allow for separation between the unit base and the ground level, protecting the base from ground moisture and providing air circulation around the unit. Constructed from sturdy 4-gauge G-90 sheet metal, the base rails also allow for easier maneuverability during installation. As with all units offered by heem, we started our design process with input from the customer. From fan grille to the base rails, heem has combined 30 years worth of package unit design experience with input from Dealers to meet the latest application requirements. 3

4 NIT FEATES & BENEFITSSSNM- SEIES 2 While other manufacturers have chosen to use pre-painted steel in their equipment, which exposes raw edges and invites rust and sharp edges, heem package equipment uses a powder-coat paint system, rated at 000 hour salt spray per ASTM B7. The powder-coat process also greatly diminishes and dulls sharp edges, reducing the occurrence of cuts and torn clothes. 3 To provide flexibility in space-limited installations, the unit can be installed flush to the structure without blocking airflow over the outdoor coil or making any screws inaccessible for maintenance. Furthermore, the cabinet is a slim 33" wide. Full-louver coil protection ( 2 ) makes heem unique in the industry and also totally protects the outdoor coil from vandalism and weather extremes. 5 Keeping service technicians in mind, heem takes pride providing easy access to internal components. The outdoor-section top cover ( 3 ) is easily removed to allow access to the the scroll compressor ( 4 ), outdoor fan motor ( 5 ), and refrigerant tubing ( 6 )

5 NIT FEATES & BENEFITSSSNM- SEIES 8 The controls are located in a large, easy-to-access control box ( 0 ), which provides plenty of space in which to troubleshoot. The transformer ( ) is protected by an in-line fuse, which protects the transformer during a low-voltage electrical short. The lowvoltage ( 2 ) and high-voltage ( 3 ) wiring connections are easily accessed and have ample room around which to maneuver. Troubleshooting is further aided with number- and color-coded wiring, which corresponds with the large, easy-to-read wiring diagram located on the inside of the control box access panel. 7 9 The indoor-section top cover also easily opens to access the removable blower housing and motor ( 7 ). This also gains total access to the indoor coil for cleaning and service ( 8 ). The indoor motor and blower system will achieve nominal 400 CFM per ton up to a minimum of.8 inches of static pressure, which helps to eliminate customer dissatisfaction over poor airflow brought about by high-static duct designs. ptional electric heat ( 9 ) can be specified as factory installed, or can be easily installed in the field, with either dual- or single-point power connections

6 NIT FEATES & BENEFITSSSNM- SEIES High and low refrigerant pressure can easily and accurately be measured using the two gauge ports ( 4 ) located inside the control box. 4 Foil-faced insulation is securely glued and captured to the cabinet. n the base of the unit, closed-cell insulation is used to prevent moisture from being absorbed and help reduce mold content to provide better indoor air quality. For reliability and long-lasting operation, heem uses 00% scroll compressor technology ( 7 ) on all package platforms. With over 8 years of history, the scroll compressor has proven to be reliable, efficient, and quiet during operation. A small side panel grants access to a removable, sloped drain pan ( 5 ), which helps to ensure indoor air quality (IAQ) throughout the life of the unit. A 3/4" drain trap ( 6 ) assembly is provided for convenience. 7 5 High and low pressure controls are provided from factory ( 8 )

7 MDEL IDENTIFICATINSSNM- SEIES S S N M A 036 T K 00 Heating Capacity (Factory Installed) 000 = No esistance Heat 005 = 05 KW esistance Heat 007 = 07 KW esistance Heat 00 = 0 KW esistance Heat 05 = 5 KW esistance Heat 020 = 20 KW esistance Heat Drive Package K = Direct Drive Electrical Designation T = VPH50 Hz N = V3PH50 Hz Nominal Cooling Capacity (BTH) [kw] 024 = 20,000 [5.36] 036 = 30,000 [8.79] 042 = 35,000 [0.26] 048 = 40,000 [.72] 060 = 50,000 [4.65] 072 = 60,000 [7.58] Future Technical Variations Design Series M = Horizontal Discharge, -40A Efficiency Designation N = 3 SEE Super High Efficiency Product Classification S = Package Air Conditioner Tradebrand S = heem Export [ ] Designates Metric Conversions 7

8 GENEAL DATASSNM- SEIES NMINAL SIZES 2-5 TN [7-7.6 kw] Model SSNM- Series A024TK A036TK A042NK A048NK Cooling Performance Gross Cooling Capacity Btu [kw] 22,000 [6.45] 32,400 [9.49] 37,600 [.02] CNTINED 42,000 [] EE/SEE.3/3.3/3./3.3/3 Nominal CFM/AI ated CFM [L/s] 665 [34] 000 [472] 65 [550] 290 [609] AI Net Cooling Capacity Btu [kw] 2,000 [6.5] 3,000 [9.08] 36,000 [0.55] 40,000 [.72] Net Sensible Capacity Btu [kw] 6,200 [4.75] 23,800 [6.97] 27,400 [8.03] 30,900 [9.05] Net Latent Capacity Btu [kw] 4,800 [.4] 7,200 [2.] 8,600 [2] 9,00 [7] Net System kw Compressor No./Type /Scroll /Scroll /Scroll /Scroll utdoor Sound ating (db) utdoor CoilFin Type Louvered Louvered Louvered Louvered Tube Type ifled ifled ifled ifled Tube Size in. [mm] D [9.5] [9.5] [9.5] [9.5] Face Area sq. ft. [sq. m] 0.44 [0.97] 5 [.8] 5 [.8] 6.54 [.54] ows / FPI [FPcm] / 20 [8] / 22 [9] / 22 [9] / 22 [9] Indoor CoilFin Type Louvered Louvered Louvered Louvered Tube Type ifled ifled ifled ifled Tube Size in. [mm] [9.5] [9.5] [9.5] [9.5] Face Area sq. ft. [sq. m] 4.33 [0.4] 4.33 [0.4] 5.78 [0.54] 5.78 [0.54] ows / FPI [FPcm] 2 / 5 [6] 2 / 5 [6] 3 / 3 [5] 3 / 3 [5] efrigerant Control TX Valves TX Valves TX Valves TX Valves Drain Connection No./Size in. [mm] 2 / [25.4] / [25.4] / [25.4] / [25.4] utdoor FanType Propeller Propeller Propeller Propeller No. sed/diameter in. [mm] /24 [609.6] /24 [609.6] /24 [609.6] /24 [609.6] Drive Type/No. Speeds Direct/ Direct/ Direct/ Direct/ CFM [L/s] 2835 [338] 2835 [338] 2835 [338] 3500 [652] No. Motors/HP at /3 HP at /3 HP at /3 HP at /3 HP Motor PM Indoor FanType FC Centrifugal FC Centrifugal FC Centrifugal FC Centrifugal No. sed/diameter in. [mm] /0x9 [254x229] /0x9 [254x229] /x9 [279x229] /x9 [279x229] Drive Type/No. Speeds Direct/2 Direct/2 Direct/2 Direct/2 No. Motors Motor HP /4 /2 /2 3/4 Motor PM (Nominal) Motor Frame Size FilterType Permanent Permanent Permanent Permanent Furnished Yes Yes Yes Yes (No.) Size ecommended in. [mm] ()x25x23 [25x635x584] ()x25x23 [25x635x584] ()x25x23 [25x635x584] (2)x25x6 [25x635x406] efrigerant Charge z. [g] 70 [984] 78 [22] 86 [2438] 4 [3232] Weights Net Weight lbs. [kg] 327 [48] 350 [59] 365 [66] 4 [86] Ship Weight lbs. [kg] 35 [59] 374 [70] 389 [76] 437 [98] See Page 0 for Notes. [ ] Designates Metric Conversions 8

