Compressor_catalog_copeland

5 0

H E R T Z

C O P E L A M E T I C

THE INDUSTRY STANDARD

®

C O M P R E S S O R S

SEMI-HERMETIC COMPRESSORS

Contents Page

Page

Description of Product . . . . . . . . . . . . . . . . . . . 2

Copeland Discus™ Compressor Section Features . . . . . . . . . . . . . . . . . . . . . . . . .85 Copela lan nd Dis isccus us™ ™ Story . . . . . . . . . . . . . . . . 85

Conventional Compressor Section Features . . . . . . . . . . . . . . . . . . . . . . . . . 5 Conv Co nven enti tion onal al Co Cope pela lame meti ticc Sto tory ry . . . . . . . . . . . . . 5

Compressor Capacity – 50 Hertz Refr Re frig iger eran antt Co Cool oled ed . . . . . . Tandems . . . . . . . . . . . Capa Ca paci city ty Co Cont ntro roll . . . . . . . Capa Ca paci city ty Co Cont ntro roll Tan ande dems ms . .

Compressor Capacity – 50 Hertz Air Cooled . . . . . . . . . . . . . . . . . . . 6 to 15 Refr Re frig iger eran antt Co Cool oled ed . . . . . . . . . . . . . . . 16 to 25 Tandems . . . . . . . . . . . . . . . . . . . 26 to 29 Cap Ca paci city ty Cont ntro roll . . . . . . . . . . . . . . . . . 30, 31 Cap Ca pac acit ityy Co Cont ntro roll Tan ande dems ms . . . . . . . . . . . . 32 32,, 33 Two-Stage . . . . . . . . . . . . . . . . . . . . . . 34 Two-S -Sttag age e Tande dems ms . . . . . . . . . . . . . . . . . 35 Mechanical, Electrical Specifica Specifications tions Air Cooled . . . . . . . . . . . . . . . . . . . 36 to 39 Refr Re frig iger eran antt Co Cool oled ed . . . . . . . . . . . . . . . 40 to 43 Tandems . . . . . . . . . . . . . . . . . . . . . 4 4, 4, 45 Cap Ca paci city ty Cont ntro roll . . . . . . . . . . . . . . . . . 46, 47 Cap Ca pac acit ityy Co Cont ntro roll Tan ande dems ms . . . . . . . . . . . . 48 48,, 49 Two-Stage . . . . . . . . . . . . . . . . . . . . 50, 51 Two-S -Sttag age e Tande dems ms . . . . . . . . . . . . . . . 50, 51 Dimens Dime nsio ions ns,, Ph Phot otog ogra raph phss . . . . . . Rating Condit itiions . . . . . . . . . . Application Requirements Requirements . . . . . . Elec El ectr tric ical al Ap Appl plic icat atio ion n In Info form rmat atio ion n . . Application Options Options . . . . . . . . . Conversion Chart . . . . . . . . . . Application Bulletin Listing Listing . . . . . . Sing Si ngle le Co Comp mpre ress ssor or No Nome menc ncla latu ture re . . Tan ande dem m Co Comp mpre ress ssor or No Nome menc ncla latu ture re .

. . . . . . . . . . . . . . . . . .

. . . . . . . . .

. . . . . . . . . . . . . . . . . .

. . . . . . . . . . . . . . . . . .

52 to 54 . . . 55 . . . 55 . . . 56 . . . 57 . . . 57 . . . 58 . . . 59 . . . 60

. . . . . . . . .

. . . . . . . . .

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. . . . . . . . .

. . . . . . . . .

. . . . . . . . .

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. . . .

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. . . .

. . . .

. . 86 to 93 . . 94 to 99 . 10 100 0 to 10 109 9 . 110 to 119

Mechanical, Electrical Specifica Specifications tions Refr frig ige era ran nt Coole led d . . . . . . . Tandems . . . . . . . . . . . . Capa Ca paci city ty Co Cont ntro roll . . . . . . . . . Capa Ca paci city ty Co Cont ntro roll Tan ande dems ms . . . .

. . . .

. . . .

. . . .

. . . .

. . . .

. . . .

Compressor Capacity – 50 Hertz Refr frig ige era ran nt Cool oole ed . . . . . Tandems . . . . . . . . . . Capa Ca paci city ty Co Cont ntro roll . . . . . . . Capa Ca paci city ty Co Cont ntro roll Tan ande dems ms . .

Mechanical, Electrical Specifica Specifications tions Air Cooled . . . . . . . . . . . . . . . . . . . 70 to 73 Refrigerant Coole led d . . . . . . . . . . . . . . . 74, 75 . . . . . . . . .

. . . .

120 to 12 120 123 3 124 to 127 128 12 8 to 13 133 3 134 13 4 to 13 137 7

HFC HF C Copeland Discus™ Compressor Section Features . . . . . . . . . . . . . . . . . . . . . . . 151 HFC HF C Co Cope pela land nd Di Disc scus us™ ™ Sto tory ry . . . . . . . . . . . . . 151 151

Compressor Capacity – 50 Hertz Air Cooled . . . . . . . . . . . . . . . . . . . 64 to 68 Refrigerant Cooled . . . . . . . . . . . . . . . . . 69

. . . . . . . . .

. . . .

Dim ime ensi sio ons ns,, Ph Pho oto tog gra raph phss . . . . . . . . . . . . . . . 13 138 8 Rating Conditions . . . . . . . . . . . . . . . . . . . 139 Application Requirements Requirements . . . . . . . . . . . . . 139, 140 Elec El ectr tric ical al Ap Appl plic icat atio ion n In Info form rmat atio ion n . . . . . . . . . . . . 14 141 1 Application Options Options . . . . . . . . . . . . . . . . . . 142 Conversion Chart . . . . . . . . . . . . . . . . . . . 142 Dema De mand nd Co Cool olin ing g In Info form rmat atio ion n . . . . . . . . . . . . . . 14 143 3 Conve Co nventi ntiona onall to to Dis Discus cus Cro Cross ss Re Refer feren ence ce . . . . . 14 144, 4, 14 145 5 Application Bulletin Listing . . . . . . . . . . . . . . . 146 Sing Si ngle le Co Comp mpre ress ssor or No Nome menc ncla latu ture re . . . . . . . . . . . 14 147 7 Tan ande dem m Co Comp mpre ress ssor or No Nome menc ncla latu ture re . . . . . . . . . . 14 148 8

HFC Conventional Compressor Section Features . . . . . . . . . . . . . . . . . . . . . . . . .63 HFC HF C Co Conv nven enti tion onal al Co Cope pela lame meti ticc Sto tory ry . . . . . . . . . . 63

Dimens Dime nsio ions ns,, Ph Phot otog ogra raph phss . . . . . Rating Condit itiions . . . . . . . . . Application Requirements Requirements . . . . . Elec El ectr tric ical al Ap Appl plic icat atio ion n In Info form rmat atio ion n . Application Options Options . . . . . . . . Conversion Chart . . . . . . . . . Refr Re frig iger eran antt Ch Chan ange geov over er Gu Guid idel elin ines es Application Bulletin Listing Listing . . . . Comp mpre ress sso or Nom ome enc ncla latu ture re . . . .

. . . .

. . . .

. . . .

. . . .

. . . .

. . . .

. . . .

. . . .

. . . .

152 to 15 152 159 9 160 to 165 166 16 6 to 17 171 1 172 17 2 to 17 177 7

Mechanical, Electrical Specifica Specifications tions Refr frig ige era ran nt Coole led d . . . . . . . Tandems . . . . . . . . . . . . Capa Ca paci city ty Co Cont ntro roll . . . . . . . . . Capa Ca paci city ty Co Cont ntro roll Tan ande dems ms . . . .

. . . .

. . . .

. . . .

. . . .

. . . .

. . . .

178 to 18 178 181 1 . 182, 183 184 18 4 to 18 187 7 188 18 8 to 19 191 1

Dim ime ensi sio ons ns,, Ph Pho oto tog gra raph phss . . . . . . . . . . . . . . . 19 192 2 Rating Conditions . . . . . . . . . . . . . . . . . . . 193 Application Requirements Requirements . . . . . . . . . . . . . 193, 194 Elec El ectr tric ical al Ap Appl plic icat atio ion n In Info form rmat atio ion n . . . . . . . . . . . . 19 195 5 Application Options Options . . . . . . . . . . . . . . . . . . 196 Conversion Chart . . . . . . . . . . . . . . . . . . . 196 Refr Re frig iger eran antt Ch Chan ange geov over er Gu Guid idel elin ines es . . . . . . . . . . 19 197 7 Application Bulletin Listing Listing . . . . . . . . . . . . . . . 198 Sin ingl gle e Co Comp mpre ress ssor or No Nome menc ncla latu ture re . . . . . . . . . . . 19 199 9 Tan ande dem m Co Comp mpre ress ssor or No Nome menc ncla latu ture re . . . . . . . . . . 20 200 0

76, 77 76, . . 78 . . 78 . . 79 . . 79 . . 79 . . 80 . . 81 . . 82

1

PRODUCT DESCRIPTION Copelametic®, the reliable semi-hermetic compressor line for the commercial refrigeration and air conditioning market, is a trademark that signifies the unique position of Emerson Climate Technologies as the world leader in accessible hermetic compressors. Reliable semi-hermetic compressors have been the backbone of the commercial refrigeration and air conditioning business ever since Copeland Corporation (now Emerson Climate Technologies, Inc.) invented the first accessible hermetic motor compressor 50 years ago. A continuing evolution of compressor design improvements, and advanced manufacturing technology, have contributed to this leading position. The commitment of Emerson Climate Technologies to its customers is represented in significant financial investments to meet today’s market requirements: high energy efficiency; the rugged reliability and long-life so crucial in commercial applications; focused manufacturing providing dependable delivery and consistent compressor quality; and responsive after sales service to serve you, our customer . customer . The Copelametic motor compressors described in this book are produced by the world’s largest manufacturer of semihermetic compressors. These accessible hermetic compressors consist of a compressor mechanism and a matched motor enclosed in a bolted together cast iron housing. No shaft seals are required, and each compressor can be disassembled in the field for service. The Conventional Copelametic compressor was the first semi-hermetic compressor produced by Emerson Climate Technologies. The popularity of having the motor inside the casting with the compressor grew until it became the full line of Conventional compressors we have today. The Copeland Discus™ compressor, with a unique conical discharge valve, illustrates our commitment to develop new innovative concepts to serve the market needs of our customers. This new valve increases both compressor capacity and efficiency. Refrigerant 22 (HCFC-22) is becoming an increasingly important refrigerant. Recognizing this importance, Emerson Climate Technologies has introduced a broad range of products for use with HCFC-22. Compressor designs from 1/4 through 120 horsepower (.19 through 89.5 kilowatt), in both Conventional and Copeland Copeland Discus™ Discus™ designs, are now demonstrat demonstrating ing excellent performance and reliability in many high, medium, and low temperature applications. In addition, innovative new technologies such as Demand Cooling are gaining popularity due to simplicity of design and a proven ability to maintain efficiency. Emerson Climate Technologies has led the industry in CFC alternatives for refrigeration applications. The compressors approved for these HFC refrigerants are shown in this book under the appropriate HFC tabs. This book has been designed to assist you in selecting the right compressor for the right application. It is divided into four sections to help you with your selections:

Copelametic Manufacturing Plant

Copelametic Component Machining

Copelametic Compressor Assembly

• Conventional Compressors (R12, 22, 502) Compressors (R404A, 407A, 507) • HFC Conventional Compressors Discus™ Compressors (R12, 22, 502) • Copeland Discus™ • HFC Discus Compressors (R134a, 404A, 407A, 507) Fifty hertz compressor capacity in three different units is shown. Full mechanical, electrical, and application information follows the capacity information in each section. The Copelametic ® compressor product line follows in these pages. We at Emerson Climate Technologies are committed to give you the right Copelametic compressor and the support you need for your applications, now and in the future.

2

Copelametic Life Testi Testing ng

Conventional Compressors

Over fifty years of semi-hermetic success goes into each Conventional Copelametic Compressor Compressor..

3

C O N V E N T I O N A L

CONVENTIONAL COMPRESSORS

FEATURES

CONVENTIONAL COPELAMETIC STORY

• Wide 50 and 60 Hertz Selection Range

The Conventional Copelametic compressor has been produced by Emerson Climate Technologies since 1941. It was the first successful compressor to operate with an electric motor inside the compressor casting. As its populari popularity ty grew grew,, the product line was expanded until it reached the 80 horse power, 59.7 kilowatt, size that we have today .

/4 to 80 Horsepower

1

.19 to 59.7 Kilowatts

• Proven Copeland

®

Brand Products

Dependability

Commer cial • Extensive Selection of Models for Commer cial

Conventional Copelametic compressors in this section of the catalog are found in the following order:

Refrigeration, Air Conditioning, and Heat Pump Duty

•

Rugged, Compact Construction for HeavyDuty Usage

• Air Cooled • Refrigerant Cooled • Tandem • Capacity Control • Capacity Control Tandem • Two-Stage • Two-Stage Tandem

• Easily Accessible for Maintenance • Wide Voltage Selection • Full Maximum Load Rundown Capability

Air and Refrigeran Refrigerantt Cooled refers to to the type type of compressor motor cooling. Tandem compressors are those produced when two single compressors are bolted together to make one large compressor. In order to regulate the output of the compressor, Capacity Control compressors can be used as shown in their respective pages. Compressors that compress the refrigerant in two steps are shown in the pages labeled Two-Stage.

• Motor Protection on All Models • Oil Sight Glass on All Models Except H • “Sentronic” Compatible

Oil Pump Included on N, M, 9, 4, and 6 Models

• Capacity

Control, Tandem, and Two-Stage Models Available

We are proud to offer you the following full line of our popular Conventional Copelametic compressors.

• More R22 Application Range

5


50 HERTZ

CAPACITY

AIR COOLED

R12

MODEL

HP kW

CFH m 3 /hr 50HZ

CONDENSING TEMPERATURE °F °C

100 .25 HAK -0025 .19

100 .33 HAJ -0033 .25

100 .50 HAG -0050 .37

KAN -0050 .50 (LT) .37

25 – 3. 3.9

15 – 9. 9.4

5 – 15 15

0 – 17 17.8

54.4

37.8

54.4

1 3 40 40

–5 –2 – 20.6

– 10 – 23 23.3

– 20 –2 – 28.9

– 30 – 34 34.4

– 40 – 40 40

1 55 0

13 50

99 0

69 0

4 40

39 0

3 40

25 0

17 0

11 0

45 0 11 0 0

4 00 9 20

29 0 60 0

20 0 33 0

1 30 1 00

28 0

2 30

15 0

80

32 0 11 5 0

2 70 9 75 75

18 0

10 0

2 64 64 0

2 0 50 50

1 56 56 0

67 0

5 20

39 0

3 40

29 0

2 50

77 0 1 96 0

6 00 1 49 49 0

46 0 11 0 0

3 90 9 30

34 0 79 0

2 90 6 60

49 0

3 80

28 0

2 30

20 0

1 70

57 0

4 40

32 0

2 70

23 0

1 90

54.4

100

37.8

93.5 2.65 54.4

37.8

111 3.14

100

54.4

6 93 93 0

5 65 65 0

4 5 50 50

3 57 57 0

2 7 10 10

1 98 98 0

1 68 68 0

1 75 0

1 42 0

11 5 0

90 0

6 80

50 0

4 20

2 03 0 5 24 24 0

1 66 0 4 21 21 0

13 30 3 3 20 20

1 05 0 2 54 54 0

7 90 1 8 40 40

58 0 1 27 27 0

4 90 1 03 03 0

100

1 06 06 0

840

64 0

4 60

32 0

2 60

1 23 23 0 6 51 51 0

970 5 3 40 40

74 0 4 31 31 0

5 40 3 4 10 10

36 0 2 66 66 0

3 00 2 32 32 0

23 0 2 02 02 0

1 97 0

1 64 0

13 50

1 09 0

8 60

67 0

5 80

51 0

2 29 0 6 08 08 0

1 91 0 5 07 07 0

15 60 4 1 60 60

1 2 6 0 1 00 00 0 3 36 36 0 2 6 10 10

78 0 1 99 99 0

6 80 1 71 71 0

59 0 1 47 47 0

20 0

1 7 50 50 4 40

5 10 1 2 50 50

1 53 0

1 28 0

1 0 50

85 0

6 60

50 0

4 30

37 0

1 78 0

1 49 0

1 2 20 12

98 0

7 60

58 0

5 00 3 6 10 10

43 0 3 10 10 0

4 00 2 6 20 20

1 93 93 0

1 28 28 0

9 10

78 0

6 60

49 0

32 0

1 80

10 60 27 00

91 0 2 28 0

7 70 19 10

57 0 1 29 0

38 0 75 0

2 10 2 90

37.8

54.4

37.8

181 5.12 130

35 0

40 0 78 0

1 54 0 7 81 81 0

167 4.73 130

1 37 37 0

1 32 0

54.4

(LT) Oil pump is required for R22LT only. Use A or B in place of  in model number.

6

3 20

6 80

57 0

4 80

33 0

19 0

7 90

67 0 3 30 30 0

5 60 2 8 20 20

38 0 1 96 96 0

22 0 1 23 23 0

45 7.2

35 1.7

7 91 91 0

6 36 36 0

5 04 04 0

1 99 99 0

1 60 60 0

1 27 27 0

2 32 32 0 6 06 06 0

1 86 86 0 4 85 85 0

1 48 48 0 3 81 81 0

25

54.4

130

55 12.8

30

37.8

37.8

130

.50 KAJ -0050 .37

35 1.7

37.8

100

100

.50 KAH -0050 .37

R22

69.7 1.97

130

.50 KAE -0050 .37

WATTS

63.4 1.79 130

.50 HAJ-0050 .37

45 7.2

69.7 1.97 130

KCALS/ KCA LS/ HOU HOUR R

EVAPORATING EVAPORA TING TEMPERATURE °F/ °C 55 12.8

85.2 2.41 130

BTUS/HOUR

7 00 00

70

80 6 10 10

83 0

7 10

49 0

31 0

1 50

97 0 2 33 0

8 30 19 70

57 0 1 32 0

36 0 76 0

1 80 2 70

59 0

5 00

33 0

19 0

70

68 0

5 80

39 0

22 0

80

1 5 30

12 20

1 78 78 0

1 42 42 0

9 60

11 20 20

CONVENTIONAL COMPRESSORS BTUS/HOUR

CAPACITY

KCALS/ KCA LS/ HOU HOUR R

WATTS

R22

R502 EVAPORATING EVAPORA TING TEMPERATURE °F/ °C

25 – 3.9

15 – 9.4

5 – 15

0 – 17.8

3 70 70 0

2 86 86 0

2 1 70 70

1 88 88 0

9 30

72 0

5 50

1 0 80 2 72 72 0

84 0 2 08 08 0

6 40 1 5 70 70

–5 – 20.6

– 10 – 23.3

– 20 – 28.9

– 30 – 34.4

– 40 – 40

45 7.2

35 1.7

25 – 3.9

15 – 9.4

5 – 15

0 – 17.8

–5 – 20.6

– 10 – 23.3

– 20 – 28.9

– 30 – 34.4

– 40 – 40

9 80

47 0

55 0 1 36 36 0

6 90

52 0

4 00

8 00 4 1 70

61 0 3 27 0

4 60 25 20

40 0 2 20 0

34 0

1 0 50

82 0

6 40

55 0

1 2 20 3 1 40

96 0 2 43 0

7 40 18 40

64 0 1 58 0

19 10 4 80

5 60 13 40

7 90

61 0

4 60

40 0

9 20

71 0

5 40

46 0 3 01 0

3 90 25 80

340

2 19 0

15 00

95 0

53 0 53

3 41 0

29 90

2 61 0

19 40

14 00

76 0

650

5 50

3 80

24 0

1 30

86 0

7 50

66 0

4 90

3 50

2 50

88 0 2 09 0

760 17 70

6 40 1 47 0

4 40 9 30

28 0 48 0

1 60 12 0

1 00 0 2 36 0

8 80 20 30

76 0 1 73 0

570 12 20

4 10 83 0 83

2 90 5 40

53 0

450

3 70

2 30

12 0

30

59 0

5 10

44 0

310

2 10

1 40

61 0

520

4 30

2 70

14 0

40

69 0

5 90

51 0

360

2 40

1 60

7


50 HERTZ

CAPACITY

AIR COOLED

R12

MODEL

HP kW

CFH m 3 /hr 50HZ


100 .75 KAN -0075 .56

45 7.2

35 1.7

15 – 9.4

5 – 15

0 – 17.8

–5 –20.6

– 10 – 23.3

– 20 –28.9

– 30 – 34.4

– 40 – 40

54.4

37.8

130

54.4

100

37.8

140 3.96 54.4

37.8

153 4.33 130

100

54.4

5 69 0

44 30

3 37 0

2 93 0

2 49 0

21 20

2200

1 800

1430

1120

850

740

630

530

380

250

150

3140 2570 8420 6 860

2090 5520

1 670 4340

1300 3310

990 2460

860 2110

730 1760

620 1490

450 990

300 570

180 240

2700

2120

100

55 12.8

45 7.2

35 1.7

1 20 00

9 75 0

7 75 0

3 02 0

2 46 0

1 95 0

3 52 0 9 33 0

2 86 0 7 49 0

2 27 0 5 92 0

2 35 0

1 89 0

1 49 0

2 73 0

2 19 0

1 73 0

6 10

1730

1390

1 090

830

620

530

440

380

250

140

60

1620 7 66 0

1270 6 18 0

970 4 85 0

720 3 72 0

620 3 23 0

520 2 78 0

440 2 38 0

290

170

70

11 60

2830

1930

1560

1220

940

810

700

3280 2 740 2240 87 10 7 18 0 58 80

2360

1810 4 74 0

1420 36 50

1090 2 75 0

950 2 36 0

810 2 01 0

600

700 17 00

2200

1810

1 480

1190

920

690

590

510

2550

2100

1 720

1390

1070

810

690

590 3 94 0

500 3 33 0

2 50 0

1 80 0

990

840

630

460

1150 3 06 0

980 25 70

37.8

54.4

37.8

261 7.39 130

1 52 0 10 10

2470 2010 11 20 0 9 3 50

211 5.97 130

.75 KAL -0075 .56

25 – 3.9

37.8

100

100

.75 KAA -0075 .56

R22

111 3.14

130

.75 KAG -0075 .56

WATTS

EVAPORATING TEMPERATURE °F/ °C 55 12.8

1 07 00 8 77 0 71 40 KAM -0075 .75 (LT) .56

KCALS/ HOUR

93.5 2.65 130

.75 KAE -0075 .56

BTUS/HOUR

54.4

430

730 530 1 85 0 1 22 0

770

650

470

310

900 5 07 0

750 4 41 0

540 3 26 0

360 2 33 0

1280

1110

820

590

1490 3 96 0

1290 3 39 0

960 2 41 0

680 1 63 0

290

340 7 00 180

210 1 59 0 400

470 1 01 0

1000

890

610

410

260

1160

990

710

480

300 16700 13700 11000

100 1 KAR -0100 .75

37.8

4 21 0

131 3.71

3 45 0

4 89 0 4 01 0 13100 10700 130

54.4

3 30 0

2 70 0

2 77 0

3 22 0 8500 2 14 0

3 84 0 3 14 0 2 49 0 19400 15700 12600 100 1 KAM -0100 .75

37.8

4 89 0

140 3.96

3 96 0

5 68 0 4 60 0 15500 12300 130

54.4

(LT) Oil pump is required for R22LT only. Use A or B in place of  in model number.

8

3 18 0

3 69 0 9750

3 91 0

3 10 0

2 46 0

4 54 0

3 60 0

2 86 0


CAPACITY

KCALS/ HOUR

WATTS

R22

R502 EVAPORATING TEMPERATURE °F/ °C

25 – 3.9

15 – 9.4

5 – 15

0 – 17.8

5670

4330

3210

1430

1090

810

1660 4320

1270 3200

940 2210

–5 – 20.6

– 10 – 23.3

– 20 – 28.9

– 30 – 34.4

– 40 – 40

45 7.2

35 1.7

25 – 3.9

15 – 9.4

5 – 15

0 – 17.8

–5 – 20.6

– 10 – 23.3

– 20 – 28.9

– 30 – 34.4

– 40 – 40

2720

3440

3010

2630

1960

1410

690

870

760

660

490

360

250

800 1750

1010 2360

880 2040

770 1740

570 1240

410 840

290 540

980

1090

810

560

440

590

510

440

310

210

140

1270 6780

940 5350

650 4130

510 3620

690

600

510

360

250

160

1710

1350

1040

910

1990 5170

1570 4060

1210 3100

1060 2680

1300

1 020

780

680

1510 7730

1190 6530

910 5330

790 4730

680 4120

3570

2610

1820

1170

6080

5330

4650

3460

2500

1750

1950

1650

1340

1190

1040

900

660

460

2 90

1530

1340

1170

8 70

6 30

2260 6020

1910 5020

1560 4020

1390 3520

1210 3020

1050 2570

760 1770

530 1110

340 530

1780 4220

1560 3630

1360 3100

1010 2190

1520

1270

1010

890

760

650

450

280

130

1060

910

780

550

370

1760

1470

1180

1030

880

750

520

330

160

1240

1060

910

640

430

8 23 0

6 44 0

49 50

4 32 0

2070

1620

1250

1090

2 41 0 6 31 0

1 89 0 4 86 0

14 50 36 40

1 27 0 3 12 0

1590

1220

920

1850 9 43 0

1420 7 34 0

1070 55 50

3170 800

930 2320 580

790

910 4 75 0

2380

1850

1400

1200

2 76 0 7 17 0

2 15 0 5 50 0

16 30 41 00

1 39 0 3 48 0

1810

1390

1010

2 10 0

1 61 0

11 70

880

1 02 0

9

7 30 1480

440

510 970 240

280


50 HERTZ

CAPACITY

AIR COOLED

R12

MODEL

HP kW

CFH m 3 /hr 50HZ


KAJ -0100 1 (LT) .75

37.8

181 5.12 130

54.4

45 7.2

35 1.7

25 – 3.9

15 – 9.4

100

37.8

211 5.97 130

54.4

100

130

100 KAT-0100 1 (OP) .75

54.4

5 – 15

0 – 17.8

–5 –20.6

– 10 – 23.3

– 20 –28.9

– 30 – 34.4

2 82 0 1 96 0

12 30

73 00

5 74 0 4 45 0

3 830

3 30 0

2290

1840

1450

1120

970

830

710

490

310

150

3960 10700

3250 8690

2650 7020

2140 5560

1680 1300 4310 3 300

1120 2770

970 2330

830 1970

570 1320

360 760

180 270

2690

2190

1770

1400

1090

3990

830

700

590

500

330

190

1630 1 260 970 8 58 0 6 77 0 5 2 90

810 4 50 0

680 3 94 0

580 3 43 0

390 2 54 0

220 1 80 0

870

640

460

1000 740 2 62 0 1 85 0

530 12 20

3290

2690

2160

1710

1330

1130

990

4630 3810 1 26 00 1 02 00

3140 8 260

2510 65 50

1980 1550 5 07 0 3 89 0

1320 3 540

1150 3 06 0

2090

1650

3170

2580

4970

4070

980

890

770

660

470

310

1490 1140 8 14 0 6 40 0

1280

1040 5 55 0

900 4 80 0

770 4 41 0

540 3 26 0

360 2 33 0

3300

2550

2050

1 610

1400

1210

1110

820

590

5770 4720 3840 1 64 00 13 20 0 1 06 00

2960 7 85 0

2390 1880 6 10 0 4 7 10

1630 4 10 0

1410 3 50 0

1290 3 39 0

960 2 41 0

680 1 63 0

850

610

410

990 710 5 50 0 4 68 0

480 29 90

4130

3330

2660

1980

1540

1190

1030

880

4810

3870

3110

2120

1790 1380

1200

1030 6 30 0

37.8

54.4

100

37.8

130

54.4

100

37.8

– 40 – 40

9 060

322 9.12 130

KAJ -0101 1 (OP) .75

37.8

261 7.39

R22

2800

760 2990 2420 1920 1 97 00 1 61 00 13 10 0 1 01 00 1 KAL -0100 .75

WATTS

3400

3140 2550 2 060 1 58 00 13 00 0 1 07 00 1 KAK -0100 .75

KCALS/ HOUR


1 35 00 111 00 100

BTUS/HOUR

1590

1390

1180

750

1850 4 90 0

1610 1 370 4 24 0 3 09 0

880 21 70

55 12.8

45 7.2

35 1.7

61 0

70

80 1 21 0 300

350 72 0 180

210 1 59 0 400

470 1 01 0 260

300 2 09 0 530

610 1 45 0

1230

1070

780

550

370

1440

1240

910

640

420

181 5.12

21100 17200 13700 KAG-0150 1.5 (OP) 1.1

5 32 0

130

54.4 1 94 00 1 60 00 13 10 0 1 05 00

KAL -0150 1.5 261 (LA) 1.1 7.39 (OP)

100

130

100 KAT-0150 1.5 (OP) 1.1

4 33 0

3 45 0

6 18 0 5 04 0 4 01 0 17000 13700 10700

153 4.33

37.8

54.4

37.8

322 9.12

8 26 0 6 36 0

5 56 0

5 11 0

4 44 0

3 28 0

2 33 0

3300

2650

2080

1 600

1400

1290

1120

830

590

5680 4690 3840 1 57 00 12 90 0 1 04 00

3080 8 24 0

2420 1860 6 34 0 4 7 60

1630 4 10 0

1500 3 89 0

1300 3 34 0

960 2 38 0

680 1 62 0

2080

1600

4880

4030

3960

3240

2620

4600

3780

3050

1200

1030

980

840

600

400

2410 1860 1390 1 29 00 1 03 00 8 08 0

1200 7 12 0

1140 6 30 0

980 5 49 0

700 4 08 0

470 2 95 0

3240

3780 1 04 00 130

54.4

2 040

1790

1590

1380

1030

740

3020 2 370 8 13 0 6 32 0

2590

2090 55 60

1850 4 90 0

1610 1200 4 23 0 3 06 0

860 21 40

1 57 0 400

460 1 02 0 260

300 2 06 0 520

600 1 46 0

2620

2050

1590

1400

1230

1070

770

540

370

3050

2380 1850

1630

1440

1240

900

630

430

(LT) Oil pump is required for R22LT only. Use A or B in place of  in model number. (OP) Oil pump is required for all applications. Use A or B in place of  in model number. (LA) R22 usage is limited to TAU motor only.

10

4 28 0

3 45 0

2 70 0

4 98 0

4 01 0

3 14 0

CONVENTIONAL COMPRESSORS CAPACITY

BTUS/HOUR KCALS/ HOUR

WATTS

R22


25 – 3.9

15 – 9.4

5 – 15

6 00 0

0 – 17.8

–5 – 20.6

– 10 – 23.3

– 20 – 28.9

– 30 – 34.4

– 40 – 40

6320

5510

4790

3550

2560

1590

1390

1210

890

650

1850 4810

1610 4170

1400 3580

1040 2590

750 1770

45 7.2

35 1.7

25 – 3.9

15 – 9.4

5 – 15

0 – 17.8

–5 – 20.6

– 10 – 23.3

– 20 – 28.9

– 30 – 34.4

– 40 – 40

1740

5930

5250

3960

2850

1960

440

1490

1320

1000

720

510 1080

1740 4120

1540 3590

1160 2640

840 1810

1210

1050

900

650

450

270

1040

900

670

460

1410

1220

1050

760

520

320

1210 7070

1050 6200

770 4680

530 3410

6270

5490

4760

3510

2490

1580

1380

1200

880

630

1840 4650

1610 4030

1390 3470

1030 2470

730 1670

1170

1020

870

620

420

270

1360 5 26 0

1180

1020

720

490

310

1 01 00

7 84 0

2 55 0

19 80

15 10

1 330

2 96 0 7 79 0

23 00 59 10

17 60 45 10

1 54 0 4 00 0

1 96 0

14 90

11 40

1 01 0

2 28 0 17 30 15600 12300

13 20 9450

11 70

1780

1560

1180

860

2070 4870

1820 4220

1370 3080

1000 2140

490

570 1120 280

330 2360 600

700 1380

1230

1060

780

540

350

1430

1240

900

630

400

3000

1720 430

500 1070

8490

7410

5560

4090

3930

3090

2380

2140

1870

1400

1030

760

4570 12700

3600 9770

2770 7350

2490 5950

2170 5080

1630 3620

1200 2540

880 1810

3190

2460

1850

1500

1280

910

640

460

3720

2860

2150

1740

1490

1060

740

530

11


50 HERTZ

CAPACITY

AIR COOLED

R12

MODEL

HP kW

CFH m 3 /hr 50HZ


100 1.5 EAJ-0150 1.1


WATTS

R22


45 7.2

35 1.7

25 – 3.9

15 – 9.4

5 – 15

0 – 17.8

37.8

408 11.6

–5 –20.6

– 10 – 23.3

– 20 – 28.9

– 30 –34.4

– 40 – 40

7 79 0 6 8 00

5 11 0

3 77 0

2 75 0

1960

1290

950

1710

2 28 0 19 90 6 19 0 5 3 10 130

54.4

1560

1 50 0 110 0 3 84 0 2 71 0

55 12.8

45 7.2

35 1.7

690

81 0 1 91 0

1340

970

680

480

1810 1560

1130

790

560 28900 23200 18600

KAK-0200 2 211 (OP) 1.5 5.97

100

37.8

7 28 0

130

54.4 1 26 00 10 20 0

KAT-0200 2 322 (LV) 1.5 9.12 (OP)

EAD -0200 2 (LT) 1.5

100

130

37.8

54.4

100

37.8

130

54.4

100

37.8

7 72 0 6 68 0

31 70

2 56 0

19 50

1 68 0

3 69 0 9 77 0

2 99 0 7 53 0

2 26 0 1 9 60 5 53 0 4 7 30 1190

5 66 0 1 43 0

1 66 0 3 91 0

2460

1900

1390

2 86 0

2 21 0

1 62 0 1 3 90

11 50

990

2 76 00 2 28 00 1 87 00 1 51 00 1 19 00

9 18 0 8 06 0

7 17 0 6 13 0

4 32 0

2 83 0

2310

1810

1 550

1090

710

2100 1 800 4 93 0 4 14 0

1270 2 78 0

830 1 68 0

322 9.12

EAV -0200 2 366 (LA) 1.5 10.4

6950

5750

4710

3800

8090 6680 5480 4420 2 18 00 17 90 0 1 47 00 11 80 0 130

100

54.4

37.8

2 435 EAL -0200 1.5 12.3

5490

4520

3690

6390

5240

4310

2960

2990

2030

3490 2690 2360 9 18 0 7 06 0 6 18 0 2310

1780

1560

3460 2690 2070 1 810 1 73 00 1 38 00 1 07 00 9 43 0 4360

3470

2710

2 380

5070 4040 3140 2 760 1 39 00 1 080 0 82 40 7 12 0 130

100

54.4

3500

2730

2080

4070

3160

2410 2 090

1 790

37.8

1 040

700

420

1440 1 210 8 23 0 7 26 0

1240

810 5 11 0

490 3 35 0

1290

840

2070

1 830

2410 2 130 611 0 4 910 1540

1240

830

500

960 6 92 0

580 4 77 0

1740

1200

2410

3 25 0 28 00 8 05 0 6 7 90 130

54.4

100

37.8

130

54.4

2030

EAV-0210 2 366 (LT) 1.5 10.4

Oil pump is required for all applications. Use A or B in place of  in model number. Limited voltage. Available only in 200 volt electrical. Oil pump is required for R22LT only. Use A or B in place of  in model number. R22 usage is limited to TAU motor only.

12

1500 980 3 29 0 1 98 0

1790 1440 111 00 9 56 0 2790

2 551 3AH -0200 1.5 15.6

(OP) (LV) (LT) (LA)

5 85 0

4 69 0

8 47 0 6 80 0 5 45 0 23600 18900 15000

2 03 0 1 40 0 4 62 0 2 88 0

1 62 0 410

470 8 00 200

230 1 92 0 480

560 94 0 240

280 3 05 0 770

89 0 1 53 0

1710

1160

730

390

2360 1990

1350

840

450

5 95 0

4 76 0

3 78 0

6 91 0

5 54 0

4 40 0



WATTS

R22


25 – 3.9

15 – 9.4

1 40 00 11 000

5 – 15

0 – 17.8

–5 – 20.6

– 10 – 23.3

– 20 – 28.9

– 30 – 34.4

– 40 – 40

19 10

8 24 0

72 90

6 30 0 54 20

3 970

2 830

3530

2770

2080

1840

1590

1370

1000

710

4100 11200

3220 8650

2410 6190

2140 5420

1850 4610

1 590 3900

1160 2750

830 1850

2820

2180

1560

1370

1160

980

690

470

3280 2530 1810 1590 19200 15000 11600 10000

1350 8410

1140 7470

810 5600

540 3730

330 2210

45 7.2

35 1.7

25 – 3.9

15 – 9.4

5 – 15

0 – 17.8

–5 – 20.6

– 10 – 23.3

– 20 – 28.9

– 30 – 34.4

– 40 – 40

3290

480

560 1110 280

10200

9080

6940

6080

3780

2920

2520

2120

1880

1410

940

560

2570

2290

1750

1530

5630 4400 14400 11900

3400 8910

2930 7500

2460 6500

2190 5760

1640 4300

1090 2870

650 1700

2990 7330

2660 6330

2030 4900

1780 3080

4840

3640

2990

2250

1890

1640

1450

1080

720

430

1850

1600

1230

4220

3490

2610

2200 10300

1900 8910

1690 7710

1260 5560

840 3770

500 2320

2150 11000

1850 9560

1440 7080

780

900 5030

2600

2250

1940

1400

950

580

2760

2410

1780

1270

3020 7610

2610 6460

2260 5410

1630 3630

1100 2220

680 1110

3220 7530

2800 6460

2070 4590

1470 3060

1920

1630

1360

910

560

280

1900

1630

1160

770

2230 1890 1590 23200 18200 14100 12800 10600 8 410

1060 6250

650 4260

330 2180

2210 1890 24200 19000 14600 12900 11700 10400

1340 8060

900 6080

5820

3230

2670

2120

1580

1 070

550

6800 5 330 4130 3750 18200 14100 10800 10000

4590

3560

3110 8260

2460 6570

1 830 4880

1250 3280

640 1680

4780

3690

3250

7090 5570 17400 13200

6100

4280 9940

3780 9450

4570

3 550

2 720

2 520

2080

1660

1 230

830

420

4370

3330

2 500

2 380

5330

4 130

3 160

2 930

2420

1930

1 430

960

490

5100

3870

2 910

2 770

1 28 00 1 12 00

9 58 0

3 36 0

6 82 0

4 67 0

3230

2820

2410

1720

1180

3750 94 10

3280 2 810 8 10 0 6 81 0

2000 4 500

1370 27 30

850

980 16 90

2370

2040

1 720

1130

690

430

2760

2370

2000

1320

800

500

13

2950

3 430 8960 2 260

2 630

2620

3 050 7770 1 960

2 280

2030

2360 5640 1420

1650

1530

1780 3840 970

1130

830

960 1790 450

520 3360 850

980 1860 470

540 4430 1120

1300 2340 590

690


50 HERTZ

CAPACITY

AIR COOLED

R12

MODEL

HP kW

CFH m 3 /hr 50HZ



WATTS

R22


45 7.2

35 1.7

25 – 3.9

15 – 9.4

5 – 15

0 – 17.8

–5 –20.6

– 10 – 23.3

– 20 – 28.9

– 30 –34.4

– 40 – 40

51 90 4 07 0 31 90 28 40 26100 20700 16300 14400 12700 11200 8110

5590

3580

55 12.8

45 7.2

35 1.7

41700 34500 28400 23000 18300 14400 12800 LAH-0310 3 (LT) 2.2 (RG)

100

37.8

10 50 0

8 690

7 16 0

58 00

4 61 0

36 30

1 22 00 10 10 0 8 32 0 6 74 0 5 36 0 4 22 0 32900 27000 22100 17700 13900 10900

576 16.3 130

100

54.4

37.8

3 641 LAL-0310 2.2 18.1 130

100

54.4

37.8

LAC-0310 3 675 (LA) 2.2 19.1 130

100

54.4

8 29 0

6 810

5 55 0

9 64 0

7 910

6 48 0

44 60

6590

3 51 0

3200

2820

76 50 6 07 0 47 80 42 20 2 03 00 1 58 00 1 22 00 1 07 00

3 72 0 9 44 0

3 280 2 38 0 16 40 7 96 0 5 41 0 3 37 0

2380

2010

850

990 6850

42 60

2700

37 50

3 25 0

2 910

74 70 6 12 0 49 50 43 70 2 10 00 1 73 00 1 34 00 11 50 0

3 78 0 9 70 0

3 400 2 83 0 20 10 9 25 0 6 72 0 4 54 0

2440

2330

5290

4360

61 50

5 07 0 39 30

37.8

3380

2900

3 93 0

5 16 0 4 57 0 1 32 00 11 60 0 54.4

2 43 0

1690

17 30

1140

33 70 2 84 0 2 710 1 97 0 13 30 1 76 00 1 56 00 1 37 00 9 93 0 6 84 0 44 50

3 793 LAM-0310 2.2 22.4 130

1410

1 360

5 27 0

3070

2040

5950 4630 3570 3140 2770 2330 1 590 25500 20900 16900 14900 12900 11600 9650 64 30

3980

4100

24 50

3620

5130

5220

27 50

32 30

3 75 0 9700

34 60

2 50 0

1 72 0

4 01 0 2 91 0 2 00 0 9 74 0 6 6 2 0 4 13 0

3310

2920

2450

38 70

3 40 0

28 50 1 94 0 1 21 0

1 670

1040

900

1 05 0 1 79 0 450

520 4570 115 0

1 34 0 2 79 0 700

82 0 4 38 0 110 0

1 28 0 2 19 0 550

64 0 43600 35700 28700

100

37.8

11 00 0

130

54.4

LAH-0320 3 576 (OP) 2.2 16.3 (RG)

100

37.8

130

54.4

LAC-0420 (MC) 4 675 (OP) 3.0 19.1 (RG)

100

37.8

130

54.4

(LT) (RG) (LA) (OP) (MC)

9 00 0

7 23 0

12800 10500 8410 35200 28500 22600

3 322 EAD-0320 2.2 9.12

Oil pump is required for R22LT only. Use A or B in place of  in model number. In grey shaded area the maximum return gas temperature is 50°F (10°C). R22 usage is limited to TAU motor only. Oil pump is required for all applications. Use A or B in place of  in model number. Maximum condensing temperature is 130°F (54.4°C) and maximum return gas is 65°F (18.3°C).

14

8 87 0

7 18 0

5 70 0

1 03 00

8 35 0

6 62 0



WATTS

R22


25 – 3.9

15 – 9.4

5 – 15

0 – 17.8

–5 – 20.6

– 10 – 23.3

– 20 – 28.9

– 30 – 34.4

– 40 – 40

20000 17300 14900 10500

6970

4660

3750

2650

1760

1170

5860 5070 4370 14700 12600 10600

3080 6910

2040 3940

1370 1920

5040

4360

3700

3180

2670

1740

990

480

4310

3690

3110

2020

1150

560

45 7.2

35 1.7

25 – 3.9

15 – 9.4

5 – 15

0 – 17.8

–5 – 20.6 4810

5770

8530

4940

1490

5600 4830 13400 11100

3520 7420

2500 4630

1730 2720

1870

1170

3930 3250 2170 2 12 00 1 8 30 0 1 34 00

1360 9 47 0

2810

4610

3370

2390

1650

39 30 8 24 0

27 70 5 13 0

1 92 0 3 01 0

2080

1290

3120

5040

3470

2620

1930

4040 9890

3050 6970

2240 4630

6700

5170

4410

3780

4280

3730

2490

1760

9990

7790

6010

5130

4400

4980

4340

2900

2040

4260

3280

2870

6 30 0 4 95 0 1 66 00 12 80 0

38 10 9 70 0

3 34 0 8 43 0

2440

2120

4180

3230

4 86 0 3 75 0 28 40 2 47 0 3 46 00 2 8 7 00 2 29 00 2 00 00 1 73 00 1 49 00 1 05 00 8720

1760

1170

10100 8410 6710 5860 5070 4370 2 54 00 2 1 20 0 1 6 80 0 1 4 70 0 1 2 60 0 1 06 00

3080 6 91 0

2040 3 94 0

1370 1 92 0

1740

990

1150 7 89 0

8600

6650

3700

4360

7440 6210 4920 4310 3690 3110 2020 4 32 00 3 4 1 00 2 64 00 2 29 00 1 96 00 1 69 00 11 90 0 10900

4230

5040

4 66 0

2650

5340

5770

6 97 0

3750

6400

7230

5770

3180

4940

2670

480

560 5 28 0

4260

3000

1990

1330

12700 9990 7740 6710 5740 4950 3 41 00 2 6 60 0 2 0 50 0 1 7 50 0 1 5 00 0 1 26 00

3490 8 23 0

2310 4 69 0

1550 2 29 0

8600

6700

5170

4410

3780

3180

2070

1180

580

9990

7790

6010

5130

4400

3690

2410

1370

670

15

760

880 7650

6710 5860 17000 14800

8600

5420

680

800 6 54 0

6 21 0 5 360 1 48 00 1 24 00

5770

21500 16900 13000 11400

5890

2150

4340 3630 2410 1500 22900 20000 13800 10400

12700 9990 7740 6710 5740 34100 26600 20500 17500 15000

– 40 – 40

3030

3370

43200 34100 26400 22900 19600 6650

– 30 – 34.4

4150

3740

8600

– 20 – 28.9

19100 16500 12000

5340

10900

– 10 – 23.3

1170

1400


50 HERTZ

CAPACITY

REFRIGERANT COOLED

R12

MODEL

HP kW

CFH m 3 /hr 50HZ



WATTS

R22


45 7.2

35 1.7

25 – 3.9

15 – 9.4

5 – 15

0 – 17.8

–5 –20.6

– 10 – 23.3

– 20 – 28.9

– 30 –34.4

– 40 – 40

55 12.8

45 7.2

35 1.7

32600 26000 20100 100

37.8

8 22 0

6 55 0

5 07 0

9 55 0 7 62 0 5 89 0 23300 18100 13300

2 280 ERA -0200 1.5 7.93 130

54.4

100

37.8

130

54.4

100

37.8

5 87 0

4 56 0

3 35 0

6 83 0

5 30 0

3 90 0

2 280 ERC -0200 1.5 7.93

45900 37600 30200 11 60 0

130

54.4 18200 15200 11900 10500

3RA-0310 3 520 (LT) 2.2 14.7 (RG)

9 48 0

7 61 0

13400 11000 8850 37000 29900 23700

3 382 ERF -0310 2.2 10.8

100

130

37.8

54.4

45 90

30 00

2 650

2 24 0

5 33 0 4 45 0 1 49 00 11 40 0

3 49 0 8 60 0

3 08 0 7 50 0

2 61 0 6 40 0

21 70

1 890

1 61 0

2 87 0

4 37 0 3 34 0 2 52 0 2 20 0 1 88 0 26100 20700 16100 14200 12400 11300 100

37.8

NRD -0310 3 675 (LA) 2.2 19.1 130

54.4

65 90

5 21 0

40 60

7 53 0

5 97 0

8 76 0

6 94 0

8900

3 83 0

37 50

9 32 0

1 08 00

8440 6060

3 570

3 12 0

28 40

21 30

153 0

76 50 6 07 0 47 20 4 160 2 04 00 1 59 00 1 23 00 10 80 0

3 63 0 9 50 0

33 10 8 70 0

24 70 178 0 6 25 0 4 17 0

5140

4020

3100

2720

2380

2190

1570

59 80

4 66 0 36 00

3 160

2 78 0

25 50

18 30 1 22 0

1050

4080 1 03 0

1 20 0 2 42 0 610

71 0 73600 58900 46600

100

18500 14800 11700

37.8

4 576 NRB -0400 3.0 16.3

21600 17300 13700 56300 45000 35300 130

1 4 20 0 1 13 0 0

54.4

8 9 00

16500 13200 10300 (LT) Oil pump is required for R22LT only. Use A or B in place of  in model number. (RG) In grey shaded area the maximum return gas temperature is 50°F (10°C) and a vertical cooling fan is required . (LA) R22 usage is limited to TFU motor only.

16


CAPACITY

KCALS/ HOUR

WATTS

R22


25 – 3.9

15 – 9.4

5 – 15

0 – 17.8

1 380 0

98 30

6 16 0

3480

2480

1550

1130

4 04 0 8 83 0

28 80 55 00

1 800 2 500

1 32 0

2230

1390

630

2590 1610 16700 12800

730 9610

–5 – 20.6

– 20 – 28.9

– 30 – 34.4

– 40 – 40

45 7.2

35 1.7

25 – 3.9

15 – 9.4

5 – 15

0 – 17.8

7910

7000

2420

1990

1760

4890 12600

3750 9490

2820 6980

2320 5830

2050 5000

3180

2390

1760

1470

1260

3690 2780 2050 22700 17700 13400

1710

1470

18400 14700 11400 10000 4640

2880

2530

2170

5390 4310 13600 10800

3340 8380

2930 7350

2520 6310

2110

1850

1590

3420

2720

3380

10100

3930 9910

11700 9550 7710 6150 4860 4370 29900 24100 19300 15300 12100 11000

2500

5130 3900 2900 28700 22900 17800 15200 13200 12100 8 900 3050

2240

1530

880

8410 6710 5220 4 450 22300 17200 12700 10400

3870 8750

3550 8210

2610 6 060

1780 4130

1030 2380

8220

7530

6080

8760

7060

3500

3330

6640

4860

5300

3850

4180

3060

3740

2770

8210

6510

5080

4 490

2 620

2210

2070

1530

1040

600

5890

4560

3460

3 030

3050

2 560

2 410

1780

1210

700

6860

5300

4010

3520

5810

3 900

2 600

3020 20800 18100 13300 4550

3360

2410

1710

6090 5300 14900 12700

3900 9230

2800 6640

1980 4940

4150

3750

3210

2330

1670

1240

8530 6530 4830 34200 26200 18300

4370

3720

2700

1950

1450

8 62 0

5620

6770

2470

5250

11000 8730 6770 29100 22300 16500 7330

9570

3290

3840 9800

9550 7560 5890 5 220 4 540 23400 18100 13700 12000 10300

3200

7510

– 40 – 40

5650 4480 3550 3220 2870 32600 25800 20100 17800 15500

6830 5040 3 720 37600 29800 23100 9480

4330

4470

6080

3 830

5620

5760

– 30 – 34.4

3980 3160 2460 2150 1850 39900 32600 26300 21000 16600 14900 13100

4460

7240

– 20 – 28.9

8610

3700

6650 5190 17500 13300 3350

– 10 – 23.3

—

3230

4410

–5 – 20.6

4 50 0

4210

5720

– 10 – 23.3

6 60 0

4 010

1 00 00 7 68 0 5 36 0 25700 19400 14200 6 48 0

48 90

3 580

7 53 0

56 80

4 160

17


50 HERTZ

CAPACITY

REFRIGERANT COOLED

R12

MODEL

HP kW

CFH m 3 /hr 50HZ



WATTS

R22


45 7.2

35 1.7

25 – 3.9

15 – 9.4

5 – 15

0 – 17.8

–5 –20.6

– 10 – 23.3

– 20 – 28.9

– 30 –34.4

– 40 – 40

55 12.8

45 7.2

35 1.7

81400 66300 52300 100

37.8

20500 16700 13200

23900 19400 15300 63300 51100 40800

5 675 NRA -0500 3.7 19.1 130

54.4

16000 12900 10300

18500 15000 12000

5 NRM-0500 3.7

100

37.8

130

54.4

100

37.8

804 22.8

32500 25600 19900 17400 16000 14300 11400 9040 5 MRA -0500 3.7

6 46 0

5 02 0

43 90

4 03 0

100

54.4

37.8

6 40 0

54.4

3 04 0

27 00

21 20

31 40

24 70 1 940

4 80 0

40 50

6 37 0

4 80 0

3 55 0

29 40

7 41 0 5 60 0 4 13 0 3 43 0 39000 31100 24300 21200 18500 100

37.8

988 28.0

9 83 0

7 83 0

6 11 0

53 50

4 660

11 40 0 9 11 0 7 12 0 6 21 0 5 42 0 31500 24700 18800 16200 13800 130

54.4

33 40 2 650 8430 6610

3 55 0

6 28 0

3 88 0

2 280

34 00

8 14 0

5 01 0

28 70

7 44 0 5 83 0 4 51 0 39 60 32300 24900 19100 16100 9 46 0 7 30 0 5 60 0 4 72 0 25300 19100 14100 11700

896 25.4 130

5 MRB -0500 3.7

36 10

9 52 0 7 50 0 5 83 0 51 00 4 69 0 41 90 25400 19900 15400 13500 12100 10700

896 25.4 130

MRJ -0500 5 (LV) 3.7

8 19 0

7 94 0

6 21 0

4 73 0

40 80

3 48 0

9 23 0

7 24 0

5 51 0

4 75 0

4 04 0

(LV) Limited voltage. Available only in 200 volt electrical.

18

1 660

7180 1 81 0

2 10 0 5230 1 32 0

1 53 0


CAPACITY

KCALS/ HOUR

WATTS

R22


25 – 3.9

15 – 9.4

5 – 15

0 – 17.8

–5 – 20.6

39200 30000 23300 9880

7560

5870

11500 8790 6830 30000 23300 17500 7560

5870

4410

9640

7500

– 20 – 28.9

– 30 – 34.4

– 40 – 40

45 7.2

35 1.7

25 – 3.9

15 – 9.4

5 – 15

0 – 17.8

–5 – 20.6

2470

4440

3360

18800 15400 12500 9990 7910 6650 5890 5160 48000 38500 30900 24800 19500 17300 15100 13100

3900 9610

9710

14100 11300

7780

8535

6260

6800

4920

5730

3800

3300

2420

9050 7270 5710 5070 4420 49700 39800 31500 27800 24400

3840

2820

4840

5630

—

9080

7230

4910

9030

6160

4280

4870

3620

2600

17 300 13 70 0 107 00 95 50 8 41 0 74 10 5 65 0 4 20 00 3 2 80 0 2 52 00 2 2 70 0 2 0 2 00 1 7 5 00 1 29 00

11800

4 22 0 9 05 0

3 02 0 5 97 0

10600

8260

6340

5710

5080

4420

2280

1500

12300

9610

7380

6650

5920

5130

53400 41900 31600 28700 25100 7960

5740

1170

10500 8500 6680 5710 4980 59000 46800 36500 32600 28700 25300 19300 14400 10300 14900

13500 10600

7310

1770

2050 4660

3780 2650 1750 26000 22700 17000 13500

12500 10000

5770

1720

7010

1370

14600 11700 9230 8150 7150 36000 29000 22800 19500 17000

6710

6990

2880 6820

– 40 – 40

2000

5770

7420

7940

4360

5050

6710

8640

– 30 – 34.4

9820

10700

6500

9480

– 20 – 28.9

16200 13200

14200 11200 8730 7560 37600 29500 22900 19200 11000

– 10 – 23.3

64200 52400 42600 34100 27000 22700 20100 17600 13300

12100

8790 6830 5130 48500 38300 29800 25800 22900 12200

– 10 – 23.3

6330

8160

6160

5640

4890

12200

9490

7150

6560

5680

8220

7240

6380

3240

6560

15600 12300 9260 8410 7350 41600 32400 24400 22400 19400 10500

9190

5710

4270

7620 6650 4980 18800 16200 13600 4740

4090

3420

3400

2280

3960 2650 8650 4660 2180

1180

5510 4750 3980 2530 1370 32000 28400 21900 16400 11800 8060

7150

5520

4130

2960

9 38 0 8 320 64 20 4 810 3 46 0 23800 20700 15100 10400 6340

19

5990

5210

3810

2620

1600

6 97 0

6 070

44 20

3 050

1 86 0


50 HERTZ

CAPACITY

HP kW

CFH m 3 /hr 50HZ


100

KCALS/ HOUR x 1000

WATTS x 1000

R12

REFRIGERANT COOLED MODEL

BTUS/HOUR x 1000

R22


45 7.2

35 1.7

25 – 3.9

15 – 9.4

5 – 15

0 – 17.8

–5 –20.6

– 10 – 23.3

– 20 – 28.9

– 30 –34.4

– 40 – 40

37.8

7.5 941 MRH -0760 5.6 26.6 130

100

54.4

37.8

7.5 1135 9RJ -0765 5.6 32.1 130

100

54.4

78.0

63.5

51.5

41.0

32.5

26.0

19.5

16.0

13.0

10.5

8.0

6.5

6.0

23.0 64.5

18.5 51.0

15.0 40.0

12.0 31.5

9.5 24.5

7.5 20.0

7.0 18.5

16.0

13.0

10.0

8.0

6.0

5.0

4.5

19.0

15.0

11.5

9.0 52.0

7.0 42.0

6.0 33.5

5.5 30.0

13.0

10.5

8.5

7.5

15.0 41.5

12.5 33.0

10.0 26.0

9.0 23.0

37.8

7.5 1338 9RB -0765 5.6 37.9 130

100

54.4

37.8

9RZ -0765 7.5 1338 (LV) 5.6 37.9 130

100

54.4

61.0

6.5

6.0

9.5 37.5

7.5 27.5

6.5 25.0

73.5 18.5

15.5

12.0

9.5

7.0

26.0 72.0

21.5 59.0

1 8.0 47.5

14.0 37.5

11.0 28.0

8.0 21.5

97 .0

7 8. 0

30.0

24.5

19.5

3 5.0 9 1.0

28 .5 74 .0

2 3. 0 5 9. 5

23.0

18.5

15.0

2 6.5

21 .5

1 7. 5 93.0

18.5

21.5 26.5 6.5

8.0 20.5 5.0

6.0

6.5

7.5 18.0

15.0

12.0

9.5

7.0

5.5

17.5

14.0

11.0 61.0

8.0 50.0

6.5 41.0

5.5 37.0

33.0

28.5

21.0

14.5

15.5

12.5

10.5

9.5

8.5

7.0

5.5

3.5

2.5

18.0 48.5

14.5 39.5

12.0 32.0

11.0 28.5

9.5 25.0

8.5 21.0

6.0 14.5

4.0 8.5

2.5 3.5

12.0

10.0

8.0

7.0

6.5

5.5

3.5

2.0

1.0

14.0

11.5

9.5

8.5

7.5

6.0

4.0

2.5

1.0

54.4

11 9.0

23.5

21.0 37.8

35 1.7

27.0 74.0

18.0

7.5 1762 9RS -0765 5.6 49.9 130

8.5

12.0 47.5

22.5

45 7.2

24.0

10.5

88.5

55 12.8

4.5

9.0

162.5 134.5 100

37.8

41.0

10 1338 9RC -1015 7.5 37.9

34.0

4 7.5 39 .5 1 32 .5 1 0 9. 0 130

54.4 1 27 .0 1 05 .0

100

37.8

10 1762 9RS -1015 7.5 49.9 130

54.4

85 .5

6 9. 0

54 .0

4 1. 5

32.0

26.5

21.5

17.5

13.5

10.5

37.0 102.0

31.0 83.0

25.0 67.0

20.0 53.0

16.0 40.0

12.0 30.0

36 .0 9.0

10.5 25.0

25.5

21.0

17.0

13.5

10.0

7.5

6.5

30.0

24.5

1 9.5

15.5

11.5

9.0

7.5


20

110.0 27.5

3 2. 0 8 8. 0

33.5

27.5

22.0

3 9.0

32 .0

2 6. 0


BTUS/HOUR x 1000 KCALS/ HOUR x 1000

WATTS x 1000

R22


25 – 3.9

15 – 9.4

5 – 15

57.5

44.0

14.5

11.0

17.0 44.0

13.0 34.0

0 – 17.8

–5 – 20.6

– 10 – 23.3

– 20 – 28.9

– 30 – 34.4

– 40 – 40

45 7.2

35 1.7

25 – 3.9

15 – 9.4

5 – 15

0 – 17.8

–5 – 20.6

– 10 – 23.3

– 20 – 28.9

– 30 – 34.4

– 40 – 40

33.5

62.0

49.5

38.5

34.0

29.5

25.0

18.0

13.5

10.0

8.5

15.5

12.5

9.5

8.5

7.5

6.0

4.5

3.5

10.0 26.0

18.0 44.0

14.5 34.5

11.5 26.5

10.0 23.5

8.5 20.0

7.5 17.0

5.5 12.5

4.0 10.0

11.0

8.5

6.5

11.0

8.5

6.5

6.0

5.0

4.5

3.0

2.5

13.0 70.0

10.0 55.5

7.5 43.0

37.5

32.5

13.0 83.0

10.0 70.0

8.0 53.0

7.0 47.0

6.0 41.0

5.0 34.0

3.5 25.5

3.0 18.5

17.5

14.0

11.0

9.5

8.0

25.5

21.0

17.0

13.5

12.0

10.5

8.5

6.5

4.5

20.5 55.0

16.5 43.0

12.5 33.5

11.0 29.0

9.5 25.0

29.5 79.0

24.5 64.0

20.5 51.0

15.5 39.5

14.0 34.5

12.0 30.0

10.0 24.0

7.5 17.0

5.5 11.5

101.0

14.0

11.0

8.5

7.5

6 .5

20.0

16.0

13.0

10.0

8.5

7 .5

6.0

4.5

3 .0

16.0

12.5

10.0

8 .5

7 .5

23.0

19.0

15.0

11.5

10.0

9.0 43.5

7.0 38.5

5 .0 30.0

3.5 23.0

39.6

11.0

9.5

7.5

6.0

12.5 30.5

11.5 26.5

9.0 20.0

6.5 14.5

7.5

6.5

5.0

3.5

9.0 37.5

8.0 32.5

6.0 26.0

4.0 21.0

80.5

65.5

51.0

45.4

20.5

16.5

13.0

11.4

10.0

9.5

8.5

6.5

5.5

23.5 62.5

19.0 49.5

15.0 37.5

13.3 35.0

11.6 30.8

11.0 26.0

9.5 23.0

7.5 18.0

6.0 15.0

2.5

3.0 9.0 2.0

2.5 13.0 3.5

4.0 6.5 1 .5

2.0 17.5 4.5

5.0 11.0 3.0

3.0 15.0 4.0

4.5 10.0

15.5

12.5

9.5

8.8

7.8

6.5

6.0

4.5

4.0

2.5

18.5

14.5

11.0

10.3

9.0

7.5 55.0

6.5 49.0

5.5 37.5

4.5 28.0

3.0 20.0

12.5

9.5

7.0

16.0 38.0

14.5 33.5

11.0 24.5

8.0 17.5

9.5

8.5

6.0

4.5

11.0 44.5

10.0 40.0

7.0 32.0

5.0 26.0

81.5

65.0

50.0

43.5

132.0

108.0

87.0

69.5

55.0

20.5

16.5

12.5

11.0

33.5

27.0

22.0

17.5

14.0

12.5

11.0

10.0

8.0

6.5

24.0 65.0

19.0 50.0

14.5 36.5

12.5

38.5 104.0

31.5 83.5

25.5 66.0

20.5 51.5

16.0 40.0

14.5 36.0

13.0 31.0

11.5 27.0

9.5 20.5

7.5 16.0

—

16.5

12.5

9.0

19.0

14.5

10.5

49.5

14.0

26.5

21.0

16.5

13.0

10.0

9.0

8.0

7.0

5 .0

4 .0

30.5

24.5

19.5

15.0

11.5

10.5 64.0

9.0 56.0

8.0 49.0

6.0 37.0

4.5 28.0

21

16.0

14.0

12.5

9.5

7.0

19.0 47.0

16.5 41.5

14.5 35.5

11.0 26.5

8.0 19.5

5.0

6.0 11.5 3.0

3.5 21.5 5.5

6.5 13.0 3.5

4.0 21.0 5.5

6.0 15.5

12.0

10.5

9.0

6.5

5.0

4.0

14.0

12.0

10.5

8.0

5.5

4.5


50 HERTZ

CAPACITY

HP kW

CFH m 3 /hr 50HZ


100

45 7.2

37.8

54.4 135.0 112.0

100

37.8

10 1977 4RA -1000 7.5 56.0 130

54.4

WATTS x 1000

R22


9RS -1016 10 1762 (LV) 7.5 49.9 130

KCALS/ HOUR x 1000

R12


BTUS/HOUR x 1000

35 1.7

25 – 3.9

15 – 9.4

5 – 15

0 – 17.8

–5 –20.6

– 10 – 23.3

– 20 – 28.9

– 30 –34.4

– 40 – 40

7 8.5

64 .0

51 .0

3 7.5

32 .5

20.0

16.0

13.0

9.5

23.0 6 4.0

19.0 51 .0

15.0 39 .5

11.0 2 9.5

16.0

13.0

10.0

7.5

19.0 93.0

15.0 75.5

11.5 60.0

8.5 47.0

7.5 41.5

12.0

55 12.8

45 7.2

35 1.7

8.5

9.5 26 .0 6.5

36.0

31.5

23.5

16.5

34.0

28.5

23.5

1 9.0

15.0

12.0

10.5

9.0

8.0

6.0

4.0

39.5 109.0

33.0 89.5

27.0 73.0

22.0 58.5

17.5 46.0

14.0 35.0

12.0 30.5

10.5 26.0

9.0 24.0

7.0 17.5

5.0 11.5

3.5 —

27.5

22.5

18.5

15.0

11.5

9.0

7.5

6.5

6.0

4.5

3.0

32.0

26.0

21.5

1 7.0

13.5

10.5

9.0

7.5

7.0

5.0

3.5

3.0

222.5 182.5 147.0 100

37.8

5 6.0

46 .0

3 7. 0

6 5.0 53 .5 4 3. 0 173.5 140.5 111.5

15 1762 9RS -1505 11.2 49.9 130

54.4

100

37.8

130

54.4

100

37.8

4 3.5

3 5.5

2 8.0

5 1.0

41 .0

3 2. 5

4RL -1500 15 2499 (OC) 11.2 70.7

4RL -1900 19 2499 (LV) 14.2 70.7 (OC)

130

54.4

10 2.0

85 .0

72 .0

5 9.0

52 .0

26.0

22.0

18.0

15.0

13.0

12.0

30.0 89.0

25.0 72.0

21.0 56.0

17.5 43.0

15.0 36.0

13.5 30.0

22.0

18.0

14.0

11.0

9.0

26.0

21.0

16.5

12.5

10.5

4 6.0

7.0

9.0 255.0 209.0 170.0

100

37.8

6 4.5

20 1977 4RA -2000 14.9 56.0

52 .5

4 2. 5

7 4.5 61 .0 5 0. 0 208.0 167.0 133.0 130

54.4 2 14 .0 1 7 9. 0 14 9. 0 1 23 .0

100

37.8

20 2966 6RA -2000 14.9 84.0 130

54.4

9 9. 5

8 1. 0

7 3. 5

37.5

31.0

25.0

20.5

18.5

16.5

62.5 52.5 43.5 1 68 .0 1 38 .0 11 4. 0

36.0 9 2. 0

29.0 7 3. 5

23.5 6 0. 0

21.5 5 3. 0

19.0 4 7. 0

54.0

45.0

6 5. 5

42.5

35.0

28.5

23.0

18.5

15.0

13.5

12.0

49.0

40.5

33.5

27.0

21.5

17.5

15.5

14.0

(LV) Limited voltage. Available only in 200 volt electrical. (OC) Oil cooler and vertical cooling fan are standard on this model.

22

5 2.5

4 2.0

3 3.5

6 1.0

49 .0

3 9. 0



WATTS x 1000

R22


25 – 3.9

15 – 9.4

5 – 15

0 – 17.8

–5 – 20.6

108.0

85.5

64.0

52.1

27.0

21.5

16.0

13.1

31.5 81.0

25.0 64.0

19.0 47.5

15.3 37.1

– 10 – 23.3

– 20 – 28.9

– 30 – 34.4

– 40 – 40

45 7.2

35 1.7

25 – 3.9

15 – 9.4

5 – 15

0 – 17.8

–5 – 20.6

– 10 – 23.3

– 20 – 28.9

– 30 – 34.4

– 40 – 40

42.5

61.0

49.5

42.5

31.0

26.0

18.0

10.7

15.5

12.5

10.5

8.0

6.5

12.5 29.0

18.0 47.0

14.5 36.0

12.5 31.0

9.0 23.0

7.5 18.0

20.5

16.0

12.0

9.3

7.3

12.0

9.0

8.0

6.0

4.5

23.5

19.0

14.0

10.9

8.5

14.0 74.0

10.5 67.5

9.0 59.0

6.5 45.0

5.5 33.0

107.0

83.5

61.5

51.5

27.0

21.0

15.5

13.0

31.5 83.5

24.5 62.5

18.0 42.5

15.0 —

21.0

16.0

10.5

24.5

18.5

12.5

135.0 108.0

164.0 135.0

17.0

15.0

11.5

8.5

21.5 54.0

20.0 47.5

17.5 41.5

13.0 31.0

9.5 22.5

13.5

12.0

10.5

8.0

5.5

16.0 60.0

14.0 56.0

12.0 49.0

9.0 37.0

6.5 28.0

109.0

86.5

34.0

27.5

22.0

17.0

15.0

14.0

12.5

9.5

7.0

48.0 39.5 125.0 101.0

32.0 81.0

25.5 63.5

20.0 49.0

17.5 43.0

16.5 41.5

14.5 35.5

11.0 26.5

8.0 19.5

42.0

68.0

18.5

31.5

25.5

21.0

16.0

12.5

11.0

10.5

9.0

6.5

5.0

36.5

29.5

23.5

18.5

14.5

12.5

12.0 80.0

10.5 70.5

8.0 54.5

5.5 41.5

18.0

13.5

10.5

23.5 57.5

20.5 50.0

16.0 37.0

12.0 27.0

14.5

12.5

9.5

7.0

17.0 80.0

14.5 70.5

11.0 54.5

8.0 41.5

3.0

3.5 23.0 6.0

6.5 15.0 4.0

4.5 21.0 5.5

6.0 15.5 4.0

4.5 31.0 8.0

9.0 19.5 5.0

5.5 31.0

96.6

84.1

34.0

27.0

24.3

21.2

18.0

20.0

18.0

13.5

10.5

39.5 102.0

31.5 79.0

28.3 73.3

24.6 63.3

21.0 55.0

23.5 57.5

20.5 50.0

16.0 37.0

12.0 27.0

26.0

20.0

18.5

16.0

13.9

14.5

12.5

9.5

7.0

5.0

30.0 23.0 125.0 101.0

21.5 83.0

18.5

16.1

17.0 64.0

14.5

11.0

8.0

5.5

33.0

31.5

25.5

21.0

36.5 101.0

29.5 79.0

24.5 63.5

71.6

20.0

4.5

5.5 11.5

196.0 160.0 49.5

129.0 102.0

81.0

72.5

40.5

32.5

26.0

20.5

18.5

16.0

57.5 47.0 160.0 128.0

38.0 101.0

30.0 80.0

23.5 63.0

21.0 56.5

19.0 50.0

25.5

20.0

16.0

40.5

32.5

25.5

20.0

16.0

14.5

13.0

29.5

23.0

18.5

47.0

37.5

29.5

23.5

18.5

16.5

14.5 95.5

84.0

63.5

47.0

24.0

21.0

16.0

12.0

28.0 67.5

24.5 59.0

18.5 44.0

14.0 31.5

23

8.0

9.0 19.5

8.5

9.5 21.5

17.0

15.0

11.0

8.0

5.5

20.0

17.5

13.0

9.0

6.5


50 HERTZ

CAPACITY

HP kW

CFH m 3 /hr 50HZ


KCALS/ HOUR x 1000

WATTS x 1000

R12


BTUS/HOUR x 1000

R22


45 7.2

35 1.7

25 – 3.9

15 – 9.4

5 – 15

0 – 17.8

–5 –20.6

– 10 – 23.3

– 20 – 28.9

– 30 –34.4

– 40 – 40

55 12.8

45 7.2

35 1.7

339.0 275.0 219.0 100

37.8

85 .5

25 2499 4RH -2500 18.7 70.7

6 9.0

55 .5

99 .5 8 0.5 64 .0 260.0 208.0 165.0 130

54.4

100

37.8

130

54.4

100

37.8

65 .5

5 2.5

41 .5

76 .0

6 1.0

48 .5

6RL-2500 25 3748 (OC) 18.7 106.1

391.0 323.5 264.5 98 .5

8 1.5

66 .5

11 5. 0 9 5. 0 7 7. 5 295.5 242.5 197.5

30 2985 4RJ -3000 22.4 84.5 130

54.4

74 .5

6 1.0

49 .5

86 .5 7 1.0 58 .0 384.0 314.0 255.0 100

37.8

96 .5

30 2966 6RA -3000 22.4 84.0 130

6RT -3000 30 4478 (DS) 22.4 126.8 (OC)

7 9.0

64 .0

11 3. 0 9 2. 0 7 4. 5 312.0 252.0 201.0 54.4

100

37.8

130

54.4

100

37.8

78 .5

6 3.5

50 .5

91 .5

7 4.0

59 .0

496.0 405.0 326.0 125.0

35 3748 6RH -3500 26.1 106.1

102.0 82.0

1 45 .0 11 9. 0 9 5. 5 386.0 316.0 256.0 130

54.4

97 .0

7 9.5

64 .5

11 3. 0 9 2. 5 7 5. 0 552.0 446.0 356.0 100

37.8

1 39 .0

6RJ -4000 40 4478 (DS) 29.8 126.8

11 2. 5

8 9. 5

162.0 131.0 104.0 440.5 351.5 277.0 130

54.4

111 .0

8 8. 5

1 29 .0 1 03 .0 (OC) Oil cooler and vertical cooling fan are standard on this model. (DS) Deep oil sump is standard on this model.

