background image

—25—

DETAILED COOLING CAPACITIES* continued

See notes on page 38.

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‡

556AN024-G Outdoor Section With CK5PA036 Indoor Section continued

700

57

23.23

23.23

1.50

22.33

22.33

1.71

21.33

21.33

1.94

20.26

20.26

2.18

19.12

19.12

2.46

17.80

17.80

2.74

62

23.96

21.89

1.50

22.79

21.34

1.71

21.57

20.75

1.94

20.30

20.13

2.18

19.12

19.12

2.46

17.80

17.80

2.74

67

26.27

18.51

1.50

24.97

17.96

1.72

23.60

17.40

1.95

22.15

16.80

2.20

20.59

16.17

2.47

18.88

15.49

2.76

72

28.86

15.13

1.51

27.44

14.59

1.73

25.95

14.02

1.96

24.35

13.43

2.21

22.62

12.80

2.48

20.73

12.11

2.77

800

57

24.25

24.25

1.53

23.25

23.25

1.75

22.19

22.19

1.98

21.06

21.06

2.23

19.80

19.80

2.50

18.40

18.40

2.79

62

24.51

23.56

1.54

23.33

22.95

1.75

22.19

22.19

1.98

21.06

21.06

2.23

19.80

19.80

2.50

18.40

18.40

2.79

67

26.76

19.73

1.54

25.41

19.18

1.76

23.99

18.60

1.99

22.48

18.00

2.24

20.88

17.36

2.51

19.09

16.65

2.79

72

29.38

15.89

1.55

27.91

15.34

1.76

26.35

14.77

2.00

24.69

14.17

2.25

22.92

13.53

2.52

20.93

12.82

2.81

900

57

25.08

25.08

1.57

24.04

24.04

1.79

22.91

22.91

2.02

21.69

21.69

2.27

20.36

20.36

2.54

18.88

18.88

2.83

62

25.06

25.06

1.57

24.04

24.04

1.79

22.91

22.91

2.02

21.69

21.69

2.27

20.36

20.36

2.54

18.88

18.88

2.83

67

27.13

20.90

1.58

25.74

20.34

1.79

24.29

19.74

2.03

22.76

19.13

2.27

21.08

18.46

2.54

19.25

17.72

2.83

72

29.77

16.61

1.59

28.25

16.06

1.80

26.65

15.48

2.04

24.95

14.87

2.29

23.10

14.22

2.56

21.05

13.51

2.84

Multipliers for Determining the Performance With Other Indoor Sections

Indoor

Section

Size

Cooling

Indoor

Section

Size

Cooling

Capacity

Power

Capacity

Power

CK3BA

024

0.97

0.89

CE3AA

024

0.97

0.92

030

0.97

0.89

030

0.97

0.90

036

1.00

0.91

036

1.00

0.92

CK5A/CK5BA

024

0.97

0.90

CK5A/CK5BW

036

1.00

0.91

030

0.97

0.90

CK5PW

036

1.00

0.91

036

1.00

0.91

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

CK5A/CK5BT

036

1.00

0.91

CC5A/CD5AW

036

1.00

0.91

CK5A/CK5BW

024

0.97

0.90

CE3AA

024

0.97

0.91

030

0.97

0.90

030

0.97

0.90

036

1.00

0.91

036

1.00

0.92

CK5PA

024

0.97

0.90

CK5A/CK5BW

036

1.00

0.91

030

0.97

0.90

CK5PW

036

1.00

0.91

036

1.00

0.91

COILS + 355MAV042040 VARIABLE SPEED FURNACE

CK5PT

036

1.00

0.91

CC5A/CD5AW

036

1.00

0.92

CK5PW

024

0.97

0.90

CE3AA

024

0.97

0.92

030

0.97

0.90

030

0.97

0.91

036

1.00

0.91

036

1.00

0.93

COILS + 315(A,J)AV060110 VARIABLE SPEED FURNACE

CK5A/CK5BW

036

1.00