9 GENEAL DATASSNM- SEIES NMINAL SIZES 2-5 TNS [7-7.6 kw] Model SSNM- Series A048TK A060NK A072NK Cooling Performance Gross Cooling Capacity Btu [kw] 42,000 [] 55,000 [6.] 66,000 [9.34] EE/SEE.3/3.3/3 0.65/2 Nominal CFM/AI ated CFM [L/s] 290 [609] 585 [748] 2200 [038] AI Net Cooling Capacity Btu [kw] 40,000 [.72] 52,000 [5.24] 63,500 [8.6] Net Sensible Capacity Btu [kw] 30,900 [9.05] 39,000 [.43] 46,500 [3.62] Net Latent Capacity Btu [kw] 9,00 [7] 3,000 [3.8] 7,000 [4.98] Net System kw Compressor No./Type /Scroll /Scroll /Scroll utdoor Sound ating (db) utdoor CoilFin Type Louvered Louvered Louvered Tube Type ifled ifled ifled Tube Size in. [mm] D [9.5] [9.5] [9.5] Face Area sq. ft. [sq. m] 6.54 [.54] 6.54 [.54] 6.54 [.54] ows / FPI [FPcm] / 22 [9] 2 / 22 [9] 2 / 22 [9] Indoor CoilFin Type Louvered Louvered Louvered Tube Type ifled ifled ifled Tube Size in. [mm] [9.5] [9.5] [9.5] Face Area sq. ft. [sq. m] 5.78 [0.54] 5.78 [0.54] 5.78 [0.54] ows / FPI [FPcm] 3 / 3 [5] 4 / 3 [5] 4 / 3 [5] efrigerant Control TX Valves TX Valves TX Valves Drain Connection No./Size in. [mm] 2 / [25.4] / [25.4] / [25.4] utdoor FanType Propeller Propeller Propeller No. sed/diameter in. [mm] /24 [609.6] /24 [609.6] /24 [609.6] Drive Type/No. Speeds Direct/ Direct/ Direct/ CFM [L/s] 3500 [652] 3330 [57] 3350 [58] No. Motors/HP at /3 HP at /3 HP at /3 HP Motor PM Indoor FanType FC Centrifugal FC Centrifugal FC Centrifugal No. sed/diameter in. [mm] /x9 [279x229] /x9 [279x229] /x9 [279x229] Drive Type/No. Speeds Direct/2 Direct/2 Direct/2 No. Motors Motor HP 3/4 3/4 3/4 Motor PM (Nominal) Motor Frame Size FilterType Permanent Permanent Permanent Furnished Yes Yes Yes (No.) Size ecommended in. [mm] (2)x25x6 [25x635x406] (2)x25x6 [25x635x406] (2)x25x6 [25x635x406] efrigerant Charge z. [g] 4 [3232] 78 [5046] 84 [526] Weights Net Weight lbs. [kg] 4 [86] 468 [22] 370 [68] Ship Weight lbs. [kg] 437 [98] 494 [224] 504 [229] See Page 0 for Notes. [ ] Designates Metric Conversions 9

10 GENEAL DATASSNM- SEIES NTES:. 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. 2. Standard 3/4" PVC P-Trap provided. 3. utdoor Sound ating shown is tested in accordance with AI Standard

