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19

DETAILED COOLING CAPACITIES

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(CONT.)

EVAPORATOR

AIR

CONDENSER ENTERING AIR TEMPERATURES deg F

75

85

95

105

115

125

CFM

EWB

Capacity

MBtuh†

Total

System

KW**

Capacity

MBtuh†

Total

System

KW**

Capacity

MBtuh†

Total

System

KW**

Capacity

MBtuh†

Total

System

KW**

Capacity

MBtuh†

Total

System

KW**

Capacity

MBtuh†

Total

System

KW**

Total Sens

Total Sens

Total Sens

Total Sens

Total Sens

Total Sens

24ACA342A30 Outdoor Section With CAP**4221A** Indoor Section

1225

72

48.51 25.52

3.33

46.40 24.71

3.68

44.17 23.86

4.08

41.83 22.99

4.51

39.30 22.05

4.99

36.50 21.03

5.51

67

44.49 31.40

3.31

42.53 30.57

3.66

40.46 29.71

4.06

38.30 28.81

4.50

35.96 27.87

4.98

33.41 26.84

5.51

62

40.85 37.25

3.29

39.08 36.40

3.65

37.24 35.50

4.04

35.33 34.54

4.48

33.39 33.39

4.97

31.44 31.44

5.50

57

39.76 39.76

3.29

38.32 38.32

3.64

36.79 36.79

4.04

35.17 35.17

4.48

33.41 33.41

4.97

31.45 31.45

5.50

1400

72

49.22 26.65

3.40

47.02 25.82

3.76

44.72 24.97

4.15

42.30 24.08

4.59

39.69 23.14

5.07

36.79 22.10

5.59

67

45.18 33.25

3.38

43.15 32.40

3.74

41.00 31.53

4.13

38.76 30.63

4.57

36.37 29.68

5.05

33.74 28.63

5.58

62

41.71 39.81

3.37

39.92 38.90

3.72

38.04 38.04

4.12

36.38 36.38

4.56

34.50 34.50

5.05

32.41 32.41

5.58

57

41.28 41.28

3.37

39.74 39.74

3.72

38.11 38.11

4.12

36.38 36.38

4.56

34.50 34.50

5.05

32.41 32.41

5.58

1575

72

49.76 27.73

3.48

47.49 26.90

3.84

45.12 26.04

4.23

42.63 25.14

4.67

39.95 24.19

5.14

36.99 23.14

5.66

67

45.71 35.04

3.46

43.61 34.19

3.82

41.42 33.32

4.21

39.13 32.41

4.65

36.68 31.44

5.13

33.99 30.36

5.65

62

42.55 42.13

3.45

40.89 40.89

3.80

39.17 39.17

4.20

37.34 37.34

4.64

35.37 35.37

5.12

33.16 33.16

5.65

57

42.52 42.52

3.45

40.89 40.89

3.80

39.17 39.17

4.20

37.35 37.35

4.64

35.37 35.37

5.12

33.16 33.16

5.65

Multipliers for Determining the Performance With Other Indoor Sections

Indoor Model

Capacity

Power

Furnace Model

*CAP**4221A**

1.00

1.00

CAP**4224A**

1.00

1.00

CAP**4817A**

0.98

0.98

CAP**4821A**

1.01

1.01

CAP**4824A**

1.01

1.01

CNPF*4818A**

1.01

1.01

CNPH*4221A**

1.00

1.00

CNPH*4821A**

1.01

1.01

CNPV*4221A**

1.00

1.00

CNPV*4821A**

0.99

0.99

CNPV*4824A**

1.01

1.01

CSPH*4212A**

0.99

0.99

CSPH*4812A**

1.00

1.00

FE4ANB006

1.04

0.95

FE4ANF003

0.99

0.94

FE4ANF005

1.02

0.96

FV4BNB006

1.04

0.95

FV4BNF003

0.99

0.94

FV4BNF005

1.01

0.95

FX4CN(B,F)042

1.01

0.99

FX4CN(B,F)048

1.04

0.99

FY4ANF042

1.00

1.00

FY4ANF048

1.02

1.02

Indoor Model

Capacity

Power

Furnace Model

CNPH*4221A**

0.99

0.97

58CV(A,X)070---12

CNPH*4821A**

1.00

0.98

58CV(A,X)070---12

CSPH*4212A**

0.98

0.96

58CV(A,X)070---12

CSPH*4812A**

0.98

0.96

58CV(A,X)070---12

CAP**4817A**

0.98

0.93

58CV(A,X)090---16

CAP**4221A**

0.99

0.97

58CV(A,X)110---20

CAP**4821A**

1.00

0.96

58CV(A,X)110---20

CNPV*4221A**

0.98

0.93

58CV(A,X)110---20

CNPV*4821A**

1.00

0.96

58CV(A,X)110---20

CAP**4224A**

0.99

0.94

58CV(A,X)135---22

CAP**4824A**

1.00

0.94

58CV(A,X)135---22

CNPV*4824A**

0.99

0.93

58CV(A,X)135---22

CAP**4224A**

0.98

0.96

58MVB040---14

CAP**4824A**

1.00

