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11

Detailed cooling capacities*

See notes on pg. 20.

EVAPORATOR

AIR

CONDENSER ENTERING AIR TEMPERATURES 

°

F

85

95

105

115

CFM

EWB

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‡

38YDA036-30 Outdoor Section in High-Speed With FK4CNB006 Indoor Section

800

72

43.6

20.8

3.29

41.2

19.8

3.53

38.8

18.8

3.76

36.3

17.9

3.99

67

39.4

24.9

3.19

37.2

23.9

3.41

34.9

22.9

3.62

32.7

21.9

3.83

63‡‡

36.4

24.2

3.11

34.3

23.2

3.32

32.2

22.2

3.52

30.1

21.2

3.70

62

35.6

28.9

3.09

33.6

27.9

3.29

31.5

26.9

3.49

29.4

25.9

3.67

57

32.4

32.4

3.00

30.9

30.9

3.21

29.4

29.4

3.40

27.8

27.8

3.60

900

72

44.9

21.7

3.33

42.4

20.7

3.58

39.9

19.7

3.81

37.3

18.8

4.04

67

40.6

26.3

3.23

38.3

25.3

3.46

36.0

24.3

3.68

33.6

23.3

3.88

63‡‡

37.6

25.6

3.16

35.4

24.6

3.37

33.2

23.6

3.57

30.9

22.5

3.76

62

36.7

30.9

3.13

34.6

29.8

3.34

32.4

28.8

3.54

30.2

27.8

3.73

57

34.1

34.1

3.07

32.5

32.5

3.28

30.9

30.9

3.48

29.2

29.2

3.68

990

72

45.9

22.5

3.37

43.2

21.5

3.62

40.6

20.5

3.86

37.9

19.5

4.08

67

41.6

27.6

3.27

39.2

26.6

3.50

36.7

25.5

3.72

34.2

24.5

3.92

63‡‡

38.5

26.8

3.19

36.2

25.8

3.41

33.9

24.7

3.61

31.5

23.7

3.80

62

37.6

32.6

3.17

35.4

31.5

3.38

33.2

30.5

3.58

30.9

29.4

3.77

57

35.5

35.5

3.12

33.8

33.8

3.33

32.1

32.1

3.54

30.3

30.3

3.75

1100

72

46.9

23.4

3.41

44.2

22.4

3.66

41.4

21.4

3.90

38.7

20.4

4.13

67

42.5

29.1

3.31

40.0

28.0

3.54

37.5

27.0

3.76

34.9

26.0

3.97

63‡‡

39.3

28.2

3.23

37.0

27.1

3.45

34.5

26.1

3.65

32.1

25.0

3.85

62

38.6

34.6

3.21

36.2

33.5

3.43

33.9

32.4

3.63

31.6

31.3

3.82

57

37.0

37.0

3.17

35.2

35.2

3.39

33.4

33.4

3.61

31.5

31.5

3.82

1225

72

47.8

24.4

3.44

45.0

23.4

3.70

42.2

22.4

3.94

39.3

21.4

4.17

67

43.4

30.7

3.35

40.8

29.6

3.58

38.1

28.6

3.81

35.5

27.6

4.01

63‡‡

40.2

29.7

3.27

37.7

28.7

3.49

35.2

27.6

3.70

32.7

26.5

3.89

62

39.4

36.8

3.25

37.0

35.7

3.47

34.7

34.5

3.68

32.7

32.7

3.89

57

38.5

38.5

3.23

36.6

36.6

3.46

34.7

34.7

3.68

32.7

32.7

3.89

Multipliers for Determining the Performance With Other Indoor Sections

Indoor 

Section

Size

Cooling

Indoor 

Section

Size

Cooling

Capacity

Sensible††

Power

Capacity

Sensible††

Power

F(A,B)4ANF

036

0.90

0.90

1.07

CE3AA

036

0.90

0.89

1.02

F(A,B)4AN(F,B)

042

0.94

0.93

1.06

042

0.93

0.92

1.03

FC4BN(F,B)