11 GSS SYSTEMS PEFMANCE DATASSNM-A024 T D D Y B LB T E M PE AT E F [ C] 75 [23.9] 80 [26.7] 85 [29.4] 90 [3] 95 [35] 00 [37.8] 05 [40.6] 0 [4] 5 [46.] 20 [48.9] SYSTEMS PEFMANCESSNM- SEIES ENTEING IND 80 F [26.7 C] dbe ➀ wbe 7 F [2.7 C] 67 F [9.4 C] 63 F [7.2 C] CFM [L/s] 800 [378] 665 [34] 530 [250] 800 [378] 665 [34] 530 [250] 800 [378] 665 [34] 530 [250] D ➀ Total BTH [kw] Sens BTH [kw] Total BTH [kw] Sens BTH [kw] Total BTH [kw] Sens BTH [kw] Total BTH [kw] Sens BTH [kw] Total BTH [kw] Sens BTH [kw] Total BTH [kw] Sens BTH [kw] Total BTH [kw] Sens BTH [kw] Total BTH [kw] Sens BTH [kw] Total BTH [kw] Sens BTH [kw] Total BTH [kw] Sens BTH [kw] D Depression ratio dbe Entering air dry bulb wbeentering air wet bulb 27.6 [8.] 6.5 [4.8] [7.9] 6.5 [4.8] [7.7] 6.3 [4.8] [7.5] 6. [4.7] [7.2] 5.7 [4.6] [7.0] 5.2 [4.5].7 2 [6.7] 4.6 [4.3].8 [6.4] 3.8 [4.0] [6.] [3.8] 9.7 [5.8] [] 26.7 [7.8] 4.2 [4.2] [7.6] 4. [4.] [7.4] 4.0 [4.] [7.2] 3.7 [4.0] [7.0] [4.0].6 2 [6.7] [3.8] [6.5] [3.7].8 2. [6.2].8 [] [5.9]. [] 9.0 [5.6] 0.3 [] [7.5].9 [4.2] [7.4].9 [4.] [7.].8 [4.] [6.9].6 [4.0].5 2 [6.7].4 [4.0].6 2 [6.5].0 [3.8].7 [6.2] 0.6 [3.7] [5.9] 0.0 [] [5.7]?9.4 [] 8.3 [5.4]?8.7 [] 2. Total Total capacity x 000 BTH Sens Sensible capacity x 000 BTH KW input 25.6 [7.5] 20.5 [6.0] [7.3] 20.5 [6.0] [7.] 20.3 [5.9].4 2 [6.9] 9.9 [5.8] [6.7] 9.6 [5.7].6 [6.4] 9.0 [5.6] [6.] 8.5 [5.4] [5.8] 7.7 [5.2] [5.5] 6.9 [5.0] 7.7 [5.2] 6.0 [4.7] 24.7 [7.2] 7.8 [5.2] [7.] 7.8 [5.2] [6.9] 7.6 [5.2] [6.7] 7.4 [5.].5 [6.4] 7. [5.0].6 2. [6.2] 6.7 [4.9] [5.9] 6.2 [4.7] [5.6] 5.5 [4.5] [5.3] 4.8 [4.3] 7. [5.0] 4.0 [4.] [7.0] 5.3 [5.2] [6.8] 5.3 [5.2].3 2 [6.6] 5.2 [5.2].4 [6.4] 5.0 [5.].5 2. [6.2] 4.8 [5.0] [5.9] 4.4 [4.9] [5.7] 3.9 [4.7] [5.4] 3.4 [4.5] [5.] [4.3] 6.4 [4.8] [4.] [7.0] 2 [6.7] [6.9] 2 [6.7] [6.7] 22.7 [6.7].4 2 [6.4] 2 [6.4].5 2. [6.2] 2. [6.2] [5.9] 20.3 [5.9] [5.7] 9.3 [5.7] [5.4] 8.3 [5.4] [5.0] 7.2 [5.0] 6. [4.7] 6. [4.7] 23.2 [6.8] 20.2 [5.9].3 2 [6.6] 20.2 [5.9].3 [6.4] 20. [5.9].4 [6.2] 9.9 [5.8] [6.0] 9.5 [5.7] [5.7] 9.0 [5.6] [5.4] 8.5 [5.4] [5.2] 7.7 [5.2] [4.9] 6.6 [4.9] 5.5 [4.5] 5.5 [4.5] 2. 2 [6.5] 7.5 [5.9] [6.4] 7.5 [5.9].3 2. [6.2] 7.5 [5.9] [6.0] 7.3 [5.8] [5.7] 6.9 [5.7] [5.5] 6.6 [5.5] [5.2] 6. [5.2] [5.0] 5.6 [5.0] [4.7] 4.9 [4.7] 5.0 [4.4] 4.3 [4.4] 2. NTES: 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 ( D) x (dbe 80)]. [ ] Designates Metric Conversions