24

7 0. 0

8 1. 0



WATTS x 1000

R22


25 – 3.9

15 – 9.4

5 – 15

159.0

129.0

24.5

40.0

32.5

24.5

46.5 124.0

38.0 97.5

28.5 79.5

0 – 17.8

–5 – 20.6

– 10 – 23.3

– 20 – 28.9

– 30 – 34.4

– 40 – 40

45 7.2

35 1.7

245.0 200.0

25 – 3.9

15 – 9.4

5 – 15

0 – 17.8

–5 – 20.6

80.5

162.0

130.0

102.0

91.0

50.5

41.0

32.5

26.0

23.0

20.0

72.0 58.5 187.0 150.0

47.5 118.0

38.0 91.5

30.0 70.0

26.5 62.0

23.5 53.5

61.5

– 10 – 23.3

– 20 – 28.9

– 30 – 34.4

– 40 – 40

4 6.0

31.0

24.5

20.0

47.0

37.5

29.5

23.0

17.5

15.5

36.5

28.5

23.5

55.0

44.0

34.5

27.0

20.5

18.0 1 25.5

15.5 116 .0

1 03.0

81 .0

62 .0

31.5

29.0

26.0

20.5

15.5

11.5

37.0 96.0

34.0 85.0

30.0 75.0

23.5 57.5

18.0 42.0

13.5 29.0

194.0

150.0

125.0

49.0

38.0

31.5

57.0 145.0

44.0 112.0

36.5 88.5

36.5

28.0

22.5

42.5 189.0

33.0 152.0

26.0 123.0

47.5

38.5

31.0

55.5 151.0

44.5 118.0

36.0 95.0

260.5 217.5

24.0

21.5

19.0

14.5

10.5

7.5

28.0 105.5

25.0 94.5

22.0

17.0

12.5

8.5

5 2.0

179.0

147.5

55.0

45.0

37.0

30.0

26.5

24.0

76.5 63.5 199.0 163.0

52.5 132.0

43.0 106.0

34.5 82.0

31.0 71.5

27.5 61.5

65.5

50.0

118.5

13.5

41.0

33.5

26.5

20.5

18.0

58.5 48.0 282.0 235.0

38.5 193.0

31.0 156.0

24.0 125.0

21.0 111.0

71.0

15.5

18.0 97.5

59.0

48.5

39.5

31.5

28.0

24.5

82.5 69.0 235.0 192.0

56.5 154.0

45.5 122.0

36.5 93.0

32.5 81.0

28.5 69.0

38.0

29.5

24.0

59.5

48.5

39.0

30.5

23.5

20.5

44.0

34.5

28.0

69.0

56.5

45.0

35.5

27.0

23.5 1 36.5

20.0 12 3.0

111.0

89 .5

70 .0

34.5

31.0

28.0

22.5

17.5

13.0

40.0 104.0

36.0 91.5

32.5 81.0

26.0 61.5

20.5 44.0

15.0 27.0

241.0

192.0

149.0

60.5

48.5

37.5

70.5 197.0

56.5 157.0

43.5 129.0

49.5

39.5

32.5

57.5 258.0

46.0 200.0

38.0 157.0

65.0

50.5

39.5

75.5 200.0

58.5 154.0

46.0 125.0

383.0 312.0

26.0

23.0

20.5

15.5

11.0

7.0

30.5 140.0

27.0 122.0

23.5

18.0

13.0

8.0

252.0

200.0

78.5

63.5

50.5

39.5

35.0

30.5

112.0 91.5 297.0 238.0

74.0 187.0

58.5 145.0

46.0 110.0

41.0 97.0

35.5 84.0

96.5

75.0

157.0

17.5

60.0

47.0

36.5

28.0

24.5

87.0 69.5 417.5 337.0

55.0 269.5

42.5 210.5

32.0 165.5

28.5 146.0

85.0

68.0

53.0

41.5

37.0

122.0 98.5 322.5 255.0

105.0

79.0 198.5

61.5 151.0

48.5 116.0

43.0 101.5

21.0

24.5 131.0 33.0

38.5 87.0

50.5

39.0

31.5

81.0

64.0

50.0

38.0

29.0

25.5

22.0

58.5

45.0

36.5

94.5

74.5

58.0

44.0

34.0

29.5

25.5

25


50 HERTZ

CAPACITY

REFRIGERANT COOLED TANDEMS MODEL

HP kW

CFH m 3 /hr 50HZ


37.8

20 3954 44A -2000 14.9 111.9 130

54.4

100

37.8

130

54.4

100

37.8

KCALS/ HOUR x 1000

WATTS x 1000

R12

R22


45 7.2

35 1.7

25 – 3.9

15 – 9.4

2 72 .0 2 23 .0 1 82 .0 1 45 .0 11 5. 0 100

BTUS/HOUR x 1000

5 – 15

0 – 17.8

–5 –20.6

7 1. 5

9 1. 5

8 1. 5

36.5

29.0

23.0

20.5

18.0

79.5 65.5 53.5 42.5 2 15 .0 1 77 .0 1 4 2. 0 11 4. 0

33.5 9 0. 0

27.0 7 1. 0

24.0 6 2. 5

21.0 5 1. 5

68.5

56.5

46.0

54.0

44.5

36.0

29.0

22.5

18.0

15.5

13.0

63.0

52.0

41.5

33.5

26.5

21.0

18.5

15.0

– 10 – 23.3

– 20 – 28.9

– 30 –34.4

– 40 – 40

55 12.8

45 7.2

35 1.7

44L-3000 30 4998 (OC) 22.4 141.5

503.0 412.0 333.0 1 27 .0

40 3954 44A -4000 29.8 111.9

1 04 .0

8 4. 0

1 47 .0 1 21 .0 9 7. 5 405.0 333.0 270.0 130

54.4 415.0 350.0 292.0 240.0 193.0 154.0 136.0 120.0

100

37.8

40 5932 66A -4000 29.8 167.9 130

54.4

105.0

48.5

39.0

34.0

30.0

1 22 .0 103 .0 8 5. 5 70 .5 56 .5 3 32 .0 2 77 .0 2 25 .0 1 82 .0 1 4 3 .0

88.0

73.5

60.5

45 .0 111 .0

40 .0 9 6. 0

3 5. 0 8 6. 0

83.5

69.5

56.5

46.0

36.0

28.0

24.0

21.5

97.5

81.0

66.0

53.5

42.0

32.5

28.0

25.0

(OC) Oil coolers and vertical cooling fans are standard on this model.

COPELAMETIC TANDEM COMPRESSORS Copelametic Tandem compressors are available from nominal 20 horsepower (15.0 kW) thus providing extensive system design flexibility. The popular combinations are shown, but any 4R and 6R compressors can be put together to make a tandem. The capacity of a tandem model is the sum of the capacities of the individual compressors. Since each compressor may be operated individually, the tandem provides simple, foolproof capacity reduction with maximum power savings, and greatly simplifies system control. The unique tandem design solves the troublesome problems of oil equalization sometimes encountered on compressors with interconnected crankcases. See Application Bulletin AE 4-1167 for complete details.

26

1 02 .0

8 4.0

68 .0

11 9. 0

9 7. 5

7 9. 0



WATTS x 1000

R22


25 – 3.9

15 – 9.4

5 – 15

250.0

202.0

166.0

63.0

51.0

42.0

73.5 202.0

59.0 158.0

48.5 127.0

0 – 17.8

–5 – 20.6

– 10 – 23.3

– 20 – 28.9

– 30 – 34.4

– 40 – 40

45 7.2

35 1.7

387.0 315.0

25 – 3.9

15 – 9.4

5 – 15

–5 – 20.6

– 10 – 23.3

– 20 – 28.9

– 30 – 34.4

– 40 – 40

1 48.0

1 32 .0

11 7.0

8 8.0

65 .0

4 5.0

37.5

33.0

29.5

22.5

16.5

11.5

43.5 108.0

38.5 96.0

34.5 84.0

26.0 62.0

19.0 45.0

13.0 30.0

27.5

24.0

21.0

15.5

11.5

31.5 1 78 .0

28.0 1 58 .0

24.5 1 40 .0

18.0 1 07 .0

13.0 8 2. 0

7.5

9.0 6 2. 0

45.0

40.0

35.5

27.0

20.5

15.5

52.0 131.0

46.5 114.0

41.0 99.0

31.5 73.0

24.0 53.0

18.0 38.0

33.0

29.0

25.0

18.5

13.5

38.5 143.0

33.5 127.0

29.0

21.5

15.5

11.0

6 4. 0

258.0

205.0

79.5

65.0

51.5

40.5

36.0

113.0 92.5 315.0 252.0

75.5 203.0

60.0 159.0

47.5 126.0

42.0 112.0

97.5

162.0

0 – 17.8

9.5

32.0

37.0 101.0

51.0

40.0

32.0

79.5

63.5

51.0

40.0

31.5

28.0

59.0

46.5

37.0

92.5

74.0

59.5

46.5

37.0

33.0 2 12 .0

29.5 1 88 .0

1 65 .0

1 26 .0

9 2. 0

53.5

47.5

41.5

31.5

23.0

16.0

62.0 1 53.0

55.0 1 36 .0

48.5 11 9.0

37.0 8 9.0

27.0 63 .0

19.0 4 3.0

27

25.5

38.5

34.0

30.0

22.5

16.0

10.5

45.0

40.0

35.0

26.0

18.5

12.5


50 HERTZ

CAPACITY


HP kW

CFH m 3 /hr 50HZ



WATTS x 1000

R12

R22


45 7.2

35 1.7

25 – 3.9

15 – 9.4

5 – 15

0 – 17.8

–5 –20.6

– 10 – 23.3

– 20 – 28.9

– 30 –34.4

– 40 – 40

55 12.8

45 7.2

35 1.7

668.0 540.0 430.0 100

37.8

1 6 8. 0 1 3 6. 0 1 0 8. 0

196.0 158.0 126.0 510.0 415.0 332.0

50 4998 44H -5000 37.3 141.5 130

54.4

100

37.8

130

54.4

100

37.8

1 28 .0 1 0 5. 0

8 3. 5

1 49 .0 1 2 2. 0

9 7. 5

66L-5000 50 7496 (OC) 37.3 212.2

763.0 636.0 520.0 1 9 2. 0 1 6 0. 0 1 3 1. 0

60 5970 44J -6000 44.8 169.0

224.0 186.0 152.0 583.0 486.0 395.0 130

54.4

1 47 .0 1 2 3. 0

9 9. 5

171.0 142.0 116.0 758.0 618.0 501.0 100

37.8

1 9 1. 0 1 5 6. 0 1 2 6. 0

222.0 181.0 147.0 610.0 501.0 407.0

60 5932 66A -6000 44.8 167.9 130

54.4

1 5 4. 0 1 2 7. 0 1 0 2. 0

179.0 147.0 119.0 66T -6000 60 8956 (DS) 44.8 253.5 (OC)

100

37.8

130

54.4

100

37.8

966.0 793.0 640.0 2 4 4. 0 2 0 0. 0 1 6 1. 0

70 7496 66H -7000 52.2 212.2

283.0 232.0 188.0 760.0 633.0 518.0 130

54.4

1 9 1. 0 1 6 0. 0 1 3 1. 0

223.0 185.0 152.0 1090.0 873.0 698.0 100

37.8

2 7 5. 0 2 2 0. 0 1 7 6. 0

66J-8000 80 8956 (DS) 59.7 253.5

319.0 256.0 205.0 870.0 693.0 546.0 130

54.4

2 1 9. 0 1 7 5. 0 1 3 8. 0

255.0 203.0 160.0 (OC) Oil coolers and vertical cooling fans are standard on this model. (DS) Deep oil sumps are standard on this model.

28



WATTS x 1000

R22


25 – 3.9

15 – 9.4

5 – 15

318.0

258.0

195.0

80.0

65.0

49.0

93.0 248.0

75.5 195.0

57.0 159.0

0 – 17.8

–5 – 20.6

– 10 – 23.3

– 20 – 28.9

– 30 – 34.4

– 40 – 40

45 7.2

35 1.7

481.0 395.0

25 – 3.9

15 – 9.4

5 – 15

0 – 17.8

–5 – 20.6

161.0

323.0

260.0

205.0

182.0

99.5

81.5

65.5

51.5

46.0

141.0 116.0 368.0 295.0

94.5 237.0

76.0 183.0

60.0 140.0

53.5 122.0

121.0

– 10 – 23.3

– 20 – 28.9

– 30 – 34.4

– 40 – 40

9 1. 0

40.5

47.0 107.0

62.5

49.0

40.0

93.0

74.5

59.5

46.0

35.5

31.0

72.5

57.0

46.5

108.0

86.5

69.5

53.5

41.0

35.5 2 51 .0

31.5 2 28 .0

2 03 .0

1 60 .0

1 22 .0

63.5

57.5

51.0

40.5

31.0

23.0

73.5 1 92 .0

67.0 1 68 .0

59.5 1 48 .0

47.0 11 3. 0

35.5 8 3. 5

26.5 5 7. 5

388.0

300.0

250.0

98.0

75.5

63.0

114.0 290.0

88.0 224.0

73.5 177.0

73.0

56.5

44.5

85.0 378.0

65.5 304.0

52.0 246.0

95.5

76.5

62.0

111.0 302.0

89.0 236.0

72.0 190.0

514.0 429.0

42.5

37.5

28.5

21.0

14.5

56.5 208.0

49.0 187.0

43.5

33.0

24.5

17.0

1 03 .0

353.0

291.0

89.0

73.5

59.0

52.5

151.0 126.0 392.0 322.0

103.0 260.0

85.5 209.0

68.5 162.0

61.0 141.0

99.0

233.0

48.5

108.0

130.0

81.0

65.5

52.5

40.5

35.5

115.0 94.5 556.0 461.0

76.0 383.0

61.0 313.0

47.5 250.0

41.5 220.0

140.0

27.0

116.0

96.5

79.0

63.0

55.5

163.0 135.0 463.0 378.0

112.0 308.0

91.5 245.0

73.5 188.0

64.5 162.0

47.0

55.0 122.0 30.5

35.5 193.0 48.5

56.5 137.0

76.0

59.5

48.0

117.0

95.5

77.5

61.5

47.5

40.5

88.5

69.0

55.5

136.0

111.0

90.0

72.0

55.0

47.5 2 73 .0

40.0 2 47 .0

2 23 .0

1 80 .0

1 42 .0

69.0

62.0

56.0

45.5

36.0

26.0

50.5 2 08 .0

72.5 1 87 .0

65.5 1 65 .0

52.5 1 27 .0

41.5 9 1. 5

30.0 5 7. 5

482.0

384.0

298.0

121.0

97.0

75.0

141.0 394.0

113.0 314.0

87.5 258.0

99.5

79.0

65.0

115.0 516.0

92.0 400.0

75.5 314.0

130.0

101.0

79.0

151.0 400.0

117.0 308.0

92.0 250.0

52.5

47.0

41.5

32.0

23.0

14.5

61.0 268.0

55.0 245.0

48.5

37.0

27.0

17.0

753.0 615.0

503.0

400.0

190.0

155.0

127.0

101.0

79.0

67.5

221.0 180.0 586.0 468.0

147.0 375.0

117.0 290.0

91.5 220.0

78.5 192.0

148.0

313.0

118.0

94.5

73.0

55.5

48.5

172.0 137.0 823.0 665.0

110.0 531.0

85.0 415.0

64.5 327.0

56.5 288.0

207.0

34.5

168.0

134.0

105.0

82.5

72.5

241.0 195.0 636.0 502.0

156.0 392.0

122.0 298.0

96.0 228.0

84.5 200.0

61.5

72.0 166.0 42.0

48.5 252.0 63.5

74.0 172.0

101.0

77.5

63.0

160.0

127.0

98.5

75.0

57.5

50.5

43.0

117.0

90.0

73.5

186.0 147.0

115.0

87.5

67.0

58.5

50.5

29


50 HERTZ REFRIGERANT COOLED CAPACITY CONTROL CAPACITY CONTROL MODEL

9RP -1015 33% Unloaded

4RE -1000 50% Unloaded

9RT -1505 33% Unloaded



6RN -2000 67% Unloaded

BASIC COMPRESSOR MODEL

HP kW

CFH m 3 /hr 50HZ

10 7.5

100 4RA -1000

100 9RS -1505

100

100

35 1.7

25 – 3.9

54.4

37.8

54.4

78.5

64.5

53.0

19.5

16.5

13.5

11.0

23.0 63.5

19.0 52.0

15.5 42.0

12.5 34.0

16.0

13.0

10.5

18.5

15.0

12.5

54.4

100

37.8

20 2966 14.9 84.0 130

54.4

148.0

122.0

101.0

37.0

31.0

25.5

21.0

43.5 119.0

35.5 97.0

29.5 79.0

24.0 63.5

82.0

30.0

24.5

20.0

16.0

35.0 65.0

28.5 54.0

23.0 44.5

18.5 36.0

16.5

13.5

11.0

19.0 52.0

16.0 42.5

13.0 35.0

13.0

11.0

9.0

15.0

12.5

10.5

30

35 1.7

25 – 3.9

105.0

87.0

71.5

54.0

26.5

22.0

18.0

13.5

31.0 84.5

25.5 70.0

21.0 60.5

16.0 45.5

21.5

17.5

15.5

11.5

25.0

20.5

17.5

13.5

139.0

111.5

89.0

66.0

35.0

28.0

22.5

16.5

40.5 114.5

32.5 91.5

26.0 74.0

19.5 56.0

8.5

37.8

54.4

45 7.2

10.0

54.4

37.8

55 12.8

43.0

37.8

20 2966 14.9 84.0 130

6RA -2000

45 7.2

20 1977 14.9 56.0 130

6RA -2000


1762 49.9 130

4RA -2000

R22

37.8

1977 56.0 130

15 11.2

WATTS x 1000

1338 37.9 130

10 7.5

KCALS/ HOUR x 1000

R12


100 9RC -1015

BTUS/HOUR x 1000

CAPACITY

9.0

10.5 29.0 7.0

8.5

29.0

23.0

18.5

14.0

33.5 132.0

27.0 105.0

21.5 82.5

16.5 59.5

33.0

26.5

20.5

15.0

38.5 101.0

31.0 82.5

24.0 66.5

17.5 51.0

25.5

20.5

17.0

13.0

29.5

24.0

19.5

15.0


50 HERTZ REFRIGERANT COOLED CAPACITY CONTROL CAPACITY CONTROL MODEL

4RK -2500 50% Unloaded

4RR -3000 50% Unloaded


6RN -3000 67% Unloaded

6RK -3500 33% Unloaded

6RP-3500 67% Unloaded

6RR - 4000 33% Unloaded (DS)

6RS - 4000 67% Unloaded (DS)


HP kW

CFH m 3 /hr 50HZ

100 4RJ -3000

100 6RA -3000

100

100

100

100

54.4

37.8

54.4

37.8

54.4

37.8

54.4

37.8

40 4478 29.8 126.8 130

100 6RJ -4000

37.8

35 3748 26.1 106.1 130

6RJ -4000

54.4

35 3748 26.1 106.1 130

6RH -3500

37.8

30 2966 22.4 84.0 130

6RH -3500

54.4

30 2966 22.4 84.0 130

6RA -3000

37.8

30 2985 22.4 84.5 130

54.4

37.8

40 4478 29.8 126.8 130

WATTS x 1000

R22


25 2499 18.7 70.7 130

KCALS/ HOUR x 1000

R12


100 4RH -2500

BTUS/HOUR x 1000

CAPACITY

54.4

(DS) Deep oil sump is standard on this model.

31

45 7.2

35 1.7

25 – 3.9

55 12.8

45 7.2

35 1.7

25 – 3.9

157.0

130.0

107.0

81.5

39.5

33.0

27.0

20.5

46.0 129.0

38.0 105.0

31.5 84.5

24.0 63.0

32.5

26.5

21.5

38.0 192.5

31.0 154.5

25.0 121.5

16.0

18.5 89.5

48.5

39.0

30.5

22.5

56.5 156.5

45.5 122.5

35.5 96.5

26.0 71.0

39.5

31.0

24.5

46.0 264.0

36.0 218.0

28.5 179.0

66.5

55.0

45.0

77.5 212.0

64.0 174.0

52.5 141.0

18.0

21.0 137.0 34.5

40.0 107.0

53.5

44.0

35.5

27.0

62.0 131.0

51.0 106.0

41.5 85.0

31.5 63.5

33.0

27.0

21.5

16.0

38.5 103.0

31.0 83.0

25.0 66.0

18.5 48.5

26.0

21.0

16.5

30.0 326.0

24.5 266.0

19.5 215.0

82.0

67.0

54.0

95.5 272.0

78.0 220.0

63.0 177.0

68.5

55.5

44.5

79.5 162.0

64.5 132.0

52.0 107.0

12.0

14.0 164.0 41.5

48.0 137.0 34.5

40.0 81.5

41.0

33.5

27.0

20.5

47.5 135.0

38.5 109.0

31.5 88.0

24.0 67.5

34.0

27.5

22.0

39.5 399.0

32.0 317.0

26.0 246.0

100.5

80.0

62.0

117.0 309.0

93.0 243.0

72.0 189.0

78.0

61.0

47.5

90.5 200.0

71.0 159.0

55.5 123.0

17.0

20.0 178.0 45.0

52.0 138.0 35.0

40.5 90.0

50.5

40.0

31.0

22.5

58.5 162.0

46.5 128.0

36.0 98.0

26.5 70.0

41.0

32.5

24.5

17.5

47.5

37.5

28.5

20.5


50 HERTZ REFRIGERANT COOLED CAPACITY CONTROL TANDEMS CAPACITY CONTROL MODEL

44E -2000 50% Unloaded

44E -4000 50% Unloaded

66E -4000 33% Unloaded

66N -4000 67% Unloaded

44K -5000 50% Unloaded

BASIC TANDEM MODEL

HP kW

CFH m 3 /hr 50HZ


100 44A -2000

100

100

100

R12

R22


45 7.2

35 1.7

25 – 3.9

157.0

129.0

106.0

86.0

39.0

33.0

27.0

22.0

46.0 127.0

38.0 104.0

31.0 84.0

25.0 68.0

32.0

26.0

21.0

17.0

37.0

30.5

24.5

20.0

54.4

37.8

54.4

37.8

40 5932 29.8 167.9 130

100 44H -5000

WATTS x 1000

37.8

40 5932 29.8 167.9 130

66A -4000

54.4

KCALS/ HOUR x 1000

40 3954 29.8 111.9 130

66A -4000

37.8

20 3954 14.9 111.9 130

44A -4000

BTUS/HOUR x 1000

CAPACITY

54.4

296.0

244.0

202.0

74.0

62.0

51.0

86.5 238.0

71.5 194.0

59.0 158.0

130

49.0

40.0

32.0

46.5 89.0

37.0 72.0

33.0

27.0

22.0

18.0

38.0 104.0

31.5 85.0

26.0 70.0

21.0 58.0

26.0

22.0

18.0

14.0

30.5

25.0

20.5

17.0

32

25 – 3.9

264.0

210.0

165.0

119.0

66.0

53.0

41.0

77.5 202.0

61.5 165.0

48.5 133.0

30.0

35.0 102.0

51.0

41.0

34.0

25.5

59.0

48.5

39.0

30.0

314.0

260.0

214.0

163.0

79.0

66.0

54.0

92.0 258.0

76.0 210.0

62.5 169.0

42.0

57.0 108.0

54.4

35 1.7

48.0 127.0

69.5 130.0

50 4998 37.3 141.5

45 7.2

164.0

60.0

37.8

55 12.8

41.0

48.0 126.0

65.0

53.0

43.0

32.0

75.5

61.5

49.5

37.0


50 HERTZ REFRIGERANT COOLED CAPACITY CONTROL TANDEMS CAPACITY CONTROL MODEL

44R -6000 50% Unloaded

66E -6000 33% Unloaded

66N -6000 67% Unloaded

66K -7000 33% Unloaded

66P -7000 67% Unloaded

66R - 8000 33% Unloaded (DS)

66S - 8000 67% Unloaded (DS)

BASIC TANDEM MODEL

HP kW

CFH m 3 /hr 50HZ


100 44J -6000

100

100 66A -6000

100 66H -7000

100

100

54.4

37.8

54.4

37.8

54.4

37.8

54.4

37.8

80 8956 59.7 253.5 130

100 66J -8000

37.8

70 7496 52.2 212.2 130

66J -8000

54.4

70 7496 52.2 212.2 130

66H -7000

37.8

60 5932 44.8 167.9 130

54.4

37.8

80 8956 59.7 253.5 130

WATTS x 1000

R22


60 5932 44.8 167.9 130

KCALS/ HOUR x 1000

R12

60 5970 44.8 169.0 130

66A -6000

BTUS/HOUR x 1000

CAPACITY

54.4

(DS) Deep oil sumps are standard on this model.

33

45 7.2

35 1.7

25 – 3.9

55 12.8

45 7.2

35 1.7

25 – 3.9

385.0

309.0

243.0

179.0

97.0

78.0

61.0

113.0 313.0

90.5 245.0

71.0 193.0

79.0

62.0

49.0

91.5 528.0

72.0 436.0

56.5 358.0

133.0

110.0

90.0

155.0 424.0

128.0 348.0

105.0 282.0

107.0

88.0

71.0

124.0 262.0

102.0 212.0

82.5 170.0

66.0

54.0

43.0

77.0 206.0

62.0 166.0

50.0 132.0

52.0

42.0

33.0

60.5 672.0

48.5 532.0

38.5 430.0

164.0

134.0

108.0

197.0 544.0

156.0 440.0

126.0 354.0

137.0

111.0

89.0

159.0 324.0

129.0 264.0

104.0 214.0

82.0

67.0

54.0

95.0 270.0

77.5 218.0

62.5 176.0

68.0

55.0

44.0

79.0 798.0

64.0 634.0

51.5 492.0

201.0

160.0

124.0

234.0 618.0

186.0 486.0

144.0 378.0

156.0

122.0

95.0

181.0 400.0

142.0 318.0

111.0 246.0

101.0

80.0

62.0

117.0 324.0

93.0 256.0

72.0 196.0

45.0

52.2 142.0 36.0

41.5 274.0 69.0

80.5 214.0 54.0

62.5 127.0 32.0

37.0 97.5 24.5

28.5 329.0 83.0

96.5 274.0 69.0

80.5 163.0 41.0

48.0 135.0 34.0

39.5 355.0 89.5

104.0 276.0 69.5

81.0 180.0 45.5

52.5 140.0

82.0

65.0

49.0

35.5

95.0

75.0

57.5

41.0


50 HERTZ

CAPACITY

REFRIGERANT COOLED TWO-STAGE MODEL

HP kW

CFH m 3 /hr 50HZ


100 9TK -0505

5 3 .7

100 9TL -0765

7.5 5 .6

130

100 9TH -1015

10 7 .5

130

100 6RB -1000

6RB -2000

10 7 .5

54.4

100

37.8

– 40 – 40

– 50 – 60 – 70 – 80 – 45.6 – 51.1 – 56.7 – 62.2

21.0

17.0

13.5

10.5

8.0

24.5

19.5

15.5

12.0

9.0

6.5

5.5

4.5

3 .5

2.5

2.0

6.0

5.0

4.0

3.0

2.5

1.5

1.0

6.0 19.0

5.0 15.5

4.0 12.0

3.0 9.0

2.5 7.0

7.0 21.5

5 .5 17.5

4.5 14.0

3.5 11.0

2.5 8.5

2.0 6.0

1.5 4.5

5.0

4.0

3 .0

2.5

1.5

5.5

4.5

3.5

3.0

2.0

1.5

1.0

4.5 20.0

3.5 15.5

2.5

2.0

6.5 29.5

5 .0 23.5

4.0 18.5

3.0 13.5

2.5 11.0

2.0

1.5

31.0 8.0

6.5

5.0

4 .0

10.0

9.0

7.5

6.0

4.5

3.5

10.5 32.5

9.0 29.0

7.5 23.0

6.0 18.5

4 .5 15.0

11.5 35.0

10.5 31.5

8.5 26.0

7.0 21.0

5.5 16.5

4.0 13.0

40.0

7.5

6.0

4.5

4 .0

9.0

8.0

6.5

5.5

4.0

3.5

9.5 46.0

8.5 41.5

6.5 33.5

5.5 26.5

4 .5 20.5

10.5 52.0

9.0 47.0

7.5 38.5

6.0 31.0

5.0 24.5

4.0 19.5

2.5

3.0 14.5

11.5

10.5

8.5

6.5

5.0

13.0

12.0

9.5

8.0

6.0

5.0

12.0 39.0

10.0 31.5

8.0 25.5

6.0 20.0

15.0 46.0

14.0 41.5

11.5 34.0

9.0 27.5

7.0 22.0

5.5 17.5

11.0

10.0

8.0

6.5

5.0

11.5

10.5

8.5

7.0

5.5

4.5

3.5

12.5

11.5

9.0 5 6. 5

7.5 4 5. 0

6.0 3 5. 5

13.5

12.0

10.0

8.0

6.5

5.0

4.0

2 7. 5

14.5

11.5

9.0

7.0

5.0

16.5

13.0

1 0.5

8.0

6.0

—

—

—

—

—

7 7.5

65 .0

5 4.0

45 .0

3 4.5

2 5.0

19.5

16.5

13.5

11.5

8.5

22.5

19.0 58 .5

16.0 4 8. 5

13.0 39 .0

10.0 3 0.5

15.0

12.0

10.0

7.5

17.0 80.5

14.0 66.0

11.5 53.0

9.0 41.5

37.8

54.4

—

70.5

57.0

45.0

34.0

18.0

14.5

11.5

8.5

6.0

20.5

16.5

13.5

10.5

20.5 66.0

16.5 53.5

13.0 42.0

10.0 31.5

7.0 23.5

23.5 70.5

19.5 58.5

15.5 43.5

12.0 38.0

24.5

16.5

13.5

10.5

8.0

6.0

18.0

15.0

11.0

9.5

19.5

15.5

12.5

9.0

7.0

20.5

17.0

12.5

11.0

Subcooler installed for these capacity values.

COPELAMETIC TWO-STAGE COMPRESSORS Copeland® brand product Two-Stage compressors were developed to reach the ultra-low temperatures needed in many of today’s applications in an efficient and reliable way. The Two-Stage compressor is separated into low and high stages of compression to achieve the necessary pressures and temperatures for maximum cooling capability. Three cylinder compressors use two cylinders on the low stage and one cylinder on the high stage while the six cylinder compressors use four cylinders on the low stage and two cylinders on the high stage. For more information see Application Bulletin AE 19-1132.

34

3.5

4.0 14.0

2 0. 5

54.4

20 3748 14.9 106.1 130

3.0

3.0 10.0

13.5 43.0

20 2966 1 4. 9 8 4. 0

100

36.5

8.0

37.8

130

– 50 – 60 –5 – 10 – 20 – 30 – 45.6 – 51.1 – 20.6 – 23.3 – 28.9 – 34.4

9.0

54.4

54.4

– 40 – 40

35.0 37.8

37.8

R502

5.5 25.0

2966 8 4.0

130

6TM -2000

54.4

1762 4 9.9

WATTS x 1000

EVAPORATING TEMPERATURE °F/ °C –5 – 10 – 20 – 30 – 20.6 – 23.3 – 28.9 – 34.4

37.8

1338 3 7.9

KCALS/ HOUR x 1000

R22

1135 3 2.1 130

BTUS/HOUR x 1000

6.5

7.5 22 .0 5.5

6.5 30.0 7.5

9.0 28.0 7.0

8.0

4.5


50 HERTZ

CAPACITY

REFRIGERANT COOLED TWO-STAGE TANDEMS HP kW

MODEL

CFH m 3 /hr 50HZ


66B -2000

2 0 59 32 14.9 167.9 54.4

100

37.8

WATTS x 1000


–5 – 10 – 20 – 30 – 20.6 – 23.3 – 28.9 – 34.4

37.8

130

KCALS/ HOUR x 1000

R22 11 3. 0

100

BTUS/HOUR x 1000

– 40 – 40

– 50 – 60 –5 – 10 – 20 – 30 – 45.6 – 51.1 – 20.6 – 23.3 – 28.9 – 34.4

8 9. 5 7 1 .0

5 5. 0

2 8.5

2 2.5

1 8.0

1 4.0

10 .5

3 3. 0

2 6. 0 2 1. 0

1 6. 0

1 2. 0

—

—

—

—

—

40 5932 29.8 167.9 130

54.4

66M -4000

37.8

4 0 74 96 29.8 212.2 130

35.5

68.5

49.0

23.0

17.0

12.5

41.5 33.5 26.5 132.0 107.0 83.5

20.0 6 3.5

14.5 4 7.0

54.4

28.5

8 9. 5 6 8. 5

33 .0

2 7.5

2 2. 5 1 7.5

12 .5

4 5. 5

3 8. 0 11 7. 0

3 1. 5 9 7. 0

2 6. 0 2 0. 0 7 8. 5 6 1. 0

1 4. 5 4 4. 0

29.5

24.5

19.5

1 5.5

3 4. 5 2 8. 5 2 3. 0 1 8. 0 161.0 132.0 106.0 83.0 40.5

33.0

47.0 38.5 141.0 117.0

27.0

21.0

31.0 24.5 8 7.5 75.5

33.5

27.0

21.0

16.0

12.0

35.5

29.5

22.0

38.5

31.5 24.5

18.5

14.0

41.5

34.5

25.5 22.0

Subcoolers installed for these capacity values.

COPELAMETIC TWO-STAGE TANDEM COMPRESSORS Copeland® brand product Two-Stage Tandem compressors produce greater capacity for applications where it is necessary along with the automatic capacity control and increased factor of safety that tandems naturally offer. Refer to Application Bulletins AE 4-1167 and AE 19-1132 for instructions. Although Two-Stage evaporating temperatures range well below 0°F (–17.8°C) when operating, no overhead cooling fan is required for any of our Two-Stage compressors. An interstage desuperheating expansion valve provides adequate motor cooling. Refer to Application Bulletin AE 4-1135 for more information.

35

5 0. 0

39 .0

—

141.0 114.0 90.5 100

– 50 – 60 – 70 – 80 – 45.6 – 51.1 – 56.7 – 62.2

4 1. 0

1 55 .0 1 30 .0 1 08 .0 66B -4000

– 40 – 40

19.0

11.0

1 3. 0 60.0 15.0

17.5 5 6.0 14.0

16.5


MECHANICAL SPECIFICATIONS

AIR COOLED

MODEL

HP kW

CYL

Bore in mm

Stroke in mm

CFH m 3 /hr

Oil Charge (Refill Oil Charge)

Overall Dimensions in/ mm

Mounting Center Service Valve Dimensions Sizes in / mm

50 Hertz

Oz

Liter

Length

Width

Height

Length

Width

Suction Discharge in in

Weights lb/ kg Net

Shipping

HAK-0025

.25 .19

2

15/16 33.3

5 8

/ 15.9

85.2 2.41

22 (16)

.65 (.47)

123/8 314

8 203

103/4 273

83/16 208

63/8 162

3 8

/ Flare

1 4

/ Flare

70 32

81 37

HAJ-0033

.33 .25

2

13/16 30.2

5 8

/ 15.9

69.7 1.97

22 (16)

.65 (.47)

123/8 314

8 203

103/4 273

83/16 208

63/8 162

1 2

/ Flare

3 8

/ Flare

70 32

81 37

HAG-0050

.50 .37

2

11/32 26.2

3 4

/ 19.1

63.4 1.79

22 (16)

.65 (.47)

123/8 314

8 203

103/4 273

83/16 208

63/8 162

1 2

/ Flare

3 8

/ Flare

72 33

83 38

HAJ-0050

.50 .37

2

13/16 30.2

5 8

/ 15.9

69.7 1.97

22 (16)

.65 (.47)

123/8 314

8 203

103/4 273

83/16 208

63/8 162

1 2

/ Flare

3 8

/ Flare

72 33

83 38

KAN-0050 (LT)

.50 .37

2

13/8 34.9

5 8

/ 15.9

93.5 2.65

22 (20)

.65 (.59)

14 356

8 203

10 3/4 273

83/16 208

63/8 162

1 2

/ Flare

3 8

/ Flare

81 37

94 43

KAE-0050

.50 .37

2

11/2 38.1

5 8

/ 15.9

111 3.14

22 (20)

.65 (.59)

14 356

8 203

10 3/4 273

83/16 208

63/8 162

1 2

/ Flare

3 8

/ Flare

81 37

94 43

KAH-0050

.50 .37

2

11/2 38.1

15 16

/ 23.8

167 4.73

22 (20)

.65 (.59)

14 356

8 203

10 3/4 273

83/16 208

63/8 162

1 2

/ Flare

3 8

/ Flare

81 37

94 43

KAJ-0050

.50 .37

2

19/16 39.7

15 16

/ 23.8

181 5.12

22 (20)

.65 (.59)

14 356

8 203

10 3/4 273

83/16 208

63/8 162

1 2

/ Flare

3 8

/ Flare

81 37

94 43

KAN-0075

.75 .56

2

13/8 34.9

5 8

/ 15.9

93.5 2.65

22 (20)

.65 (.59)

14 356

8 203

10 3/4 273

83/16 208

63/8 162

1 2

/ Flare

3 8

/ Flare

89 40

103 47

KAE-0075

.75 .56

2

11/2 38.1

5 8

/ 15.9

111 3.14

22 (20)

.65 (.59)

14 356

8 203

10 3/4 273

83/16 208

63/8 162

1 2

/ Flare

3 8

/ Flare

89 40

103 47

KAM-0075 (LT)

.75 .56

2

13/8 34.9

15 16

/ 23.8

140 3.96

22 (20)

.65 (.59)

14 356

8 203

10 3/4 273

83/16 208

63/8 162

5 8

/ Flare

3 8

/ Flare

89 40

103 47

KAG-0075

.75 .56

2

17/16 36.5

15 16

/ 23.8

153 4.33

22 (20)

.65 (.59)

14 356

8 203

10 3/4 273

83/16 208

63/8 162

5 8

/ Flare

3 8

/ Flare

89 40

103 47

KAA-0075

.75 .56

2

111/16 42.9

15 16

/ 23.8

211 5.97

22 (20)

.65 (.59)

14 356

8 203

10 3/4 273

83/16 208

63/8 162

5 8

/ Flare

3 8

/ Flare

89 40

103 47

KAL-0075

.75 .56

2

17/8 47.6

15 16

/ 23.8

261 7.39

22 (20)

.65 (.59)

14 356

8 203

10 3/4 273

83/16 208

63/8 162

5 8

/ Flare

3 8

/ Flare

89 40

103 47

KAR-0100

1 .75

2

15/8 41.3

5 8

/ 15.9

131 3.71

22 (20)

.65 (.59)

14 356

8 203

10 3/4 273

83/16 208

63/8 162

5 8

/ Flare

1 2

/ Flare

89 40

103 47

KAM-0100

1 .75

2

13/8 34.9

15 16

/ 23.8

140 3.96

22 (20)

.65 (.59)

14 356

8 203

10 3/4 273

83/16 208

63/8 162

5 8

/ Flare

1 2

/ Flare

89 40

103 47

KAJ-0100 (LT)

1 .75

2

19/16 39.7

15 16

/ 23.8

181 5.12

22 (20)

.65 (.59)

14 356

8 203

10 3/4 273

83/16 208

63/8 162

5 8

/ Flare

1 2

/ Flare

89 40

103 47

KAK-0100

1 .75

2

111/16 42.9

15 16

/ 23.8

211 5.97

22 (20)

.65 (.59)

14 356

8 203

10 3/4 273

83/16 208

63/8 162

5 8

/ Flare

1 2

/ Flare

89 40

103 47

KAL-0100

1 .75

2

17/8 47.6

15 16

/ 23.8

261 7.39

22 (20)

.65 (.59)

14 356

8 203

10 3/4 273

83/16 208

63/8 162

5 8

/ Flare

1 2

/ Flare

89 40

103 47

KAT-0100 (OP)

1 .75

2

17/8 47.6

15/32 29.4

322 9.12

22 (20)

.65 (.59)

14 356

8 203

10 3/4 273

83/16 208

63/8 162

/ Flare

/ Flare

89 40

103 47

5 8

1 2

(LT) Oil pump is required for R22LT only. Use A or B in place of  in model number. Add 3/8 inches (9.53mm) to length shown when an oil pump is used. (OP) Oil pump is required for all applications. Use A or B in place of  in model number.

36


ELECTRICAL SPECIFICATIONS CAF IAF 115-1-50

RLA

CAV 200/ 220-1-50 208/ 230-1-60

LRA

RLA

CAG IAG 230-1-50

LRA

RLA

IAF 4.4

28.2

2.2

28.6

2.5

LRA

RLA

LRA

14.2 14.5 2.4

13.0

3.7

22.0

2.2

13.0

45.2

3.6

24.0

3.4

23.3

2.1

13.2

45.2

3.4

24.0

3.4

23.3

1.9

13.2

3.5

19.9

3.4

19.9

3.2

19.9

27.7

2.6

19.9

27.7

2.6

19.9

CAG CAG CAG 45.2

3.4

45.2

3.4

CAF 7.1

RLA

22.0

CAF 7.1

LRA

4.0

CAF 7.1

RLA

TAD 380 / 400-3-50 460-3-60

CAG

CAF 7.1

LRA

TAC 200/ 220-3-50 208/ 230-3-60

IAG

CAF 4.9

CAZ 220/ 240-1-50

23.3 CAG

6.1

36.0

54.0

5.4

36.0

54.0

5.6

36.0

23.3 4.9

27.7

CAF 9.0 CAF 10.8

CAG 5.2

CAF 10.5

54.0

5.4

36.0

4.6

54.0

5.2

36.0

4.6

27.7

CAG

CAF 10.5

4.7

CAG

CAF 10.5

27.7

CAG 54.0

4.6

27.7

7.4

40.0

4.3

27.0

2.2

13.5

7.5

40.0

4.5

27.0

2.2

13.5

6.9

40.0

33.0

3.4

25.0

2.1

15.0

33.0

4.4

25.0

1.9

15.0

33.0

3.3

25.0

1.8

15.0

33.0

4.4

25.0

2.1

15.0

CAG 6.0 CAG 7.3

40.0

6.0

6.9

40.0

6.0

7.2

40.0

6.0

CAG CAG

37



AIR COOLED

MODEL

HP kW

CYL

Bore in mm

Stroke in mm

CFH m 3 /hr




50 Hertz

Oz

Liter

Length

Width

Height

Length

Width


Weights lb/ kg Net

Shipping

KAJ-0101 (LT)

1 .75

2

19/16 39.7

15 16

/ 23.8

181 5.12

22 (20)

.65 (.59)

14 356

8 203

10 3/4 273

83/16 208

63/8 162

5 8

/ Flare

1 2

/ Flare

89 40

103 47

KAG-0150 (OP)

1.5 1.1

2

17/16 36.5

15 16

/ 23.8

153 4.33

22 (20)

.65 (.59)

143/8 365

83/4 222

103/4 273

83/16 208

63/8 162

7 8

/ Solder

1 2

/ Flare

94 43

109 49

KAL-0150 (OP)

1.5 1.1

2

17/8 47.6

15 16

/ 23.8

261 7.39

22 (20)

.65 (.59)

143/8 365

83/4 222

103/4 273

83/16 208

63/8 162

7 8

/ Solder

1 2

/ Flare

94 43

109 49

KAT-0150 (OP)

1.5 1.1

2

17/8 47.6

15/32 29.4

322 9.12

22 (20)

.65 (.59)

143/8 365

83/4 222

103/4 273

83/16 208

63/8 162

7 8

/ Solder

1 2

/ Flare

94 43

109 49

EAJ-0150

1.5 1.1

2

115/16 49.2

13/8 34.9

408 11.6

60 (55)

1.77 (1.63)

161/8 410

12 305

1211/16 322

101/16 256

101/2 267

7 8

/ Solder

1 2

/ Flare

152 69

175 79

KAK-0200 (OP)

2 1.5

2

111/16 42.9

15 16

/ 23.8

211 5.97

22 (20)

.65 (.59)

143/8 365

83/4 222

103/4 273

83/16 208

63/8 162

7 8

/ Solder

1 2

/ Flare

112 51

126 57

KAT-0200 (LV) (OP)

2 1.5

2

17/8 47.6

15/32 29.4

322 9.12

22 (20)

.65 (.59)

143/8 365

83/4 222

103/4 273

83/16 208

63/8 162

7 8

/ Solder

1 2

/ Flare

112 51

126 57

EAD-0200 (LT)

2 1.5

2

17/8 47.6

15/32 29.4

322 9.12

60 (55)

1.77 (1.63)

161/8 410

12 305

1211/16 322

101/16 256

101/2 267

7 8

/ Solder

1 2

/ Flare

158 72

182 83

EAV-0200

2 1.5

2

2 50.8

15/32 29.4

366 10.4

60 (55)

1.77 (1.63)

161/8 410

12 305

1211/16 322

101/16 256

101/2 267

7 8

/ Solder

1 2

/ Flare

158 72

182 83

EAL-0200

2 1.5

2

2 50.8

13/8 34.9

435 12.3

60 (55)

1.77 (1.63)

161/8 410

12 305

1211/16 322

101/16 256

101/2 267

7 8

/ Solder

1 2

/ Flare

158 72

182 83

3AH-0200

2 1.5

2

21/4 57.2

13/8 34.9

551 15.6

70 (65)

2.07 (1.92)

18 457

13 330

12 23/32 323

115/8 295

11 279

7 8

/ Solder

1 2

/ Flare

177 80

204 93

EAV-0210 (LT)

2 1.5

2

2 50.8

15/32 29.4

366 10.4

60 (55)

1.77 (1.63)

161/2 419

12 305

1211/16 322

101/16 256

101/2 267

7 8

/ Solder

1 2

/ Flare

159 72

183 83

LAH-0310 (LT)

3 2.2

2

21/4 57.2

17/16 36.5

576 16.3

80 (75)

2.37 (2.22)

181/32 458

14 356

145/8 371

115/8 295

11 279

11/8 Solder

5 8

/ Flare

210 95

237 107

LAL-0310

3 2.2

2

23/8 60.3

17/16 36.5

641 18.1

80 (75)

2.37 (2.22)

181/32 458

14 356

145/8 371

115/8 295

11 279

11/8 Solder

5 8

/ Flare

210 95

237 107

LAC-0310

3 2.2

2

27/16 61.9

17/16 36.5

675 19.1

80 (75)

2.37 (2.22)

181/32 458

14 356

145/8 371

115/8 295

11 279

11/8 Solder

5 8

/ Flare

210 95

237 107

LAM-0310

3 2.2

2

27/16 61.9

111/16 42.9

793 22.4

80 (75)

2.37 (2.22)

181/32 458

14 356

145/8 371

115/8 295

11 279

11/8 Solder

5 8

/ Flare

210 95

237 107

EAD-0320

3 2.2

2

17/8 47.6

15/32 29.4

322 9.12

60 (55)

1.77 (1.63)

161/8 410

12 305

1211/16 322

101/16 256

101/2 267

7 8

/ Solder

1 2

/ Flare

158 72

182 83

LAH-0320 (OP)

3 2.2

2

21/4 57.2

17/16 36.5

576 16.3

80 (75)

2.37 (2.22)

181/32 458

14 356

145/8 371

115/8 295

11 279

11/8 Solder

5 8

/ Flare

210 95

237 107

LAC-0420 (OP)

3 2.2

2

27/16 61.9

17/16 36.5

675 19.1

80 (75)

2.37 (2.22)

185/8 473

14 356

1423/32 374

115/8 295

11 279

11/8 Solder

/ Flare

198 90

225 102

5 8

(LT) Oil pump is required for R22LT only. Use A or B in place of  in model number. Add 3/8 inches (9.53mm) to length shown when an oil pump is used. (OP) Oil pump is required for all applications. Use A or B in place of  in model number. (LV) Limited voltage. Available only in 200 volt electrical.

38


ELECTRICAL SPECIFICATIONS CAV 200/ 220-1-50 208/ 230-1-60

RLA

LRA

CAS 220-1-50

RLA

CAZ 220/ 240-1-50

LRA

RLA

LRA

TAC 200/ 220-3-50 208/ 230-3-60

RLA

TAD 380/ 400-3-50 460-3-60

LRA

RLA

LRA

4.5

27.0

5.5

35.5

2.5

18.2

9.6

55.0

9.9

55.0

7.6

35.0

5.4

35.5

2.9

18.2

9.6

55.0

7.6

35.0

5.0

35.5

2.9

18.2

5.9

38.0

2.5

19.0

6.8

50.0

3.0

25.0

10.6

14.7

55.0

TAE 500-3-50 575-3-60

RLA

2.2

TAM 380 /400-3-50

LRA

6.8

46.0

3.4

23.0

2.3

20.0

54.0

6.6

46.0

3.5

23.0

2.3

20.0

8.4

54.0

7.1

46.0

3.7

23.0

2.3

20.0

8.4

54.0

6.6

46.0

3.7

23.0

2.3

20.0

7.4

50.0

3.9

26.6

10.7

82.0

5.7

41.0

4.0

30.0

14.0

79.0

10.9

82.0

5.0

41.0

4.0

30.0

14.0

79.0

10.0

82.0

5.7

41.0

4.0

30.0

14.0

79.0

10.0

82.0

4.7

41.0

4.0

30.0

12.4

85.0

5.2

42.0

6.0

39

LRA

RLA

LRA

6.6

51.6

7.2

51.0

9.7

57.1

16.5

99.7

12.8

112.0

14.3

9.0

102.0

RLA

TAU 200-3-50 200-3-60

56.0



REFRIGERANT COOLED

MODEL

HP kW

CYL

Bore in mm

Stroke in mm

CFH m 3 /hr




50 Hertz

Oz

Liter

Length

Width

Height

Length

Width


Weights lb/ kg Net

Shipping

ERA-0200

2 1.5

2

13/4 44.5

15/32 29.4

280 7.93

60 (55)

1.77 (1.63)

161/8 410

12 305

1211/16 322

101/16 256

101/2 267

7 8

/ Solder

5 8

/ Flare

160 73

184 84

ERC-0200

2 1.5

2

13/4 44.5

15/32 29.4

280 7.93

60 (55)

1.77 (1.63)

161/8 410

12 305

1211/16 322

101/16 256

101/2 267

7 8

/ Solder

5 8

/ Flare

160 73

184 84

ERF-0310

3 2.2

2

17/8 47.6

13/8 34.9

382 10.8

60 (55)

1.77 (1.63)

171/8 435

12 305

1211/16 322

101/16 256

101/2 267

11/8 Solder

5 8

/ Flare

177 80

204 93

3RA-0310

3 2.2

2

23/16 55.6

13/8 34.9

520 14.7

70 (65)

2.07 (1.92)

18 457

13 330

12 11/16 322

115/8 295

11 279

11/8 Solder

5 8

/ Flare

177 80

205 93

NRD-0310

3 2.2

2

27/16 61.9

17/16 36.5

675 19.1

70 (65)

2.07 (1.92)

211/16 535

13 330

151/4 387

115/8 295

11 279

11/8 Solder

5 8

/ Flare

216 98

249 113

NRB-0400

4 3.0

2

21/4 57.2

17/16 36.5

576 16.3

70 (65)

2.07 (1.92)

201/8 511

13 330

151/4 387

115/8 295

11 279

11/8 Solder

5 8

/ Solder

231 105

266 121

NRA-0500

5 3.7

2

27/16 61.9

17/16 36.5

675 19.1

70 (65)

2.07 (1.92)

201/8 511

13 330

151/4 387

115/8 295

11 279

11/8 Solder

5 8

/ Solder

231 105

266 121

NRM-0500

5 3.7

2

23/16 55.6

21/8 54.0

804 22.8

70 (65)

2.07 (1.92)

211/16 535

13 330

151/4 387

115/8 295

11 279

11/8 Solder

5 8

/ Solder

231 105

266 121

MRA-0500

5 3.7

2

21/2 63.5

113/16 46.0

896 25.4

80 (70)

2.37 (2.07)

227/16 570

13 330

1615/16 430

115/8 295

11 279

13/8 Solder

7 8

/ Solder

269 122

306 139

MRJ-0500 (LV)

5 3.7

2

21/2 63.5

113/16 46.0

896 25.4

80 (70)

2.37 (2.07)

227/16 570

13 330

1615/16 430

115/8 295

11 279

13/8 Solder

7 8

/ Solder

269 122

306 139

MRB-0500

5 3.7

2

25/8 66.7

113/16 46.0

988 28.0

80 (70)

2.37 (2.07)

227/16 570

13 330

1615/16 430

115/8 295

11 279

13/8 Solder

7 8

/ Solder

269 122

306 139

MRH-0760

7.5 5.6

2

29/16 65.1

113/16 46.0

941 26.6

80 (70)

3.40 (3.10)

233/8 594

13 330

1615/16 430

115/8 295

11 279

13/8 Solder

11/8 Solder

281 127

324 147

9RJ-0765

7.5 5.6

3

23/16 55.6

2 50.8

1135 32.1

115 (105)

3.40 (3.10)

25 23/32 151/16 653 383

171/2 445

15 381

12 305

13/8 Solder

11/8 Solder

318 144

367 166

9RB-0765

7.5 5.6

3

23/8 60.3

2 50.8

1338 37.9

115 (105)

3.40 (3.10)

25 23/32 151/16 653 383

171/2 445

15 381

12 305

13/8 Solder

11/8 Solder

318 144

367 166

9RZ-0765 (LV)

7.5 5.6

3

23/8 60.3

2 50.8

1338 37.9

115 (105)

3.40 (3.10)

25 23/32 151/16 653 383

171/2 445

15 381

12 305

13/8 Solder

11/8 Solder

318 144

367 166

9RS-0765

7.5 5.6

3

27/16 61.9

21/2 63.5

1762 49.9

115 (105)

3.40 (3.10)

25 23/32 151/16 653 383

171/2 445

15 381

12 305

13/8 Solder

11/8 Solder

333 151

383 174

9RC-1015

10 7.5

3

23/8 60.3

2 50.8

1338 37.9

115 (105)

3.40 (3.10)

26 19/32 151/16 675 383

171/2 445

15 381

12 305

13/8 Solder

11/8 Solder

345 156

397 180

9RS-1015

10 7.5

3

27/16 61.9

21/2 63.5

1762 49.9

115 (105)

3.40 (3.10)

26 19/32 151/16 675 383

171/2 445

15 381

12 305

13/8 Solder

11/8 Solder

345 156

397 180

9RS-1016 (LV)

10 7.5

3

27/16 61.9

21/2 63.5

1762 49.9

115 (105)

3.40 (3.10)

26 19/32 151/16 675 383

171/2 445

15 381

12 305

15/8 Solder

11/8 Solder

345 156

397 180

4RA-1000

10 7.5

4

21/2 63.5

2 50.8

1977 56.0

140 (130)

4.14 (3.84)

165/8 422

15 381

12 305

15/8 Solder

11/8 Solder

369 167

425 193


40

24 5/8 625

189/16 471


ELECTRICAL SPECIFICATIONS ESL 210 / 240-3-50 380 / 420-3-50

RLA

LRA

ESM 380/ 420-3-50

RLA

LRA

FSR 200/ 240-3-50

RLA

LRA

FSM 380 / 420-3-50

RLA

LRA

TAC TFC 200/ 220-3-50 208/ 230-3-60 RLA

LRA

TAD TFD 380 / 400-3-50 460-3-60 RLA

TAC 6.6

46.0

3.5

46.0

3.6

82.0

6.4 6.6

14.3

82.0

7.3

21.8

TFC 141.0

TFC

9.5

50.0

17.0

90.0

9.5

50.0

RLA

23.0

3.5

23.0

3.2

41.0

5.2

20.0 TAE 20.0 TAE 30.0 TAU

41.0

10.9

TFC 141.0

TFC 22.0 115.0

TFE 41.0

5.5

62.5

9.2

TFD 11.3

62.5

9.2

62.5

9.2

19.2

92.5

53.4 53.4 TFE

TFD 8.6

TFU 32.0

TFE

TFD 12.1

82.0

TFE

TFD 9.6

LRA

TAE

TFD

TFC 19.2 141.0

210/240 17.0 90.0 380/420 9.5 50.0

LRA

TAU / TFU TSU 200-3-50 200-3-60

TAD 82.0

24.3

RLA

TAD

TAC 13.1

LRA

TAD

TAC 11.7

RLA

TAE / TFE TSE 500-3-50 575-3-60

TAD

TAC 6.8

LRA

TSK 200 / 400-3-50 208/ 230-3-60 460-3-60

53.4 TFE

53.0

7.8

42.0

TFU 27.1 120.0 TFU 27.0 120.0

210/240 9.5 90.0 380/420 17.0 50.0 210/240 32 .5 13 0. 0 380/420 18.8 75.0

210/240 32 .5 13 0. 0 380/420 18.8 75.0

9.5 18.8

18.8

50.0 75.0

75.0

17.0 32.5

32.5

90.0 130.0

130.0

9.5

TFC 115.0

TFD

50.0

21.2

12.1

18.8

75.0

TFC 30.3 164.0

13.5

18.8

75.0

29.6

TFC 164.0

14.7

18.8

75.0

29.9

TFC 164.0

15.4

TFE 53.0

7.6

TFD

42.0 TFE

82.0

10.8

82.0

10.7

82.0

14.0

TFD

63.8 TFE

TFD

63.8 TFE 63.8

40.8

TFU 158.0

TFU 30.7 158.0 210/240 32 .5 13 0. 0 380/420 18.8 75.0 210/240 36 .2 22 2. 0 380/420 20 .4 12 5. 0 210/240 36 .2 22 2. 0 380/420 20 .4 12 5. 0

18.8

75.0

32.5

130.0

18.8

75.0

29.4

TFC 164.0

16.5

82.0

14.0

20.4

125.0

36.2

222.0

20.4

125.0

44.0

TFC 208.0

20.0

TFD 104.0

17.5

125.0

TFC 41.0 208.0

20.4

125.0

36.2

222.0

20.4

TFD

TFE 63.8 TFE

TFD 19.0 104.0

88.2 TFE

15.5

88.2

TSU 62.0 232.0 62.0

210/240 39 .2 17 6. 0 380/420 22 .0 10 2. 0

22.0

102.0

22.0

200/208/230 5 4. 8 2 40 .0 400/460 2 7. 4 1 20 .0

102.0

41

19.8

TSE 106.0

TSU 232.0



REFRIGERANT COOLED

MODEL

HP kW

CYL

Bore in mm

Stroke in mm

CFH m 3 /hr


50 Hertz

Oz

Liter

Overall Dimensions in/ mm Length

Width


Height

Length

Width


Weights lb/ kg Net

Shipping

9RS-1505

15 11.2

3

27/16 61.9

21/2 63.5

1762 49.9

115 (105)

3.40 (3.10)

27 15/32 151/16 698 383

171/2 445

15 381

12 305

15/8 Solder

11/8 Solder

365 166

419 190

4RL -1500  (OC)

15 11.2

4

211/16 68.3

23/16 55.6

2499 70.7

135 (120)

3.99 (3.55)

27 1/32 1911/16 687 500

231/4 591

15 381

12 305

15/8 Solder

11/8 Solder

420 191

483 219

4RL-1900 (LV) (OC)

19 14.2

4

211/16 68.3

23/16 55.6

2499 70.7

250 (235)

7.39 (6.95)

27 1/32 1911/16 687 500

231/4 591

15 381

12 305

15/8 Solder

11/8 Solder

414 188

474 215

4RA-2000

20 14.9

4

21/2 63.5

2 50.8

1977 56.0

135 (120)

3.99 (3.55)

24 5/8 625

189/16 472

165/8 422

15 381

12 305

15/8 Solder

11/8 Solder

394 179

454 206

6RA-2000

20 14.9

6

21/2 63.5

2 50.8

2966 84.0

155 (145)

4.58 (4.29)

29 13/32 747

201/8 511

177/8 454

15 381

12 305

21/8 Solder

13/8 Solder

425 193

489 222

4RH-2500

25 18.7

4

211/16 68.3

23/16 55.6

2499 70.7

130 (120)

3.84 (3.55)

26 13/32 1815/16 671 481

177/8 454

15 381

12 305

21/8 Solder

11/8 Solder

415 188

478 217

6RL-2500 (OC)

25 18.7

6

211/16 68.3

23/16 55.6

3748 106.1

140 (130)

4.14 (3.84)

29 13/32 2017/32 2423/32 747 521 628

15 381

12 305

21/8 Solder

13/8 Solder

460 209

529 240

4RJ-3000

30 22.4

4

215/16 74.6

23/16 55.6

2985 84.5

140 (125)

4.14 (3.70)

27 5/32 1913/16 690 503

177/8 454

15 381

12 305

21/8 Solder

13/8 Solder

470 213

541 245

6RA-3000

30 22.4

6

21/2 63.5

2 50.8

2966 84.0

140 (130)

4.14 (3.84)

29 13/32 747

177/8 454

15 381

12 305

21/8 Solder

13/8 Solder

475 215

550 249

6RT-3000 (DS) (OC)

30 22.4

6

215/16 74.6

23/16 55.6

4478 126.8

255 (245)

7.54 (7.24)

29 13/32 2613/32 747 671

273/8 695

15 381

12 305

21/8 Solder

13/8 Solder

500 227

575 261

6RH-3500

35 26.1

6

211/16 68.3

23/16 55.6

3748 106.1

140 (130)

4.14 (3.84)

30 5/32 766

201/2 521

177/8 454

15 381

12 305

21/8 Solder

13/8 Solder

484 220

557 253

6RJ-4000 (DS)

40 29.8

6

215/16 74.6

23/16 55.6

4478 126.8

255 (245)

7.54 (7.24)

30 5/32 766

215/8 549

207/8 530

15 381

12 305

21/8 Solder

13/8 Solder

535 243

616 279

(OC) Oil cooler and vertical cooling fan are standard on this model. (LV) Limited voltage. Available only in 200 volt electrical. (DS) Deep oil sump is standard on this model.

42

201/8 511


ELECTRICAL SPECIFICATIONS ESL ESM ES8 210/240-3-50 380/420-3-50 200-3-50 380 /420-3-50 200 /220-3-60 380-3-60 RLA

LRA

210/240 53.0 195.0 380/420 30.0 110.0 210/240 48.0 200.0 380/420 27.0 120.0

RLA

LRA

RLA

LRA

30.0 110.0

FSR FSM FSD TFC / TSC TFD TSK TSN 200/240-3-50 380/420-3-50 380/420-3-50 200/220-3-50 380/400-3-50 200/400-3-50 200/400-3-50 460-3-60 208 /230-3-60 460-3-60 208 /230-3-60 230 /460-3-60 460-3-60 RLA

LRA

RLA

LRA

RLA

LRA

LRA

RLA

LRA

RLA

LRA

RLA

LRA

TSC 56.5 284.0 28.5 144.0

53.0 195.0 30.0 137.0

27.0 120.0

RLA

TFU TSU 200-3-50 200-3-60

RLA

RLA

LRA

LRA

TFE 22.5 127.0 200/208/230 62.6 278.0 400/460 31.3 139.0

27.0 120.0

TFE / TSE 500-3-50 575-3-60

TSE 24.2 113.0 TSU 6 5.0 3 50 .0

210/240 57.5 211.0 380/420 34.0 125.0 210/240 57.5 211.0 380/420 34.0 125.0 210/240 73.0 290.0 380/420 38.0 165.0 210/240 73.0 330.0 380/420 38.0 190.0 210/240 96.0 351.0 380/420 57.0 200.0 210/240 96.0 351.0 380/420 57.0 200.0

34.0 125.0

200/220 68.4 335.0 380 38.9 189.0

32.3 135.0

34.0 125.0 38.0 165.0 38.0 190.0 57.0 200.0

38.8 135.0 200/220 102.5 438.0 380 59.9 251.0 200/220 102.3 438.0 380 59.3 251.0 200/220 119.3 500.0 380 68.4 289.0

57.0 200.0

45.0 165.0 38.0 190.0 59.0 200.0 50.6 200.0 60.0 200.0

210/240 115.0 394.0 380/420 65.0 225.0 210/240 125.0 425.0 380/420 70.0 245.0

65.0 225.0 70.0 239.0

200/220 145.9 633.0 380 85.9 365.0 200/220 160.0 633.0 380 89.6 365.0

62.7 225.0 64.3 239.0

43

200/208/230 71.4 308.0 400/460 35.7 154.0 200/208/230 67.3 308.0 400/460 33.7 154.0 200/208/230 88.5 428.0 400/460 44.3 214.0 200/208/230 96.9 428.0 400/460 48.5 214.0 200/208/230 102.0 470.0 400/460 51.0 235.0 200/208/230 105.0 470.0 400/460 52.5 235.0 200/208/230 111.0 470.0 400/460 55.5 235.0 200/208/230 135.0 565.0 400/460 67.5 283.0

TSE 29.2 135.0 TSE 28.2 135.0 TSE 34.8 160.0 TSE 34.8 160.0 TSE 42.2 200.0 TSE 43.0 200.0 TSE 40.0 200.0 TSE 50.2 230.0 200/230 142.0 594.0 400/460 71.0 297.0

TSE 53.6 225.0



HP kW

Consisting of Two Single Compressors

MECHANICAL SPECIFICATIONS CFH m 3 /hr


Overall Dimensions in/mm

Mounting Center Dimensions in/mm

Suction Discharge Connection Connection Size Size

Weights lb/kg

50 Hertz

Oz

Liter

Length

Width

Height

Length

Width

Valve in

Fitting in

Net

Shipping

44A-2000

20 14.9

4RA -1000

3954 111.9

280 (260)

8.28 (7.69)

5711/16 1465

21 533

195/16 491

50 1270

12 305

21/8 Solder

13/8 Solder

857 389

986 447

44L-3000 (OC)

30 22.4

4RL-1500

4998 141.5

270 (240)

7.98 (7.10)

61 3/8 1559

213/8 543

25 635

50 1270

12 305

21/8 Solder

13/8 Solder

931 422

1071 486

44A-4000

40 29.8

4RA -2000

3954 111.9

270 (240)

7.98 (7.10)

5711/16 1465

21 533

195/16 491

50 1270

12 305

21/8 Solder

13/8 Solder

869 394

1000 454

66A-4000

40 29.8

6RA-2000

5932 167.9

310 (290)

9.17 (8.58)

63 3/4 1619

225/8 575

213/8 543

55 1397

12 305

31/8 Solder

15/8 Solder

933 423

1076 488

44H-5000

50 37.3

4RH-2500

4998 141.5

260 (240)

7.69 (7.10)

61 3/8 1559

213/8 543

191/2 495

55 1397

12 305

25/8 Solder

13/8 Solder

954 433

1096 497

66L-5000 (OC)

50 37.3

6RL-2500

7496 212.2

280 (260)

8.28 (7.69)

63 3/4 1619

23 584

261/2 673

55 1397

12 305

31/8 Solder

15/8 Solder

1020 463

1173 532

44J-6000

60 44.8

4RJ-3000

5970 169.0

280 (250)

8.28 (7.39)

61 3/8 1559

213/8 543

191/2 495

55 1397

12 305

31/8 Solder

13/8 Solder

1019 462

1180 535

66A-6000

60 44.8

6RA-3000

5932 167.9

280 (260)

8.28 (7.69)

63 3/4 1619

225/8 575

213/8 543

55 1397

12 305

31/8 Solder

15/8 Solder

1029 467

1184 537

66T-6000 (DS) (OC)

60 44.8

6RT-3000

8956 253.5

510 (490)

15.1 (14.5)

63 3/4 1619

23 584

311/4 794

55 1397

12 305

31/8 Solder

15/8 Solder

1090 494

1255 569

66H-7000

70 52.2

6RH-3500

7496 212.2

280 (260)

8.28 (7.69)

63 3/4 1619

23 584

213/8 543

55 1397

12 305

31/8 Solder

15/8 Solder

1071 486

1232 559

66J-8000 (DS)

80 59.7

6RJ-4000

8956 253.5

510 (490)

15.1 (14.5)

63 3/4 1619

23 584

243/16 614

55 1397

12 305

31/8 Solder

15/8 Solder

1160 526

1334 605

Electrical specifications shown for tandems are per compressor rating. (OC) Oil coolers and vertical cooling fans are standard on this model. (DS) Deep oil sumps are standard on this model.

TANDEM WIRING Each compressor of a tandem may be wired with a separate control system for independent motor operation. If current inrush decrease is desirable, a time delay relay may be used to stagger motor starting. Either of these circuits require that the oil pressure safety control and dual pressure safety control be wired independently on each compressor. For tandem wiring diagrams refer to Application Bulletin AE 4-1167.

44


ELECTRICAL SPECIFICA SPE CIFICATIONS TIONS ESL 210 /2 /240-3-50 380 / 420-3-50 RLA

LRA

210/240 39.2 176.0 380/420 22.0 102.0 210/240 48.0 200.0 380/420 27.0 120.0 210/240 57.5 211.0 380/420 34.0 125.0 210/240 57.5 211.0 380/420 34.0 125.0 210/240 73.0 290.0 380/420 38.0 165.0 210/240 73.0 330.0 380/420 38.0 190.0 210/240 96.0 351.0 380/420 57.0 200.0 210/240 96.0 351.0 380/420 57.0 200.0

210/240 115.0 394.0 380/420 65.0 225.0 210/240 125.0 425.0 380/420 70.0 245.0

ESM 380 /4 /420-3-50

RLA

LRA

22.0

102.0

27.0

120.0

34.0

125.0

34.0

125.0

38.0

165.0

38.0

190.0

57.0

200.0

57.0

200.0

65.0 70.0

225.0 239.0

ES8 200-3-50 200 / 220-3-60 380-3-60

F SD 380 /4 /420-3-50 460-3-60

FSM 380 /4 /420-3-50

RLA

RLA

RLA

LRA

200/220 68.4 335.0 380 38.9 189.0

200/220 102.5 438.0 380 59.9 251.0 200/220 102.3 438.0 380 59.3 251.0 200/220 119.3 500.0 380 68.4 289.0

200/220 145.9 633.0 380 85.9 365.0 200/220 160.0 633.0 380 89.6 365.0

LRA

32.3

135.0

38.8

135.0

45.0

165.0

22.0

102.0

27.0

120.0

38.0 59.0

200.0

50.6

200.0

60.0

200.0

62.7

225.0

64.3

LRA

190.0

TSK 200 /4 /400-3-50 208 / 230-3-60 460-3-60

T SN 200 /4 /400-3-50 230 / 460-3-60

RLA

RLA

LRA

LRA

200/208/230 54.8 240.0 400/460 27.4 120.0 200/208/230 62.6 278.0 400/460 31.3 139.0 200/208/230 71.4 308.0 400/460 35.7 154.0 200/208/230 67.3 308.0 400/460 33.7 154.0 200/208/230 88.5 428.0 400/460 44.3 214.0 200/208/230 96.9 428.0 400/460 48.5 214.0 200/208/230 102.0 470.0 400/460 51.0 235.0 200/208/230 105.0 470.0 400/460 52.5 235.0 200/208/230 111.0 470.0 400/460 55.5 235.0 200/208/230 135.0 565.0 400/460 67.5 283.0 200/230 142.0 594.0 400/460 71.0 297.0

239.0

45

TSE 500-3-50 575-3-60 RLA

LRA

19.8

106.0

24.2

113.0

29.2

135.0

28.2

135.0

34.8

160.0

34.8

160.0

42.2

200.0

43.0

200.0

40.0

200.0

50.2

230.0

53.6

225.0


REFRIGERANT COOLED CAPACITY CONTROL CAPACITY CONTROL MODEL

BASIC COMPRESSOR CO MODEL

HP kW

9RP-1015 9RC -1015

10 7.5

4RE-1000 4RA -1000


Bore in mm

Stroke in mm

3

23/8 60.3

10 7.5

4

9RT-1505 9RS -1505

15 11.2

4RE-2000 4RA -2000

CYL

CFH m 3 /hr



Mounting Center Dimensions in/ mm

Service Valve Sizes Size s

Weights lb/ kg

Length

Width

Suction Suction in

Discharge Discharg e in

Net

Shipping

3.40 26 19/32 165/16 2211/16 (3.10) 675 414 576

15 381

12 305

13 / 8 Solder

11/8 Solder

354 161

408 185

140 (130)

4.14 (3.84)

15 381

12 305

15 / 8 Solder

11/8 Solder

374 170

428 194

1762 49.9

115 (105)

3.40 27 15/32 165/16 2211/16 (3.10) 698 414 576

15 381

12 305

15 / 8 Solder

11/8 Solder

371 168

427 194

2 50.8

1977 56.0

135 (120)

3.99 (3.55)

21/2 63.5

2 50.8

2966 84.0

155 (145)

6

21/2 63.5

2 50.8

2966 84.0

25 18.7

4

211/16 68.3

23/16 55.6

4RR-3000 4RJ -3000

30 22.4

4

215/16 74.6

6RE-3000 6RA -3000

30 22.4

6

6RN-3000 6RA -3000

30 22.4

6RK-3500 6RH -3500 6RP-3500 6RH -3500

50 Hertz

Oz

2 50.8

1338 37.9

115 (105)

21/2 63.5

2 50.8

1977 56.0

3

27/16 61.9

21/2 63.5

20 14.9

4

21/2 63.5

6RE-2000 6RA -2000

20 14.9

6

6RN-2000 6RA -2000

20 14.9

4RK-2500 4RH -2500

Liter

Length Le

24 5/8 625

189/16 471

Height

165/8 422

189/16 471

165/8 422

15 381

12 305

15 / 8 Solder

11/8 Solder

403 183

464 210

4.58 29 13/32 (4.29) 747

201/8 511

177/8 454

15 381

12 305

21 / 8 Solder

13/8 Solder

430 195

502 228

155 (145)

4.58 29 13/32 (4.29) 747

225/8 575

177/8 454

15 381

12 305

21 / 8 Solder

13/8 Solder

435 197

507 230

2499 70.7

130 (120)

3.84 26 13/32 1815/16 (3.55) 671 481

177/8 454

15 381

12 305

21 / 8 Solder

11/8 Solder

427 194

492 223

23/16 55.6

2985 84.5

140 (125)

4.14 (3.70)

177/8 454

15 381

12 305

21 / 8 Solder

13/8 Solder

475 216

546 248

21/2 63.5

2 50.8

2966 84.0

140 (130)

4.14 29 13/32 (3.84) 747

201/8 511

177/8 454

15 381

12 305

21 / 8 Solder

13/8 Solder

479 217

551 250

6

21/2 63.5

2 50.8

2966 84.0

140 (130)

4.14 29 13/32 (3.84) 747

225/8 575

177/8 454

15 381

12 305

21 / 8 Solder

13/8 Solder

483 219

555 252

35 26.1

6

211/16 68.3

23/16 55.6

3748 106.1

140 (130)

4.14 (3.84)

305/32 766

201/2 521

177/8 454

15 381

12 305

21 / 8 Solder

13/8 Solder

496 225

571 259

35 26.1

6

211/16 68.3

23/16 55.6

3748 106.1

140 (130)

4.14 (3.84)

305/32 766

23 584

177/8 454

15 381

12 305

21 / 8 Solder

13/8 Solder

506 230

582 264

6RR-4000 40 6RJ-4000 (DS) 29.8

6

215/16 74.6

23/16 55.6

4478 126.8

255 (245)

7.54 (7.25)

305/32 766

215/8 549

207/8 530

15 381

12 305

21 / 8 Solder

13/8 Solder

541 245

622 282

6RS-4000 40 6RJ-4000 (DS) 29.8

6

215/16 74.6

23/16 55.6

4478 126.8

255 (245)

7.54 (7.25)

305/32 766

241/8 613

207/8 530

15 381

12 305

21 / 8 Solder

13/8 Solder

547 248

628 285

(DS) Deep oil sump sump is standard standard on this model. model.

