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2-40 HP Portable Chillers Chapter 7: Appendix 57 of 70
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
flow
Net
wt.
Length Width Height Mtg. Discharge Liquid R-22
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
1
1
/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
1
1
/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
1
3
/8 1
1
/8
4.6
15 26 1
/3 hp 3 ø
5.0 3 20,500 550 129.8 43.0 40.5 120.0
1
5
/8 1
1
/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
1
5
/8 1
5
/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
1
5
/8 1
5
/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
2
1
/8 2
1
/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
2
1
/8 2
1
/8
29.0
c ø 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.