0.98

58MVB040---14

CNPH*4221A**

0.98

0.96

58MVB040---14

CNPH*4821A**

0.99

0.97

58MVB040---14

CNPV*4824A**

1.00

0.98

58MVB040---14

CSPH*4212A**

0.98

0.96

58MVB040---14

CSPH*4812A**

0.98

0.96

58MVB040---14

CAP**4817A**

0.98

0.93

58MVB060---14

CAP**4221A**

0.98

0.96

58MVB080---14

CAP**4821A**

0.99

0.97

58MVB080---14

See notes on pg. 21

24ACA3

Содержание Comfort 24ACA3

Страница 1: ...w as 74 dBA S Compressor sound blanket Comfort S System supports Thermidistatt Control or standard thermostat Diagnostics S TechAssistt with 6 step diagnostics at a glance Reliability S Puronr refrigerant environmentally sound won t deplete the ozone layer and low lifetime servce cost S Front seating service valves S Scroll compressor S Internal pressure relief valve S Internal thermal overload S ...

Страница 2: ...ct Data for system combinations that meet Energy Star guidelines the environmentally sound refrigerant REGISTERED ISO 9001 2000 STANDARD FEATURES Feature 18 24 30 36 42 48 60 Puron Refrigerant X X X X X X X Upt to 15 SEER X X X X X X X Scroll Compressor X X X X X X X Louvered Coil Guard X X X X X X X Field Installed Filter Drier X X X X X X X Front Seating Service Valves X X X X X X X Internal Pre...

Страница 3: ...tdoor unit is above indoor unit and 80 ft when the outdoor unit is below the indoor unit Refer to Accessory Usage Guideline for required accessories See Long Line Application Guideline for required piping and system modifications Also refer to the table below for the acceptable vapor tube diameters based on the total length to minimize the cooling capacity loss UNIT NOMINAL SIZE BTUH ACCEPTABLE LI...

Страница 4: ...X X X X KAALS0201LLS SOLENOID VALVE X X X X X X X X X X X X X X X X KAACS0201PTC START ASSIST PTC X X X X X X X KSASF0101AAA SUPPORT FEET X X X X X X X X X X X X X X X X KAATD0101TDR TIME DELAY RELAY X X X X X X X X X X X X X X X X KSATX0201PUR TXV PURON HSO X X X X KSATX0301PUR TXV PURON HSO X X X X X X KSATX0401PUR TXV PURON HSO X X X KSATX0501PUR TXV PURON HSO X X X KAAWS0101AAA WINTER START X ...

Страница 5: ...unts to the base of the compressor to keep the lubricant warm during off cycles Improves compressor lubrication on restart and minimizes the chance of liquid slugging Usage Guideline Required in Low ambient cooling applications Required in long line applications Suggested in all commercial applications 5 Cycle Protector The cycle protector is designed to prevent compressor short cycling This contr...

Страница 6: ...ant liquid flow rate into the evaporator in response to the superheat of the refrigerant gas leaving the evaporator Kit includes valve adapter tubes and external equalizer tube Hard shutoff types are available NOTE When using a hard shutoff TXV with single phase reciprocating compressors a Compressor Start Assist Capacitor and Relay is required Usage Guideline Accessory required to meet ARI rating...

Страница 7: ...SI NFPA 70 Article 336 26 If other than uncoated no plated 60_ or 75 C 140_ or 167 C insulation copper wire solid wire for 10 AWG or smaller stranded wire for larger than 10 AWG is used consult applicable tables of the NEC ANSI NFPA 70 Length shown is as measured 1 way along wire path between unit and service panel for voltage drop not to exceed 2 Time Delay fuse FLA Full Load Amps LRA Locked Roto...

Страница 8: ...8 DIMENSIONS 24ACA3 ...