042

0.94

0.93

1.06

CJ5A/CK5A/CK5BA

036

0.93

0.93

1.05

FC4BNF

036

0.90

0.90

1.07

CJ5A/CK5A/CK5BN

042

0.93

0.93

1.05

FK4CNB

006

1.00

1.00

1.00

CK3BA

036

0.92

0.92

1.09

FK4CNF

001

0.90

0.90

1.01

042

0.93

0.93

1.04

002

0.91

0.91

1.02

COILS + 58MVP080-14 VARIABLE-SPEED FURNACE

003

0.94

0.93

0.99

CC5A/CD5A/CD5BA

036

0.93

0.91

1.02

005

0.96

0.96

1.00

042

0.93

0.91

1.02

CC5A/CD5A/CD5BA

036

0.94

0.94

1.07

CC5A/CD5A/CD5BW

042

0.93

0.89

1.01

042

0.94

0.94

1.07

CD5A/CD5BW

036

0.93

0.91

1.02

CC5A/CD5A/CD5BW

042

0.94

0.94

1.07

CD3(A,B)A

036

0.93

0.91

1.02

CD5A/CD5BW

036

0.94

0.94

1.07

042

0.93

0.91

1.02

CD3(A,B)A

036

0.94

0.94

1.07

CE3AA

036

0.90

0.90

1.01

042

0.94

0.94

1.07

042

0.93

0.93

1.01

CE3AA

036

0.93

0.93

1.07

CJ5A/CK5A/CK5BA

042

0.93

0.93

1.04

042

0.94

0.94

1.08

CJ5A/CK5A/CK5BW

036

0.93

0.93

1.04

CF5AA

036

0.93

0.93

1.07

CK3BA

036

0.93

0.93

1.04

CJ5A/CK5A/CK5BA

036

0.94

0.94

1.09

042

0.93

0.93

1.04

042

0.94

0.94

1.09

COILS + 58MVP100-20 VARIABLE-SPEED FURNACE

CJ5A/CK5A/CK5BN

042

0.94

0.94

1.09

CC5A/CD5A/CD5BA

036

0.93

0.91

1.01

060

0.96

0.96

1.11

042

0.93

0.91

1.01

CJ5A/CK5A/CK5BW

036

0.94

0.94

1.09

CC5A/CD5A/CD5BW

042

0.93

0.90

1.00

CK3BA

036

0.94

0.94

1.09

CD5A/CD5BW

036

0.93

0.91

1.01

042

0.94

0.94

1.09

CD3(A,B)A

036

0.93

0.91

1.01

COILS + 58MVP060-14 VARIABLE-SPEED FURNACE

042

0.93

0.91

1.01

CC5A/CD5A/CD5BA

036

0.93

0.91

1.03

CE3AA

036

0.90

0.90

1.01

042

0.93

0.91

1.03

042

0.93

0.93

1.01

CC5A/CD5A/CD5BW

042

0.93

0.89

1.02

CJ5A/CK5A/CK5BA

042

0.93

0.93

1.02

CD5A/CD5BW

036

0.93

0.91

1.03

CJ5A/CK5A/CK5BW

036

0.93

0.93

1.02

CD3(A,B)A

036

0.93

0.91

1.03

CK3BA

036

0.93

0.93

1.03

042

0.93

0.91

1.03

042

0.93

0.93

1.02

Summary of Contents for SYNERGY 2000 38YDA

Page 1: ...d field stripped lead wire connections facilitate ease of installation Range of Sizes Available in 3 nominal sizes 036 048 and 060 to meet the needs of residential applications Weather Armor II Cabine...

Page 2: ...tandard Features An electronic control eliminates excessive wiring and features selectable second stage latching TimeGuard II short cycle protection a malfunction output signal to the indoor thermosta...

Page 3: ...to the evaporator in response to the superheat of the refrigerant gas leaving the evaporator Kit includes valve adapter tubes and external equalizer tube Both hard shutoff and RBP valves are available...

Page 4: ...greater than 30 C 86 F consult Table 310 16 of the NEC ANSI NFPA 70 The ampacity of nonmetallic sheathed cable NM trade name ROMEX shall be that of 60 C 140 F conductors per the NEC ANSI NFPA 70 Artic...

Page 5: ...ambient in heating mode is 66 F 4 Series designation is the 13th position of the unit model number 5 Center of gravity NOTES AIR DISCHARGE 3 8 IN DIA LIQUID LINE CONN AIR DISCHARGE AIR DISCHARGE AIR I...

Page 6: ...ING CAPACITY 1000 BTU HR OUTDOOR TEMPERATURE 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 A 38YDA036 FK4CNB00...

Page 7: ...80 76 70 CK3BA042 1200 800 37 000 21 000 14 40 34 000 20 200 7 80 76 70 COILS 58MVP080 14 VARIABLE SPEED FURNACE CC5A CD5A CD5BA036 1200 800 37 000 21 000 14 70 33 000 20 800 8 00 76 70 CC5A CD5A CD5B...