12 SYSTEMS PEFMANCESSNM- SEIES GSS SYSTEMS PEFMANCE DATASSNM-A036 T D D Y B LB T E M PE AT E F [ C] 75 [23.9] 80 [26.7] 85 [29.4] 90 [3] 95 [35] 00 [37.8] 05 [40.6] 0 [4] 5 [46.] 20 [48.9] ENTEING IND 80 F [26.7 C] dbe ➀ wbe 7 F [2.7 C] 67 F [9.4 C] 63 F [7.2 C] CFM [L/s] 200 [566] 000 [472] 800 [378] 200 [566] 000 [472] 800 [378] 200 [566] 000 [472] 800 [378] D ➀ Total BTH [kw] Sens BTH [kw] Total BTH [kw] Sens BTH [kw] Total BTH [kw] Sens BTH [kw] Total BTH [kw] Sens BTH [kw] Total BTH [kw] Sens BTH [kw] Total BTH [kw] Sens BTH [kw] Total BTH [kw] Sens BTH [kw] Total BTH [kw] Sens BTH [kw] Total BTH [kw] Sens BTH [kw] Total BTH [kw] Sens BTH [kw] D Depression ratio dbe Entering air dry bulb wbeentering air wet bulb 40.6 [.9] 24.5 [7.2] [.6] 24.3 [7.] 38.5 [.3] 23.8 [7.0] [0.9] 2 [6.8] 36.2 [0.6] 22.7 [6.7] 34.9 [0.2] 2 [6.4] 33.6 [9.8] [6.2] [9.5] 20.3 [5.9] 30.9 [9.] 9.4 [5.7] 29.5 [8.6] 8.3 [5.4] [.5] [6.2] [.2] 20.8 [6.] 37. [0.9] 20.4 [6.0] [0.5] 20.0 [5.9] 34.9 [0.2] 9.5 [5.7] 33.7 [9.9] 8.9 [5.5] 3 [9.5] 8.3 [5.4] 3.2 [9.] 7.5 [5.] 29.8 [8.7] 6.6 [4.9] 28.5 [8.4] 5.7 [4.6] [.] 7.8 [6.2] [0.8] 7.6 [6.] [0.5] 7.3 [6.0] [0.2] 7.0 [5.9] 33.6 [9.8] 6.5 [5.7] 3 [9.5] 6.0 [5.5] [9.2] 5.5 [5.4] 30.0 [8.8] 4.8 [5.] 28.8 [8.4] 4. [4.9] 27.4 [8.0] 3.2 [4.6] 3. Total Total capacity x 000 BTH Sens Sensible capacity x 000 BTH KW input 38.0 [.] 30.6 [9.0] [0.8] 30.4 [8.9] 35.9 [0.5] 30.0 [8.8] [0.2] 29.4 [8.6] 3 [9.8] 28.8 [8.4] 3 [9.5] 28. [8.2] [9.] 27.3 [8.0] [8.7] 26.5 [7.8] 28.3 [8.3] 25.5 [7.5] 26.9 [7.9] 24.4 [7.] [0.8] 26.7 [7.8] [0.5] 26.5 [7.8] 34.6 [0.] 26. [7.6] 2. 3 [9.8] 25.7 [7.5] 3 [9.5] 25.2 [7.4] 3.2 [9.] 24.6 [7.2] 29.9 [8.8] 23.9 [7.0] 28.6 [8.4] 23. [6.8] 27.3 [8.0] 2 [6.5] 25.9 [7.6] [6.2] [0.3] 2 [7.8] [0.] 2 [7.8] [9.8] 2 [7.6] 3 [9.5] 2 [7.5] 3.2 [9.] [7.4] 30.0 [8.8] [7.2] 28.8 [8.4] 20.7 [7.0] 27.6 [8.] 20.0 [6.8] [7.7] 9.3 [6.5] 25.0 [7.3] 8.5 [6.2] [0.3] 34.0 [0.0] [0.0] 33.7 [9.9] 33. [9.7] 33. [9.7] 2. 3 [9.4] 3 [9.4] 30.8 [9.0] 30.8 [9.0] 29.5 [8.6] 29.5 [8.6] 28.2 [8.3] 28.2 [8.3] [7.9] 26.9 [7.9] 25.5 [7.5] 25.5 [7.5] 24. [7.] 24. [7.] [0.0] 29.9 [8.8].8 3 [9.7] 29.6 [8.7] [9.3] 29.2 [8.6] [9.0] 28.8 [8.4] 29.7 [8.7] 28.3 [8.3] 28.5 [8.4] 27.7 [8.] 27.2 [8.0] 27.0 [7.9] 26.0 [7.6] 26.0 [7.6] 24.6 [7.2] 24.6 [7.2] 2 [6.8] 2 [6.8] 3. 3 [9.6] 26.0 [8.8] [9.3] 25.7 [8.7] [9.0] 25.5 [8.6] 29.7 [8.7] 25. [8.4] 28.6 [8.4] 24.7 [8.3] 27.5 [8.] 24.2 [8.] 26.3 [7.7] 23.7 [7.7] 25.0 [7.3] 2 [7.3] [6.9] 2 [6.9] 2 [6.6] [6.6] 3. NTES: 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 ( D) x (dbe 80)]. [ ] Designates Metric Conversions 2

13 SYSTEMS PEFMANCESSNM- SEIES GSS SYSTEMS PEFMANCE DATASSNM-A042 T D D Y B LB T E M PE AT E F [ C] 75 [23.9] 80 [26.7] 85 [29.4] 90 [3] 95 [35] 00 [37.8] 05 [40.6] 0 [4] 5 [46.] 20 [48.9] ENTEING IND 80 F [26.7 C] dbe ➀ wbe 7 F [2.7 C] 67 F [9.4 C] 63 F [7.2 C] CFM [L/s] 400 [66] 65 [550] 930 [439] 400 [66] 65 [550] 930 [439] 400 [66] 65 [550] 930 [439] D ➀ Total BTH [kw] Sens BTH [kw] Total BTH [kw] Sens BTH [kw] Total BTH [kw] Sens BTH [kw] Total BTH [kw] Sens BTH [kw] Total BTH [kw] Sens BTH [kw] Total BTH [kw] Sens BTH [kw] Total BTH [kw] Sens BTH [kw] Total BTH [kw] Sens BTH [kw] Total BTH [kw] Sens BTH [kw] Total BTH [kw] Sens BTH [kw] D Depression ratio dbe Entering air dry bulb wbeentering air wet bulb 47. [3.8] 28.2 [8.3] 45.7 [3.4] 27.8 [8.] 44.4 [] 27.4 [8.0] 4 [] 26.7 [7.8] 4.7 [] 26.0 [7.6] 40.4 [.8] 25.3 [7.4] 39. [.5] 24.4 [7.] [.] 23.4 [6.9] [0.7] 2 [6.6] [0.3] [6.2] [] 24. [7.] [] 23.8 [7.0] 4 [] 23.4 [6.9] 4.5 [] 2 [6.7] 40.2 [.8] 2 [6.5] 39.0 [.4] 2.7 [6.4] 37.7 [.0] 20.9 [6.] [0.7] 20. [5.9] [0.3] 9.2 [5.6] [0.0] 8.3 [5.4] [] 20.4 [7.] 2. 4 [] 20. [7.0] 4.2 [2.] 9.7 [6.9] 40.0 [.7] 9.4 [6.7] 38.8 [.4] 8.9 [6.5] [.0] 8.3 [6.4] 36.3 [0.6] 7.7 [6.] [0.3] 7.0 [5.9] 34.0 [0.0] 6.2 [5.6] 3 [9.6] 5.4 [5.4] 3.7 Total Total capacity x 000 BTH Sens Sensible capacity x 000 BTH KW input 44.4 [] 35.5 [0.4] 4 [] 35.0 [0.3] 4.7 [] 34.6 [0.] 40.3 [.8] 33.9 [9.9] 39.0 [.4] 3 [9.8] 37.7 [.0] 3 [9.5] 36.4 [0.7] 3.6 [9.3] [0.3] 30.6 [9.0] [9.9] 29.8 [8.7] [9.6] 28.6 [8.4] [] 30.8 [9.0] [] 30.5 [8.9] 40.2 [.8] 30. [8.8] 38.9 [.4] 29.6 [8.7] 37.6 [.0] 29.0 [8.5] 36.4 [0.7] 28.4 [8.3] 35. [0.3] 27.6 [8.] [9.9] 26.8 [7.9] 32.7 [9.6] 26.0 [7.6] 3.6 [9.2] 25.0 [7.3] [2.] 26.5 [9.0] [.7] 26.3 [8.9] 38.7 [.3] 25.9 [8.8] 37.5 [.0] 25.5 [8.7] 36.3 [0.6] 25. [8.5] [0.3] 24.5 [8.3] 33.8 [9.9] 23.8 [8.] [9.6] 23.2 [7.9] [9.2] 2 [7.6] 30.3 [8.9] [7.3] [] 39.0 [.4] [.5] 38.5 [.3] 38. [.2] 38. [.2] 36.7 [0.8] 36.7 [0.8] 35.4 [0.4] 35.4 [0.4] 34. [0.0] 34. [0.0] 3 [9.6] 3 [9.6] 3.2 [9.2] [9.2] [8.9] 30.3 [8.9] [8.5] 29.0 [8.5] [.5] 34.2 [0.0] [.] 33.8 [9.9] 36.7 [0.8] 33.4 [9.8] 35.4 [0.4] 3 [9.6] 34.2 [0.0] 3 [9.5] [9.6] 3.8 [9.3] 3.7 [9.3] 3. [9.] [8.9] 30.2 [8.8] 29.2 [8.6] 29.2 [8.6] 28.0 [8.2] 28.0 [8.2] [.] 29.6 [0.0] [0.7] 29.3 [9.9] 35.4 [0.4] 29. [9.8] 34. [0.0] 28.6 [9.6] 3 [9.6] 28.2 [9.5] [9.3] 27.7 [9.3] 30.5 [8.9] 27. [8.9] [8.6] 26.4 [8.6] 28. [8.2] 25.5 [8.2] 27.0 [7.9] 24.7 [7.9] 3.7 NTES: 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 ( D) x (dbe 80)]. [ ] Designates Metric Conversions 3

