background image

—23—

DETAILED COOLING CAPACITIES* Continued

EVAP

AIR

CONDENSER ENTERING AIR TEMPERATURES °F

75

85

95

105

115

125

CFM

EWB

Capacity

MBtuh†

Total

Sys

kW**

Capacity

MBtuh†

Total

Sys

kW**

Capacity

MBtuh†

Total

Sys

kW**

Capacity

MBtuh†

Total

Sys

kW**

Capacity

MBtuh†

Total

Sys

kW**

Capacity

MBtuh†

Total

Sys

kW**

Total Sens‡

Total Sens‡

Total Sens‡

Total Sens‡

Total Sens‡

Total Sens‡

650AN048-D, E, F Outdoor Section With FV4(A,B)NF005 Indoor Section

1400

72

54.7

27.7

3.20

52.2

26.8

3.56

49.6

25.9

3.96

46.9

24.9

4.41

43.9

23.9

4.90

40.7

22.8

5.43

67

50.2

35.2

3.16

47.9

34.3

3.52

45.5

33.3

3.92

43.0

32.3

4.36

40.3

31.3

4.85

37.4

30.1

5.39

63†† 46.8

34.3

3.13

44.7

33.3

3.49

42.4

32.4

3.89

40.1

31.3

4.33

37.6

30.3

4.82

34.9

29.1

5.36

62

46.1

42.5

3.12

44.0

41.5

3.48

42.0

40.5

3.88

39.7

39.3

4.33

37.5

37.5

4.82

35.2

35.2

5.37

57

44.9

44.9

3.11

43.2

43.2

3.47

41.4

41.4

3.88

39.6

39.6

4.33

37.5

37.5

4.82

35.2

35.2

5.37

1600

72

55.6

29.1

3.26

53.0

28.1

3.62

50.3

27.2

4.02

47.4

26.2

4.47

44.4

25.2

4.96

41.1

24.1

5.49

67

51.1

37.5

3.22

48.7

36.6

3.58

46.2

35.6

3.98

43.6

34.6

4.42

40.8

33.5

4.91

37.8

32.3

5.45

63†† 47.7

36.5

3.19

45.4

35.5

3.55

43.1

34.5

3.95

40.7

33.5

4.39

38.1

32.4

4.88

35.3

31.2

5.42

62

47.1

45.5

3.18

45.1

44.4

3.54

42.9

42.9

3.95

41.0

41.0

4.39

38.8

38.8

4.89

36.3

36.3

5.43

57

46.7

46.7

3.18

44.8

44.8

3.54

42.9

42.9

3.94

40.9

40.9

4.39

38.8

38.8

4.89

36.4

36.4

5.43

1800

72

56.3

30.4

3.32

53.6

29.4

3.68

50.8

28.5

4.08

47.9

27.5

4.53

44.8

26.5

5.01

41.4

25.4

5.55

67

51.7

39.7

3.28

49.3

38.8

3.64

46.7

37.8

4.04

44.1

36.8

4.48

41.2

35.7

4.97

38.2

34.4

5.51

63†† 48.3

38.5

3.24

46.0

37.5

3.60

43.6

36.5

4.00

41.1

35.5

4.45

38.5

34.4

4.94

35.7

33.1

5.48

62

48.2

48.1

3.24

46.2

46.2

3.61

44.2

44.2

4.01

42.1

42.1

4.46

39.8

39.8

4.95

37.3

37.3

5.50

57

48.1

48.1

3.24

46.2

46.2

3.60

44.2

44.2

4.01

42.1

42.1

4.46

39.8

39.8

4.95

37.3

37.3

5.50

Multipliers for Determining the Performance With Other Indoor Sections

Indoor

Section

Size

Cooling

Indoor

Section

Size

Cooling

Capacity

Power

Capacity

Power

CC5A/CD5AA

060

0.98

1.07

CK5PA

060

0.98

0.98

CC5A/CD5AW

060

0.98

1.05

CK5PT

060

0.98

0.98

CD5PX

060

0.98

1.03

CK5PX

060

1.00

0.99

CE3AA

060

1.00

1.07

COILS + 315(A,J)AV066155 VARIABLE-SPEED FURNACE

CK3BA

060

0.99

1.07

CC5A/CD5AW

060

0.98

0.97

CK5A/CK5BA

060

0.99

1.07

CE3AA

060

0.99

0.98

CK5A/CK5BT

060

0.99

1.07

CK3BA

060

0.98

0.97

CK5A/CK5BX

060

1.00

1.06

CK5A/CK5BA

060

0.98

0.97

CK5PA

060

0.99

1.07

CK5A/CK5BT

060

0.98

0.97

CK5PT

060

0.99

1.07

CK5A/CK5BX

060

1.00

0.98

CK5PX

060

1.00

1.06

CK5PA

060

0.98

0.97

F(A,B)4BN(F,B,C)