Страница 9: ...R TXV 14 50 11 70 58MVB060 14 CSPH 2412A 16 700 TDR TXV 14 50 11 70 58MVB080 14 CSPH 2412A 16 600 TDR TXV 14 50 11 70 58CV A X 070 12 CSPH 2412A 16 700 TDR TXV 14 50 11 70 58CV A X 090 16 FY4ANF018 17 400 TDR TXV 13 00 11 00 FY4ANF024 17 500 TDR TXV 13 00 11 00 FX4CNF018 17 600 TDR TXV 14 50 11 70 FX4CNF024 17 900 TDR TXV 14 50 11 70 FE4ANF002 17 800 TDR TXV 15 00 12 00 FF1ENP018 17 400 TDR TXV 13...

Страница 10: ...0 20 CSPH 3012A 22 000 TDR TXV 14 50 11 70 58MVB100 20 CSPH 3012A 21 800 TDR TXV 14 50 11 70 58MVB120 20 CSPH 3012A 21 800 TDR TXV 14 50 11 70 58CV A X 070 12 CSPH 3012A 22 000 TDR TXV 14 50 11 70 58CV A X 090 16 CSPH 3012A 22 000 TDR TXV 14 50 11 70 58CV A X 110 20 CSPH 3012A 22 000 TDR TXV 14 50 11 70 58CV A X 135 22 CSPH 3012A 22 000 TDR TXV 14 50 11 70 58CV A X 155 22 FY4ANF024 22 600 TDR TXV ...

Страница 11: ... 11 00 CSPH 3612A 27 200 TDR TXV 14 00 11 50 58MVB040 14 CSPH 3612A 27 200 TDR TXV 14 00 11 50 58CV A X 070 12 FY4ANF030 27 600 TDR TXV 13 00 11 00 FY4ANF036 27 800 TDR TXV 13 00 11 00 FX4CNF030 28 000 TDR TXV 13 50 11 20 FX4CN B F 036 28 200 TDR TXV 14 00 11 50 FE4ANF002 27 800 TDR TXV 14 00 11 50 FE4ANF003 28 000 TDR TXV 14 50 11 70 FE4ANF005 28 800 TDR TXV 15 00 12 00 FF1ENP030 27 400 TDR TXV 1...

Страница 12: ...35 400 TDR TXV 15 00 12 00 FF1ENP036 33 800 TDR TXV 13 00 11 00 FV4BNF002 33 600 TDR TXV 14 00 11 50 FV4BNF003 34 000 TDR TXV 14 50 11 70 FV4BNF005 35 000 TDR TXV 15 00 12 00 FV4BNB006 35 400 TDR TXV 15 00 12 00 42 30 42 50 42 60 CAP 4221A 41 000 TXV 13 00 11 00 CAP 4221A 40 000 TDR TXV 13 50 11 20 58MVB080 14 CAP 4221A 40 500 TDR TXV 13 50 11 20 58CV A X 110 20 CAP 4224A 41 000 TXV 13 00 11 00 CA...

Страница 13: ...4824A 46 000 TXV 13 00 11 00 CAP 4824A 45 000 TDR TXV 13 50 11 20 58MVB120 20 CAP 4824A 45 500 TDR TXV 13 50 11 20 58CV A X 135 22 CAP 6021A 47 000 TXV 13 20 11 00 CAP 6021A 46 000 TDR TXV 13 50 11 20 58MVB080 20 CAP 6021A 47 500 TDR TXV 13 50 11 20 58CV A X 110 20 CAP 6024A 47 000 TXV 13 20 11 00 CAP 6024A 46 000 TDR TXV 14 00 11 50 58MVB120 20 CAP 6024A 46 500 TDR TXV 14 00 11 50 58CV A X 135 22...

Страница 14: ...11 20 58CV A X 135 22 CNPH 6024A 56 500 TDR TXV 13 50 11 20 58CV A X 155 22 CSPH 6012A 56 500 TXV 13 00 11 00 CSPH 6012A 55 500 TDR TXV 13 20 11 00 58CV A X 110 20 CSPH 6012A 55 500 TDR TXV 13 50 11 20 58CV A X 135 22 CSPH 6012A 55 500 TDR TXV 13 50 11 20 58CV A X 155 22 FX4CN B F 060 58 000 TDR TXV 13 20 11 00 FE4ANB006 57 000 TDR TXV 13 50 11 20 FV4BNB006 57 000 TDR TXV 13 50 11 20 FY4ANB060 56 ...

Страница 15: ...7 10 67 1 77 16 88 10 28 1 97 15 65 9 85 2 18 67 19 33 14 90 1 27 18 43 14 54 1 42 17 48 14 15 1 59 16 51 13 77 1 77 15 48 13 35 1 97 14 33 12 89 2 19 62 18 01 17 91 1 28 17 30 17 30 1 43 16 54 16 54 1 59 15 76 15 76 1 77 14 92 14 92 1 97 13 97 13 97 2 19 57 18 01 18 01 1 28 17 30 17 30 1 43 16 55 16 55 1 59 15 76 15 76 1 77 14 92 14 92 1 97 13 97 13 97 2 19 Multipliers for Determining the Perform...