Page 8: ...BA042 1070 810 37 000 21 000 14 80 34 000 20 200 8 00 76 70 CJ5A CK5A CK5BW036 1070 810 37 000 21 000 14 80 34 000 20 200 8 00 76 70 CK3BA036 1090 815 37 000 21 000 14 80 34 000 20 200 8 00 76 70 CK3B...

Page 9: ...5 995 47 000 26 600 13 50 47 000 25 600 7 80 78 72 CD3 A B A048 1475 1000 47 000 26 600 13 50 47 000 25 600 7 80 78 72 CD3 A B A060 1470 995 47 000 26 600 13 50 47 000 25 600 7 80 78 72 CD3CA048 1435...

Page 10: ...p Heating Performance tables Normally the high tempera ture COP is calculated at 47 F and the low temperature COP is calculated at 17 F The formula for calculating the COP is as follows COP THC total...

Page 11: ...4 36 8 3 25 37 0 35 7 3 47 34 7 34 5 3 68 32 7 32 7 3 89 57 38 5 38 5 3 23 36 6 36 6 3 46 34 7 34 7 3 68 32 7 32 7 3 89 Multipliers for Determining the Performance With Other Indoor Sections Indoor Se...

Page 12: ...5 5 27 6 4 01 63 40 2 29 7 3 27 37 7 28 7 3 49 35 2 27 6 3 70 32 7 26 5 3 89 62 39 4 36 8 3 25 37 0 35 7 3 47 34 7 34 5 3 68 32 7 32 7 3 89 57 38 5 38 5 3 23 36 6 36 6 3 46 34 7 34 7 3 68 32 7 32 7 3...

Page 13: ...6 24 1 16 1 1 83 22 4 15 6 1 99 67 25 1 23 1 1 49 23 5 22 5 1 65 22 0 21 8 1 81 20 6 20 6 1 97 63 23 2 22 1 1 49 21 8 21 4 1 65 20 4 20 4 1 80 19 1 19 1 1 94 62 24 6 24 6 1 49 23 3 23 3 1 65 22 0 22 0...

Page 14: ...4 21 3 21 3 1 80 20 1 20 1 1 95 1200 72 27 5 17 2 1 49 25 8 16 7 1 66 24 1 16 1 1 83 22 4 15 6 1 99 67 25 1 23 1 1 49 23 5 22 5 1 65 22 0 21 8 1 81 20 6 20 6 1 97 63 23 2 22 1 1 49 21 8 21 4 1 65 20 4...

Page 15: ...28 9 5 68 50 8 27 9 6 04 67 54 5 39 6 4 80 51 8 38 5 5 13 49 1 37 5 5 47 46 3 36 4 5 80 63 50 6 38 4 4 68 48 1 37 3 5 00 45 6 36 2 5 32 42 9 35 1 5 61 62 49 9 47 9 4 66 47 6 46 7 4 98 45 2 45 2 5 30 4...

Page 16: ...7 34 5 5 72 63 49 9 36 6 4 62 47 4 35 5 4 94 44 9 34 5 5 24 42 3 33 3 5 53 62 49 0 45 4 4 59 46 7 44 2 4 91 44 3 43 1 5 21 41 9 41 7 5 50 57 47 7 47 7 4 55 45 8 45 8 4 87 43 9 43 9 5 20 41 8 41 8 5 5...

Page 17: ...8 2 23 27 3 27 3 2 43 25 8 25 8 2 63 57 30 4 30 4 2 02 28 9 28 9 2 23 27 3 27 3 2 43 25 8 25 8 2 63 1450 72 35 0 21 5 2 03 32 9 20 9 2 26 30 8 20 2 2 48 28 8 19 6 2 70 67 31 9 28 9 2 03 30 0 28 1 2 25...

Page 18: ...28 1 2 21 26 6 26 6 2 41 25 1 25 1 2 60 1325 72 34 7 20 6 2 01 32 7 20 0 2 24 30 6 19 3 2 47 28 6 18 6 2 68 67 31 6 27 4 2 02 29 7 26 7 2 23 27 8 25 9 2 44 26 0 25 2 2 64 63 29 2 26 3 2 02 27 4 25 5 2...

Page 19: ...0 51 8 51 8 5 75 49 3 49 3 6 09 46 7 46 7 6 41 2025 72 66 6 35 0 5 89 63 1 33 8 6 29 59 6 32 6 6 66 55 9 31 3 7 01 67 61 0 45 5 5 70 57 7 44 2 6 07 54 3 42 9 6 41 50 9 41 6 6 72 63 56 7 44 0 5 56 53 6...