060

0.98

1.11

CK5PT

060

0.98

0.97

FB4BNB

070

1.01

1.08

CK5PX

060

1.00

0.98

FC4CN(F,B)

060

0.98

1.11

COILS + 355MAV060080 VARIABLE-SPEED FURNACE

FC4CNB

070

1.01

1.08

CC5A/CD5AA

060

0.95

1.00

FE4ANB

006

1.02

0.98

CC5A/CD5AW

048

0.95

1.00

FE4ANF

005

1.00

1.00

CK3BA

060

0.98

1.04

FK4DNB

006

1.02

0.98

CK5A/CK5BA

060

0.99

1.05

FK4DNF

005

1.00

1.00

CK5A/CK5BT

060

0.99

1.05

FV4BNB

006

1.02

0.98

CK5A/CK5BX

060

0.99

1.03

FV4BNF

005

1.00

1.00

CK5PA

060

0.99

1.05

FX4BNB

060

1.00

1.06

CK5PT

060

0.99

1.05

FX4BNF

048

0.99

1.07

CK5PX

060

0.99

1.03

COILS + 315(A,J)AV048090 VARIABLE-SPEED FURNACE

COILS + 355MAV060100 VARIABLE-SPEED FURNACE

CE3AA

060

0.98

1.00

CC5A/CD5AA

060

0.95

0.99

COILS + 315(A,J)AV066110 VARIABLE-SPEED FURNACE

CC5A/CD5AW

048

0.95

1.00

CD5PX

060

0.99

0.98

CD5PX

060

0.98

1.00

CE3AA

060

0.99

0.99

CK3BA

060

0.99

1.02

CK3BA

060

0.98

0.98

CK5A/CK5BA

060

0.99

1.02

CK5A/CK5BA

060

0.98

0.98

CK5A/CK5BT

060

0.99

1.02

CK5A/CK5BT

060

0.98

0.98

CK5A/CK5BX

060

1.00

1.01

CK5A/CK5BX

060

1.00

0.98

CK5PA

060

0.99

1.02

CK5PA

060

0.98

0.98

CK5PT

060

0.99

1.02

CK5PT

060

0.98

0.98

CK5PX

060

1.00

1.01

CK5PX

060

1.00

0.98

COILS + 355MAV060120 VARIABLE-SPEED FURNACE

COILS + 315(A,J)AV066135 VARIABLE-SPEED FURNACE

CC5A/CD5AA

060

0.95

0.99

CC5A/CD5AW

060

0.98

0.98

CC5A/CD5AW

048

0.95

0.99

CE3AA

060

0.99

0.99

CK5A/CK5BA

060

0.99

1.02

CK3BA

060

0.98

0.98

CK5A/CK5BT

060

0.99

1.02

CK5A/CK5BA

060

0.98

0.98

CK5A/CK5BX

060

1.00

1.01

CK5A/CK5BT

060

0.98

0.98

CK5PA

060

0.99

1.02

CK5A/CK5BX

060

1.00

0.99

CK5PT

060

0.99

1.02

CK5PX

060

1.00

1.01

See notes on page 24.

Содержание QUANTUM PLUS 650A

Страница 1: ...frequency sound and pres sure pulsation generated by compressor discharge gas WEATHER PROTECTIVE CABINET The casing steel is galva nized and coated with a layer of zinc phosphate A layer of modified p...

Страница 2: ...7 8 DIA HOLE WITH 1 1 8 DIA KNOCKOUT AND 1 3 8 DIA KNOCKOUT 10 1 2 FIELD CONTROL SUPPLY CONN 1 9 16 C F 2 15 16 G A B M DIMENSIONS IN UNIT SIZE SERIES UNIT DIMENSIONS MINIMUM MOUNTING PAD DIMENSIONS...

Страница 3: ...DIAMETER IN VAPOR TUBE DIAMETER IN 0 to 50 Ft Tube Length 0 to 50 Ft Tube Length 0 to 50 Ft Alternate 024 3 8 5 8 3 4 ACR 030 3 8 3 4 5 8 7 8 036 3 8 3 4 5 8 7 8 042 048 3 8 7 8 3 4 7 8 060 3 8 1 1 8...

Страница 4: ...d 18 In KHASS0206MPK Time Delay Relay KAATD0101TDR Ball Bearing Fan Motor HC38GE231 RCD MotorMaster Low Ambient Controller KSALA0401AAA Outdoor Thermostat KHAOT0301FST Secondary Outdoor Thermostat KHA...

Страница 5: ...266 295 ELECTRICAL Unit Volts Hertz Phase 208 230 60 1 Operating Voltage Range 187 253 Compressor Rated Load Amps 21 1 20 5 21 8 27 6 Compressor Locked Rotor Amps 104 0 109 0 117 0 158 0 Condenser Fa...