Страница 16: ...8 2 35 19 87 19 87 2 62 18 66 18 66 2 92 Multipliers for Determining the Performance With Other Indoor Sections Cooling Indoor Model Capacity Power Furnace Model CAP 2414A 1 00 1 00 CAP 2417A 0 99 0 99 CAP 3014A 1 00 1 00 CAP 3017A 1 00 1 00 CNPF 2418A 0 98 0 98 CNPH 2417A 0 98 0 98 CNPH 3017A 0 99 0 99 CNPV 2414A 0 98 0 98 CNPV 2417A 0 98 0 98 CNPV 3014A 0 99 0 99 CNPV 3017A 0 99 0 99 CSPH 2412A ...

Страница 17: ... 83 27 83 2 32 26 66 26 66 2 57 25 40 25 40 2 85 24 06 24 06 3 16 22 61 22 61 3 48 57 28 94 28 94 2 10 27 83 27 83 2 32 26 66 26 66 2 57 25 41 25 41 2 85 24 06 24 06 3 16 22 62 22 62 3 51 Multipliers for Determining the Performance With Other Indoor Sections Cooling Indoor Model Capacity Power Furnace Model CAP 3014A 1 00 1 00 CAP 3017A 1 00 1 00 CAP 3614A 1 00 1 00 CAP 3617A 1 00 1 00 CAP 3621A 1...

Страница 18: ...32 45 32 45 3 13 30 95 30 95 3 46 29 31 29 31 3 81 27 50 27 50 4 20 57 35 19 35 19 2 58 33 86 33 86 2 84 32 46 32 46 3 13 30 95 30 95 3 46 29 31 29 31 3 81 27 50 27 50 4 20 Multipliers for Determining the Performance With Other Indoor Sections Cooling Indoor Model Capacity Power Furnace Model CAP 3617A 1 00 1 00 CAP 3614A 0 97 0 97 CAP 3621A 1 00 1 00 CAP 4221A 1 00 1 00 CAP 4224A 1 00 1 00 CNPF 3...

Страница 19: ...36 68 31 44 5 13 33 99 30 36 5 65 62 42 55 42 13 3 45 40 89 40 89 3 80 39 17 39 17 4 20 37 34 37 34 4 64 35 37 35 37 5 12 33 16 33 16 5 65 57 42 52 42 52 3 45 40 89 40 89 3 80 39 17 39 17 4 20 37 35 37 35 4 64 35 37 35 37 5 12 33 16 33 16 5 65 Multipliers for Determining the Performance With Other Indoor Sections Indoor Model Capacity Power Furnace Model CAP 4221A 1 00 1 00 CAP 4224A 1 00 1 00 CAP...

Страница 20: ...21 57 47 87 47 87 3 49 46 01 46 01 3 90 44 04 44 04 4 36 41 95 41 95 4 88 39 69 39 69 5 47 37 13 37 13 6 21 Multipliers for Determining the Performance With Other Indoor Sections Cooling Indoor Model Capacity Power Furnace Model CAP 4821A 1 00 1 00 CAP 4817A 0 99 0 99 CAP 4824A 1 00 1 00 CAP 6021A 1 02 1 02 CAP 6024A 1 02 1 02 CNPF 4818A 0 98 0 98 CNPH 4821A 1 00 1 00 CNPH 6024A 1 02 1 02 CNPV 422...

Страница 21: ...0 45 70 6 93 57 59 25 59 25 4 27 56 90 56 90 4 70 54 42 54 42 5 18 51 78 51 78 5 72 48 91 48 91 6 30 45 70 45 70 6 93 Multipliers for Determining the Performance With Other Indoor Sections Cooling Indoor Model Capacity Power Furnace Model CAP 6024A 1 00 1 00 CAP 6021A 0 98 0 98 CNPH 6024A 0 97 0 97 CNPV 6024A 0 99 0 99 CSPH 6012A 0 98 0 98 FE4ANB006 0 99 0 97 FV4BNB006 0 99 0 97 FX4CN B F 060 1 01...

Страница 22: ...e statically and dynamically balanced Condenser fan openings will be equipped with coated steel wire safety guards Compressor Compressor will be hermetically sealed Compressor will be mounted on rubber vibration isolators Compressor will be covered with a sound absorbing blanket Condenser Coil Condenser coil will be air cooled Coil will be constructed of aluminum fins mechanically bonded to copper...

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