0.91

CC5A/CD5AA

036

1.00

0.92

CK5PW

036

1.00

0.91

CC5A/CD5AW

024

0.97

0.92

COILS + 355MAV042060 VARIABLE SPEED FURNACE

030

0.97

0.91

CC5A/CD5AA

024

0.97

0.92

036

1.00

0.91

030

0.97

0.91

CE3AA

024

0.97

0.92

036

1.00

0.92

030

0.97

0.91

CC5A/CD5AW

024

0.97

0.92

036

1.00

0.93

030

0.97

0.91

CK3BA

024

0.97

0.89

036

1.00

0.92

030

0.97

0.90

CE3AA

024

0.97

0.92

036

1.00

0.91

030

0.97

0.91

CK5A/CK5BA

036

1.00

0.91

036

1.00

0.93

CK5A/CK5BT

036

1.00

0.91

CK3BA

024

0.97

0.90

CK5A/CK5BW

024

0.97

0.91

030

0.97

0.90

030

0.97

0.90

036

1.00

0.91

036

1.00

0.91

CK5A/CK5BA

024

0.97

0.91

CK5PA

036

1.00

0.91

030

0.97

0.91

CK5PT

036

1.00

0.91

036

1.00

0.91

CK5PW

024

0.97

0.91

CK5A/CK5BT

036

1.00

0.91

030

0.97

0.90

CK5A/CK5BW

024

0.97

0.91

036

1.00

0.91

030

0.97

0.90

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

036

1.00

0.91

CC5A/CD5AW

036

1.00

0.91

Summary of Contents for DELUXE 556A

Page 1: ...rgy Efficiency Ratio with enhanced ratings of up to 15 75 SEER Sophisti cated heat transfer surfaces utilized in Bryant s 556A design allow heat to easily be transferred to the outdoor air and require...

Page 2: ...gle phase Wide Range of Sizes Available in six sizes 2 through 5 tons Cabinet Galvanized steel is coated with powder paint to pro vide a superior long lasting appearance Totally Enclosed Fan Motor Pro...

Page 3: ...CKOUT 3 8 IN DIA TIEDOWN KNOCKOUTS 2 PLACES IN BASEPAN 10 1 2 FIELD CONTROL SUPPLY CONN 1 9 16 L C F N G A B M K E D C L DIMENSIONS IN UNIT SIZE SERIES UNIT DIMENSIONS MINIMUM MOUNTING PAD DIMENSIONS...

Page 4: ...1 8 1 1 8 UNIT SIZE SERIES REQUIRED SUBCOOLING F 024 G 10 030 F 8 036 F 9 042 F 7 048 B 10 060 A 10 M A N U F A C T U R E R CERTIFIED TO ARI AS C O M P L Y I N G W I T H A RI STANDARD 210 U N I T A R...

Page 5: ...AACH1201AAA Start Assist Capacitor Relay Type KSAHS1501AAA Start Assist PTC Type KAACS0201PTC TXV Hard Shutoff KSATX0201PUR Piston Body KSAPX0101PIS Filter Drier Suction Line KH45LG140 RCD Evaporator...

Page 6: ...ter KAACH1201AAA Start Assist Capacitor Relay Type KSAHS1501AAA Start Assist PTC Type KAACS0201PTC TXV Hard Shutoff KSATX0301PUR Piston Body KSAPX0101PIS Filter Drier Suction Line KH45LG141 RCD Evapor...

Page 7: ...oll Temperature Current Protection Internal Line Break Refrigerant Type Puron R 410A Amount Lb 12 00 15 00 CONDENSER COIL FAN Coil Face Area Sq Ft 18 3 24 5 Fins per In Rows Circuits 20 2 4 20 2 6 Fan...

Page 8: ...device which gives a soft boost to the reciprocating compressor at each start up Usage Guideline Suggested in installations with marginal power supply DESCRIPTION ACCESSORY Evolution Control Deluxe 7...