Страница 6: ...rogrammable F C 2 Stage Heat 1 Stage Cool Heat Pump TSTATBBBHP01 Outdoor Air Temperature Sensor TSTATXXSEN01 B Backplate for Non Programmable Thermostat TSTATXXNBP01 Backplate for Programmable Thermos...

Страница 7: ...lled at the outdoor unit to control refrigerant off cycle migration in the heating mode Usage Guideline An LLS is required in all long line heat pump applications to control refrigerant off cycle migr...

Страница 8: ...g pad This allows sand dirt and other debris to be flushed from the unit base minimizing corrosion Usage Guideline Suggested in the following applications Coastal installations Windy areas or where de...

Страница 9: ...CC5A CD5AA030 23 400 TDR 13 20 11 75 23 400 3 06 15 000 2 26 7 5 CC5A CD5AA036 24 200 TDR 14 00 12 10 24 000 3 28 15 200 2 36 7 8 CC5A CD5AW030 23 400 TDR 13 20 11 75 23 200 3 06 15 000 2 26 7 5 CC5A...

Страница 10: ...0 28 600 3 48 17 200 2 40 7 8 CC5A CD5AW036 28 600 TDR 14 00 12 30 28 600 3 50 17 200 2 40 7 8 CK5A CK5BW036 29 200 TDR 14 00 12 35 28 800 3 74 17 900 2 52 8 0 CK5PW036 29 200 TDR TXV 14 00 12 35 28 8...

Страница 11: ...5 36 000 3 64 22 200 2 60 8 5 CK5A CK5BA048 34 600 TDR 14 00 11 55 36 000 3 70 22 600 2 68 8 8 CK5A CK5BT042 34 400 TDR 13 50 11 45 35 800 3 64 22 200 2 60 8 5 CK5A CK5BT048 34 600 TDR 14 00 11 55 36...

Страница 12: ...8 33 400 TDR 13 50 11 15 35 200 3 34 22 400 2 52 8 0 CC5A CD5AW042 33 400 TDR 13 50 11 15 35 200 3 36 22 400 2 52 8 0 CC5A CD5AW048 34 000 TDR 13 50 11 35 35 400 3 56 22 600 2 58 8 5 CD5AA048 34 000 T...

Страница 13: ...3 50 11 25 40 500 3 32 25 200 2 46 7 5 CD5AA048 40 000 TDR 13 50 11 25 40 500 3 32 25 200 2 46 7 5 CE3AA048 40 500 TDR 13 50 11 15 40 500 3 36 25 400 2 48 7 6 CK3BA048 40 000 TDR 13 50 11 20 40 500 3...

Страница 14: ...10 90 48 000 3 54 28 600 2 38 8 1 FX4BNF048 45 000 TDR TXV 12 50 10 75 48 000 3 42 28 400 2 34 8 0 COILS 315 A J AV048090 VARIABLE SPEED FURNACE CE3AA060 44 500 TDR 13 00 11 40 47 500 3 64 27 400 2 50...

Страница 15: ...800 2 44 8 3 CK5PA060 45 000 TDR TXV 13 00 11 25 47 000 3 50 27 800 2 40 8 2 CK5PT060 45 000 TDR TXV 13 00 11 25 47 000 3 50 27 800 2 40 8 2 CK5PX060 45 500 TDR TXV 13 50 11 45 47 500 3 54 27 800 2 44...

Страница 16: ...MPERATURE F 10 0 10 20 30 40 50 60 70 80 2 9 5 9 8 8 11 7 14 7 17 6 20 5 70 60 50 40 30 20 10 kW BASED ON INDOOR ENT AIR AT 70 F AND AT RATED CFM 23 4 80 650AN BALANCE POINT WORKSHEET 650AN024 E FX4A0...

Страница 17: ...8 17 4 2 89 19 1 16 7 3 19 62 25 9 24 7 1 92 24 7 24 1 2 13 23 5 23 3 2 37 22 3 22 3 2 62 21 1 21 1 2 89 19 7 19 7 3 19 57 25 5 25 5 1 91 24 5 24 5 2 13 23 4 23 4 2 37 22 3 22 3 2 62 21 1 21 1 2 89 1...

Страница 18: ...31 0 2 17 29 7 29 7 2 41 28 3 28 3 2 68 26 8 26 8 2 98 25 1 25 1 3 31 23 2 23 2 3 67 57 31 0 31 0 2 17 29 7 29 7 2 41 28 3 28 3 2 68 26 8 26 8 2 98 25 1 25 1 3 31 23 2 23 2 3 67 Multipliers for Deter...

Страница 19: ...7 9 4 48 Multipliers for Determining the Performance With Other Indoor Sections Indoor Section Size Cooling Indoor Section Size Cooling Capacity Power Capacity Power CC5A CD5AA 042 0 99 1 02 CK5A CK5B...