14 SYSTEMS PEFMANCESSNM- SEIES GSS SYSTEMS PEFMANCE DATASSNM-A048 T D D Y B LB T E M PE AT E F [ C] 75 [23.9] 80 [26.7] 85 [29.4] 90 [3] 95 [35] 00 [37.8] 05 [40.6] 0 [4] 5 [46.] 20 [48.9] ENTEING IND 80 F [26.7 C] dbe ➀ wbe 7 F [2.7 C] 67 F [9.4 C] 63 F [7.2 C] CFM [L/s] 550 [83] 290 [609] 030 [486] 550 [83] 290 [609] 030 [486] 550 [83] 290 [609] 030 [486] D ➀ Total BTH [kw] Sens BTH [kw] Total BTH [kw] Sens BTH [kw] Total BTH [kw] Sens BTH [kw] Total BTH [kw] Sens BTH [kw] Total BTH [kw] Sens BTH [kw] Total BTH [kw] Sens BTH [kw] Total BTH [kw] Sens BTH [kw] Total BTH [kw] Sens BTH [kw] Total BTH [kw] Sens BTH [kw] Total BTH [kw] Sens BTH [kw] D Depression ratio dbe Entering air dry bulb wbeentering air wet bulb 54.2 [5.9] 3 [9.5] 5 [5.4] 3.8 [9.3] 50.8 [4.9] 3.2 [9.] [4.4] 30.5 [8.9] 47.6 [3.9] 29.8 [8.7] 46.0 [] 28.9 [8.5] [] 27.9 [8.2] [] 26.8 [7.9] [2.] 25.7 [7.5] [.7] 24.5 [7.2] [5.3] 27.7 [8.] 50.6 [4.8] 27.2 [8.0] 49.0 [4.4] 26.7 [7.8] 47.4 [3.9] 26. [7.6] 45.9 [3.4] 25.5 [7.5] 44.3 [] 24.7 [7.2] [] 23.9 [7.0] 4.4 [2.] 2 [6.7] 39.9 [.7] 2 [6.4] [.3] [6.2] [4.8] 23.4 [8.] 48.8 [4.3] 2 [8.0] 47.2 [3.8] 2 [7.8] 45.7 [3.4] 22. [7.6] 44.2 [] [7.5] 42.7 [] 20.9 [7.2] [2.] 20.3 [7.0] 39.9 [.7] 9.5 [6.7] 38.5 [.3] 8.7 [6.4] [0.9] 7.8 [6.2] 3.9 Total Total capacity x 000 BTH Sens Sensible capacity x 000 BTH KW input 50. [4.7] 40.3 [.8] 48.4 [4.2] 39.7 [.6] 46.7 [3.7] 39. [.5] [3.2] 38.4 [.3] 4 [2.7] 37.6 [.0] 4.9 [] 36.8 [0.8] [.8] 35.8 [0.5] [.4] 34.7 [0.2] [0.9] 33.6 [9.8] [0.5] 3 [9.5] [4.2] 35. [0.3] 46.7 [3.7] 34.6 [0.] 45. [3.2] 34. [0.0] 4 [2.7] 3 [9.8] 4.9 [] 3 [9.6] 40.4 [.8] 32. [9.4] [.4] [9.2] 37.4 [.0] 30.3 [8.9] 36.0 [0.5] 29.4 [8.6] [0.] 28.4 [8.3] [3.7] 30.2 [0.3] 45.0 [3.2] 29.8 [0.] 43.4 [2.7] 29.4 [0.0] 4.9 [] 28.9 [9.8] 40.4 [.8] 28.4 [9.6] 38.9 [.4] 27.7 [9.4] [.0] 27. [9.2] 36. [0.6] 26.3 [8.9] 34.7 [0.2] 25.5 [8.6] [9.8] 24.6 [8.3] [3.8] 45.6 [3.4] 45.2 [3.2] 45.0 [3.2] 43.6 [] 43.6 [] [] 4.9 [] 40.3 [.8] 40.3 [.8] 38.7 [.3] 38.7 [.3] [0.9] 37.2 [0.9] [0.4] 35.6 [0.4] [0.0] 34. [0.0] [9.6] 32.7 [9.6] [] 40.0 [.7] 43.6 [] 39.5 [.6] 4 [] 39.0 [.4] 40.4 [.8] 38.4 [.3] 38.9 [.4] 37.8 [.] 37.4 [.0] 37.0 [0.8] [0.5] 35.9 [0.5] 34.4 [0.] 34.4 [0.] 3 [9.6] 3 [9.6] 3.7 [9.2] [9.2] [] 34.7 [.7] 4 [] 34.3 [.6] 40.5 [.9] 34.0 [.4] 39.0 [.4] 3 [.3] [.0] 3 [.0] 36.0 [0.5] 3 [0.5] [0.] [0.] 33. [9.7] 30.8 [9.7] 3.7 [9.3] 30.0 [9.3] [8.9] 29. [8.9] 3.9 NTES: 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 ( D) x (dbe 80)]. [ ] Designates Metric Conversions 4

