SECTION 4
TS32 USER MANUAL
57
W
ATER
S
YSTEM
V
ENTING
Vent the system after installation, or after draining
the system at startup:
1. Open the water valve(s).
2. Open the vent cocks (located on top of the
aftercooler and lubricant cooler on the water
side) and let air escape from the system.
Close the vent cocks when water is visible at
their location - at this point the system has
been vented.
D
RAINING
THE
W
ATER
S
YSTEM
To drain the system completely:
1. Disconnect both the inlets and discharge
water lines located at the rear of the com-
pressor.
2. Remove the drain plugs that are located at
the bottom of the aftercooler and the lubri-
cant cooler end caps.
3. Allow the system to drain completely.
W
ATER
Q
UALITY
R
ECOMMENDATIONS
Water quality can significantly effect the efficiency of
the water cooling system. Dissolved minerals, gases,
and pH values are factors that contribute to the
formation of deposits and corrosion which can form
on the interior of cooling system pipes and heat
exchangers.
Scale can be a problem if the water supply has a
high concentration of calcium carbonate. It forms
lime scale deposits which act as thermal insulators
and restrict the water flow through the cooling
system. If scale is allowed to build up over time, it will
reduce the system’s ability to remove heat and the
compressor can be damaged. Scale buildup can be
controlled with proper water treatment.
A thin lime scale coating is desirable and can inhibit
corrosion.
NOTE
The required flow rate depends upon the
cooling water’s temperature before it
enters the cooling system. The higher the
initial temperature, the higher the
required flow rate: the lower the initial
temperature, the lower the required flow
rate.
Table 4-2: Ventilation Requirements
WATER COOLED OR REMOTE
COOLED COMPRESSOR
PACKAGE
AIR-COOLED (I) COOLING PACKAGE
MODEL
MOTOR
HP/KW
HEAT REJECTION
BTU/HR
VENT
FAN
FLOW (II)
CFM
HEAT REJECTION
BTU/HR
AIR FLOW CFM
TS32-200
200/150
47,620
4150
560,200
18,000
TS32-250
250/187
57,360
4150
674,800
18,000
TS32-300
300/225
64,170
4150
802,100
28,000
TS32-350
350/260
74,320
4150
929,000
31,000
(I) Applicable to air-cooled models only.
(II) Applicable to compressors with enclosure.
Summary of Contents for TS32 AC
Page 10: ...NOTES 10...
Page 15: ...SECTION 2 TS32 USER MANUAL 15 Figure 2 3 Compressor Piping and Instrument Diagram Typical...
Page 16: ...TS32 USER MANUAL SECTION 2 16 Figure 2 4 Compressor Cooling and Lubrication System Air cooled...
Page 18: ...TS32 USER MANUAL SECTION 2 18 Figure 2 6 Compressor Discharge System Air cooled 200 350HP...
Page 19: ...SECTION 2 TS32 USER MANUAL 19 Figure 2 7 Compressor Discharge System Water cooled 200 350HP...
Page 20: ...TS32 USER MANUAL SECTION 2 20 Figure 2 8 Control System START Typical...
Page 21: ...SECTION 2 TS32 USER MANUAL 21 Figure 2 9 Control System MODULATION Typical...
Page 22: ...TS32 USER MANUAL SECTION 2 22 Figure 2 10 Control System UNLOAD Typical...
Page 23: ...SECTION 2 TS32 USER MANUAL 23 Figure 2 11 Control System FULL LOAD Typical...
Page 26: ...TS32 USER MANUAL SECTION 2 26 Figure 2 12 Compressor Air Inlet System...
Page 30: ...TS32 USER MANUAL SECTION 3 30 Figure 3 2 Identification Air Cooled 02250126 376 R02...
Page 32: ...TS32 USER MANUAL SECTION 3 32 Figure 3 2 Identification Water Cooled 02250126 378 R03...
Page 50: ...TS32 USER MANUAL SECTION 3 50 Figure 3 9 Wiring Diagram Air Cooled SSRV 02250178 844 R03...
Page 54: ...NOTES 54...
Page 78: ...NOTES 78...
Page 79: ...NOTES 79...