Страница 20: ...27 9 4 48 Multipliers for Determining the Performance With Other Indoor Sections Indoor Section Size Cooling Indoor Section Size Cooling Capacity Power Capacity Power CK3BA 042 1 00 0 93 CK5PA 042 0...

Страница 21: ...0 8 40 8 3 34 39 0 39 0 3 74 37 1 37 1 4 19 35 1 35 1 4 68 32 8 32 8 5 20 Multipliers for Determining the Performance With Other Indoor Sections Indoor Section Size Cooling Indoor Section Size Cooling...

Страница 22: ...4 14 34 2 34 2 4 62 32 0 32 0 5 15 1575 72 50 0 26 7 3 04 47 7 25 9 3 41 45 3 25 1 3 81 42 7 24 2 4 26 39 9 23 2 4 74 36 8 22 2 5 26 67 46 0 34 7 3 00 43 9 33 9 3 37 41 6 33 0 3 77 39 3 32 1 4 22 36 7...

Страница 23: ...ndoor Section Size Cooling Capacity Power Capacity Power CC5A CD5AA 060 0 98 1 07 CK5PA 060 0 98 0 98 CC5A CD5AW 060 0 98 1 05 CK5PT 060 0 98 0 98 CD5PX 060 0 98 1 03 CK5PX 060 1 00 0 99 CE3AA 060 1 0...

Страница 24: ...4 37 1 7 30 62 59 2 55 1 4 29 56 4 53 7 4 78 53 5 52 3 5 33 50 5 50 4 5 93 47 5 47 5 6 60 44 2 44 2 7 32 57 57 8 57 8 4 27 55 6 55 6 4 77 53 1 53 1 5 32 50 5 50 5 5 93 47 5 47 5 6 60 44 2 44 2 7 32 20...

Страница 25: ...15 9 14 5 2 13 18 5 16 4 2 22 21 5 19 6 2 33 24 9 24 9 2 47 28 7 28 7 2 65 33 0 33 0 2 89 Multipliers for Determining the Performance With Other Indoor Sections Indoor Section Size Heating Indoor Sect...

Страница 26: ...4 1 2 36 18 6 16 9 2 41 21 9 19 5 2 45 25 7 23 4 2 51 30 1 30 1 2 58 35 0 35 0 2 67 40 6 40 6 2 81 Multipliers for Determining the Performance With Other Indoor Sections Indoor Section Size Heating In...

Страница 27: ...3 48 50 3 50 3 3 71 Multipliers for Determining the Performance With Other Indoor Sections Indoor Section Size Heating Indoor Section Size Heating Capacity Power Capacity Power CC5A CD5AA 042 0 99 1 0...

Страница 28: ...W 048 0 98 0 95 CK5A CK5BT 042 0 92 0 97 COILS 315 A J AV066155 VARIABLE SPEED FURNACE 048 0 92 0 94 CC5A CD5AW 042 0 96 0 98 CK5PA 042 0 99 1 00 048 0 96 0 94 048 0 98 0 99 CD5AA 048 0 95 0 94 CK5PT...

Страница 29: ...h Other Indoor Sections Indoor Section Size Heating Indoor Section Size Heating Capacity Power Capacity Power CC5A CD5AC 048 1 00 1 11 CK5A CK5BT 048 1 00 0 98 CC5A CD5AW 048 1 01 1 07 CK5A CK5BW 048...

Страница 30: ...6 3 66 56 9 56 9 4 00 75 1225 16 2 14 9 2 88 20 6 18 9 3 03 25 1 22 8 3 19 29 3 26 0 3 34 34 3 31 2 3 51 39 9 39 9 3 73 46 7 46 7 4 01 54 6 54 6 4 39 1400 16 5 15 2 2 88 20 9 19 2 3 02 25 3 23 1 3 17...

Страница 31: ...00 CC5A CD5AW 060 1 01 1 06 CK5PX 060 1 00 0 99 CD5PX 060 0 98 1 10 COILS 315 A J AV066155 VARIABLE SPEED FURNACE CE3AA 060 1 01 1 06 CC5A CD5AW 060 0 99 1 08 CK3BA 060 1 01 1 03 CE3AA 060 0 99 1 02 C...

Страница 32: ...rmance With Other Indoor Sections Indoor Section Size Heating Indoor Section Size Heating Capacity Power Capacity Power CC5A CD5AW 060 0 98 1 06 COILS 315 A J AV066110 VARIABLE SPEED FURNACE CD5PX 060...

Страница 33: ...33...

Страница 34: ...34...

Страница 35: ...35...

Страница 36: ...d of galvanized steel bonderized and coated with a powder coat paint Fans Condenser fan will be direct drive propeller type discharging air upward Air Cooled Split System Heat Pump 650A 2 to 5 Tons No...

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