15 GSS SYSTEMS PEFMANCE DATASSNM-A060 T D D Y B LB T E M PE AT E F [ C] 75 [23.9] 80 [26.7] 85 [29.4] 90 [3] 95 [35] 00 [37.8] 05 [40.6] 0 [4] 5 [46.] 20 [48.9] ENTEING IND 80 F [26.7 C] dbe ➀ wbe 7 F [2.7 C] 67 F [9.4 C] 63 F [7.2 C] CFM [L/s] 900 [897] 585 [748] 270 [599] 900 [897] 585 [748] 270 [599] 900 [897] 585 [748] 270 [599] D ➀ Total BTH [kw] Sens BTH [kw] Total BTH [kw] Sens BTH [kw] Total BTH [kw] Sens BTH [kw] Total BTH [kw] Sens BTH [kw] Total BTH [kw] Sens BTH [kw] Total BTH [kw] Sens BTH [kw] Total BTH [kw] Sens BTH [kw] Total BTH [kw] Sens BTH [kw] Total BTH [kw] Sens BTH [kw] Total BTH [kw] Sens BTH [kw] D Depression ratio dbe Entering air dry bulb wbeentering air wet bulb 68.8 [20.2] 4 [2.7] 66.6 [9.5] 4 [] [8.9] 4.2 [2.] [8.3] 40. [.7] [7.6] 38.8 [.4] [7.0] 37.6 [.0] [6.4] 36.4 [0.7] [5.8] 35.0 [0.3] [5.2] 3 [9.8] [4.6] 32. [9.4] [9.5] 37.2 [0.9] 64.3 [8.8] 36.4 [0.7] 3. 6 [8.2] 35.5 [0.4] 60. [7.6] 34.5 [0.] 58.0 [7.0] 33.4 [9.8] [6.4] 3 [9.5] [5.8] [9.2] [5.2] 30. [8.8] [4.7] 28.9 [8.5] [4.] 27.7 [8.] [8.8] 3.6 [0.9] 6.9 [8.] 30.8 [0.7] [7.6] 30. [0.4] 57.9 [7.0] 29.3 [0.] 55.9 [6.4] 28.4 [9.8] [5.8] 27.6 [9.5] [5.3] 26.7 [9.2] [4.7] 25.7 [8.8] [4.2] 24.6 [8.5] [3.6] 2 [8.] 5. Total Total capacity x 000 BTH Sens Sensible capacity x 000 BTH KW input SYSTEMS PEFMANCESSNM- SEIES 65.5 [9.2] 5 [5.3] 6 [8.5] 5.3 [5.0] [7.9] 50.3 [4.7] 59.0 [7.3] 49.2 [4.4] [6.7] 48.0 [4.] [6.] 46.8 [3.7] [5.4] 45.5 [] [4.9] 44. [] [4.2] 4 [] [3.7] 4. [] [8.5] 45.5 [] 6. [7.9] 44.7 [3.] [7.3] 43.8 [] 56.9 [6.7] 4 [] 54.9 [6.] 4.9 [] [5.5] 40.9 [] [4.9] 39.8 [.7] [4.3] 38.6 [.3] [3.7] 37.3 [0.9] [3.2] 36.0 [0.5] [7.8] 39.2 [] 58.9 [7.3] 38.6 [3.] 56.9 [6.7] 37.8 [] [6.] 37. [] 5 [5.5] 36.2 [] [4.9] 35.4 [] [4.4] 34.4 [.7] [3.8] 33.4 [.3] [3.2] 3 [0.9] [2.7] 3.2 [0.5] [8.4] 59.2 [7.3] 60.7 [7.8] 58. [7.0] [7.] 57.0 [6.7] 56.4 [6.5] 56. [6.4] 54.3 [5.9] 54.3 [5.9] [5.3] 5 [5.3] [4.7] 50. [4.7] [4.] 48.0 [4.] [] 46.0 [] [] 44.0 [] [7.8] 5 [5.2] 58.6 [7.2] 5. [5.0] 56.5 [6.6] 50.2 [4.7] 54.4 [5.9] 49.3 [4.4] 5 [5.4] 48.3 [4.2] [4.7] 47.2 [3.8] [4.2] 46. [] [3.6] 45.0 [3.2] [] 43.7 [] [] 4 [] [7.] 45.2 [5.2] 56.5 [6.6] 44.5 [5.0] 54.4 [5.9] 43.6 [4.7] [5.4] 4 [4.4] [4.8] 42. [4.2] [4.2] 4.2 [3.8] [3.7] 40.3 [] [3.] 39.3 [3.] [] 38.2 [] [] 37. [] 5.0 NTES: 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 ( D) x (dbe 80)]. [ ] Designates Metric Conversions 5

