Standard specification for double-stage model ( Inverter )
Frequency 50Hz/60Hz
Discharge
pressure(MPaG)
Inlet air conditions 20°C, RH0%, atmospheric pressure (0.1MPa(A))
Frame number UH20A UH31A UH42A
0.7
(Max 0.71)
Model SDS-UV185-C SDS-UV280-C SDS-UV440-C
Capacity m3/h 2,010 3,115 4,865
m3/min 33.5 51.9 81.1
Output kw 185 280 440
Cooling water flow m3/h 19 30 46
0.8
(Max 0.93)
Model SDS-UV180-CH SDS-UV270-CH SDS-UV430-CH
Capacity m3/h 1,810 2,690 4,390
m3/min 30.2 44.8 73.2
Output kw 180 270 430
Cooling water flow m3/h 21 30 48
1.0
(Max 1.03)
Model SDS-UV180-CU SDS-UV275-CU SDS-UV430-CU
Capacity m3/h 1,680 2,460 4,045
m3/min 28.0 41.0 67.4
Output kw 185 275 430
Cooling water flow m3/h 21 31 50
Motor Type Totally enclosed fan cooled type
Oli tank capacity L 70 100
Port size Air Outlet 2 1/2" (65A) 3" (80A) 4" (100A)
Water inlet & outlet 2" (50A) 2 1/2" (65A) 3" (80A)
Dimensions Length mm 3,000 3,200 3,800
Width mm 1,700 1,700 1,950
Height mm 2,050 2,200 2,300

Notes:
1.Capacily shows the corresponding values in terms of the suclion state of compressor.
2.Discharge pressure shows gauge pressure.
3.Ouput indicates nominal output of compressor.


Standard specification for double-stage model ( Inverter )
Frequency 50Hz/60Hz
Discharge
pressure(MPaG)
Inlet air conditions 20°C, RH0%, atmospheric pressure (0.1MPa(A))
Frame number UH2B UH3B UH4B
0.25
(Max 0.25)
Model SDS-UV110L-C SDS-UV180L-C SDS-U270L-C
Capacity m3/h 1,865 3,015 4,680
m3/min 31.1 50.3 78.0
Output kw 110 180 270
Cooling water flow m3/h 13 20 30
0.34
(Max 0.35)
Model SDS-U110L-CH SDS-U185L-CH SDS-U275L-CH
Capacity m3/h 1,510 2,580 3,895
m3/min 25.5 43.0 64.9
Output kw 110 185 275
Cooling water flow m3/h 13 21 33
Motor Type Totally enclosed fan cooled type
Oli tank capacity L 70 100
Port size Air Outlet 3" (80A) 4" (100A) 6" (150A)
Water inlet & outlet 1 1/2" (40A) 2" (50A) 2 1/2" (65A)
Dimensions Length mm 3,000 3,200 3,800
Width mm 1,700 1,700 1,950
Height mm 2,050 2,200 2,300

Notes:
1.Capacily shows the corresponding values in terms of the suclion state of compressor.
2.Discharge pressure shows gauge pressure.
3.Ouput indicates nominal output of compressor.