Page 9: ...ble special thermostat features such as auxiliary heat lock out Usage Guideline Suggested for all Bryant thermostats listed in this publication 10 Sound Hood Wraparound sound reducing cover for the co...

Page 10: ...0 TDR 13 50 11 95 FF1DNA030 23 400 TDR 13 50 11 75 FF1DNE024 23 000 TDR TXV 13 50 11 95 FF1DNE030 23 400 TDR TXV 13 50 11 75 FG3AAA024 22 400 NONE 13 50 11 50 FG3AAA036 23 000 NONE 13 50 11 85 FK4DNF0...

Page 11: ...00 TDR 15 00 13 15 CK5A CK5BW036 23 600 TDR 15 00 13 35 CK5PW036 23 600 TDR TXV 15 00 13 35 COILS 315 A J AV066155 VARIABLE SPEED FURNACE CC5A CD5AW036 23 600 TDR 15 00 13 35 CE3AA024 22 800 TDR 14 50...

Page 12: ...6 23 600 TDR TXV 15 00 13 30 CK5PW024 22 800 TDR TXV 14 50 12 95 CK5PW030 23 000 TDR TXV 14 50 13 10 CK5PW036 23 600 TDR TXV 15 00 13 30 COILS 355MAV060100 VARIABLE SPEED FURNACE CC5A CD5AA036 23 600...

Page 13: ...TDR TXV 15 50 12 60 FK4DNF005 30 000 TDR TXV 15 75 14 00 FV4ANF002 29 600 TDR TXV 15 20 13 15 FV4ANF003 29 800 TDR TXV 15 60 13 60 FV4ANF005 30 000 TDR TXV 15 75 14 00 FV4BNF002 29 600 TDR TXV 15 20 1...

Page 14: ...E3AA030 29 000 TDR 15 00 13 25 CE3AA036 29 600 TDR 15 00 13 45 CK5A CK5BW036 29 600 TDR 15 00 13 70 CK5PW036 29 600 TDR TXV 15 00 13 70 COILS 315 A J AV066155 VARIABLE SPEED FURNACE CC5A CD5AW036 29 6...

Page 15: ...5 000 NONE 13 70 11 95 CK3BA042 35 600 NONE 13 70 11 95 CK3BA048 36 000 NONE 14 00 12 05 CK5A CK5BA036 35 000 NONE 13 70 11 95 CK5A CK5BA042 35 600 NONE 13 70 11 95 CK5A CK5BA048 36 000 NONE 14 00 12...

Page 16: ...000 TDR TXV 15 00 13 15 CK5PW036 35 000 TDR TXV 14 50 12 95 COILS 315 A J AV060110 VARIABLE SPEED FURNACE CC5A CD5AA036 35 000 TDR 14 50 12 60 CC5A CD5AA042 35 600 TDR 15 00 12 95 CC5A CD5AC048 36 00...

Page 17: ...TDR 14 50 12 65 CC5A CD5AW048 36 000 TDR 14 50 12 75 CK5A CK5BA042 35 600 TDR 14 50 12 80 CK5A CK5BW036 35 000 TDR 14 50 12 70 CK5A CK5BW048 36 000 TDR 15 00 12 90 CK5PA042 35 600 TDR TXV 14 50 12 80...

Page 18: ...41 000 NONE 13 50 11 75 CK5A CK5BX060 42 000 NONE 13 70 12 10 CK5PA042 40 000 TXV 13 30 11 70 CK5PA048 41 000 TXV 13 50 11 75 CK5PE042 40 500 TXV 13 50 11 75 CK5PT042 40 000 TXV 13 30 11 70 CK5PT048...

Page 19: ...LE SPEED FURNACE CC5A CD5AA042 40 000 TDR 14 50 12 65 CC5A CD5AA060 41 500 TDR 14 50 12 85 CC5A CD5AC048 40 000 TDR 14 50 12 70 CC5A CD5AW042 40 000 TDR 14 50 12 55 CC5A CD5AW048 41 000 TDR 14 50 12 8...