16 SYSTEMS PEFMANCESSNM- SEIES GSS SYSTEMS PEFMANCE DATASSNM-A072 T D D Y B LB T E M PE AT E F [ C] 75 [23.9] 80 [26.7] 85 [29.4] 90 [3] 95 [35] 00 [37.8] 05 [40.6] 0 [4] 5 [46.] 20 [48.9] ENTEING IND 80 F [26.7 C] dbe ➀ wbe 7 F [2.7 C] 67 F [9.4 C] 63 F [7.2 C] CFM [L/s] 2420 [42] 2200 [038] 870 [883] 2420 [42] 2200 [038] 870 [883] 2420 [42] 2200 [038] 870 [883] D ➀ Total BTH [kw] Sens BTH [kw] Total BTH [kw] Sens BTH [kw] Total BTH [kw] Sens BTH [kw] Total BTH [kw] Sens BTH [kw] Total BTH [kw] Sens BTH [kw] Total BTH [kw] Sens BTH [kw] Total BTH [kw] Sens BTH [kw] Total BTH [kw] Sens BTH [kw] Total BTH [kw] Sens BTH [kw] Total BTH [kw] Sens BTH [kw] D Depression ratio dbe Entering air dry bulb wbeentering air wet bulb 75.5 [22.] 44.7 [3.] [] 44.5 [] [] 44.0 [] [20.9] 43.2 [2.7] [20.3] 4 [] [9.7] 4.0 [] [9.0] 39.8 [.7] [8.2] 38. [.2] [7.3] 36.2 [0.6] [6.3] 34.2 [0.0] [2.7] 4.4 [2.] [] 4.2 [2.] [] 40.7 [.9] [20.5] 40.0 [.7] [20.0] 39.2 [.5] [9.3] 38.0 [.] [8.6] 36.8 [0.8] [7.8] 35.3 [0.3] [7.0] 33.6? [9.8] [6.] 3.7 [9.3] [2.] 36.5 [2.] [20.8] 36.5 [2.] [20.5] 36. [.9] [20.0] 35.4 [.7] [9.4] 34.7 [.5] [8.8] 33.7 [.] [8.] 3 [0.8] [7.4] [0.3] [6.5] 29.8? [9.8] [5.6] 28. [9.3] 6.7 Total Total capacity x 000 BTH Sens Sensible capacity x 000 BTH KW input 73.7 [] 55.5 [6.3] [] 55. [6.] [20.9] 54.6 [6.0] [20.4] 53.9 [5.8] [9.8] 5 [5.5] [9.2] 5.8 [5.2] [8.4] 50.3 [4.7] [7.6] 48.8 [4.3] [6.8] 47.0 [3.8] [5.8] 44.9 [3.2] [] 5.6 [5.] [20.9] 5.3 [5.0] [20.5] 50.9 [4.9] [20.0] 50.3 [4.7] [9.5] 49.4 [4.5] [8.8] 48.3 [4.2] [8.] 47.0 [3.8] [7.3] 45.5 [] [6.4] 43.8 [] [5.5] 4.9 [] [20.6] 46.2 [5.] [20.3] 45.9 [5.0] [9.9] 45.6 [4.9] [9.5] 45.0 [4.7] [8.9] 44.3 [4.5] 5. 6 [8.3] 4 [4.2] [7.6] 42. [3.8] [6.8] 40.8 [] [6.0] 39.3 [] [5.] 37.7 [] [20.2] 60.3 [7.7] [9.9] 60. [7.6] [9.5] 59.7 [7.5] [9.0] 58.8 [7.2] [8.5] 58.0 [7.0] [7.8] 56.7 [6.6] [7.] 55.4 [6.2] [6.3] 53.8 [5.8] [5.4] 5.9 [5.2] [4.5] 49.4 [4.5] [9.9] 56.4 [6.5] [9.6] 56.2 [6.5] [9.2] 55.8 [6.3] [8.7] 55.0 [6.] [8.] 54.2 [5.9] [7.5] 53. [5.6] [6.8] 5.9 [5.2] [6.0] 50.4 [4.8] [5.] 48.6 [4.2] [4.2] 46.7 [3.7] [9.4] 50.8 [6.5] [9.0] 50.6 [6.5] [8.7] 50.2 [6.3] [8.2] 49.6 [6.] [7.7] 48.9 [5.9] [7.] 47.9 [5.6] [6.3] 46.8 [5.2] [5.6] 45.5 [4.8] ?[4.7] 43.9?[4.2] [3.8] 4 [3.7] 6.5 NTES: 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 ( D) x (dbe 80)]. [ ] Designates Metric Conversions 6

17 AIFLW PEFMANCESSNM- SEIES IND AIFLW PEFMANCE Nominal Cooling Capacity Tons [kw] [7.03] [0.55] [] 4.0 [4.07] 5.0 [7.6] 6.0 [2.] Motor Speed from Factory Low Low Low Low Low High Manufacturer ecommended Air-Flow ange (Min/Max) CFM 700/ Volt 050/ Volt 225/ Volt 400/ Volt Volt 750/ Volt 750/ Volt Blower Size/ Motor HP [W] & # of Speeds 0x9 /4 HP [86] 2 Speed Motor 0x9 /2 HP [373] 2 Speed Motor x9 /2 HP [373] 2 Speed Motor x9 3/4 HP [559] 2 Speed Motor x9 3/4 HP [559] 2 Speed Motor x9 3/4 HP [559] 2 Speed Motor Motor Speed Low High Low High Low High Low High Low High Low High PM CFM [L/s] Air Delivery/PM/Watts230 Volts External Static PressureInches W.C. [kpa] 0. [.02] 0.2 [.05] 0.3 [.07] 0.4 [.0] 0.5 [.2] 0.6 [.5] 0.7 [.7] CFM 907 [428] 869 [40] 80 [382] 73 [345] 66 [32] 584 [276] PM Watts CFM 289 [608] 26 [574] 3 [534] 036 [489] 96 [432] 78 [369] 642 [303] PM Watts CFM Watts CFM PM Watts CFM 6 [548] 8 [528] 060 [500] 989 [467] PM Watts CFM 47 [694] 466 [692] 398 [660] 35 [62] 200 [566] 0 [520] PM Watts CFM 448 [683] 434 [677] 388 [655] 3 [69] 246 [588] 6 [548] 022 [482] PM Watts CFM 75 [826] 70 [803] 636 [772] 556 [734] 47 [694] 374 [648] 257 [593] 3 [534] PM Watts CFM 802 [850] 793 [846] 767 [834] 725 [84] 68 [764] 483 [700] PM Watts CFM 233 [092] 243 [0] 2037 [96] 95 [92] 778 [839] 695 [800] 537 [725] PM Watts CFM 802 [850] 793 [846] 767 [834] 725 [84] PM Watts CFM 233 [092] 243 [0] 2037 [96] 95 [92] 778 [839] PM Watts [.20] 0.9 [.22] [ ] Designates Metric Conversions.0 [.25] 7