46

24 5/8 625

Width

275/32 1913/16 690 503


ELECTRICAL SPECIFICA SPE CIFICATIONS TIONS ESL 210/240-3 210/240 -3-5 -50 0 380 / 420-3-50

ESM 380/420 38 0/420-3 -3-5 -50 0

ES8 200-32003-50 50 200 / 220-3-60 380-3-60

FSR 200/240 20 0/240-3 -3-5 -50 0

FSD 380/420-3 380/420 -3-5 -50 0 460-3-60

FSM 380/420 38 0/420-3 -3-5 -50 0

RLA

RLA

LRA

RLA

RLA

RLA

RLA

20.4

125.0

LRA

210/240 36.2 36 .2 222. 22 2.0 0 380/420 20.4 20 .4 125. 12 5.0 0

LRA

LRA

LRA

36.2 222.0

LRA

20.4 125.0

TFC / TSC 200/220-3 200/220 -3-5 -50 0 208 / 230-3-60 RLA

LRA

TFC 44.0 208.0

TFD 380/400-3 380/400 -3-5 -50 0 460-3-60 RLA

LRA

30.0

110.0

53.0 195.0 200/220 68.4 68 .4 335. 33 5.0 0 380 38.9 38 .9 189. 18 9.0 0

30.0 137.0

34.0 12 125.0

32.3 32 .3 13 135. 5.0 0

38.0

165.0

57.0

200.0

38.8 135.0 200/220 102.5 438 102.5 438.0 .0 380 59.9 59 .9 251. 25 1.0 0 200/220 119. 19.3 3 500 500.0 .0 380 68.4 68 .4 289. 28 9.0 0

45.0 165.0 59.0 200.0 50.6 50 .6 20 200. 0.0 0 50.6 50 .6 20 200. 0.0 0

210/240 115. 15.0 0 394 394.0 .0 380/420 65.0 65 .0 225. 22 5.0 0

65.0

225.0

65.0 22 225.0 210/240 125.0 425 125.0 425.0 .0 380/420 70.0 70 .0 245. 24 5.0 0 210/240 125.0 125 .0 425 425.0 .0 380/420 70.0 70 .0 245. 24 5.0 0

70.0

239.0

70.0

239.0

200/220 145.9 145 .9 633 633.0 .0 380 85.9 85 .9 365. 36 5.0 0 200/220 145.9 145 .9 633 633.0 .0 380 85.9 85 .9 365. 36 5.0 0 200/220 160.0 160 .0 633 633.0 .0 380 89.6 89 .6 365. 36 5.0 0 200/220 160.0 160 .0 633 633.0 .0 380 89.6 89 .6 365. 36 5.0 0

LRA

RLA

62.7 225.0 62.7 225.0

17.5

64.3 239.0

47

88.2

TSE 19.8 106.0 TFE 22.5 127.0

28.5 144.0

TSE 29.2 135.0 TSE 28.2 135.0 TSE 28.2 135.0 TSE 34.8 160.0 TSE 42.2 200.0 TSE 43.0 200.0 TSE 43.0 200.0 TSE 50.2 230.0 TSE 50.2 230.0 200/230 142.0 594 142.0 594.0 .0 400/460 71.0 71 .0 297. 29 7.0 0 200/230 142.0 142 .0 594 594.0 .0 400/460 71.0 71 .0 297. 29 7.0 0

64.3 239.0

LRA

TFE 200/208/230 54.8 54 .8 240. 24 0.0 0 400/460 27.4 27 .4 120. 12 0.0 0

TSC 56.5 284.0

TFE / TSE 50050 0-33-50 50 575-3-60

LRA RLA

200/208/230 71.4 71.4 308. 30 8.0 0 400/460 35.7 35 .7 154. 15 4.0 0 200/208/230 67.3 67 .3 308. 30 8.0 0 400/460 33.7 33 .7 154. 15 4.0 0 200/208/230 67.3 67 .3 308. 30 8.0 0 400/460 33.7 33 .7 154. 15 4.0 0 200/208/230 88.5 88 .5 428. 42 8.0 0 400/460 44.3 44 .3 214. 21 4.0 0 200/208/230 102.0 102 .0 470 470.0 .0 400/460 51.0 51 .0 235. 23 5.0 0 200/208/230 105.0 105 .0 470 470.0 .0 400/460 52.5 52 .5 235. 23 5.0 0 200/208/230 105.0 105 .0 470 470.0 .0 400/460 52.5 52 .5 235. 23 5.0 0 200/208/230 135.0 135 .0 565 565.0 .0 400/460 67.5 67 .5 283. 28 3.0 0 200/208/230 135.0 135 .0 565 565.0 .0 400/460 67.5 67 .5 283. 28 3.0 0

38.8 38 .8 13 135. 5.0 0 210/240 57.5 57 .5 211. 1.0 0 380/420 34.0 34 .0 125. 12 5.0 0 210/240 73.0 73 .0 290. 29 0.0 0 380/420 38.0 38 .0 165. 16 5.0 0 210/240 96.0 96 .0 351. 35 1.0 0 380/420 57.0 57 .0 200. 20 0.0 0 210/240 96.0 96 .0 351. 35 1.0 0 380/420 57.0 57 .0 200. 20 0.0 0

RLA

TSN 200/400-3 200/400 -3-5 -50 0 230 /4 /460-3-60

20.0 104.0

22.0 22 .0 10 102. 2.0 0 210/240 53.0 53 .0 195. 19 5.0 0 380/420 30.0 30 .0 110 10.0 .0 210/240 57.5 57 .5 211. 21 1.0 0 380/420 34.0 34 .0 125. 12 5.0 0

TSK 200/400-3 200/400 -3-5 -50 0 208 / 230-3-60 460-3-60

TSE 53.6 225.0 TSE 53.6 225.0


REFRIGERANT COOLED CAPACITY CONTROL TANDEMS MODEL

HP kW





Mounting Center Dimensions in/ mm


Weights lb/kg

50 Hertz

Oz

Liter

Length Le

Width

Height

Length

Width

Valve in

Fitting in

Net

Shipping

44E-2000

20 14.9

4RE -1000

3954 111.9

280 (260)

8.28 (7.69)

5711/16 1465

21 533

195/16 491

50 1270

12 305

21/8 Solder

13/8 Solder

862 391

991 450

44E-4000

40 29.8

4RE -2000

3954 111.9

270 (240)

7.98 (7.10)

5711/16 1465

21 533

195/16 491

50 1270

12 305

21/8 Solder

13/8 Solder

874 396

1005 456

66E-4000

40 29.8

6RE-2000

5932 167.9

310 (290)

9.17 (8.58)

63 3/4 1619

225/8 575

213/8 543

55 1397

12 305

31/8 Solder

15/8 Solder

938 425

1081 490

66N-4000

40 29.8

6RN-2000

5932 167.9

310 (290)

9.17 (8.58)

63 3/4 1619

225/8 575

213/8 543

55 1397

12 305

31/8 Solder

15/8 Solder

943 428

1086 493

44K-5000

50 37.3

4RK-2500

4998 141.5

260 (240)

7.69 (7.10)

61 3/8 1559

213/8 543

191/2 495

55 1397

12 305

25/8 Solder

13/8 Solder

959 435

1101 499

44R-6000

60 44.8

4RR-3000

5970 169.0

280 (250)

8.28 (7.39)

61 3/8 1559

213/8 543

191/2 495

55 1397

12 305

25/8 Solder

13/8 Solder

1024 464

1185 538

66E-6000

60 44.8

6RE-3000

5932 167.9

280 (260)

8.28 (7.69)

63 3/4 1619

225/8 575

213/8 543

55 1397

12 305

31/8 Solder

15/8 Solder

1034 469

1189 539

66N-6000

60 44.8

6RN-3000

5932 167.9

280 (260)

8.28 (7.69)

63 3/4 1619

225/8 575

213/8 543

55 1397

12 305

31/8 Solder

15/8 Solder

1039 471

1194 542

66K-7000

70 52.2

6RK-3500

7496 212.2

280 (260)

8.28 (7.69)

63 3/4 1619

23 584

213/8 543

55 1397

12 305

31/8 Solder

15/8 Solder

1076 488

1237 561

66P-7000

70 52.2

6RP-3500

7496 212.2

280 (260)

8.28 (7.69)

63 3/4 1619

23 584

213/8 543

55 1397

12 305

31/8 Solder

15/8 Solder

1081 490

1242 563

66R-8000 (DS)

80 59.7

6RR-4000

8956 253.5

510 (490)

15.1 (14.5)

63 3/4 1619

23 584

243/16 614

55 1397

12 305

31/8 Solder

15/8 Solder

1165 528

1339 607

66S-8000 (DS)

80 59.7

6RS-4000

8956 253.5

510 (490)

15.1 (14.5)

63 3/4 1619

23 584

243/16 614

55 1397

12 305

31/8 Solder

15/8 Solder

1170 531

1344 610

Electrical specifications shown for tandems are per compressor rating. (DS) Deep oil sumps sumps are standar standard d on this model. model.

48


ELECTRICAL SPECIFICATIONS ESL 210 /240-3-50 380 / 420-3-50 RLA

LRA

ESM 380 /420-3-50

RLA

LRA

ES8 200-3-50 200/ 220-3-60 380-3-60 RLA

LRA

FSD 380 /420-3-50 460-3-60 RLA

FSM 380 /420-3-50

LRA

RLA

22.0 210/240 57.5 211.0 380/420 34.0 125.0

210/240 57.5 211.0 380/420 34.0 125.0 210/240 73.0 290.0 380/420 38.0 165.0 210/240 96.0 351.0 380/420 57.0 200.0 210/240 96.0 351.0 380/420 57.0 200.0

210/240 115.0 394.0 380/420 65.0 225.0

210/240 125.0 425.0 380/420 70.0 245.0 210/240 125.0 425.0 380/420 70.0 245.0

200/220 68.4 335.0 380 38.9 189.0

34.0

125.0

38.0

165.0

57.0

200.0

65.0

225.0

65.0

225.0

70.0

239.0

70.0

239.0

200/220 102.5 438.0 380 59.9 251.0 200/220 119.3 500.0 380 68.4 289.0

200/220 145.9 633.0 380 85.9 365.0 200/220 145.9 633.0 380 85.9 365.0 200/220 160.0 633.0 380 89.6 365.0 200/220 160.0 633.0 380 89.6 365.0

32.3

135.0

38.8

135.0

38.8

135.0

45.0

165.0

59.0

200.0

50.6

200.0

50.6

200.0

62.7

225.0

62.7

225.0

64.3

239.0

64.3

239.0

LRA

102.0

TSK 200 /400-3-50 208/ 230-3-60 460-3-60

TSN 200 /400-3-50 230/ 460-3-60

RLA

RLA

LRA

LRA

200/208/230 54.8 240.0 400/460 27.4 120.0 200/208/230 71.4 308.0 400/460 35.7 154.0 200/208/230 67.3 308.0 400/460 33.7 154.0 200/208/230 67.3 308.0 400/460 33.7 154.0 200/208/230 88.5 428.0 400/460 44.3 214.0 200/208/230 102.0 470.0 400/460 51.0 235.0 200/208/230 105.0 470.0 400/460 52.5 235.0 200/208/230 105.0 470.0 400/460 52.5 235.0 200/208/230 135.0 565.0 400/460 67.5 283.0 200/208/230 135.0 565.0 400/460 67.5 283.0 200/230 142.0 594.0 400/460 71.0 297.0 200/230 142.0 594.0 400/460 71.0 297.0

49

TSE 500-3-50 575-3-60 RLA

LRA

19.8

106.0

29.2

135.0

28.2

135.0

28.2

135.0

34.8

160.0

42.2

200.0

43.0

200.0

43.0

200.0

50.2

230.0

50.2

230.0

53.6

225.0

53.6

225.0


REFRIGERANT COOLED TWO-STAGE MODEL

HP kW

CYL

Bore in mm


Stroke in mm


CFH m 3 /hr


Mounting Center Dimensions in / mm

Service Valve Sizes

50 Hertz

Oz

Liter

Length

Width

Height

Length

Width


Weights lb/kg with Subcooler Net

Shipping

9TK-0505

5 3.7

3

23/16 55.6

2 50.8

1135 32.1

115 (105)

3.40 (3.11)

24 27/32 631

14 356

201/8 511

15 381

12 305

13/8 Solder

7 8

/ Solder

358 162

376 171

9TL-0765

7.5 5.6

3

23/8 60.3

2 50.8

1338 37.9

115 (105)

3.40 (3.11)

24 27/32 631

14 356

201/8 511

15 381

12 305

13/8 Solder

7 8

/ Solder

364 165

383 174

9TH-1015

10 7.5

3

27/16 61.9

21/2 63.5

1762 49.9

115 (105)

3.40 (3.11)

25 23/32 653

14 356

201/8 511

15 381

12 305

13/8 Solder

7 8

/ Solder

374 170

392 178

6RB-1000

10 7.5

6

21/2 63.5

2 50.8

2966 84.0

145 (135)

4.29 (3.99)

28 5/32 715

215/8 549

191/2 495

15 381

12 305

13/8 Solder

13/8 Solder

442 200

466 211

6RB-2000

20 14.9

6

21/2 63.5

2 50.8

2966 84.0

155 (145)

4.58 (4.29)

28 5/32 715

215/8 549

191/2 495

15 381

12 305

13/8 Solder

13/8 Solder

447 203

471 214

6TM-2000

20 14.9

6

211/16 68.3

23/16 55.6

3748 106.1

155 (145)

4.58 (4.29)

28 5/32 715

22 559

1923/32 501

15 381

12 305

13/8 Solder

13/8 Solder

458 208

482 219

REFRIGERANT COOLED TWO-STAGE TANDEMS MODEL

HP kW







Weights lb/kg

50 Hertz

Oz

Liter

Length

Width

Height

Length

Width

Fitting in

Two Valves in

Net

Shipping

66B-2000

20 14.9

6RB-1000

5932 167.9

290 (270)

8.58 (7.98)

63 3/4 1619

23 584

215/32 537

55 1397

12 305

15/8 Solder

13/8 Solder

1029 467

1065 483

66B-4000

40 29.8

6RB-2000

5932 167.9

310 (290)

9.17 (8.58)

63 3/4 1619

23 584

215/32 537

55 1397

12 305

15/8 Solder

13/8 Solder

1039 471

1075 488

66M-4000

40 29.8

6TM-2000

7496 212.2

310 (290)

9.17 (8.58)

63 3/4 1619

225/8 575

213/8 543

55 1397

12 305

15/8 Solder

13/8 Solder

1061 481

1097 498

Electrical specifications shown for tandems are per compressor rating.

50


ELECTRICAL SPECIFICATIONS ESL 210 / 240-3-50 380 / 420-3-50

RLA

LRA

210/240 17.0 90.0 380/420 9.5 50.0 210/240 3 2. 5 1 30 .0 380/420 18.8 75.0 210/240 3 6. 2 2 22 .0 380/420 2 0. 4 1 25 .0

210/240 5 7. 5 2 11. 0 380/420 3 4. 0 1 25 .0 210/240 5 7. 5 2 11. 0 380/420 3 4. 0 1 25 .0

ESM 380 / 420-3-50

RLA

FSR 200 / 240-3-50

LRA

RLA

LRA

FSD 380 / 420-3-50 460-3-60

RLA

FSM 380 / 420-3-50

LRA

RLA

LRA

TFC 200 / 220-3-50 208/ 230-3-60

RLA

LRA

TFD 380 / 400-3-50 460-3-60

RLA

TSK 200 / 400-3-50 208/ 230-3-60 460-3-60

LRA

9.5

50.0

17.0

90.0

9.5

50.0

19.6

115.0

Approved for 60HZ only 8.3 53.0

18.8

75.0

32.5

130.0

18.8

75.0

30.0

164.0

14.5

RLA

LRA

TFE TSE 500-3-50 575-3-60 RLA

LRA

TFE 7.8 9.7

42.0 TFE

20.4

125.0

22.0

102.0

34.0

125.0

34.0

125.0

36.2

222.0

20.4 22.0 28.9

125.0

Approved for 60HZ only 3 7. 3 20 8. 0

82.0

200/208/230 4 3. 3 2 40 .0 400/460 2 1. 7 1 20 .0 200/208/230 6 1. 4 3 08 .0 400/460 3 0. 7 1 54 .0 200/208/230 6 5. 7 3 08 .0 400/460 3 2. 9 1 54 .0

102.0

135.0 34.0

63.8

Approved for 60HZ only 17 .5 1 04 .0

125.0

25.4

TSE 135.0

28.2

TSE 135.0

ELECTRICAL SPECIFICATIONS ESL 210/ 240-3-50 380/ 420-3-50 RLA

57.5 34.0 57.5 34.0

ESM 380/ 420-3-50

LRA

210/240 211.0 380/420 125.0 210/240 211.0 380/420 125.0

RLA

FSD 380/ 420-3-50 460-3-60 LRA

22.0

102.0

34.0

125.0

34.0

125.0

RLA

FSM 380 / 420-3-50

LRA

RLA

22.0 28.9

TSK 200 / 400-3-50 208/ 230-3-60 460-3-60 LRA

102.0

135.0 34.0

51

125.0

RLA

LRA

200/208/230 43.3 240.0 400/460 21.7 120.0 200/208/230 61.4 308.0 400/460 30.7 154.0 200/208/230 65.7 308.0 400/460 32.9 154.0

TSE 500-3-50 575-3-60 RLA

LRA

25.4

135.0

28.2

135.0


DIMENSIONS AND PHOTOGRAPHS HA F A M I L Y

Model HAJ1-0025 Shown

KA F A M I L Y

Model KATA-0150 Shown

EA F A M I L Y

Model EAD1-0200 Shown

3A F A M I L Y

Model 3AB1-0310 Shown

LA F A M I L Y

Model LAH1-0310 Shown Dimensions shown are inches (millimeters).

52


DIMENSIONS AND PHOTOGRAPHS ER F A M I L Y

Model ERF1-0310 Shown

3R F A M I L Y

Model 3RA1-0310 Shown

NR F A M I L Y

Model NRD1-0406 Shown

MR F A M I L Y

Model MRH4-0760 Shown

9R F A M I L Y

Model 9RC1-1015 Shown Dimensions shown are inches (millimeters).

53


DIMENSIONS AND PHOTOGRAPHS 4R F A M I L Y

Model 4RJ1-3000 Shown

6R F A M I L Y

Model 6RJ1-4000 Shown

TWOSTAGE F A M I L Y Model 9TH1-1015 Shown

TWOSTAGE F A M I L Y Model 6TM1-2000 Shown

T A N D E M

Model 66P2-4000 Shown Dimensions shown are inches (millimeters).

54


APPLICATION INFORMATION RATING CONDITIONS USED IN THIS BOOK Refrigerant

R12

R22

Evaporating Temperature

This book does not specifically define the operating limits of the compressors.

Condensing Temperature

See individual specification sheets for exact application capability.

Return Gas Temperature Ambient Temperature Liquid Subcooling Superheat

R502

65°F 18.3°C

LT, MT: 65°F, 18.3°C HT: Varies

65°F 18.3°C

95°F 35°C

95°F 35°C

95°F 35°C

0°F 0°C

LT, MT: 0°F, 0°C HT: 15°F, 8.3°C

0°F 0°C

Varies

LT, MT: Varies HT: 20°F, 11.1°C

Varies

R22 MT, Medium Temperature is Below 35°F, 1.7°C R22 HT, High Temperature is 55°F to 35°F, 12.8°C to 1.7°C

Two-Stage rating conditions based on 65°F, 18.3°C return gas, 95°F, 35°C ambient and maximum liquid subcooling.

APPLICATION REQUIREMENTS

• All Copelametic compressors require

power to the compressor and stops it. The Sentronic offers a new and more reliable solution to capillary leaks. To order the Sentronic Oil Pressure Control use part number 5851036-00. For instructions refer to Application Bulletin AE 81275.

some form of motor cooling, regardless of the operating conditions. It is important to note that refrigerant-cooled models when operating at evaporating temperatures of 0°F (–17.8°C) or lower require additional motor and cylinder head cooling. This can be accomplished by the use of an external fan assembly available from Emerson Climate Technologies. See Application Bulletin AE 4-1135 for complete details and allow for extra height to install the fan to the top of the compressor.

The Sentronic is only functional when used with our new oil pump that has a machined port for the Sentronic sensor. The Sentronic control and oil pump are standard on all Copelametic tandem compressors and the oil pump is standard on all Copelametic compressors using high pressure positive displacement oil pumps.

• Oil Pump Description. • Models H, K, E, 3, L. If oil pump is used it is a low pressure

• All

4 and 6 cylinder models are equipped with a pre-set internal relief valve between suction and discharge which will open if the maximum permissible pressure differential is reached.

pump. No oil pressure control is needed.

• Models N, M, 9, 4, 6. Oil pump is Sentronic high pressure oil pump.

• An oil pressure safety control is required on every Copelametic

• All Tandem models except Two-Stage include a discharge

compressor equipped with a high pressure oil pump. Approved controls provide low cost, safe protection against damage from loss of lubrication. These can be supplied by Emerson Climate Technologies and should be listed separately on your purchase orders (except those covering tandem compressors on which they are supplied as standard equipment). There are two types of control available, our new “Sentronic” Control offering improved reliability and accuracy (see next paragraph for details) and the conventional capillary tube type control which can be ordered by using Part Number 998-0700-00. For further information, see Application Bulletin AE 8-1095.

muffler.

• The

nominal rotational speeds of the Copelametic Conventional compressors are:

• 50 Hertz 1450 RPM. • 60 Hertz 1750 RPM. • Dimensions in this brochure include the terminal box and service valves mounted. Height is from the bottom plate bolts or from bottom of extended oil sump where applicable and does not include mounting parts except mounting for tandem compressors where dimensions include the mounting rails. Mounting center dimensions do not apply to narrow profile deep sump models suc h as those with an 8 in the fourth place of the model number.

• Emerson Climate Technologies introduces a new era in oil

pressure controls with the Sentronic Oil Pressure Control System. The Sentronic electronic control system eliminates capillary tubes used on electro-mechanical systems to sense oil pressure. The new system uses a pressure transducer within the oil pump that produces an electrical signal to the control module. If the oil pressure drops below acceptable limits for a period of two minutes the control module cuts

55


APPLICATION INFORMATION PART WINDING AND STAR-DELTA STARTING MOTOR CHARACTERISTICS Motor

Leads

Hertz

Across-The-Line

ESL

6

50

210/240-3-50 380/420-3-50

210/240-3-50

ESM

6

50

380 / 420-3-50

380 / 420-3-50

ES8

6

50 60

200-3-50 200/220-3-60 380-3-60

200-3-50 200/220-3-60

FSD

6

50 60

380 / 420-3-50 460-3-60

380 / 420-3-50 460-3-60

FSM

6

50

380 / 420-3-50

380 / 420-3-50

FSR

6

50

200/240-3-50

200/240-3-50

TSE

6

50 60

500-3-50 575-3-60

500-3-50 (PW) 575-3-60 (PW)

9

50 60

200-3-50 400-3-50 230-3-60 460-3-60

200-3-50 230-3-60

9

50 60

200-3-50 400-3-50 208/230-3-60 460-3-60

200-3-50 208/230-3-60

TSN

TSK

Part Winding

Star-Delta

(PW) Part winding start applies only to single compressors 20 horsepower, 14.9 kilowatt, and above; tandem 40 horsepower, 29.8 kilowatt, and above.

ELECTRICAL APPLICATION INFORMATION

• On

• Rated load amps is the value used for contactor and other

Copelametic compressors with pilot circuit motor protection (compressors with H, L, or S type motor protection) the contactor becomes an integral part of the motor protection system. Modern pilot circuit protection, whether solid state or internal thermostat, used in conjunction with a properly sized and operating contactor provides excellent motor protection. Emerson Climate Technologies specifications require the use of a properly sized, properly applied contactor. For complete contactor sizing information, please see Application Bulletin AE 101244.

electrical component selection. It is calculated by dividing the maximum continuous current that the compressor draws under the condition of maximum load operation and the lowest operating voltage by 1.4. See Application Bulletin AE 9-1154 for a detailed explanation.

• Rated load amps (RLA) and locked rotor amps (LRA) s hown

in this book are at across-the-line, not part winding start or star-delta conections.

• Refer

to the Electrical Handbook, Form 6400, for wiring diagrams.

56


APPLICATION INFORMATION APPLICATION OPTIONS

• Crankcase

• Use bill of material number 200 for standard compressors.

heaters are strongly recommended on all refrigeration systems where the compressor is exposed to cold ambient temperatures, on all split air conditioning systems, and on package air conditioning equipment 5 HP and larger. As the refrigerant charge increases, the start-up problems associated with vapor refrigerant in liquid oil becomes more critical. The crankcase heater will minimize refrigerant migration to the crankcase during periods when the compressor is not operating and will greatly reduce liquid slugging, loss of oil and compressor damage. Please refer to Application Bulletins AE 4-1166, AE 17-1238, and AE 22-1182 for additional information.

This bill of material includes oil charge, mounting parts, standard service valves, overload protectors, terminal box covers and, where applicable, running capacitors, starting capacitors and relays. Oil pressure safety controls, crankcase heaters, contactors, and high-low pressure controls, when required, should be ordered with compressors but listed separately on the purchase order. Exception to this rule is that 200 bill of material tandem compressors include oil pressure safety controls. Emerson Climate Technologies recommends ordering a standard 9R Compressor with a cylinder head mounted discharge service valve, B/M 400. But, for a body mounted discharge service valve on the 9R, B/M 200 should be specified.

• Any m odel in the families of M, 9, 4, or 6 has the option of an installed deep oil sump.

• Air

and water-cooled condensing units that contain the compressors listed in this section are available from Emerson Climate Technologies.

• On air conditioning applications where the cooling load may

vary over a wide range, some means of compressor capacity control is frequently necessary for satisfactory system performance. Emerson Climate Technologies has available capacity reduction control devices for the larger Copelametic models. These capacity modulation accessories can be mounted on the compressor at the factory or added in the field. The capacity control valves are mounted externally on the 9R compressors and internally on the 4R and 6R. Application Bulletins AE 21-1216 and AE 21-1222 provide detailed technical information. Field conversion kits contain all necessary parts to convert a standard model to a capacity control model.

• The H, K, EA and 3A families can be converted to water cooled with a factory installed copper water coil wrapped around the compressor body.

UNITS CONVERSION CHART BTUH x .252 = KCALH BTUH x .293 = WATTS (°F – 32) x 5/9 = °C POUNDS x .454 = KILOGRAMS INCHES x 25.4 = MILLIMETERS CUBIC INCHES x 16.386 = CUBIC CENTIMETERS FLUID OUNCES x .02957 = LITERS CUBIC FEET x .02831 = CUBIC METERS HORSEPOWER x .746 = KILOWATTS

57


APPLICATION INFORMATION APPLICATION BULLETINS Emerson Climate Technologies has compiled a book of compressor Application Bulletins. Please see the following bulletins, from the book, for more Conventional Copelametic compressor application information as entitled below: Location of Pressure Ports . . . . . . . . . . . . AE 4-1094

High Pressure Controls . . . . . . . . . . . . . AE 17-1214

Mounting Parts . . . . . . . . . . . . . . . . . . AE 4-1111

Non-Standard Applications. . . . . . . . . . . . AE 17-1233

Cooling Requirements . . . . . . . . . . . . . . AE 4-1135

Low Ambient Operation . . . . . . . . . . . . . AE 17-1234

Oil Pumps . . . . . . . . . . . . . . . . . . . . AE 4-1166

Parallel Compressor Operation . . . . . . . . . AE 17-1235

Tandem Compressors. . . . . . . . . . . . . . . AE 4-1167

Application of Immersion Type Crankcase Heaters. . . . . . . . . . . . . . AE 17-1238

Discharge Line Mufflers . . . . . . . . . . . . . . AE 4-1181 Bolt Torque . . . . . . . . . . . . . . . . . . . . AE 4-1219

System Design for Bulk Milk Tank Refrigeration . AE 17-1242

U.L. and C.S.A. File Data . . . . . . . . . . . . . AE 4-1255

Air to Air Heat Pump System Design. . . . . . . AE 17-1243

Converting Compressor Rated Capacity to Actual Capacity . . . . . . . . . . . . . . . AE 4-1273

Refrigeration Oils . . . . . . . . . . . . . . . . AE 17-1248 Design Considerations for High Ambient Conditions . . . . . . . . . . . . . . . . . . AE 17-1251

Motor Horsepower versus Compressor Efficiency. . . . . . . . . . . . . AE 4-1274 Oil Charges. . . . . . . . . . . . . . . . . . . . AE 4-1281

Design Considerations for Heat Reclaim Systems . . . . . . . . . . . . . . AE 17-1252

Air Cooled Compressors for R22LT . . . . . . . . AE 4-1291

System Design for Container Refrigeration . . . . AE 17-1257

Oil Pressure Safety Controls . . . . . . . . . . . AE 8-1095

Compressor Overheating . . . . . . . . . . . . AE 17-1260

Sentronic – Electronic Oil Pressure Control . . . . AE 8-1275

Compressor Selection for Mobile or Transport Applications . . . . . . . . . . . . . . . . . AE 17-1261

Terminal Plate Connections for Dual Winding Compressors . . . . . . . . . . . . . . . . . AE 9-1076

Compressor Short Cycling . . . . . . . . . . . . AE 17-1262

Nameplate Amperage Rating . . . . . . . . . . . AE 9-1154

Air to Water Heat Pump Cycles . . . . . . . . . AE 17-1263

Single Phase Motors – Frequent Causes of Failure . . . . . . . . . . . . . . . . . . . AE 9-1209

Compression Ratio as it Affects Compressor Reliability . . . . . . . . . . . . . . . . . . AE 17-1268

Nameplate Voltages . . . . . . . . . . . . . . . AE 9-1228

Oil Additives . . . . . . . . . . . . . . . . . . . AE 17-1282

Power Factor Correction With Capacitors . . . . . AE 9-1249

Switching Refrigerants in Field Installations . . . AE 17-1284

Maximum Continuous Current Rating . . . . . . . AE 9-1250

Two-Stage Compressors. . . . . . . . . . . . . AE 19-1132

Effect of Electrical Components on Motor Protection . . . . . . . . . . . . . . . . . . AE 10-1187

Transport Refrigeration Manual . . . . . . . . . AE 20-1152 Low Limit Pressure Controls for Low Temperature Truck Applications. . . . . . . . AE 20-1197

Single versus Two Contactor Selection for Model 4R and 6R Compressors . . . . . . . AE 10-1225

Hot Gas Bypass Systems . . . . . . . . . . . . AE 21-1160

Recommended Contactor Selection and System Design for Three Phase Motor Protection. . . AE 10-1244

Internal Capacity Control Valves . . . . . . . . . AE 21-1216

Solid State Motor Protection . . . . . . . . . . . AE 10-1264

Liquid Refrigerant Control . . . . . . . . . . . . AE 22-1182

Potential Nuisance Field Problem with Impedance Lockout Relays on Solid State Protected Compressors . . . . . . . . . . . AE 10-1267

Off Cycle Motor Heat for Liquid Refrigerant Migration Control. . . . . . . . . . . . . . . AE 22-1230

External Capacity Control Valves . . . . . . . . AE 21-1222

Copeland Supplied Run Capacitors . . . . . . . AE 10-1272

Recommended Control Circuits for Liquid Refrigerant Control . . . . . . . . . . . . . AE 23-1221

Suction Accumulators . . . . . . . . . . . . . . AE 11-1147

System Cleaning . . . . . . . . . . . . . . . . AE 24-1105

Suction Accumulators for Heat Pump Applications . . . . . . . . . . . . . . . . . AE 11-1247

Air Cycle Testing . . . . . . . . . . . . . . . . AE 25-1068

Effect of Defrost Control on Compressor Operation . . . . . . . . . . . . . . . . . . AE 17-1195

Use of Reclaimed Refrigerant . . . . . . . . . . AE 25-1290

Safe Handling of Compressed Gases . . . . . . AE 25-1177

Design Consideration for Refrigerant Receivers . AE 17-1212

58


SINGLE COMPRESSOR NOMENCLATURE Product Variations

Compressor Motor Type

Compressor Model Type Code

Description

A

Air Cooled

R W

Refrigerant Cooled Water Cooled

T

Two-Stage 6RB-1000 and 6RB-2000 are also two stage.

Phase

Motor Type

Code

Single Single

Capacit or run, capacit or start I nduction run, capacitor start

C I

Three

Wye (star) Delta

E

Three

Six lead part winding or across the line. Miscellaneous three phase • Single voltage three lead • Single voltage six lead on 500-3-50, 575-3-60; 20 HP, 14.9 kW, and up. • Dual voltage nine lead

F

Number -100 is standard compressor used in Copeland® brand products condensing units.

T

Number -200 indicates a standard compressor except for 9R.

Three

Bill of Material numbers will be assigned as follows:

Numbers -201 through 299 will be assigned for all other variations of a given model. Number -400 indicates a standard 9R compressor.

XXXX — XXXX — XXX — XXX Compressor Family Series

Compressor Motor Rating

Either a number or a letter established for each product model.

Compressor Motor Protection

Nominal HP

kW

Code

Type

.25 .33 .50 .75 1.0 1.5 2 3 4 5 7.5 10 15 19 20 25 30 35 40

.19 .25 .37 .56 .75 1.1 1.5 2.2 3.0 3.7 5.6 7.5 11.2 14.2 14.9 18.7 22.4 26.1 29.8

0025 0033 0050 0075 0100 0150 0200 0300 0400 0500 0750 1000 1500 1900 2000 2500 3000 3500 4000

External inherent protection – One protector, use with contactor (single or three phase). Internal inherent protection – One protector, use with contactor (three phase).

A

Internal thermostat and two external supplementary protectors mounted on compressor, use with contactor (three phase).

H

Displacement and Valve Plate A letter only, arbitrarily assigned for each different displacement and valve plate combination within any one family series.

Code

F

Internal thermostat and three external L supplementary protectors mounted on compressor, use with contactor (three phase). Internal thermal protectors – Three electronic sensors and one external solid state control module, use with contactor (three phase).

S

Electrical Codes 50HZ 60HZ — 115-1 — 230-1 200/220-3 208/230-3 380/400-3 460-3 500-3 575-3 115-1 — 230-1 — — 208-1 200/ 400-3 208/230/460- 3 210/240/380/420-3 — 380/420-3 — 200/400-3 230/460-3 200/240-3 — 220-1 — 200-3 200-3 200/220-1 208/230-1 — 220/380-3 220/240-1 — — 380-3 200-3 200/220/380-3

Code A B C D E F G H K L M N R S U V X Z 7 8

NOTE: Code D 50HZ rating may be 380/420 depending on compressor model. Code U is only 60HZ on one model.

Model Variations A number or letter arbitrarily assigned to indicate major variations within any one family series.

59


TANDEM COMPRESSOR NOMENCLATURE Phase

Compressor Family Series

Compressor Motor Type Motor Type

Three

Wye (star) Delta

E

Three


F

Three

A number established for second model in the tandem.

Product Variations

Code

Bill of Material numbers will be assigned as follows: Number -200 indicates a standard compressor.

T

Numbers -201 through 299 will be assigned for all other variations of a given model.

XXXX — XXXX — XXX — XXX Compressor Motor Rating


Nominal HP

A number established for first model in the tandem.

20 30 40 50 60 70 80

kW 14.9 22.4 29.8 37.3 44.8 52.2 59.7


Code

Type

2000 3000 4000 5000 6000 7000 8000

Internal thermal protectors – S Three electronic sensors and one external solid state control module, use with contactor (three phase).

NOTE: Nominal horsepower rating of tandem compressors is sum of individual compressor ratings.


Model Variations A number arbitrarily assigned to indicate major variations within any one family series.

60

Code

Electrical Codes 50HZ

60HZ

380/420-3 460-3 500-3 575-3 200/ 400-3 208/230/460- 3 210/240/380/420-3 — 380/420-3 — 200/400-3 230/460-3 — 200-3 — 220/380-3 200-3 200/220/380-3

Code D E K L M N U X 8

HFC Conventional Compressors

H F C C O N V E N T I O N A L

Emerson Climate Technologies accepts award for corporate leadership in HFC compressor development.

61

HFC CONVENTIONAL COMPRESSORS

FEATURES

HFC CONVENTIONAL COPELAMETIC STORY

• HFC Ozone Friendly Refrigerants

Copelametic® HFC R 404A / R407A / R507 Conventional compressors are the chlorine-free solution for low and medium temperature refrigeration applications.

• 50 and 60 Hertz Models Available

Emerson Climate Technologies has always been committed to designing compressors that meet customer needs. And in recent years, Emerson Climate Technologies has led the industry in the research and testing of CFC alternatives for refrigeration compressor applications. As a result, Emerson Climate Technologies stands behind these refrigerants as the closest current replacement for R502. Customers required a chlorine-free refrigerant, and these possess all the qualities of R502. R404A/R407A/R507 are free of harmful chlorine, and yet allow refrigeration end-users the same level of maintenance and simplicity of operation associated with its proven single-stage systems.

• Proven Copeland ® Brand Products Dependability • Rugged, Compact Construction for Heavy-Duty Usage

• Easily Accessible for Maintenance • Wide Voltage Selection • Full Maximum Load Rundown Capability • Motor Protection on All Models

The Conventional Copelametic compressors have been produced by Emerson Climate Technologies since 1941. They were the first successful compressors to operate with an electric motor inside the compressor casting. The new HFC models shown in this section are a qualified derivative of these earlier popular and proven models.

• Polyol Ester Lubricant • Oil Sight Glass on All Models Except H • “Sentronic” Compatible Oil Pump Included on N Models

HFC Conventional Copelametic compressors in this section of the catalog are found in the following order:

• Air Cooled • Refrigerant Cooled Air and Refrigerant Cooled refers to the type of compressor motor cooling.

Emerson Climate Technologies remains committed to delivering environmentally acceptable compressor products, uncompromising reliability and the highest performance. Our HFC Conventional compressors are proof of the technological expertise and industry leadership you’ve come to expect from Emerson Climate Technologies.

63


50 HERTZ

CAPACITY

MODEL

HP kW

50HZ


100 HAG-005E

.50 .37

10 0

HAJ-005E

100 HAT-005E

100 KAN-005E

100 KAG-005E

100 KAN-006E

54.4

25 – 3.9

15 – 9.4

5 – 15

0 – 17.8

–5 – 20.6

4000

3200

2400

2100

1800

1010

810

600

530

1170 2500

940 2000

700 1400

620 1200

630

500

350

300

730 4600

390 3600

410 2800

350 2500

1160

910

710

630

1350 3000

1050 2300

820 1800

730 1500

– 10 – 23.3

– 20 – 28.9

– 30 – 34.4

– 40 – 40

990

450

530 1000 250

290 2100 530

620 1300

760

580

450

380

880

670

530

440 3900

380 3400

3000

2200

1500

980

860

760

550

380

250

1140 2500

1000 2200

880 1900

640 1300

440 810

290 420

37.8

54.4

37.8

54.4

330

630

550

480

330

200

730 3300

640 2900

560 2500

380 1700

240 1200

730

630

430

300

170

970 1900

850 1600

730 1300

500 900

350 530

200 320

480

400

330

230

130

560

470

380

260 3100

160 2300

37.8

54.4

37.8

93.5 2.65 130

54.4

64

110

120 690

830

153 4.33 130

.50 .37

3 7.8

35 1.7

93.5 2.65 130

.50 .37

WATTS


102 2.89 130

.50 .37

54.4

69.7 1.97 130

.50 .37

37.8

63.4 1.79 130

.50 .37

KCALS/HOUR

R404A/R407A/R507

AIR COOLED CFH m 3 /hr

BTUS/HOUR

2400

780

580

910 1900

670 1240

480

310

560 1600

360 1000

80

90 1570 400

460 680 170

200 560

3200

2800

810

710

600

400

250

140

940 1900

820 1600

700 1300

470 800

290 300

160 180

480

400

330

200

80

50

560

470

380

230

90

60


50 HERTZ

CAPACITY

HP kW

CFH m 3 /hr 50HZ


100 KAN-007E

.75 .56

100 .75 .56

100 KAM-007E

100 KAJ-007E

100 KAA-007E

100 KAL-007E

15 – 9.4

5 – 15

0 – 17.8

–5 – 20.6

6100

4800

3700

3200

2700

1540

1210

930

810

1790 3900

1410 3000

1080 2200

940 1900

– 10 – 23.3

– 20 – 28.9

– 30 – 34.4

– 40 – 40

1000

680

790 1600

980

760

550

480

1140

880

640

560 4000

470 3500

3000

2200

1500

1010

880

760

550

380

250

1170 2500

1030 2100

880 1800

640 1200

440 790

290 440

37.8

54.4

37.8

54.4

400

630

530

450

300

200

730 5300

620 4700

530 4100

350 3000

230 2200

1340

1180

1030

760

550

1550 3500

1380 3000

1200 2600

880 1900

640 1260

880

760

660

480

320

1030

880

760

560 3800

370 2800

37.8

54.4

37.8

211 5.92 130

.75 .56

25 – 3.9

181 5.12 130

.75 .56

54.4

35 1.7

140 3.96 130

.75 .56

WATTS


111 3.14 130

.75 .56

37.8

93.5 2.65 130

KAE-007E

KCALS/HOUR

R404A/R407A/R507

AIR COOLED MODEL

BTUS/HOUR

54.4

37.8

261 7.39 130

54.4

65

5900

960

710

1110 2300

820 1550

580

390

670 4500

450 3300

7700

6700

1940

1690

1490

1130

830

2260 4900

1960 4300

1730 3700

1320 2700

970 1890

1230

1080

930

680

480

1440

1260

1080

790 5700

550 4200

1440

1060

1670 3400

1230 2380

110

130 1550 390

450 770 190

230 1920 480

560 870 220

250 2320 580

680 1080 270

320 2910 730

850 1520

860

600

380

1000

700

450


50 HERTZ

CAPACITY

MODEL

HP kW

50HZ


100 KAR-010E

1 .75

100 KAG-010E

100 KAJ-010E

100 KAL-010E

100 KAT-010E

100 KAJ-011E

54.4

25 – 3.9

15 – 9.4

5 – 15

0 – 17.8

–5 – 20.6

8700

6900

5400

4800

4200

2190

1740

1360

1210

1060

2550 5900

2020 4500

1580 3500

1410 3100

1230 2600

1490

1130

880

780

1730 10700

1320 8400

1030 6600

910 5700

– 10 – 23.3

– 20 – 28.9

– 30 – 34.4

– 40 – 40

1990

660

760 5000

2700

2120

1660

1440

1260

3140 7200

2460 5500

1930 4200

1670 3700

1470 3200

1810

1390

1060

930

2110

1610

1230

1080 6900

940 6100

5300

4000

2900

1740

1540

1340

1010

730

2020 4500

1790 3900

1550 3400

1170 2500

850 1680

37.8

54.4

810

1130

980

860

630

420

1320

1140

1000

730 5500

490 4000

1390

1010

1610 3400

1170 2320

37.8

54.4

37.8

322 9.12 130

1 .75

37.8

35 1.7

261 7.39 130

1 .75

WATTS


181 5.12 130

1 .75

54.4

153 4.33 130

1 .75

37.8

131 3.71 130

1 .75

KCALS/HOUR

R404A/R407A/R507


BTUS/HOUR

54.4

37.8

181 5.12 130

54.4

66

5100

860

580

1000 7000

680 5200

1760

1310

2050 4500

1520 3290

1130

830

1320 3800

960 2700

6600

5800

1660

1460

1290

960

680

1930 4200

1700 3700

1490 3200

1110 2300

790 1540

500

580 1020 260

300 2840 720

830 1370 350

400 3740 940

1100 2320 580

680 1870 470

550 940

1060

930

810

580

390

240

1230

1080

940

670

450

280


50 HERTZ

CAPACITY

KAK-011E

HP kW

1 .75

CFH m 3 /hr 50HZ

211 5.97


100

130

100 KAL-015E

1.5 1.1

100 KAT-015E

100 KAL-016E

100 KAK-020E

100 KAT-020E

15 – 9.4

5 – 15

37.8

54.4

37.8

54.4

0 – 17.8

–5 – 20.6

– 10 – 23.3

– 20 – 28.9

– 30 – 34.4

– 40 – 40

2210

8100

7100

6200

4600

3300

2040

1790

1560

1160

830

2370 5200

2080 4400

1820 3800

1350 2600

970 1730

1310

1110

960

660

440

1520 9800

1290 8700

1110 7600

760 5700

510 4100

2470

2190

1920

1440

1030

2870 6500

2550 5700

2230 4900

1670 3500

1200 2350

1640

1440

1 230

880

590

1900

1670

1440

1030 7000

690 5100

37.8

54.4

37.8

54.4

37.8

211 5.97 130

2 1.5

25 – 3.9

261 7.39 130

2 1.5

35 1.7

322 9.12 130

1.5 1.1

WATTS


261 7.39 130

1.5 1.1

KCALS/HOUR

R404A/R407A/R507

AIR COOLED MODEL

BTUS/HOUR

54.4

1490 3090

1180

780

1380 5700

910 4000

720

840 1350 340

400 3630 910

1060 1990 500

580 2710

8900

2570

2240

1970

1440

1010

2990 6500

2610 5600

2290 4800

1670 3400

1170 2270

1640

1410

1 210

860

570

380

1900 7800

1640 6900

1410

1000

670

440

3850

11500

3600

2900

2240

1970

1740

4190 9700

3370 7700

2610 5800

2290 5000

2020 4400

680

790 1510

2440

1940

1460

1260

2840

2260

1700

1470 12100

1290 10600

9400

7100

5300

3050

2670

2370

1790

1340

3550 8200

3110 7200

2750 6300

2080 4700

1550 3340

2070

1810

1590

1180

840

550

2400

2110

1850

1380

980

640

37.8

322 9.12 130

8900

1290

2050 4700

300

350 2850

10200

14300

7800

1760

560

650 1190

54.4

67

1110

970

1130 2200


50 HERTZ

CAPACITY

MODEL

HP kW

50HZ


100 EAD-020E

2 1.5

100 KAK-021E

100 EAD-021E

100 EAV-021E

100 3AB-031E

100 LAH-032E

100 3 2.2

100 LAC-032E

54.4

–5 – 20.6

– 10 – 23.3

– 20 – 28.9

– 30 – 34.4

– 40 – 40

12000 3020

10500

9100

6700

4800

3230

2650

2290

1690

1210

3520 7700

3080 6700

2670 5700

1960 4000

1410 2670

1690

1440

1010

670

390

2260 8100

1960 7200

1670

1170

780

450

3250

2970

2320

2040

1810

4310 9900

3460 7900

2700 6000

2370 5200

2110 4600

2490

1990

1510

1310

2900

2310

1760

1520 12200

1350 10700

9300

6800

4800

3070

2700

2340

1710

1210

3570 7700

3140 6700

2720 5700

1990 3900

1410 2570

37.8

54.4

37.8

54.4

37.8

54.4

37.8

54.4

37.8

54.4

37.8

54.4

68

810

950 1530

1940

11800

675 19.1 130

9200

0 – 17.8

3700

641 18.1 130

3 2.2

5 – 15

14700

576 16.3 130

LAL-032E

37.8

435 12.3 130

3 2.2

15 – 9.4

54.4

366 10.4 130

3 2.2

25 – 3.9

322 9.12 130

2 1.5

35 1.7

37.8

211 5.97 130

2 1.5

WATTS


322 9.12 130

2 1.5

KCALS/HOUR

R404A/R407A/R507


BTUS/HOUR

1160

1940

1690

1440

980

650

2260 13800

1960 12100

1670 10500

1140 7700

750 5400

3480

3050

2650

1940

1360

4040 9100

3550 7800

3080 6700

2260 4700

1580 3050

2290

1970

1690

1180

770

2670 16300

2290 14200

1960 12400

1380 9200

890 6600

820

950 1510 380

440 3600 910

1050 1750 440

510 4220

4110

3580

3120

2320

1660

1060

4780 10700

4160 9100

3630 7700

2700 5400

1930 3510

1240 1800

2700

2290

1940

1360

880

3140 22300

2670 19600

2260 17000

1580 12300

1030 8400

450

530 5260

5620

4940

4280

3100

2120

1330

6530 14400

5740 12200

4980 10200

3600 6600

2460 3730

1540 1690

3630

3070

2570

1660

940

4220 24700

3570 21700

2990 18800

1930 13900

1090 9600

430

500 6110

6220

5470

4740

3500

2420

1540

7240 15700

6360 13500

5510 11500

4070 8000

2810 5060

1790 2550

3960

3400

2900

2020

1280

4600

3960

3370

2340 15 40 0

1480 11 00 0

640

750 73 30

3880

2770

1850

4510 9800

3220 6310

2150 3990

2470

1590

1010

2870

1850

1170


50 HERTZ

CAPACITY

HP kW

CFH m 3 /hr 50HZ


100 ERC-021E

2 1.5

100 ERF-031E

3 2.2

100 3 2.2

100 NRD-032E

100 NRB-040E

54.4

37.8

54.4

35 1.7

25 – 3.9

15 – 9.4

5 – 15

18400

14500

11200

9800

4640

3650

2820

2470

2140

5390 11900

4250 9400

3280 7100

2870 6000

2490 5100

2370

1790

1510

3490 2 46 00

2750 2 01 00

2080 1 50 00

1760 1 31 00

54.4

–5 – 20.6

– 10 – 23.3

– 20 – 28.9

– 30 – 34.4

1290

1490 11 90 0

5070

3780

3300

3000

7210 16700

5890 13900

4400 10300

3840 8900

3490 8200

4210

3500

2600

2240

4890 33000

4070 25900

3020 19600

2610 17200

2400 14700

12700

8900

5800

8320

6530

4940

4330

3700

3200

2240

1460

9670 21400

7590 16300

5740 11800

5040 10100

4310 8400

3720 6900

2610 4400

1700 2540

2070

5390

4110

2970

2550

2120

1740

1110

640

6270

4780

3460

2960 24 90 0

2460 2 190 0

2020 19 200

1290 1 45 00

740 1 04 00

2 16 00

860

1000 1250 320

370 67 70

5520

4840

3650

2620

1710

7300 16800

6420 14600

5630 12500

4250 8600

3050 5040

1980 1430

4230

3680

3150

2170

1270

360

4920 1 85 00

4280 1 58 00

3660

2520

1480

420

2 86 00

9200

7210

5440

4660

10700 23 60 0

8380 1 87 00

6330 1 37 00

5420 11 50 0

3980

4630 9 40 0

5950

4710

3450

2900

2370

6910

5480

4010

3370

2750

69

3410

6270

3 65 00

(LA) TAC motor medium temperature only, TAU motor low temperature only.

– 40 – 40

8500

6200

54.4

37.8

0 – 17.8

3000

37.8

576 16.3 130

WATTS


675 19.1 130

4 3

37.8

520 14.7 130

3 2.2

54.4

382 10.8 130

3RA-031E (LA)

37.8

280 7.9 130

KCALS/HOUR

R404A/R407A/R507


BTUS/HOUR



AIR COOLED

MODEL

HP kW

CYL

Bore in mm

Stroke in mm

CFH m 3 /hr



50 Hertz

Oz

Liter

Length

Width

Height


Service Valve Sizes

Weights lb/ kg

Length

Width


Net

Shipping

HAG-005E

.50 .37

2

11/32 26.2

3 4

/ 19.1

63.4 1.79

22 (16)

.65 (.47)

123/4 324

815/16 1015/32 227 266

83/16 208

63/8 162

1 2

/ Flare

3 8

/ Flare

72 33

83 38

HAJ -005E

.50 .37

2

13/16 30.2

5 8

/ 15.9

69.7 1.97

22 (16)

.65 (.47)

123/4 324

815/16 1015/32 227 266

83/16 208

63/8 162

1 2

/ Flare

3 8

/ Flare

76 34

87 39

HAT-005E

.50 .37

2

15/16 33.3

3 4

/ 19.1

102 2.89

22 (16)

.65 (.47)

123/4 324

815/16 1015/32 227 266

83/16 208

63/8 162

1 2

/ Flare

3 8

/ Flare

76 34

87 39

KAN -005E

.50 .37

2

13/8 34.9

5 8

/ 15.9

93.5 2.65

22 (20)

.65 (.59)

143/8 365

91/2 241

107/16 265

83/16 208

63/8 162

1 2

/ Flare

3 8

/ Flare

86 39

99 45

KAG-005E

.50 .37

2

17/16 36.5

15 16

/ 23.8

153 4.33

22 (20)

.65 (.59)

143/8 365

91/2 241

107/16 265

83/16 208

63/8 162

1 2

/ Flare

3 8

/ Flare

85 39

98 44

KAN-006E

.50 .37

2

13/8 34.9

5 8

/ 15.9

93.5 2.65

22 (20)

.65 (.59)

14 356

9 1 /2 241

107/16 265

83/16 208

63/8 162

1 2

/ Flare

3 8

/ Flare

87 39

100 45

KAN-007E

.75 .56

2

13/8 34.9

5 8

/ 15.9

93.5 2.65

22 (20)

.65 (.59)

143/8 365

91/2 241

107/16 265

83/16 208

63/8 162

1 2

/ Flare

3 8

/ Flare

87 39

100 45

KAE -007E

.75 .56

2

11/2 38.1

5 8

/ 15.9

111 3.14

22 (20)

.65 (.59)

143/8 365

91/2 241

107/16 265

83/16 208

63/8 162

1 2

/ Flare

3 8

/ Flare

93 42

107 49

KAM -007E

.75 .56

2

13/8 34.9

15 16

/ 23.8

140 3.96

22 (20)

.65 (.59)

143/8 365

91/2 241

107/16 265

83/16 208

63/8 162

5 8

/ Flare

3 8

/ Flare

87 39

101 46

KAJ-007E

.75 .56

2

19/16 39.7

15 16

/ 23.8

181 5.12

22 (20)

.65 (.59)

143/8 365

91/2 241

107/16 265

83/16 208

63/8 162

5 8

/ Flare

3 8

/ Flare

87 39

100 45

KAA-007E

.75 .56

2

111/16 42.9

15 16

/ 23.8

211 5.97

22 (20)

.65 (.59)

14 356

8 203

10 3/4 273

83/16 208

63/8 162

5 8

/ Flare

3 8

/ Flare

93 42

107 49

KAL-007E

.75 .56

2

17/8 47.6

15 16

/ 23.8

261 7.39

22 (20)

.65 (.59)

143/8 365

91/2 241

107/16 265

83/16 208

63/8 162

5 8

/ Flare

3 8

/ Flare

87 39

100 45

KAR -010E

1 .75

2

15/8 41.3

5 8

/ 15.9

131 3.71

22 (20)

.65 (.59)

143/8 365

91/2 241

107/16 265

83/16 208

63/8 162

5 8

/ Flare

1 2

/ Flare

90 41

104 47

KAG-010E

1 .75

2

17/16 36.5

15 16

/ 23.8

153 4.33

22 (20)

.65 (.59)

143/8 365

91/2 241

107/16 265

83/16 208

63/8 162

5 8

/ Flare

1 2

/ Flare

93 42

107 49

KAJ -010E

1 .75

2

19/16 39.7

15 16

/ 23.8

181 5.12

22 (20)

.65 (.59)

143/8 365

91/2 241

107/16 265

83/16 208

63/8 162

5 8

/ Flare

1 2

/ Flare

93 42

107 49

KAL -010E

1 .75

2

17/8 47.6

15 16

/ 23.8

261 7.39

22 (20)

.65 (.59)

143/8 365

91/2 241

107/16 265

83/16 208

63/8 162

5 8

/ Flare

1 2

/ Flare

91 41

105 48

KAT-010E

1 .75

2

17/8 47.6

15/32 29.4

322 9.12

22 (20)

.65 (.59)

143/8 365

91/2 241

107/16 265

83/16 208

63/8 162

5 8

/ Flare

1 2

/ Flare

93 42

107 49

KAJ -011E

1 .75

2

19/16 39.7

15 16

/ 23.8

181 5.12

22 (20)

.65 (.59)

143/8 365

91/2 241

107/16 265

83/16 208

63/8 162

5 8

/ Flare

1 2

/ Flare

92 42

106 48

KAK -011E

1 .75

2

111/16 42.9

15 16

/ 23.8

211 5.97

22 (20)

.65 (.59)

143/8 365

91/2 241

107/16 265

83/16 208

63/8 162

5 8

/ Flare

1 2

/ Flare

93 42

107 49

KAL -015E

1.5 1.1

2

17/8 47.6

/ 23.8

261 7.39

22 (20)

.65 (.59)

143/8 365

91/2 241

107/16 265

83/16 208

63/8 162

/ Solder

/ Flare

95 43

110 50

15 16

70

7 8

1 2


ELECTRICAL SPECIFICATIONS CAG 230-1-50

RLA

CAV 200/ 220-1-50 208/ 230-1-60

LRA

4.4

22.0

3.4

23.3

3.3

23.3

5.2

27.7

4.6

27.7

4.6

27.7

5.3

27.7

CAZ 220/ 240-1-50

RLA

TAC 200 / 220-3-50 208/ 230-3-60

LRA

RLA

TAD 380/ 400-3-50 460-3-60

RLA

LRA

LRA

4.0

22.0

2.4

13.0

3.7

22.0

2.2

13.0

3.6

24.0

2.2

13.2

5.4

36.0

3.0

19.9

5.4

36.0

3.4

19.9

5.6

36.0

3.2

19.9

7.4

40.0

4.3

27.0

7.5

40.0

4.3

27.0

4.6

27.0

6.0

33.0

6.9

40.0

6.0

33.0

6.9

40.0

7.9

40.0

9.9

55.0

5.2

27.7

5.9

35.0

5.9

33.0

7.6

35.0

71

RLA

2.1

LRA

15.0



AIR COOLED

MODEL

HP kW

CYL

Bore in mm

Stroke in mm

CFH m 3 /hr




Service Valve Sizes

50 Hertz

Oz

Liter

Length

Width

Height

Length

Width


Weights lb/ kg Net

Shipping

KAT-015E

1.5 1.1

2

17/8 47.6

15/32 29.4

322 9.12

22 (20)

.65 (.59)

14 3/8 365

91/2 241

107/16 265

83/16 208

63/8 162

7 8

/ Solder

1 2

/ Flare

96 44

111 50

KAL -016E

1.5 1.1

2

17/8 47.6

15 16

/ 23.8

261 7.39

22 (20)

.65 (.59)

14 3/8 365

91/2 241

107/16 265

83/16 208

63/8 162

7 8

/ Solder

1 2

/ Flare

95 43

110 50

KAK -020E

2 1.5

2

111/16 42.9

15 16

/ 23.8

211 5.97

22 (20)

.65 (.59)

14 3/8 365

91/2 241

107/16 265

83/16 208

63/8 162

7 8

/ Solder

1 2

/ Flare

98 44

112 51

KAT-020E

2 1.5

2

17/8 47.6

15/32 29.4

322 9.12

22 (20)

.65 (.59)

14 3/8 365

91/2 241

107/16 265

83/16 208

63/8 162

7 8

/ Solder

1 2

/ Flare

99 45

113 51

EAD -020E

2 1.5

2

17/8 47.6

15/32 29.4

322 9.12

60 (55)

1.77 16 11/16 (1.63) 424

12 305

1225/32 325

101/16 256

101/2 267

7 8

/ Solder

1 2

/ Flare

160 73

184 83

KAK -021E

2 1.5

2

111/16 42.9

15 16

/ 23.8

211 5.97

22 (20)

.65 (.59)

91/2 241

107/16 265

83/16 208

63/8 162

7 8

/ Solder

1 2

/ Flare

96 44

110 50

EAD -021E

2 1.5

2

17/8 47.6

15/32 29.4

322 9.12

60 (55)

1.77 16 11/16 (1.63) 424

12 305

1225/32 325

101/16 256

101/2 267

7 8

/ Solder

1 2

/ Flare

160 73

184 83

EAV-021E

2 1.5

2

2 50.8

15/32 29.4

366 10.4

60 (55)

1.77 16 11/16 (1.63) 424

12 305

1225/32 325

101/16 256

101/2 267

7 8

/ Solder

1 2

/ Flare

158 72

182 83

3AB -031E

3 2.2

2

2 50.8

13/8 34.9

435 12.3

70 (65)

2.07 (1.92)

18 5/8 473

13 330

1211/16 322

115/8 295

11 279

11/8 Solder

5 8

/ Flare

179 81

206 93

LAH -032E

3 2.2

2

21/4 57.2

17/16 36.5

576 16.3

80 (75)

2.37 (2.22)

18 5/8 473

14 356

1423/32 374

115/8 295

11 279

11/8 Solder

5 8

/ Flare

200 91

227 103

LALA-032E

3 2.2

2

23/8 60.3

17/16 36.5

641 18.1

80 (75)

2.37 (2.22)

18 5/8 473

14 356

1423/32 374

115/8 295

11 279

11/8 Solder

5 8

/ Flare

200 91

227 103

LAC -032E

3 2.2

2

27/16 61.9

17/16 36.5

675 19.1

80 (75)

2.37 (2.22)

18 5/8 473

14 356

1423/32 374

115/8 295

11 279

11/8 Solder

/ Flare

198 90

225 102

72

14 3/8 365

5 8


ELECTRICAL SPECIFICATIONS CAV 200/ 220-1-50 208/ 230-1-60

CAZ 220/ 240-1-50

RLA

LRA

RLA

9.6

55.0

6.8

LRA

35.0

TAC 200/ 220-3-50 208/ 230-3-60 RLA

TAD 380/ 400-3-50 460-3-60

LRA

5.0

35.5

6.6

50.0

6.8

50.0

RLA

3.4

LRA

TAE 500-3-50 575-3-60 RLA

TAU 200-3-50 200-3-60 LRA

RLA

25.0

7.2

10.6

14.7

6.8

46.0

7.4

50.0

3.9

26.6

10.0

82.0

5.1

41.0

12.8

112.0

6.0

56.0

12.6

112.0

6.2

56.0

12.8

112.0

6.0

56.0

55.0 10.4 102.0

58.0

73

LRA

3.1

20.0

4.1

30.0

51.0



REFRIGERANT COOLED

MODEL

HP kW

CYL

Bore in mm

Stroke in mm

CFH m 3 /hr


50 Hertz

Oz

Liter



Service Valve Sizes

Width

Height

Length

Width


Weights lb/ kg Net

Shipping

ERC -021E

2 1.5

2

13/4 44.5

15/32 29.4

280 7.93

60 (55)

1.77 16 11/16 (1.63) 423

12 305

1229/32 328

101/16 256

101/2 267

7 8

/ Solder

5 8

/ Flare

167 76

191 87

ERF -031E

3 2.2

2

17/8 47.6

13/8 34.9

382 10.8

60 (55)

1.77 17 11/16 (1.63) 449

12 305

1229/32 328

101/16 256

101/2 267

11/8 Solder

5 8

/ Flare

170 77

197 89

3RA -031E

3 2.2

2

23/16 55.6

13/8 34.9

520 14.7

70 (65)

2.07 (1.92)

18 5/8 465

13 330

1225/32 325

115/8 295

11 279

11/8 Solder

5 8

/ Flare

190 86

218 99

NRD -032E

3 2.2

2

27/16 61.9

17/16 36.5

675 19.1

70 (65)

2.07 (1.92)

21 1/16 535

13 330

153/16 386

115/8 295

11 279

11/8 Solder

5 8

/ Flare

245 111

278 126

NRB -040E

4 3.0

2

21/4 57.2

17/16 36.5

576 16.3

70 (65)

2.07 (1.92)

20 3/16 513

13 330

153/16 386

115/8 295

11 279

11/8 Solder

/ Solder

247 112

282 128

74

5 8


ELECTRICAL SPECIFICATIONS TAC TFC 200/ 220-3-50 208/ 230-3-60 RLA

TAD TFD 380/ 400-3-50 460-3-60 LRA

RLA

TAE 500-3-50 575-3-60 LRA

RLA

LRA

TAC 8.8

46.0 TAC

12.4

5.8

TAC 82.0

6.3

82.0

8.4

141.0

9.0

41.0 TFD

TFC 21.8

41.0 TAD

TFC 16.3

20.0

5.2

30.0

TAD 82.0

14.2

3.1

41.0 TFD 62.5

75


DIMENSIONS AND PHOTOGRAPHS HA F A M I L Y

Model HAJB-005E Shown

KA F A M I L Y

Model KATA-015E Shown

EA F A M I L Y

Model EADA-020E Shown

3A F A M I L Y

Model 3ABA-031E Shown Dimensions shown are inches (millimeters).

76


DIMENSIONS AND PHOTOGRAPHS

LA F A M I L Y

Model LAHA-032E Shown

ER F A M I L Y

Model ERFA-031E Shown

3R F A M I L Y

Model 3RAA-031E Shown

NR F A M I L Y

Model NRD1-040E Shown Dimensions shown are inches (millimeters).

77



R404A / R407A / R507





Return Gas Temperature

65°F 18.3°C

Ambient Temperature

95°F 35°C

Liquid Subcooling

0°F 0°C

Superheat

Varies


• All Copelametic compressors require some form of motor

• The nominal rotational speeds of the HFC Copelametic

cooling, regardless of the operating conditions. It is important to note that refrigerant-cooled models when operating at evaporating temperatures of 0°F (–17.8°C) or lower, require additional motor and cylinder head cooling. This can be accomplished by the use of an external fan assembly available from Emerson Climate Technologies. See Application Bulletin AE 4-1135 for complete details and allow for extra height to install the fan to the top of the compressor. • Oil Pump Description • Models H, K, E, 3, L. Oil pump is a low pressure pump. No oil pressure control is needed. • Model N. Oil pump is Sentronic high pressure oil pump. • An oil pressure safety control is required on every Copelametic compressor equipped with a high pressure oil pump. Approved controls provide low cost, safe protection against damage from loss of lubrication. These can be supplied by Emerson Climate Technologies and should be listed separately on your purchase orders. There are two types of control available, our new “Sentronic” Control offering im proved reliability and accuracy (see next paragraph for details) and the conventional capillary tube type control which can be ordered by using Part Number 998-0700-00. For further information, see Application Bulletin AE 8-1095. • Emerson Climate Technologies introduces a new era in oil pressure controls with the Sentronic Oil Pressure Control System. The Sentronic electronic control system eliminates capillary tubes used on electro-mechanical systems to sense oil pressure. The new system uses a pressure transducer within the oil pump that produces an electrical signal to the control module. If the oil pressure drops below acceptable limits for a period of two minutes the control module cuts power to the compressor and stops it. The Sentronic offers a new and more reliable solution to capillary leaks. To order the Sentronic Oil Pressure Control use part number 585-1036-00. For instructions refer to Application Bulletin AE 8-1275. The Sentronic is only functional when used with our new oil pump that has a machined port for the Sentronic sensor. This oil pump is standard on all Copelametic compressors using high pressure positive displacement oil pumps.

Conventional compressors are: • 50 Hertz 1450 RPM. • 60 Hertz 1750 RPM. • Dimensions in this brochure include the terminal box and service valves mounted. Height is from the bottom plate bolts and does not include mounting parts. • Mineral oils are not suitable as lubricants for HFC Conventional Compressors due to insufficient lubricity and miscibility. After screening numerous synthetic lubricants, Emerson Climate Technologies has selected a modified pentaerythritol ester oil (POE) MOBIL EAL ARCTIC 22 CC or ICI EMKARATE RL 32 CF. Other lubricants are being evaluated. Refer to Application Engineering Bulletin 17-1248 for a list of all approved lubricants. • Ester lubricants have the characteristic of quickly absorbing moisture from the ambient surroundings. Such lubricants absorb moisture faster and in greater quantity than conventional mineral oils. Since moisture levels greater than 100 ppm will result in system corrosion and ultimate failure, it is imperative that compressors, components, containers, and the entire system be kept sealed as much as possible. Lubricants will be packaged in specially designed, sealed containers. After opening, all the lubricant in a container should be used at once since it will readily absorb moisture if left exposed to the ambient. Any unused lubricant should be properly disposed of. Similarly, work on systems and compressors must be carried out with the open time as short as possible. Leaving the system or compressor open during breaks or overnight must be avoided! • As received, the POE lubricant will be clear or straw colored. After use, it may acquire a darker color. This does not indicate a problem as the darker color merely reflects the activity of the lubricant’s protective additive. • Due to the higher operating pressures of R407A and R507, single phase models using these refrigerants may experience slightly higher minimum operating voltages.

78


APPLICATION INFORMATION ELECTRICAL APPLICATION INFORMATION

APPLICATION OPTIONS

• Rated load amps is the value used for contactor and

• Use

bill of material number 200 for standard compressors. This bill of material includes oil charge, mounting parts, standard service valves, overload protectors, terminal box covers and, where applicable, running capacitors, starting capacitors and relays. Oil pressure safety controls, crankcase heaters, contactors, and high-low pressure controls, when required, should be ordered with compressors but listed separately on the purchase order.

other electrical component selection. It is calculated by dividing the maximum continuous current that the compressor draws under the condition of maximum load operation and the lowest operating voltage by 1.4. See application Bulletin AE 9-1154 for a detailed explanation.

• Refer


• Crankcase heaters are required on any refrigeration

system where the compressor is exposed to cold ambient temperatures and on all split air conditioning systems. As the refrigerant charge increases, the start-up problems associated with vapor refrigerant in liquid oil becomes more critical. The crankcase heater will minimize refrigerant migration to the crankcase during periods when the compressor is not operating and will greatly reduce liquid slugging, loss of oil and compressor damage. Please refer to Application Bulletins AE 4-1166, AE 17-1238, and AE 22-1182 for additional information.

• Air and

water cooled condensing units are available from Emerson Climate Technologies that contain the compressors listed in this section.

• The

H, K, EA and 3A families can be converted to water cooled with a factory installed copper water coil wrapped around the compressor body.


79


APPLICATION INFORMATION REFRIGERANT CHANGEOVER GUIDELINES

• Emerson

• Compacted

Climate Technologies does not advocate the wholesale changeover of CFC refrigerants to HCFCs or HFCs. If a system is not leaking refrigerant to the atmosphere, and is operating properly, there is no technical reason to replace the CFC refrigerant.

bead type driers can use XH6 or XH9 molecular sieve material such as found in the ALCO EK or EKH series.

• If a loose fill type drier is to be used, XH9 molecular sieve is required.

• Retrofitting

systems that employ compressors manufactured prior to 1973 is not recommended. This is due to the different materials used in motor insulation that have not been evaluated for compatibility with the new refrigerants and lubricants.

• Before starting the changeover, it is suggested that at least the

following items be ready: 1. Safety glasses 2. Gloves 3. Refrigerant service gauges 4. Electronic thermometer 5. Vacuum pump capable of pulling 250 microns 6. Thermocouple micron gauge 7. Leak detector 8. Refrigerant recovery unit including refrigerant cylinder 9. Proper container for removed lubricant 10. New liquid control device 11. Replacement liquid line filter-drier(s) 12. New POE lubricant, Mobil EAL Arctic 22 CC/ ICI EMKARATE RL 32 CF 13. Pressure temperature chart for new refrigerant 14. New HFC refrigerant

• The lubricant recommended by Emerson C limate Technologies

for use with R404A/R407A/R507 is a Polyol Ester (POE), either Mobil EAL™ Arctic 22 CC or ICI EMKARATE™ RL 32 CF. These ar e the only P OE lubricants appro ved for use in Copeland® brand compressors and are available from all authorized Emerson Climate Technologies wholesalers. The use of any other POE lubricant may void the compressor warranty.

• Mineral oil lubricants, such as 3GS, must not be used as the compressor lubricant with R404A/ R407A/ R507.

• It

is important that the system contain not more than 5% residual mineral oil. More than 5% may contribute to premature compressor failure and or system capacity short-fall.

• Filter-driers must be changed at the time of conversion. This is proper air conditioning/refrigeration practice.

•

• Use only Emerson Climate Technologies approved refrigerants

The recommended drier for use with all HFC refrigerants is Alco UltraFlow.

and lubricants in the manner prescribed by Emerson Climate Technologies. In some circumstances, other refrigerants and lubricants may be dangerous and could cause fires, explosions or electrical shorting. Contact Emerson Climate Technologies for more information.

• Solid core driers such as ALCO ADK are compatible with R502 and R404A.

SPECIFIC REFRIGERANT CONSIDERATIONS

• Because

mineral oils are not miscible with R404A/ R407A/R507, they may log in the evaporator resulting in system capacity loss. It is for this reason that the flushing process must be done with R502 in the system.

require the addition of a pressure relief valve on the compressor crankcase, set at a maximum of 375 psig (26.4 kg/cm 2) to adequately protect the compressor from the possibility of excessive pressure. Pressure relief valves can be purchased from your authorized Emerson Climate Technologies wholesaler as part number 998-0051-02.

• R404A/R407A/R507

can be used in either low or medium temperature systems. These HFC refrigerants should not be mixed with any other refrigerant or with each other.

• Systems that use a low pressure controller to maintain space

• The expansion valve will not need to be changed. The existing

temperature may need to have the cut-in and cut-out points changed. Although R404A and R407A do exhibit “glide,” the average evaporator or condenser temperature is within 0.5°F (0.28°C) of the saturated vapor temperature; therefore no correction is required.

• Pressure regulators such as EPR valves may have to be reset.

• Systems using R404A and R407A should have approximately

R502 valve when used with these HFC refrigerants will have virtually the same capacity; however, it may be necessary to adjust the superheat. Contact the EPR manufacturer for the correct settings.

the same system pressure drop as with R502. Check with the manufacturer of any pressure regulators and pilot operated solenoid valves used in the system to be sure that they will operate properly.

• R404A/R407A/R507

exhibit higher pressures than R502 at normal condensing temperatures. This may require that the high pressure safety controls be reset in order to operate as intended.

• For the R502 to HFC complete changeover procedure please

• The

see Bulletin 94-15.

higher pressure characteristics exhibited by R404A/ R407A/R507 will in some cases exceed the industry accepted safety factors on the compressor crankcase (low side). This will

80


APPLICATION INFORMATION APPLICATION BULLETINS Emerson Climate Technologies has compiled a book of compressor Application Bulletins. Please see the following bulletins, from the book, for more HFC Conventional Copelametic compressor application information as entitled below: Location of Pressure Ports . . . . . . . . . . . . AE 4-1094 Mounting Parts . . . . . . . . . . . . . . . . . . AE 4-1111 Cooling Requirements . . . . . . . . . . . . . . AE 4-1135

Parallel Compressor Operation . . . . . . . . . AE 17-1235 Application of Immersion Type Crankcase Heaters. . . . . . . . . . . . . . AE 17-1238

Oil Pumps . . . . . . . . . . . . . . . . . . . . AE 4-1166

System Design for Bulk Milk Tank Refrigeration . . . . . . . . . . . . . . . . . AE 17-1242

Discharge Line Mufflers . . . . . . . . . . . . . . AE 4-1181

Air to Air Heat Pump System Design. . . . . . . AE 17-1243

Bolt Torque . . . . . . . . . . . . . . . . . . . . AE 4-1219

Refrigeration Oils . . . . . . . . . . . . . . . . AE 17-1248

U.L. and C.S.A. File Data . . . . . . . . . . . . . AE 4-1255

Design Considerations for High Ambient Conditions . . . . . . . . . . . . . . . . . . AE 17-1251

Motor Horsepower versus Compressor Efficiency. . . . . . . . . . . . . AE 4-1274 Oil Charges. . . . . . . . . . . . . . . . . . . . AE 4-1281

Design Considerations for Heat Reclaim Systems . . . . . . . . . . . . . . AE 17-1252

Oil Pressure Safety Controls . . . . . . . . . . . AE 8-1095

System Design for Container Refrigeration . . . . AE 17-1257

Sentronic – Electronic Oil Pressure Control . . . . AE 8-1275











Oil Additives . . . . . . . . . . . . . . . . . . . AE 17-1282



Recommended Contactor Selection and System Design for Three Phase Motor Protection . . . . . . . . . . . . . . . AE 10-1244

Transport Refrigeration Manual . . . . . . . . . AE 20-1152

Copeland Supplied Run Capacitors . . . . . . . AE 10-1272


Suction Accumulators . . . . . . . . . . . . . . AE 11-1147

Liquid Refrigerant Control . . . . . . . . . . . . AE 22-1182

Suction Accumulators for Heat Pump Applications . . . . . . . . . . . . . . . . . AE 11-1247

Off Cycle Motor Heat for Liquid Refrigerant Migration Control . . . . . . . . . . . . . . . AE 22-1230

Effect of Defrost Control on Compressor Operation . . . . . . . . . . . . . . . . . . AE 17-1195

Recommended Control Circuits for Liquid Refrigerant Control . . . . . . . . . . . . . AE 23-1221

Design Considerations for Refrigerant Receivers . . . . . . . . . . . . . . . . . . AE 17-1212

System Cleaning . . . . . . . . . . . . . . . . AE 24-1105


Low Limit Pressure Controls for Low Temperature Truck Applications. . . . . . . . AE 20-1197

Air Cycle Testing . . . . . . . . . . . . . . . . AE 25-1068 Safe Handling of Compressed Gases . . . . . . AE 25-1177


Use of Reclaimed Refrigerant . . . . . . . . . . AE 25-1290


81


COMPRESSOR NOMENCLATURE Product Variations Compressor Motor Type Compressor Model Type Code

Description

A

Air Cooled

R

Refrigerant Cooled

W

Water Cooled

Phase

Motor Type

Code

S in gle

Ca pa ci to r r un, ca pa ci to r s ta rt

C

Single

Induct ion run, capacit or start

I

Three

Miscellaneous three phase, single voltage three lead

T

Bill of Material numbers will be assigned as follows: Number –100 is standard compressor used in Copeland ® brand products condensing units. Number –200 indicates a standard compressor . Numbers –201 through 299 will be assigned for all other variations of a given model.

