Remote Condenser Assembly Models

To convert inches to cm, multiply dimension by 2.54.

 

 

Fan(s) d e f

 

 

Remote Condenser

Refrigeration g

 

 

Each

 

Totals e f

Overall Dimensions

Connections

Charge

HP

Dia.

Motor

Amps

 

Air

Net

Length

Width

Height

Mtg.

Discharge

Liquid

R-22

 

 

 

 

 

flow

wt.

 

 

 

 

 

 

 

 

in.

hp c

460V

Fans

cfm h

lbs.h

‘A’(in.)

‘B’(in)

‘C’(in.)

‘D’(in)

ODS(in.)

ODS(in.)

lbs. g

5

26

3/4 hp 1 ø

2.4

1

6,450

260

49.8

43.0

40.5

40.0

11/8

7/8

3.6

7.5

26

1/3 hp 3 ø

3.7

2

12,400

470

69.8

43.0

40.5

60.0

11/8

7/8

3.6

10

26

1/3 hp 3 ø

3.7

2

13,700

510

89.8

43.0

40.5

80.0

13/8

11/8

4.6

15

26

1/3 hp 3 ø

5.0

3

20,500

550

129.8

43.0

40.5

120.0

15/8

11/8

6.4

20

30

1 1/2 hp 3 ø

5.9

2

23,000

840

125.0

45.5

50.0

108.0

15/8

15/8

10.0

25

30

1 1/2 hp 3 ø

5.9

2

21,900

860

125.0

45.5

50.0

108.0

15/8

15/8

16.0

30

30

1 1/2 hp 3 ø

9.4

3

34,800

1,280

180.0

45.5

50.0

i

21/8

21/8

24.0

35

30

1 1/2 hp 3 ø

9.4

3

32,900

1,300

180.0

45.5

50.0

i

21/8

21/8

24.0

40

30

1 1/2 hp 3 ø

12.9

4

46,400

1,690

235.0

45.5

50.0

i

21/8

21/8

29.0

cø represents electrical phase; all motors are 1,140 rpm. Multiply hp by 0.746 to convert to kW. d All first fan motors (Header Side) are ¾ hp (0.56 kW) single phase variable speed.

e Multiply 460V amperages by 2.0 for 208-230V amperages. f Multiply 460 V amperages by 0.8 for 575 V amperages. g Refrigeration charge is for remote condenser only!

h To convert cfm to cmh, multiply by 1.699. To convert lbs. to Kg, multiply by 0.454. i See drawing above.

2-40 HP Portable Chillers

Chapter 7: Appendix

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