18 ELECTICAL DATASSNM- SEIES ELECTICAL DATA SSNM SEIES nit perating Voltage ange A024TK A036TK A042NK A048NK A048TK A060NK A072NK Evaporator Fan Condenser Motor Compressor Motor nit Information Volts 220/ / /45 380/45 220/ /45 380/45 Minimum Circuit Ampacity 5/5 Minimum vercurrent Protection Device Size Maximum vercurrent Protection Device Size 7/7 23/23 No. Volts 220/240 Phase PM 2874 HP, Compressor 2 Amps (LA), Comp. 9/9 Amps (LA), Comp. 52/52 No. Volts 220/240 Phase HP /3 Amps (FLA).5/.5 Amps (LA) 3/3 No. Volts 220/240 Phase HP /4 Amps (FLA).5/.5 22/22 30/30 35/35 220/ / 67/67 220/240 /3.5/.5 3/3 220/240 /2 / Amps (LA) / 4.9/4.9 3 / 5/5 5/5 380/ /2 6/6 46/46 380/45 /3 0.8/0.8 3/3 380/45 /2.2/.2 / / 5/5 5/5 380/ /6. 5/5 390/45 /3 / / 208/230 3/4.6/.6 / 28/28 35/35 45/45 220/ /7.9 97/97 220/240 /3.9/.9 4/4 200/240 3/4 3.2/3.2 4./4. 4/4 20/20 20/20 380/ /2 7.8/ / /45 /3 / / 380/45 3/4 / 5/5 63/8 25/25 25/25 380/ /.3 75/75 380/45 /3 / / 380/45 3/4 / 5/5 8

19 ELECTIC HEATE KITSSSNM- SEIES nit Model Number SSNM- Heater Kit Model No. XQJ- Heater 380/45 Heater Kit FLA nit Min. Ckt. Ampacity Max. Fuse or Ckt. Bkr. Size (Ckt. Bkr. Must Be HAC Type for SA) Heater Kit Min. Ckt. Ampacity Heater Kit Max. Fuse or Ckt. Bkr. Size (Ckt. Bkr. Must be HAC Type for SA) Air Cond. Min. Ckt. Ampacity Air Cond. Max. Fuse or Ckt. Bkr. Size (Ckt. Bkr. Must be HAC Type for SA) A042NK NNE / 5/5 / 5/5 A048NK NNE / 5/5 / 5/5 A060NK NNE 4/4 20/20 4/4 20/20 A072NK NNE 63/8 25/25 63/8 25/25 nit Model Number SSNM- Heater Kit Model No. XQJ- Heater 220/240 Heater Kit FLA nit Min. Ckt. Ampacity Max. Fuse or Ckt. Bkr. Size (Ckt. Bkr. Must Be HAC Type for SA) Heater Kit Min. Ckt. Ampacity Heater Kit Max. Fuse or Ckt. Bkr. Size (Ckt. Bkr. Must be HAC Type for SA) Air Cond. Min. Ckt. Ampacity Air Cond. Max. Fuse or Ckt. Bkr. Size (Ckt. Bkr. Must be HAC Type for SA) A024TK A036TK A048TK NNE 7/7 25/25 7/7 25/25 C05J 4/ /20 25/27 25/30 23/25 25/25 7/7 25/25 C07J 6./ /30 37/40 40/40 35/38 35/40 7/7 25/25 C0J 8./ /40 48/52 50/60 46/50 50/50 7/7 25/25 NNE 22/22 35/35 22/22 35/35 C05J 4/ /20 26/29 35/35 23/25 25/25 22/22 35/35 C07J 6./ /30 38/4 40/45 35/38 35/40 22/22 35/35 C0J 8./ /40 50/54 50/60 46/50 50/50 22/22 35/35 C5J 2./4.4 55/60 72/79 80/80 69/75 70/80 22/22 35/35 NNE 28/28 45/45 28/28 45/45 C05J 4/ /20 28/29 45/45 23/25 25/25 28/28 45/45 C07J 6./ /30 39/42 45/45 35/38 35/40 28/28 45/45 C0J 8./ /40 50/54 50/60 46/50 50/50 28/28 45/45 C5J 2./4.4 55/60 73/79 80/80 69/75 70/80 28/28 45/45 C20J 6./9.2 7/80 96/04 00/0 92/00 00/00 28/28 45/45 9

20 NIT DIMENSINSSSNM- SEIES DIMENSINS FNT VIEW Model 024, 036, , 060, 072 Height A 29 /8" 37 /8" EA VIEW PTIN A PTIN B [ ] Designates Metric Conversions 20

21 NIT DIMENSINSSSNM- SEIES ELECTICAL CNNECTINS BTTM VIEW (FNT) [ ] Designates Metric Conversions (EA) 2

22 TYPICAL INSTALLATINS [ ] Designates Metric Conversions 22

23 ACCESSIES ACCESSY EQIPMENT Accessory Description Model Application Accessory Model No. Freeze Stat XX-AM02 Low Ambient Control XZ-A8 23

24 WIING SCHEMATICSSSNM- SEIES 24

25 WIING SCHEMATICSSSNM- SEIES 25

26 NTES 26

27 27 NTES

28 Before proceeding with installation, refer to installation instructions packaged with each model, as well as complying with all Federal, State, Provincial, and Local codes, regulations, and practices. heem Heating, Cooling and Water Heating P.. Box 700, Fort Smith, A 7297 In keeping with its policy of continuous progress and product improvement, heem reserves the right to make changes without notice. PINTED IN.S.A DC FM N. EXA-86