Page 20: ...R 14 00 12 25 CC5A CD5AC048 40 500 TDR 14 00 12 05 CC5A CD5AW060 42 000 TDR 14 50 12 60 CD5AA048 41 000 TDR 14 00 12 25 CK3BA042 40 000 TDR 14 00 12 20 CK3BA048 41 000 TDR 14 00 12 35 CK3BA060 41 500...

Page 21: ...500 TDR TXV 13 50 11 90 FX4BNF048 47 000 TDR TXV 13 50 11 90 COILS 315 A J AV048090 VARIABLE SPEED FURNACE CC5A CD5AC048 45 500 TDR 13 50 11 80 CD5AA048 46 000 TDR 14 00 12 00 CE3AA048 46 500 TDR 14 0...

Page 22: ...048 46 000 TDR 14 00 11 95 CD5PX060 47 500 TDR TXV 14 50 12 40 CE3AA048 46 500 TDR 14 00 12 00 CE3AA060 47 000 TDR 14 00 12 35 CK3BA048 46 500 TDR 14 00 12 05 CK3BA060 47 000 TDR 14 00 12 35 CK5A CK5B...

Page 23: ...000 TDR TXV 15 00 12 80 FX4BNB060 58 500 TDR TXV 14 00 12 00 COILS 315 A J AV060110 VARIABLE SPEED FURNACE CC5A CD5AA060 56 000 TDR 13 50 11 45 CD5PX060 58 000 TDR TXV 14 00 11 90 CE3AA060 58 000 TDR...

Page 24: ...19 25 17 72 2 83 72 29 77 16 61 1 59 28 25 16 06 1 80 26 65 15 48 2 04 24 95 14 87 2 29 23 10 14 22 2 56 21 05 13 51 2 84 Multipliers for Determining the Performance With Other Indoor Sections Indoor...

Page 25: ...61 1 59 28 25 16 06 1 80 26 65 15 48 2 04 24 95 14 87 2 29 23 10 14 22 2 56 21 05 13 51 2 84 Multipliers for Determining the Performance With Other Indoor Sections Indoor Section Size Cooling Indoor S...

Page 26: ...6 2 54 19 25 17 72 2 83 72 29 77 16 61 1 59 28 25 16 06 1 80 26 65 15 48 2 04 24 95 14 87 2 29 23 10 14 22 2 56 21 05 13 51 2 84 Multipliers for Determining the Performance With Other Indoor Sections...

Page 27: ...9 28 8 28 8 2 52 27 5 27 5 2 79 25 9 25 9 3 08 24 0 24 0 3 39 57 31 6 31 6 2 08 30 3 30 3 2 29 28 9 28 9 2 53 27 4 27 4 2 79 25 7 25 7 3 07 24 1 24 1 3 39 Multipliers for Determining the Performance W...

Page 28: ...39 57 31 6 31 6 2 08 30 3 30 3 2 29 28 9 28 9 2 53 27 4 27 4 2 79 25 7 25 7 3 07 24 1 24 1 3 39 Multipliers for Determining the Performance With Other Indoor Sections Indoor Section Size Cooling Indo...

Page 29: ...8 3 34 62 31 0 29 5 2 03 29 8 28 8 2 24 28 3 28 0 2 48 26 8 26 8 2 74 25 2 25 2 3 03 23 5 23 5 3 34 57 30 7 30 7 2 03 29 4 29 4 2 24 28 1 28 1 2 47 26 6 26 6 2 74 25 0 25 0 3 02 23 5 23 5 3 34 1125 7...

Page 30: ...7 37 7 37 7 2 48 36 1 36 1 2 74 34 4 34 4 3 04 32 5 32 5 3 36 30 4 30 4 3 71 28 0 28 0 4 08 Multipliers for Determining the Performance With Other Indoor Sections Indoor Section Size Cooling Indoor Se...

