105
14. STANDARD SPECIFICATIONS
■ DSP-132WN, 145WN, 160WN
Model DSP-132W6N DSP-145W6N DSP-160W6N
Air Compressor
Working Pressure
MPa (psi)
0.75/0.86/1.0 (110/125/145)
Ambient Operating Pressure and
Temperature
℃(℉)
Atmospheric Pressure, 0 to 40 (32 to 104)
Gases Handled
−
Air
Capacity
m
3
/min (cmf)
23.4/21.8/19.6 (826/770/692) 26.0/23.7/20.6 (918/837/727)
28.5/26.2/23.2 (1006/925/819)
No. of Compression Stage
−
Two Stage
Driving Method
−
Driving by Stepup Gear
Motor Starting Method
−
Star-Delta Starting
Discharge Air Pipe Connection
inch 2-
½
(flange connection)
Discharge Air Temperature
℃(℉)
Cooling Water Temperature 13 (23.4), or less
Cooling Water Pipe Connection
inch 2
Cooling Water Temperature
℃(℉)
32 (90) or less
Cooling Water Quantity
L/min (cmf)
200 (7.1) 210 (7.4) 240 (8.5)
Oil System Capacity
L (US gallon)
40 (10.6) (Not filled)
Capacity Control System
−
Offl ine or online, 0
%
or 100
%
, 2-step control by suction throttle valve
Main Motor
Nominal Output kW (HP) 132 (177) (SF 1.15) 145 (194) (SF 1.1) 170 (228) (SF 1.035)
Type
−
TFO-KK Totally Enclosed Motor
Voltage V 460 460 460
Maximum current A 240 250 275
Frequency Hz 60 60 60
Number of Pole
−
4-Pole
Insulation Class
−
Class F
Cooling Fan Motor
Nominal Output kW (HP) 0.4 (0.54)
Type
−
PN-404-04H
Voltage V 460 460 460
Current A 1.0 1.0 1.0
Frequency Hz 60 60 60
Number of Pole
−
4-Pole
Insulation Class
−
Class E
Other
Oil Cooler
−
Water-Cooled Horizontal Shell-and-Tube Type (Water: inside, Oil: outside)
Intercooler
−
Water-Cooled Horizontal Shell-and-Tube Type (Water: outside, Air: inside)
Aftercooler
−
Water-Cooled Horizontal Shell-and-Tube Type (Water: outside, Air: inside)
Total Weight kg (lb) 3,800 (8,378)
External Dimensions (W×D×H)
mm (inch)
2,500×1,600×1,925 (98.4×63.0×75.8)
NOTE:
(1) Performance of the compressor package measured in accordance with ISO1217, Third Edition, Annex C.
(2) The appearance and specifications are subject to change without notice.
(3) Use the current value as reference data only. The amperage current may vary from phase to phase.