Page 20: ...10 57 35 9 35 9 2 12 35 9 35 9 2 47 36 0 36 0 2 82 35 7 35 7 3 18 1500 72 37 7 22 3 2 07 35 8 21 7 2 46 33 8 21 1 2 82 31 6 20 4 3 14 67 34 5 29 8 2 16 32 7 29 1 2 52 30 8 28 3 2 84 28 8 27 5 3 13 63...

Page 21: ...r Indoor Sections Indoor Section Size Heating Indoor Section Size Heating Capacity Power Capacity Power F A B 4ANF 036 0 97 1 15 COILS 58MVP080 14 VARIABLE SPEED FURNACE F A B 4AN F B 042 0 97 1 12 CC...

Page 22: ...900 13 5 12 4 2 12 17 5 16 1 2 34 21 7 19 8 2 58 26 2 23 2 2 83 27 7 24 2 2 91 990 13 7 12 6 2 13 17 7 16 3 2 35 22 0 20 0 2 59 26 5 23 6 2 82 28 0 24 6 2 90 1100 13 9 12 8 2 14 18 0 16 5 2 36 22 3 2...

Page 23: ...ILS 58MVP080 14 VARIABLE SPEED FURNACE F A B 4AN F B 042 1 02 1 28 CC5A CD5A CD5BA 036 0 96 1 08 FC4BN F B 042 1 02 1 28 042 0 96 1 08 FC4BNF 036 1 02 1 33 CC5A CD5A CD5BW 042 0 96 1 09 FK4CNB 006 1 0...

Page 24: ...3 0 1 39 16 9 15 4 1 45 20 1 20 1 1 52 23 7 23 7 1 59 950 15 0 13 2 1 39 17 2 15 6 1 43 20 4 20 4 1 50 24 1 24 1 1 56 1075 15 2 13 3 1 38 17 4 15 8 1 43 20 7 20 7 1 48 24 4 24 4 1 54 Multipliers for D...

Page 25: ...9 8 3 64 37 5 32 3 3 84 Multipliers for Determining the Performance With Other Indoor Sections Indoor Section Size Heating Indoor Section Size Heating Capacity Power Capacity Power F A B 4AN F B 048 1...

Page 26: ...16 2 14 9 2 61 22 1 20 3 2 93 27 8 25 3 3 25 33 6 29 8 3 56 37 6 32 4 3 76 1470 16 5 15 2 2 65 22 4 20 6 2 96 28 2 25 7 3 27 34 0 30 2 3 57 38 0 32 8 3 76 1625 16 8 15 5 2 68 22 8 21 0 2 99 28 6 26 0...

Page 27: ...Determining the Performance With Other Indoor Sections Indoor Section Size Heating Indoor Section Size Heating Capacity Power Capacity Power F A B 4AN F B 048 1 00 1 26 CJ5A CK5A CK5BX 060 0 98 1 02 0...

Page 28: ...31 8 2 03 1200 21 5 18 5 1 85 23 1 21 1 1 88 27 3 27 3 1 95 32 1 32 1 2 01 1325 21 7 18 7 1 85 23 4 21 2 1 88 27 6 27 6 1 94 32 4 32 4 1 99 1450 21 9 18 9 1 86 23 5 21 4 1 88 27 8 27 8 1 93 32 7 32 7...

Page 29: ...4 7 3 57 32 8 29 9 3 94 39 3 34 9 4 31 49 2 49 2 4 87 1650 21 4 19 7 3 28 27 2 25 0 3 62 33 2 30 3 3 97 39 8 35 3 4 34 49 8 49 8 4 89 1835 21 8 20 0 3 34 27 6 25 4 3 67 33 7 30 7 4 02 40 3 35 8 4 38 5...

Page 30: ...115 27 7 27 7 2 27 30 9 30 9 2 32 35 7 35 7 2 37 1240 28 0 28 0 2 25 31 2 31 2 2 29 36 1 36 1 2 33 1365 28 2 28 2 2 24 31 5 31 5 2 28 36 5 36 5 2 30 1500 28 5 28 5 2 24 31 7 31 7 2 26 36 8 36 8 2 28 1...

Page 31: ...f indoor coil above or below base of outdoor unit is indoor coil above 50 ft indoor coil below 100 ft 9 Interconnecting refrigerant tubing is limited to a maximum equivalent of 100 ft 10 Not more than...

Page 32: ...wledge of the equipment discussed in this manual including Unit Familiarization Maintenance Installation Overview Operating Sequence A large selection of product theory and skills programs is availabl...

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