Page 31: ...34 3 34 3 3 04 32 4 32 4 3 36 30 3 30 3 3 70 27 9 27 9 4 07 57 37 7 37 7 2 48 36 1 36 1 2 74 34 4 34 4 3 04 32 5 32 5 3 36 30 4 30 4 3 71 28 0 28 0 4 08 Multipliers for Determining the Performance Wit...

Page 32: ...4 32 4 3 36 30 3 30 3 3 70 27 9 27 9 4 07 57 37 7 37 7 2 48 36 1 36 1 2 74 34 4 34 4 3 04 32 5 32 5 3 36 30 4 30 4 3 71 28 0 28 0 4 08 Multipliers for Determining the Performance With Other Indoor Se...

Page 33: ...33 6 33 6 4 80 57 44 6 44 6 2 90 42 6 42 6 3 21 40 6 40 6 3 55 38 4 38 4 3 93 36 0 36 0 4 34 33 7 33 7 4 80 Multipliers for Determining the Performance With Other Indoor Sections Indoor Section Size C...

Page 34: ...4 4 78 62 44 6 44 0 2 90 42 5 42 5 3 21 40 5 40 5 3 55 38 3 38 3 3 92 35 9 35 9 4 34 33 6 33 6 4 80 57 44 6 44 6 2 90 42 6 42 6 3 21 40 6 40 6 3 55 38 4 38 4 3 93 36 0 36 0 4 34 33 7 33 7 4 80 Multipl...

Page 35: ...62 44 6 44 0 2 90 42 5 42 5 3 21 40 5 40 5 3 55 38 3 38 3 3 92 35 9 35 9 4 34 33 6 33 6 4 80 57 44 6 44 6 2 90 42 6 42 6 3 21 40 6 40 6 3 55 38 4 38 4 3 93 36 0 36 0 4 34 33 7 33 7 4 80 Multipliers fo...

Page 36: ...2 41 83 26 78 5 60 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 97 1 00...

Page 37: ...3 26 30 81 4 25 49 82 29 58 4 66 46 09 28 26 5 12 41 83 26 78 5 60 Multipliers for Determining the Performance With Other Indoor Sections Indoor Section Size Cooling Indoor Section Size Cooling Capaci...

Page 38: ...7 26 4 51 58 78 45 79 5 01 54 81 44 20 5 56 50 40 42 45 6 14 45 36 40 50 6 71 72 71 99 39 04 4 06 68 32 37 68 4 52 64 29 36 20 5 03 59 87 34 59 5 58 54 92 32 82 6 17 49 26 30 83 6 75 2250 57 61 66 61...

Page 39: ...27 0 2 64 18 8 136 0 2 96 40 TCG SDT KW 32 9 69 8 1 29 31 2 79 4 1 46 29 5 89 1 1 65 27 8 98 7 1 86 26 0 108 0 2 09 24 3 118 0 2 36 22 5 127 0 2 65 20 6 137 0 2 97 45 TCG SDT KW 36 0 71 1 1 30 34 1 80...

Page 40: ...1 10 38 40 35 60 32 60 29 30 74 30 83 40 92 60 101 70 110 90 120 00 128 90 137 90 2 36 2 67 3 02 3 41 3 84 4 32 4 84 5 41 40 TCG SDT KW 54 00 51 10 48 10 45 20 42 10 39 00 35 70 32 10 76 00 85 10 94 1...

Page 41: ...see Accessory Usage Guideline in this literature 6 For vapor line sizing and capacity losses for interconnecting refrigerant tubing lengths greater than 50 ft consult the Application Guideline and Se...

Page 42: ...42...

Page 43: ...43...

Page 44: ...z The unit will be capable of satisfactory opera tion within voltage limits of _____ v to _____ v Unit electrical power will be single point connection Control circuit will be 24v Special Features Ref...

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