XXXX — XXXX — XXX — XXX Compressor Family Series

Compressor Motor Rating Electrical Codes

Either a number or a letter established for each product model.



Nominal HP

kW

Code

.33

.25

003

.50

.37

005

.50

.37

006

.75

.56

007

1.0

.75

010

1.0

.75

011

1.5

1.1

015

Compressor Motor Protection Type

Code

External inherent protection – A One protector, use with contactor (single or three phase). Internal inherent protection – One protector, use with contactor (three phase).

F

50HZ

60HZ

Code

—

115-1

A

—

230-1

B

200/220-3

208/230-3

C

380/400-3

460-3

D

500-3

575-3

E

230-1

—

G

1.5

1.1

016

200-3

200-3

U

2

1.5

020

200/220-1

208/230-1

V

2

1.5

021

220/240-1

—

Z

3

2.2

031

3

2.2

032

4

3.0

040

Compressor Oil Type Cod e

De scr ipt ion

E

Polyol Ester Oil

82

Copeland Discus™ Compressors

C O P E L A N D D I S C U S ™

Copeland Discus™ valve design increases capacity up to 25 percent while saving up to 16 percent in energy costs.

83

COPELAND DISCUS™ COMPRESSORS

FEATURES

DISCUS COMPRESSOR STORY

• Wide 50 and 60 Hertz Selection Range

The Copelametic “Discus” semi-hermetic compressor was developed to meet changing semi-hermetic market needs and higher efficiency requirements in commercial refrigeration and air conditioning. The patented “Discus” concept has enabled the recognized standard of the industry – the Copelametic semi-hermetic – to set new levels of performance and reliability criteria. The role of the “Discus” in effectively saving energy and providing significant operating cost savings for the user is established beyond question.

3 to 120 Horsepower 2.2 to 89.5 Kilowatts

• Efficient Energy Saving Discus Valve Design • Proven Copeland

®

brand products Dependability

• Extensive

Selection of Models for Commercial Refrigeration, Air Conditioning and Heat Pump Duty

•

The unique “Discus” valve design increases capacities up to 25 percent by minimizing re-expansion gas and improved volumetric pumping efficiency. The result is a savings of up to 16 percent in energy costs over conventional compressors.

Rugged, Compact Construction for Heavy-Duty Usage

• Easily Accessible for Maintenance

The Copelametic “Discus” compressor is totally interchangeable with existing Copelametic compressors and is completely compatible with conventional compressors in the same system. In addition, as part of our response to the CFC ozone depletion issue these compressors operate at an extended R22 medium temperature range, and with Demand Cooling, operate at the R22 low temperature range.

• Wide Voltage Selection • Full Maximum Load Rundown Capability • Motor Protection on All Models • Oil Sight Glass on All Models • “Sentronic” Compatible

Copeland Discus™ compressors in this section of the catalog are found in the following order:

• Refrigerant Cooled • Tandem • Capacity Control • Capacity Control Tandem

Oil Pump Included on All

Models

• Capacity Control and Tandem Models Available • More R22 Application Range Including Demand

Refrigerant Cooled refers to the type of compressor motor cooling. Tandem compressors are those produced when two single compressors are bolted together to make one large compressor. In order to regulate the output of the compressor, Capacity Control compressors can be used as shown in their respective pages.

Cooling R22 Low Temperature Compressors

In the pages that follow please find the technical details for our full line of Copeland Discus™ compressors.

85


50 HERTZ

CAPACITY

HP kW

CFH CONDENSING m 3 /hr TEMPERATURE °F °C 50HZ

2DF-0300 3 749 (DC) 2.2 21.2 2DF3F16K0

2DL-0400 4 (DC) 3.0 2DL3F20K0

835

130

37.8

54.4

100

37.8

130

54.4

100

37. 8

R22


45 7.2

35 1.7

25 – 3.9

15 – 9.4

5 – 15

0 – 17.8

–5 – 20.6

59.3 14.9

48.8

39.8

32.1

25.3

19.5

17.3

15.0

12.3

1 0.0

8.1

6.4

4.9

4.4

17.4 47.6

14.3 38.9

11.7 31.7

9.4 25.4

7.4 19.9

5.7 15.4

5.1 13.7

– 10 – 23.3

– 20 – 30 –28.9 – 34.4

– 40 – 40

55 12.8

45 7.2

35 1.7

78.1

63.8

51.3

19.7

16.1

12.9

22.9 64.1

18.7 51.6

15.0 40.7

3.8

4.4 11.9

12.0

9.8

8.0

6.4

5.0

3.9

3.5

3.0

13.9

11.4

9.3

7.4

5.8

4.5

4.0

3.5

130

100

54. 4

37. 8

682 19.3

2DF-0500 5 749 (DC) 3.7 21.2 (LV)

130

54. 4

100

37. 8

130

54.4

100

37.8

2DA-0500 5 940 2DA3R58K0 3.7 26.6 130

2DB-0500 5 987 2DB3R61K0 3.7 27.9

100

130

100

54.4

37.8

54.4

37.8

3DAA0500 5 1135 3DA3F18K0 3.7 32.1 130

3DBA0500 5 1338 3DB3F22K0 3.7 37.9

100

130

2DA-0600 5 940 (DC) 3.7 26.6 2DA3F23K0 (DC) (LA) (RG) (LV)

WATTS x 1000

23.6

2DC-0500 (DC) 5 593 (LA) 3.7 16.8 2DC3R53K0

2DD-0500 4 (RG) 3.0 2DD3R63K0

100

KCALS/ HOUR x 1000

R12


BTUS/HOUR x 1000

54.4

74.7

61.2

49.8

40.1

31.8

24.8

22.0

18.8

15.4

12.5

10.1

8.0

6.2

5.5

21.9 59.6

17.9 48.8

14.6 39.7

11.7 31.9

9.3 25.2

7.3 19.7

6.4 17.5

15.0

12.3

1 0.0

8.0

6.4

5.0

4.4

17.5

14.3

11.6

9.3 42.8

7.4 34.2

5.8 26.7

5.1 23.5

10.8

8.6

6.7

5.9

12.5 34.4

10.0 27.0

7.8 21.2

6.9 18.8

100

37.8

130

54.4

10.3

15.1 74.7

11.9 60.3

22.8

18.8

15.2

26.5 74.5

21.9 60.7

17.7 48.2

18.8

15.3

12.1

21.8

17.8

14.1

4.8

5.6 15.2 3.8

4.5 20.7 5.2

6.1 16.4

8.7

6.8

5.3

4.7

4.1

7.9 36.5

6.2 29.0

6.0 25.4

4.8 22.4

19.3

14.3

10.1

11.5

9.2

7.3

6.4

5.6

4.9

3.6

2.5

1.7

13.4 37.2

10.7 29.4

8.5 22.9

7.4 19.8

6.6 17.2

5.7 14.6

4.2 10.3

3.0 6.7

2.0 3.1

9.4

7.4

5.8

5.0

4.3

3.7

2.6

1.7

10.9

8.6

6.7

5.8 32.6

5.0 28.6

4.3 25.0

3.0 18.7

2.0 13.4

54.4

13.0

18.8 90.4

19.1

10.1 45.7

37.8

16.2

6.7

.8

.9 9.1

8.2

7.2

6.3

4.7

3.4

2.3

9.6 25.6

8.4 22.3

7.3 19.2

5.5 13.9

3.9 9.5

2.7 5.8

6.5

5.6

4.8

3.5

2.4

1.5

8.0

6.5

5.6

4.1

2.8

1.7

In grey shaded area the maximum return gas is 65°F (18.3°C) and both a Demand Cooling kit and vertical cooling fans are required. Use a “J” in the fourth digit of model number for R22LT. In grey shaded area the maximum return gas temperature is 50°F (10°C) and vertical cooling fan is required. Limited voltage. Available only in 200 volt electrical.

86

COPELAND DISCUS™ COMPRESSORS CAPACITY


WATTS x 1000

R22


25 – 3.9

15 – 9.4

5 – 15

0 – 17.8

–5 – 20.6

– 10 – 23.3

– 20 – 28.9

– 30 – 34.4

– 40 – 40

26.6

23.0

19.7

14.0

9.6

6.7

5.8

5.0

3.5

2.4

7.8 19.7

6.7 16.7

5.8 13.9

4.1 9.3

2.8 5.9

45 7.2

35 1.7

25 – 3.9

15 – 9.4

5 – 15

0 – 17.8

–5 – 20.6

– 10 – 23.3

– 20 – 28.9

– 30 – 34.4

– 40 – 40

6.3

29.6

26.2

22.8

16.6

11.5

8.0

1.6

7.5

6.6

5.7

4.2

2.9

2.0

1.8 3.7

8.7 20.9

7.7 18.0

6.7 15.2

4.9 10.2

3.4 6.4

2.3 4.3

5.0

4.2

3.5

2.3

1.5

.9

5.3

4.5

3.8

2.6

1.6

1.1

5.8 30.9

4.9 27.1

4.1 23.4

2.7 16.5

1.7 10.8

1.1 6.9

6.1 34.0

5.3 29.9

4.5 26.1

3.0 19.4

1.9 13.9

1.3 9.7

7.8

6.8

5.9

4.2

2.7

1.7

8.6

7.5

6.6

4.9

3.5

2.4

9.1 23.1

7.9 19.9

6.9 16.8

4.8 11.1

3.2 6.6

2.0 3.7

10.0 25.3

8.8 22.1

7.6 19.1

5.7 13.8

4.1 9.4

2.8 6.0

5.8

5.0

4.2

2.8

1.7

.9

6.4

5.6

4.8

3.5

2.4

1.5

5.8 17.0

4.9 14.1

3.3 11.2

1.9 8.8

1.1 6.5

7.4 22.2

6.5 19.1

5.6

4.0

2.8

1.8

11.8

39.6

30.9

23.4

6.8 20.1

61.9

50.4

40.7

32.5

10.0

7.8

5.9

5.1

4.3

3.6

2.8

2.2

1.6

15.6

12.7

10.3

8.2

6.4

5.6

11.6 30.4

9.1 23.1

6.9 16.7

5.9 14.5

5.0 12.2

4.1 10.2

3.3 8.2

2.6 6.4

1.9 4.7

18.1 46.1

1 4.8 37.4

11.9 30.1

9.5 24.0

7.4 18.6

7.0 16.2

25.4

7.7

5.8

4.2

3.7

3.1

2.6

2.1

1.6

1.2

11.6

9.4

7.6

6.0

4.7

4.1

8.9 46.9

6.8 36.9

4.9 28.2

4.2 24.3

3.6 20.7

3.0 17.3

2.4

1.9

1.4

14.0 75.4

11.0 61.2

8.8 49.2

7.0 39.2

5.4 30.8

4.7 27.1

11.8

9.3

7.1

6.1

5.2

4.4

19.0

15.4

12.4

9.9

7.8

6.8

13.7 36.5

10.8 28.1

8.3 20.7

7.1

6.1

5.1

22.1 54.9

17.9 44.6

14.4 36.0

11.5 28.7

9.0 22.4

7.9 19.6

—

—

—

9.2

7.1

5.2

10.7 44.4

8.2 37.2

6.1 30.1

26.6

23.0

19.7

14.0

9.6

11.2

9.4

7.6

6.7

5.8

5.0

3.5

2.4

1.6

13.0 32.2

10.9 27.0

8.8 21.8

7.8 19.7

6.7 16.7

5.8 13.9

4.1 9.3

2.8 5.9

1.8 3.7

4.8

5.6 13.8 3.5

4.0 23.7 6.0

6.9 16.9

13.8

11.2

9.1

7.2

5.6

4.9

4.3

16.1

13.1

11.0

8.4

6.6

5.7

5.0

6.3

8.1

6.8

5.5

5.0

4.2

3.5

2.3

1.5

.9

9.4

7.9

6.4

5.8

4.9

4.1

2.7

1.7

1.1

35.9

31.0

26.7

19.6

13.8

8.8

39.0

34.4

30.2

22.7

16.5

9.0

7.8

6.7

4.9

3.5

2.2

9.8

8.7

7.6

5.7

4.2

10.1 26.6

9.1 22.3

7.8 18.6

5.7 12.9

4.0 8.6

2.6 5.2

11.4 30.0

10.1 26.1

8.8 22.5

6.7 16.1

4.8 11.1

3.0

3.5 7.4

6.7

5.6

4.7

3.3

2.2

1.3

7.6

6.6

5.7

4.1

2.8

1.9

7.8

6.5

5.4

3.8

2.5

1.5

8.8

7.6

6.6

4.7

3.3

2.2

87


50 HERTZ

CAPACITY

HP kW


2DB-0600 6 987 (DC) 4.5 27.9 2DB3F25K0

3DAA0600 6 (DC) 4.5 3DA3F28K0

2DL-0750 7.5 (RG) 5.6 2DL3R78K0

100

37.8

130

54.4

100

37.8

130

54.4

100

37.8

WATTS x 1000

R22


45 7.2

35 1.7

25 – 3.9

15 – 9.4

5 – 15

0 – 17.8

–5 – 20.6

– 10 – 23.3

– 20 – 30 –28.9 – 34.4

– 40 – 40

55 12.8

45 7.2

35 1.7

11 3.0

9 2.4

74 .6

28.5

23.3

18.8

33.1 93.5

27.1 75.7

21.9 60.6

1135 32.1

835 23.6 130

2DA-0750 (DC) 7.5 940 (LA) 5.6 26.6 2DA3R89K0

100

3DAA0750 (AR) 7.5 1135 (DC) 5.6 32.1 3DA3R10M0

100

3DBA0750 7.5 1338 (DC) 5.6 37.9 3DB3F33K0

130

130

100

130

100

54.4

37.8

54.4

37.8

54.4

37.8

54.4

130

100

3DBA0900 (DC) 9 1338 (LV) 6.7 37.9 3DB3F27K0

100

130

17.8 8 4. 8

32.3

26.5

21.4

37.5 10 6.0

30.8 8 5.8

24.8 6 8.5

26.7

21.6

17.3

31.1 153.0

25.1 126.0

20.1 103.0

61.9

49.4

38.8

29.8

26.0

19.3

15.6

12.4

9 .8

7.5

6.6

5.6

38.6

31.8

27.3 76.3

22.4 61.8

18.1 49.4

14.5 38.8

11.4 29.8

8.7 22.1

7.6 19.0

6.5 15.8

44.8 128.0

36.9 105.0

26.0

30.2 85.0

19.2

15.6

12.4

9.8

7.5

5.6

4.8

4.0

32.3

26.5

21.4

22.4 105.0

18.1 87.2

14.5 71.6

11.4 58.2

8.7 46.7

6.5 36.9

5.6 32.8

4.6 28.6

37.5

30.8

24.9

122.0

26.5

22.0

18.0

14.7

11.8

9.3

8.3

30.8 86.2

25.5 71.2

21.0 58.2

17.1 47.0

13.7 37.4

10.8 29.2

9.6 25.8

7.2

8.4 22.3

21.7

17.9

14.7

11.8

9.4

7.4

6.5

25.3

20.9

17.1

13.8 70.1

11.0 56.7

8.6 45.6

7.6 40.3

6.5 35.9

31.5

24.1

18.0

17.7

14.3

11.5

10.2

9.0

7.9

6.1

4.5

3.3

20.5 57.2

16.6 46.0

13.4 36.7

11.8 32.3

10.3 28.6

9.2 24.8

7.1 18.6

5.3 13.5

3.8 9.3

54.4

37.8

54.4

54.4

15.3

22.2 1 05 .0

76.4

37.8

37.8

19.1

27.4 1 28 .0

23.5

3DSA0750 7.5 1762 3DS3F30K0 5.6 49.9 130

22.2

23.6

93.3

3DFA0750 7.5 1586 3DF3F26K0 5.6 44.9

(DC) (RG) (LA) (AR) (LV)

KCALS/ HOUR x 1000

R12


BTUS/HOUR x 1000

5.6

13.0

14.4

11.6

9.2

8.1

7.2

6.2

4.7

3.4

2.3

16.8 74.4

13.5 59.8

10.8 47.6

9.5 42.3

8.4 37.2

7.3 32.5

5.4 24.4

4.0 17.6

2.7 12.0

18.7

15.1

12.0

10.7

9.4

8.2

6.1

4.4

21.8 61.1

17.5 48.9

13.9 38.7

12.4 34.3

10.9 30.0

9.5 26.1

7.1 19.2

5.2 13.5

3.0

3.5 8.8

15.4

12.3

9.8

8.6

7.6

6.6

4.8

3.4

2.2

14.3 46.7

11.3 36.9

10.0 32.8

8.8 28.6

7.6

5.6

4.0

2.6

105.0

87.2

71.6

17.9 58.2

184.0

151.0

26.5

22.0

18.0

14.7

11.8

9.3

8.3

7.2

46.4

38.1

30.8 86.2

25.5 71.2

21.0 58.2

17.1 47.0

13.7 37.4

10.8 29.2

9.6 25.8

8.4 22.3

53.9 150.0

44.2 121.0

30.7

35.7 98.1

21.7

17.9

14.7

11.8

9 .4

7.4

6.5

5.6

37.8

30.5

24.7

25.3

20.9

17.1

13.8

11.0

8.6

7.6

6.5

44.0

35.5

28.7

In grey shaded area the maximum return gas is 65°F (18.3°C) and both a Demand Cooling kit and vertical cooling fan are required. In grey shaded area the maximum return gas is 50°F (10°C) and vertical cooling fan is required. Use a “J” in the fourth digit of model number for R22LT. R22LT application requires TFU motor. Limited voltage. Available only in 200 volt electrical.

88



WATTS x 1000

R22


25 – 3.9

15 – 9.4

5 – 15

0 – 17.8

–5 – 20.6

– 10 – 23.3

– 20 – 28.9

– 30 – 34.4

– 40 – 40

37.8

32.9

28.4

20.8

14.7

9.5

8.3

7.2

5.2

3.7

11.1 29.2

9.6 24.7

8.3 20.7

6.1 14.0

4.3 8.8

45 7.2

35 1.7

25 – 3.9

15 – 9.4

5 – 15

0 – 17.8

–5 – 20.6

– 10 – 23.3

– 20 – 28.9

– 30 – 34.4

– 40 – 40

9.9

41.0

36.7

32.6

24.7

17.8

12.1

2.5

10.3

9.2

8.2

6.2

4.5

2.9 5.0

12.0 31.2

10.8 27.9

9.6 24.6

7.2 18.3

5.2 12.6

3.0

3.5 7.7

7.4

6.2

5.2

3.5

2.2

1.3

7.9

7.0

6.2

4.6

3.2

1.9

8.6 42.4

7.2 36.6

6.1 31.5

4.1 23.0

2.6 16.4

1.5 11.0

9.1 45.5

8.2 39.8

7.2 34.8

5.4 26.6

3.7 20.1

2.3 14.3

10.7

9.2

7.9

5.8

4.1

2.8

11.5

10.0

8.8

6.7

5.1

12.4 32.6

10.7 27.6

9.2 23.2

6.7 15.9

4.8 10.2

3.2 5.5

13.3 35.4

11.7 30.2

10.2 25.8

7.8 18.9

5.9 13.7

3.6

4.2 9.2

8.2

7.0

5.8

4.0

2.6

1.4

8.9

7.6

6.5

4.8

3.5

2.3

8.1 25.3

6.8 21.1

4.7

3.0

1.6

10.4 34.2

8.8 30.4

7.6

5.5

4.0

2.7

36.1

27.7

20.5

14.7

56.4

44.6

34.3

9.6 29.7

93.4

74.6

59.7

47.8

14.2

11.2

8.6

7.5

6.4

5.3

23.5

18.8

15.0

12.0

9.7

8.6

16.5 44.7

13.1 34.8

10.0 26.3

8.7

7.4

6.2

27.4 73.8

21.9 57.3

17.5 44.8

14.0 35.7

11.2 29.1

10.0 26.6

—

—

—

38.3

7.7

8.9 24.4

11.3

8 .8

6 .6

13.1 64.8

10.2 51.3

7.7 39.5

34.0

28.7

23.6

21.1

13.1

16.3

12.9

10.0

8.6

7.2

5.9

5.1

3.3

1.5

26.2

21.4

17.4

14.0

11.2

10.0

19.0 51.4

15.0 39.5

11.6 28.4

10.0 24.5

8.4 20.7

6.9 17.0

5.9 14.6

3.8 9.5

1.8 4.3

30.5 79.4

24.8 64.2

20.2 51.7

16.3 41.5

13.0 33.1

11.6 29.4

13.0

10.0

7.2

6.2

5.2

4.3

3.7

2.4

1.1

20.0

16.2

13.0

10.5

8.3

7.4

15.1 79.0

11.6 63.2

8.3 49.9

7.2 42.0

6.1 36.6

5.0 31.4

4.3 22.2

2.8 14.6

1.3 9.2

23.3 120.0

18.8 98.9

15.1 80.9

12.2 65.5

9.7 52.3

8.6 46.3

19.9

15.9

12.6

10.6

9.2

7.9

5.6

3.7

2.3

30.2

24.9

20.4

16.5

13.2

23.1 64.1

18.5 51.0

14.6 40.0

12.3 31.3

10.7 26.4

9.2 22.0

6.5 14.3

4.3 8.6

2.7 5.4

35.2 91.1

29.0 75.5

23.7 62.1

19.2 50.4

15.3 40.2

16.2

12.9

10.1

7.9

6.7

5.5

3.6

2.2

1.4

23.0

19.0

15.6

12.7

10.1

8.9

7.8

6.7

5.0

3.6

2.4

18.8

14.9

11.7

9.2 51.1

7.7 45.0

6.4 39.4

4.2 29.6

2.5 21.4

1.6 14.6

26.7

22.1

18.2

14.8

11.8

10.4 56.0

9.1 49.4

7.8 43.5

5.8 33.4

4.2 25.2

2.8 18.0

6.0

18.6

14.4

11.3

9 .0

7 .3

6 .7

6 .1

21.6 104.0

16.8 84.8

13.1 69.0

10.5 55.7

8.5 44.5

7.8 39.5

7.1 34.8

11.7

13.6 35.5

8.8

10.2 25.9 6.5

7.6 40.8 10.3

12.0 31.1

9.1

10.6 26.5

7.0

8.1 19.8

5.2

6.0 14.3

12.9

11.3

9.9

7.5

5.4

3.7

14.1

12.4

11.0

8.4

6.4

15.0 40.1

13.2 34.8

11.5 29.9

8.7 21.3

6.3 14.1

4.3 8.0

16.4 44.1

14.5 38.2

12.7 33.1

9.8 24.7

7.4 18.2

3.7

4.3 9.7

4.5

5.3 13.1

10.1

8.8

7.5

5.4

3.6

2.0

11.1

9.6

8.3

6.2

4.6

3.3

11.7

10.2

8.8

6.2

4.1

2.3

12.9

11.2

9.7

7.2

5.3

3.8

18.5

92.4

73.9

59.0

51.1

44.5

38.3

27.4

18.6

12.0

55.0

48.9

43.4

33.5

25.3

23.3

18.6

14.9

12.9

11.2

9.7

6.9

4.7

3.0

13.9

12.3

10.9

8.4

6.4

27.1 73.9

21.7 58.6

17.3 45.7

15.0 38.3

13.0 32.5

11.2 27.1

8 .0 17.9

5 .4 10.8

3 .5 5.8

16.1 41.2

14.3 36.5

12.7 32.1

9 .8 24.4

7.4 18.0

4.7

5.4 12.6

18.6

14.8

11.5

9.7

8.2

6.8

4.5

2.7

1.5

10.4

9.2

8.1

6.1

4.5

3.2

21.7

17.2

13.4

11.2

9.5

7.9

5.2

3.2

1.7

12.1

10.7

9.4

7.1

5.3

3.7

89


50 HERTZ

CAPACITY

HP kW


3DFA0900 (DC) 3DF3F40K0

9 1586 6.7 44.9

130

37.8 54.4

WATTS x 1000

R22


45 7.2

128.0 1 05.0 100

KCALS/ HOUR x 1000

R12


BTUS/HOUR x 1000

35 1.7

25 – 3.9

15 – 9.4

5 – 15

0 – 17.8

–5 – 20.6

34.0

86.4

70.0

56.0

44.1

39.1

32.3

26.5

21.8

17.6

14.1

11.1

9.9

37.5 104.0

30.8 86.2

25.3 70.5

20.5 56.9

16.4 45.3

12.9 35.4

11.5 31.3

– 10 – 23.3

– 20 – 30 –28.9 – 34.4

– 40 – 40

55 12.8

45 7.2

8.6

10.0 27.1

26.2

21.7

17.8

14.3

11.4

8.9

7.9

6.8

30.5

25.3

20.7

16.7

13.3

10.4

9.2

7.9 179.0 149.0

3DBA1000 10 1338 (RG) 7.5 37.9 3DB3R12M0

100

37.8

45.1

54.4 137.0 1 13.0

3DSA1000 10 1762 (DC) 7.5 49.9 3DS3F46K0

4DAA1000 10 1977 (DC) 7.5 56.0 4DAR12M0

4DAA1010 10 1977 (DC) 7.5 56.0 4DAF47K0

100 130 100 130 100 130

37.8 54.4 37.8 54.4 37.8 54.4

3DFA1200 12 1586 (RG) 9.0 44.9 3DF3R15M0

100 130

54.4

3DSA1500 15 1762 (DC) 11.2 49.9 3DS3R17M0

130

54.4

100

37.8

4DLA1500 (DC) 15 2499 (OC) 11.2 70.7 4DLF63K0

100

37.8

130

54.4

4DAA2000 (DC) 20 1977 (LA) 14.9 56.0 4DAR18M0

100

37.8

4DBA2200 22 2300 (RG) 16.4 65.1 4DBR20M0

4DTA2200 (DC) 22 2985 (OC) 16.4 84.5 4DTF76K0 (DC) (RG) (OC) (LA)

37.5

52.4 43.7 151.0 124.0 130

92.8

75.4

60.5

47.9

42.6

34.5

28.5

23.4

19.0

15.2

12.1

10.7

9.4

40.1 113.0

33.1 93.5

27.2 76.6

22.1 62.0

17.7 49.6

14.0 38.9

12.5 34.4

10.9 29.9

28.5

23.6

19.3

15.6

12.5

9.8

8.7

33.1 27.4 22.4 1 47 .0 123 .0 10 2.0

18.2 8 3.2

14.5 67 .4

11.4 53 .6

10.1 46 .8

8.8 4 1. 3

3 6.3

2 7. 4

20 .1

21.0

17.0

13.5

11.8

10.4

9.1

6.9

5.1

43.1 36.0 122.0 102.0

29.9 83.3

24.4 67.3

19.7 53.8

15.7 42.0

13.7 38.3

12.1 33.5

10.6 29.1

8.0 21.4

5.9 14.9

38.1

31.2

25.5

44.2

36.3

29.6

178.0

143.0

1 4.0 3.5

4.1 9.6

21.0

17.0

13.6

10.6

9.7

8.4

7.3

5.4

3.8

2.4

35.7 29.9 24.4 1 47 .0 123 .0 10 2.0

19.7 8 3.2

15.8 67 .4

12.3 53 .6

11.2 46 .8

9.8 4 1. 3

8.5 3 6.3

6.3 2 7. 4

4.4 20 .1

2.8 1 4.0

37.0

25.7

31.0

25.7

21.0

17.0

13.5

11.8

10.4

9.1

6.9

5.1

43.1 36.0 122.0 102.0

29.9 83.3

24.4 67.3

19.7 53.8

15.7 42.0

13.7 38.3

12.1 33.5

10.6 29.1

8.0 21.4

5.9 14.9

3.5

4.1 9.6

30.7

25.7

21.0

17.0

13.6

10.6

9.7

8.4

7.3

5.4

3.8

2.4

35.7

29.9

24.4

19.7

15.8

12.3

11.2

9.8

8.5

6.3

4.4

2.8

37.8

4 4.9

66.5

54.4

45.4

77.4 65.3 214.0 178.0

52.7 141.0

53.9

130

37.8

76.4

54.4

100

37.8

130

54.4

44.9

35.5

41.3 206.0

63.5

51.9

88.8 73.8 249.0 205.0

60.4 165.0

62.7

51.7

41.6

73.0

60.1

48.3

In grey shaded area the maximum return gas is 65°F (18.3°C) and both a Demand Cooling kit and vertical cooling fan are required. In grey shaded area the maximum return gas is 50°F (10°C) and vertical cooling fan is required. Oil cooler and vertical cooling fan are standard on this model. Use a “J” in the fourth digit of model number for R22LT.

90

180.0

56.2

62.7 52.2 303.0 252.0 100

36 .0

5 2. 1 4 1. 9 144.0 116.0 3 6. 3 2 9. 2 4 2. 2 3 4. 0 241.0 199.0 163.0 60.7 50.1 41.1 70.6 58.3 47.8 200.0 164.0 134.0 50.4 41.3 33.8 58.6 48.1 39.3

264.0 223.0

130

30.7

35.7 101.0

7.5

25.7

30.7

122.0

37.2

31.0

37.0

35 1.7



WATTS x 1000

R22


25 – 3.9

15 – 9.4

5 – 15

0 – 17.8

–5 – 20.6

– 10 – 23.3

– 20 – 28.9

– 30 – 34.4

– 40 – 40

60.8

53.5

46.7

34.7

24.8

15.3

13.5

11.8

8.7

6.2

17.8 48.2

15.7 41.3

13.7 35.1

10.2 24.5

7.3 16.4

45 7.2

35 1.7

25 – 3.9

15 – 9.4

5 – 15

0 – 17.8

–5 – 20.6

– 10 – 23.3

– 20 – 28.9

– 30 – 34.4

– 40 – 40

16.7

66.0

58.6

51.8

39.8

30.0

22.2

4.2

16.6

14.8

13.1

10.0

7.6

4.9 10.7

19.3 51.1

17.2 45.1

15.2 39.6

11.7 30.0

8.8 22.1

12.1

10.4

8.8

6.2

4.1

2.7

12.9

11.4

10.0

7.6

5.6

4.0

12.1 47.4

10.3 41.6

7.2

4.8

3.1

15.0 55.6

13.2 48.9

11.6

8.8

6.5

4.6

24.8

94.7

76.2

60.6

14.1 53.7

144.0

119.0

97.2

78.6

23.9

19.2

15.3

13.5

11.9

1 0.5

36.3

30.0

24.5

19.8

15.8

14.0

12.3

27.7 76.8

22.3 61.3

17.8 48.2

15.7

13.9

12.2

42.2 109.0

34.9 90.4

28.5 74.1

23.0 60.0

18.4 47.8

16.3 42.2

14.3 36.9

—

—

—

19.4

15.4

12.1

22.5

18.0

14.1

69.5

5.6

6.5 15.8

62.7

27.5

22.8

18.7

15.1

12.0

10.6

9.3

31.9

26.5

21.7

17.6

14.0

10.8 65.2

67.8

59.7

52.1

38.8

27.6

18.4

12.4 73.4

57.7

44.6

33.7

17.1

15.0

13.1

9.8

7.0

4.6

18.5

16.4

14.5

11.2

8.5

19.9 53.4

17.5 46.1

15.3 39.4

11.4 28.0

8.1 19.1

5.4 12.3

21.5 55.5

19.1 49.3

16.9 43.5

13.1 33.4

9.9 25.0

13.5

11.6

9.9

7.1

4.8

3.1

14.0

12.4

11.0

8.4

6.3

15.6 71.3

13.5 64.0

11.5 56.7

8.2 42.6

5.6 30.0

3.6 19.6

16.3 80.5

14.4 72.1

12.7 64.1

9.8 49.4

7.3 36.5

6.2

7.3 18.2 4.6

5.3 25.4

18.0

16.1

14.3

10.7

7.6

4.9

20.3

18.2

16.2

12.4

9.2

6.4

20.9 56.8

18.8 49.8

16.6 42.8

12.5 29.1

8.8 16.6

5.7 6.3

23.6 61.1

21.1 55.2

18.8 49.2

14.5 37.1

10.7 25.1

7.4 13.4

14.3

12.5

10.8

7.3

4.2

1.6

15.4

13.9

12.4

9.3

6.3

3.4

16.6 71.3

14.6 64.0

12.5 56.7

8.5 42.6

4.9 30.0

1.8 19.6

17.9 80.5

16.2 72.1

14.4 64.1

10.9 49.4

7.4 36.5

3.9 25.4

18.0

16.1

14.3

10.7

7.6

4.9

20.3

18.2

16.2

12.4

9.2

6.4

20.9 56.8

18.8 49.8

16.6 42.8

12.5 29.1

8.8 16.6

5.7 6.3

23.6 61.1

21.1 55.2

18.8 49.2

14.5 37.1

10.7 25.1

7.4 13.4

14.3

12.5

10.8

7.3

4.2

1.6

15.4

13.9

12.4

9.3

6.3

3.4

16.6 61.0

14.6 54.3

12.5 47.6

8.5

4.9

1.8

17.9

16.2

14.4

10.9

7.4

3.9

66.4

35.1

110.0

87.8

27.7

22.1

17.5

15.4

13.7

12.0

32.2 88.5

25.7 71.0

20.4

17.9

15.9

13.9

22.3

17.9

—

—

—

—

25.9 124.0

20.8 99.0

78.3

69.1

60.7

53.0

38.9

27.7

18.4

190.0

157.0

129.0

105.0

84.4

75.1

31.2

24.9

19.7

17.4

15.3

13.4

9.8

7.0

4.6

47.9

39.6

32.5

26.5

21.3

18.9

36.3 101.0

29.0 81.6

22.9 64.7

20.2 52.6

17.8 45.3

15.5 38.7

11.4 27.6

8.1 18.8

5.4 11.9

55.7 145.0

46.0 120.0

37.8 98.8

30.8 80.5

24.7 64.6

22.0 57.4

16.7

19.5 50.4

25.5

20.6

16.3

13.3

11.4

9.8

7.0

4.7

3.0

36.5

30.2

24.9

20.3

16.3

14.5

29.6

23.9

19.0

15.4 94.5

13.3 83.5

11.3 73.3

8.1 55.1

5.5 39.8

3.5 27.6

42.5

35.2

28.9

23.6

18.9

16.8 102.0

14.8 90.4

12.7

79.9

61.8

47.1

23.8

21.0

18.5

13.9

10.0

7.0

25.7

22.8

20.1

15.6

11.9

27.7 71.8

24.5 63.0

21.5 54.7

16.1 39.5

11.7 26.4

8.1 15.4

29.9 76.9

26.5 68.5

23.4 60.8

18.1 46.8

13.8 34.5

8.8

10.3 23.1

18.1

15.9

13.8

10.0

6.7

3.9

19.4

17.3

15.3

11.8

8.7

18.5 61.7

16.0 53.6

11.6 40.8

7.7 30.0

4.5 19.6

22.5 81.0

20.1 72.1

17.8

13.7

10.1

6.8

40.6

132.0

104.0

80.6

21.0 70.7

219.0

178.0

1 43.0

115.0

33.3

26.2

20.3

17.8

15.5

13.5

10.3

7.6

4.9

55.2

44.9

36.0

29.0

22.9

38.7 106.0

30.5 83.4

23.6 60.8

20.7 52.8

18.1 46.6

15.7 40.4

12.0 29.1

8.8 16.6

5.7 6.3

64.2 162.0

52.2 131.0

41.9 106.0

33.7 84.3

26.7 66.7

91.0

26.7

21.0

15.3

13.3

11.7

10.2

7.3

4.2

1.6

40.8

33.0

26.7

21.2

16.8

31.1 154.0

24.4 123.0

17.8 92.0

15.5 76.5

13.7 63.0

11.8 54.5

8.5

4.9

1.8

47.5

38.4

31.1

24.7

19.5

20.4

23.7 59.1 14.9

5.8

18.2

21.1 52.3 13.2

17.3

15.3

38.8

31.0

23.2

19.3

15.9

13.7

45.1 123.0

36.0 97.1

27.0

22.4

18.5

16.0

31.0

24.5

—

—

—

—

36.0

28.5 114.0

97.4

83.9

63.2

47.4

32.9

123.0

109.0

96.2

74.5

56.3

28.7

24.5

21.1

15.9

11.9

8.3

31.0

27.5

24.2

18.8

14.2

10.2

33.4 89.8

28.5 75.8

24.6 64.3

18.5 46.6

13.9 33.0

9.6 19.5

36.0 93.5

31.9 82.9

28.2 73.3

21.8 56.6

16.5 42.3

11.9 29.0

22.6

19.1

16.2

11.7

8.3

4.9

23.6

20.9

18.5

14.3

10.7

7.3

26.3

22.2

18.8

13.7

9.7

5.7

27.4

24.3

21.5

16.6

12.4

8.5

91


50 HERTZ

CAPACITY

HP kW


4DHA2500 25 2499 (RG) 18.7 70.7 4DHR22M0

WATTS x 1000

R22


45 7.2

35 1.7

25 – 3.9

15 – 9.4

5 – 15

0 – 17.8

–5 – 20.6

– 10 – 23.3

– 20 – 30 –28.9 – 34.4

– 40 – 40

55 12.8

45 7.2

330.0 274.0 100 130

37.8

37.8

100

37.8

130

83.2

54.4

6DLA2700 100 (DC) 27 3748 (OC) 20.1 106.1 130 6DLF93K0

4DJA3000 30 2985 (RG) 22.4 84.5 4DJR28M0

KCALS/ HOUR x 1000

R12


BTUS/HOUR x 1000

100

56.4

96.7 80.3 274.0 226.0

65.6 184.0

69.0

57.0

46.4

80.3

66.2

53.9

392.0 325.0

267.0

54.4 98.8

54.4

81.9

67.3

11 4.9 9 5.2 321.0 266.0

78 .2 217.0

80.9

67.0

37.8

11 5.0

9 4.2

54.7

63.6 305.0 76 .9

1 34 .0 11 0. 0 8 9. 4 361.0 299.0 247.0 130

6DTA3000 100 (DC) 30 4478 (DS) 22.4 126.8 (OC) 130 6DTF11M0

54.4

91.0

75.3

62.2

1 06.0

8 7.6

72 .4

497.0 1 25 .0 1 46 .0 407.0 1 03.0 11 9.0 533.0 1 34 .0 156.0 439.0 111.0 1 29 .0 578.0

409.0 1 03 .0 1 20 .0 333.0 8 3.9 9 7.6 437.0 11 0. 0 128.0 362.0 9 1.2 1 06 .0 482.0

334.0 8 4. 2 9 7. 9 271.0 68 .3 79 .4 359.0 9 0. 5 105.0 299.0 75 .3 8 7. 6 397.0

1 46 .0

1 21 .0

1 00 .0

37.8 54.4

130 6DHA3500 35 3748 (RG) 26.1 106.1 6DHR35M0 100

54.4

100 6DGA3500 35 4129 (RG) 26.1 116.9 6DGR37M0 130

37.8

37.8

54.4

6DJ A4000 100 (DS) 40 4478 (RG) 29.8 126.8 130 6DJR40M0

37.8

100 8DP -5000 50 5358 (DS) 37.3 151.7 8DPR56M0 130

37.8

169.0 141.0 477.0 394.0 54.4

120.0

99.3

100 8DS-6000 60 6340 (DS) 44.8 179.5 8DSR67M0 130

116.0 322.0 81.1

1 40 .0 11 5. 0 9 4. 3 707.0 579.0 470.0 1 78 .0

1 46 .0

207.0 170.0 580.0 475.0 54.4

1 46 .0

1 20 .0

170.0 139.0 820.0 671.0 37.8

2 07 .0

1 69 .0

240.0 197.0 666.0 546.0 54.4

1 6 8. 0

1 3 8. 0

195.0 160.0 (RG) (DC) (OC) (DS)

224.0

69.0

94.1 77.9 458.0 374.0 6DBA3000 30 3450 (RG) 22.4 97.7 6DBR32M0

35 1.7

In grey shaded area the maximum return gas is 50°F (10°C) and vertical cooling fan is required. In grey shaded area the maximum return gas is 65°F (18.3°C) and both a Demand Cooling kit and vertical cooling fan are required. Oil cooler and vertical cooling fan are standard on this model. Deep oil sump is standard on this model.

92

11 8. 0

138.0 385.0 9 7. 0

113.0 543.0 1 37 .0

159.0 442.0 111 . 0

130.0



WATTS x 1000

R22


25 – 3.9

15 – 9.4

5 – 15

0 – 17.8

–5 – 20.6

– 10 – 23.3

177.0

139.0

107.0

93.6

82.6

73.8

268.0

44.6

35.0

27.0

23.6

20.8

18.6

67.5

51.9 140.0

40.7 108.0

31.4

27.4

24.2

21.6

78.5 203.0

—

—

—

—

35.3

27.2

41.0

31.6

– 20 – 28.9

– 30 – 34.4

– 40 – 40

45 7.2

35 1.7

26.0

22.8

6 5.3 53.6 168.0 138.0

43.1 111.0

34.0 87.1

30.2 76.8

26.5 67.5

28.0

21.9

19.4

25.5

19.8 133.0

– 10 – 23.3

– 20 – 28.9

– 30 – 34.4

– 40 – 40

50.7

17.0

140.0

125.0

110.0

81.8

57.7

37.9

22.5 150.0

118.0

92.3

70.5

35.3

31.5

27.7

20.6

14.5

9.6

37.8

33.5

29.7

23.3

17.8

12.8

41.0 111.0

36.6 97.3

32.2 84.3

24.0 59.9

16.9 38.0

11.1 18.9

44.0 116.0

39.0 102.0

34.6 90.2

27.0 69.2

20.7 51.3

14.9 34.5

28.0

24.5

21.2

15.1

9.6

4.8

29.2

25.7

22.7

17.4

12.9

28.5 98.8

24.7 86.5

17.6

11.1

5.5

34.0 140.0 124.0

29.9 110.0

26.4

20.3

15.0

10.1

134.0 104.0

81.1

61.1

28.5

24.9

21.8

79.6

61.2 166.0

48.3 131.0

37.8

33.1

28.9

25.3

92.6 241.0

—

—

—

—

41.8

33.0

48.6 2 34 .0

38.4 1 93 .0

59.0

48.6

38.3

33.3

28.2

23.2

68.6 190.0

56.5 153.0

44.5

38.7

32.8

27.0

—

—

—

—

1 52 .0 1 32 .0

162.0

11 2. 0

316.0

261.0 214.0 6 5.8

174.0

53.9

43.8

35.3

31.2

27.7

7 6.5 62.7 198.0 162.0

51.0 131.0

41.0 105.0

36.3 94.1

32.2 83.7

60.7

49.9

40.8

33.0

26.5

23.7

21.1

70.6

58.0

47.5

38.4

30.8

27.6

24.5

8.7

9 2. 0

94.4

69.1

46.8

174.0

152.0

40.8

142.0 125.0 35.8

31.5

23.8

17.4

11.8

43.8

38.3

33.8

26.2

20.4

15.4

47.5 125.0

41.6 110.0

36.6 95.5

27.7 70.7

20.2 48.6

13.7 27.3

51.0 136.0

44.5 119.0

39.3 104.0

30.5 79.7

23.8 59.7

17.9 40.6

31.5

27.7

24.1

17.8

12.2

6.9

34.3

30.0

26.2

20.1

15.0

10.2

36.6 161.0 143.0

32.2 127.0

28.0 111.0

20.7

14.2

8.0

39.8 168.0 150.0

34.9 134.0

30.5 117.0

23.4

17.5

11.9

252.0

203.0

63.5

5 1.2

40.6

36.0

32.0

28.0

93.0

73.8 203.0

5 9.5 163.0

47.2

41.9

3 7.2

32.5

108.0 283.0

369.0

—

—

—

—

51 .2

4 1.1

59.5 277.0

47.8 223.0

69.8

5 6.2

44.4

39.1

3 5.0

31.0

103.0

81.2 224.0 56.4 65.6 301.0

6 5.3 180.0 45.4 52.7 242.0

51.6

45.4

4 0.7

36.0

119.0 306.0

—

—

—

—

75.9

61.0

48.4

42.6

37.3

32.3

111.0

88.2 243.0

70.9 196.0

56.3

49.5

43.4

37.5

129.0 339.0

—

—

—

—

4 9.4

29.2

32.5

32.5

57.4 287.0

90.6

37.0

34.8

129.0

71.2 356.0

116.0 103.0

46.1

40.4

41.6

61 .2

–5 – 20.6

42.3

165.0

38.6

147.0

5 6.2

0 – 17.8

49.2

52.7

4 4.8

223.0 183.0

5 – 15

51.2

209.0

55 .7

15 – 9.4

59.5

32.5 113.0

47.9

25 – 3.9

176.0 155.0

192.0 169.0

139.0 123.0

148.0 128.0

71.3

82.9 407.0

77.1

89.7 441.0

85.4

99.3 521.0

307.0 253.0 77.4

208.0

63.8

52.4

90.0 74.1 234.0 193.0

60.9 158.0

48.6

39.8

68.6 56.5 339.0 280.0

59.0

46.3 229.0

70.6

57.7

99.3 82.0 254.0 209.0

85.4

67.1 171.0

52.7

43.1

74.4 61.2 368.0 304.0

64.0

50.1 249.0

76.6

62.7

108.0 89.1 281.0 231.0

9 2.7

73.0 185.0

58.2

46.6

82.3 67.7 432.0 356.0

70.8

54.2 291.0

89.7

72.3

131.0

109.0

89.7

73.3

104.0 290.0

84.1 232.0

153.0 401.0

127.0 104.0 334.0 275.0

85.3 225.0

73.1

58.5

101.0

85.0 411.0

68.0 329.0

117.0 603.0

69.3

56.7

97.9 80.6 500.0 411.0

84.2

65.9 335.0

104.0

82.9

152.0

126.0

104.0

84.4

120.0 334.0

96.4 267.0

177.0 465.0

147.0 120.0 385.0 317.0

98.2 258.0

37.8

33.8

49.2 44.0 127.0 114.0

42.3

39.3 101.0

28.7

25.5

37.2 33.4 185.0 164.0

32.0

29.6 147.0

41.3

3 7.0

54.2 48.1 138.0 122.0

46.6

43.1 110.0

30.7

27.7

40.4 35.7 201.0 179.0

34.8

32.2 159.0

45.1

40.1

58.9 52.4 143.0 123.0

50.7

46.6 104.0

36.0

31.0

41.9 36.0 235.0 212.0 59.2

26.2

30.5 188.0

53.4

47.4

68.9 62.1 181.0 163.0

55.1 144.0

41.1

36.3

53.0 47.8 270.0 243.0

45.6

42.2 215.0

68.0

61.2

79.1 71.2 207.0 186.0

54.2

63.0 165.0

84.2

67.3

117.0

97.0

79.9

65.0

52.2

46.9

41.6

97.9

78.2

136.0

113.0

92.9

75.6

60.7

54.5

48.3

93

2 9.5

3 4.3 88.0 22.2

25.8 130.0 3 2.8

3 8.1 97.1 24.5

28.5


50 HERTZ

CAPACITY


HP kW


100

100

33DA12AA 12 2270 (DC) 9.0 64.3 33DA3F56K0

45 7.2

35 1.7

37.8

54.4

25 – 3.9

15 – 9.4

0 – 17.8

–5 – 20.6

– 10 – 23.3

– 20 – 30 –28.9 – 34.4

– 40 – 40

91.4 23.0

73.0

58.0

50.8

44.8

38.6

28.6

20.2

13.4

18.4

1 4.6

12.8

11.3

9.7

7.2

5.1

26.8 74.4

3.4

21.4 58.8

17.0 45.8

14.9 39.6

13.1 34.4

11.3 29.2

8.4 20.6

5.9 13.4

3.9 6.2

18.7

14.8

11.5

10.0

8.7

7.4

5.2

3.4

21.8

17.2

1 3.4

11.6 65.2

10.1 57.2

8.6 50.0

6.0 37.4

3.9 26.8

54.4

37.8

130

54.4

100

37. 8

187.0 153.0 124.0 33DA15AA (AR) 15 2270 (DC) 11.2 64.3 33DA3R20M0

33DA15BB 15 2676 (DC) 11.2 75.8 33DB3F66K0

130

100

130

54.4

37.8

54.4

130

54.4

100

37.8

100

37.8

130

54.4

100

37. 8

33DA15FF 15 3172 33DF3F52K0 11.2 89.8

33DA15SS 15 3524 33DS3F60K011.2 99.8

33DA18BB (DC) 18 2676 (LV) 13.4 75.8 33DB3F54K0

33DA18FF 18 3172 (DC) 13.4 89.8 33DF3F80K0

130

100

130

54.4

37.8

54.4

R22

5 – 15

37. 8

100

WATTS x 1000


33DA10BB 10 2676 33DB3F44K0 7.5 75.8 130

KCALS/ HOUR x 1000

R12

33DA10AA 10 2270 33DA3F36K0 7.5 64.3 130

BTUS/HOUR x 1000

16.4

14.4

12.6

9.4

6.8

19.1 51.2

16.8 44.6

14.7 38.4

11.0 27.8

7.9 19.0

55 12.8

45 7.2

35 1.7

1.6

1.8 18.2 4.6

5.3 11.6

12.9

11.2

9.7

7.0

4.8

2.9

15.0

13.1

11.3

8.1

5.6

3.4

98.8

77.6

59.6

52.0

44.4

38.6

31.2

24.9

19.6

15.0

13.1

11.2

54.8 44.8 153.0 124.0

36.3 98.8

28.9 77.6

22.7 59.6

17.5 44.2

15.2 38.0

13.0 31.6

24.9

19.6

15.0

11.1

9.6

8.0

64.5

52.9

42.8

44.8 36.3 28.9 22.7 2 10 .0 1 74 .0 1 4 3. 0 1 16 .0

17.5 9 3. 4

13.0 7 3. 8

11.1 6 5. 6

9.3 5 7. 2

75.0

61.5

49.8

47.1

38.6

52.9

31.2

36.0

29.2

23.5

18.6

16.5

14.4

61.5 51.0 41.9 17 2.0 142 .0 11 6.0

43.8

34.0 9 4. 0

27.4 7 4.8

21.6 5 8.4

19.2 5 1.6

16.8 4 4. 6

23.7

18.8

14.7

13.0

11.2

27.5 21.9 14 0.0 113 .0 35.3 28.5 41.0 33.1 114.0 92.0 28.7 23.2 33.4 27.0 14 9.0 1 20 .0 37.5 30.2 43.7 35.1 122.0 97.8 30.7 24.6 35.7 28.7 210.0 174.0 143.0 116.0 93.4

17.1 9 1.2 23.0 26.7 73.4 18.5 21.5 9 5.2 24.0 27.9 77.4 19.5 22.7 73.8

15.1 8 0.6 20.3 23.6 64.6 16.3 18.9 8 4.6 21.3 24.8 68.6 17.3 20.1 65.6

13.1 7 1.8 18.1 21.0 57.2 14.4 16.8 7 4. 4 18.7 21.8 60.0 15.1 17.6 57.2

43.3

35.8

29.2

50.4

41.6

34.0

52.9

77.1

63.5

51.9

89.7 73.8 60.4 256.0 210.0 170.0

63 .0 15.9 18.5 49.6 12.5 14.5 65 .0 16.4 19.0 52.2 13.2 15.3

4 8.2 12.1 14.1 37.2 9.4 10.9 4 8.8 12.3 14.3 38.4 9.7 11.3

3 6. 0 9.1 10.5 27.0 6.8 7.9 3 5.2 8.9 10.3 27.0 6.8 7.9

2 6.0 6.6 7.6 18.6 4.7 5.4 2 4.0 6.0 7.0 17.6 4.4 5.2 368.0 302.0 244.0

36.0

29.2

23.5

18.6

16.5

14.4

61.5 51.0 41.9 172.0 142.0 116.0

34.0 94.0

27.4 74.8

21.6 58.4

19.2 51.6

16.8 44.6

23.7

18.8

14.7

13.0

11.2

75.6

61.0

49.4

50.4 41.6 34.0 27.5 21.9 2 56 .0 2 1 0. 0 1 7 3. 0 1 4 0. 0 11 2. 0

17.1 8 8. 2

15.1 7 8. 2

13.1 6 8. 0

87.9

70.9

57.4

43.3

64.5

43.8

306.0 252.0 206.0

35.8

35.3

28.2

22.2

19.7

17.1

75.0 61.5 50.7 41.0 2 08 .0 1 72 .0 1 4 1. 0 1 14 .0

32.8 9 0. 6

25.8 7 0. 8

22.9 6 2. 6

19.9 5 4. 2

22.8

17.8

15.8

13.7

52.4

52.9

29.2

43.3

43.6

35.5

28.7

92.7

76.1

60.9 50.4 41.3 33.4 26.5 20.7 18.3 15.9 (DC) In grey shaded area the maximum return gas is 65°F (18.3°C) and both Demand Cooling kits and vertical cooling fans are required. (AR) R22LT application requires TFU motors. (LV) Limited voltage. Available only in 200 volt electrical.

94

61.5

108.0 88.5 71.5 300.0 242.0 196.0



WATTS x 1000

R22


25 – 3.9

15 – 9.4

5 – 15

0 – 17.8

–5 – 20.6

– 10 – 23.3

– 20 – 28.9

– 30 – 34.4

– 40 – 40

84.8

73.2

63.0

46.0

32.8

21.4

18.4

15.9

11.6

8.3

24.8 65.2

21.4 55.2

18.5 46.4

13.5 31.8

9.6 20.4

45 7.2

35 1.7

25 – 3.9

15 – 9.4

5 – 15

0 – 17.8

–5 – 20.6

– 10 – 23.3

– 20 – 28.9

– 30 – 34.4

– 40 – 40

22.0

91.0

79.6

69.6

53.2

40.2

28.6

5.5

22.9

20.1

17.5

13.4

10.1

6.4 11.0

26.7 70.8

23.3 60.4

20.4 51.6

15.6 37.8

11.88.4 27.4 18.4

16.4

13.9

11.7

8.0

5.1

2.8

17.8

15.2

13.0

9.5

6.9

16.2 73.2

13.6 62.8

9.3 44.4

6.0 29.2

3.2 18.4

20.7 92.6

17.7 81.6

15.1 72.2

11.1 55.4

8.0 41.0

158.0

126.0

99.8

19.1 84.0

39.8

31.8

25.1

21.2

18.4

15.8

11.2

7.4

4.6

60.5

49.9

40.8

33.0

26.5

46.3 128.0

36.9 102.0

29.2 80.0

24.6 62.6

21.4 52.8

18.4 44.0

13.0 28.6

8.6 17.2

5.4 10.8

70.3 182.0

58.0 1 51.0

47.5 124.0

38.4 101.0

30.8 80.4

240.0 1 98.0 1 62.0

131.0 105.0

32.3

25.7

20.2

15.8

13.3

11.1

7.2

4.3

2.7

45.9

38.1

31.2

25.5

20.3

37.5

29.9

23.4

18.3 102.0

15.5 90.0

12.9 78.8

8.4 59.2

5.0 42.8

3.2 29.2

53.3

44.2

36.3

29.6

23.6

23.3

27.1 71.0

20.6

23.9 62.2

18.2

21.2 53.0

17.9

15.7

13.4

20.8 112.0

18.2 98.8

15.5 87.0

14.0

16.2 39.6 10.0

11.6 66.8

10.3

12.0 28.6 7.2

8.4 50.4

7.2

4.6

5.4 29.4 7.4

8.6 19.4 4.9

5.7 36.0

25.7

22.7

19.9

14.9

10.8

7.4

28.2

24.9

21.9

16.8

12.7

9.1

29.9 80.2

26.4 69.6

23.1 59.8

17.3 42.6

12.5 28.2

8.6 16.0

32.8 88.2

28.9 76.4

25.5 66.2

19.6 49.4

14.8 36.4

10.5 26.2

20.2

17.5

15.1

10.7

7.1

4.0

22.2

19.3

16.7

12.4

9.2

23.5

20.4

17.5

12.5

8.3

4.7

25.8

22.4

19.4

14.5

10.7

7.7

37.0

185.0

148.0

118.0

102.0

89.0

76.6

54.8

37.2

24.0

110.0

97.8

86.8

67.0

50.6

46.6

37.3

29.7

25.8

22.4

19.3

13.8

9.4

6.0

27.7

24.6

21.9

16.9

12.8

54.2 148.0

43.4 117.0

34.6 91.4

29.9 76.6

26.1 65.0

22.4 54.2

16.1 35.8

10.9 21.6

7.0 11.6

32.2 82.4

28.7 73.0

25.4 64.2

19.6 48.8

14.8 36.0

6.6

9 .3

10.8 25.2

37.3

29.5

23.0

19.3

16.4

13.7

9.0

5.4

2 .9

20.8

18.4

16.2

12.3

9.1

6.4

43.4

34.3

26.8

22.4 122.0

19.0 107.0

15.9 93.4

10.5 69.4

6.3 49.6

3.4 33.4

24.1 132.0

21.4 117.0

18.8 104.0

14.3 79.6

10.5 60.0

7.4 44.4

30.7

27.0

23.5

17.5

12.5

8.4

33.3

29.5

26.2

20.1

15.1

35.7 96.4

31.4 82.6

27.4 70.2

20.3 49.0

14.5 32.8

9.8 21.4

38.7 102.0

34.3 90.2

30.5 79.2

23.3 60.0

17.6 44.2

24.3

20.8

17.7

12.3

8.3

5.4

25.7

22.7

20.0

15.1

11.1

28.2

24.2

20.6

14.4

9.6

6.3

29.9

26.4

23.2

17.6

13.0

95

11.2

13.0 31.6 8.0

9.3


50 HERTZ

CAPACITY


HP kW


33DA20BB 20 2676 (RG) 14.9 75.8 33DB3R24M0

100

130

33DA20SS 20 3524 (DC) 14.9 99.8 33DS3F92K0

44DA20AA 20 3954 (DC) 14.9 111.9

44DAR24M0

44DA21AA 20 3954 (DC) 14.9 111.9 44DAF94K0

33DA24FF 24 3172 (RG) 17.9 89.8 33DF3R30M0

33DA30SS 30 3524 (DC) 22.4 99.8 33DS3R34M0

130

100

130

100

130

100

130

100

130

37.8

54.4

37.8

54.4

37.8

54.4


45 7.2

35 1.7

25 – 3.9

15 – 9.4

–5 – 20.6

9 5. 8

8 5. 2

38.1

30.5

24.1

21.5

18.7

80.3 66.2 54.5 44.2 2 26 .0 1 8 7. 0 15 3. 0 1 24 .0

35.5 9 9. 2

28.1 7 7. 8

25.0 6 8. 8

21.8 5 9. 8

25.0

19.6

17.3

15.1

66.2 54.8 44.8 36.3 29.1 22.8 2 94 .0 2 46 .0 2 04 .0 1 66 .0 1 3 5. 0 1 07 .0

20.2 9 3. 6

17.5 8 2. 6

69.0

57.0

57.0

47.1

46.9

38.6

31.2

– 10 – 23.3

– 20 –30 –28.9 – 34.4

– 40 – 40

7 2. 6

5 4. 8

4 0. 2

27.0

23.6

20.8

18.3

13.8

10.1

7.1

86.1 72.1 59.8 48.6 39.6 24 4.0 20 4.0 1 67 .0 1 35 .0 1 08.0

31.4 8 4.0

27.4 76 .6

24.2 6 7.0

21.3 5 8.2

16.1 4 2.8

11.8 2 9.8

8.2 1 9.2

61.5

62.0

21.2

19.3

16.9

14.7

10.8

7.5

2 2.4 9 3. 6

19.6 8 2. 6

17.1 7 2. 6

12.5 5 4. 8

8.7 4 0. 2

62.0

42.1

41.8

71.5 59.8 49.0 39.6 31.6 24.6 2 94 .0 2 46 .0 2 04 .0 1 66 .0 1 3 5. 0 1 07 .0 74.1

51.4

51.4

51.4

34.0

41.8

27.2

55 12.8

45 7.2

35 1.7

3 58 .0

2 98 .0

2 44 .0

90.2

75.1

10 5.0 3 02 .0

87 .3 2 48 .0

76.1

62.5

50.9

88.5

72.7

59.2

356.0

286.0

2 8. 0

4.8

5.6 2 8. 0

34.0

27.0

23.6

20.8

18.3

13.8

10.1

7.1

86.1 72.1 59.8 48.6 39.6 24 4.0 20 4.0 1 67 .0 1 35 .0 1 08.0

31.4 8 4.0

27.4 76 .6

24.2 6 7.0

21.3 5 8.2

16.1 4 2.8

11.8 2 9.8

8.2 1 9.2

61.5

51.4

42.1

34.0

27.2

21.2

19.3

16.9

14.7

10.8

7.5

4.8

71.5

59.8

49.0

39.6

31.6

24.6

2 2.4

19.6

17.1

12.5

8.7

5.6

54.4

100

37.8

89 .7

7 2.1

1 04 .0 288.0

8 3. 8 232.0

72 .6

54.4

61.5

7 1.5 2 02 .0

7 4. 4

34.0

74.1

37.8

130

(RG) (DC) (OC) (LA)

0 – 17.8

54.4

37.8

44DA44TT 100 (DC) 44 5970 (OC) 32.8 169.0 130 44DTF15M0

5 – 15

37.8

100

130

R22

54.4

54.4

44DA44BB 44 4600 (RG) 32.8 130.2 44DBR40M0

WATTS x 1000

37.8

44DA30LL 130 (DC) 30 4998 (OC) 22.4 141.5 44DLF13M0 100

44DA40AA (DC) 40 3954 (LA) 29.8 111.9 44DAR36M0

KCALS/ HOUR x 1000

R12

2 74 .0 2 26 .0 1 86 .0 1 51 .0 1 21 .0 100

BTUS/HOUR x 1000

4 82 .0

84 .4 3 98 .0

1 21 .0

1 00 .0

1 41 .0 4 00 .0

11 7. 0 3 28 .0

5 8.5

6 8.0 3 26 .0 8 2. 2

9 5. 5 2 68 .0

101.0

82.7

67.5

11 7. 0

96 .1

7 8.5

5 28 .0 1 33 .0 1 55 .0 4 28 .0 10 8.0 1 25 .0 6 06 .0

4 46 .0 11 2. 0 1 31 .0 3 56 .0 89 .7 1 04 .0 5 04 .0

3 60 .0 9 0. 7 1 05 .0 2 82 .0 7 1.1 8 2. 6 4 12 .0

37.8

54.4

1 53 .0

1 27 .0

1 04 .0

1 78 .0 4 98 .0

1 48 .0 4 10 .0

1 21 .0 3 30 .0

1 25 .0

1 03 .0

8 3. 2

1 46 .0

1 20 .0

9 6. 7

37.8

54.4

In grey shaded area the maximum return gas is 50°F (10°C) and vertical cooling fans are required. In grey shaded area the maximum return gas is 65°F (18.3°C) and both Demand Cooling kits and vertical cooling fans are required. Oil coolers and vertical cooling fans are standard on this model. Use a “J” in the fourth digit of model number for R22LT.

96



WATTS x 1000

R22


25 – 3.9

15 – 9.4

5 – 15

0 – 17.8

–5 – 20.6

– 10 – 23.3

189.0

152.0

121.0

107.0

94.8

47.6

38.3

30.5

27.0

23.9

55.4 154.0

44.5 123.0

35.5 96.4

31.4 —

38.8

31.0

24.3

45.1

36.0

28.2

1 39 .0

– 20 – 28.9

– 30 – 34.4

– 40 – 40

45 7.2

35 1.7

25 – 3.9

15 – 9.4

5 – 15

0 – 17.8

–5 – 20.6

83.2

288.0

238.0

194.0

21.0

72.6

60.0

4 8.9

157.0 125.0 39.6

31.5

111.0 28.0

97.8

27.8

24.4

84.4 218.0

69.7 181.0

5 6.8 148.0

46.0 120.0

36.6 95.6

32.5 84.4

—

—

– 10 – 23.3

– 20 – 28.9

– 30 – 34.4

– 40 – 40

49.6

2 4.6

2 8.7 73.8

54.9

45.6

37.3

30.2

24.1

21.3

63.9

53.0

43.4

35.2

28.0

21.6 130.0

18.6

136.0

119.0

104.0

77.6

55.2

36.8

24.7 147.0

115.0

89.2

67.4

34.3

30.0

26.2

19.6

13.9

9 .3

37.0

32.8

29.0

22.5

17.0

12.5

39.8 107.0

34.9 92.2

30.5 78.8

22.7 56.0

16.2 38.2

10.8 24.6

43.1 111.0

38.1 98.6

33.7 87.0

26.1 66.8

19.7 50.0

14.5 36.4

24.8

21.9

16.8

12.6

28.9 25.5 144.0 128.0

19.6 98.8

14.7 73.0

27.0

23.2

19.9

14.1

9.6

6.2

28.0

31.4 143.0

27.0 128.0

23.1 113.0

16.4 85.2

11.2 60.0

7.2 39.2

32.5 161.0

9.2

10.7 50.8

36.0

32.3

28.5

21.5

15.1

9 .9

40.6

36.3

32.3

24.9

18.4

12.8

41.9 114.0

37.5 99.6

33.1 85.6

25.0 58.2

17.6 33.2

11.5 12.6

47.2 122.0

42.2 110.0

37.5 98.4

28.9 74.2

21.4 50.2

14.9 26.8

27.7

24.8

18.7

12.7

32.2 28.8 144.0 128.0

21.7 98.8

14.7 73.0

28.7

25.1

21.6

14.7

8.4

3.2

30.7

33.4 143.0

29.2 128.0

25.1 113.0

17.1 85.2

9.7 60.0

3.7 39.2

35.7 161.0

6.8

7.9 50.8

36.0

32.3

28.5

21.5

15.1

9 .9

40.6

36.3

32.3

24.9

18.4

12.8

41.9 114.0

37.5 99.6

33.1 85.6

25.0 58.2

17.6 33.2

11.5 12.6

47.2 122.0

42.2 110.0

37.5 98.4

28.9 74.2

21.4 50.2

14.9 26.8

28.7

25.1

21.6

14.7

8.4

3.2

30.7

27.7

24.8

18.7

12.7

6.8

33.4 1 22 .0

29.2 1 09 .0

25.1 9 6. 0

17.1

9.7

3.7

35.7

32.2

28.8

21.7

14.7

7.9

1 50 .0

1 33 .0

29.6 181.0 160.0

70.2

2 20 .0

1 76 .0

55.4

44.4

35.0

30.7

27.5

24.2

64.5 1 77 .0

51.6 1 42 .0

40.7 1 09 .0

35.7

31.9

28.1

44.6

35.8

2 7.5

—

—

—

51.9 2 48 .0

41.6 1 98 .0

31.9 1 57 .0

1 38 .0

1 21 .0

1 06 .0

7 7. 8

5 5. 4

3 6. 8

3 80 .0

3 14 .0

2 58 .0

62.5

49.9

39.6

34.8

30.5

26.7

19.6

14.0

9.3

95.8

79.1

65.0

72.7 2 02 .0

58.0 1 63 .0

46.0 40.4 12 9. 0 1 05 .0

35.5 9 0. 6

31.1 77 .4

22.8 5 5.2

16.2 3 7. 6

10.8 23 .8

111.0 2 90.0

92.0 2 40 .0

75.6 1 98 .0

2 10 .0 1 69 .0 52.9

42.6

37.8

61.5 49.5 44.0 16 1.0 12 9. 0 11 5.0

50.9

41.1

32.5

26.5

22.8

19.5

13.9

9.5

6.0

73.1

60.5

49.9

40.6

32.5

59.2

47.8

37.8

30.8 189.0

26.5 167.0

22.7 147.0

16.2 110.0

11.0 79.6

7.0 55.2

85.0

70.3

58.0

47.2

37.8

29.0

47.6

42.1

37.0

27.7

20.1

13.9

51.4

55.4 144.0

48.9 126.0

43.1 109.0

32.2 79.0

23.3 52.8

16.2 30.8

59.8 154.0

33.7 204.0

33.5

39.0 10 1.0 25.5

124.0

94.2

40.3

31.2

23.7

17.7

53.0 46.9 137.0 122.0

36.3 93.6

27.6 69.0

20.6 46.2

45.6

36.3

31.8

27.5

19.9

13.3

7 .8

38.8

34.5

30.7

23.6

17.4

36.9 1 23 .0

31.9 1 07 .0

23.1 8 1. 6

15.5 6 0. 0

9.0 3 9. 2

45.1 1 62 .0

40.1 1 44 .0

35.7

27.4

20.2

13.5

149.0 113.0

81.2

2 64 .0

2 08 .0

1 61 .0

42.2 1 41 .0

4 38 .0

3 56 .0

2 86 .0

66.5

52.4

40.6

35.5

31.0

27.0

20.6

15.1

9.9

110.0

89.7

72.1

77.4 2 12 .0

60.9 1 67 .0

47.2 41.3 12 2. 0 1 06 .0

36.0 9 3. 2

31.4 80 .8

23.9 5 8.2

17.6 3 3. 2

11.5 12 .6

128.0 3 24.0

104.0 2 62 .0

83.8 2 12 .0

2 30 .0 1 82 .0 58.0

45.9

40.8

67.4 53.3 47.5 16 9.0 13 3. 0 11 8.0

53.4

42.1

30.7

26.7

23.5

20.4

14.7

8.4

3.2

81.6

66.0

53.4

42.6

33.5

62.1 3 08 .0

48.9 2 46 .0

35.7 1 84 .0

31.1 1 53 .0

27.3 1 26 .0

23.7 11 0. 0

17.1

9.7

3.7

94.9

76.8

62.1

49.5

39.0

29.7

34.6

77.6

62.0

46.4

38.6

31.8

27.7

90.2 246.0

72.1 194.0

53.9

44.8

36.9

32.2

62.0

48.9

—

—

—

—

72 .1

56 .8 228.0

195.0

168.0

126.0

94.8

65.8

246.0

57.5

49.1

42.3

31.8

23.9

16.6

62.0

66.8 180.0

57.1 152.0

49.2 129.0

36.9 93.2

27.8 66.0

19.3 39.0

72.1 187.0

11.6

36.3

42.2 10 5.0 26.5

30.8

218.0 192.0 54.9

48.4

37.5

28.5

20.5

63.9 56.3 166.0 147.0

43.7 113.0

33.1 84.6

23.8 58.0

45.4

38.3

32.5

23.5

16.6

9 .8

47.1

41.8

37.0

28.5

21.3

14.6

52.7

44.5

37.8

27.3

19.3

11.4

54.8

48.6

43.1

33.1

24.8

17.0

97


50 HERTZ

CAPACITY


HP kW



WATTS x 1000

R12

R22


45 7.2

35 1.7

25 – 3.9

15 – 9.4

5 – 15

0 – 17.8

–5 – 20.6

– 10 – 23.3

– 20 – 30 –28.9 – 34.4

– 40 – 40

55 12.8

45 7.2

660.0 548.0

44DA50HH 50 4998 (RG) 37.3 141.5 44DHR44M0

100

37.8

1 3 8. 0

193.0 161.0 548.0 452.0 130

54.4

66DA54LL 100 54 7496 (DC) 40.3 212.2 (OC) 130 66DLF19M0

37.8

100

37.8

44DA60JJ 60 5970 (RG) 44.8 169.0 44DJR56M0

1 6 6. 0

1 38 .0

11 4. 0

784.0 650.0

534.0

1 98 .0

54.4

1 62 .0

37.8

1 64 .0

1 34 .0

2 31 .0

1 88 .0

268.0 219.0 722.0 598.0 54.4

1 82 .0

1 51 .0

100

37.8

100

37.8

130

54.4

66DA80JJ 100 (DS) 80 8956 (RG) 59.7 253.5 66DJR80M0 130

37.8

994.0 250.0 291.0 814.0 205.0 239.0 1066.0 269.0 312.0 878.0 221.0 257.0 1156.0

818.0 206.0 240.0 666.0 168.0 195.0 874.0 220.0 256.0 724.0 182.0 212.0 964.0

2 91 .0

2 43 .0

339.0 282.0 954.0 788.0 54.4

2 40 .0

1 99 .0

280.0 231.0 1414.0 1158.0 88D-11PP 100 10716 (DS) 74.6 303.4 88DPR112M0

100

37.8

3 56 .0

2 92 .0

414.0 339.0 1160.0 950.0 130

1 09 .0

127.0 610.0 1 54 .0

179.0 494.0 1 24 .0

145.0

54.4

54.4

66DA70GG 70 8258 (RG) 52.2 233.8 66DGR74M0

1 35 .0

156.0 434.0

37.8

130

66DA70HH 70 7496 (RG) 52.2 212.2 66DHR70M0

9 2. 7

54.4

212.0 175.0 66DA60TT 100 (DC) 60 8956 (DS) 44.8 253.5 (OC) 130 66DTF22M0

11 3 .0

131.0 368.0 108.0

188.0 156.0 916.0 748.0 100 66DA60BB 60 6900 (RG) 44.8 195.3 66DBR64M0 130

448.0

161.0 132.0

230.0 190.0 642.0 532.0 130

35 1.7

54.4

2 92 .0

2 39 .0

668.0 168.0 196.0 542.0 137.0 159.0 718.0 181.0 210.0 598.0 151.0 175.0 794.0 2 00 .0

233.0 644.0 1 62 .0

189.0 940.0 2 37 .0

275.0 770.0 1 94 .0

340.0 278.0 226.0 1640.0 1342.0 1086.0 100 88D-12SS 120 12680 (DS) 89.5 359.0 88DSR134M0 130

37.8

4 13 .0

3 38 .0

481.0 393.0 1332.0 1092.0 54.4

3 36 .0

2 75 .0

390.0 320.0 (RG) (DC) (OC) (DS)

In grey shaded area the maximum return gas is 50°F (10°C) and vertical cooling fans are required. In grey shaded area the maximum return gas is 65°F (18.3°C) and both Demand Cooling kits and vertical cooling fans are required. Oil coolers and vertical cooling fans are standard on this model. Deep oil sumps are standard on this model.

98

2 74 .0

318.0 884.0 2 23 .0

259.0



WATTS x 1000

R22


25 – 3.9

15 – 9.4

354.0

278.0

89.2

70.1

53.9

47.1

104.0 280.0

81.5 216.0

62.7 —

70.6

54.4

82.0

63.3

5 – 15

0 – 17.8

–5 – 20.6

– 10 – 23.3

214.0 187.0

165.0

148.0

536.0

446.0 366.0 294.0

41.6

3 7.3

135.0

112.0

74.1

54.8

48.3

4 3.4

157.0 406.0

131.0 107.0 86.1 336.0 276.0 222.0

—

—

—

102.0

84.7

69.6

55.9

43.8

38.8

119.0

98.4

80.9

65.0

51.0

40.0 266.0

280.0

250.0

70.6

63.0

82.0 222.0

73.3 195.0

– 20 – 28.9

– 30 – 34.4

– 40 – 40

45 7.2

35 1.7

25 – 3.9 92.2

15 – 9.4

5 – 15

0 – 17.8

–5 – 20.6

232.0

206.0

181.0

5 8.5

5 1.9

6 8.0 174.0

60.4 154.0

115.0

75.8

29.0

19.1

75.6

67.0

64.5 48.1 169.0 120.0

33.7 76.0

22.2 37.8

88.0 232.0

77.9 204.0

42.6

30.2

19.2

9.5

58.5

51.4

45.4

34.8

26.0

17.4

35.2

22.3

11.1

68.0 248.0

59.8 220.0

52.7

40.4

30.2

20.2

632.0

522.0 428.0 348.0

49.9

4 3.6

159.0

132.0

87.7

7 0.6

62.5

55.4

122.0 332.0

96.7 262.0

75.6

66.2

58.0

5 0.7

185.0 482.0

153.0 125.0 102.0 396.0 324.0 262.0

8 2.0 210.0

72.7 188.0

64.5 167.0

—

—

—

—

83.7

66.0

97.3 4 68 .0

76.8 3 86 .0

118.0

97.3

76.6

66.5

56.4

46.4

137.0 380.0

113.0 306.0

89.1

77.4

65.6

53.9

—

—

—

—

324.0

284.0

81.6

71.6

94.9 250.0

83.2 220.0

3 04 .0 2 64 .0

2 24 .0

108.0

280.0

121.0

99.8

81.6

66.0

52.9

47.4

42.1

141.0

116.0

94.9

76.8

61.5

55.1

48.9

1 84 .0

250.0 189.0

138.0

93.6

348.0

304.0

47.6

34.8

23.6

87.7

76.6

73.3 55.4 191.0 141.0

40.4 97.2

27.4 54.6

102.0 272.0

89.1 238.0

63.0

268.0 208.0 162.0 122.0 67.5

55.4

48.1

35.5

24.5

13.8

68.5

60.0

52.4

40.1

30.0

20.4

64.5 254.0

56.0 222.0

41.3

28.5

16.0

79.7 300.0

69.7 268.0

60.9 234.0

46.6

34.9

23.7

406.0

738.0

614.0 506.0 416.0

81.1

7 2.1

64.0

55.9

186.0

155.0

105.0

84.7

75.6

67.5

148.0 406.0

119.0 326.0

94.3

83.8

74.4

65.0

216.0 566.0

180.0 148.0 122.0 468.0 386.0 316.0

98.4 254.0

87.9 228.0

78.5 202.0

—

—

—

—

143.0

118.0

79.6

64.0

57.5

50.9

44.4

246.0

166.0 814.0

137.0 113.0 92.6 678.0 560.0 458.0

74.4 370.0

66.8 328.0

59.2 294.0

51.6 260.0

128.0

59.0

68.6 176.0

82.2

119.0 554.0

96.0 446.0

140.0

112.0

88.7

7 8.1

70.1

62.0

205.0

171.0

115.0

93.2

82.7

74.1

162.0 448.0

131.0 360.0

103.0

9 0.8

81.5

72.1

239.0 612.0

199.0 164.0 134.0 508.0 418.0 342.0

108.0 276.0

96.1 244.0

86.1 220.0

—

—

—

—

154.0

128.0

86.2

69.6

61.5

55.4

48.9

149.0 122.0 100.0 736.0 608.0 498.0

80.9 402.0

71.5 358.0

64.5 318.0

56.8

256.0

179.0 882.0

352.0 310.0

278.0

97.3

336.0

102.0

141.0

113.0

90.7

131.0 602.0

105.0 484.0

152.0

122.0

96.8

8 5.2

74.6

64.5

222.0

185.0

125.0

101.0

90.2

176.0 486.0

142.0 392.0

113.0

99.0

86.7

75.0

258.0 678.0

216.0 178.0 146.0 562.0 462.0 370.0

118.0 286.0

105.0 246.0

—

—

—

—

384.0 338.0

296.0

171.0

199.0 1042.0

142.0

105.0

153.0

116.0

93.2

72.1

62.0

52.4

83.8 470.0

72.1 424.0

60.9 376.0

145.0

263.0

218.0

147.0

118.0

107.0

209.0 580.0

168.0 464.0

305.0 802.0

253.0 209.0 171.0 668.0 550.0 450.0

138.0 362.0

124.0 326.0

202.0

168.0

117.0

136.0 658.0

80.1

93.2 208.0

165.0 135.0 108.0 864.0 712.0 582.0

179.0

170.0 822.0

30.7

35.7 81.0

73.3 322.0 286.0

102.0

146.0

40.8

63.0

127.0

98.8

52.4

78.5 60.9 47.5 208.0 159.0 119.0

504.0

115.0 574.0

25.5

29.6 69.0

49.5 173.0

57.0

142.0 712.0

35.5

49.1

65.0

122.0

46.6

57.1 198.0

83.2

77.1

59.5

69.1 54.2 41.3 180.0 138.0 103.0

65.0 258.0 226.0

330.0

8 9. 7

236.0 185.0 141.0 101.0

55.9

105.0

95.8

– 40 – 40

34.0

418.0

111 .0

– 30 – 34.4

45.6

41.3

55.4

– 20 – 28.9

53.0 135.0

45.1 300.0

220.0 164.0

– 10 – 23.3

179.0

113.0

91.2

82.2

235.0 196.0 161.0 132.0 1206.0 1000.0 822.0 670.0

139.0

106.0 540.0

96.0 486.0

207.0

94.8

110.0 288.0 72.6

84.4 430.0

207.0

166.0

304.0

252.0

169.0

136.0

122.0

108.0

241.0 668.0

193.0 534.0

353.0 930.0

293.0 241.0 196.0 770.0 634.0 516.0

158.0 414.0

142.0 372.0

126.0 330.0

168.0

135.0

234.0

194.0

130.0

104.0

93.7

196.0

156.0

272.0

226.0 186.0 151.0

121.0

109.0

99

160.0

83.2

96.7

65.5

76.2 194.0


50 HERTZ

CAPACITY


WATTS x 1000



HP kW

CFH m 3 /hr 50HZ

R12


55 12. 8

45 7.2

35 1.7

EVAPORATING TEMPERATURE °F/ °C 25 15 5 0 – 5 – 10 – 20 – 30 – 40 – 3 .9 – 9 .4 – 1 5 – 1 7. 8 – 2 0. 6 – 2 3. 3 – 2 8. 9 – 3 4. 4 – 4 0

R22 55 12.8

45 7.2

35 1. 7

22.4 12.4

3DE A0500 3DA A0500 Moduload 3DA3F18K0 3DE3F18K0

3DH A0600 3DA A0600 Moduload 3DA3F28K0 3DH3F28K0

100 5 3.7

6 4.5

37.8

1135 32.1

1135 32.1

130

54.4

100

37.8

130

54.4

100

37.8

5.6

3.1

6.6

3.6

—

—

1 21 . 0 9 3 . 2 6 7. 0

3DE A0750 3DA A0750 Moduload 3DA3R10M0 3DE3R10M0

7.5 5.6

3 0. 5 2 3 . 5 1 6. 9 3 5. 5 2 7 . 3 1 9. 6

1135 32.1

7 6. 8 5 3 . 6 3 2. 3

130

54.4

1 9. 4 13 .5

8 .1

2 2. 5 15 .7

9 .5

6 1. 0 4 3 .7 2 8. 5 1 5. 9

3DP A0750 3DB A0750 Moduload 3DB3F33K0 3DP3F33K0

3DJ A0750 3DB A0750 Moduload 3DB3F33K0 3DJ3F33K0

100 7.5 5.6

1338 37.9

—

15.4

11.0

7.2

4.0

17.9 1 2.8

8.4

4.7

—

—

4 8. 3 3 2 .8 1 8 .6

130

7.5 5.6

37.8

54.4

100

37.8

130

54.4

100

37.8

12.2

8 .3

4.7

14.2

9.6

5 .4

1338 37.9

34.3 19.3

3DK A0750 3DF A0750 Moduload 3DF3F26K0 3DK3F26K0

7.5 5.6

1586 44.9

130

54.4

100

37. 8

8.6

4.9

1 0. 0

5 .7

—

—

36.5 20.3

3DT A0750 3DS A0750 Moduload 3DS3F30K0 3DT3F30K0

7.5 5.6

1762 49.9

130

54.4

100

37.8

9.2

5.1

1 0. 7

5 .9

—

—

61.0 43.7 28.5 15.9

3DP A0900 Moduload 3DB A0900 (LV) 3DB3F27K0 3DP3F27K0

3DJ A0900 Moduload 3DB A0900 (LV) 3DB3F27K0 3DJ3F27K0

9 6.7

1338 37.9

15.4

54.4

100

37.8

130

54.4

145.0 112.0 79.3

11.0

7.2

4.0

36.5 28.2

20.0

17.9 12.8

8.4

4.7

42.5 32.8

23.2

90.0 61.7

37.3

—

—

22.7 15.5

9.4

26.4 18.1

10.9

48.3 32.8 18.6

130

9 6.7

—

12.2

8.3

4.7

14.2

9.6

5.4

1338 37.9


100



WATTS x 1000

R22 25 – 3.9

15 – 9.4

5 – 15

0 – 17.8

–5 – 20.6

R502 – 10 – 23.3

– 20 – 28.9

EVAPORATING TEMPERATURE °F/ °C – 30 – 40 45 35 25 15 – 34.4 – 40 7.2 1.7 – 3.9 – 9.4

60.8

44.9

88.8

67.3

46.1

15.3

11.3

22.4

17.0

11.6

7.1

17.8

13.2

26.0

19.7

13.5

8.3

31.0

23.5

47.4

31.0

7.8

5.9

11.9

7.8

—

—

10.7

6.9

13.9

9.1

71 .1

5 – 15

0 – 17.8

–5 – 20.6

– 10 – 23.3

– 20 – 28.9

– 30 – 34.4

– 40 – 40

35.9

30.6

25.8

17.6

10.7

5.3

9.0

7.7

6.5

4.4

2.7

1.3

10.5

9.0

7.6

5.2

3.1

1.6

24.4

19.6

15.7

9.1

4.1

6.1

4.9

4.0

2.3

1.0

7.1

5.7

4.6

2.7

1.2

44.2

38.0

32.2

22.0

13.4

11.1

9.6

8.1

5.5

3.4

1.7

13.0

11.1

9.4

6.4

3.9

2.0

30.4

24.8

20.2

11.9

5.5

7.7

6.2

5.1

3.0

1.4

8.9

7.3

5.9

3.5

1.6

43.5

37.7

32.1

22.1

13.4

11.0

9.5

8.1

5.6

3.4

1.7

12.7

11.0

9.4

6.5

3.9

2.0

28.4

23.7

19.6

11.7

5.4

7.2

6.0

4.9

2.9

1.4

8.3

6.9

5.7

3.4

1.6

—

28.2

6.7

—

5 2.5

17.9

13.2

20 .8

1 5.4

32 .1

2 7.0

8.1

6.8

9.4

7.9

101

6.8

—


50 HERTZ

CAPACITY


WATTS x 1000



HP kW

CFH m 3 /hr 50HZ

R12


55 12.8

45 7. 2

—

18.5

35 1.7

R22

EVAPORATING TEMPERATURE °F/ °C 25 15 5 0 – 5 – 10 – 20 – 30 – 40 – 3 .9 – 9 .4 – 1 5 – 1 7.8 – 2 0.6 – 2 3.3 – 2 8.9 – 3 4.4 – 4 0

55 12. 8

45 7. 2

35 1.7

7 3. 5 5 2. 7 3 4. 3 1 9. 0

3DK A0900 3DF A0900 Moduload 3DF3F40K0 3DK3F40K0

3DG A0900 3DF A0900 Moduload 3DF3F40K0 3DG3F40K0

100 9 6.7

1586 44.9

13.3

8.6

2 1. 5 1 5. 4 1 0. 0

4.8 5 .6

5 8. 2 3 9. 7 2 2. 6

130

9 6.7

37.8

54.4

100

37.8

130

54.4

100

37.8

14.7

10.0

5.7

1 7. 1

11 .6

6 .6

—

—

1586 44.9

141.0 110.0 79.3

3DP A1000 3DB A1000 Moduload 3DB3R12M0 3DP3R12M0

10 7.5

1338 37.9

130

54.4 7 9. 1 5 6. 6 3 6. 9 2 0. 6

3DT A1000 3DSA1000 Moduload 3DS3R11M0 3DT3R11M0

3DR A1000 3DSA1000 Moduload 3DS3F46K0 3DR3F46K0

100 10 7.5

—

19.9

14.3

9.3

2 3. 2 1 6. 6 1 0. 8

1762 49.9

5.2 6 .0

6 3. 3 4 3. 0 2 4. 5

130

10 7.5

37.8

54.4

100

37.8

130

54.4

100

37.8

16.0

10.8

6.2

1 8. 5 1 2. 6

7 .2

—

—

1762 49.9

4 1 .6 3 3 .7 2 6. 8 2 3. 4 2 0 .7

4DEA1000 50% 4DAA1000 Unloaded 4DAR12M0 4DER12M0

4DN A1000 50% 4DAA1000 Unloaded 4DAR12M0 (OC) 4DNR12M0

10 7.5

1977 56.0

10.5

8.5

6.8

5.9

5.2

12.2

9.9

7.9

6.9

6.1

3 3 .7 2 6 .9 2 1. 0 1 9. 2 1 6 .8

130

54.4

8.5

6.8

5.3

4.8

4.2

9.9

7.9

6.2

5.6

4.9 2 0. 7 1 8. 2 1 3. 7 1 0. 1

100 10 7.5

37.8

1977 56.0

4.6

3.5

2.5

1.8

6.1

5.3

4.0

3.0

2.1

1 6. 8 14 .6 1 0. 7

130

54.4

7 .0

5.2

7 .5

4 .8

4.2

3.7

2.7

1.9

1.2

4.9

4.3

3.1

2.2

1.4

4 1 .6 3 3. 7 2 6 . 8 2 3. 4 2 0. 7

4DEA1010 50% 4DAA1010 Unloaded 4DAF47K0 4DEF47K0

100 10 7.5

37.8

1977 56.0

10.5

8.5

6.8

5.9

5.2

12.2

9.9

7.9

6.9

6.1

3 3 .7 2 6 .9 2 1. 0 1 9. 2 1 6 .8

130

54.4

8.5

6.8

5.3

4.8

4.2

9.9

7.9

6.2

5.6

4.9 2 0. 7 1 8. 2 1 3. 7 1 0. 1

4DN A1010 50% 4DAA1010 Unloaded 4DAF47K0 (OC) 4DNF47K0

100 10 7.5

37.8

1977 56.0

130

54.4

(OC) Oil cooler and vertical cooling fan are standard on this model.

102

7 .0

5.2

4.6

3.5

2.5

1.8

6.1

5.3

4.0

3.0

2.1

1 6. 8 14 .6 1 0. 7

7 .5

4 .8

4.2

3.7

2.7

1.9

1.2

4.9

4.3

3.1

2.2

1.4

3 5. 5

2 7. 7 2 0 .0

4 1. 3

3 2. 2 2 3 .2

9 0. 6

6 3. 2 3 8 .4

2 2. 8

1 5. 9

2 6. 5

1 8. 5 11 . 3

9 .7


BTUS/HOUR x 1000 KCALS/ KCA LS/ HOU HOUR R x 1000

WATTS x 1000

R22 25 – 3.9

15 – 9.4

5 – 15

0 – 17.8

–5 – 20.6

R502 – 10 – 23.3

– 20 – 28.9

EVAPORATING EVAPORA TING TEMPERATURE °F/ °C – 30 – 40 45 35 25 15 – 34.4 – 40 7.2 1.7 – 3.9 – 9.4

7 2 .9

5 4.1

10 7 .0

8 0.9

55 .4

1 8 .4

1 3.6

2 7 .0

2 0.4

14 .0

8.5

2 1 .4

1 5.9

3 1 .4

2 3.7

16 .2

9.9

3 5 .0

2 8.2

5 6 .7

3 7.1

8 .8

7.1

1 4 .3

9.3

—

—

1 0 .3

8.3

1 6 .6

1 0.9

103

5 – 15

0 – 17.8

–5 – 20.6

– 10 – 23.3

– 20 – 28.9

– 30 – 34.4

– 40 – 40

5 2. 1

4 5 .1

38 .3

26 .3

1 5.9

8 .2

1 3. 1

11 . 4

9 .7

6 .6

4.0

2 .1

1 5. 3

1 3 .2

11 . 2

7 .7

4.7

2 .4

3 5. 3

2 9 .3

24 .2

14 .4

6.6

8 .9

7 .4

6 .1

3 .6

1.7

1 0. 3

8 .6

7 .1

4 .2

1.9

5 8. 0

5 0 .2

42 .7

29 .4

1 7.9

1 4. 6

1 2 .7

10 .8

7 .4

4.5

2 .3

1 7. 0

1 4 .7

12 .5

8 .6

5.2

2 .7

3 8. 3

3 2 .0

26 .5

16 .0

7.5

9 .7

8 .1

6 .7

4 .0

1.9

11 . 2

9 .4

7 .8

4 .7

2.2

4 0. 3

3 6 .1

32 .1

24 .7

1 8.3

1 0. 2

9 .1

8 .1

6 .2

4.6

3 .2

11 . 8

1 0 .6

9 .4

7 .2

5.4

3 .7

3 0. 6

2 7 .6

24 .6

18 .6

1 2.6

6 .7

7 .7

7 .0

6 .2

4 .7

3.2

1 .7

9. 0

8 .1

7 .2

5 .4

3.7

2 .0

4 0. 3

3 6 .1

32 .1

24 .7

1 8.3

12 .7

1 0. 2

9 .1

8 .1

6 .2

4.6

3 .2

11 . 8

1 0 .6

9 .4

7 .2

5.4

3 .7

3 0. 6

2 7 .6

24 .6

18 .6

1 2.6

6 .7

7 .7

7 .0

6 .2

4 .7

3.2

1 .7

9. 0

8 .1

7 .2

5 .4

3.7

2 .0

—

3 3.8

9 .2

—

12 .7


50 HERTZ

CAPACITY



HP kW

CFH m 3 /hr 50HZ


WATTS x 1000

R12


55 12.8

45 7. 2

35 1.7

R22

EVAPORATING EVAPORA TING TEMPERATURE °F/ °C 25 15 5 0 – 5 – 10 10 – 20 – 30 – 40 55 – 3 .9 .9 – 9 .4 .4 – 1 5 – 1 7. 7.8 – 2 0. 0.6 – 2 3. 3.3 – 2 8. 8.9 – 3 4. 4.4 – 4 0 12. 8

45 7. 2 132.0 132 .0

10 0 3DK A12 A1200 00 3DFA1200 Moduloa Modu load d 3DF3R1 3DF 3R15M0 5M0 3DK3R15M0

12 9.0

37. 8

35 1.7 93.0 93. 0

33.3 23. 23.4 4

1586 44.9

38.7 27. 27.2 2 73.4 44. 44.1 1

13 0

54. 4

18.5

11.1

21.5 12. 12.9 9 190.0 147.0 106.0

3DT A1500 3DS A1500 Moduload 3DS3R17M0 3DT3R17M0

4DP A1500 50% 4DL A1500 Unloaded 4DLF63K0 (OC) 4DPF63K0 4DE A2000 50% 4DA A2000 Unloaded 4DAR18M0 (RG) 4DER18M0

10 0 15 11.2

4 7. 7. 9

3 7. 7. 0 2 6. 6. 7

5 5. 5. 7

4 3. 3. 1 3 1. 1. 1

1 20 20 .0 .0

54. 4

10 0

37. 8

13 0

54. 4

10 0

37. 8

8 3. 3. 6 5 0. 0. 9

3 0. 0. 2

2 1. 1. 2 1 2. 2. 8

3 5. 5. 2

2 4. 4. 5 1 4. 4. 9

2499 70.7

132.0 132 .0 112.0 112.0 90. 90.0 0

20 14.9

1977 56.0

13 0

54. 4

3 3. 3. 3

2 8. 8. 2 2 2. 2. 7

3 8. 8. 7

3 2. 2. 8 2 6. 6. 4

1 07 07 .0 .0

8 9. 9. 0 7 0. 0. 5

2 7. 7. 0

2 2. 2. 4 1 7. 7. 8

3 1. 1. 4

2 6. 6. 1 2 0. 0. 7

152.0 126.0 103.0

4DC A2200 50% 4DBA2200 Unloaded 4DBR20M0 (RG) 4DCR20M0

22 16.4

4DS A2200 50% 4DT A2200 Unloaded 4DTF76K0 (OC) 4DSF76K0

22 16.4

4DK A2500 50% 4DH A2500 Unloaded 4DHR22M0 (RG) 4DKR22M0

1762 49.9

13 0

15 11.2

37. 8

10 0

37. 8

2300 65.1

3 8. 8. 3

3 1. 1. 8 2 6. 6. 0

4 4. 4. 5

3 6. 6. 9 3 0. 0. 2

125.0 125 .0 103.0 103.0 82. 82.5 5

13 0

54. 4

10 0

37. 8

13 0

54. 4

10 0

37. 8

3 1. 1. 5

2 6. 6. 0 2 0. 0. 8

3 6. 6. 6

3 0. 0. 2 2 4. 4. 2

2985 84.5

165.0 137.0 112 112.0 .0

25 18.7

2499 70.7

27 20.1

6DD A2700 67% 6DL A2700 Unloaded 6DLF93K0 (OC) 6DDF93K0

27 20.1

3 4. 4. 5 2 8. 8. 2

4 8. 8. 3

4 0. 0. 1 3 2. 2. 8

137.0 137 .0 113.0 113.0 92. 92.0 0

13 0

6DC A2700 33% 6DL A2700 Unloaded 6DLF93K0 (OC) 6DCF93K0

4 1. 1. 6

54. 4

10 0

37. 8

13 0

54. 4

10 0

37. 8

13 0

54. 4

3748 106.1

3748 106.1

(OC) Oil cooler and vertical vertical cooling fan are standard on this model. (RG) In grey shaded shaded area the maximum maximum return gas is 50°F (10°C).

104

3 4. 4. 5

2 8. 8. 5 2 3. 3. 2

4 0. 0. 1

3 3. 3. 1 2 7. 7. 0



WATTS x 1000

R22 25 – 3.9

15 – 9.4

8 4 .7 .7

6 2. 2. 3

21 .3

1 5.7

2 4 .8 .8

1 8. 8. 3

4 2 .0 .0

3 2. 2. 7

5 – 15

0 – 17.8

–5 – 20.6

R502 – 10 – 23.3

– 20 – 28.9

EVAPORATING EVAPORA TING TEMPERATURE °F/ °C – 30 – 40 45 35 25 15 – 34.4 – 40 7.2 1.7 – 3.9 – 9.4

10 .6

8.2

12 .3

9.6

95 .5

7 0.3

14 1 .0

1 07 .0

73 .5

24 .1

1 7.7

3 5 .5

27 .0

18 .5

11 . 4

28 .0

2 0.6

4 1 .3

31 .4

21 .5

1 3. 2

48 .0

3 7.5

7 5 .4

49 .2

12 .1

9.5

1 9 .0

12 .4

—

—

14 .1

11 . 0

2 2 .1

14 .4

5 – 15

0 – 17.8

–5 – 20.6

– 10 – 23.3

– 20 – 28.9

– 30 – 34.4

– 40 – 40

51 .0

45 .2

40 .0

30 .9

2 3.6

12 .9

11 . 4

10 .1

7 .8

5.9

4.4

14 .9

1 3 .2

11 . 7

9 .1

6.9

5.2

38 .5

3 4 .3

30 .4

23 .4

1 7.3

11 . 6

9 .7

8 .6

7 .7

5 .9

4.4

2.9

11 . 3

10 .0

8 .9

6 .9

5.1

3.4

3 6 .1

2 0.3

4 5. 2

1 7.6

66 .0

5 2.0

40 . 3 40

3 5 .4 35

3 0.9 30

26 . 8 26

11 0 . 0

8 9 .0 89

71 .5

57 . 5 57

4 5. 5 45

4 0 .5

16 .6

1 3.1

1 0. 2

8 .9

7. 8

6.8

2 7. 7

22 . 4 22

1 8 .0

1 4.5

11 . 5 11

1 0 .2

9. 1

19 .3

1 5.2

11 . 8

10 . 4 10

9 .1

7.9

3 2 .2

26 . 1 26

20 .9

1 6. 8

13 . 3 13

11 . 9

1 0 .6

53 .0

4 1.7

8 1 .0

65 .5

53 .0

4 2. 2

3 3. 4

2 9 .6

2 6 .2

13 .4

1 0.5

—

—

—

—

2 0 .4

16 .5

13 .4

1 0. 6

8. 4

7 .5

6 .6

15 .5

1 2.2

2 3 .7

19 .2

15 .5

1 2. 4

9. 8

8 .7

7 .7

77 .0

6 1.5

46 .0

3 8.3

30 .6

19 .4

1 5.5

11 . 6

9.7

7 .7

6. 9

22 .6

1 8.0

13 .5

11 . 2

9 .0

8. 0

—

—

—

—

61 .5

54 .5

48 .1

37 .3

2 8.2

15 .5

13 .7

12 .1

9 .4

7.1

5.1

18 .0

1 6 .0

14 .1

10 .9

8.3

5.9

46 .8

4 1 .5

36 .7

28 .3

2 1.2

1 4.5

11 . 8

1 0 .5

9 .2

7 .1

5.3

3.7

13 .7

1 2 .2

10 .8

8 .3

6.2

4.2

4 5. 3

3 5.5

6 1 .5 .5

4 8. 8. 6

15 .5

1 2.2

1 8 .0 .0

1 4. 4. 2

2 7. 3

88 .5

6 9.5

53 .5

4 6.8

4 1 .3 41

36 . 9 36

13 4. 0

11 2 . 0

9 1 .5

73 . 5 73

5 8.0 58

5 1 .5

22 .3

1 7.5

13 .5

11 . 8

1 0 .4 10

9. 3

3 3 .8

2 8 .2 28

23 .1

18 . 5 18

14. 6 14

1 3 .0

11 . 4

25 .9

2 0.4

15 .7

1 3.7

1 2 .1 12

10 . 8 10

3 9 .3

3 2 .8 32

26 .8

21 . 5 21

1 7. 0 17

1 5 .1

1 3 .3

70 .0

5 4.0

10 2 .0

84 .0

69 .0

5 5. 5

4 3. 6

38 .4

3 3 .8

17 .6

1 3.6

—

—

—

—

2 5 .7

21 .2

17 .4

1 4. 0

11 . 0

9 .7

20 .5

1 5.8

2 9 .9

24 .6

20 .2

1 6. 3

1 2. 8

11 . 3

9 .9

1 05 .0

93 .1

82 .6

64 .6

4 9.4

26 .5

23 .5

20 .8

16 .3

1 2.4

8.9

30 .8

2 7 .3

24 .2

18 .9

1 4.5

1 0.4

81 .2

7 1 .4

63 .1

48 .4

3 5.9

2 4.2

20 .5

1 8 .0

15 .9

12 .2

9.0

6.1

23 .8 54 .0

2 0 .9 4 7 .9

18 .5 42 .5

14 .2 33 .2

1 0.5

7.1

105

8 .5

13 .6

1 2 .1

10 .7

8 .4

15 .8

1 4 .0

12 .5

9 .7

41 .8

3 6 .7

32 .5

24 .9

10 .5

9 .2

8 .2

6 .3

12 .2

1 0 .8

9 .5

7 .3


50 HERTZ

CAPACITY



4DR A3000 50% 4DJ A3000 Unloaded 4DJR28M0 (RG) 4DRR28M0 6DWA3000 33% 6DB A3000 Unloaded 6DBR32M0 (RG) 6DWR32M0 6DYA3000 67% 6DBA3000 Unloaded 6DBR32M0 (RG) 6DYR32M0

HP kW

30 22.4

45 7. 2

35 1.7

EVAPORATING EVAPORA TING TEMPERATURE °F/ °C 25 15 5 0 – 5 – 10 10 – 20 – 30 – 40 – 3 .9 .9 – 9 .4 .4 – 1 5 – 1 7. 7.8 – 2 0. 0.6 – 2 3. 3.3 – 2 8. 8.9 – 3 4. 4.4 – 4 0

R22 55 12. 8

45 7. 2

35 1.7

37.8

4 9. 9. 4

4 1. 1. 1 3 3. 3. 8

5 7. 7. 4

4 7. 7. 8 3 9. 9. 3

161.0 133.0 109.0

54.4

4 0. 0. 6

3 3. 3. 5 2 7. 7. 5

4 7. 7. 2

3 9. 9. 0 3 1. 1. 9

321.0 262.0 214.0

10 0 30 22.4

37.8

3450 97.7

8 0. 0. 9

6 6. 6. 0 5 3. 3. 9

9 4. 4. 1

7 6. 6. 8 6 2. 2. 7

253.0 209.0 173.0

13 0

54.4

6 3. 3. 8

5 2. 2. 7 4 3. 3. 6

7 4. 4. 1

6 1. 1. 2 5 0. 0. 7

165.0 135.0 110.0

10 0 30 22.4

37.8

3450 97.7

4 1. 1. 6

3 4. 4. 0 2 7. 7. 7

4 8. 8. 3

3 9. 9. 6 3 2. 2. 2

130.0 130. 0 108.0 108.0 88.9

13 0

30 22.4

6DN A3500 67% 6DGA3500 Unloaded 6DGR37M0 (RG) 6DNR37M0

55 12.8

2985 84.5

13 0

6DF A3000 67% Unlo Un load aded ed 6DT 6D T A3000 (DS) 6DTF11M0 (OC) 6DFF11M0

6DM A3500 33% 6DG A3500 Unloaded 6DGR37M0 (RG) 6DMR37M0

WATTS x 1000

196.0 163.0 134.0

30 22.4

6DP A3500 67% 6DH A3500 Unloaded 6DHR35M0 (RG) 6DPR35M0

50HZ

KCALS/ KCA LS/ HOU HOUR R x 1000

R12


10 0

6DE A3000 33% Unlo Un load aded ed 6DT 6D T A3000 (DS) 6DTF11M0 (OC) 6DEF11M0

6DK A3500 33% 6DH A3500 Unloaded 6DHR35M0 (RG) 6DKR35M0

CFH m 3 /hr

BTUS/HOUR x 1000

54.4

10 0

37.8

13 0

54.4

10 0

37.8

13 0

54.4

10 0

37.8

3 2. 2. 8

2 7. 7. 2 2 2. 2. 4

3 8. 8. 1

3 1. 1. 6 2 6. 6. 0

4478 126.8

4478 126.8

348.0 286.0 234.0 234.0

35 26.1

3748 106.1

8 7 .7 .7

7 2 .1 .1 5 9 .0 .0

1 0 2. 2. 0

8 3 .8 .8 6 8 .6 .6

285.0 233.0 190.0 190.0

13 0

54.4

7 1 .8 .8

5 8 .7 .7 4 7 .9 .9

8 3 .5 .5

6 8 .3 .3 5 5 .7 .7

179.0 147.0 120.0 120.0

10 0 35 26.1

37.8

3748 106.1

4 5 .1 .1

3 7 .0 .0 3 0 .2 .2

5 2 .4 .4

4 3 .1 .1 3 5 .2 .2

147.0 147. 0 120.0 97.6

13 0

54.4

3 7 .0 .0

3 0 .2 .2 2 4 .6 .6

4 3 .1 .1

3 5 .2 .2 2 8 .6 .6

373.0 306.0 251.0 251.0

10 0 35 26.1

37.8

4129 116.9

9 4 .0 .0

7 7 .1 .1 6 3 .3 .3

1 0 9. 9. 0

8 9 .7 .7 7 3 .5 .5

307.0 253.0 209.0 209.0

13 0

54.4

7 7 .4 .4

6 3 .8 .8 5 2 .7 .7

9 0 .0 .0

7 4 .1 .1 6 1 .2 .2

192.0 157.0 129.0 129.0

10 0 35 26.1

37.8

4129 116.9

4 8 .4 .4

3 9 .6 .6 3 2 .5 .5

5 6 .3 .3

4 6 .0 .0 3 7 .8 .8

158.0 130.0 108.0 108.0

13 0

54.4

(RG) In grey shaded area the maximum maximum return gas is 50°F (10°C). (10°C). (DS) Deep oil sump sump is standard standard on this model. model. (OC) Oil cooler and vertical vertical cooling fan are standard on this model. model.

106

3 9 .8 .8

3 2 .8 .8 2 7 .2 .2

4 6 .3 .3

3 8 .1 .1 3 1 .6 .6



WATTS x 1000

R22

R502

15 – 9.4

5 – 15

0 – 17.8

–5 – 20.6

– 10 – 23.3

105.0

82.5

64.5

56.5

4 9.4

43.3

158.0

131.0

107.0

26.5

20.8

16.3

14.2

12.4

10.9

39.8

33.0

27.0

30.8

24.4

18.9

16.6

14.5

12.7

46.3

38.4

83.0

65.5

121.0

20.9

16.5

—

—

—

—

30.5

24.3

19.2

35.5

16 4.0

1 35 .0

10 6.0

9 1. 5

77 .0

41.3

34.0

26.7

23.1

19.4

16.2

48.1

39.6

31.1

26.8

22.6

18.9

133.0

107.0 —

—

—

—

33.1

27.0

3 9.0

31 .4

84.2

69.5

54.8

47.5

40.2

21.2

17.5

13.8

12.0

10.1

8.3

24.7

20.4

16.1

13.9

11.8

9.7

6 8.4

55 .1 —

—

—

13.9

2 0.0

16 .1

113.0 100.0

5 – 15

0 – 17.8

–5 – 20.6

– 10 – 23.3

– 20 – 28.9

– 30 – 34.4

– 40 – 40

87.0

70.0

62.0

55.0

21.9

17.6

15.6

13.9

31.4

25.5

20.5

18.2

16.1

99.0

81.0

65.5

52.5

47.1

41.9

24.9

20.4

16.5

13.2

11.9

10.6

29.0

23.7

19.2

15.4

13.8

12.3

12 2.0 30.7

1 06 .0

93 .8

72 .8

56 .8

42 .8

26.7

23.6

18.3

14.3

10.8

35.7

31.1

27.5

21.3

16.6

12.5

95.2

83.3

72.8

55.8

41.8

28.4

24.0

21.0

18.3

14.1

10.5

7.2

27.9

24.4

21.3

16.3

12.2

8.3

62.6

54.7

48.2

37.4

15.8

13.8

12.1

9.4

18.3

16.0

14.1

11.0

49.0

42.8

37.4

28.7

12.3

10.8

9.4

14.4

12.5

11.0

93.8

6 4. 4

33.5

17.2

– 20 – 28.9


25 – 3.9

—

176.0

142.0

88.9

77.7

258.0

215.0

177.0

146.0

118.0

105.0

44.4

35.8

28.5

25.2

22.4

19.6

65.0

54.2

44.6

36.8

29.7

26.5

23.6

51.6

41.6

33.1

29.3

26.0

22.8

75.6

63.0

51.9

42.8

34.6

30.8

27.5

142.0

114.0

198.0

164.0

135.0

111.0

88.9

79.8

70.7

35.8

28.7

—

—

—

—

49.9

41.3

34.0

28.0

22.4

20.1

17.8

41.6

33.4

58.0

48.1

39.6

32.5

26.0

23.4

20.7

90.7

73.1

58.0

51.5

45.7

40.0

133.0

111.0

91.1

74.9

60.5

54.0

48.2

22.9

18.4

14.6

13.0

11.5

10.1

33.5

28.0

23.0

18.9

15.2

13.6

12.1

26.6

21.4

17.0

15.1

13.4

11.7

39.0

32.5

26.7

21.9

17.7

15.8

14.1

73.1

58.7

102.0

84.2

69.5

56.9

45.7

41.0

36.4

18.4

14.8

—

—

—

—

25.7

21.2

17.5

14.3

11.5

10.3

21.4

17.2

29.9

24.7

20.4

16.7

13.4

12.0

10.7

194.0

156.0

97.3

86.1

285.0

237.0

196.0

160.0

130.0

115.0

103.0

48.9

39.3

31.0

27.5

24.5

21.7

71.8

59.7

49.4

40.3

32.8

29.0

26.0

56.8

45.7

36.0

31.9

28.5

25.2

83.5

69.4

57.4

46.9

38.1

33.7

30.2

157.0

126.0

214.0

178.0

146.0

120.0

96.6

85.4

77.0

39.6

31.8

—

—

—

—

53.9

44.9

36.8

30.2

24.3

21.5

19.4

46.0 99.7

36.9 80.3

6 3.4

55.8

50.0

62.7 147.0

52.2 122.0

42.8 101.0

35.2 8 2.4

28.3 66.6

25.0 59.0

22.6 5 2.9

25.1

20.2

16.0

14.1

12.6

11.2

37.0

30.7

25.5

20.8

16.8

14.9

13.3

29.2

23.5

18.6

16.3

14.7

13.0

43.1

35.7

29.6

24.1

19.5

17.3

15.5

80.6

64.8

110.0

91.4

75.2

61.6

49.7

43.9

39.6

20.3

16.3

—

—

—

—

27.7

23.0

19.0

15.5

12.5

11.1

10.0

23.6

19.0

32.2

26.8

22.0

18.0

14.6

12.9

11.6

123.0 109.0

4 4.3

107

9.2

7.2

8.4


50 HERTZ

CAPACITY



6DR A4000 33% 6DJ A4000 Unloaded 6DJR40M0 (DS) (RG) 6DRR40M0 6DS A4000 67% Unloaded 6DJ A4000 (DS) 6DJR40M0 (RG) 6DSR40M0 8DP -5000 25% 8DP -5000 Unloaded 8DPR56M0 (DS) 8DPR56M0

HP kW

CFH m 3 /hr 50HZ


WATTS x 1000

R12


55 12.8

45 7. 2

35 1.7


R22 55 12. 8

45 7. 2

35 1.7

405.0 337.0 278.0

40 29.8

4478 126.8

100

37.8

1 0 2. 0

8 4 .9 7 0 .1

11 9 .0

9 8 .7 8 1 .5

334.0 276.0 225.0

130

54.4

8 4 .2

6 9 .6 5 6 .7

9 7 .9

8 0 .9 6 5 .9

208.0 174.0 143.0

100 40 29.8

37.8

4478 126.8

5 2 .4

4 3 .8 3 6 .0

6 0 .9

5 1 .0 4 1 .9

172.0 142.0 116.0

130

54.4

4 3 .3

3 5 .8 2 9 .2

5 0 .4

4 1 .6 3 4 .0

559.0 457.0 371.0

100 50 37.3

37.8

141.0 115.0 93.5 164.0 134.0 109.0

5358 151.7

458.0 375.0 304.0

130

54.4

11 5 .0

9 4 .5 7 6 .6

134.0 110.0 89.1 375.0 307.0 249.0

8DP -5000 50% 8DP -5000 Unloaded 8DPR56M0 (DS) 8DPR56M0

100 50 37.3

37.8

5358 151.7

9 4 .5

7 7 .4 6 2 .7

11 0 .0

9 0 .0 7 3 .0

307.0 252.0 204.0

130

54.4

7 7 .4

6 3 .5 5 1 .4

9 0 .0

7 3 .8 5 9 .8

644.0 527.0 426.0

8DS -6000 25% 8DS -6000 Unloaded 8DSR67M0 (DS) 8DSR67M0 8DS -6000 50% 8DS -6000 Unloaded 8DSR67M0 (DS) 8DSR67M0

100 60 44.8

37.8

162.0 133.0 107.0 189.0 154.0 125.0

6340 179.5

523.0 429.0 347.0

130

54.4

132.0 108.0 87.4 153.0 126.0 102.0 443.0 362.0 293.0

100 60 44.8

37.8

11 2 .0

9 1 .2 7 3 .8

130.0 106.0 85.8

6340 179.5

360.0 295.0 239.0

130

54. 4

(DS) Deep oil sump is standard on this model. (RG) In grey shaded area the maximum return gas is 50°F (10°C).

108

9 0 .7

7 4 .3 6 0 .2

1 0 5. 0

8 6 .4 7 0 .0



WATTS x 1000

R22

R502 – 20 – 28.9


25 – 3.9

15 – 9.4

5 – 15

0 – 17.8

–5 – 20.6

– 10 – 23.3

5 – 15

0 – 17.8

–5 – 20.6

211.0

169.0

134.0

118.0

104.0

89.6

309.0

258.0

213.0

53.2

42.6

33.8

29.7

26.2

22.6

77.9

65.0

53.7

174.0

141.0

125.0

111.0

43.8

35.5

31.5

61.8

49.5

39.3

34.6

30.5

26.3

90.5

75.6

28.0

62.4

51.0

41.3

36.6

32.5

170.0

137.0

237.0

42.8

34.5

—

—

—

—

59.7

197.0

162.0

130.0

100.0

86.1

72.8

49.6

40.8

32.8

25.2

21.7

49.8

40.1

18.3

69.4

57.7

47.5

38.1

29.3

25.2

21.3

108.0

87.1

69.1

60.8

5 3.3

27.2

21.9

17.4

15.3

13.4

46.1

159.0

132.0

109.0

89.6

72.4

64.4

57.2

11.6

40.1

33.3

27.5

22.6

18.2

16.2

31.6

25.5

20.2

17.8

14.4

15.6

13.5

46.6

38.7

31.9

26.3

21.2

18.9

16.8

87.5

70.6

22.1

17.8

—

—

122.0

101.0

83.2

66.6

51.5

44.3

37.4

—

—

30.7

25.5

21.0

16.8

13.0

11.2

25.6

20.7

9.4

35.7

29.6

24.4

19.5

15.1

13.0

11.0

281.0

227.0

70.8

57.2

406.0 337.0 102.0

84.9

278.0

227.0

183.0

165.0

147.0

70.1

57.2

46.1

41.6

82.3

66.5

119.0

37.0

98.7

81.5

66.5

53.6

48.3

43.1

229.0

183.0

57.7

46.1

313.0 261.0 78.9

65.8

215.0

176.0

141.0

127.0

112.0

54.2

44.4

35.5

32.0

67.1

53.6

91.7

28.2

76.5

63.0

51.6

41.3

37.2

32.8

189.0

152.0

47.6

38.3

276.0 229.0 69.6

57.7

189.0

154.0

125.0

112.0

99.6

47.6

38.8

31.5

28.2

55.4

44.5

80.9

25.1

67.1

55.4

45.1

36.6

32.8

29.2

154.0

123.0

38.8

31.0

213.0 177.0 53.7

44.6

146.0

119.0

95.9

86.4

76.3

36.8

30.0

24.2

21.8

45.1

36.0

62.4

19.2

51.9

42.8

34.9

28.1

25.3

22.4

323.0

258.0

81.4

65.0

470.0 390.0 118.0

98.3

321.0

261.0

211.0

190.0

168.0

80.9

65.8

53.2

47.9

94.6

75.6

138.0

42.3

114.0

94.1

76.5

61.8

55.7

49.2

262.0

210.0

66.0

52.9

363.0 300.0 91.5

75.6

247.0

201.0

161.0

145.0

129.0

62.2

50.7

40.6

36.5

76.8

61.5

106.0

32.5

87.9

72.4

58.9

47.2

42.5

37.8

222.0

178.0

55.9

44.9

320.0 265.0 80.6

66.8

218.0

178.0

143.0

129.0

114.0

54.9

44.9

36.0

32.5

65.0

52.2

93.8

28.7

77.6

63.9

52.2

41.9

37.8

33.4

180.0

144.0

45.4

36.3

246.0 204.0 62.0

51.4

168.0

137.0

110.0

98.6

87.5

42.3

34.5

27.7

24.8

52.7

42.2

72.1

59.8

22.1

49.2

40.1

32.2

28.9

25.6

109

– 10 – 23.3

– 20 – 28.9

– 30 – 34.4

– 40 – 40


50 HERTZ

CAPACITY


WATTS x 1000

REFRIGERANT COOLED CAPACITY CONTROL TANDEMS CAPACITY CONTROL MODEL

BASIC TANDEM MODEL

HP kW

CFH m 3 /hr 50HZ


R12 55 12.8

45 7. 2

35 1.7


R22 55 12. 8

45 7. 2

35 1.7

44.8 24.8

33DA10EE 33D A10AA Moduload 33DA3F36K0 33DE3F36K0

33DA12HH 33D A12AA Moduload 33DA3F56K0 33DH3F56K0

10 7.5

12 9.0

2270 64.3

2270 64.3

100

37.8

130

54. 4

100

37.8

130

54.4

100

37.8

11 .3

6 .2

1 3. 1

7 .3

—

—

242.0 186.0 134.0

33DA15EE 33D A15AA Moduload 33DA3R20M0 33DE3R20M0

33DA15PP 33D A15BB Moduload 33DB3F66K0 33DP3F66K0

33DA15JJ 33D A15BB Moduload 33DB3F66K0 33DJ3F66K0

33DA15KK 33D A15FF Moduload 33DF3F52K0 33DK3F52K0

33DA15TT 33D A15SS Moduload 33DS3F60K0 33DT3F66K0

33DA18PP Moduload 33D A18BB (LV) 33DB3F54K0 33DP3F54K0

33DA18JJ Moduload 33D A18BB (LV) 33DB3F54K0 33DJ3F54K0

15 11.2

2270 64.3

2676 75.8

100

130

15 11.2

15 11.2

15 11.2

18 13.4

5 4. 5 3 9. 3

54.4

37.8

54.4

100

37.8

130

54.4

100

37.8

—

1 22 .0 8 7. 4

5 7. 0

3 1. 8

3 0. 7 22 .0

1 4. 4

8 .0

3 5. 7 25 .6

1 6. 7

9 .3

—

—

68.6

38.6

9 6. 6

6 5. 6 3 7 .2

24.3

1 6.5

2 8. 3

1 9. 2 1 0 .9

9.4

3 8. 8

2 7. 0 1 6. 3

4 5. 1

3 1. 4 1 8. 9

2676 75.8

3172 89.8

3524 99.8

130

54.4

100

37.8

130

54.4

100

37.8

2676 75.8

130

18 13.4

4 6. 9 3 3. 8

7 0. 9

154.0 107.0 64.6

130

15 11.2

6 1. 0

54.4

100

37.8

130

54.4

—

1 7. 3

9 .7

20.1

11.3

—

—

73.0

40.6

18.4

10.2

21.4

11.9

—

—

122.0 87.4

57.0

31.8

30.7 22.0

14.4

8.0

73.1

56.4

40.1

35.7 25.6

16.7

9.3

85.0

65.6

46.6

—

—

96.6

65.6 37.2

24.3

16.5

28.3

19.2 10.9

2676 75.8


110

9.4

290.0 224.0 159.0

180.0 123.0

74.6

45.4

31.0

18.8

52.7

36.0

21.9



WATTS x 1000

R22 25 – 3.9

15 – 9.4

5 – 15

0 – 17.8

–5 – 20.6

R502 – 10 – 23.3

– 20 – 28.9


122.0

89.8

178.0

135.0

92.2

30.7

22.6

44.9

34.0

23.2

14.2

35.7

26.3

52.2

39.6

27.0

16.5

62.0

47.0

94.8

62.0

15.6

11.8

23.9

15.6

—

—

18.2

13.8

27.8

18.2

142.0

5 – 15

0 – 17.8

–5 – 20.6

– 10 – 23.3

– 20 – 28.9

– 30 – 34.4

– 40 – 40

71.8

61.2

51.6

35.2

21.4

18.1

15.4

13.0

8.9

5.4

2.7

21.0

17.9

15.1

10.3

6.3

3.1

48.8

39.2

31.4

18.2

8.2

12.3

9.9

7.9

4.6

2.1

14.3

11.5

9.2

5.3

2.4

88.4

76.0

64.4

44.0

26.8

22.3

19.2

16.2

11.1

6.8

3.4

25.9

22.3

18.9

12.9

7.9

3.9

60.8

49.6

40.4

23.8

11.0

15.3

12.5

10.2

6.0

2.8

17.8

14.5

11.8

7.0

3.2

87.0

75.4

64.2

44.2

26.8

21.9

19.0

16.2

11.1

6.8

3.4

25.5

23.0

18.8

13.0

7.9

4.0

56.8

47.4

39.2

23.4

10.8

14.3

11.9

9.9

5.9

2.7

16.6

13.9

11.5

6.9

3.2

10.6

—

56.4

13.4

—

105.0

35.8

26.5

41 .6

3 0.8

64 .2

5 4.0

16.2

13.6

18 .8

1 5.8

111

13.6

—


50 HERTZ

CAPACITY


WATTS x 1000


BASIC TANDEM MODEL

HP kW

CFH m 3 /hr 50HZ


R12 55 12.8

45 7. 2

35 1.7


147.0 105.0 68.6

100 33DA18KK 33DA18FF Moduload 33DF3F80K0 33DK3F80K0

33DA18GG 33DA18FF Moduload 33DF3F80K0 33DG3F80K0

18 13.4

18 13.4

3172 89.8

37.8

—

3 7. 0 2 6. 5 17 .3 4 3. 1

130

54. 4

100

37.8

130

54.4

100

37.8

3 0. 8 2 0. 1

116.0

79.4

45.2

29.2

20.0

11.4

3 4. 0

2 3. 3

1 3. 2

R22

—

55 12. 8

45 7. 2

35 1.7

38.0 9 .6 11 .1

—

3172 89.8

282.0 220.0 159.0

33D A20PP 33D A20BB Moduload 33DB3R24M0 33DP3R24M0

20 14.9

2676 75.8

130

33DA20RR 33DA20SS Moduload 33DS3F92K0 33DR3F92K0

44DA20EE 50% 44DA20AA Unloaded 44DAR24M0 44DER24M0

100 20 14.9

54.4

20 14.9

37.8

3524 99.8

130

20 14.9

3524 99.8

54.4

100

37.8

130

54.4

100

37.8

—

2 8. 5 1 8. 6 1 0. 4

4 6. 3

3 3. 1 2 1. 6 1 2. 1

1 27 .0

8 6. 0

4 9. 0

3 2. 0

2 1. 7

1 2. 3

3 7. 2

2 5. 2

1 4. 4

3954 111.9

130

41.2

3 9. 8

54.4

—

—

8 3. 2 6 7. 4 5 3. 6 4 6. 8

4 1. 4

2 1. 0 1 7. 0 1 3. 5

11 .8

1 0. 4

2 4. 4 1 9. 7 1 5. 7 1 3. 7

1 2. 1

6 7. 4 5 3. 8 4 2. 0 3 8. 4

3 3. 6

1 7. 0 1 3. 6 10 .6

9 .7

1 9. 7 1 5. 8 1 2. 3 11 .3

44DA20NN 50% 44DA20AA Unloaded 44DA R24M0 (OC) 44DNR24M0 44DA21EE 50% 44DA21AA Unloaded 44DAF94K0 44DEF94K0 44DA21NN 50% 44DA21AA Unloaded 44DAF94K0 (OC) 44DNF94K0

100 20 14.9

37.8

3954 111.9

100

54.4

37.8

3954 111.9

130

4 1. 4

3 6. 4

10.4

9.2

6.9

5.1

3.5

12.1

10.7

8.0

5.9

4.1

54.4

100

37.8

3954 111.9

3.8

2.4

9.8

8.6

6.3

4.4

2.8

11 .8

1 0. 4

2 4. 4 1 9. 7 1 5. 7 1 3. 7

1 2. 1

6 7. 4 5 3. 8 4 2. 0 3 8. 4

3 3. 6 8. 5 9 .8 4 1. 4

3 6. 4

10.4

9.2

6.9

5.1

3.5

12.1

10.7

8.0

5.9

4.1

3 3. 6 2 9 .2

130

54.4


112

9 .6

5.4

2 1. 0 1 7. 0 1 3. 5

9 .7

2 1. 4 1 5. 0

7.4

4 1. 4

1 7. 0 1 3. 6 10 .6

2 7. 4 2 0. 2 1 4. 0

8.5

8 3. 2 6 7. 4 5 3. 6 4 6. 8

1 9. 7 1 5. 8 1 2. 3 11 .3

20 14.9

8. 5 9 .8

3 3. 6 2 9 .2

130

20 14.9

5 5. 4

4 0. 1

8 2. 6

6 4. 5

4 6. 6

181.0 126.0

158.0 113.0 73.8

33D A20TT 33D A20SS Moduload 33DS3R22M0 33DT3R22M0

7 1. 1

2 7. 4 2 0. 2 1 4. 0

2 1. 4 1 5. 0

9 .6

8.5

7.4

5.4

3.8

2.4

9.8

8.6

6.3

4.4

2.8

76.8

4 5. 6

3 1. 8

1 9. 4

5 3. 0

3 6. 9

2 2. 5



WATTS x 1000

R22 25 – 3.9

15 – 9.4

5 – 15

0 – 17.8

–5 – 20.6

R502 – 10 – 23.3

– 20 – 28.9


146.0

108.0

214.0

162.0

111.0

36.8

27.2

53.9

40.8

28.0

17.0

42.8

31.6

62.7

47.5

32.5

19.8

70.0

56.4

113.0

74.2

17.6

14.2

28.5

18.7

20.5

16.5

33.1

21.7

113

—

5 – 15

0 – 17.8

–5 – 20.6

– 10 – 23.3

– 20 – 28.9

– 30 – 34.4

– 40 – 40

104.0

90.2

76.6

52.6

31.8

16.4

26.2

22.7

19.3

13.3

8.0

4.1

30.5

26.4

22.4

15.4

9.3

4.8

70.6

58.6

48.4

28.8

13.2

17.8

14.8

12.2

7.3

3.3

20.7

17.2

14.2

8.4

3.9

11 6.0 1 0 0.0

—

67.6

—

85 .4

5 8. 8

35 .8

29.2

25.2

21.5

14.8

9.0

18 .4

34.0

29.3

25.0

17.2

10.5

76.6

64.0

53.0

32.0

15.0

19.3

16.1

13.4

8.1

3.8

22.4

18.8

15.5

9.4

4.4

80.6

72.2

64.2

49.4

36.6

20.3

18.2

16.2

12.4

9.2

6.4

23.6

21.2

18.8

14.5

10.7

7.4

61.2

55.2

49.2

37.2

25.2

13.4

15.4

13.9

12.4

9.4

6.4

3.4

17.9

16.2

14.4

10.9

7.4

3.9

80.6

72.2

64.2

49.4

36.6

25.4

20.3

18.2

16.2

12.4

9.2

6.4

23.6

21.2

18.8

14.5

10.7

7.4

61.2

55.2

49.2

37.2

25.2

13.4

15.4

13.9

12.4

9.4

6.4

3.4

17.9

16.2

14.4

10.9

7.4

3.9

4.6

5.4 —

25.4


50 HERTZ

CAPACITY


BASIC TANDEM MODEL

HP kW

CFH m 3 /hr 50HZ



WATTS x 1000

R12 55 12.8

45 7. 2

35 1.7


R22 55 12. 8

45 7. 2

35 1.7

264.0 186.0

33DA24KK 33DA24FF Moduload 33DF3R30M0 33DK3R30M0

24 17.9

3172 89.8

100

130

37.8

54.4

66.5

46.9

77.4

54.5

147.0

88.2

37.0

22.2

43.1

25.8

380.0 294.0 212.0

33DA30TT 33D A30SS Moduload 33DS3R34M0 33DT3R34M0

44DA30PP 50% 44D A30LL Unloaded 44DLF13M0 (OC) 44DPF13M0 44D A40EE 50% 44DA44AA Unloaded 44DAR36M0 (RG) 44DER36M0

30 22.4

3524 99.8

100

4998 141.5

9 5. 8

7 4. 1

5 3. 4

111.0

86.1

62.1

240.0 167.0 102.0

130

30 22.4

37.8

54.4

100

37.8

130

54.4

100

37.8

6 0. 5

4 2. 1

2 5. 7

7 0. 3

4 8. 9

2 9. 9

264.0 224.0 180.0

40 29.8

3954 111.9

6 6. 5

5 6. 4

4 5. 4

7 7. 4

6 5. 6

5 2. 7

214.0 178.0 141.0

130

54.4

5 3. 9

4 4. 9

3 5. 5

6 2. 7

5 2. 2

4 1. 3

304.0 252.0 206.0

44DA44CC 50% 44DA44BB Unloaded 44DBR40M0 (RG) 44DCR40M0

44 32.8

44DA44SS 50% 44DA44TT Unloaded 44DTF15M0 (OC) 44DSF15M0

44 32.8

4600 130.2

100

37.8

7 6. 6

6 3. 5

5 1. 9

8 9. 1

7 3. 8

6 0. 4

250.0 206.0 165.0

130

54.4

100

37.8

130

54.4

100

37.8

6 3. 0

5 1. 9 4 1. 6

7 3. 3

6 0. 4

4 8. 3

5970 169.0

330.0 274.0 224.0

44DA50KK 50% 44DA50HH Unloaded 44DHR44M0 (RG) 44DKR44M0

50 37.3

66DA54CC 33% 66D A54LL Unloaded 66DLF19M0 (OC) 66DCF19M0

54 40.3

66DA54DD 67% 66DA54LL Unloaded 66DLF19M0 (OC) 66DDF19M0

54 40.3

4998 141.5

8 3. 2

6 9. 0

5 6. 4

9 6. 7

8 0. 3

6 5. 6

274.0 226.0 184.0

130

54.4

100

37.8

130

54.4

100

37.8

130

54.4

7496 212.2

7496 212.2

(OC) Oil coolers and vertical cooling fans are standard on this model. (RG) In grey shaded area the maximum return gas is 50°F (10°C).

114

6 9. 0

5 7. 0

4 6. 4

8 0. 3

6 6. 2

5 3. 9



WATTS x 1000

R22 25 – 3.9

15 – 9.4

169.0

125.0

42.6

31.5

4 9.5

36 .6

8 4.0

65 .4

5 – 15

0 – 17.8

–5 – 20.6

R502 – 10 – 23.3

– 20 – 28.9


21.2

16.5

2 4.6

19 .2

191.0

141.0

282.0

214.0

147.0

48.1

35.5

71.1

53.9

37.0

22.8

56.0

41.3

82.6

62.7

43.1

26.5

96.0

75.0

151.0

98.4

24.2

18.9

38.1

24.8

—

—

28.1

22.0

44.2

28.8

5 – 15

0 – 17.8

–5 – 20.6

– 10 – 23.3

– 20 – 28.9

– 30 – 34.4

– 40 – 40

102.0

90.4

80.0

61.8

47.2

35.2

25.7

22.8

20.2

15.6

11.9

8.9

29.9

26.5

23.4

18.1

13.8

10.3

77.0

68.6

60.8

46.8

34.6

23.2

19.4

17.3

15.3

11.8

8.7

22.6

20.1

17.8

13.7

10.1

6.8

72.2

40 .6

90.4

132.0

104.0

80.6

70.8

61.8

53.6

220.0

178.0

91.0

81.0

33.3

26.2

2 0.3

1 7.8

15.6

13.5

55.4

4 4.9

36.0

29.0

22.9

20.4

18.2

38.7

30.5

23.6

20.7

18.1

15.7

64.5

52.2

4 1.9

33.7

26.7

23.7

21.2

106.0

83.4

162.0

131.0

106.0

84.4

66.8

59.2

52.4

26.7

21.0

—

—

40.8

33.0

26.7

21.3

16.8

14.9

13.2

31.1

24.4

47.5

38.4

31.1

24.7

19.6

17.3

15.4

1 23 .0

1 09 .0

9 6.2

7 4.6

56 .4

31.0

27.5

24.2

18.8

14.2

10.2

36.0

31.9

28.2

21.9

16.5

11.9

93.6

83.0

73.4

56.6

42.4

29.0

23.6

20.9

18.5

14.3

10.7

7.3

27.4

24.3

21.5

16.6

12.4

8.5

90.6

7 1. 0

154.0 1 23.0

—

—

92.0

76.5

61.0

38.8

31.0

23.2

19.3

15.4

13.8

45.1

36.0

27.0

22.4

17.9

16.0

1 23 .0

9 7. 2 —

—

31.0

24.5

3 6.0

28 .5

—

—

143.0 115.0

5.8

54.6

177.0

139.0

107.0

93.6

82.6

73.8

268.0

224.0

116.0

103.0

44.6

35.0

2 7.0

2 3.6

20.8

18.6

67.5

5 6.4

46.1

37.0

29.2

26.0

22.8

51.9

40.7

31.4

27.4

24.2

21.6

78.5

65.6

5 3.6

43.1

34.0

30.2

26.5

140.0

108.0

204.0

168.0

138.0

111.0

87.2

76.8

67.6

35.3

27.2

—

—

51.4

42.3

34.8

28.0

22.0

19.4

17.0

41.0

31.6

59.8

49.2

40.4

32.5

25.5

22.5

19.8

2 10 .0

1 86 .0

1 65 .0

1 29 .0

9 8. 8

52.9

46.9

41.6

32.5

24.9

17.9

61.5

54.5

48.3

37.8

28.9

20.8

1 62 .0

1 43 .0

12 6.0

9 6.8

71 .8

48 .4

40.8

36.0

31.8

24.4

18.1

12.2

47.5

41.9

36.9

28.4

21.0

14.2

108.0

95.8

85.0

66.4

27.2

24.1

21.4

16.7

31.6

28.1

24.9

19.5

83.6

73.4

65.0

49.8

21.1

18.5

16.4

12.5

24.5

21.5

19.0

14.6

—

—

115

183.0 147.0


50 HERTZ

CAPACITY


BASIC TANDEM MODEL

44DA60RR 50% 44DA60JJ Unloaded 44DJR56M0 (RG) 44DRR56M0

66DA60WW 33% 66DA60BB Unloaded 66DBR64M0 (RG) 66DWR64M0

HP kW

60 44.8

55 12.8

45 7. 2

35 1.7


R22 55 12. 8

45 7. 2

35 1.7

37.8

9 8. 8

8 2. 2

6 7. 5

11 5. 0

9 5. 5

7 8. 5

322.0 266.0 218.0

54.4

8 1. 1

6 7. 0

5 4. 9

9 4. 3

7 7. 9

6 3. 9

642.0 524.0 428.0

100 60 44.8

37.8

162.0 132.0 108.0 188.0 154.0 125.0

6900 195.3

506.0 418.0 346.0

130

54.4

128.0 105.0

87.2

148.0 122.0 101.0 330.0 270.0 220.0

60 44.8

66D A60FF 67% 66DA60TT Unloaded 66DTF22M0 (DS) (OC) 66DFF22M0

60 44.8

66DA70NN 67% 66DA70GG Unloaded 66DGR74M0 (RG) 66DNR74M0

WATTS x 1000

R12

5970 169.0

130

66D A60EE 33% 66D A60TT Unloaded 66DTF22M0 (DS) (OC) 66DEF22M0

66DA70MM 33% 66DA70GG Unloaded 66DGR74M0 (RG) 66DMR74M0

KCALS/ HOUR x 1000

392.0 326.0 268.0

60 44.8

66DA70PP 67% 66DA70HH Unloaded 66DHR70M0 (RG) 66DPR70M0

50HZ


100

66D A60YY 67% 66DA60BB Unloaded 66DB R64M0 (RG) 66DY R64M0

66D A70KK 33% 66DA70HH Unloaded 66DHR70M0 (RG) 66DKR70M0

CFH m 3 /hr

BTUS/HOUR x 1000

100

37.8

6900 195.3

8 3. 2

6 8. 0

5 5. 4

9 6. 7

7 9. 1

6 4. 5

260.0 216.0 178.0

130

54.4

100

37.8

130

54.4

100

37.8

130

54.4

100

37.8

6 5. 5

5 4. 4

4 4. 9

7 6. 2

6 3. 3

5 2. 2

8956 253.5

8956 253.5

696.0 572.0 468.0

70 52.2

175.0 144.0 118.0

7496 212.2

204.0 168.0 137.0 570.0 466.0 380.0

130

54.4

144.0 117.0

95.8

167.0 137.0 111.0 358.0 294.0 240.0

100 70 52.2

37.8

7496 212.2

9 0. 2

7 4. 1

6 0. 5

1 05 .0

8 6. 1

7 0. 3

294.0 240.0 195.0

130

54. 4

7 4. 1

6 0. 5

4 9. 1

8 6. 1

7 0. 3

5 7. 1

746.0 612.0 502.0

100 70 52.2

37.8

188.0 154.0 127.0

8258 233.8

219.0 179.0 147.0 614.0 506.0 418.0

130

54.4

155.0 128.0 105.0 180.0 148.0 122.0 384.0 314.0 258.0

100 70 52.2

37.8

8258 233.8

9 6. 8

7 9. 1

6 5. 0

11 3. 0

9 2. 0

7 5. 6

316.0 260.0 216.0

130

54.4

(RG) In grey shaded area the maximum return gas is 50°F (10°C). (DS) Deep oil sumps are standard on this model. (OC) Oil coolers and vertical cooling fans are standard on this model.

116

7 9. 6

6 5. 5

5 4. 4

9 2. 6

7 6. 2

6 3. 3



WATTS x 1000

R22

R502

15 – 9.4

5 – 15

0 – 17.8

–5 – 20.6

– 10 – 23.3

210.0

165.0

129.0

113.0

98.8

86.6

316.0

262.0

52.9

41.6

3 2.5

2 8.5

24.9

21.8

79.6

6 6.0

53.9

43.8

61.5

48.3

37.8

33.1

28.9

25.4

92.6

76.8

6 2.7

166.0

131.0

242.0

198.0

41.8

33.0

—

—

61.0

49.9

40.8

33.0

48.6

38.4

70.9

58.0

47.5

38.4

3 28 .0

2 70 .0

2 12 .0

1 83 .0

1 54 .0

82.7

68.0

53.4

46.1

38.8

32.5

96.1

79.1

62.1

53.6

45.1

37.8

266.0

214.0 —

—

—

—

53.9

7 7.9

6 2.7

16 8.0

13 9.0

11 0.0

95 .5

8 1.0

42.3

35.0

27.7

24.1

20.4

16.7

49.2

40.7

32.2

28.0

23.7

19.4

137.0

110.0 —

—

27.7

4 0.1

3 2.2

—

5 – 15

0 – 17.8

–5 – 20.6

140.0

124.0

110.0

35.3

31.2

27.7

51.0

41.0

36.3

32.2

162.0 131.0

105.0

94.2

83.8

26.5

23.7

21.1

30.8

27.6

24.6

2 44 .0 61.5

214.0 174.0

– 10 – 23.3

– 20 – 28.9

– 30 – 34.4

– 40 – 40

2 12 .0

1 88 .0

1 46 .0 11 4. 0

8 5. 6

53.4

47.4

36.8

28.7

21.6

71.5

62.1

55.1

42.8

33.4

25.1

1 90 .0

1 67 .0

1 46 .0

11 2. 0

8 3. 6

5 6. 8

47.9

42.1

36.8

28.2

21.1

14.3

55.7

48.9

42.8

32.8

24.5

16.6

1 25.0

1 09 .0

9 6.4

7 4.8

31.5

27.5

24.3

18.8

36.6

31.9

28.2

21.9

98.0

85.6

74.8

57.4

24.7

21.6

18.8

14.5

28.7

25.1

21.9

16.8

236.0 210.0

188.0

1 29 .0

67.0

34.5

—

– 20 – 28.9


25 – 3.9

—

66 .2

—

352.0

284.0

226.0

200.0

178.0

155.0

88.7

71.6

5 7.0

5 0.4

4 4.9

3 9.1

516.0 430.0 130.0

108.0

89.2

73.6

5 9.5

52.9

47.4

103.0

83.2

6 6.2

58.6

5 2.2

4 5.4

151.0 126.0

104.0

85.6

6 9.1

61.5

55.1

284.0

228.0

396.0 328.0

270.0 222.0

178.0 160.0

141.0

71.6

57.5

—

—

—

—

83.2

66.8

181.0

146.0

116.0

103.0

91.4

80.0

45.6

36.8

29.2

26.0

23.0

20.2

67.0

55.9

45.9

37.8

30.5

27.2

53.0

4 2.8

34.0

30.2

26.8

23.4

77.9

65.0

5 3.3

44.0

35.5

31.6

28.2

146.0 36.8 42.8

117.0 29.5 34.3

—

—

—

—

204.0 168.0 51.4 42.3 59.8 49.2

139.0 114.0 35.0 28.7 40.7 33.4

91.4 23.0 26.8

82.0 20.7 24.0

72.8 18.3 21.3

388.0

312.0

246.0

218.0

195.0

172.0

570.0 474.0

392.0 320.0

260.0 230.0

206.0

97.8

78.6

6 2.0

5 4.9

4 9.1

4 3.3

144.0

119.0

98.8

80.6

6 5.5

58.0

51.9

114.0

91.4

7 2.1

63.9

5 7.1

5 0.4

167.0 139.0

115.0

93.8

7 6.2

67.4

60.4

314.0 79 .1 92.0

252.0 6 3.5 73.8

428.0 356.0

292.0 240.0

193.0 171.0

154.0

—

—

—

—

199.0

161.0

127.0

112.0

100.0

88.6

50.1

40.6

32.0

28.2

25.2

22.3

74.1

61.5

50.9

41.6

58.3

4 7.2

37.2

32.8

29.3

26.0

86.1

71.5

5 9.2

161.0

130.0

40.6

32.8

—

—

—

47.2

38.1

99.8

82.7

68.0

55.9

44.9

40.3

35.5

116.0

96.1

79.1

65.0

52.2

46.9

41.3

121.0 108.0

96.4

266.0 222.0

108.0

182.0 150.0

2 4.3

89.7

73.6

60.5

48.6

43.1

38.8

125.0 104.0

85.6

70.3

56.5

50.1

45.1

202.0 165.0

133.0

118.0

106.0

33.5

29.7

48.3

39.0

34.6

31.1

150.0 123.0

79.2

294.0 244.0

220.0 183.0 —

354.0 292.0

2 6.7

99.4

87.8

55.4

46.1

37.8

31.0

25.0

22.1

20.0

64.5

53.6

44.0

36.0

29.1

25.7

23.2

117


50 HERTZ

CAPACITY


66D A80RR 33% Unloaded (DS) (RG) 66DRR80M0 66D A80SS 67% Unloaded (DS) (RG) 66DSR80M0

BASIC TANDEM MODEL

HP kW

CFH m 3 /hr 50HZ



WATTS x 1000

R12 55 12.8

45 7. 2

35 1.7


R22 55 12. 8

45 7.2

35 1.7

810.0 674.0 556.0

100 66D A80JJ 80 66DJR80M0 59.7

37.8

204.0 170.0 140.0 237.0 197.0 163.0

8956 253.5

668.0 552.0 450.0

130

54.4

168.0 139.0 113.0 196.0 162.0 132.0 416.0 348.0 286.0

100 66D A80JJ 80 66DJR80M0 59.7

37.8

1 05 .0

8956 253.5

88D -11PP 25% 88D -11PP 100 10716 Unloaded 88DPR112M0 74.6 303.4 (DS) 88DPR112M0 88D -11PP 50% 88D -11PP 100 10716 Unloaded 88DPR112M0 74.6 303.4 (DS) 88DPR112M0 88D -12SS 25% 88D -12SS 120 12680 Unloaded 88DSR134M0 89.5 359.0 (DS) 88DSR134M0 88D -12SS 50% 88D-12SS 120 12680 Unloaded 88DSR134M0 89.5 359.0 (DS) 88DSR134M0

8 7. 7

7 2. 1

122.0 102.0

83.8

344.0 284.0 232.0

130

54.4

8 6. 7

7 1. 6

5 8. 5

1 01 .0

8 3. 2

6 8. 0

1118.0 914.0 742.0

100

37.8

282.0 230.0 187.0 328.0 268.0 217.0 916.0 750.0 608.0

130

54.4

231.0 189.0 153.0 268.0 220.0 178.0 750.0 614.0 498.0

100

37.8

189.0 155.0 125.0 220.0 180.0 146.0 614.0 504.0 408.0

130

54.4

155.0 127.0 103.0 180.0 148.0 119.0 1288.0 1054.0 852.0

100

37.8

325.0 266.0 215.0 377.0 309.0 250.0 1046.0 858.0 694.0

130

54.4

264.0 216.0 175.0 306.0 251.0 203.0 886.0 724.0 586.0

100

37.8

223.0 182.0 148.0 260.0 212.0 172.0 720.0 590.0 478.0

130

54.4

181.0 149.0 120.0 211.0 173.0 140.0

(DS) Deep oil sumps are standard on this model. (RG) In grey shaded area the maximum return gas is 50°F (10°C).

DISCUS TANDEM COMPRESSORS Discus Tandem compressors are available from nominal 10 horsepower (7.5 kW) thus providing extensive system design flexibility. The popular combinations are shown, but any 3D, 4D or 6D, 8D compressors can be put together to make a tandem. The capacity of a tandem model is the sum of the capacities of the individual compressors. Since each compressor may be operated individually, the tandem provides simple, foolproof capacity reduction with maximum power savings, and greatly simplifies system control. The unique tandem design solves the troublesome problems of oil equalization sometimes encountered on compressors with interconnected crankcases. See Application Bulletin AE 4-1167 for complete details.

118



WATTS x 1000

R22

R502

15 – 9.4

5 – 15

0 – 17.8

–5 – 20.6

– 10 – 23.3

422.0

338.0

268.0

236.0

208.0

179.0

618.0

516.0

426.0

106.0

85.2

6 7.5

5 9.5

5 2.4

4 5.1

156.0

130.0

107.0

87.7

71.1

6 3.0

55.9

124.0

99.0

78.5

6 9.1

6 0.9

5 2.4

181.0

151.0

125.0

102.0

82.6

7 3.3

65.0

340.0

274.0

474.0

394.0

324.0

260.0 200.0

172.0

146.0

85.7

69.0

—

—

—

119.0

99.3

81.6

65.5

50.4

43.3

36.8

99.6

80.3

139.0

115.0

94.9

76.2

58.6

50.4

42.8

216.0

174.0

138.0

122.0

107.0

92.2

318.0

264.0

218.0

179.0 145.0

129.0

114.0

54.4

43.8

34.8

30.7

27.0

23.2

80.1

66.5

54.9

4 5.1

36.5

32.5

28.7

63.3

51.0

40.4

35.7

31.4

27.0

93.2

77.4

63.9

5 2.4

42.5

37.8

33.4

175.0

141.0

244.0

202.0

166.0

133.0 103.0

88.6

74.8

44.1

35.5

—

—

—

61.5

50.9

41.8

33.5

26.0

22.3

18.8

51.3

41.3

71.5

59.2

48.6

39.0

30.2

26.0

21.9

562.0

454.0

812.0

674.0

556.0

454.0 366.0

330.0

294.0

142.0

114.0

205.0

170.0

140.0

114.0

92.2

83.2

74.1

165.0

133.0

238.0

197.0

163.0

133.0 107.0

96.7

86.1

458.0

366.0

626.0

522.0

430.0

352.0 282.0

254.0

224.0

115.0

92.2

158.0

132.0

108.0

88.7

71.1

64.0

56.4

134.0

107.0

183.0

153.0

126.0

103.0

82.6

74.4

65.6

378.0

304.0

552.0

458.0

378.0

308.0 250.0

224.0

199.0

95.3

76.6

139.0

115.0

95.3

77.6

63.0

56.4

50.1

111.0

89.1

162.0

134.0

111.0

90.2

73.3

65.6

58.3

308.0

246.0

426.0

354.0

292.0

238.0 192.0

173.0

153.0

77.6

62.0

107.0

89.2

73.6

60.0

48.4

43.6

38.6

90.2

72.1

125.0

104.0

86.0

69.7

56.3

50.7

44.8

646.0

516.0

940.0

780.0

642.0

522.0 422.0

380.0

336.0

163.0

130.0

237.0

197.0

162.0

132.0

106.0

95.8

189.0

151.0

275.0

228.0

188.0

153.0 124.0

111.0

98.4

524.0

420.0

726.0

600.0

494.0

402.0 322.0

290.0

258.0

132.0

106.0

183.0

151.0

124.0

101.0

81.1

73.1

65.0

154.0

123.0

213.0

176.0

145.0

118.0

94.3

85.0

75.6

444.0

356.0

640.0

530.0

436.0

356.0 286.0

258.0

228.0

112.0

89.7

161.0

134.0

110.0

89.7

72.1

65.0

57.5

130.0

104.0

187.5

155.3

128.0

104.0

83.8

75.6

66.8

360.0

288.0

492.0

408.0

336.0

274.0 220.0

197.0

175.0

90.7

72.6

124.0

103.0

84.7

69.0

55.4

49.6

44.1

105.0

84.4

144.0

120.0

98.4

80.3

64.5

57.7

51.3

—

—

– 20 – 28.9


25 – 3.9

119

5 – 15

348.0 282.0

0 – 17.8

–5 – 20.6

250.0

222.0

84.7

– 10 – 23.3

– 20 – 28.9

– 30 – 34.4

– 40 – 40



REFRIGERANT COOLED

MODEL

HP kW

CYL

Bore in mm

Stroke in mm

CFH m 3 /hr




50 Hertz

Oz

Liter

Length

Width

Height

Length

Width

Service Valve Sizes Suction Discharge in in

Weights lb/ kg Net

Ship ping

2DF -0300 2DF3F16K0

3 2.2

2

25/8 66.7

13/8 34.9

749 21.2

80 (72)

2.37 (2.13)

23 1/4 591

13 330

173/32 434

115/8 295

11 279

7 /8 13/8 Solder Solder

280 127

310 141

2DL -0400 2DL3F20K0

4 3.0

2

21/2 63.5

111/16 42.9

835 23.6

80 (72)

2.37 (2.13)

23 1/4 591

13 330

173/32 434

115/8 295

11 279


290 132

320 145

2DC -0500 2DC3R53K0

5 3.7

2

21/2 63.5

113/64 30.6

593 16.8

80 (72)

2.37 (2.13)

23 1/4 591

13 330

173/32 434

115/8 295

11 279


290 132

320 145

2DD -0500 2DD3R63K0

5 3.7

2

21/2 63.5

13/8 34.9

682 19.3

80 (72)

2.37 (2.13)

23 1/4 591

13 330

173/32 434

115/8 295

11 279


290 132

320 145

2DF-0500 (LV)

5 3.7

2

25/8 66.7

13/8 34.9

749 21.2

80 (72)

2.37 (2.13)

23 1/4 591

13 330

173/32 434

115/8 295

11 279


280 127

310 141

2DA-0500 2DA3R58K0

5 3.7

2

29/16 65.1

113/16 46.0

940 26.6

80 (72)

2.37 (2.13)

22 1/4 565

13 330

173/32 434

115/8 295

11 279


290 132

320 145

2DB -0500 2DB3R61K0

5 3.7

2

25/8 66.7

113/16 46.0

987 27.9

80 (72)

2.37 (2.13)

22 1/4 565

13 330

173/32 434

115/8 295

11 279


290 132

320 145

3DA A0500 3DA3F18K0

5 3.7

3

23/16 55.6

2 50.8

1135 32.1

125 (115)

3.70 25 13/16 151/16 (3.40) 656 383

181/32 458

15 381

12 305


335 152

380 172

3DB A0500 3DB3F22K0

5 3.7

3

23/8 60.3

2 50.8

1338 37.9

125 (115)

3.70 25 13/16 151/16 (3.40) 656 383

181/32 458

15 381

12 305


335 152

380 172

2DA -0600 2DA3F23K0

6 4.5

2

29/16 65.1

113/16 46.0

940 26.6

80 (72)

2.37 (2.13)

23 1/4 591

13 330

173/32 434

115/8 295

11 279


290 132

320 145

2DB -0600 2DB3F25K0

6 4.5

2

25/8 66.7

113/16 46.0

987 27.9

80 (72)

2.37 (2.13)

23 1/4 591

13 330

173/32 434

115/8 295

11 279


290 132

320 145

3DA A0600 3DA3F28K0

6 4.5

3

23/16 55.6

2 50.8

1135 32.1

125 (115)

3.70 25 13/16 151/16 (3.40) 656 383

181/32 458

15 381

12 305

13/8 11/8 Solder Solder

345 156

395 179

2DL -0750 2DL3R78K0

7.5 5.6

2

21/2 63.5

111/16 42.9

835 23.6

80 (72)

2.37 (2.13)

23 1/4 591

13 330

173/32 434

115/8 295

11 279


300 136

345 156

2DA -0750 2DA3R89K0

7.5 5.6

2

29/16 65.1

113/16 46.0

940 26.6

80 (72)

2.37 (2.13)

23 1/4 591

13 330

173/32 434

115/8 295

11 279


300 136

345 156

3DA A0750 3DA3R10M0

7.5 5.6

3

23/16 55.6

2 50.8

1135 32.1

125 (115)

3.70 26 25/32 151/16 (3.40) 680 383

181/32 458

15 381

12 305


345 156

395 179

3DB A0750 3DB3F33K0

7.5 5.6

3

23/8 60.3

2 50.8

1338 37.9

125 (115)

3.70 26 13/16 151/16 (3.40) 656 383

181/32 458

15 381

12 305


345 156

395 179

3DF A0750 3DF3F26K0

7.5 5.6

3

25/16 58.7

21/2 63.5

1586 44.9

125 (115)

3.70 26 25/32 151/16 (3.40) 680 383

181/32 458

15 381

12 305


345 156

395 179

3DS A0750 3DS3F30K0

7.5 5.6

3

27/16 61.9

21/2 63.5

1762 49.9

125 (115)

3.70 26 25/32 151/16 (3.40) 680 383

181/32 458

15 381

12 305


345 156

395 179

3DB A0900 (LV) 3DB3F27K0

9 6.7

3

23/8 60.3

2 50.8

1338 37.9

125 (115)

3.70 25 13/16 151/16 (3.40) 656 383

181/32 458

15 381

12 305


345 156

395 179

3DF A0900 3DF3F40K0

9 6.7

3

25/16 58.7

21/2 63.5

1586 44.9

125 (115)

3.70 26 25/32 151/16 (3.40) 680 383

181/32 458

15 381

12 305


345 156

395 179

3DB A1000 3DB3R12M0

10 7.5

3

23/8 60.3

2 50.8

1338 37.9

125 (115)

3.70 26 25/32 151/16 (3.40) 680 383

181/32 458

15 381

12 305


360 163

410 186


120


ELECTRICAL SPECIFICATIONS FSM 380/420-3-50

RLA

TFC 200/220-3-50 208/230-3-60 LRA

RLA

TFD 380/420-3-50 460-3-60

TFE 500-3-50 575-3-60

TFU 200-3-50 200-3-60

LRA

RLA

LRA

RLA

LRA

16.8

102.0

8.1

52.0

6.7

41.0

26.3

161.0

10.2

60.0

7.7

49.0

22.3

120.0

10.4

60.0

7.7

49.0

22.3

120.0

10.5

60.0

7.9

49.0

22.3

120.0

10.4

60.0

7.9

49.0

19.2

120.0

10.2

60.0

7.6

49.0

8.6

55.0

18.6

115.0

11.0

58.0

7.9

43.0

7.6

55.0

18.0

115.0

10.1

58.0

7.5

43.0

28.8

161.0

10.2

60.0

9.1

49.0

28.2

161.0

13.3

80.0

9.6

63.0

30.3

150.0

13.7

77.0

10.5

62.0

31.6

169.0

13.8

85.0

13.2

67.0

32.0

169.0

14.1

85.0

13.3

67.0

13.5

78.0

20.4

102.0

41.0

215.0

20.0

106.0

16.5

84.0

15.0

85.0

31.5

161.0

16.1

83.0

11.0

67.0

30.7

161.0

15.0

83.0

32.0

161.0

16.4

83.0

11.5

67.0

12.5

85.0

17.2

102.0

39.0

215.0

16.9

106.0

16.5

84.0

22.5

102.0

43.6

215.0

20.0

106.0

16.5

84.0

121

RLA

LRA

21.4

105.0

35.0

220.0

36.8

220.0



REFRIGERANT COOLED

MODEL

HP kW

CYL

Bore in mm

Stroke in mm

CFH m 3 /hr


50 Hertz

Oz

Liter



Service Valve Sizes

Width

Height

Length

Width


Weights lb/ kg Net

Ship ping

3DS A1000 3DS3F46K0

10 7.5

3

27/16 61.9

21/2 63.5

1762 49.9

125 (115)

3.70 26 25/32 151/16 (3.40) 680 383

181/32 458

15 381

12 305


360 163

410 186

4DA A1000 4DAR12M0

10 7.5

4

21/2 63.5

2 50.8

1977 56.0

135 (125)

3.99 25 13/32 203/16 1721/32 (3.70) 645 513 448

15 381

12 305


382 173

437 198

4DA A1010 4DA*F47K0

10 7.5

4

21/2 63.5

2 50.8

1977 56.0

135 (125)

3.99 25 13/32 203/16 1721/32 (3.70) 645 513 448

15 381

12 305


382 173

437 198

3DF A1200 3DF3R15M0

12 9.0

3

25/16 58.7

21/2 63.5

1586 44.9

125 (115)

3.70 26 25/32 151/16 (3.40) 680 383

181/32 458

15 381

12 305


370 168

425 193

3DS A1500 3DS3R17M0

15 11.2

3

27/16 61.9

21/2 63.5

1762 49.9

125 (115)

3.70 (3.40)

281/32 712

151/16 383

181/32 458

15 381

12 305


370 168

425 193

4DL A1500 (OC) 4DLF63K0

15 11.2

4

211/16 68.3

23/16 55.6

2499 70.7

135 (125)

3.99 (3.70)

271/32 687

201/2 521

23 584

15 381

12 305


404 183

469 213

4DA A2000 4DAR18M0

20 14.9

4

21/2 63.5

2 50.8

1977 56.0

135 (125)

3.99 25 13/32 203/16 1721/32 (3.70) 645 513 448

15 381

12 305


407 185

467 212

4DB A2200 4DBR20M0

22 16.4

4

211/16 68.3

2 50.8

2300 65.1

135 (125)

3.99 (3.70)

26 9/32 668

201/2 521

1713/16 452

15 381

12 305


427 194

492 223

4DT A2200 (OC) 4DTF76K0

22 16.4

4

215/16 74.6

23/16 55.6

3603 102.0

135 (125)

3.99 27 15/16 (3.70) 710

201/2 521

23 584

15 381

12 305


412 187

472 214

4DH A2500 4DHR22M0

25 18.7

4

211/16 68.3

23/16 55.6

3016 85.4

135 (125)

3.99 (3.70)

269/32 668

201/2 521

1713/16 452

15 381

12 305


427 194

492 223

6DLA2700 (OC) 6DLF93K0

27 20.1

6

211/16 68.3

23/16 55.6

4524 128.1

140 (130)

4.14 (3.84)

297/16 748

227/16 570

26 660

15 381

12 305


490 222

550 249

4DJ A3000 4DJR28M0

30 22.4

4

215/16 74.6

23/16 55.6

3603 102.0

135 (125)

3.99 (3.70)

271/32 687

201/2 521

1713/16 452

15 381

12 305


432 196

502 228

6DBA3000 6DBR32M0

30 22.4

6

211/16 68.3

2 50.8

4140 117.2

140 (130)

4.14 (3.84)

29 7/16 748

227/16 1731/32 570 456

15 381

12 305


502 228

577 262

6DT A3000 (DS) (OC) 6DTF11M0

30 22.4

6

215/16 74.6

23/16 55.6

5405 153.0

255 (245)

7.54 (7.25)

297/16 748

227/16 570

15 381

12 305


527 239

602 273

6DH A3500 6DHR35M0

35 26.1

6

211/16 68.3

23/16 55.6

4524 128.1

140 (130)

4.14 (3.84)

303/16 767

227/16 1731/32 570 456

15 381

12 305


502 228

577 262

6DG A3500 6DGR37M0

35 26.1

6

213/16 71.4

23/16 55.6

4955 140.3

140 (130)

4.14 (3.84)

303/16 767

227/16 1731/32 570 456

15 381

12 305


502 228

577 262

6DJ A4000 (DS) 6DJR40M0

40 29.8

6

215/16 74.6

23/16 55.6

5405 153.0

255 (245)

7.54 (7.25)

303/16 767

227/16 2027/32 570 529

15 381

12 305


550 249

630 286

8DP -5000 (DS) (VR) 8DPR56M

50 37.3

8

211/16 68.3

221/64 59.1

6429 182.0

260 (250)

7.69 32 13/16 (7.39) 833

191/4 489

2429/32 633

18 457

12 305


695 315

765 347

8DS-6000 (DS) (VR) 8DSR67M0

60 44.8

8

215/16 74.6

221/64 59.1

7609 215.4

260 (250)

7.69 32 13/16 (7.39) 833

191/4 489

2429/32 633

18 457

12 305


695 315

765 347

(OC) Oil cooler and vertical cooling fan are standard on this model. (DS) Deep oil sump is standard on this model. (VR) Voltage rating for TSK for this model is 200/400-3-50, 208/230/460-3-60.

122

287/8 733


ELECTRICAL SPECIFICATIONS ES8 200-3-50 200/220-3-60 380-3-60

RLA

LRA

FSD 380/420-3-50 460-3-60

RLA

LRA

200/220 47.2 228.0 380 25.7 132.0

FSM 380/420-3-50

TFC 200/220-3-50 208/230-3-60

TFD 380/420-3-50 460-3-60

RLA

LRA

RLA

LRA

RLA

LRA

17.5

102.0

42.0

215.0

18.6

106.0

TSK 200-3-50 380/400-3-50 208/230-3-60 460-3-60 RLA LRA

TSN 200-3-50 380/400-3-50 230-3-60 460-3-60 RLA LRA

200/220 82.5 445.0 380 48.0 260.0 200/220 123.6 500.0 380 71.4 289.0

24.8

24.5

200/220 146.7 633.0 380 84.1 365.0

48.2

275.0

23.6

138.0

19.5

TFE 110.0

59.6

275.0

29.0

138.0

23.6

TFE 110.0 TSE

200/208/230 52.6 278.0 380/400/460 26.3 139.0

136.0

20.9

113.0

33.6

173.0

32.5

180.0

180.0

200/208/230 66.0 374.0 380/400/460 33.0 187.0

24.2

206.0

200/208/230 82.2 428.0 380/400/460 41.1 214.0

TSE 34.4 172.0 TSE

218.0

200/208/230 80.8 450.0 380/400/460 40.4 225.0

33.9 40.6

41.6

45.0

42.8

55.0 66.0

200/220 164.0 633.0 380 96.9 365.0

136.0

TSE 17.5 106.0

200/208/230 66.0 308.0 380/400/460 33.0 154.0 200/208/230 65.6 374.0 380/400/460 32.8 187.0

50.0 200/220 95.9 500.0 380 55.6 289.0

84.0

115.0

200/220 57.6 316.0 380 32.8 180.0

200/220 99.3 438.0 380 58.6 251.0

LRA

16.8

200/208/230 45.2 220.0 380/400/460 22.6 110.0

200/220 69.0 405.0 380 40.0 235.0

RLA

TFE

20.0

200/220 62.0 295.0 380 31.0 175.0

TFE TSE 500-3-50 575-3-60

70.0

91.0

96.5

TSE 24.7 135.0

TSE

TSE 26.5

135.0

135.0

32.5

172.0

39.3

TSE 200.0

260.0

200/208/230 94.0 470.0 380/400/460 47.0 235.0 200/208/230 105.0 565.0 380/400/460 52.5 783.0

235.0

200/208/230 95.6 470.0 380/400/460 47.8 235.0

39.6

260.0

200/208/230 107.0 565.0 380/400/460 53.5 283.0

TSE 42.5 230.0

235.0

TSE 40.0 230.0 TSE

315.0

200/230 125.0 594.0 380/400/460 62.5 297.0

315.0

200/230 142.0 594.0 380/400/460 71.0 297.0

510.0

510.0

123

46.0

200.0

TSE 245.0 TSE

53.5

245.0

200/208/230 180.0 1070.0 380/400/460 90.0 535.0

TSE 75.0 405.0

200/208/230 224.0 1070.0 380/400/460 112.0 535.0

TSE 80.0

405.0



HP kW


MECHANICAL SPECIFICATIONS CFH m 3 /hr 50 Hertz

Oil Charge (Refill Oil Charge) Oz

Liter


Overall Dimensions in/mm Length

Width 13

Height 1

Length

Width


Weights lb/kg

Valve in

Fitting in

Net

Shipping

1

3

33D A10AA 33DA3F36K0

10 7.5

3DA A0500 3DA3F18K0

2270 64.3

250 (230)

7.39 (6.80)

56 1422

16 /16 427

19 /2 495

50 1270

12 305

2 /8 Solder

1 /8 Solder

750 340

865 392

33D A10BB 33DB3F44 K0 33D A12AA 33DA3F56K0 33D A15AA 33DA3R20M0 33D A15BB 33DB3F66K0 33D A15FF 33DF3F52K0 33D A15SS 33DS3F60K0 33D A18BB (LV) 33DB3F54K0 33D A18FF 33DF3F80K0 33D A20BB 33DB3R24M0 33D A20SS 33DS3F92K0 44D A20AA 44DAR24M0 44D A21AA 44DAF94K0 33D A24FF 33DF3R30M0 33D A30SS 33DS3R34M0 44D A30LL (OC) 44DLF13M0 44D A40AA 44DAR36M0 44D A44BB 44DBR40M0 44D A44TT (OC) 44DTF15M0 44D A50HH 44DHR44M0 66D A54LL (OC) 66DLF19M0

10 7.5 12 9.0 15 11.2 15 11.2 15 11.2 15 11.2

3DB A0500 3DB3F22K0 3DA A0600 3DA3F28K0 3DA A0750 3DA3R10M0 3DBA0750 3DB3F33K0 3DF A0750 3DF3F26K0 3DS A0750 3DS3F30K0

2676 75.8 2270 64.3 2270 64.3 2676 75.8 3172 89.8 3524 99.8

250 (230) 250 (230) 250 (230) 250 (230) 250 (230) 250 (230)

7.39 (6.80) 7.39 (6.80) 7.39 (6.80) 7.39 (6.80) 7.39 (6.80) 7.39 (6.80)

56 1422 56 1422 56 1422 56 1422 56 1422 56 1422

16 13/16 427 16 13/16 427 16 13/16 427 16 13/16 427 16 13/16 427 16 13/16 427

191/2 495 191/2 495 191/2 495 191/2 495 191/2 495 191/2 495

50 1270 50 1270 50 1270 50 1270 50 1270 50 1270

12 305 12 305 12 305 12 305 12 305 12 305

21/8 Solder 21/8 Solder 21/8 Solder 21/8 Solder 21/8 Solder 21/8 Solder

13/8 Solder 13/8 Solder 13/8 Solder 13/8 Solder 13/8 Solder 13/8 Solder

750 340 770 349 770 349 770 349 770 349 770 349

865 392 885 401 885 401 885 401 885 401 885 401

18 13.4

3DBA0900 3DB3F27K0

2676 75.8

250 (230)

7.39 (6.80)

56 1422

16 13/16 427

191/2 495

50 1270

12 305

21/8 Solder

13/8 Solder

770 349

885 401

18 13.4 20 14.9 20 14.9 20 14.9 20 14.9 24 17.9 30 22.4

3DF A0900 3DF3F40K0 3DB A1000 3DB3R12M0 3DS A1000 3DS3F46K0 4DAA1000 4DAR12M0 4DAA1010 4DAF47K0 3DFA1200 3DF3R15M0 3DS A1500 3DS3R17M0

3172 89.8 2676 75.8 3524 99.8 3954 111.9 3954 111.9 3172 89.8 3524 99.8

250 (230) 250 (230) 250 (230) 270 (250) 270 (250) 250 (230) 250 (230)

7.39 (6.80) 7.39 (6.80) 7.39 (6.80) 7.98 (7.39) 7.98 (7.39) 7.39 (6.80) 7.39 (6.80)

56 1422 56 1422 56 1422 57 11/16 1465 57 11/16 1465 56 1422 56 1422

16 13/16 427 16 13/16 427 16 13/16 427 21 533 21 533 16 13/16 427 16 13/16 427

191/2 495 191/2 495 191/2 495 195/16 491 195/16 491 191/2 495 191/2 495

50 1270 50 1270 50 1270 50 1270 50 1270 50 1270 50 1270

12 305 12 305 12 305 12 305 12 305 12 305 12 305

21/8 Solder 21/8 Solder 21/8 Solder 21/8 Solder 21/8 Solder 21/8 Solder 21/8 Solder

13/8 Solder 13/8 Solder 13/8 Solder 15/8 Solder 15/8 Solder 13/8 Solder 13/8 Solder

770 349 800 363 800 363 884 401 884 401 820 372 820 372

885 401 915 415 915 415 1004 455 1004 455 935 424 935 424

30 22.4

4DL A1500 4DLF63K0

4998 141.5

270 (250)

7.98 (7.39)

63 1/8 1603

213/8 543

2421/32 626

50 1270

12 305

21/8 Solder

15/8 Solder

928 421

1048 475

40 29.8 44 32.8

4DA A2000 4DAR18M0 4DB A2200 4DBR20M0

3954 111.9 4600 130.2

270 (250) 270 (250)

7.98 (7.39) 7.98 (7.39)

57 11/16 1465 61 3/8 1559

21 533 217/16 545

195/16 491 191/2 495

50 1270 55 1397

12 305 12 305

21/8 Solder 25/8 Solder


934 424 974 442

1054 478 1094 496

44 32.8

4DT A2200 4DTF76K0

5970 169.0

270 (250)

7.98 (7.39)

61 3/8 1559

213/8 543

2411/16 627

55 1397

12 305

31/8 Solder

15/8 Solder

944 428

1064 483

50 37.3

4DH A2500 4DHR22M0

4998 141.5

270 (250)

7.98 (7.39)

61 3/8 1559

217/16 545

191/2 495

55 1397

12 305

25/8 Solder

15/8 Solder

974 442

1094 496

54 40.3

6DLA2700 6DLF93K0

7496 212.2

280 (260)

8.28 (7.69)

63 3/4 1619

235/16 592

275/8 702

55 1397

12 305

31/8 Solder

15/8 Solder

1100 499

1220 553

Electrical specifications shown for tandems are per compressor rating. (LV) Limited voltage. Available only in 200 volt electrical. (OC) Oil coolers and vertical cooling fans are standard on this model.

TANDEM WIRING Each compressor of a tandem may be wired with a separate the oil pressure safety control and dual pressure safety control control system for independent motor operation. If current be wired independently on each compressor. For tandem inrush decrease is desirable, a time delay relay may be used wiring diagrams refer to Application Bulletin AE 4-1167. to stagger motor starting. Either of these circuits require that 124



RLA

LRA

FSM 380/420-3-50

RLA

LRA

FSD 380/420-3-50 460-3-60

RLA

LRA

TFC 200/220-3-50 208/230-3-60

RLA

LRA

TFD 380/ 420-3-50 460-3-60

RLA

LRA

TSK 200-3-50 380/400-3-50 208/230-3-60 460-3-60 RLA LRA

TFE TSE 500-3-50 575-3-60

RLA

LRA

TFU 200-3-50 200-3-60

RLA

LRA

35.0

220.0

36.8

220.0

TFE 8.6

55.0

18.6

115.0

11.0

58.0

7.9

43.0 TFE

7.6

55.0

18.0

115.0

10.1

58.0

7.5

13.5

78.0

30.3

150.0

13.7

77.0

10.5

43.0 TFE 62.0 TFE

20.4 200/220 29.2 167.0 380 16.4 96.0

102.0

41.0

215.0

20.0

106.0

16.5

84.0 TFE

15.0

85.0

31.5

161.0

16.1

83.0

30.7

161.0

15.0

83.0

32.0

161.0

16.4

83.0

11.0

67.0

TFE 12.5

85.0

11.5

67.0

TFE 17.2

102.0

39.0

215.0

16.9

106.0

16.5

200/220 48.0 228.0 380 27.4 132.0

22.5

102.0

43.6

215.0

20.0

106.0

16.5

200/220 47.2 228.0 380 25.7 132.0

17.5

102.0

42.0

215.0

18.6

106.0

16.8

84.0

17.5

TSE 106.0

TFE

115.0 200/208/230 45.2 220.0 380/400/460 22.6 110.0

200/220 62.0 295.0 380 31.0 175.0

200/220 69.0 405.0 380 40.0 235.0 200/220 99.3 438.0 380 58.6 251.0 200/220 82.5 445.0 380 48.0 260.0

84.0 TFE

20.0

200/220 57.6 316.0 380 32.8 180.0

84.0

24.8

48.2

275.0

23.6

138.0

19.5

TFE 110.0

59.6

275.0

29.0

138.0

23.6

TFE 110.0

20.9

TSE 113.0

24.7

TSE 135.0

26.5

TSE 135.0

24.2

TSE 135.0

206.0

200/208/230 82.2 428.0 380/400/460 41.1 214.0

34.4

TSE 172.0

218.0

200/208/230 80.8 450.0 380/400/460 40.4 225.0

32.5

TSE 172.0

136.0 24.5

136.0

33.6

173.0

32.5

180.0

33.9

40.6 41.6

200/208/230 52.6 278.0 380/400/460 26.3 139.0 200/208/230 66.0 308.0 380/400/460 33.0 154.0 200/208/230 65.6 374.0 380/400/460 32.8 187.0 200/208/230 66.0 374.0 380/400/460 33.0 187.0

180.0

125



HP kW




Oz



L ite r

Le ngt h 3

Wi dth 3

H ei ght 1

Le ng th

Wi dt h


Weights lb/kg

Valve in

Fitting in

Net

Shipping

1

5

44D A60JJ 44DJR56M0

60 44.8

4DJ A3000 4DJR28M0

5970 169.0

270 (250)

7.98 (7.39)

61 /8 1559

21 /8 543

19 /2 495

55 1397

12 305

3 /8 Solder

1 /8 Solder

984 446

1104 501

66D A60BB 66DBR64M0

60 44.8

6DB A3000 6DBR32M0

6900 195.3

280 (260)

8.28 (7.69)

63 3/4 1619

231/4 591

21 533

55 1397

12 305

31/8 Solder

15/8 Solder

1124 510

1274 578

66D A60TT (DS) (OC) 66DT F22M0

60 44.8

6DT A3000 6DTF11M0

8956 253.5

510 (490)

15.1 (14.5)

63 3/4 1619

231/4 591

321/4 55 12 31/8 15/8 1174 DISCUS COMPRESSORS 819 1397 305 Solder Solder 533

1324 601

66D A70HH 66DHR70M0

70 52.2

6DH A3500 6DHR35M0

7496 212.2

280 (260)

8.28 (7.69)

63 3/4 1619

231/4 591

21 533

55 1397

12 305

31/8 Solder

21/8 Solder

1124 510

1274 578

66D A70GG 66DGR74M0

70 52.2

6DGA3500 6DGR37M0

8258 233.8

280 (260)

8.28 (7.69)

63 3/4 1619

231/4 591

21 533

55 1397

12 305

31/8 Solder

21/8 Solder

1124 510

1274 578

66D A80JJ (DS) 66DJR80M0

80 59.7

6DJA4000 6DJR40M0

8956 253.5

510 (490)

15.1 (14.5)

63 3/4 1619

231/4 591

253/16 640

55 1397

12 305

31/8 Solder

21/8 Solder

1220 553

1380 626

88D -11PP (DS) (VR) 88DPR112M0

100 74.6

8DP -5000 8DPR56M0

10716 303.4

520 (500)

15.4 (14.8)

72 11/16 1846

2111/16 551

251/2 648

661/8 1680

12 305

41/8 Solder

21/8 Solder

1600 726

1775 805

88D -12SS (DS) (VR) 88DS R134M0

120 89.5

8DS-6000 8DSR67M0

12680 359.0

520 (500)

15.4 (14.8)

72 11/16 1846

2111/16 551

251/2 648

661/8 1680

12 305

41/8 Solder

21/8 Solder

1710 776

1885 855

Electrical specifications shown for tandems are per compressor rating. (DS) Deep oil sumps are standard on this model. (OC) Oil coolers and vertical cooling fans are standard on this model. (VR) Voltage rating for TSK for this model is 200/ 400-3-50, 208/ 230/ 460-3-60.

126


ELECTRICAL SPECIFICATIONS ES8 200-3-50 200/220-3-60 380-3-60 RLA 123.6 71.4

FSD 380/420-3-50 460-3-60 LRA

200/220 380

RLA

55.6 146.7 84.1

200/220 380 200/220 380

LRA

289.0

45.0

42.8 55.0

RLA

LRA

RLA

LRA

39.3

200.0

260.0

200/208/230 105.0 565.0 380/400/460 52.5 283.0

40.0

230.0

39.6

200.0

42.5

230.0

46.0

245.0

53.5

245.0

75.0

405.0

80.0

405.0

235.0

633.0 365.0

LRA

TSE 500-3-50 575-3-60

235.0

500.0 289.0

RLA

TSN 200-3-50 380/400-3-50 230-3-60 460-3-60

200/208/230 94.0 470.0 380/400/460 47.0 235.0

500.0

50.0 95.9

TSK 200-3-50 380/400-3-50 208/230-3-60 460-3-60

260.0

200/208/230 95.6 470.0 380/400/460 47.8 235.0 200/208/230 107.0 565.0 380/400/460 53.5 283.0 200/230

66.0 164.0 96.9

200/220 380

125.0 594.0 380/400/460 62.5 297.0

315.0

200/230 142.0 594.0 380/400/460 71.0 297.0

633.0 365.0

70.0

91.0

96.5

315.0

510.0

510.0

200/208/230 180.0 1070.0 400/460 90.0 535.0 200/208/230 224.0 1070.0 400/460 112.0 535.0

127




HP kW

CYL


Bore in mm

Stroke in mm

CFH m 3 /hr


50 Hertz

Oz

Liter



Service Valve Sizes

Width

Height

Length

Width

Suction in

Discharge in

Weights lb/ kg Net

Shipping

3DEA0500 3DA A0500 5 3DE3F18K0 3DA3F18K0 3.7

23/16 55.6

2 50.8

1135 32.1

125 (115)

3.70 25 25/32 151/16 (3.40) 655 383

215/16 541

15 381

12 305

13 / 8 Solder

7

3

/8 Solder

340 154

385 175

3DHA0600 3DA A0600 6 3DH3F28K0 3DA3F28K0 4.5

3

23/16 55.6

2 50.8

1135 32.1

125 (115)

3.70 25 25/32 151/16 (3.40) 655 383

215/16 541

15 381

12 305

13 / 8 Solder

11/8 Solder

350 159

400 181

3DEA0750 3DA A0750 7.5 3DE3R10M0 3DA3R10M0 5.6

3

23/16 55.6

2 50.8

1135 32.1

125 (115)

3.70 26 25/32 151/16 (3.40) 680 383

215/16 541

15 381

12 305

13 / 8 Solder

11/8 Solder

350 159

400 181

3DPA0750 3DB A0750 7.5 3DP3F33K0 3DB3F33K0 5.6

3

23/8 60.3

2 50.8

1338 37.9

125 (115)

3.70 25 25/32 151/16 (3.40) 655 383

215/16 541

15 381

12 305

13 / 8 Solder

11/8 Solder

350 159

400 181

3DJA0750 3DB A0750 7.5 3DJ3F33K0 3DB3F33K0 5.6

3

23/8 60.3

2 50.8

1338 37.9

125 (115)

3.70 25 25/32 151/16 (3.40) 655 383

215/16 541

15 381

12 305

13 / 8 Solder

11/8 Solder

350 159

400 181

3DKA0750 3DF A0750 7.5 3DK3F26K0 3DF3F26K0 5.6

3

25/16 58.7

21/2 63.5

1586 44.9

125 (115)

3.70 26 25/32 151/16 (3.40) 680 383

215/16 541

15 381

12 305

13 / 8 Solder

11/8 Solder

350 159

400 181

3DTA0750 3DS A0750 7.5 3DT3F30K0 3DS3F30K0 5.6

3

27/16 61.9

21/2 63.5

1762 49.9

125 (115)

3.70 26 25/32 151/16 (3.40) 680 383

215/16 541

15 381

12 305

13 / 8 Solder

11/8 Solder

350 159

400 181

3DPA0900 3DBA0900 9 (LV) 3DB3F27K0 6.7 3DP3F27K0

3

23/8 60.3

2 50.8

1338 37.9

125 (115)

3.70 25 25/32 151/16 (3.40) 655 383

215/16 541

15 381

12 305

13 / 8 Solder

11/8 Solder

350 159

400 181

3DJA0900 3DBA0900 9 (LV) 3DB3F27K0 6.7 3DJ3F27K0

3

23/8 60.3

2 50.8

1338 37.9

125 (115)

3.70 25 25/32 151/16 (3.40) 655 383

215/16 541

15 381

12 305

13 / 8 Solder

11/8 Solder

350 159

400 181

3DKA0900 3DF A0900 9 3DK3F40K0 3DF3F40K0 6.7

3

25/16 58.7

21/2 63.5

1586 44.9

125 (115)

3.70 26 25/32 151/16 (3.40) 680 383

215/16 541

15 381

12 305

13 / 8 Solder

11/8 Solder

350 159

400 181

3DGA0900 3DF A0900 9 3DG3F40K0 3DF3F40K0 6.7

3

25/16 58.7

21/2 63.5

1586 44.9

125 (115)

3.70 26 25/32 151/16 (3.40) 680 383

215/16 541

15 381

12 305

13 / 8 Solder

11/8 Solder

350 159

400 181

3DPA1000 3DB A1000 10 3DP3R12M0 3DB3R12M0 7.5

3

23/8 60.3

2 50.8

1338 37.9

125 (115)

3.70 26 25/32 151/16 (3.40) 680 383

215/16 541

15 381

12 305

13 / 8 Solder

11/8 Solder

365 166

415 188

3DT A1000 3DS A1000 10 3DT3R11M0 3DS3R11M0 7.5

3

27/16 61.9

21/2 63.5

1762 49.9

125 (115)

3.70 26 25/32 151/16 (3.40) 680 383

215/16 541

15 381

12 305

13 / 8 Solder

11/8 Solder

365 166

415 188

3DRA1000 3DS A1000 10 3DR3F46K0 3DS3F46K0 7.5

3

27/16 61.9

21/2 63.5

1762 49.9

125 (115)

3.70 26 25/32 151/16 (3.40) 680 383

215/16 541

15 381

12 305

13 / 8 Solder

11/8 Solder

365 166

415 188

4DEA1000 4DA A1000 10 4DER12M0 4DAR12M0 7.5

4

21/2 63.5

2 50.8

1977 56.0

135 (125)

3.99 25 13/32 203/16 (3.70) 645 513

185/8 473

15 381

12 305

15 / 8 Solder

11/8 Solder

387 176

442 200

4DN A1000 4DAA1000 10 (OC) 4DAR12M0 7.5 4DNR12M0

4

21/2 63.5

2 50.8

1977 56.0

135 (125)

3.99 (3.70)

27 1/32 687

23 584

15 381

12 305

1 5 /8 Solder

11/8 Solder

397 180

452 205

4DE A1010 4DA A1010 10 4DEF47K0 4DA F47K0 7.5

4

21/2 63.5

2 50.8

1977 56.0

135 (125)

3.99 25 13/32 203/16 (3.70) 645 513

185/8 473

15 381

12 305

15 / 8 Solder

11/8 Solder

387 176

442 200

4DN A1010 4DAA1010 10 (OC) 4DAF47K0 7.5 4DNF47K0

4

21/2 63.5

2 50.8

1977 56.0

135 (125)

3.99 (3.70)

27 1/32 687

23 584

15 381

12 305

1 5 /8 Solder

11/8 Solder

397 180

452 205

3DKA1200 3DF A1200 12 3DK3R15M0 3DF3R15M0 9.0

3

25/16 58.7

21/2 63.5

1586 44.9

125 (115)

3.70 26 25/32 151/16 (3.40) 680 383

215/16 541

15 381

12 305

13 / 8 Solder

11/8 Solder

375 170

430 195

(LV) Limited voltage. Available only in 200 volt electrical. (OC) Oil cooler and vertical cooling fan are standard on this model.

128

203/16 513

203/16 513



RLA

LRA

FSM 380/420-3-50

RLA

LRA

FSD 380/420-3-50 460-3-60

RLA

LRA

TFC 200/220-3-50 208/230-3-60

TFD 380/ 420-3-50 460-3-60

RLA

LRA

RLA

LRA

18.6

115.0

11.0

58.0

TSK 200-3-50 380/400-3-50 208/230-3-60 460-3-60 RLA LRA

TFE TSE 500-3-50 575-3-60

RLA

LRA

TFU 200-3-50 200-3-60

RLA

LRA

35.0

220.0

36.8

220.0

34.6

220.0

TFE 7.9

43.0 TFE

13.5

78.0

30.3

150.0

13.7

77.0

10.5

20.4

102.0

41.0

215.0

20.0

106.0

16.5

62.0 TFE 84.0 TFE

15.0

85.0

31.5

161.0

16.1

83.0

11.0

67.0 TFE

15.0

85.0

31.5

161.0

14.3

83.0

30.7

161.0

15.0

83.0

11.0

67.0

TFE 12.5

85.0

32.0

161.0

16.4

83.0

11.5

67.0

TFE 17.2

102.0

39.0

215.0

16.9

106.0

16.5

15.8

102.0

39.0

215.0

15.6

106.0

15.7

22.5

102.0

43.6

215.0

20.0

106.0

16.5

84.0 TFE

200/220 48.0 228.0 380 27.4 132.0 200/220 47.2 228.0 380 25.7 132.0 200/220 41.7 228.0 380 23.8 132.0

84.0 TFE 84.0 TFE

17.5

102.0

42.0

215.0

18.6

106.0

16.8

84.0

16.0

102.0

42.0

215.0

18.6

106.0

15.4

84.0

200/208/230 45.2 220.0 380/400/460 22.6 110.0

17.5

TSE 106.0

200/208/230 45.2 220.0 380/400/460 22.6 110.0

17.5

TSE 106.0

19.5

TFE 110.0

TFE

20.0

115.0

20.0

115.0

48.2

275.0

23.6

129

138.0





Bore in mm

Stroke in mm

3

27/16 61.9

4DLA1500 15 4DLF63K0 11.2

4

4DEA2000 4DA A2000 20 4DER18M0 4DAR18M0 14.9 4DCA2200 4DB A2200 22 4DCR20M0 4DBR20M0 16.4

HP kW

3DT A1500 3DSA1500 15 3DT3R17M0 3DS3R17M0 11.2 4DPA1500 (OC) 4DPF63K0

CYL

CFH m 3 /hr




Service Valve Sizes

Weights lb/ kg

50 Hertz

Oz

Liter

Length

Width

Height

Length

Width

Suction in

Discharge in

Net

Shipping

21/2 63.5

2127 60.2

125 (115)

3.70 (3.40)

281/32 712

151/16 383

215/16 541

15 381

12 305

15 / 8 Solder

11/8 Solder

375 170

430 195

211/16 68.3

23/16 55.6

3016 85.4

135 (125)

3.99 (3.70)

271/32 687

201/2 521

23 584

15 381

12 305

1 5 /8 Solder

13/8 Solder

409 186

474 215

4

21/2 63.5

2 50.8

2386 67.5

135 (125)

3.99 25 13/32 203/16 (3.70) 645 513

185/8 473

15 381

12 305

15 / 8 Solder

13/8 Solder

412 187

472 214

4

211/16 68.3

2 50.8

2760 78.1

135 (125)

3.99 (3.70)

26 9/32 668

1825/32 477

15 381

12 305

21 / 8 Solder

13/8 Solder

432 196

497 225


130

201/2 521



RLA

LRA

200/220 57.6 316.0 380 32.8 180.0 200/220 62.0 295.0 380 31.0 175.0

FSM 380/420-3-50

RLA

LRA

24.8

136.0

FSD 380/420-3-50 460-3-60

RLA

LRA

TFC 200/220-3-50 208/230-3-60

TFD 380/ 420-3-50 460-3-60

RLA

LRA

RLA

LRA

59.6

275.0

29.0

138.0

TSK 200-3-50 380/400-3-50 208/230-3-60 460-3-60 RLA LRA

TFE TSE 500-3-50 575-3-60

RLA

LRA

TFE

24.5

200/208/230 52.6 278.0 380/400/460 26.3 139.0

136.0

33.6

173.0

32.5

180.0

23.6

200/208/230 66.0 308.0 380/400/460 33.0 154.0 200/208/230 65.6 374.0 380/400/460 32.8 187.0

131

110.0 TSE

20.9

113.0

24.7

TSE 135.0

26.5

TSE 135.0

TFU 200-3-50 200-3-60

RLA

LRA




HP kW

4DSA2200 (OC) 4DSF76K0

4DTA2200 4DTF76K0

22 16.4

4DK A2500 4DKR22M0


Bore in mm

Stroke in mm

4

215/16 74.6

4DH A2500 25 4DH R22M0 18.7

4

6DC A2700 (OC) 6DCF93K0

6DLA2700 6DLF93K0

27 20.1

6DD A2700 (OC) 6DDF93K0 4DR A3000 4DRR28M0

CYL

CFH m 3 /hr




Service Valve Sizes

Weights lb/ kg

Length

Width

Height

Length

Width

Suction in

Discharge in

Net

Shipping

135 (125)

3.99 27 15/16 (3.70) 710

201/2 521

23 584

15 381

12 305

2 1 /8 Solder

13/8 Solder

417 189

477 216

3016 85.4

135 (125)

3.99 (3.70)

269/32 668

201/2 521

1825/32 477

15 381

12 305

21 / 8 Solder

13/8 Solder

432 196

497 225

23/16 55.6

3748 106.1

140 (130)

4.14 (3.84)

297/16 748

227/16 570

26 635

15 381

12 305

2 1 /8 Solder

13/8 Solder

495 225

555 252

211/16 68.3

23/16 55.6

3748 106.1

140 (130)

4.14 (3.84)

297/16 748

227/16 570

26 635

15 381

12 305

2 1 /8 Solder

13/8 Solder

500 227

560 254

4

215/16 74.6

23/16 55.6

2985 84.5

135 (125)

3.99 (3.70)

271/32 687

201/2 521

1825/32 477

15 381

12 305

21 / 8 Solder

13/8 Solder

437 198

507 230

6DWA3000 6DB A3000 30 6DWR32M0 6DBR32M0 22.4

6

211/16 68.3

2 50.8

3450 97.7

140 (130)

4.14 (3.84)

29 7/16 748

227/16 1731/32 570 456

15 381

12 305

21 / 8 Solder

15/8 Solder

507 230

582 264

6DY A3000 6DYR32M0

6DB A3000 30 6DB R32M0 22.4

6

211/16 68.3

2 50.8

3450 97.7

140 (130)

4.14 (3.84)

29 7/16 748

227/16 2011/32 570 517

15 381

12 305

21 / 8 Solder

15/8 Solder

512 232

587 266

6DE A3000 (DS) (OC) 6DEF11M0

6DTA3000 30 6DTF11M0 22.4

6

215/16 74.6

23/16 55.6

4478 126.8

255 (245)

7.54 (7.25)

297/16 748

227/16 570

287/8 733

15 381

12 305

21 / 8 Solder

13/8 Solder

532 241

607 275

6DF A3000 (DS) (OC) 6DFF11M0

6DT A3000 30 6DTF11M0 22.4

6

215/16 74.6

23/16 55.6

4478 126.8

255 (245)

7.54 (7.25)

297/16 748

227/16 570

287/8 733

15 381

12 305

21 / 8 Solder

13/8 Solder

537 244

612 278

6DK A3500 6DKR35M0

6DH A3500 35 6DH R35M0 26.1

6

211/16 68.3

23/16 55.6

3748 106.1

140 (130)

4.14 (3.84)

303/16 767

227/16 1731/32 570 456

15 381

12 305

21 / 8 Solder

15/8 Solder

507 230

582 264

6DP A3500 6DPR35M0

6DH A3500 35 6DH R35M0 26.1

6

211/16 68.3

23/16 55.6

3748 106.1

140 (130)

4.14 (3.84)

303/16 767

227/16 2011/32 570 517

15 381

12 305

21 / 8 Solder

15/8 Solder

512 232

587 266

6DMA3500 6DG A3500 35 6DMR37M0 6DG R37M0 26.1

6

213/16 71.4

23/16 55.6

4129 116.9

140 (130)

4.14 (3.84)

303/16 767

227/16 1731/32 570 456

15 381

12 305

21 / 8 Solder

15/8 Solder

507 230

582 264

6DN A3500 6DG A3500 35 6DNR37M0 6DG R37M0 26.1

6

213/16 71.4

23/16 55.6

4129 116.9

140 (130)

4.14 (3.84)

303/16 767

227/16 2011/32 570 517

15 381

12 305

21 / 8 Solder

15/8 Solder

512 232

587 266

6DR A4000 (DS) 6DRR40M0

6DJ A4000 40 6DJR40M0 29.8

6

215/16 74.6

23/16 55.6

4478 126.8

255 (245)

7.54 (7.25)

303/16 767

227/16 2027/32 570 529

15 381

12 305

21 / 8 Solder

15/8 Solder

555 252

635 288

6DS A4000 (DS) 6DSR40M0

6DJ A4000 40 6DJR40M0 29.8

6

215/16 74.6

23/16 55.6

4478 126.8

255 (245)

7.54 (7.25)

303/16 767

227/16 570

237/32 590

15 381

12 305

21 / 8 Solder

15/8 Solder

560 254

640 290

8DP -5000 (DS) (VR) 8DPR56M0

8DP-5000 50 8DPR56M0 37.3

8

211/16 68.3

221/64 59.1

5358 151.7

260 (250)

7.69 32 13/16 2113/32 2429/32 (7.39) 833 544 633

18 457

12 305

25 / 8 Solder

15/8 Solder

705 320

775 352

8DS -6000 (DS) (VR) 8DSR67M0

8DS-6000 60 8DSR67M0 44.8

8

215/16 74.6

221/64 59.1

7609 215.4

260 (250)

7.69 32 13/16 2113/32 2429/32 (7.39) 833 544 633

18 457

12 305

31 / 8 Solder

15/8 Solder

705 320

775 352

50 Hertz

Oz

23/16 55.6

3603 102.0

211/16 68.3

23/16 55.6

6

211/16 68.3

6DL A2700 27 6DLF93K0 20.1

6

4DJ A3000 30 4DJ R28M0 22.4

Liter

(OC) Oil cooler and vertical cooling fan are standard on this model. (DS) Deep oil sump is standard on this model. (VR) Voltage rating for TSK for this model is 200/ 400-3-50, 208/ 230/ 460-3-60.

132


ELECTRICAL SPECIFICATIONS ES8 200-3-50 200/220-3-60 380-3-60 RLA 69.0 40.0 99.3 58.6 82.5 48.0

82.5 48.0 123.6 71.4

95.9 55.6

95.9 55.6 146.7 84.1 146.7 84.1

FSD 380/420-3-50 460-3-60 LRA

200/220 380 200/220 380 200/220 380

200/220 380 200/220 380

200/220 380

200/220 380 200/220 380 200/220 380

RLA

TSK 200-3-50 380/400-3-50 208/230-3-60 460-3-60 LRA

405.0 235.0

33.9

180.0

40.6

41.6

41.6

500.0 289.0

172.0

218.0

200/208/230 80.8 450.0 380/400/460 40.4 225.0

32.5

172.0

218.0

200/208/230 80.8 450.0 380/400/460 40.4 225.0

32.5

172.0

39.3

200.0

40.0

230.0

40.0

230.0

39.6

200.0

39.6

200.0

42.5

230.0

42.5

230.0

46.0

245.0

46.0

245.0

45.0

235.0

50.0

260.0

50.0

260.0

200/208/230 94.0 470.0 380/400/460 47.0 235.0 200/208/230 105.0 565.0 380/400/460 52.5 283.0 200/208/230 105.0 565.0 380/400/460 52.5 283.0

235.0

200/208/230 95.6 470.0 380/400/460 47.8 235.0

42.8

42.8

235.0

633.0 365.0

55.0

260.0

55.0

260.0

633.0 365.0

LRA

34.4

500.0 289.0

200/208/230 66.0 374.0 380/400/460 33.0 187.0

RLA

206.0

500.0 289.0

LRA

135.0

445.0 260.0

RLA

24.2

445.0 260.0

LRA

TSE 500-3-50 575-3-60

200/208/230 82.2 428.0 380/400/460 41.1 214.0

438.0 251.0

RLA

TSN 200-3-50 380/400-3-50 230-3-60 460-3-60

200/208/230 95.6 470.0 380/400/460 47.8 235.0 200/208/230 107.0 565.0 380/400/460 53.5 283.0 200/208/230 107.0 565.0 380/400/460 53.5 283.0 200/230

164.0 96.9

164.0 96.9

200/220 380

200/220 380

66.0

315.0

66.0

315.0

125.0 594.0 380/400/460 62.5 297.0 200/230 125.0 594.0 380/400/460 62.5 297.0

315.0

200/230 142.0 594.0 380/400/460 71.0 297.0

53.5

245.0

315.0

200/230 142.0 594.0 380/400/460 71.0 297.0

53.5

245.0

510.0

200/208/230 180.0 1070.0 400/460 90.0 535.0

75.0

405.0

510.0

200/208/230 224.0 1070.0 400/460 112.0 535.0

80.0

405.0

633.0 365.0

70.0

633.0 365.0

70.0

91.0

96.5

133



HP kW







Weights lb/kg

50 Hertz

Oz

Liter

Length

Width

Height

Length

Width

Valve in

Fitting in

Net

Shipping

33D A10EE 33DE3F36K0

10 7.5

3DE A0500 3DE3F18K0

2270 64.3

250 (230)

7.39 (6.80)

56 1422

16 13/16 427

2225/32 579

50 1270

12 305

21/8 Solder

13/8 Solder

760 345

875 397

33D A12HH 33DH3F56K0

12 9.0

3DH A0600 3DH3F28K0

2270 64.3

250 (230)

7.39 (6.80)

56 1422

16 13/16 427

2225/32 579

50 1270

12 305

21/8 Solder

13/8 Solder

780 354

895 406

33D A15EE 33DE3R20M0

15 11.2

3DE A0750 3DE3R10M0

2270 64.3

250 (230)

7.39 (6.80)

56 1422

16 13/16 427

2225/32 579

50 1270

12 305

21/8 Solder

13/8 Solder

780 354

895 406

33D A15PP 33DP3F66K0

15 11.2

3DP A0750 3DP3F33K0

2676 75.8

250 (230)

7.39 (6.80)

56 1422

16 13/16 427

2225/32 579

50 1270

12 305

21/8 Solder

13/8 Solder

780 354

895 406

33D A15JJ 33DJ3F66K0

15 11.2

3DJA0750 3DJ3F33K0

2676 75.8

250 (230)

7.39 (6.80)

56 1422

16 13/16 427

2225/32 579

50 1270

12 305

21/8 Solder

13/8 Solder

780 354

895 406

33D A15KK 33DK3F52K0

15 11.2

3DK A0750 3DK3F26K0

3172 89.8

250 (230)

7.39 (6.80)

56 1422

16 13/16 427

2225/32 579

50 1270

12 305

21/8 Solder

13/8 Solder

780 354

895 406

33D A15TT 33DT3F60K0

15 11.2

3DT A0750 3DT3F30K0

3524 99.8

250 (230)

7.39 (6.80)

56 1422

16 13/16 427

2225/32 579

50 1270

12 305

21/8 Solder

13/8 Solder

780 354

895 406

18

3DPA0900

2676

250

7.39

56

16 13/16

2225/32

50

12

21/8

13/8

780

895

13.4

3DP3F27K0

75.8

(230)

(6.80)

1422

427

579

1270

305

Solder

Solder

354

406

18

3DJ A0900

2676

250

7.39

56

16 13/16

2225/32

50

12

21/8

13/8

780

895

13.4

3DJ3F27K0

75.8

(230)

(6.80)

1422

427

579

1270

305

Solder

Solder

354

406

33D A18KK 33DK3F80K0

18 13.4

3DK A0900 3DK3F40K0

3172 89.8

250 (230)

7.39 (6.80)

56 1422

16 13/16 427

2225/32 579

50 1270

12 305

21/8 Solder

13/8 Solder

780 354

895 406

33D A18GG 33DG3F80K0

18 13.4

3DGA0900 3DG3F40K0

3172 89.8

250 (230)

7.39 (6.80)

56 1422

16 13/16 427

2225/32 579

50 1270

12 305

21/8 Solder

13/8 Solder

780 354

895 406

33D A20PP 33DP3R24M0

20 14.9

3DPA1000 3DP3R12M0

2676 75.8

250 (230)

7.39 (6.80)

56 1422

16 13/16 427

2225/32 579

50 1270

12 305

21/8 Solder

13/8 Solder

810 367

925 420

33D A20TT 33DT3R22M0

20 14.9

3DT A1000 3DT3R11M0

3524 99.8

250 (230)

7.39 (6.80)

56 1422

16 13/16 427

2225/32 579

50 1270

12 305

21/8 Solder

13/8 Solder

810 367

925 420

33D A20RR 33DR3F92K0

20 14.9

3DR A1000 3DR3F46K0

3524 99.8

250 (230)

7.39 (6.80)

56 1422

16 13/16 427

2225/32 579

50 1270

12 305

21/8 Solder

13/8 Solder

810 367

925 420

44D A20EE 44DER24M0

20 14.9

4DE A1000 4DER12M0

3954 111.9

270 (250)

7.98 (7.39)

5711/16 1465

21 533

1931/32 507

55 1397

12 305

21/8 Solder

15/8 Solder

894 406

1014 460

44D A20NN (OC) 44DNR24M0

20 14.9

4DN A1000 4DNR12M0

3954 111.9

270 (250)

7.98 (7.39)

61 3/8 1559

21 533

2421/32 626

55 1397

12 305

21/8 Solder

15/8 Solder

914 415

1034 469

44D A21EE 44DEF94K0

20 14.9

4DE A1010 4DEF47K0

3954 111.9

270 (250)

7.98 (7.39)

5711/16 1465

21 533

1931/32 507

55 1397

12 305

21/8 Solder

15/8 Solder

894 406

1014 460

44D A21NN (OC) 44DN F94K0

20 14.9

4DN A1010 4DNF47K0

3954 111.9

270 (250)

7.98 (7.39)

61 3/8 1559

21 533

2421/32 626

55 1397

12 305

21/8 Solder

15/8 Solder

914 415

1034 469

33D A24KK 33DK3R30M0

24 17.9

3DK A1200 3DK3R15M0

3172 89.8

250 (230)

7.39 (6.80)

56 1422

16 13/16 427

2225/32 579

50 1270

12 305

21/8 Solder

13/8 Solder

830 376

945 429

33D A30TT 33DT3R34M0

30 22.4

3DT A1500 3DT3R17M0

3524 99.8

250 (230)

7.39 (6.80)

56 1422

16 13/16 427

2225/32 579

50 1270

12 305

21/8 Solder

13/8 Solder

830 376

945 429

44D A30PP (OC) 44DPF13M0

30 22.4

4DPA1500 4DPF63K0

4998 141.5

270 (250)

7.98 (7.39)

63 1/8 1603

213/8 543

2421/32 626

50 1270

12 305

21/8 Solder

15/8 Solder

938 425

1058 480

44D A40EE 44DER36M0

40 29.8

4DE A2000 4DER18M0

3954 111.9

270 (250)

7.98 (7.39)

5711/16 1465

21 533

1931/32 507

50 1270

12 305

21/8 Solder

15/8 Solder

944 428

1064 483

61 3/8 1559

217/16 545

2015/32 520

55 1397

12 305

25/8 Solder

15/8 Solder

984 446

1104 501

33D A18PP (LV) 33DP3F54K0 33D A18JJ (LV) 33DJ3F54K0

44D A44CC 44 4DC A2200 4600 270 7.98 44DC R40M0 32.8 4DCR20M0 130.2 (250) (7.39) Electrical specifications shown for tandems are per compressor rating. (LV) Limited voltage. Available only in 200 volt electrical. (OC) Oil coolers and vertical cooling fans are standard on this model.

134



RLA

LRA

FSM 380/420-3-50

RLA

LRA

FSD 380/420-3-50 460-3-60

RLA

LRA

TFC 200/220-3-50 208/230-3-60

TFD 380/ 420-3-50 460-3-60

TSK 200-3-50 380/400-3-50 208/230-3-60 460-3-60 RLA LRA

TFE TSE 500-3-50 575-3-60

RLA

LRA

RLA

LRA

RLA

18.6

115.0

11.0

58.0

7.9

LRA

TFU 200-3-50 200-3-60

RLA

LRA

35.0

220.0

36.8

220.0

34.6

220.0

TFE 43.0 TFE 13.5

78.0

30.3

150.0

13.7

77.0

10.5

20.4

102.0

41.0

215.0

20.0

106.0

16.5

62.0 TFE 84.0 TFE

15.0

85.0

31.5

161.0

16.1

83.0

11.0

15.0

85.0

31.5

161.0

14.3

83.0

11.0

30.7

161.0

15.0

83.0

32.0

161.0

16.4

83.0

67.0 TFE 67.0

TFE 12.5

85.0

11.5

67.0

TFE 17.2

102.0

39.0

215.0

16.9

106.0

16.5

15.8

102.0

39.0

215.0

16.9

106.0

15.7

84.0 TFE

200/220 48.0 228.0 380 27.4 132.0 200/220 47.2 228.0 380 25.7 132.0 200/220 41.7 228.0 380 23.8 132.0

200/220 57.6 316.0 380 32.8 180.0 200/220 62.0 295.0 380 31.0 175.0

84.0 TFE

22.5

102.0

43.6

215.0

20.0

106.0

16.5

84.0

17.5

102.0

42.0

215.0

18.6

106.0

16.8

16.0

102.0

42.0

215.0

18.6

106.0

15.4

84.0

200/208/230 45.2 220.0 380/400/460 22.6 110.0

17.5

TSE 106.0

200/208/230 45.2 220.0 380/400/460 22.6 110.0

17.5

TSE 106.0

TFE 84.0 TFE

24.8

20.0

115.0

20.0

115.0

136.0

48.2

275.0

23.6

138.0

19.5

TFE 110.0

59.6

275.0

29.0

138.0

23.6

TFE 110.0

20.9

113.0

24.7

TSE 135.0

26.5

TSE 135.0

200/208/230 52.6 278.0 380/400/460 26.3 139.0

TSE 24.5 136.0

33.6

173.0

32.5

180.0

200/208/230 66.0 308.0 380/400/460 33.0 154.0 200/208/230 65.6 374.0 380/400/460 32.8 187.0

135



HP kW







Weights lb/kg

50 Hertz

Oz

Liter

Length

Width

Height

Length

Width

Valve in

Fitting in

Net

Shipping

44D A44SS (OC) 44DSF15M0

44 32.8

4DSA2200 4DSF76K0

5970 169.0

270 (250)

7.98 (7.39)

61 3/8 1559

213/8 543

2411/16 627

55 1397

12 305

31/8 Solder

15/8 Solder

954 433

1074 487

44D A50KK 44DK R44M0

50 37.3

4DK A2500 4DKR22M0

4998 141.5

270 (250)

7.98 (7.39)

61 3/8 1559

217/16 545

2015/32 520

55 1397

12 305

25/8 Solder

15/8 Solder

984 446

1104 501

66D A54CC (OC) 66DC F19M0

54 40.3

6DC A2700 6DCF93K0

7496 212.2

280 (260)

8.28 (7.69)

63 3/4 1619

235/16 592

275/8 702

55 1397

12 305

31/8 Solder

15/8 Solder

1110 503

1230 558

66D A54DD (OC) 66DD F19M0

54 40.3

6DD A2700 6DDF93K0

7496 212.2

280 (260)

8.28 (7.69)

63 3/4 1619

235/16 592

275/8 702

55 1397

12 305

31/8 Solder

15/8 Solder

1120 508

1240 562

44D A60RR 44DR R56M0

60 44.8

4DR A3000 4DRR28M0

5970 169.0

270 (250)

7.98 (7.39)

61 3/8 1559

213/8 543

2015/32 520

55 1397

12 305

31/8 Solder

15/8 Solder

994 451

1114 505

66D A60WW 66DWR64M0

60 44.8

6DW A3000 6DWR32M0

6900 195.3

280 (260)

8.28 (7.69)

63 3/4 1619

231/4 591

21 533

55 1397

12 305

31/8 Solder

15/8 Solder

1134 514

1284 582

66D A60YY 66DYR64M0

60 44.8

6DYA3000 6DYR32M0

6900 195.3

280 (260)

8.28 (7.69)

63 3/4 1619

231/4 591

233/8 594

55 1397

12 305

31/8 Solder

15/8 Solder

1144 519

1294 587

60

6DE A3000

8956

510

15.1

63 3/4

231/4

321/4

55

12

31/8

15/8

1184

1334

44.8

6DEF11M0

253.5

(490)

(14.5)

1619

591

819

1397

305

Solder

Solder

537

605

60

6DF A3000

8956

510

15.1

63 3/4

231/4

321/4

55

12

31/8

15/8

1194

1344

44.8

6DFF11M0

253.5

(490)

(14.5)

1619

591

819

1397

305

Solder

Solder

542

610

66D 70KK 66DK R70M0

70 52.2

6DK A3500 6DKR35M0

7496 212.2

280 (260)

8.28 (7.69)

63 3/4 1619

231/4 591

21 533

55 1397

12 305

31/8 Solder

21/8 Solder

1134 514

1284 582

66D A70PP 66DPR70M0

70 52.2

6DP A3500 6DPR35M0

7496 212.2

280 (260)

8.28 (7.69)

63 3/4 1619

231/4 591

233/8 594

55 1397

12 305

31/8 Solder

21/8 Solder

1144 519

1294 587

66D A70MM 66DMR74M0

70 52.2

6DM A3500 6DMR37M0

8258 233.8

280 (260)

8.28 (7.69)

63 3/4 1619

231/4 591

21 533

55 1397

12 305

31/8 Solder

21/8 Solder

1134 514

1284 582

66D A70NN 66DN R74M0

70 52.2

6DN A3500 6DNR37M0

8258 233.8

280 (260)

8.28 (7.69)

63 3/4 1619

231/4 591

233/8 594

55 1397

12 305

31/8 Solder

21/8 Solder

1144 519

1294 587

80

6DRA4000

8956

510

15.1

63 3/4

231/4

253/16

55

12

31/8

21/8

1230

1390

59.7

6DRR40M0

253.5

(490)

(14.5)

1619

591

640

1397

305

Solder

Solder

558

630

80

6DS A4000

8956

510

15.1

63 3/4

231/4

279/16

55

12

31/8

21/8

1240

1400

59.7

6DSR40M0

253.5

(490)

(14.5)

1619

591

700

1397

305

Solder

Solder

562

635

100 74.6

8DP -5000 8DPR56M0

10716 303.4

520 (500)

15.4 (14.8)

72 11/16 1846

251/16 637

251/2 648

661/8 1680

12 305

41/8 Solder

21/8 Solder

1620 735

1795 814

120

8DS -6000

12680

520

15.4

72 11/16

251/16

251/2

661/8

12

41/8

21/8

1730

1905

89.5

8DSR67M0

359.0

(500)

(14.8)

1846

637

648

1680

305

Solder

Solder

785

864

66D A60EE (DS) (OC) 66DEF22M0 66D A60FF (DS) (OC) 66DF F22M0

66D A80RR (DS) 66DR R80M0 66D A80SS (DS) 66DSR80M0 88D -11PP (DS) (VR) 88DPR112M0 88D -12SS (DS) (VR) 88DS R134M0

Electrical specifications shown for tandems are per compressor rating. (OC) Oil coolers and vertical cooling fans are standard on this model. (DS) Deep oil sumps are standard on this model. (VR) Voltage rating for TSK for this model is 200/ 400-3-50, 208/ 230/ 460-3-60.

136


ELECTRICAL SPECIFICATIONS ES8 200-3-50 200/220-3-60 380-3-60 RLA 69.0 40.0 99.3 58.6

82.5 48.0

82.5 48.0 123.6 71.4

95.9 55.6

95.9 55.6 146.7 84.1 146.7 84.1

FSD 380/420-3-50 460-3-60 LRA

200/220 380

200/220 380

200/220 380

200/220 380 200/220 380

200/220 380

200/220 380 200/220 380 200/220 380

RLA

TSK 200-3-50 380/400-3-50 208/230-3-60 460-3-60 LRA

33.9

40.6

41.6

41.6

206.0

34.4

172.0

218.0

200/208/230 80.8 450.0 380/400/460 40.4 225.0

32.5

172.0

218.0

200/208/230 80.8 450.0 380/400/460 40.4 225.0

32.5

172.0

39.3

200.0

40.0

230.0

40.0

230.0

45.0

235.0

50.0

260.0

50.0

260.0

200/208/230 94.0 470.0 380/400/460 47.0 235.0 200/208/230 105.0 565.0 380/400/460 52.5 283.0 200/208/230 105.0 565.0 380/400/460 52.5 283.0

235.0

200/208/230 95.6 470.0 380/400/460 47.8 235.0

39.6

200.0

235.0

200/208/230 95.6 470.0 380/400/460 47.8 235.0

39.6

200.0

42.5

230.0

42.5

230.0

46.0

245.0

46.0

245.0

500.0 289.0

42.8

500.0 289.0

42.8

633.0 365.0

55.0

260.0

55.0

260.0

633.0 365.0

LRA

200/208/230 82.2 428.0 380/400/460 41.1 214.0

500.0 289.0

RLA

135.0

445.0 260.0

LRA

24.2

445.0 260.0

RLA

180.0

438.0 251.0

LRA

TSE 500-3-50 575-3-60

200/208/230 66.0 374.0 380/400/460 33.0 187.0

405.0 235.0

RLA

TSN 200-3-50 380/400-3-50 230-3-60 460-3-60

200/208/230 107.0 565.0 380/400/460 53.5 283.0 200/208/230 107.0 565.0 380/400/460 53.5 283.0 200/230

164.0 96.9

164.0 96.9

200/220 380

200/220 380

66.0

315.0

66.0

315.0

125.0 594.0 380/400/460 62.5 297.0 200/230 125.0 594.0 380/400/460 62.5 297.0

315.0

200/230 142.0 594.0 380/400/460 71.0 297.0

53.5

245.0

315.0

200/230 142.0 594.0 380/400/460 71.0 297.0

53.5

245.0

510.0

200/208/230 180.0 1070.0 400/460 90.0 535.0

75.0

405.0

510.0

200/208/230 224.0 1070.0 400/460 112.0 535.0

80.0

405.0

633.0 365.0

70.0

633.0 365.0

70.0

91.0

96.5

137


DIMENSIONS AND PHOTOGRAPHS 2D F A M I L Y

Model 2DC3-0500 Shown

3D F A M I L Y Model 3DB3A0750 with Demand Cooling Shown

4D F A M I L Y

Model 4DA3A2000 Shown

6D F A M I L Y

Model 6DH3A3500 Shown

8D F A M I L Y

Model 8DP1-5000 Shown Dimensions shown are inches (millimeters).

138



R12

R22






R502

65°F

LT, MT: 65°F, 18.3°C

65°F

18.3°C

HT: Varies

18.3°C

95°F

95°F

95°F

35°C

35°C

35°C

0°F 0°C

LT, MT: 0°F, 0°C HT: 15°F, 8.3°C

0°F 0°C

Varies

LT, MT: Varies HT: 20°F, 11.1°C

Varies

R22 MT, Medium Temperature is Below 35°F, 1.7°C R22 HT, High Temperature is 55°F to 35°F, 12.8°C to 1.7°C


• All Copeland Discus™

• Emerson Climate Technologies introduces a new era

compressors require return gas motor cooling. It is important to note that when operating at evaporating temperatures of 0°F (–17.8°C) or lower, additional motor and cylinder head cooling is required. This can be accomplished by the use of an external fan assembly available from Emerson Climate Technologies. See Application Bulletin AE 4-1135 for complete details and allow for extra height to install the fan to the top of the compressor.

in oil pressure controls with the Sentronic Oil Pressure Control System. The Sentronic electronic control system eliminates capillary tubes used on electro-mechanical systems to sense oil pressure. The new system uses a pressure transducer within the oil pump that produces an electrical signal to the control module. If the oil pressure drops below acceptable limits for a period of two minutes the control module cuts power to the compressor and stops it. The Sentronic offers a new and more reliable solution to capillary leaks. To order the Sentronic Oil Pressure Control use part number 585-1036-00. For instructions refer to Application Bulletin AE 8-1275.

• Oil Pump is Sentronic high pressure oil pump. • An oil pressure safety control is required on all Discus

compressors. Approved controls provide low cost, safe protection against damage from loss of lubrication. These can be supplied by Emerson Climate Technologies and should be listed separately on your purchase orders (except those covering tandem compressors on which they are supplied as standard equipment). There are two types of control available, our new “Sentronic” Control offering improved reliability and accuracy (see next paragraph for details) and the conventional capillary tube type control which can be ordered by using Part Number 998-0700-00. For further information, see Ap plic at ion Bu llet in AE 8- 10 95 .

The Sentronic is only functional when used with our new oil pump that has a machined port for the Sentronic sensor. The Sentronic control and oil pump are standard on all Discus tandem compressors and the oil pump is standard on all Copeland Discus™ compressors.

139


APPLICATION INFORMATION APPLICATION REQUIREMENTS (continued)

• R22MT

• All

Discus compressors can operate from 9°F to –10°F, –12.8°C to —23.3°C if the following criteria are met:

4, 6 and 8 cylinder models are equipped with a preset internal relief valve between suction and discharge which will open if the maximum permissible pressure differential is reached.

• Return gas temperature not to exceed 50°F, 10°C. • Condensing temperature not to exceed 110°F,

• All Tandem models include a discharge muffler. • The nominal rotational speeds of the Copeland

43.3°C.

Discus™ compressors are:

• Vertical cooling fan is used.

• 50 Hertz 1450 RPM. • 60 Hertz 1750 RPM.

• Discus

4D, 6D, 8D capacity control operating requirements are:

• Medium Temperature R12 and R502 • Evaporating range +25°F to –5°F,

• Dimensions in this brochure include the terminal box

and service valves mounted. Height is from the bottom plate bolts or from bottom of extended oil sump where applicable and does not include mounting parts except mounting for tandem compressors where dimensions include the mounting rails. Mounting center dimensions do not apply to narrow profile deep sump models such as those with an 8 in the fourth place of the model number.

–3.9°C to

–20.6°C.

• Vertical cooling fan is required. • Maximum condensing temperature 140°F, 60°C. • Medium Temperature R22 • Evaporator range +25°F

to 10°F,

–3.9°C to

• With the exception of the valve plate and head area,

–12.2°C.

the internal construction of Discus and Conventional Copelametic compressors is similar. While the Discus valving is extremely rugged, Copeland Discus™ compressors can be damaged by abuse in the same way that any compressor can be damaged. The Copeland Discus™ compressor is a highly reliable, highly efficient compressor. It is not a magic panacea for compressor misapplication, and is not a cure-all for recurring system problems that need to be identified and corrected.

• Vertical cooling fan is required. • Maximum condensing temperature 140°F, 60°C. • Evaporator range 9°F to –10°F, –12.8°C to –23°C. • Return gas temperature not to exceed 50°F, 10°C.

• Condensing temperature not to exceed 100°F, 37.8°C.

• Vertical cooling fan is required. • Low Temperature R12, R22, and R502 • Vertical cooling fan is required. • Oil cooler is required. • Maximum condensing temperature

is 130°F,

54.4°C.

• Minimum

evaporating temperature for 4D and 6D (33% unloaded) is –40°F, –40°C.

• Minimum

evaporating temperature for 6D (67% unloaded) is –25°F, –31°C.

• For R22 demand cooling unloading, the compressor cannot be unloaded during the time liquid injection is being used.

140



Leads

Hertz

Across-The-Line

ES8

6

50 60

200-3-50 200/220-3-60 380-3-60

FSD

6

50 60

380 / 420-3-50 460-3-60

380 / 420-3-50 460-3-60

FSM

6

50

380 / 420-3-50

380 / 420-3-50

TSE

6

50 60

500-3-50 575-3-60

500-3-50 (PW) 575-3-60 (PW)

9

50 60

200-3-50 380 / 400-3-50 230-3-60 460-3-60

200-3-50 230-3-60

50 60

200-3-50 380 / 400-3-50 (VR) 208 / 230-3-60 460-3-60

200-3-50 208 / 230-3-60

TSN

TSK

9

Part Winding

Star-Delta

220-3-60 200/220-3-60

(PW) Part winding start applies only to single compressors 20 horsepower, 14.9 kilowatt, and above; tandem 40 horsepower, 29.8 kilowatt, and above. (VR) Voltage rating for 8D is 400-3-50.


• On Copeland Discus™


compressors with pilot circuit motor protection (compressors with S type motor protection) the contactor becomes an integral part of the motor protection system. Modern pilot circuit protection used in conjunction with a properly sized and operating contactor provides excellent motor protection. Emerson Climate Technologies specifications require the use of a properly sized, properly applied contactor. For complete contactor sizing information, please see Application Bulletin AE 10-1244.


• Rated load amps (RLA) and locked rotor amps (LRA) shown

in this book are at across-the-line, not part winding start or star-delta conditions.

• Refer


141


APPLICATION INFORMATION APPLICATION OPTIONS migration to the crankcase during periods when the compressor is not operating and will greatly reduce liquid slugging, loss of oil and compressor damage. Please refer to Application Bulletins AE 4-1166, AE 17-1238, and AE 22-1182 for additional infor mation .

• Use bill of material number 200 for standard compressors.

This bill of material includes oil charge, mounting parts, standard service valves, overload protectors, terminal box covers and, where applicable, running capacitors, starting capacitors and relays. Oil pressure safety controls, crankcase heaters, contactors, and high-low pressure controls, when required, should be ordered with compressors but listed separately on the purchase order. Exceptions to this rule are that 200 bill of material tandem compressors include oil pressure safety controls, and 8D compressors use the matrix below.

• Any Copeland Discus™

model has the option of an installed deep oil sump except for 8D where the deep sump is standard.

• Air

and water-cooled condensing units that contain the compressors listed in this section are available from Emerson Climate Technologies.

• On applications where the cooling load may vary over a wide

• The 8D Compressor can be 25% (1 bank) or 50% (2 banks)

range, some means of compressor capacity control is frequently necessary for satisfactory system performance. Emerson Climate Technologies has available capacity reduction control devices for the larger Copelametic models. These capacity modulation accessories can be mounted on the compressor at the factory or added in the field. Application Bulletins AE 21-1216 and AE 21-1278 provide detailed technical information. Field conversion kits contain all necessary parts to convert a standard model to a capacity control model. • Crankcase heaters are strongly recommended on all refrigeration systems where the compressor is exposed to cold ambient temperatures, on all split air conditioning systems, and on package air conditioning equipment 5 HP and larger. As the refrigerant charge increases, the start-up problems associated with vapor refrigerant in liquid oil becomes more critical. The crankcase heater will minimize refrigerant

unloaded. All compressors will have two unloader type cylinder heads factory installed which are already equipped with unloader plungers. The external solenoid opening will be sealed with a small, cast iron cap. To make the unloading plunger operational, the cast iron cap is to be removed and the solenoid coil attached. Please refer to Application Bulletin AE 21-1216 for further information on internal capacity control valves.

• To protect the 8D com pressor from liquid refrigerant migration

into the crankcase during off-cycle periods, the application of a continuous pump down cycle is mandatory. Equally important is the proper installation and operation of the crankcase heater which is supplied as standard equipment on all 8D compressors. Please refer to Application Bulletin AE 22-1182 for additional information on liquid refrigerant control.

8DP and 8DS Standard Bills of Material for Single and Tandem Compressors BILL OF MATERIAL NUMBER NO ONE TWO UNLOADER UNLOADER UNLOADER SOLENOID SOLENOID SOLENOIDS

200 201

240 241

270 271

CONTROL VOLTAGE

TERMINAL CONNECTION PARTS

240 Volt 120 Volt

X X

ACCESSORIES ARE SHIPPED IN KIT FORM SOLID MOUNTING SERVICE STATE PARTS VALVES MODULE

X X

UNITS CONVERSON CHART BTUH x .252 = KCALH BTUH x .293 = WATTS (°F – 32) x 5/9 = °C POUNDS x .454 = KILOGRAMS INCHES x 25.4 = MILLIMETERS CUBIC INCHES x 16.386 = CUBIC CENTIMETERS FLUID OUNCES x .02957 = LITERS CUBIC FEET x .02831 = CUBIC METERS HORSEPOWER x .746 = KILOWATTS

142

X X

X X

CRANKCASE HEATER

X X


APPLICATION INFORMATION DEMAND COOLING Demand Cooling Kit Part Numbers Frequency

Control Voltage

2D

3D

4D

6D

120 Volt

998-1000-12

998-1001-13

998-1001-14

998-1001-16

240 Volt

998-1000-22

998-1001-23

998-1001-24

998-1001-26

50 HZ

• Demand Cooling Kits Include • Demand Cooling Module with 2 mounting screws • Temperature Sensor with 3 foot (914 mm) shielded cable • Injection Valve and Solenoid (with mounting hardware) • Installation/Troubleshooting Guide • Optional Demand Cooling Module Mounting Brackets 998-0700-09 • 2D and 3D Models 998-0700-10 • 4D and 6D Models • Temperature Sensors • 3 Foot (914 mm) Shielded Cable (standard)

• Demand Cooling Installation Instruction Guides

Emerson Climate Technologies Publication Numbers

• 90-130 for 2D/3D Compressors • 90-131 for 4D Compressors • 90-133 for 6D Compressors • Demand Cooling Operating Requirements • Vertical cooling fan must be used • Return gas temperature must not exceed 65°F, 18.3°C • See page 6 of Application Bulletin AE 4-1287 for further details.

085-0109-00.

• 10 Foot (3 meter) Shielded Cable (optional) 085-0109-01.

143


CONVENTIONAL COPELAMETIC COMPRESSOR TO DISCUS COMPRESSOR CROSS REFERENCE The Copeland Discus™ design results in significant capacity increases for a given compressor displacement, to the extent that in a majority of cases it will be necessary to select a Discus compressor with smaller displacement to replace a Conventional compressor. The amount of capacity difference is important in selecting a suitable replacement. Too little capacity in a replacement may mean the system will be unable to maintain temperatures. Too much capacity may lead to short cycling and force control settings down to a level which may nullify the efficiency improvement and lead to other problems.

R12

High Temperature

Medium Temperature

Co nv ent ion al Model

D is cu s Model

MRJ-0500 MRF-0500

Since compressors are normally selected on a reasonably conservative basis, capacity differences of plus or minus 10% usually will create no problems. The cross reference replacement selection is based on capacities within the plus or minus 10% parameter. Capacity differences beyond that level may or may not create problems depending on the original design, but if the compressor selection had little room for tolerance initially, then the potential for system imbalance is possible.

C on ve nt io na l Model

Di sc us Model

Co nv en ti on al Model

Di sc us Model

2DF-0300

NRA-0500

2DF-0300

MRH-0760

2DC-0500

NRA-0500

2DC-0500

2DL-0750

MRA-0500

2DL-0750

9RJ-0765

2DA-0500

9RC-1015

3DA-0750

MRH-0760

2DL-0750

9RC-0765 9RZ-0765

3DA-0750

9RS-1505

3DF-1200

9RJ-0765

3DA-0750

3DA-0750

4RA-2000

3DS-1500

9RC-1015

3DB-1000

9RS-1015

3DF-0900

4RH-2500

4DB-2200

9RS-1505

3DF-1200

9RS-1016 4RA-1000

3DF-0900

4RJ-3000

4DH-2500

4RA-2000

4DA-2000

3DS-1000

4RJ-3000

4DJ-3000

4RH-2500

4DH-2500

4RH-1500

3DF-1200

6RA-3000

4DJ-3000

4RJ-3000

4DH-2500

6RA-2000

3DS-1500

6RH-3500

6DH-3500

6RA-3000

4DJ-3000

6RH-2000

4DA-2000

6RJ-4000

6DG-3500

6RH-3500

6DH-3500

MRA-0500

2DF-0300

NRD-0310

2DC-0500

6RJ-4000

6DG-3500

MRJ-0500

2DC-0500

NRD-0400

2DC-0500

NRA-0500

2DC-0500

MRB-0500

2DA-0500

NRA-0500

2DC-0500

NRM-0500

2DD-0500

MRC-0500

2DA-0500

NRM-0500

2DD-0500

MRA-0500

2DL-0750

9RA-0505

2DA-0500

MRJ-0500

2DL-0750

MRH-0760

2DL-0750

9RJ-0765

2DA-0500

MRH-0760

2DL-0750

9RJ-0765

3DA-0750

9RB-0765

3DB-0750

9RJ-0765

2DA-0750

9RC-1015

3DA-0750

9RC-0765

3DA-0500

9RZ-0765

3DA-0750

9RS-1505

3DB-1000

9RZ-0765

3DB-0750

9RC-1015

3DA-0750

4RA-2000

4DA-2000

9RS-0765

3DB-0750

9RS-1016

3DF-1200

4RH-2500

4DB-2200

9RS-1015

3DF-0750

9RS-1505

3DF-1200

4RJ-3000

4DH-2500

9RS-1016

3DS-0750

4RL-1900

3DS-1500

6RA-3000

4DJ-3000

4RA-1000

3DS-0750

4RA-2000

3DS-1500

6RH-3500

6DH-3500

4RH-1500

3DB-1000

4RH-2500

4DB-2200

6RJ-4000

6DH-3500

4RL-1900

4DA-1000

4RJ-3000

4DH-2500

6RA-2000

3DF-1200

6RA-3000

4DJ-3000

6RH-2000

4DA-2000

6RH-3500

6DH-3500

6RJ-4000

6DH-3500

R22

High Temperature

Medium Temperature

NOTE: For models with green screens use Refrigerant R22.

144

R502

High Temperature

Medium Temperature


CONVENTIONAL COPELAMETIC COMPRESSOR TO DISCUS COMPRESSOR CROSS REFERENCE R12

Low Temperature

Co nve nt ion al Model

Di scu s Model

Co nv ent ion al Model

D is cu s Model

MRC-0500

3DA-0500

MRA-0500

2DF-0300

9RJ-0505

3DA-0500

MRJ-0500

2DL-0400

9RB-0505

3DB-0500

MRB-0500

2DA-0600

9RS-0765

3DF-0750

MRH-0760

2DL-0400

4RA-1000

3DS-0750

9RJ-0765

3DA-0750

6RA-1000

3DF-0900

9RB-0765

3DB-0750

9RZ-0765

3DB-0750

9RS-0765

3DF-0900

9RC-1015

3DB-0750

9RS-1015

3DF-0900

9RS-1016

3DF-0900

4RA-1000

3DS-1000

9RS-1505

3DF-0900

4RL-1500

4DL-1500

4RL-1900

4DL-1500

6RA-2000

4DL-1500

6RL-2500

4DT-2200

6RT-3000

6DL-2700

R502

Low Temperature

NOTE: For models with green screens, use Refrigerant R22 complete with Demand Cooling kit.

145


APPLICATION INFORMATION APPLICATION BULLETINS Emerson Climate Technologies has compiled a book of compressor Application Bulletins. Please see the following bulletins, from the book, for more Discus compressor application information as entitled below: Location of Pressure Ports . . . . . . . . . . . . . . . . AE 4-1094 Mounting Parts . . . . . . . . . . . . . . . . . . . . . . . . AE 4-1111

Design Consideration for Refrigerant Receivers . . . . . . . . . . . . . . . . . . . . . . . . AE 17-1212

Cooling Requirements . . . . . . . . . . . . . . . . . . . AE 4-1135

High Pressure Controls . . . . . . . . . . . . . . . . . . AE 17-1214

Oil Pumps . . . . . . . . . . . . . . . . . . . . . . . . . . . AE 4-1166

Non-Standard Applications. . . . . . . . . . . . . . . . AE 17-1233

Tandem Compressors. . . . . . . . . . . . . . . . . . . . AE 4-1167

Low Ambient Operation. . . . . . . . . . . . . . . . . . AE 17-1234

Discharge Line Mufflers . . . . . . . . . . . . . . . . . . AE 4-1181

Parallel Compressor Operation. . . . . . . . . . . . . AE 17-1235

Bolt Torque. . . . . . . . . . . . . . . . . . . . . . . . . . . AE 4-1219

Application of Immersion Type Crankcase Heaters . . . . . . . . . . . . . . . . . . AE 17-1238

U.L. and C.S.A. File Data . . . . . . . . . . . . . . . . . AE 4-1255 8D Compressors . . . . . . . . . . . . . . . . . . . . . . AE 4-1265

System Design for Bulk Milk Tank Refrigeration . . . . . . . . . . . . . . . . . . . AE 17-1242

Converting Compressor Rated Capacity to Actual Capacity . . . . . . . . . . . . . . . . . . . . AE 4-1273

Air to Air Heat Pump System Design . . . . . . . . . AE 17-1243

Motor Horsepower versus Compressor Efficiency . . . . . . . . . . . . . . . . . AE 4-1274 Oil Charges . . . . . . . . . . . . . . . . . . . . . . . . . . AE 4-1281 R22 Envelope Extended . . . . . . . . . . . . . . . . . . AE 4-1283 Demand Cooling . . . . . . . . . . . . . . . . . . . . . . . AE 4-1287

Refrigeration Oils. . . . . . . . . . . . . . . . . . . . . . AE 17-1248 Design Considerations for High Ambient Conditions . . . . . . . . . . . . . . . . . . . . . . . . AE 17-1251 Design Considerations for Heat Reclaim Systems . . . . . . . . . . . . . . . . . . . AE 17-1252

Oil Pressure Safety Controls . . . . . . . . . . . . . . . AE 8-1095

System Design for Container Refrigeration . . . . . . . . . . . . . . . . . . . . . . AE 17-1257

Sentronic – Electronic Oil Pressure Control . . . . . AE 8-1275

Compressor Overheating. . . . . . . . . . . . . . . . . AE 17-1260

Terminal Plate Connections for Dual Winding Compressors . . . . . . . . . . . . . . . . . . . . . . . AE 9-1076

Compressor Selection for Mobile or Transport Applications . . . . . . . . . . . . . . . . . . . . . . . AE 17-1261

Nameplate Amperage Rating . . . . . . . . . . . . . . . AE 9-1154

Compressor Short Cycling . . . . . . . . . . . . . . . . AE 17-1262

Single Phase Motors – Frequent Causes of Failure. . . . . . . . . . . . . . . . . . . . . . . . . . AE 9-1209

Air to Water Heat Pump Cycles . . . . . . . . . . . . AE 17-1263

Nameplate Voltages . . . . . . . . . . . . . . . . . . . . . AE 9-1228

Compression Ratio as it Affects Compressor Reliability. . . . . . . . . . . . . . . . . . . . . . . . . AE 17-1268

Power Factor Correction With Capacitors . . . . . . . AE 9-1249

Oil Additives . . . . . . . . . . . . . . . . . . . . . . . . . AE 17-1282

Maximum Continuous Current Rating . . . . . . . . . AE 9-1250

Switching Refrigerants in Field Installations. . . . . AE 17-1284

Effect of Electrical Components on Motor Protection . . . . . . . . . . . . . . . . . . . . . . . . AE 10-1187

Transport Refrigeration Manual. . . . . . . . . . . . . AE 20-1152

Single versus Two Contactor Selection for Model 4D and 6D Compressors . . . . . . . . . . AE 10-1225 Recommended Contactor Selection and System Design for Three Phase Motor Protection. . . . AE 10-1244 Solid State Motor Protection. . . . . . . . . . . . . . . AE 10-1264 Potential Nuisance Field Problem with Impedance Lockout Relays on Solid State Protected Compressors . . . . . . . . . . . . . . . AE 10-1267 Copeland Supplied Run Capacitors . . . . . . . . . . AE 10-1272 Suction Accumulators . . . . . . . . . . . . . . . . . . . AE 11-1147 Suction Accumulators for Heat Pump Applications . . . . . . . . . . . . . . . . . . . . . . . AE 11-1247 Effect of Defrost Control on Compressor Operation . . . . . . . . . . . . . . . . . . . . . . . . AE 17-1195

Low Limit Pressure Controls for Low Temperature Truck Applications . . . . . . . . . . AE 20-1197 Hot Gas Bypass Systems . . . . . . . . . . . . . . . . AE 21-1160 Internal Capacity Control Valves . . . . . . . . . . . . AE 21-1216 Moduload Capacity Control . . . . . . . . . . . . . . . AE 21-1278 Liquid Refrigerant Control . . . . . . . . . . . . . . . . AE 22-1182 Off Cycle Motor Heat for Liquid Refrigerant Migration Control. . . . . . . . . . . . . . . . . . . . AE 22-1230 Recommended Control Circuits for Liquid Refrigerant Control . . . . . . . . . . . . . . . . . . AE 23-1221 System Cleaning . . . . . . . . . . . . . . . . . . . . . . AE 24-1105 Air Cycle Testing . . . . . . . . . . . . . . . . . . . . . . AE 25-1068 Safe Handling of Compressed Gases. . . . . . . . . AE 25-1177 Use of Reclaimed Refrigerant. . . . . . . . . . . . . . AE 25-1290

146


SINGLE COMPRESSOR NOMENCLATURE Primary Application Range R = ARI High Temperature, Rated @ 45/130 °F F = ARI Low Temperature, Rated @ -25/105 °F Compressor Motor Type

Description

D

Discus

Motor Type Capacitor run, capacitor start

Three

Wye (star) Delta

E

Three

Six lead part winding or across the line.

F

Miscellaneous three phase

T

Three


Phase Single

Code C Product Variations Bill of Material numbers will be assigned as follows:

• Single voltage three lead • Single voltage six lead on •

Number -100 is standard compressor used in Copeland condensing units.

500-3-50, 575-3-60; 20 HP, 14.9 kW, and up. Dual voltage nine lead

Number -200 indicates a standard compressor. Numbers -201 through 299 will be assigned for all other variations of a given model. Note: 8D compressors have a unique bill of material matrix. See page 142.

Oil Type “O” “E”

Mineral Oil POE Oil

“L”

Less Oil

XXXXXXXXX — XXX — XXX Compressor Family Series

Nominal Capacity at Rating Condition

Either a number established for each product model.


Compressor Motor Protection Type

Two numeric characters

Code

Internal inherent protection – One protector, use with contactor (single or three phase).

F

Internal thermal protectors – Three electronic sensors and one external solid state control module, use with contactor (three phase).

S

Capacity Multiplier K - 1,000 M- 10,000

Model Variations Either a number or letter arbitrarily assigned to indicate major variations within any one family series.

147

50HZ

Electrical Codes 60HZ

Code

— 230-1 B 200/220-3 208/230-3 C 380/420-3 460-3 D 500-3 575-3 E 200/380/400-3 208/230/460-3 K 380/420-3 — M 200/380/400-3 230/460-3 N 200-3 200-3 U — 380-3 7 200-3 200/220/380-3 8 NOTE: Code U is only 60HZ on one model. Code K varies from above for 8D compressors.


TANDEM COMPRESSOR NOMENCLATURE Compressor Motor Type Motor Type

Primary Application Range R = ARI High Temperature, Rated @ 45/130 °F

Phase

F = ARI Low Temperature, Rated @ -25/105 °F

Three

Wye (star) Delta

E

Three


F

Three


Code

T

Product Variations Bill of Material numbers will be assigned as follows: Number -200 indicates a standard compressor. Numbers -201 through 299 will be assigned for all other variations of a given model. Note: 8D compressors have a unique bill of material matrix. See page 142.


XXXXXXXXXX—XXX—XXX Compressor Family Series A number established for first model in the tandem.

Electrical Codes

Nominal Capacity at Rating Condition

50HZ


Oil Type Product Type Code

Type

D

Discus

“O”

Mineral Oil

“E” “L”

POE Oil Less Oil

60HZ

200/220-3 208/230-3 380/420-3 460-3 500-3 575-3 200/380/400-3 208/230/460-3 380/420-3 — 200/380/400-3 230/460-3 200-3 200-3 — 380-3 200-3 200/220/380-3

Internal inherent protection – One protector, use with contactor (three phase).

A letter only, arbitrarily assigned for each different displacementvalve plate combination within any one family series.



148

C D E K M N U 7 8

Note: Code U is only 60HZ on one model. Code K varies from above for 8D tandems.

Compressor Motor Protection Type Code

Displacement and Valve Plate

Code

F


HFC Copeland Discus™ Compressors

Emerson Climate Technologies is leading the industry with environmentally responsible refrigerant solutions.

149

H F C C O P E L A N D D I S C U S ™

HFC COPELAND DISCUS™ COMPRESSORS

FEATURES

HFC COPELAND DISCUS™ COMPRESSOR STORY

• HFC Ozone Friendly Refrigerants

In the past few years the use of chlorofluorocarbons (CFCs) in the refrigeration and air conditioning industry has become a major topic of discussion. With the signing of the Montreal Protocol an d the 1992 Clean Air Act – and especially the decision to end CFC-production by Jan. 1, 1996, – many contractors and in-plant engineers have been in a turmoil as to what they should do. What refrigerants should they use? Should they retrofit their machines or buy new ones? Who can answer their questions? Emerson Climate Technologies has been looking for answers to these and many other questions – and finding some – for more than six years now. While the effort to move away from CFC-use with R22 was a proper initial response, Emerson Climate Technologies decided that it needed a long-term solution to the refrigerant problem since HCFCs will also be phased out. In October 1992, the company began replacing its Discus line of R12 reciprocating, semihermetic compressors with compressors designed to use the hydrofluorocarbon (HFC) 134a. Because HFCs do not contain any chlorine, they should not deplete the ozone layer. While HFC134a works well for medium- and hightemperature applications, Emerson Climate Technologies decided that it needed a replacement for low- and medium-temperature applications previously supported by R502 and R22. At the January 1992 International AirConditioning Heating Refrigeration (IACHR) Exposition in Chicago, Emerson Climate Technologies announced an effort to release a full line of products using HFCs R404A/R407A/R507. As with the standard Discus compressors the HFC Discus Compressors continue to offer the same energy efficiency and cost savings. HFC Discus Compressors in this section of the catalog are found in the following order: • Refrigerant Cooled • Capacity Control • Tandem • Capacity Control Tandem Refrigerant Cooled refers to the type of compressor motor cooling. Tandem compressors are those produced when two single compressors are bolted together to make one large compressor. In order to regulate the output of the compressor, Capacity Control compressors can be used as shown in their respective pages. When it comes to refrigeration, people look to Emerson Climate Technologies to provide answers. We committed early in this process to not only develop new compressor lines around the new refrigerants but also to provide what input we could in regard to things like retrofitting and dealing with the whole service issue.

• Wide 50 and 60 Hertz Selection Range 3 to 80 Horsepower 2.2 to 59.7 Kilowatts

• Efficient Energy Saving Discus Valve Design • Proven Copeland

®

brand products Dependability

•

Extensive Selection of Models for Commercial Refrigeration

•

Rugged, Compact Construction for Heavy-Duty Usage

• Easily Accessible for Maintenance • Wide Voltage Selection • Full Maximum Load Rundown Capability • Motor Protection on All Models • Poloyol Ester Lubricant • Oil Sight Glass on All Models • “Sentronic” Compatible

Oil Pump Included on All

Models

• Capacity Control and Tandem Models Available

151


50 HERTZ

CAPACITY

HP kW


100

2DF -030E 3 2DF3F16KE 2.2

749 21.2 130

2DL-040E 4 2DL3F20KE 3.0

2DC -050E 5 2DC3R53KE 3.7

2DD -050E 5 2DD3R63KE 3.7

2DA -060E 6 2DA3F23KE 4.5

54.4

100

37.8

130

54.4

100

37.8

130

54.4

100

37.8

130

54.4

100

37.8

45 7.2

35 1.7

25 – 3.9

15 – 9.4

5 – 15

0 – 17.8

–5 – 20.6

64.2

51.9

41.6

33.0

25.7

19.5

16.7

14.1

16.2

13.1

10.5

8.3

6.5

4.9

4.2

18.8 50.4

15.2 40.7

12.2 32.6

9.7 25.6

7.5 19.5

5.7 13.9

4.9 11.2

12.7

10.3

8.2

6.5

4.9

3.5

2.8

2.1

14.8

11.9

9.6

7.5

5.7

4.1

3.3

2.5

80.6

65.1

52.2

41.4

32.3

24.5

21.0

17.7

20.3

16.4

13.2

10.4

8.1

6.2

5.3

23.6 63.2

19.1 51.1

15.3 40.9

12.1 32.1

9.5 24.5

7.2 17.5

6.2 14.1

3.6

4.1 8.5

682 19.3

940 26.6 54.4

37.8

987 27.9 130

100

54.4

37.8

3DAA060E 6 1135 3DA3F28KE 4.5 32.1 130

2DA -075E 7.5 2DA3R89KE 5.6


593 16.8

100

2DL -075E 7.5 2DL3R78KE 5.6

WATTS x 1000

835 23.6

130

2DB -060E 6 2DB3F25KE 4.5

37.8

KCALS/ HOUR x 1000

R134a


BTUS/ HOUR x 1000

54.4

100

37.8

130

54.4

100

37.8

130

54.4

15.9

12.9

10.3

8.1

6.2

4.4

3.6

18.5 84.5

15.0 68.3

12.0 54.7

9.4 43.4

7.2 33.9

5.1 25.7

4.1 22.0

21.3

17.2

13.8

10.9

8.5

6.5

5.5

24.8 66.4

20.0 53.6

16.0 42.9

12.7 33.7

9.9 25.7

7.5 18.3

6.4 14.8

16.7

13.5

10.8

8.5

6.5

4.6

3.7

19.5 96.7

15.7 78.0

12.6 62.5

9.9 49.7

7.5 39.0

5.4 29.8

4.3 25.6

4.5

5.2 10.7 2.7 3.1 18.5 4.7 5.4 11.2 2.8

3.3 21.6

24.4

19.7

15.8

12.5

9.8

7.5

6.5

5.4

28.3 75.9

22.9 61.2

18.3 49.0

14.6 38.7

11.4 29.9

8.7 21.9

7.5 18.1

6.3 14.2

19.1

15.4

12.3

9.8

7.5

5.5

4.6

3.6

22.2

17.9

14.4

11.3

8.8

6.4

5.3

4.2

835 23.6

940 26.6

152

HFC COPELAND DISCUS™ COMPRESSORS BTUS/ HOUR x 1000

CAPACITY

KCALS/ HOUR x 1000

WATTS x 1000

R404A/R407A/R507 EVAPORATING TEMPERATURE °F/ °C 45 7.2

35 1.7

25 – 3.9

15 – 9.4

5 – 15

26.0

0 – 17.8

–5 – 20.6

– 10 – 23.3

– 20 – 28.9

– 30 – 34.4

– 40 – 40

29.5

26.0

22.7

16.9

12.1

8.3

7.4

6.6

5.7

4.3

3.0

2.1

8.6 19.8

7.6 17.2

6.7 14.8

5.0 10.6

3.5 7.1

2.4 4.4

5.0

4.3

3.7

2.7

1.8

1.1

5.8 35.3

5.0 31.2

4.3 27.4

3.1 20.8

2.1 15.4

1.3 10.9

8.9

7.9

6.9

5.2

3.9

2.7

10.3 24.6

9.1 21.6

8.0 18.8

6.1 13.9

4.5 9.7

3.2 6.1

6.2

5.4

4.7

3.5

2.4

1.5

7.2 22.7

6.3 19.9

5.5 17.0

4.1

2.8

1.8

12.9

64.4

52.7

42.4

33.5

16.2

13.3

10.7

8.4

6.6

5.7

5.0

4.3

18.9 44.7

15.4 36.3

12.4 29.0

9.8 22.6

7.6 17.2

6.7 14.8

5.8 12.7

5.0 10.6

11.3

9.1

7.3

5.7

4.3

3.7

3.2

13.1 75.3

10.6 61.8

8.5 50.1

6.6 40.0

5.0 31.4

4.3 27.6

3.7 24.3

2.7

3.1 21.0

19.0

15.6

12.6

10.1

7.9

7.0

6.1

5.3

22.1 53.4

18.1 43.6

14.7 35.0

11.7 27.7

9.2 21.4

8.1 18.7

7.1 16.3

6.2 13.8

13.5

11.0

8.8

7.0

5.4

4.7

4.1

15.6

12.8

10.3

8.1

6.3

5.5 40.2

4.8 35.6

4.0 31.4

24.1

18.0

10.1

9.0

7.9

6.1

4.5

3.3

11.8 28.2

10.4 24.8

9.2 21.8

7.1 16.3

5.3 11.6

3.8 7.4

39.0

3.5

7.1

6.2

5.5

4.1

2.9

1.9

8.3 42.7

7.3 37.8

6.4 33.3

4.8 25.4

3.4 18.9

2.2 13.6

10.8

9.5

8.4

6.4

4.8

3.4

12.5 30.3

11.1 26.7

9.8 23.4

7.4 17.6

5.5 12.7

4.0 8.5

7.6

6.7

5.9

4.4

3.2

2.1

8.9 47.5

7.8 42.1

6.9 37.0

5.2 28.0

3.7 20.7

2.5 15.0

12.0

10.6

9.3

7.1

5.2

13.9 33.4

12.3 29.5

10.8 25.9

8.2 19.3

6.1 13.7

3.8

4.4 9.0

8.4

7.4

6.5

4.9

3.5

2.3

9.8 34.5

8.6 30.5

7.6 26.5

5.7

4.0

2.6

92.2

75.7

61.5

49.4

23.2

19.1

15.5

12.4

9.8

8.7

7.7

27.0 66.2

22.2 54.1

18.0 43.8

14.5 35.0

11.4 27.5

10.1 24.1

8.9 21.1

16.7

13.6

11.0

8.8

6.9

6.1

5.3

19.4 122.0

15.9 96.7

12.8 77.5

10.3 62.4

8.1 49.7

7.1 43.7

6.2 37.5

6.7

7.8 18.1 4.6

5.3 31.3

30.7

24.4

19.5

15.7

12.5

11.0

9.5

7.9

35.7 82.8

28.3 63.1

22.7 49.0

18.3 38.8

14.6 30.8

12.8 27.2

11.0 23.3

9.2 19.4

20.9

15.9

12.3

9.8

7.8

6.9

5.9

4.9

24.3

18.5

14.4

11.4

9.0

8.0

6.8

5.7

153


50 HERTZ

CAPACITY

HP kW


100

37.8

130

54.4

100

37.8

KCALS/ HOUR x 1000

WATTS x 1000

R134a


BTUS/ HOUR x 1000


45 7.2

35 1.7

25 – 3.9

15 – 9.4

5 – 15

0 – 17.8

–5 – 20.6

114.0

91.8

73.6

58.5

45.9

35.1

30.2

25.5

28.7

23.1

18.5

14.7

11.6

8.8

7.6

6.4

33.4 89.4

26.9 72.0

21.6 57.7

17.1 45.6

13.4 35.2

10.3 25.9

8.8 21.3

7.5 16.8

3DAA075E 7.5 1135 3DA3R10ME 5.6 32.1

3DBA075E 7.5 3DB3F33KE 5.6

1338 37.9 130

100

3DFA090E 9 3DF3F40KE 6.7

3DSA100E 10 3DS3F46KE 7.5

100

37.8

130

54.4

100

37.8

1762 49.9

100

100

37.8

54.4

37.8

1977 56.0 130

3DFA120E 12 3DF3R15ME 9.0

54.4

1977 56.0 130

4DAA101E 10 4DAF47KE 7.5

54.4

22.5

18.1

14.5

11.5

8.9

26.2 134.0

21.1 108.0

16.9 86.8

13.4 68.9

10.3 54.1

6.5

5.4

7.6 41.7

6.2 36.3

4.2

4.9 31.4

33.8

27.2

21.9

17.4

13.6

10.5

9.1

7.9

39.3 107.0

31.6 85.7

25.4 68.3

20.2 53.9

15.9 42.0

12.2 32.1

10.6 27.7

9.2 23.6

27.0

21.6

17.2

13.6

10.6

8.1

7.0

5.9

31.4

25.1

20.0

15.8

12.3

9.4

8.1

6.9

148.0

120.0

96.1

76.3

59.9

46.2

40.2

34.7

37.3

30.2

24.2

19.2

15.1

11.6

10.1

43.4 118.0

35.2 94.9

28.2 75.6

22.4 59.7

17.6 46.5

13.5 35.5

11.8 30.6

1338 37.9

130

4DAA100E 10 4DAR12ME 7.5

37.8

1586 44.9 130

3DBA100E 10 3DB3R12ME 7.5

54.4

54.4

100

37.8

130

54.4

100

37.8

130

54.4

29.7

23.9

19.1

15.0

11.7

8.9

7.7

34.6 162.0

27.8 132.0

22.2 106.0

17.5 83.5

13.6 65.0

10.4 49.5

9.0 42.8

40.8

33.3

26.7

21.0

16.4

12.5

10.8

47.5 128.0

38.7 104.0

31.1 82.9

24.5 65.3

19.0 50.5

14.5 38.0

12.5 32.4

8.7

10.2 26.1 6.6

7.6 36.6 9.2

10.7 27.3

32.3

26.2

20.9

16.5

12.7

9.6

8.2

6.9

37.5 162.0

30.5 132.0

24.3 106.0

19.1 83.5

14.8 65.0

11.1 49.5

9.5 42.8

8.0 36.6

40.8

33.3

26.7

21.0

16.4

12.5

10.8

47.5 128.0

38.7 104.0

31.1 82.9

24.5 65.3

19.0 50.5

14.5 38.0

12.5 32.4

9.2

10.7 27.3

32.3

26.2

20.9

16.5

12.7

9.6

8.2

6.9

37.5

30.5

24.3

19.1

14.8

11.1

9.5

8.0

1586 44.9

3DSA150E 15 1762 3DS3R17ME 11.2 49.9

154


CAPACITY

KCALS/ HOUR x 1000

WATTS x 1000


35 1.7

25 – 3.9

15 – 9.4

5 – 15

0 – 17.8

–5 – 20.6

– 10 – 23.3

124.0

99.5

80.2

64.7

52.0

46.4

41.2

35.9

31.2

25.1

20.2

16.3

13.1

11.7

10.4

36.3 87.4

29.2 71.8

23.5 59.1

19.0 48.4

15.2 38.7

13.6 33.9

12.1 28.8

– 20 – 28.9

– 30 – 34.4

– 40 – 40

18.3

9.0

10.5 23.7

22.0

18.1

14.9

12.2

9.8

8.5

7.3

25.6

21.0

17.3

14.2

11.3

9.9 54.8

8.4 48.5

6.9 42.9

33.1

25.0

13.8

12.2

10.8

8.3

6.3

16.1 40.4

14.2 35.9

12.6 31.8

9.7 24.3

7.3 17.6

63.4

6.0

10.2

9.0

8.0

6.1

4.4

11.8 68.7

10.5 61.2

9.3 54.3

7.1 41.8

5.2 31.4

17.3

15.4

13.7

10.5

7.9

20.1 49.4

17.9 43.7

15.9 38.4

12.2 29.2

9.2 21.6

4.6

5.4 11.2 2.8

3.3 23.0 5.8

6.7 15.8

12.4

11.0

9.7

7.4

5.4

4.0

14.5 56.3

12.8 49.9

11.3 43.4

8.6

6.3

4.6

24.9

147.0

121.0

98.3

79.4

37.0

30.5

24.8

20.0

16.0

14.2

12.6

10.9

43.1 105.0

35.5 86.3

28.8 70.4

23.3 56.9

18.6 45.0

16.5 39.5

14.6 34.4

12.7 29.2

26.5

21.7

17.7

14.3

11.3

10.0

8.7

7.4

30.8

25.3

20.6

16.7

13.2

11.6 74.5

10.1 66.2

8.6 58.7

45.4

34.3

18.8

16.7

14.8

11.4

8.6

6.3

21.8 54.2

19.4 47.9

17.2 42.1

13.3 32.2

10.0 24.1

7.3 17.4

77.6

13.7

12.1

10.6

8.1

6.1

4.4

15.9 81.0

14.0 71.7

12.3 63.2

9.4 48.3

7.1 36.0

5.1 25.6

20.4

18.1

15.9

12.2

9.1

23.7 57.1

21.0 50.4

18.5 44.2

14.2 33.1

10.5 23.3

14.4

12.7

11.1

8.3

5.9

16.7 81.0

14.8 71.7

13.0 63.2

9.7 48.3

6.8 36.0

20.4

18.1

15.9

12.2

9.1

23.7 57.1

21.0 50.4

18.5 44.2

14.2 33.1

10.5 23.3

6.5

7.5 14.4 3.6

4.2 25.6 6.5

7.5 14.4

14.4

12.7

11.1

8.3

5.9

3.6

16.7 69.0

14.8 61.5

13.0 54.0

9.7

6.8

4.2

174.0

146.0

120.0

97.3

43.8

36.8

30.2

24.5

19.6

17.4

15.5

13.6

51.0 128.0

42.8 107.0

35.2 88.0

28.5 70.9

22.7 56.1

20.2 49.5

18.0 43.9

15.8 38.3

32.3

27.0

22.2

17.9

14.1

12.5

11.1

37.5 193.0

31.4 161.0

25.8 133.0

20.8 108.0

16.4 86.0

14.5 76.4

12.9 68.1

9.7

11.2 59.8

48.6

40.6

33.5

27.2

21.7

19.3

17.2

15.1

56.5 142.0

47.2 119.0

39.0 97.4

31.6 78.5

25.2 62.1

22.4 54.9

20.0 48.7

17.5 42.4

35.8

30.0

24.5

19.8

15.6

13.8

12.3

10.7

41.6

34.9

28.5

23.0

18.2

16.1

14.3

12.4

155


50 HERTZ

CAPACITY

HP kW


100

37. 8

4DHA150E 15 2499 4DHR16ME 11.2 70.7 130

4DLA150E 15 2499 (OC) 11.2 70.7 4DLF63KE

54. 4

100

37.8

130

54.4

100

37.8

130

54.4

100

37. 8

KCALS/ HOUR x 1000

WATTS x 1000

R134a


BTUS/ HOUR x 1000


45 7.2

35 1.7

25 – 3.9

15 – 9.4

5 – 15

0 – 17.8

–5 – 20.6

210.0

170.0

136.0

108.0

84.3

64.3

55.4

47.2

52.9

42.8

34.3

27.2

21.2

16.2

14.0

11.9

61.5 166.0

49.8 133.0

39.8 105.0

31.6 82.3

24.7 63.6

18.8 48.3

16.2 41.7

13.8 35.7

41.8

33.5

26.5

20.7

16.0

12.2

10.5

48.6

39.0

30.8

24.1

18.6

14.2

12.2

10.5

9.0

250.0

203.0

163.0

129.0

101.0

76.6

66.0

56.2

63.0

51.2

41.1

32.5

25.5

19.3

16.6

14.2

73.3 199.0

59.5 159.0

47.8 125.0

37.8 98.2

29.6 75.9

22.4 57.7

19.3 49.9

16.5 42.6

4DAA200E 20 1977 4DAR18ME 14.9 56.0

4DJA200E 20 2985 4DJR19ME 14.9 84.5 130

100

54. 4

37. 8

6DHA200E 20 3748 6DHR23ME 14.9 106.1 130

4DTA220E 22 2985 (OC) 16.4 84.5 4DTF76KE

54. 4

100

37.8

130

54.4

100

37.8

130

54.4

100

37.8

130

54.4

100

37.8

130

54.4

50.1

40.1

31.5

24.7

19.1

14.5

12.6

10.7

58.3 314.0

46.6 255.0

36.6 205.0

28.8 162.0

22.2 127.0

16.9 96.4

14.6 83.1

12.5 70.7

79.1

64.3

51.7

40.8

32.0

24.3

20.9

17.8

92.0 250.0

74.7 199.0

60.1 158.0

47.5 123.0

37.2 95.4

28.2 72.5

24.3 62.6

20.7 53.5

63.0

50.1

39.8

31.0

24.0

18.3

15.8

13.5

73.3

58.3

46.3

36.0

28.0

21.2

18.3

15.7

4DHA250E 25 2499 4DHR22ME 18.7 70.7

6DLA270E 27 3748 (OC) 20.1 106.1 6DLF93KE

4DJA300E 30 2985 4DJR28ME 22.4 84.5


156


CAPACITY

KCALS/ HOUR x 1000

WATTS x 1000


35 1.7

25 – 3.9

15 – 9.4

5 – 15

90.4

0 – 17.8

–5 – 20.6

– 10 – 23.3

– 20 – 28.9

– 30 – 34.4

– 40 – 40

105.0

93.4

82.9

64.7

49.4

35.5

26.5

23.5

20.9

16.3

12.4

8.9

30.8 74.4

27.4 65.1

24.3 56.8

19.0 42.7

14.5 30.8

10.4 19.9

18.7

16.4

14.3

10.8

7.8

5.0

21.8 79.8

19.1 70.7

16.6 61.5

12.5

9.0

5.8

39.1

207.0

173.0

142.0

114.0

52.2

43.6

35.8

28.7

22.8

20.1

17.8

15.5

60.7 150.0

50.7 124.0

41.6 100.0

33.4 79.7

26.5 61.9

23.4 54.0

20.7 47.4

18.0 40.8

37.8

31.2

25.2

20.1

15.6

13.6

11.9

10.3

44.0

36.3

29.3

23.4

18.1

15.8

13.9

12.0

123.0

109.0

95.5

72.8

54.1

31.0

27.5

24.1

18.3

13.6

9.9

36.0 85.7

31.9 75.3

28.0 65.9

21.3 49.5

15.9 36.2

11.5 25.4

118.0

21.6

19.0

16.6

12.5

9.1

6.4

25.1 104.0

22.1 92.2

19.3 80.4

14.5

10.6

7.4

52.8

264.0

223.0

184.0

149.0

66.5

56.2

46.4

37.5

29.7

26.2

23.2

20.3

77.4 196.0

65.3 163.0

53.9 133.0

43.7 107.0

34.6 83.6

30.5 73.8

27.0 66.1

23.6 58.3

49.4

41.1

33.5

27.0

21.1

18.6

16.6

57.4

47.8

39.0

31.4

24.5

21.6 155.0

19.4 137.0

17.1 121.0

93.1

70.9

39.1

34.5

30.5

23.5

17.9

13.3

45.4 111.0

40.1 98.3

35.5 87.1

27.3 67.0

20.8 49.1

15.5 31.9

143.0

14.7

28.0

24.8

21.9

16.9

12.4

8.0

32.5 127.0

28.8 112.0

25.5 97.2

19.6

14.4

9.3

327.0

273.0

224.0

181.0

82.4

68.8

56.4

45.6

36.0

32.0

28.2

24.5

95.8 233.0

80.0 193.0

65.6 157.0

53.0 126.0

41.9 98.9

37.2 87.3

32.8 77.3

28.5 67.3

58.7

48.6

39.6

31.8

24.9

22.0

19.5

17.0

68.3

56.5

46.0

36.9

29.0

25.6

22.6

19.7

157


50 HERTZ

CAPACITY

HP kW


6DJA300E 30 4478 22.4 126.8 (DS) 6DJR28ME

6DTA300E 30 4478 (DS) 22.4 126.8 (OC) 6DTF11ME

100

130

37.8

54.4

100

37.8

130

54.4

100

37.8

130

54.4

100

37.8

130

54.4

WATTS x 1000


45 7.2

35 1.7

25 – 3.9

15 – 9.4

5 – 15

0 – 17.8

–5 – 20.6

375.0

304.0

244.0

193.0

151.0

115.0

99.1

84.3

94.5

76.6

61.5

48.6

38.1

29.0

25.0

21.2

110.0 298.0

89.1 238.0

71.5 188.0

56.5 147.0

44.2 114.0

33.7 86.6

29.0 74.8

24.7 63.9

75.1

60.0

47.4

37.0

28.7

21.8

18.8

16.1

87.3

69.7

55.1

43.1

33.4

25.4

21.9

18.7

6DHA350E 35 3748 6DHR35ME 26.1 106.1

6DJA400E 40 4478 (DS) 29.8 126.8 6DJR40ME

KCALS/ HOUR x 1000

R134a


BTUS/ HOUR x 1000

(DS) Deep oil sump is standard on this model. (OC) Oil cooler and vertical cooling fan are standard on this model.

158


CAPACITY

KCALS/ HOUR x 1000

WATTS x 1000


35 1.7

25 – 3.9

15 – 9.4

5 – 15

173.0

0 – 17.8

–5 – 20.6

– 10 – 23.3

– 20 – 28.9

– 30 – 34.4

– 40 – 40

171.0

152.0

135.0

105.0

80.0

59.0

43.1

38.3

34.0

26.5

20.2

14.9

50.1 123.0

44.5 110.0

39.6 97.0

30.8 75.1

23.4 56.1

17.3 38.1

31.0

27.7

24.4

18.9

14.1

36.0 153.0

32.2 137.0

28.4 121.0

22.0

16.4

399.0

329.0

269.0

217.0

101.0

82.9

67.8

54.7

43.6

38.6

34.5

30.5

117.0 280.0

96.4 232.0

78.8 190.0

63.6 153.0

50.7 121.0

44.8 107.0

40.1 94.7

35.5 82.4

70.6

58.5

47.9

38.6

30.5

27.0

23.9

82.0 473.0

68.0 391.0

55.7 319.0

44.8 258.0

35.5 206.0

31.4 184.0

27.7 165.0

20.8

24.1 145.0

119.0

98.5

80.4

65.0

51.9

46.4

41.6

36.5

139.0

115.0

93.5

75.6

60.4

53.9

48.3

42.5

332.0

275.0

226.0

184.0

149.0

133.0

120.0

107.0

83.7

69.3

57.0

46.4

37.5

33.5

30.2

27.0

97.3

80.6

66.2

53.9

43.7

39.0

35.2

31.4

159

9.6

11.2


50 HERTZ

CAPACITY


HP kW


100

37.8

33EA12AA 12 2270 33DA3F56KE 9.0 64.3 130

54.4

100

37.8

130

54.4

100

37.8

BTUS/ HOUR x 1000 KCALS/ HOUR x 1000

WATTS x 1000

R134a EVAPORATING TEMPERATURE °F/ °C 55 12.8

45 7.2

35 1.7

25 – 3.9

15 – 9.4

5 – 15

0 – 17.8

–5 – 20.6

193.0

156.0

125.0

99.4

78.0

59.6

51.2

43.2

48.6

39.3

31.5

25.0

19.7

15.0

12.9

10.9

56.5 152.0

45.7 122.0

36.6 98.0

29.1 77.4

22.9 59.8

17.5 43.8

15.0 36.2

12.7 28.4

38.3

30.7

24.7

19.5

15.1

11.0

9.1

44.5

35.7

28.7

22.7

17.5

12.8

10.6

8.3

7.2

228.0

184.0

147.0

117.0

91.8

70.2

60.4

51.0

57.5

46.4

37.0

29.5

23.1

17.7

15.2

12.9

66.8 179.0

53.9 144.0

43.1 115.0

34.3 91.2

26.9 70.4

20.6 51.8

17.7 42.6

14.9 33.6

33EA15AA 15 2270 33DA3R20ME 11.2 64.3

33EA15BB 15 2676 33DB3F66KE 11.2 75.8 130

100

54.4

37.8

33EA18FF 18 3172 33DF3F80KE 13.4 89.8 130

54.4

100

37.8

130

54.4

100

37.8

45.1

36.3

29.0

52.4 268.0

42.2 216.0

33.7 174.0

67.5

54.4

43.8

78.5 214.0

63.3 171.0

51.0 137.0

23.0

17.7

13.1

10.7

26.7 138.0

20.6 108.0

15.2 83.4

12.5 72.6

8.5

9.8 62.8

34.8

27.2

21.0

18.3

15.8

40.4 108.0

31.6 84.0

24.4 64.2

21.3 55.4

18.4 47.2

53.9

43.1

34.5

27.2

21.2

16.2

14.0

11.9

62.7

50.1

40.1

31.6

24.6

18.8

16.2

13.8

296.0

240.0

192.0

153.0

120.0

92.4

80.4

69.4

74.6

60.5

48.4

38.6

30.2

23.3

20.3

17.5

86.7 236.0

70.3 190.0

56.3 151.0

44.8 119.0

35.2 93.0

27.1 71.0

23.6 61.2

20.3 52.2

33EA20BB 20 2676 33DB3R24ME 14.9 75.8

33EA20SS 20 3524 33DS3F92KE 14.9 99.8 130

100

54.4

37.8

44EA20AA 20 3954 44DAR24ME14.9 111.9 130

100

54.4

37.8

44EA21AA 20 3954 44DAF94KE 14.9 111.9 130

54.4

100

37.8

130

54.4

59.5

47.9

38.1

69.1 324.0

55.7 264.0

44.2 212.0

81.6

66.5

53.4

94.9 256.0

77.4 208.0

62.1 166.0

64.5

52.4

41.8

75.0 324.0

60.9 264.0

48.6 212.0

81.6

66.5

53.4

94.9 256.0

77.4 208.0

62.1 166.0

30.0

23.4

17.9

15.4

13.2

34.9 167.0

27.2 130.0

20.8 99.0

17.9 85.6

15.3 73.2

42.1

32.8

24.9

21.6

18.4

48.9 131.0

38.1 101.0

29.0 76.0

25.1 64.8

21.4 54.6

33.0

25.5

19.2

16.3

13.8

38.4 167.0

29.6 130.0

22.3 99.0

19.0 85.6

16.0 73.2

42.1

32.8

24.9

21.6

18.4

48.9 131.0

38.1 101.0

29.0 76.0

25.1 64.8

21.4 54.6

64.5

52.4

41.8

33.0

25.5

19.2

16.3

13.8

75.0

60.9

48.6

38.4

29.6

22.3

19.0

16.0

33EA24FF 24 3172 33DF3R30ME 17.9 89.8

160

HFC COPELAND DISCUS™ COMPRESSORS CAPACITY


WATTS x 1000


35 1.7

25 – 3.9

15 – 9.4

5 – 15

104.0

0 – 17.8

–5 – 20.6

– 10 – 23.3

– 20 – 28.9

– 30 – 34.4

– 40 – 40

95.0

84.2

74.0

56.0

41.4

30.0

23.9

21.2

18.6

14.1

10.4

27.8 66.8

24.7 59.0

21.7 51.8

16.4 38.6

12.1 27.4

16.8

14.9

13.1

9.7

6.9

4.5

19.6 92.8

17.3 82.3

15.2 71.8

11.3

8.0

5.3

36.6

248.0

199.0

160.0

129.0

62.5

50.1

40.4

32.6

26.2

23.4

20.7

18.1

72.7 175.0

58.3 144.0

47.0 118.0

37.9 96.8

30.5 77.4

27.2 67.8

24.1 57.6

21.0 47.4

44.0

36.2

29.8

24.4

19.5

17.1

14.5

11.9

51.2

42.1

34.6

28.4

22.7

19.9 110.0

16.9 97.0

13.9 85.8

66.2

50.0

27.6

24.4

21.6

16.7

12.6

32.1 80.8

28.4 71.8

25.1 63.6

19.4 48.6

14.7 35.2

127.0

7.6

8.8 18.0

20.4

18.1

16.0

12.2

8.9

23.7 137.0

21.0 122.0

18.6 109.0

14.2 83.6

10.3 62.8

9.2

10.7 22.4 5.6

6.6 46.0

34.6

30.8

27.4

21.1

15.8

11.6

40.3 98.8

35.9 87.4

31.8 76.8

24.5 58.4

18.4 43.2

13.5 31.6

24.9

22.0

19.4

14.7

10.9

8.0

28.9 113.0

25.6 99.7

22.5 86.8

17.1

12.7

9.3

49.8

294.0

242.0

197.0

159.0

74.1

61.0

49.5

40.0

32.0

28.4

25.1

21.9

86.1 210.0

70.9 173.0

57.6 141.0

46.5 114.0

37.2 90.0

33.0 79.0

29.2 68.7

25.4 58.4

52.9

43.5

35.5

28.7

22.7

19.9

17.3

61.5

50.6

41.3

33.3

26.4

23.1 149.0

20.1 132.0

17.1 117.0

90.8

68.6

37.5

33.4

29.6

22.9

17.3

12.5

43.7 108.0

38.8 95.8

34.4 84.2

26.6 64.4

20.1 48.2

14.6 34.8

155.0

14.7

27.3

24.1

21.2

16.2

12.1

31.8 162.0

28.1 143.0

24.7 126.0

18.9 96.6

14.1 72.0

8.8

10.2 51.2

40.8

36.1

31.9

24.3

18.1

12.9

47.5 114.0

42.0 101.0

37.0 88.4

28.3 66.2

21.1 46.6

15.0 28.8

28.8

25.4

22.3

16.7

11.7

7.3

33.5 162.0

29.5 143.0

25.9 126.0

19.4 96.6

13.7 72.0

8.4 51.2

40.8

36.1

31.9

24.3

18.1

12.9

47.5 114.0

42.0 101.0

37.0 88.4

28.3 66.2

21.1 46.6

15.0 28.8

28.8

25.4

22.3

16.7

11.7

7.3

33.5 138.0

29.5 123.0

25.9 108.0

19.4

13.7

8.4

348.0

292.0

240.0

195.0

87.7

73.6

60.5

49.0

39.1

34.8

31.0

27.2

102.0 256.0

85.6 214.0

70.3 176.0

57.0 142.0

45.5 112.0

40.4 99.0

36.0 87.8

31.6 76.6

64.5

53.9

44.4

35.7

28.3

24.9

22.1

19.3

75.0

62.7

51.6

41.5

32.9

29.0

25.7

22.4

161


50 HERTZ

CAPACITY


HP kW


100

37.8

130

54.4

100

37.8


WATTS x 1000


45 7.2

35 1.7

25 – 3.9

15 – 9.4

5 – 15

0 – 17.8

–5 – 20.6

420.0

340.0

272.0

216.0

169.0

129.0

111.0

106.0

85.7

68.5

54.4

42.6

32.5

28.0

23.8

123.0 332.0

99.6 266.0

79.7 210.0

63.3 165.0

49.5 127.0

37.8 96.6

32.5 83.4

27.7 71.4

33EA30SS 30 3524 33DS3R34ME 22.4 99.8

44EA30HH 30 4998 44DHR32ME 22.4 141.5 130

44EA30LL 30 4998 (OC) 22.4 141.5 44DLF13ME

54.4

100

37.8

130

54.4

100

37.8

130

54.4

100

37.8

94.4

83.7

67.0

52.9

41.6

32.0

24.3

21.0

18.0

97.3

77.9

61.5

48.3

37.2

28.3

24.4

20.9

500.0

406.0

326.0

258.0

202.0

153.0

132.0

112.0

126.0

102.0

82.2

65.0

50.9

38.6

33.3

28.2

147.0 398.0

119.0 318.0

95.5 250.0

75.6 196.0

59.2 152.0

44.8 115.0

38.7 99.8

32.8 85.2

44EA40AA 40 3954 44DAR36ME 29.8 111.9

44EA40JJ 40 5970 44DJR38ME 29.8 169.0 130

100

54.4

37.8

66EA40HH 40 7496 66DHR46ME 29.8 212.2 130

44EA44TT 44 5970 (OC) 32.8 169.0 44DTF15ME

54.4

100

37.8

130

54.4

100.0

80.1

63.0

49.4

38.3

29.0

25.1

117.0 628.0

93.2 510.0

73.3 410.0

57.4 324.0

44.5 254.0

33.7 193.0

29.2 166.0

21.5

25.0 141.0

158.0

129.0

103.0

81.6

64.0

48.6

41.8

184.0 500.0

149.0 398.0

120.0 316.0

94.9 246.0

74.4 191.0

56.5 145.0

48.6 125.0

126.0

100.0

79.6

62.0

48.1

36.5

31.5

27.0

147.0

117.0

92.6

72.1

56.0

42.5

36.6

31.4


162

35.5

41.3 107.0



WATTS x 1000


35 1.7

25 – 3.9

15 – 9.4

5 – 15

0 – 17.8

–5 – 20.6

– 10 – 23.3

386.0

322.0

266.0

216.0

172.0

153.0

136.0

120.0

97.3

81.1

67.0

54.4

43.3

38.5

34.3

30.1

113.0 284.0

94.3 238.0

77.9 195.0

63.3 157.0

50.4 124.0

44.8 110.0

39.9 97.3

35.0 84.8

– 20 – 28.9

– 30 – 34.4

– 40 – 40

71.6

60.0

49.1

39.6

31.3

27.7

24.5

21.4

83.2

69.7

57.1

46.0

36.4

32.2

28.5

24.8

210.0

187.0

166.0

129.0

98.8

52.9

47.1

41.8

32.6

24.9

17.9

61.5 149.0

54.7 130.0

48.6 114.0

37.9 85.4

28.9 61.6

20.8 39.8

181.0

71.0

37.5

32.8

28.6

21.5

15.5

10.0

43.6 160.0

38.1 141.0

33.3 123.0

25.0

18.0

11.7

78.2

414.0

346.0

284.0

228.0

104.0

87.2

71.6

57.5

45.6

40.2

35.6

31.0

121.0 300.0

101.0 248.0

83.2 200.0

66.8 159.0

53.0 124.0

46.8 108.0

41.4 94.8

36.0 81.6

75.6

62.5

50.4

40.2

31.2

27.2

23.9

20.6

87.9

72.7

58.6

46.7

36.3

31.6

27.8

23.9

246.0

218.0

191.0

146.0

108.0

62.0

54.9

48.1

36.7

27.3

19.7

72.1 171.0

63.9 151.0

56.0 132.0

42.7 99.0

31.7 72.4

22.9 50.8

43.2

38.0

33.2

24.9

18.2

12.8

50.2

44.1

38.6

29.0

21.2

14.9


50 HERTZ

CAPACITY


HP kW


100

37.8

130

54.4

100

37.8

130

54.4

100

37.8

130

54.4

100

37.8


WATTS x 1000


45 7.2

35 1.7

25 – 3.9

15 – 9.4

5 – 15

0 – 17.8

–5 – 20.6

750.0

608.0

488.0

386.0

302.0

230.0

198.0

169.0

189.0

153.0

123.0

97.3

76.1

58.0

49.9

220.0 596.0

178.0 476.0

143.0 376.0

113.0 294.0

88.5 228.0

67.4 173.0

58.0 150.0

44EA50HH 50 4998 44DHR44ME 37.3 141.5

66EA54LL 54 7496 (OC) 40.3 212.2 66DLF19ME

44EA60JJ 60 5970 44DJR56ME 44.8 169.0

66EA60JJ 60 8956 (DS) 44.8 253.5 66DJR56ME

66EA60TT 60 8956 (DS) 44.8 253.5 (OC) 66DTF22ME

130

54.4

100

37.8

130

54.4

100

37.8

130

54.4

100

37.8

130

54.4

150.0

120.0

94.8

74.1

57.5

43.6

37.8

32.3

175.0

140.0

110.0

86.1

66.8

50.7

44.0

37.5

66EA70HH 70 7496 66DHR70ME 52.2 212.2

66EA80JJ 80 8956 (DS) 59.7 253.5 66DJR80ME

42.6

49.5 128.0

(OC) Oil coolers and vertical cooling fans are standard on this model. (DS) Deep oil sumps are standard on this model.

164



WATTS x 1000


35 1.7

25 – 3.9

15 – 9.4

5 – 15

0 – 17.8

–5 – 20.6

– 10 – 23.3

528.0

446.0

368.0

298.0

236.0

208.0

184.0

161.0

133.0

112.0

92.7

75.1

59.5

52.4

46.5

155.0 392.0

131.0 326.0

108.0 266.0

87.3 214.0

69.1 167.0

60.9 148.0

54.0 132.0

– 20 – 28.9

– 30 – 34.4

– 40 – 40

106.0

40.5

47.1 117.0

98.8

82.2

67.0

53.9

42.1

37.2

33.3

29.4

115.0

95.5

77.9

62.7

49.0

43.2 310.0

38.7 274.0

34.2 242.0

186.0

142.0

78.1

69.0

61.0

46.9

35.7

26.6

90.8 222.0

80.3 197.0

70.9 174.0

54.6 134.0

41.5 98.2

30.9 63.8

286.0

55.9

49.5

43.9

33.8

24.7

16.1

65.0 254.0

57.6 224.0

51.0 194.0

39.3

28.8

18.7

118.0

654.0

546.0

448.0

362.0

165.0

138.0

113.0

91.2

72.1

64.0

56.4

192.0 466.0

160.0 386.0

131.0 314.0

106.0 252.0

83.8 198.0

74.4 175.0

65.6 155.0

49.0

57.0 135.0

117.0

97.3

79.1

63.5

49.8

44.0

39.0

33.9

137.0

113.0

92.0

73.8

58.0

51.2

45.3

39.4

342.0

304.0

270.0

210.0

160.0

86.2

76.6

68.0

52.9

40.3

100.0 246.0

89.1 220.0

79.1 194.0

61.5 150.0

46.9 112.0

346.0

29.7

34.6 76.2

62.0

55.4

48.9

37.9

28.3

19.2

72.1 306.0

64.5 274.0

56.8 242.0

44.0

32.9

22.3

798.0

658.0

538.0

434.0

202.0

166.0

136.0

109.0

87.2

77.1

69.0

234.0 560.0

193.0 464.0

158.0 380.0

127.0 306.0

101.0 242.0

89.7 214.0

80.3 189.0

141.0

117.0

95.8

77.1

61.0

53.9

47.7

164.0 946.0

136.0 782.0

111.0 638.0

89.7 516.0

70.9 412.0

62.7 368.0

55.5 330.0

61.0

70.9 165.0 41.5

48.3 290.0

238.0

197.0

161.0

130.0

104.0

92.7

83.2

73.1

278.0 664.0

230.0 550.0

187.0 452.0

151.0 368.0

121.0 298.0

108.0 266.0

96.7 240.0

85.0 214.0

167.0

139.0

114.0

92.7

75.1

67.0

60.5

53.9

195.0

161.0

132.0

108.0

87.3

77.9

70.3

62.7

165


50 HERTZ

CAPACITY


WATTS x 1000


4DEA100E 50% Unloaded 4DER12ME 4DNA100E 50% Unloaded (OC) 4DNR12ME

4DEA101E 50% Unloaded 4DEF47KE 4DNA101E 50% Unloaded (OC) 4DNF47KE

4DKA150E 50% Unloaded 4DKR16ME


4DAA100E 4DAR12ME

4DAA100E 4DAR12ME

4DAA101E 4DAF47KE

10 7.5

10 7.5

10 7.5

4DAA101E 4DAF47KE

4DHA150E 4DH R16ME

10 7.5

15 11.2

4DAA200E 4DA R18ME

4DJ A200E 4DJR19ME

20 14.9

20 14.9

100

37.8

130

54.4

100

37.8

1977 56.0 54.4

100

37.8

130

54.4

100

37.8

2499 70.7

35 1.7

25 – 3.9

15 – 9.4

5 – 15

0 – 17.8

–5 – 20.6

81.0

66.0

53.0

41.8

32.5

24.8

21.4

18.3

20.4

16.7

13.4

10.5

8.2

6.3

5.4

23.8 64.0

19.4 52.0

15.6 41.5

12.3 32.7

9.5 25.3

7.3 19.0

6.3 16.2

4.6

5.4 13.7

16.2

13.1

10.5

8.3

6.4

4.8

4.1

3.5

18.8

15.3

12.2

9.6

7.4

5.6

4.8

4.0

81.0

66.0

53.0

41.8

32.5

24.8

21.4

18.3

20.4

16.7

13.4

10.5

8.2

6.3

5.4

23.8 64.0

19.4 52.0

15.6 41.5

12.3 32.7

9.5 25.3

7.3 19.0

6.3 16.2

4.6

5.4 13.7

16.2

13.1

10.5

8.3

6.4

4.8

4.1

3.5

18.8

15.3

12.2

9.6

7.4

5.6

4.8

4.0

105.0

85.0

68.0

54.0

42.2

32.2

27.7

23.6

26.5

21.4

17.2

13.6

10.6

8.1

7.0

30.8 83.0

24.9 66.5

19.9 52.5

15.8 41.2

12.4 31.8

9.4 24.2

8.1 20.9

54.4

100

37.8

130

54.4

100

37.8

130

54.4

100

37.8

6.0

6.9 17.9

20.9

16.8

13.3

10.4

8.0

6.1

5.3

4.5

24.3

19.5

15.4

12.1

9.3

7.1

6.1

5.3

125.0

102.0

81.5

64.5

50.5

38.3

33.0

28.1

31.5

25.6

20.6

16.3

12.8

9.7

8.3

7.1

36.7 99.5

29.8 79.5

23.9 62.5

18.9 49.1

14.8 38.0

11.2 28.9

9.7 25.0

8.3 21.3

2499 70.7

1977 56.0

2985 84.5

100

54.4

37.8

20 3748 14.9 106.1 130

100


45 7.2

1977 56.0

130


54.4


1977 56.0

130

15 11.2

37.8

1977 56.0

130

4DEA200E 50% Unloaded 4DER18ME

6DPA200E 67% Unloaded 6DPR23ME

50HZ


130

4DL A150E 4DLF63KE


CFH m 3 /hr

100

4DPA150E 50% Unloaded (OC) 4DPF63KE

4DR A200E 50% Unloaded 4DRR19ME

HP kW

R134a

54.4

37.8

20 3748 14.9 106.1 130

54.4

25.1

20.1

15.8

12.4

9.6

7.3

6.3

5.4

29.2 220.0

23.3 179.0

18.3 144.0

14.4 113.0

11.1 88.9

8.5 67.5

7.3 58.2

6.3 49.5

55.4

45.0

36.2

28.6

22.4

17.0

14.6

12.5

64.4 175.0

52.3 139.0

42.1 111.0

33.3 86.1

26.0 66.8

19.7 50.8

17.0 43.8

14.5 37.5

44.1

35.1

27.9

21.7

16.8

12.8

11.1

51.3 113.0

40.8 91.8

32.4 73.8

25.2 58.3

19.6 45.7

14.8 34.7

12.8 29.9

9.5

11.0 25.5

28.5

23.1

18.6

14.7

11.5

8.7

7.5

6.4

33.1 90.0

26.9 71.6

21.6 56.9

17.1 44.3

13.4 34.3

10.2 26.1

8.7 22.5

7.5 19.3

22.7

18.0

14.3

11.2

8.6

6.6

5.7

4.9

26.4

21.0

16.7

13.0

10.1

7.6

6.6

5.7


166



WATTS x 1000


35 1.7

25 – 3.9

15 – 9.4

5 – 15

0 – 17.8

–5 – 20.6

– 10 – 23.3

– 20 – 28.9

– 30 – 34.4

– 40 – 40

40.5

35.9

31.6

24.2

18.0

12.8

10.2

9.0

8.0

6.1

4.5

11.9 28.6

10.5 25.2

9.3 22.1

7.1 16.6

5.3 11.7

3.2

3.8 7.2

7.2

6.4

5.6

4.2

2.9

1.8

8.4

7.4

6.5

4.8

3.4

2.1

12.8

40.5

35.9

31.6

24.2

18.0

10.2

9.0

8.0

6.1

4.5

11.9 28.6

10.5 25.2

9.3 22.1

7.1 16.6

5.3 11.7

7.2

6.4

5.6

4.2

2.9

1.8

8.4

7.4

6.5

4.8

3.4

2.1

52.5

46.7

41.5

32.4

24.7

17.8

13.2

11.8

10.4

8.2

6.2

15.4 37.2

13.7 32.6

12.1 28.4

9.5 21.4

7.2 15.4

3.2

3.8 7.2

4.5

5.2 10.0

9.4

8.2

7.2

5.4

3.9

2.5

9.5 35.3

8.3

6.3

4.5

2.9

104.0

86.5

71.0

57.0

45.2

10.9 39.9

26.1

21.8

17.9

14.4

11.4

10.1

8.9

30.3 75.0

25.3 62.0

20.8 50.0

16.7 39.9

13.2 31.0

11.7 27.0

10.4 23.7

18.9

15.6

12.6

10.0

7.8

6.8

6.0

22.0

18.2

14.7

11.7

9.1

7.9

6.9

167


50 HERTZ

CAPACITY


WATTS x 1000



HP kW

4DS A220E 50% Unloaded (OC) 4DSF76KE

4DT A220E 4DTF76KE

22 16.4

4DK A250E 50% Unloaded 4DKR22ME

6DC A270E 33% Unloaded (OC) 6DCF93KE 6DD A270E 67% Unloaded (OC) 6DDF93KE

4DR A300E 50% Unloaded 4DRR28ME

6DR A300E 33% Unloaded (DS) 6DRR28ME 6DS A300E 67% Unloaded (DS) 6DSR28ME

4DH A250E 4DHR22ME





25 18.7

CFH m 3 /hr 50HZ


100

37.8

130

54.4

100

37.8

130

54.4

100

37.8

130

54.4

100

37.8

130

54.4

100

37.8

130

54.4

100

37.8


45 7.2

35 1.7

25 – 3.9

15 – 9.4

5 – 15

0 – 17.8

–5 – 20.6

263.0

213.0

171.0

135.0

106.0

80.5

69.4

59.0

66.2

53.6

43.1

34.0

26.7

20.3

17.5

14.8

77.0

62.4

50.1

39.6

30.9

23.6

20.3

17.3

209.0

167.0

132.0

103.0

79.8

60.6

52.4

44.7

52.6

42.0

33.2

25.9

20.1

15.3

13.2

11.3

61.1

48.8

38.6

30.2

23.4

17.8

15.3

13.1

135.0

109.0

87.8

69.5

54.4

41.4

35.7

30.3

34.0

27.6

22.1

17.5

13.7

10.4

9.0

39.6

32.1

25.7

20.3

15.9

12.1

10.4

8.9

107.0

85.7

67.7

52.9

41.0

31.2

26.9

23.0

27.0

21.6

17.1

13.3

10.3

7.8

6.8

5.8

31.4

25.1

19.8

15.5

12.0

9.1

7.9

6.7

2985 84.5

2499 70.7

27 3748 20.1 106.1

27 3748 20.1 106.1

30 22.4

2985 84.5

30 4478 22.4 126.8 130

100


R134a

54.4

37.8

30 4478 22.4 126.8 130

54.4

(OC) Oil cooler and vertical cooling fan are standard on this model. (DS) Deep oil sump is standard on this model.

168

7.6



WATTS x 1000


35 1.7

25 – 3.9

15 – 9.4

5 – 15

0 – 17.8

–5 – 20.6

– 10 – 23.3

– 20 – 28.9

– 30 – 34.4

– 40 – 40

61.5

54.5

47.8

36.4

27.1

19.6

15.5

13.7

12.0

9.2

6.8

4.9

18.0

16.0

14.0

10.7

7.9

5.7

42.9

37.7

33.0

24.8

18.1

12.7

10.8

9.5

8.3

6.2

4.6

3.2

12.6

11.0

9.7

7.3

5.3

3.7

46.1

37.0

132.0

112.0

92.0

74.5

59.0

52.0

33.3

28.1

23.2

18.8

14.9

13.1

11.6

38.7

32.7

27.0

21.8

17.3

15.2

13.5

98.0

81.5

66.5

53.5

41.8

36.9

33.0

24.7

20.5

16.8

13.5

10.5

9.3

8.3

28.7

23.9

19.5

15.7

12.2

10.8

9.7

109.0

95.9

84.7

65.2

49.6

27.3

24.2

21.3

16.4

12.5

9.3

31.8

28.1

24.8

19.1

14.5

10.8

77.7

68.8

61.0

46.9

34.4

22.3

19.6

17.3

15.4

11.8

8.7

22.8

20.2

17.9

13.7

10.1

55.8

49.3

43.6

33.5

14.1

12.4

11.0

8.4

16.3

14.5

12.8

9.8

40.0

35.4

31.4

24.1

10.1

8.9

7.9

6.1

11.7

10.4

9.2

7.1

56.0

164.0

137.0

112.0

90.5

71.5

63.5

41.2

34.4

28.2

22.8

18.0

16.0

14.1

47.9

40.0

32.8

26.5

20.9

18.6

16.4

117.0

96.5

78.5

63.0

49.5

43.7

38.7

29.4

24.3

19.8

15.9

12.5

11.0

34.1

28.3

23.0

18.5

14.5

12.8

169

9.7

11.3

5.6

6.5


50 HERTZ

CAPACITY


WATTS x 1000


6DEA300E 33% Unloaded (DS) (OC) 6DEF11ME


6DT A300E 6DTF11ME

6DFA300E 67% Unloaded (DS) (OC) 6DFF11ME

6DT A300E 6DTF11ME


6DHA350E 6DHR35ME

6DPA350E 67% Unloaded 6DPR35ME

6DRA400E 33% Unloaded (DS) 6DRR40ME 6DSA400E 67% Unloaded (DS) 6DSR40ME


6DJA400E 6DJR40ME


HP kW

30 22.4

30 22.4

35 26.1

35 26.1

40 29.8

40 29.8

CFH m 3 /hr 50HZ

R134a


100

37.8

130

54.4

100

37.8

130

54.4

100

37.8

130

54.4

100

37.8

130

54.4

100

37.8

130

54.4

100

37.8

130

54.4


4478 126.8

4478 126.8

3748 106.1

3748 106.1

4478 126.8

4478 126.8


170

45 7.2

35 1.7

25 – 3.9

15 – 9.4

5 – 15

0 – 17.8

–5 – 20.6



WATTS x 1000


35 1.7

25 – 3.9

15 – 9.4

5 – 15

0 – 17.8

–5 – 20.6

– 10 – 23.3

– 20 – 28.9

– 30 – 34.4

– 40 – 40

120.0

106.0

94.5

73.5

56.0

41.3

30.2

26.8

23.8

18.5

14.1

10.4

35.1

31.2

27.7

21.5

16.4

12.1

86.1

77.0

67.9

52.6

39.3

26.7

21.7

19.4

17.1

13.2

9.9

25.2

22.6

19.9

15.4

11.5

61.6

54.7

48.6

37.8

15.5

13.8

12.2

18.0

16.0

14.2

11.1

44.3

39.6

34.9

27.0

11.2

10.0

8.8

13.0

11.6

10.2

95.9

279.0

230.0

188.0

152.0

121.0

107.0

70.7

58.0

47.5

38.3

30.5

27.0

24.2

81.9

67.5

55.2

44.5

35.5

31.4

28.1

196.0

162.0

133.0

107.0

84.7

74.9

66.3

49.4

40.9

33.5

27.0

21.3

18.9

16.7

57.4

47.6

39.0

31.4

24.8

21.9

19.4

144.0

118.0

96.8

78.1

62.3

55.1

49.3

36.4

29.8

24.4

19.7

15.7

13.9

12.4

42.1

34.7

28.4

22.9

18.2

16.1

14.5

101.0

83.5

68.4

55.1

43.6

38.5

34.1

25.4

21.0

17.2

13.9

11.0

9.7

29.5

24.5

20.0

16.1

12.8

11.3

10.0

331.0

274.0

223.0

181.0

144.0

129.0

116.0

83.3

69.0

56.3

45.5

36.3

32.5

29.1

97.3

80.5

65.4

52.9

42.3

37.7

33.8

232.0

193.0

158.0

129.0

104.0

93.1

84.0

58.6

48.5

39.9

32.5

26.3

23.5

21.2

68.1

56.4

46.4

37.7

30.6

27.3

24.6

170.0

141.0

115.0

92.9

74.2

66.2

59.4

42.8

35.5

28.9

23.4

18.7

16.7

15.0

50.0

41.4

33.6

27.2

21.7

19.4

17.4

120.0

99.0

81.4

66.2

53.6

47.9

43.2

30.1

24.9

20.5

16.7

13.5

12.1

10.9

35.0

29.0

23.8

19.4

15.7

14.0

12.7

171

8.6

9.5

6.8

7.9

6.7

7.8


50 HERTZ

CAPACITY


WATTS x 1000


44EA20EE 50% Unloaded 44DE R24ME

44EA20NN 50% Unloaded (OC) 44DN R24ME 44EA21EE 50% Unloaded 44DE F94KE 44EA21NN 50% Unloaded (OC) 44DN F94KE 44EA30KK 50% Unloaded 44DK R32ME

BASIC TANDEM MODEL

44EA20AA 44DAR24ME

44EA20AA 44DA R24ME

44EA21AA 44DAF94KE

20 14.9

20 14.9

20 14.9

44EA21AA 44DA F94KE

44EA30HH 44DHR32ME

20 14.9

30 22.4

3954 111.9

44EA40AA 44DAR36ME

44EA40JJ 44DJR38ME

40 29.8

40 29.8

37.8

130

54.4

100

37.8

3954 111.9

100

37.8

130

54.4

100

37.8

4998 141.5

37.8

130

54.4

35 1.7

25 – 3.9

15 – 9.4

5 – 15

0 – 17.8

–5 – 20.6

162.0

132.0

40.8

33.3

106.0

83.5

65.0

49.5

42.8

36.6

26.7

21.0

16.4

12.5

10.8

47.5 128.0

38.7 104.0

31.1 82.9

24.5 65.3

19.0 50.5

14.5 38.0

12.5 32.4

9.2

10.7 27.3

32.3

26.2

20.9

16.5

12.7

9.6

8.2

6.9

37.5

30.5

24.3

19.1

14.8

11.1

9.5

8.0

162.0

132.0

106.0

83.5

65.0

49.5

42.8

36.6

40.8

33.3

26.7

21.0

16.4

12.5

10.8

47.5 128.0

38.7 104.0

31.1 82.9

24.5 65.3

19.0 50.5

14.5 38.0

12.5 32.4

9.2

10.7 27.3

32.3

26.2

20.9

16.5

12.7

9.6

8.2

6.9

37.5

30.5

24.3

19.1

14.8

11.1

9.5

8.0

210.0

170.0

136.0

108.0

84.3

64.3

55.4

47.2

52.9

42.8

34.3

27.2

21.2

16.2

14.0

11.9

61.5 166.0

49.8 133.0

39.8 105.0

31.6 82.3

24.7 63.6

18.8 48.3

16.2 41.7

13.8 35.7

100

37.8

130

54.4

100

37.8

41.8

33.5

26.5

20.7

16.0

12.2

10.5

48.6

39.0

30.8

24.1

18.6

14.2

12.2

10.5

9.0

250.0

204.0

163.0

129.0

101.0

76.6

66.0

56.2

63.0

51.2

41.1

32.5

25.5

19.3

16.6

14.2

73.3 199.0

59.5 159.0

47.8 125.0

37.8 98.2

29.6 75.9

22.4 57.7

19.3 49.9

16.5 42.6

3954 111.9

5970 169.0 54.4

37.8

7496 212.2

100

40 29.8

54.4

100

130


45 7.2

4998 141.5

100

40 29.8

54.4


3954 111.9

130


54.4

100

130

30 22.4

37.8

3954 111.9

130

44EA40EE 50% Unloaded 44DE R36ME

66EA40PP 67% Unloaded 66DP R46ME

50HZ


130

44EA30LL 44DL F13ME

66EA40KK 33% Unloaded 66DK R46ME

CFH m 3 /hr

100

44EA30PP 50% Unloaded (OC) 44DP F13ME

44EA40RR 50% Unloaded 44DR R38ME

HP kW

R134a

54.4

37.8

7496 212.2 130

54.4

50.1

40.1

31.5

24.7

19.1

14.5

12.6

58.3 440.0

46.6 358.0

36.6 288.0

28.8 226.0

22.2 178.0

16.9 135.0

14.6 116.0

10.7

12.5 99.0

111.0

90.0

72.4

57.1

44.8

34.0

29.3

24.9

129.0 350.0

105.0 278.0

84.1 222.0

66.5 172.0

52.1 134.0

39.5 102.0

34.0 87.6

29.0 74.9

88.2

70.1

55.7

43.4

33.6

25.6

22.1

18.9

103.0 226.0

81.6 184.0

64.8 148.0

50.4 117.0

39.2 91.4

29.7 69.4

25.6 59.8

22.0 50.9

57.0

46.3

37.2

29.4

23.0

17.5

15.0

12.8

66.2 180.0

53.8 143.0

43.3 114.0

34.2 88.6

26.8 68.7

20.3 52.2

17.5 45.1

14.9 38.5

45.4

36.1

28.7

22.3

17.3

13.2

11.4

52.8

42.0

33.3

25.9

20.2

15.3

13.2


172

9.7

11.3



WATTS x 1000


35 1.7

25 – 3.9

15 – 9.4

5 – 15

90.4

0 – 17.8

–5 – 20.6

– 10 – 23.3

– 20 – 28.9

– 30 – 34.4

– 40 – 40

81.0

71.7

63.2

48.3

36.0

25.6

20.4

18.1

15.9

12.2

9.1

23.7 57.1

21.0 50.4

18.5 44.2

14.2 33.1

10.5 23.3

6.5

7.5 14.4

14.4

12.7

11.1

8.3

5.9

3.6

16.7

14.8

13.0

9.7

6.8

4.2

81.0

71.7

63.2

48.3

36.0

25.6

20.4

18.1

15.9

12.2

9.1

23.7 57.1

21.0 50.4

18.5 44.2

14.2 33.1

10.5 23.3

6.5

7.5 14.4

14.4

12.7

11.1

8.3

5.9

3.6

16.7

14.8

13.0

9.7

6.8

4.2

105.0

93.4

82.9

64.7

49.4

35.5

26.5

23.5

20.9

16.3

12.4

8.9

30.8 74.4

27.4 65.1

24.3 56.8

19.0 42.7

14.5 30.8

10.4 19.9

18.7

16.4

14.3

10.8

7.8

5.0

21.8 79.8

19.1 70.7

16.6

12.5

9.0

5.8

208.0

173.0

142.0

114.0

52.2

43.6

35.8

28.7

22.8

20.1

17.8

60.7 150.0

50.7 124.0

41.6 100.0

33.4 79.7

26.5 61.9

23.4 54.0

20.7 47.4

37.8

31.2

25.2

20.1

15.6

13.6

11.9

44.0

36.3

29.3

23.4

18.1

15.8

13.9

173


50 HERTZ

CAPACITY


WATTS x 1000


BASIC TANDEM MODEL

44E A44SS 50% Unloaded (OC) 44DS F15ME

44EA44TT 44DT F15ME

44E A50KK 50% Unloaded 44DK R44ME


66E A54CC 33% Unloaded (OC) 66DC F19ME


66E A54DD 67% Unloaded (OC) 66DD F19ME


44E A60RR 50% Unloaded 44DR R56ME


66E A60RR 33% Unloaded (DS) 66DR R56ME 66E A60SS 67% Unloaded (DS) 66DS R56ME


HP kW

44 32.8

50 37.3

54 40.3

54 40.3

60 44.8

CFH m 3 /hr 50HZ


100

37.8

130

54.4

100

37.8

130

54.4

100

37.8

130

54.4

100

37.8

130

54.4

100

37.8

130

54.4

100

37.8

45 7.2

35 1.7

25 – 3.9

15 – 9.4

5 – 15

0 – 17.8

–5 – 20.6

526.0

426.0

342.0

270.0

212.0

161.0

139.0

118.0

133.0

107.0

86.2

68.0

53.4

40.6

35.0

29.7

154.0

125.0

100.0

79.1

62.1

47.2

40.7

34.6

418.0

334.0

264.0

206.0

160.0

121.0

105.0

89.4

105.0

84.2

66.5

51.9

40.3

30.5

26.5

22.5

122.0

97.9

77.4

60.4

46.9

35.5

30.8

26.2

270.0

218.0

176.0

139.0

109.0

82.8

71.4

60.6

68.0

54.9

44.4

35.0

27.5

20.9

18.0

15.3

79.1

63.9

51.6

40.7

31.9

24.3

20.9

17.8

214.0

171.0

135.0

106.0

82.0

62.4

53.8

46.0

53.9

43.1

34.0

26.7

20.7

15.7

13.6

11.6

62.7

50.1

39.6

31.1

24.0

18.3

15.8

13.5

4998 141.5

7496 212.2

7496 212.2

5970 169.0

60 8956 44.8 253.5

60 44.8


5970 169.0

130

100


R134a

54.4

37.8

8956 253.5 130

54.4

(OC) Oil coolers and vertical cooling fans are standard on this model. (DS) Deep oil sumps are standard on this model.

174


CAPACITY

KCALS/ HOUR x 1000

WATTS x 1000


35 1.7

25 – 3.9

15 – 9.4

5 – 15

0 – 17.8

–5 – 20.6

– 10 – 23.3

– 20 – 28.9

– 30 – 34.4

– 40 – 40

123.0

109.0

95.5

72.8

54.1

39.1

31.0

27.5

24.1

18.3

13.6

9.9

36.0

31.9

28.0

21.3

15.9

11.5

85.7

75.3

65.9

49.5

36.2

25.4

21.6

19.0

16.6

12.5

9.1

6.4

25.1

22.1

19.3

14.5

10.6

7.4

92.2

73.9

264.0

224.0

184.0

149.0

118.0

104.0

66.5

56.2

46.4

37.5

29.7

26.2

23.2

77.4

65.3

53.9

43.7

34.6

30.5

27.0

196.0

163.0

133.0

107.0

83.6

73.8

66.1

49.4

41.1

33.5

27.0

21.1

18.6

16.6

57.4

47.8

39.0

31.4

24.5

21.6

19.4

218.0

192.0

169.0

130.0

99.3

54.7

48.3

42.7

32.8

25.0

18.6

63.6

56.2

49.6

38.2

29.1

21.7

155.0

138.0

122.0

93.8

68.7

44.7

39.2

34.7

30.7

23.6

17.3

11.3

45.5

40.3

35.7

27.5

20.1

13.1

112.0

98.6

87.1

67.0

28.1

24.9

22.0

16.9

32.7

28.9

25.5

19.6

79.9

70.8

62.7

48.2

20.1

17.8

15.8

12.2

23.4

20.7

18.4

14.1

112.0

328.0

274.0

224.0

181.0

143.0

127.0

82.4

68.8

56.4

45.6

36.0

32.0

28.2

95.8

80.0

65.6

53.0

41.9

37.2

32.8

234.0

193.0

157.0

126.0

98.9

87.3

77.3

58.7

48.6

39.6

31.8

24.9

22.0

19.5

68.3

56.5

46.0

36.9

29.0

25.6

22.6

175


50 HERTZ

CAPACITY


WATTS x 1000


66EA60EE 33% Unloaded (DS) (OC) 66DE F22ME

BASIC TANDEM MODEL

66EA60TT 66DTF22ME

66EA60FF 67% Unloaded (DS) (OC) 66DF F22ME

66EA60TT 66DTF22ME

66EA70KK 33% U nlo aded 66DK R70ME

66EA70HH 66 DHR70ME

66EA70PP 67% U nlo aded 66DP R70ME

66EA70HH 66 DHR70ME

HP kW

60 44.8

60 44.8

70 52.2

70 52.2

CFH m 3 /hr 50HZ


100

37.8

130

54.4

100

37.8

130

54.4

100

37.8

130

54.4

100

37.8

130

54.4

100

37.8

130

54.4

100

37.8

130

54.4


8956 253.5

8956 253.5

7496 212.2

7496 212.2

66EA80RR 33% Unloaded (DS) 66DR R80ME

66EA80JJ 66DJ R80ME

80 59.7

8956 253.5

66EA80SS 67% Unloaded (DS) 66DS R80ME

66EA80JJ 66DJ R80ME

80 59.7

8956 253.5

(DS) Deep oil sumps are standard on this model. (OC) Oil coolers and vertical cooling fans are standard on this model.

176

45 7.2

35 1.7

25 – 3.9

15 – 9.4

5 – 15

0 – 17.8

–5 – 20.6



WATTS x 1000


35 1.7

25 – 3.9

15 – 9.4

5 – 15

0 – 17.8

–5 – 20.6

– 10 – 23.3

– 20 – 28.9

– 30 – 34.4

– 40 – 40

240.0

212.0

189.0

147.0

112.0

82.6

60.3

53.6

47.6

37.0

28.2

20.8

70.1

62.4

55.4

43.1

32.8

24.2

172.0

154.0

136.0

105.0

78.5

53.3

43.4

38.8

34.2

26.5

19.8

13.4

50.5

45.1

39.8

30.8

23.0

15.6

123.0

109.0

97.2

75.6

31.0

27.6

24.5

19.1

36.1

32.1

28.5

22.2

88.6

79.2

69.8

54.1

22.3

20.0

17.6

13.6

25.9

23.2

20.5

15.8

192.0

558.0

460.0

376.0

304.0

242.0

214.0

141.0

116.0

94.9

76.6

61.0

54.0

48.3

164.0

135.0

110.0

89.0

71.0

62.8

56.2

392.0

324.0

266.0

214.0

169.0

150.0

133.0

98.8

81.8

67.0

54.0

42.7

37.7

33.4

115.0

95.2

77.9

62.8

49.6

43.9

38.8

288.0

236.0

194.0

156.0

125.0

110.0

98.6

72.7

59.7

48.8

39.4

31.4

27.8

24.9

84.2

69.4

56.7

45.8

36.5

32.3

28.9

202.0

167.0

137.0

110.0

87.1

77.0

68.2

50.8

42.1

34.5

27.8

22.0

19.4

17.2

59.1

48.9

40.1

32.3

25.5

22.6

20.0

662.0

548.0

446.0

362.0

288.0

258.0

232.0

167.0

138.0

113.0

91.0

72.7

64.9

58.2

195.0

161.0

131.0

106.0

84.5

75.5

67.7

464.0

386.0

316.0

258.0

208.0

186.0

168.0

117.0

97.0

79.7

64.9

52.6

46.9

42.3

136.0

113.0

92.7

75.5

61.1

54.6

49.2

340.0

282.0

230.0

186.0

148.0

132.0

119.0

85.7

70.9

57.9

46.8

37.4

33.4

29.9

100.0

82.8

67.3

54.4

43.5

38.8

34.8

240.0

198.0

163.0

132.0

107.0

95.8

86.4

60.2

49.9

41.0

33.4

27.0

24.1

21.8

70.0

58.0

47.7

38.8

31.4

28.1

25.3

177



REFRIGERANT COOLED

MODEL

HP kW

CYL

Bore in mm

Stroke in mm

CFH m 3 /hr




50 Hertz

Oz

Liter

Length

Width

Height

Length

Width


Weights lb/ kg Net

Shipping

2DF -030E 2DF3F16KE

3 2.2

2

25/8 66.7

13/8 34.9

749 21.2

80 (72)

2.37 (2.13)

231/4 591

13 330

173/32 434

115/8 295

11 279

13/8 Solder

7 8

/ Solder

280 127

310 141

2DL -040E 2DL3F20KE

4 3

2

21/2 63.5

111/16 42.9

835 23.6

80 (72)

2.37 (2.13)

231/4 591

13 330

173/32 434

115/8 295

11 279

13/8 Solder

7 8

/ Solder

290 132

320 145

2DC -050E 2DC3R53KE

5 3.7

2

21/2 63.5

113/64 30.6

593 16.8

80 (72)

2.37 (2.13)

231/4 591

13 330

173/32 434

115/8 295

11 279

13/8 Solder

7 8

/ Solder

290 132

320 145

2DD -050E 2DD3R63KE

5 3.7

2

21/2 63.5

13/8 34.9

682 19.3

80 (72)

2.37 (2.13)

231/4 591

13 330

173/32 434

115/8 295

11 279

13/8 Solder

7 8

/ Solder

290 132

320 145

2DA -060E 2DA3F23KE

6 4.5

2

29/16 65.1

113/16 46.0

940 26.6

80 (72)

2.37 (2.13)

231/4 591

13 330

173/32 434

115/8 295

11 279

13/8 Solder

7 8

/ Solder

290 132

320 145

2DB-060E 2DB3F25KE

6 4.5

2

25/8 66.7

113/16 46.0

987 27.9

80 (72)

2.37 (2.13)

231/4 591

13 330

173/32 434

115/8 295

11 279

13/8 Solder

7 8

/ Solder

290 132

320 145

3DA A060E 3DA3F28KE

6 4.5

3

23/16 55.6

2 50.8

1135 32.1

125 (115)

3.70 (3.40)

181/32 458

15 381

12 305

13/8 Solder

11/8 Solder

345 156

395 179

2DL -075E 2DL3R78KE

7.5 5.6

2

21/2 63.5

111/16 42.9

835 23.6

80 (72)

2.37 (2.13)

231/4 591

13 330

173/32 434

115/8 295

11 279

13/8 Solder

7 8

/ Solder

300 136

345 156

2DA -075E 2DA3R89KE

7.5 5.6

2

29/16 65.1

113/16 46.0

940 26.6

80 (72)

2.37 (2.13)

231/4 591

13 330

173/32 434

115/8 295

11 279

13/8 Solder

7 8

/ Solder

300 136

345 156

3DA A075E 3DA3R10ME

7.5 5.6

3

23/16 55.6

2 50.8

1135 32.1

125 (115)

3.70 (3.40)

26 25/32 151/16 680 383

181/32 458

15 381

12 305

13/8 Solder

11/8 Solder

345 156

395 179

3DB A075E 3DB3F33KE

7.5 5.6

3

23/8 60.3

2 50.8

1338 37.9

125 (115)

3.70 (3.40)

25 13/16 151/16 656 383

181/32 458

15 381

12 305

13/8 Solder

11/8 Solder

345 156

395 179

3DF A090E 3DF3F40KE

9 6.7

3

25/16 58.7

21/2 63.5

1586 44.9

125 (115)

3.70 (3.40)

26 25/32 151/16 680 383

181/32 458

15 381

12 305

13/8 Solder

11/8 Solder

345 156

395 179

3DB A100E 3DB3R12ME

10 7.5

3

23/8 60.3

2 50.8

1338 37.9

125 (115)

3.70 (3.40)

26 25/32 151/16 680 383

181/32 458

15 381

12 305

13/8 Solder

11/8 Solder

360 163

410 186

3DS A100E 3DS3F46KE

10 7.5

3

27/16 61.9

21/2 63.5

1762 49.9

125 (115)

3.70 (3.40)

26 25/32 151/16 680 383

181/32 458

15 381

12 305

13/8 Solder

11/8 Solder

360 163

410 186

178

25 13/16 151/16 656 383


ELECTRICAL SPECIFICATIONS FSM 380 / 420-3-50

RLA

17.5

TFC 200 / 220-3-50 208/ 230-3-60

LRA

102.0

TFD 380/ 420-3-50 460-3-60

RLA

TFE 500-3-50 575-3-60

RLA

LRA

16.8

102.0

8.1

52.0

6.7

41.0

26.3

161.0

10.2

60.0

7.7

49.0

22.3

120.0

10.4

60.0

7.7

49.0

22.3

120.0

10.5

60.0

7.9

49.0

28.8

161.0

10.2

60.0

9.1

49.0

28.2

161.0

13.3

80.0

9.6

63.0

30.3

150.0

13.7

77.0

10.5

62.0

31.6

169.0

13.8

85.0

13.2

67.0

32.0

169.0

14.1

85.0

13.3

67.0

41.0

215.0

20.0

106.0

16.5

84.0

31.5

161.0

16.1

83.0

11.0

67.0

39.0

215.0

16.9

106.0

16.5

84.0

43.6

215.0

20.0

106.0

16.5

84.0

42.0

215.0

18.6

106.0

16.8

84.0

179

LRA

RLA

LRA



REFRIGERANT COOLED

MODEL

HP kW

CYL

Bore in mm

Stroke in mm


CFH m 3 /hr 50 Hertz

Oz

Liter


Width

Height

Mounting Center Service Valve Dimensions Sizes in / mm Length

Width


Weights lb/ kg Net

Shipping

4DA A100E 4DAR12ME

10 7.5

4

21/2 63.5

2 50.8

1977 56.0

135 (125)

3.99 (3.70)

25 13/32 203/16 1721/32 645 513 448

15 381

12 305

15/8 Solder

11/8 Solder

382 173

437 198

4DA A101E 4DAF47KE

10 7.5

4

21/2 63.5

2 50.8

1977 56.0

135 (125)

3.99 (3.70)

25 13/32 203/16 1721/32 645 513 448

15 381

12 305

15/8 Solder

11/8 Solder

382 173

437 198

3DF A120E 3DF3R15ME

12 9.0

3

25/16 58.7

21/2 63.5

1586 44.9

125 (115)

3.70 (3.40)

26 25/32 151/16 680 383

181/32 458

15 381

12 305

13/8 Solder

11/8 Solder

370 168

425 193

3DS A150E 3DS3R17ME

15 11.2

3

27/16 61.9

21/2 63.5

1762 49.9

125 (115)

3.70 (3.40)

28 1/32 712

151/16 383

181/32 458

15 381

12 305

15/8 Solder

11/8 Solder

370 168

425 193


15 11.2

4

211/16 68.3

23/16 55.6

2499 70.7

135 (125)

3.99 (3.70)

25 13/32 645

201/2 521

167/8 429

15 381

12 305

15/8 Solder

11/8 Solder

405 184

470 213

4DL A150E (OC) 4DLF63KE

15 11.2

4

211/16 68.3

23/16 55.6

2499 70.7

135 (125)

3.99 (3.70)

27 1/32 687

201/2 521

23 584

15 381

12 305

15/8 Solder

13/8 Solder

404 183

469 213


20 14.9

4

21/2 63.5

2 50.8

1977 56.0

135 (125)

3.99 (3.70)

25 13/32 203/16 1721/32 645 513 448

15 381

12 305

15/8 Solder

13/8 Solder

407 185

467 212


20 14.9

4

215/16 74.6

23/16 55.6

2985 84.5

135 (125)

3.99 (3.70)

26 9/32 668

201/2 521

177/8 454

15 381

12 305

21/8 Solder

13/8 Solder

415 188

485 220


20 14.9

6

211/16 68.3

23/16 55.6

3748 106.1

140 (130)

4.14 (3.84)

29 11/32 227/16 745 570

177/8 454

15 381

12 305

21/8 Solder

13/8 Solder

490 222

565 256

4DT A220E (OC) 4DTF76KE

22 16.4

4

215/16 74.6

23/16 55.6

2985 84.5

135 (125)

3.99 (3.70)

27 15/16 710

201/2 521

23 584

15 381

12 305

21/8 Solder

13/8 Solder

412 187

472 214


25 18.7

4

211/16 68.3

23/16 55.6

2499 70.7

135 (125)

3.99 (3.70)

26 9/32 668

201/2 521

1713/16 452

15 381

12 305

21/8 Solder

13/8 Solder

427 194

492 223

6DL A270E (OC) 6DLF93KE

27 20.1

6

211/16 68.3

23/16 55.6

3748 106.1

140 (130)

4.14 (3.84)

29 7/16 748

227/16 570

26 660

15 381

12 305

21/8 Solder

13/8 Solder

490 222

550 249


30 22.4

4

215/16 74.6

23/16 55.6

2985 84.5

135 (125)

3.99 (3.70)

27 1/32 687

201/2 521

1713/16 452

15 381

12 305

21/8 Solder

13/8 Solder

432 196

502 228

6DJ A300E (DS) 6DJR28ME

30 22.4

6

215/16 74.6

23/16 55.6

4478 126.8

255 (245)

7.54 (7.25)

31 5/32 791

227/16 2027/32 570 529

15 381

12 305

21/8 Solder

15/8 Solder

530 240

610 277

6DT A300E (DS) (OC) 6DTF11ME

30 22.4

6

215/16 74.6

23/16 55.6

4478 126.8

255 (245)

7.54 (7.25)

29 7/16 748

227/16 570

15 381

12 305

21/8 Solder

13/8 Solder

527 239

602 273


35 26.1

6

211/16 68.3

23/16 55.6

3748 106.1

140 (130)

4.14 (3.84)

30 3/16 767

227/16 1731/32 570 456

15 381

12 305

21/8 Solder

15/8 Solder

502 228

577 262

6DJ A400E (DS) 6DJR40ME

40 29.8

6

215/16 74.6

23/16 55.6

4478 126.8

255 (245)

7.54 (7.25)

30 3/16 767

227/16 2027/32 570 529

15 381

12 305

21/8 Solder

15/8 Solder

550 249

630 286


180

287/8 733


ELECTRICAL SPECIFICATIONS FSD 380/420-3-50 460-3-60

RLA

LRA

20.0

115.0

FSM 380/420-3-50

RLA

LRA

TFC 200/220-3-50 208/230-3-60

RLA

LRA

TFD 380/420-3-50 460-3-60

RLA

LRA

TSK 200-3-50 380/400-3-50 208/230-3-60 460-3-60 RLA LRA

TSN 200-3-50 380/400-3-50 230-3-60 460-3-60 RLA LRA

200/208/230 45.2 220.0 380/400/460 22.6 110.0

48.2

275.0

23.6

TFE TSE 500-3-50 575-3-60

RLA

LRA

TSE 17.5

106.0

138.0 TFE

59.6 32.9

24.5 33.6

41.6 45.0

138.0

23.6 200/208/230 58.0 278.0 380/400/460 29.0 139.0

136.0

136.0

173.0 173.0

TSE

20.9 24.7 TSE

55.0

30.0

206.0

218.0

200/208/230 80.8 450.0 380/400/460 40.4 225.0

32.5

235.0

200/208/230 94.0 470.0 380/400/460 47.0 235.0

39.3

70.0

260.0

181

135.0 TSE

24.2

135.0 TSE

34.4

172.0 TSE 172.0 TSE 200.0 TSE

40.0

200.0 TSE

39.6

200.0 TSE

42.5 200/230 142.0 594.0 380/400/460 71.0 297.0

315.0

135.0 TSE

200/208/230 82.2 428.0 380/400/460 41.1 214.0

200/208/230 107.0 565.0 380/400/460 53.5 283.0

135.0

30.0

180.0

235.0

113.0 TSE

200/208/230 100.0 470.0 380/400/460 50.0 235.0

42.8

113.0 TSE

200/208/230 66.0 374.0 380/400/460 33.0 187.0

200/208/230 95.6 470.0 380/400/460 47.8 235.0

110.0

24.3

200/208/230 66.0 308.0 380/400/460 33.0 154.0 200/208/230 66.0 308.0 380/400/460 33.0 154.0 200/208/230 75.0 346.0 380/400/460 37.5 173.0

173.0

39.3

40.6

29.0

200/208/230 52.6 278.0 380/400/460 26.3 139.0

32.9

33.9

275.0

230.0 TSE

53.5

245.0



33E A12AA 33DA3F56KE

HP kW


3DA A060E 3DA3F28KE

33E A15AA 33DA3R20ME

12 9.0 15 11.2

33E A15BB 33DB3F66KE 33E A18FF 33DF3F80KE


Oil Charge (Refill Oil Charge) Oz

Liter



Width 13

Height 1

Length

Width


Weights lb/kg

Valve in

Fitting in

Net

Shipping

1

3

3DA A075E 3DA3R10ME

2270 64.3 2270 64.3

250 (230) 250 (230)

7.39 (6.80) 7.39 (6.80)

56 1422 56 1422

16 /16 427 16 13/16 427

19 /2 495 191/2 495

50 1270 50 1270

12 305 12 305

2 /8 Solder 21/8 Solder

1 /8 Solder 13/8 Solder

770 349 770 349

885 401 885 401

15 11.2

3DBA075E 3DB3F33KE

2676 75.8

250 (230)

7.39 (6.80)

56 1422

16 13/16 427

191/2 495

50 1270

12 305

21/8 Solder

13/8 Solder

770 349

885 401

3DF A090E 3DF3F40KE

33E A20BB 33DB3R24ME

18 13.4 20 14.9

3DB A100E 3DB3R12ME

3172 89.8 2676 75.8

250 (230) 250 (230)

7.39 (6.80) 7.39 (6.80)

56 1422 56 1422

16 13/16 427 16 13/16 427

191/2 495 191/2 495

50 1270 50 1270

12 305 12 305



770 349 800 363

885 401 915 415

33E A20SS 33DS3F92KE

20 14.9

3DS A100E 3DS3F46KE

3524 99.8

250 (230)

7.39 (6.80)

56 1422

16 13/16 427

191/2 495

50 1270

12 305

21/8 Solder

13/8 Solder

800 363

915 415

44E A20AA 44DAR24ME

20 14.9


3954 111.9

270 (250)

7.98 (7.39)

5711/16 1465

21 533

195/16 491

50 1270

12 305

21/8 Solder

15/8 Solder

884 401

1004 455

44E A21AA 44DA F94KE

20 14.9

4DA A101E 4DAF47KE

3954 111.9

270 (250)

7.98 (7.39)

5711/16 1465

21 533

195/16 491

50 1270

12 305

21/8 Solder

15/8 Solder

884 401

1004 455

33E A24FF 33DF3R30ME

3DF A120E 3DF3R15ME

33E A30SS 33DS3R34ME

24 17.9 30 22.4

3DS A150E 3DS3R17ME

3172 89.8 3524 99.8

250 (230) 250 (230)

7.39 (6.80) 7.39 (6.80)

56 1422 56 1422

16 13/16 427 16 13/16 427

191/2 495 191/2 495

50 1270 50 1270

12 305 12 305



820 372 820 372

935 424 935 424

44E A30HH 44DHR32ME

30 22.4


4998 141.5

270 (250)

7.98 (7.39)

5711/16 1465

215/16 541

1817/32 471

50 1270

12 305

21/8 Solder

15/8 Solder

930 422

1050 476

44E A30LL (OC) 44DL F13ME

30 22.4


4998 141.5

270 (250)

7.98 (7.39)

63 1/8 1603

213/8 543

2421/32 626

50 1270

12 305

21/8 Solder

15/8 Solder

928 421

1048 475

44E A40AA 44DAR36ME

40 29.8


3954 111.9

270 (250)

7.98 (7.39)

5711/16 1465

21 533

195/16 491

50 1270

12 305

21/8 Solder

15/8 Solder

934 424

1054 478

44E A40JJ 44DJR38ME

40 29.8


5970 169.0

270 (250)

7.98 (7.39)

61 3/8 1559

201/2 521

199/16 497

50 1270

12 305

25/8 Solder

15/8 Solder

950 431

1070 485


40 29.8


7496 212.2

280 (260)

8.28 (7.69)

639/16 1614

235/16 592

199/16 497

55 1397

12 305

31/8 Solder

15/8 Solder

1100 499

1220 553

44E A44TT (OC) 44DT F15ME

44 32.8

4DT A220E 4DTF76KE

5970 169.0

270 (250)

7.98 (7.39)

61 3/8 1559

213/8 543

2411/16 627

55 1397

12 305

31/8 Solder

15/8 Solder

944 428

1064 483


50 37.3


4998 141.5

270 (250)

7.98 (7.39)

61 3/8 1559

217/16 545

191/2 495

55 1397

12 305

25/8 Solder

15/8 Solder

974 442

1094 496

66E A54LL (OC) 66DL F19ME

54 40.3

6DLA270E 6DLF93KE

7496 212.2

280 (260)

8.28 (7.69)

63 3/4 1619

235/16 592

275/8 702

55 1397

12 305

31/8 Solder

15/8 Solder

1100 499

1220 553

44E A60JJ 44DJR56ME

60 44.8


5970 169.0

270 (250)

7.98 (7.39)

61 3/8 1559

213/8 543

191/2 495

55 1397

12 305

31/8 Solder

15/8 Solder

984 446

1104 501

66E A60JJ (DS) 66DJR56ME

60 44.8


8956 253.5

510 (490)

15.1 (14.5)

6511/16 1668

231/4 591

253/16 640

55 1397

12 305

31/8 Solder

21/8 Solder

1180 535

1340 608

66E A60TT (DS) (OC) 66DT F22ME

60 44.8

6DTA300E 6DTF11ME

8956 253.5

510 (490)

15.1 (14.5)

63 3/4 1619

231/4 591

321/4 819

55 1397

12 305

31/8 Solder

15/8 Solder

1174 533

1324 601


70 52.2


7496 212.2

280 (260)

8.28 (7.69)

63 3/4 1619

231/4 591

21 533

55 1397

12 305

31/8 Solder

21/8 Solder

1124 510

1274 578

66E A80JJ (DS) 66DJR80ME

80 59.7


8956 253.5

510 (490)

15.1 (14.5)

63 3/4 1619

231/4 591

253/16 640

55 1397

12 305

31/8 Solder

21/8 Solder

1220 553

1380 626


TANDEM WIRING Each compressor of a tandem may be wired with a separate control system for independent motor operation. If current in rush decrease is desirable, a time delay relay may be used to

stagger motor starting. Either of these circuits require that the oil pressure safety control and dual pressure safety control be wired independently on each compressor. For tandem wiring diagrams refer to Application Bulletin AE 4-1167. 182



RLA

LRA

FSD 380/420-3-50 460-3-60

RLA

TFC 200/220-3-50 208/230-3-60

LRA

RLA

LRA

TFD 380/420-3-50 460-3-60

RLA

LRA

TSK 200-3-50 380/400-3-50 208/230-3-60 460-3-60 RLA LRA

TSN 200-3-50 380/400-3-50 230-3-60 460-3-60 RLA LRA

TFE TSE 500-3-50 575-3-60

RLA

30.3

150.0

13.7

77.0

10.5

41.0

215.0

20.0

106.0

16.5

31.5

161.0

16.1

83.0

11.0

39.0

215.0

16.9

106.0

16.5

LRA

TFE TFE TFE

62.0 84.0 67.0

TFE

43.6

215.0

20.0

106.0

16.5

42.0

215.0

18.6

106.0

16.8

84.0 TFE

84.0

TFE 17.5

102.0 20.0

115.0 200/208/230 220.0 380/400/460 22.6 110.0 45.2

32.9

48.2

275.0

23.6

138.0

59.6

275.0

29.0

138.0 200/208/230 58.0 278.0 380/400/460 29.0 139.0

136.0

24.5 33.6 32.9

173.0

39.3

173.0

40.6

41.6 45.0

42.8 55.0

70.0

17.5

TSE 106.0

23.6

TFE 110.0

24.3

TSE 113.0

136.0

200/208/230 52.6 278.0 380/400/460 26.3 139.0

20.9

113.0

173.0

200/208/230 66.0 308.0 380/400/460 33.0 154.0

24.7

TSE 135.0

200/208/230 66.0 346.0 380/400/460 33.0 173.0

30.0

TSE 135.0

30.0

TSE 135.0

TSE

200/208/230 75.0 346.0 380/400/460 37.5 173.0

33.9

84.0

TSE

180.0

200/208/230 66.0 374.0 380/400/460 33.0 187.0

24.2

135.0

206.0

200/208/230 82.2 428.0 380/400/460 41.1 214.0

34.4

TSE 172.0

200/208/230 80.8 450.0 380/400/460 40.4 225.0

218.0 235.0

TSE 32.5

172.0

200/208/230 94.0 470.0 380/400/460 47.0 235.0

TSE 39.3 200.0

200/208/230 100.0 470.0 380/400/460 50.0 235.0

TSE 40.0

200.0

235.0

200/208/230 95.6 470.0 380/400/460 47.8 235.0

39.6

200.0

260.0

200/208/230 107.0 565.0 380/400/460 53.5 283.0

42.5

TSE 230.0

TSE

200/230 142.0 594.0 380/400/460 71.0 297.0

315.0

183

TSE 53.5

245.0




HP kW

CYL


Bore in mm

Stroke in mm

21/2 63.5


CFH m 3 /hr



Service Valve Sizes

Weights lb/ kg

Width

Height

Length

Width

Suction in

Discharge in

3.99 25 13/32 207/16 (3.70) 645 519

173/4 451

15 381

12 305

15 / 8 Solder

11/8 Solder

387 176

438 199

3.99

27 1/32

203/16

23

15

12

1 5 /8

11/8

397

452

(125)

(3.70)

687

513

584

381

305

Solder

Solder

173

198

1977 56.0

135 (125)

3.99 25 13/32 207/16 (3.70) 645 519

173/4 451

15 381

12 305

15 / 8 Solder

11/8 Solder

387 176

438 199

2

1977

135

3.99

27 1/32

203/16

23

15

12

1 5 /8

11/8

397

452

63.5

50.8

56.0

(125)

(3.70)

687

513

584

381

305

Solder

Solder

173

198

211/16 68.3

23/16 55.6

2499 70.7

135 (125)

3.99 25 13/32 (3.70) 645

203/8 518

1729/32 455

15 381

12 305

15 / 8 Solder

11/8 Solder

410 186

475 215

211/16

23/16

2499

135

3.99

271/32

203/4

23

15

12

1 5 /8

13/8

409

474

68.3

55.6

70.7

(125)

(3.70)

687

527

584

381

305

Solder

Solder

186

215

50 Hertz

Oz

2 50.8

1977 56.0

135 (125)

21/2

2

1977

135

63.5

50.8

56.0

21/2 63.5

2 50.8

21/2

Liter

Length

Net

Shipping

4DE A100E 4DA A100E 10 4DER12ME 4DAR12ME 7.5

4

4DN A100E 4DAA100E 10 (OC) 4DAR12ME 7.5 4DNR12ME

4

4DE A101E 4DA A101E 10 4DEF47KE 4DAF47KE 7.5

4

4DNA101E 4DAA101E 10 (OC) 4DAF47KE 7.5 4DNF47KE

4

4DKA150E 4DH A150E 15 4DKR16ME 4DHR16ME 11.2

4

4DP A150E 4DLA150E 15 (OC) 4DLF63KE 11.2 4DPF63KE

4

4DEA200E 4DA A200E 20 4DER18ME 4DAR18ME 14.9

4

21/2 63.5

2 50.8

1977 56.0

135 (125)

3.99 25 13/32 201/16 (3.70) 645 510

173/4 451

15 381

12 305

15 / 8 Solder

13/8 Solder

412 187

472 214

4DRA200E 4DJ A200E 20 4DRR19ME 4DJR19ME 14.9

4

215/16 74.6

23/16 55.6

2985 84.5

135 (125)

3.99 (3.70)

269/32 668

1729/32 455

15 381

12 305

21 / 8 Solder

13/8 Solder

420 191

490 222


6

211/16 68.3

23/16 55.6

3748 106.1

140 (130)

4.14 2911/32 227/16 (3.84) 745 570

177/8 454

15 381

12 305

21 / 8 Solder

13/8 Solder

495 225

570 259

6DP A200E 6DH A200E 20 6DPR23ME 6DHR23ME 14.9

6

211/16 68.3

23/16 55.6

3748 106.1

140 (130)

4.14 2911/32 227/16 (3.84) 745 570

203/16 513

15 381

12 305

21 / 8 Solder

13/8 Solder

500 222

575 256

4DSA220E 4DTA220E 22 (OC) 4DTF76KE 16.4 4DSF76KE

4

215/16

23/16

2985

135

3.99

27 15/16

203/4

23

15

12

2 1 /8

13/8

417

477

74.6

55.6

84.5

(125)

(3.70)

710

527

584

381

305

Solder

Solder

189

216


4

211/16 68.3

23/16 55.6

2499 70.7

135 (125)

3.99 (3.70)

269/32 668

203/8 518

1729/32 455

15 381

12 305

21 / 8 Solder

13/8 Solder

432 196

497 225

6DCA270E 6DLA270E 27 (OC) 6DLF93KE 20.1 6DCF93KE

6

211/16 68.3

23/16 55.6

3748 106.1

140 (130)

4.14 (3.84)

297/16 748

227/16 570

26 660

15 381

12 305

2 1 /8 Solder

13/8 Solder

495 225

555 252

6DDA270E 6DLA270E 27 (OC) 6DLF93KE 20.1 6DDF93KE

6

211/16 68.3

23/16 55.6

3748 106.1

140 (130)

4.14 (3.84)

297/16 748

227/16 570

26 660

15 381

12 305

2 1 /8 Solder

13/8 Solder

500 227

560 254

4DRA300E 4DJ A300E 30 4DRR28ME 4DJR28ME 22.4

4

215/16 74.6

23/16 55.6

2985 84.5

135 (125)

3.99 (3.70)

271/32 687

203/8 518

1729/32 455

15 381

12 305

21 / 8 Solder

13/8 Solder

437 198

507 230

6DR A300E 6DJA300E 30 (DS) 6DJR28ME 22.4 6DRR28ME

6

215/16 74.6

23/16 55.6

4478 126.8

255 (245)

7.54 (7.25)

315/32 791

227/16 2011/32 570 517

15 381

12 305

21 / 8 Solder

15/8 Solder

535 243

615 279

6DSA300E 6DJA300E 30 (DS) 6DJR28ME 22.4 6DSR28ME

6

215/16

23/16

4478

255

7.54

315/32

227/16 2121/32

15

12

21 / 8

15/8

540

620

74.6

55.6

126.8

(245)

(7.25)

791

381

305

Solder

Solder

245

281

6DEA300E 6DTA300E 30 (DS) (OC) 6DTF11ME 22.4 6DEF11ME

6

215/16 74.6

23/16 55.6

4478 126.8

255 (245)

7.54 (7.25)

297/16 748

15 381

12 305

21 / 8 Solder

13/8 Solder

532 241

607 275


184

203/8 518

570

550

227/16 2827/32 570 733



FSM 380/420-3-50

RLA

LRA

20.0

115.0

20.0

115.0

RLA

TSK 200-3-50 380/400-3-50 208/230-3-60 460-3-60

LRA

RLA

TSN 200-3-50 380/400-3-50 230-3-60 460-3-60

LRA

200/208/230 220.0 380/400/460 22.6 110.0

RLA

TSE 500-3-50 575-3-60

LRA

RLA

LRA

45.2

200/208/230 220.0 380/400/460 22.6 110.0

17.5

106.0

17.5

106.0

24.3

113.0

20.9

113.0

24.7

135.0

30.0

135.0

30.0

135.0

30.0

135.0

45.2

32.9

136.0

200/208/230 58.0 278.0 380/400/460 29.0 139.0 200/208/230 278.0 380/400/460 26.3 139.0 52.6

24.5 33.6

136.0 173.0 32.9

173.0

39.3

173.0

39.3

173.0

200/208/230 66.0 308.0 380/400/460 33.0 154.0 200/208/230 66.0 346.0 380/400/460 33.0 173.0 200/208/230 75.0 346.0 380/400/460 37.5 173.0 200/208/230 75.0 346.0 380/400/460 37.5 173.0 200/208/230 374.0 380/400/460 33.0 187.0 66.0

33.9 40.6

180.0 206.0

24.2

135.0

200/208/230 82.2 428.0 380/400/460 41.1 214.0

34.4

172.0

200/208/230 450.0 380/400/460 40.4 225.0

32.5

172.0

32.5

172.0

39.3

200.0

40.0

200.0

40.0

200.0

39.6

200.0

80.8

41.6

218.0

200/208/230 450.0 380/400/460 40.4 225.0 80.8

41.6 45.0

218.0 235.0

200/208/230 94.0 470.0 380/400/460 47.0 235.0 200/208/230 100.0 470.0 380/400/460 50.0 235.0 200/208/230 100.0 470.0 380/400/460 50.0 235.0

200/208/230 470.0 380/400/460 47.8 235.0 95.6

42.8

235.0

185




HP kW

CYL


Bore in mm

Stroke in mm

CFH m 3 /hr



50 Hertz

Oz

Liter

Length

Width

Height


Service Valve Sizes

Length

Width

Suction in

Discharge in

Weights lb/ kg Net

Shipping

6DFA300E 6DTA300E 30 (DS) (OC) 6DTF11ME 22.4 6DFF11ME

6

215/16 74.6

23/16 55.6

4478 126.8

255 (245)

7.54 (7.25)

29 7/16 748

227/16 2827/32 570 733

15 381

12 305

21/8 Solder

13/8 Solder

537 244

612 278


6

211/16 68.3

23/16 55.6

3748 106.1

140 (130)

4.14 (3.84)

31 5/32 791

227/16 570

177/8 454

15 381

12 305

21/8 Solder

15/8 Solder

507 230

582 264

6DPA350E 6DHA350E 35 6DPR35ME 6DHR35ME 26.1

6

211/16 68.3

23/16 55.6

3748 106.1

140 (130)

4.14 (3.84)

31 5/32 791

227/16 570

203/16 513

15 381

12 305

21/8 Solder

15/8 Solder

512 232

587 266

6DRA400E 6DJA400E 40 (DS) 6DJR40ME 29.8 6DRR40ME

6

215/16

23/16

4478

255

7.54

31 5/32

227/16 2011/32

15

12

21/8

15/8

555

635

74.6

55.6

126.8

(245)

(7.25)

791

381

305

Solder

Solder

252

288

6DSA400E 6DJA400E 40 (DS) 6DJR40ME 29.8 6DRR40ME

6

215/16 74.6

23/16 55.6

4478 126.8

255 (245)

7.54 (7.25)

31 5/32 791

15 381

12 305

21/8 Solder

15/8 Solder

560 254

640 290


186

570

517

227/16 2121/32 570 550



RLA

FSM 380/420-3-50

LRA

RLA

TSK 200-3-50 380/400-3-50 208/230-3-60 460-3-60

LRA

RLA

TSN 200-3-50 380/400-3-50 230-3-60 460-3-60

LRA

RLA

TSE 500-3-50 575-3-60

LRA

200/208/230 470.0 380/400/460 47.8 235.0

RLA

LRA

95.6

42.8

55.0 55.0

70.0

70.0

235.0

39.6

200.0

260.0

200/208/230 107.0 565.0 380/400/460 53.5 283.0

42.5

230.0

260.0

200/208/230 107.0 565.0 380/400/460 53.5 283.0

42.5

230.0

53.5

245.0

53.5

245.0

200/230 142.0 594.0 380/400/460 71.0 297.0

315.0

200/230 142.0 594.0 380/400/460 71.0 297.0

315.0

187



HP kW







Weights lb/kg

50 Hertz

Oz

Liter

Length

Width

Height

Length

Width

Valve in

Fitting in

Net

Shipping

44E A20EE 44DER24ME

20 14.9

4DE A100E 4DER12ME

3954 111.9

270 (250)

7.98 (7.39)

5711/16 1465

21 533

1931/32 507

55 1397

12 305

21/8 Solder

15/8 Solder

894 406

1014 460

44E A20NN (OC) 44DN R24ME

20 14.9

4DN A100E 4DNR12ME

3954 111.9

270 (250)

7.98 (7.39)

61 3/8 1559

21 533

2421/32 626

55 1397

12 305

21/8 Solder

15/8 Solder

914 415

1034 469

44E A21EE 44DEF94KE

20 14.9

4DE A101E 4DEF47KE

3954 111.9

270 (250)

7.98 (7.39)

5711/16 1465

21 533

1931/32 507

55 1397

12 305

21/8 Solder

15/8 Solder

894 406

1014 460

44E A21NN (OC) 44DN F94KE

20 14.9

4DN A101E 4DNF47KE

3954 111.9

270 (250)

7.98 (7.39)

61 3/8 1559

21 533

2421/32 626

55 1397

12 305

21/8 Solder

15/8 Solder

914 415

1034 469

44E A30KK 44DK R32ME

30 22.4

4DKA150E 4DKR16ME

4998 141.5

270 (250)

7.98 (7.39)

59 5/8 1514

217/16 545

2015/32 520

50 1270

12 305

21/8 Solder

15/8 Solder

940 426

1060 481

44E A30PP (OC) 44DPF13ME

30 22.4

4DP A150E 4DPF63KE

4998 141.5

270 (250)

7.98 (7.39)

63 1/8 1603

213/8 543

2421/32 626

50 1270

12 305

21/8 Solder

15/8 Solder

938 425

1058 480

44E A40EE 44DER36ME

40 29.8

4DE A200E 4DER18ME

3954 111.9

270 (250)

7.98 (7.39)

5711/16 1465

21 533

1931/32 507

50 1270

12 305

21/8 Solder

15/8 Solder

944 428

1064 483

44E A40RR 44DR R38ME

40 29.8

4DR A200E 4DRR19ME

5970 169.0

270 (250)

7.98 (7.39)

59 7/8 1521

213/8 543

2015/32 520

50 1270

12 305

25/8 Solder

15/8 Solder

960 435

1080 490


40 29.8


7496 212.2

280 (260)

8.28 (7.69)

60 1/8 1527

231/4 591

21 533

55 1397

12 305

31/8 Solder

15/8 Solder

1110 503

1230 558

66E A40PP 66DPR46ME

40 29.8

6DPA200E 6DPR23ME

7496 212.2

280 (260)

8.28 (7.69)

60 1/8 1527

231/4 591

233/8 594

55 1397

12 305

31/8 Solder

15/8 Solder

1120 508

1240 562

44E A44SS (OC) 44DSF15ME

44 32.8

4DS A220E 4DSF76KE

5970 169.0

270 (250)

7.98 (7.39)

61 3/8 1559

213/8 543

2411/16 627

55 1397

12 305

31/8 Solder

15/8 Solder

954 433

1074 487


50 37.3

4DK A250E 4DKR22ME

4998 141.5

270 (250)

7.98 (7.39)

61 3/8 1559

217/16 545

2015/32 520

55 1397

12 305

25/8 Solder

15/8 Solder

984 446

1104 501

66E A54CC (OC) 66DC F19ME

54 40.3

6DC A270E 6DCF93KE

7496 212.2

280 (260)

8.28 (7.69)

63 3/4 1619

235/16 592

275/8 702

55 1397

12 305

31/8 Solder

15/8 Solder

1110 503

1230 558

66E A54DD (OC) 66DD F19ME

54 40.3

6DDA270E 6DDF93KE

7496 212.2

280 (260)

8.28 (7.69)

63 3/4 1619

235/16 592

275/8 702

55 1397

12 305

31/8 Solder

15/8 Solder

1120 508

1240 562

44E A60RR 44DR R56ME

60 44.8


5970 169.0

270 (250)

7.98 (7.39)

61 3/8 1559

213/8 543

2015/32 520

55 1397

12 305

31/8 Solder

15/8 Solder

994 451

1114 505

66E A60RR (DS) 66DR R56ME

60 44.8


8956 253.5

510 (490)

15.1 (14.5)

63 3/4 1619

231/4 591

253/16 640

55 1397

12 305

31/8 Solder

21/8 Solder

1190 540

1350 612

66E A60SS (DS) 66DSR56ME

60 44.8

6DS A300E 6DSR28ME

8956 253.5

510 (490)

15.1 (14.5)

63 3/4 1619

231/4 591

279/16 700

55 1397

12 305

31/8 Solder

21/8 Solder

1200 544

1360 617

66E A60EE (DS) (OC) 66DEF22ME

60 44.8

6DEA300E 6DEF11ME

8956 253.5

510 (490)

15.1 (14.5)

63 3/4 1619

231/4 591

321/4 819

55 1397

12 305

31/8 Solder

15/8 Solder

1184 537

1334 605


188



RLA

FSD 380/420-3-50 460-3-60

LRA

TSK 200-3-50 380/400-3-50 208/230-3-60 460-3-60

RLA

LRA

20.0

115.0

20.0

115.0

RLA

TSN 200-3-50 380/400-3-50 230-3-60 460-3-60

LRA

200/208/230 45.2 220.0 380/400/460 22.6 110.0 200/208/230 45.2 220.0 380/400/460 22.6 110.0

32.9

200/208/230 58.0 278.0 380/400/460 29.0 139.0

136.0

24.5 33.6 32.9

136.0 173.0

173.0 39.3

173.0

39.3

173.0

33.9 40.6

41.6

41.6 45.0

180.0 206.0

218.0

218.0 235.0

200/208/230 52.6 278.0 380/400/460 26.3 139.0 200/208/230 66.0 308.0 380/400/460 33.0 154.0 200/208/230 66.0 346.0 380/400/460 33.0 173.0 200/208/230 75.0 346.0 380/400/460 37.5 173.0 200/208/230 75.0 346.0 380/400/460 37.5 173.0 200/208/230 66.0 374.0 380/400/460 33.0 187.0 200/208/230 82.2 428.0 380/400/460 41.1 214.0 200/208/230 80.8 450.0 380/400/460 40.4 225.0 200/208/230 80.8 450.0 380/400/460 40.4 225.0 200/208/230 94.0 470.0 380/400/460 47.0 235.0 200/208/230 100.0 470.0 380/400/460 50.0 235.0 200/208/230 100.0 470.0 380/400/460 50.0 235.0

42.8

235.0

200/208/230 95.6 470.0 380/400/460 47.8 235.0

189

RLA

TSE 500-3-50 575-3-60

LRA

RLA

LRA

17.5

106.0

17.5

106.0

24.3

113.0

20.9

113.0

24.7

135.0

30.0

135.0

30.0

135.0

30.0

135.0

24.2

135.0

34.4

172.0

32.5

172.0

32.5

172.0

39.3

200.0

40.0

200.0

40.0

200.0

39.6

200.0



HP kW







Weights lb/kg

50 Hertz

Oz

Liter

Length

Width

Height

Length

Width

Valve in

Fitting in

Net

Shipping

66E A60FF (DS) (OC) 6DFF22ME

60 44.8

6DFA300E 6DFF11ME

8956 253.5

510 (490)

15.1 (14.5)

63 3/4 1619

231/4 591

321/4 819

55 1397

12 305

31/8 Solder

15/8 Solder

1194 542

1334 610


70 52.2


7496 212.2

280 (260)

8.28 (7.69)

63 3/4 1619

231/4 591

21 533

55 1397

12 305

31/8 Solder

21/8 Solder

1134 514

1284 582

66E A70PP 66DPR70ME

70 52.2

6DPA350E 6DPR35ME

7496 212.2

280 (260)

8.28 (7.69)

63 3/4 1619

231/4 591

233/8 594

55 1397

12 305

31/8 Solder

21/8 Solder

1144 519

1294 587

66E A80RR (DS) 66DRR80ME

80 59.7

6DRA400E 6DRR40ME

8956 253.5

510 (490)

15.1 (14.5)

63 3/4 1619

231/4 591

253/16 640

55 1397

12 305

31/8 Solder

21/8 Solder

1230 558

1390 630

66E A80SS (DS) 66DS R80ME

80 59.7

6DSA400E 6DSR40ME

8956 253.5

510 (490)

15.1 (14.5)

63 3/4 1619

231/4 591

279/16 700

55 1397

12 305

31/8 Solder

21/8 Solder

1240 562

1400 635

Electrical specifications shown for tandems are per compressor rating. (DS) Deep oil sumps are standard on this model. (OC) Oil coolers and vertical cooling fans are standard on this model.

190



RLA

FSD 380/420-3-50 460-3-60

LRA

RLA

42.8 55.0 55.0

70.0

70.0

TSK 200-3-50 380/400-3-50 208/230-3-60 460-3-60

LRA

235.0 260.0 260.0

RLA

TSN 200-3-50 380/400-3-50 230-3-60 460-3-60

LRA

RLA

TSE 500-3-50 575-3-60

LRA

200/208/230 95.6 470.0 380/400/460 47.8 235.0 200/208/230 107.0 565.0 380/400/460 53.5 283.0 200/208/230 107.0 565.0 380/400/460 53.5 283.0 200/230 142.0 594.0 380/400/460 71.0 297.0

315.0

200/230 142.0 594.0 380/400/460 71.0 297.0

315.0

191

RLA

LRA

39.6

200.0

42.5

230.0

42.5

230.0

53.5

245.0

53.5

245.0


DIMENSIONS AND PHOTOGRAPHS 2D F A M I L Y Model 2DC3-050E Shown

3D F A M I L Y Model 3DB3A075E Shown

4D F A M I L Y Model 4DA3A200E Shown

6D F A M I L Y Model 6DH3A350E Shown

66 F A M I L Y Model 66D3A70HH Shown Dimensions shown are inches (millimeters).

192



R134a

R404A / R407A / R507






65°F

65°F

18.3°C

18.3°C

95°F

95°F

35°C

35°C

0°F

0°F

0°C

0°C

Varies

Varies


• All

• Emerson Climate Technologies introduces a new era

Copeland Discus™ compressors require return gas motor cooling. It is important to note that when operating at evaporating temperatures of 0°F (–17.8°C) or lower, additional motor and cylinder head cooling is required. This can be accomplished by the use of an external fan assembly available from Emerson Climate Technologies. See Application Bulletin AE 4-1135 for complete details and allow for extra height to install the fan to the top of the compressor.

in oil pressure controls with the Sentronic Oil Pressure Control System. The Sentronic electronic control system eliminates capillary tubes used on electromechanical systems to sense oil pressure. The new system uses a pressure transducer within the oil pump that produces an electrical signal to the control module. If the oil pressure drops below acceptable limits for a period of two minutes the control module cuts power to the compressor and stops it. The Sentronic offers a new and more reliable solution to capillary leaks. To order the Sentronic Oil Pressure Control use part number 585-1036-00. For instructions refer to Application Bulletin AE 8-1275.

• Oil Pump is Sentronic high pressure oil pump. • An oil pressure safety control is required

on all Copeland Discus™ compressors. Approved controls provide low cost, safe protection against damage from loss of lubrication. These can be supplied by Emerson Climate Technologies and should be listed separately on your purchase orders (except those covering tandem compressors on which they are supplied as standard equipment). There are two types of control available, our new “Sentronic” Control offering improved reliability and accuracy (see next paragraph for details) and the conventional capillary tube type control which can be ordered by using Part Number 998-0700-00. For further information, see Application Bulletin AE 8-1095.

The Sentronic is only functional when used with our new oil pump that has a machined port for the Sentronic sensor. The Sentronic control and oil pump are standard on all Discus tandem compressors and the oil pump is standard on all Copeland Discus™ compressors.

193


APPLICATION INFORMATION APPLICATION REQUIREMENTS (continued)

• HFC Discus

• With the exception of the valve plate and head area,

4D, 6 D ca pacity control operating requirements are:

• Medium Temperature. • Evaporating range

the internal construction of Copeland Discus™ and Conventional Copelametic compressors is similar. While the Discus valving is extremely rugged, Copeland Discus™ compressors can be damaged by abuse in the same way that any compressor can be damaged. The Copeland Discus™ compressor is a highly reliable, highly efficient compressor. It is not a magic panacea for compressor misapplication, and is not a cure-all for recurring system problems that need to be identified and corrected.

+25°F to –5°F, –3.9°C to

–20.6°C.

• Vertical cooling fan is required. • Maximum condensing temperature 140°F, 60°C. • Low Temperature. • Vertical cooling fan is required. • Oil cooler is required. • Maximum condensing temperature

• Due

to the differences in volumetric capacity, HFC134a should not be used in a compressor originally intended for use with HCFC22.

is 130°F,

• Conventional

mineral oils are not suitable as lubricants for HFC Copeland Discus™ Compressors due to insufficient lubricity and miscibility. After screening numerous synthetic lubricants, Emerson Climate Technologies has selected a modified pentaerythritol ester oil (POE) MOBIL EAL ARCTIC 22 CC or ICI Emkarate RL32 CF. Other lubricants are being evaluated. Refer to Application Engineering Bulletin 17-1248 for a list of all approved lubricants.

54.4°C.

• Minimum evaporating temperature for 4D and 6D (33% unloaded) is –40°F, –40°C.

• Minimum

evaporating temperature for 6D (67% unloaded) is –25°F, –31.7°C.

• All

4D and 6D models are equipped with a preset internal relief valve between suction and discharge which will open if the maximum permissible pressure differential is reached.

• Ester

lubricants have the characteristic of quickly absorbing moisture from the ambient surroundings. Such lubricants absorb moisture faster and in greater quantity than conventional mineral oils. Since moisture levels greater than 100 ppm will result in system corrosion and ultimate failure, it is imperative that compressors, components, containers, and the entire system be kept sealed as much as possible. Lubricants will be packaged in specially designed, sealed containers. After opening, all the lubricant in a container should be used at once since it will readily absorb moisture if left exposed to the ambient. Any unused lubricant should be properly disposed of. Similarly, work on systems and compressors must be carried out with the open time as short as possible. Leaving the system or compressor open during breaks or overnight must be avoided.

• All Tandem models include a discharge muffler. • The nominal rotational speeds of the Copeland Discus™ compressors are:

• 50 Hertz 1450 RPM. • 60 Hertz 1750 RPM. • Dimensions in this brochure include the terminal box

and service valves mounted. Height is from the bottom plate bolts or from bottom of extended oil sump where applicable and does not include mounting parts except mounting for tandem compressors where dimensions include the mounting rails. Mounting center dimensions do not apply to narrow profile deep sump models such as those with an 8 in the fourth place of the model number.

• As

received, the POE lubricant will be clear or straw colored. After use, it may acquire a darker color. This does not indicate a problem as the darker color merely reflects the activity of the lubricant’s protective additive.

194



Leads

Hertz

Across-The-Line

Part Winding

FSD

6

50 60

380 /420-3-50 460-3-60

380 / 420-3-50 460-3-60

FSM

6

50

380 /420-3-50

380 /420-3-50

TSE

6

50 60

500-3-50 575-3-60

500-3-50 (PW) 575-3-60 (PW)

9

50 60

200-3-50 380 / 400-3-50 230-3-60 460-3-60

200-3-50 230-3-60

9

50 60

200-3-50 380 /400-3-50 208 /230-3-60 460-3-60

200-3-50 208 / 230-3-60

TSN

TSK

(PW) Part winding start applies only to single compressors 20 horsepower, 14.9 kilowatt, and above; tandem 40 horsepower, 29.8 kilowatt, and above.


• On Copeland Discus™ compressors with pilot circuit motor


protection (compressors with S type motor protection) the contactor becomes an integral part of the motor protection system. Modern pilot circuit protection used in conjunction with a properly sized and operating contactor provides excellent motor protection. Emerson Climate Technologies specifications require the use of a properly sized, properly applied contactor. For complete contactor sizing information, please see Application Bulletin AE 10-1244.


• Rated load amps (RLA) and locked rotor amps (LRA) shown

in this book are at across-the-line, not part winding start or star-delta conditions.

• Refer


195


APPLICATION INFORMATION APPLICATION OPTIONS

• Use

• Crankcase heaters are required on any refrigeration

bill of material number 200 for standard compressors. This bill of material includes oil charge, mounting parts, standard service valves, overload protectors, terminal box covers and, where applicable, running capacitors, starting capacitors and relays. Oil pressure safety controls, crankcase heaters, contactors, and high-low pressure controls, when required, should be ordered with compressors but listed separately on the purchase order. The exception to this rule is that 200 bill of material tandem compressors include oil pressure safety controls.

systems where the compressor is exposed to cold ambient temperatures and the refrigerant charge is over 1 pound (0.45 kg), on all split air conditioning systems, and on package air conditioning equipment 5 HP and larger. As the refrigerant charge increases, the start-up problems associated with vapor refrigerant in liquid oil becomes more critical. The crankcase heater will minimize refrigerant migration to the crankcase during periods when the compressor is not operating and will greatly reduce liquid slugging, loss of oil and compressor damage. Please refer to Application Bulletins AE 4-1166, AE 17-1238, and AE 22-1182 for additional information.

• On applications where the cooling load may vary over a wide range, some means of compressor capacity control is frequently necessary for satisfactory system performance. Emerson Climate Technologies has available capacity reduction control devices for the larger Copelametic models. These capacity modulation accessories can be mounted on the compressor at the factory or added in the field. Application Bulletins AE 21-1216 and AE 21-1278 provide detailed technical information. Field conversion kits contain all necessary parts to convert a standard model to a capacity control model.

• Any

Copeland Discus™ model has the option of an installed deep oil sump.

• Air and

water cooled condensing units are available from Emerson Climate Technologies that contain the compressors listed in this section.


196


APPLICATION INFORMATION REFRIGERANT CHANGEOVER GUIDELINES

• Emerson • •

• •

Climate Technologies does not advocate the wholesale changeover of CFC refrigerants to HCFCs or HFCs. If a system is not leaking refrigerant to the atmosphere, and is operating properly, there is no technical reason to replace the CFC refrigerant. Retrofitting systems that employ compressors manufactured prior to 1973 is not recommended. This is due to the different materials used in motor insulation that have not been evaluated for compatibility with the new refrigerants and lubricants. The lubricant recommended by Emerson Climate Technologies for use with R134a and R404A/R407A/R507 is a Polyol Ester (POE), either Mobil EAL™ Arctic 22 CC or ICI EMKARATE™ RL 32 CF. These are the only POE lubricants approved for use in Copeland ® brand products compressors and are available from all authorized Emerson Climate Technologies wholesalers. The use of any other POE lubricant may void the compressor warranty. It is important that the system contain not more than 5% residual mineral oil. More than 5% may contribute to premature compressor failure and or system capacity short-fall. Filter-driers must be changed at the time of conversion. This is proper air conditioning/ refrigeration practice . • The recommended drier for use with all HFC refrigerants is Alco UltraFlow. • Solid core driers such as ALCO ADK are compatible with R12, R134a, R404A, R407A, R502 and R507. • Compacted bead type driers can use XH6 or XH9 molecular sieve material such as found in the ALCO EK or EKH series. • If a loose fill type drier is to be used, XH9 molecular sieve is required.

•

•

SPECIFIC REFRIGERANT CONSIDERATIONS R134a

• • • • •

•

• Mineral

R134a should be used only in systems where the saturated suction temperature is maintained at –10°F (–23.3°C) or higher. It should not be mixed with any other refrigerant ! The expansion valve may need to be changed. The existing R12 valve when used with R134a will have approximately 15% more capacity. Oversized expansion valves can result in hunting and refrigerant floodback. Consult with the thermostatic expansion valve manufacturer for the correct valve and size. R134a exhibits marginally higher pressures than R12 at normal condensing temperatures. We do not believe this will require readjustment of safety controls; however, you should verify this with the system manufacturer or component suppliers. Systems that use a low pressure controller to maintain space temperature may need to have the cut-in and cut-out points changed due to the difference in Pres sure/Temperature relationships. Systems using R134a may have a lower system pressure drop than with R12. Because of the lower pressure drop, check with the manufacturer of any pressure regulators and pilot operated solenoid valves used in the system to be sure that they will operate with the lower pressure drop. It is possible that these controls may have to be downsized in order to operate properly. For the R12 to R134a complete changeover procedure please see Bulletin 93-04.

R404A/R407A/R507

• Because mineral oils are not miscible with R404A/R407A/R507, • • • • •

•

• • 197

oil lubricants, such as 3GS, must not be used as the compressor lubricant with HFCs. Polyol Ester (POE) lubricant, Mobil EAL Arctic 22 CC or ICI EMKARATE™ RL 32 CF, are the only lubricants that can be used in a compressor when using these refrigerants. Before starting the changeover, it is suggested that at least the following items be ready: 1. Safety glasses 2. Gloves 3. Refrigerant service gauges 4. Electronic thermometer 5. Vacuum pump capable of pulling 250 microns 6. Thermocouple micron gauge 7. Leak detector 8. Refrigerant recovery unit including refrigerant cylinder 9. Proper container for removed lubricant 10. New liquid control device 11. Replacement liquid line filter-drier(s) 12. New POE lubricant, Mobil EAL Arctic 22 CC/ ICI EMKARATE RL 32 CF 13. Pressure temperature chart for new refrigerant 14. New HFC refrigerant Use only Emerson Climate Technologies approved refrigerants and lubricants in the manner prescribed by Emerson Climate Technologies. In some circumstances, other refrigerants and lubricants may be dangerous and could cause fires, explosions or electrical shorting. Contact Emerson Climate Technologies for more information.

they may log in the evaporator resulting in system capacity loss. It is for this reason that the flushing process must be done with R502 in the system. R404A/R407A/R507 can be used in either low or medium temperature systems. These HFC refrigerants should not be mixed with any other refrigerant or with each other. The expansion valve will not need to be changed. The existing R502 valve when used with the HFC refrigerants will have virtually the same capacity; however, it may be necessary to adjust the superheat. Pressure regulators such as EPR valves may have to be reset. Contact the EPR manufacturer for the correct settings. R404A/R407A/R507 exhibit higher pressures than R502 at normal condensing temperatures. This may require that the high pressure safety controls be reset in order to operate as intended. The higher pressure characteristics exhibited by these HFC refrigerants will in some cases exceed the industry accepted safety factors on the compressor crankcase (low side). This will require the addition of a pressure relief valve on the compressor crankcase, set at a maximum of 375 psig (26.4 kg/cm2) to adequately protect the compressor from the possibility of excessive pressure. Pressure relief valves can be purchased from your authorized Emerson Climate Technologies wholesaler as part number 998-0051-02. Copeland Discus™ 3D, 4D, 9D and MD compressors require this additional valve. Systems that use a low pressure controller to maintain space temperature may need to have the cut-in and cut-out points changed. Although R404A and R407A do exhibit “glide,” the average evaporator or condenser temperature is within 0.5°F (0.28°C) of the saturated vapor temperature; therefore no correction is required. Systems using R404A/R407A /R507 should have approximately the same system pressure drop as with R502. Check with the manufacturer of any pressure regulators and pilot operated solenoid valves used in the system to be sure that they will operate properly. For the R502 to R404A/R407A/R507 complete changeover procedure please see Bulletin 94-15.


APPLICATION INFORMATION APPLICATION BULLETINS Emerson Climate Technologies has compiled a book of compressor Application Bulletins. Please see the following bulletins, from the book, for more HFC Discus compressor application information as entitled below:

Mounting Parts . . . . . . . . . . . . . . . . . . AE 4-1111

Design Considerations for Refrigerant Receivers . . . . . . . . . . . . . . . . . . AE 17-1212

Cooling Requirements . . . . . . . . . . . . . . AE 4-1135


Oil Pumps . . . . . . . . . . . . . . . . . . . . AE 4-1166


Tandem Compressors. . . . . . . . . . . . . . . AE 4-1167


Discharge Line Mufflers . . . . . . . . . . . . . . AE 4-1181

Parallel Compressor Operation . . . . . . . . . AE 17-1235

Location of Pressure Ports . . . . . . . . . . . . AE 4-1094

Bolt Torque . . . . . . . . . . . . . . . . . . . . AE 4-1219 U.L. and C.S.A. File Data . . . . . . . . . . . . . AE 4-1255 Motor Horsepower versus Compressor Efficiency. . . . . . . . . . . . . AE 4-1274 Oil Charges. . . . . . . . . . . . . . . . . . . . AE 4-1281 HFC R134a Refrigerant Guidelines . . . . . . . . AE 4-1295 Oil Pressure Safety Controls . . . . . . . . . . . AE 8-1095 Sentronic – Electronic Oil Pressure Control . . . . AE 8-1275 Terminal Plate Connections for Dual Winding Compressors . . . . . . . . . . . . . . . . . AE 9-1076

Application of Immersion Type Crankcase Heaters. . . . . . . . . . . . . . AE 17-1238 System Design for Bulk Milk Tank Refrigeration . . . . . . . . . . . . . . . . . AE 17-1242 Air to Air Heat Pump System Design. . . . . . . AE 17-1243 Refrigeration Oils . . . . . . . . . . . . . . . . AE 17-1248 Design Considerations for High Ambient Conditions . . . . . . . . . . . . . . . . . . AE 17-1251 Design Considerations for Heat Reclaim Systems . . . . . . . . . . . . . . AE 17-1252 System Design for Container Refrigeration . . . . AE 17-1257












Oil Additives . . . . . . . . . . . . . . . . . . . AE 17-1282

Single versus Two Contactor Selection for Model 4D and 6D Compressors . . . . . . . AE 10-1225


Recommended Contactor Selection and System Design for Three Phase Motor Protection . . . . . . . . . . . . . . . AE 10-1244

Low Limit Pressure Controls for Low Temperature Truck Applications. . . . . . . . AE 20-1197

Transport Refrigeration Manual . . . . . . . . . AE 20-1152

Solid State Motor Protection . . . . . . . . . . . AE 10-1264


Potential Nuisance Field Problem with Impedance Lockout Relays on Solid State Protected Compressors . . . . . . . . . . . AE 10-1267

Internal Capacity Control Valves

Copeland Supplied Run Capacitors . . . . . . . AE 10-1272 Suction Accumulators . . . . . . . . . . . . . . AE 11-1147 Suction Accumulators for Heat Pump Applications . . . . . . . . . . . . . . . . . AE 11-1247 Effect of Defrost Control on Compressor Operation . . . . . . . . . . . . . . . . . . AE 17-1195

. . . . . . . . AE 21-1216

Liquid Refrigerant Control . . . . . . . . . . . . AE 22-1182 Off Cycle Motor Heat for Liquid Refrigerant Migration Control . . . . . . . . . . . . . . . AE 22-1230 Recommended Control Circuits for Liquid Refrigerant Control . . . . . . . . . . . . . AE 23-1221 System Cleaning . . . . . . . . . . . . . . . . AE 24-1105 Air Cycle Testing . . . . . . . . . . . . . . . . AE 25-1068 Safe Handling of Compressed Gases . . . . . . AE 25-1177 Use of Reclaimed Refrigerant . . . . . . . . . . AE 25-1290

198


SINGLE COMPRESSOR NOMENCLATURE Primary Application Range R = ARI High Temperature, Rated @ 45/130 °F F = ARI Low Temperature, Rated @ -25/105 °F

Phase

Description

D

Copeland Discus™

Motor Type

Code

Three


F

Three

Miscellaneous three phase

T

Bill of Material numbers will be assigned as follows: Number –100 is standard compressor used in Copeland ® brand products condensing units.

• Single voltage three lead • Single voltage six lead on


Product Variations


•

Number –200 indicates a standard compressor .

500-3-50, 575-3-60; 20 HP, 14.9 kW and up. Dual voltage nine lead.

Numbers –201 through 299 will be assigned for all other variations of a given model.


X X X X X X X X X — X X X —X X X Nominal Capacity at Rating Condition


Type


A number established for each product model.

Internal inherent protection – One protector, use with contactor (single or three phase).

Code F



Electrical Codes


Oil Type “O”

Mineral Oil

“E”

POE Oil

“L”

Less Oil


199

50 HZ

60 HZ

— 230-1 200/220-3 208/230-3 380/420-3 460-3 500-3 575-3 200/380/400-3 208/230/460-3 380/420-3 — 200/380/400-3 230/460-3 — 200-3

Code B C D E K M N U


TANDEM COMPRESSOR NOMENCLATURE Product Variations


Primary Application Range Phase

R = ARI HighTemperature, Rated @ 45/130 °F F = ARI Low Temperature, Rated @ -25/105 °F

Motor Type

Code

Three


F

Bill of Material numbers will be assigned as follows:

Three

Miscellaneous three phase • Single voltage three lead.

T

Number –200 indicates a standard compressor. Numbers –201 through 299 will be assigned for all other variations of a given model.

• Single voltage six lead


on 500-3-50, 575-3-60; 40 HP, 29.8 kW, and up.


• Dual voltage nine lead.

XXXXXXXXXX— XXX —XXX Compressor Motor Protection


Type

A number established for first model in the tandem.

Code

Internal inherent protection – One protector, use with contactor (three phase).


Nominal Capacity at Rating Condition Two numeric characters

Compressor Cooling Description Code

Description

D

Discus

Displacement and Valve Plate A letter only, arbitrarily assigned for each different displacement valve plate combination within any one family series.

F

Capacity Multiplier

Oil Type

K - 1,000

“O”

Mineral Oil

M- 10,000

“E”

POE Oil

“L”

Less Oil


200

Electrical Codes 50 HZ

60 HZ

200/220-3

208/230-3

C

380/420-3

460-3

D

500-3 575-3 200/380/400-3 208/230/460-3

Code

E K

380/420-3

—

M

200/380/400-3 —

230/460-3 200-3

N U

COPELAND EMPLOYEES WAIT AT THESE WORLDWIDE LOCATIONS TO SERVE YOU MANUFACTURING LOC ATIONS

SIDNEY, OHIO U.S.A. SHELBY, NORTH CAROLINA U.S.A. RUSHVILLE, INDIANA U.S.A. HARTSELLE, ALABAMA U.S.A. LEBANON, MISSOURI U.S.A. AVA, MISSOURI U.S.A. BRANTFORD, ONTARIO CANADA REYNOSA, MEXICO SHENYANG, CHINA SUZHOU, CHINA RAYONG, THAILAND KARAD, INDIA ATIT, INDIA KOLIN, CZECH REPUBLIC BERLIN, GERMANY WELKENRAEDT, BELGIUM THATCHAM, UNITED KINGDOM COOKSTOWN, NORTHERN IRELAND TECHNICAL ASSISTANCE LOCATIONS

SIDNEY, OHIO U.S.A. MIAMI, FLORIDA U.S.A. BRANTFORD, ONTARIO CANADA MEXICO CITY, MEXICO

CARACAS, VENEZUELA SÃO PAULO, BRAZIL BUENOS AIRES, ARGENTINA SYDNEY, AUSTRALIA YOKOHAMA, JAPAN SEOUL, SOUTH KOREA TAIPEI, TAIWAN SHENYANG, CHINA SHANGHAI, CHINA BEIJING, CHINA GUANGZHOU, CHINA HONG KONG JAKARTA, INDONESIA BANGKOK, THAILAND KUALA LUMPUR, MALAYSIA KARAD, INDIA DUBAI, UAE VAEDERSTAD, SWEDEN BERLIN, GERMANY FRANKFURT, GERMANY MILANO, ITALY ECULLY, FRANCE NUENEN, NETHERLANDS WELKENRAEDT, BELGIUM THATCHAM, UNITED KINGDOM BARCELONA, SPAIN

Form 95-50 R2 Revised 1/08 Emerson, Copeland, Copelametic, and Copeland Discus are trademarks of Emerson Electric Co. or one of its affiliated companies. ©1995 Emerson Climate Technologies, Inc. All rights reserved. Printed in the USA.

EMERSON CLIMATE TECHNOLOGIES, INC., 1675 W. CAMPBELL ROAD SIDNEY, OHIO 45365-0669 USA

Telephone 937-498-3011

Telefax 937-498-3793

Compressor_catalog_copeland

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