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(applied from inside) can also be employed to clean the heat exchanger cores – see Figure 6-2, for
details.
5. Remove all loose debris and water from cooler box after cleaning process is complete.
6. Re-attach cooler housing side covers with provided fasteners and re-install enclosure door panels.
Figure 6-2 – CLEANING COOLER CORE
WATER SEPARATOR AND DRAIN
– These devices separate and drain the water (condensed by the air cooler)
mixed with the compressed air delivered by the compressor package. Note that if this device is not used, the
optional compressed air dryer is supplied; as the latter’s water separator is employed for this process.
Figure 6-3 – WATER SEPARATOR AND DRAIN
The separator (4) removes the liquid water from the compressed air stream by inertial effects and collects it in a
lower bowl (3). Collected water is evacuated with the use of a float-type drain valve (1). The device prevents the
loss of compressed air by only allowing the discharge of liquid water during its opening phase. An isolation ball
valve (5) is provided between the separator bowl (3) and the drain valve body (1). This allows the safe and quick
removal of the drain valve for servicing, in case the drain valve malfunctions.
Summary of Contents for VS-11
Page 10: ...13 18 604 Page 9 Figure 1 2 PACKAGE OUTLINE AIR COOLED 300CGA804 A Ref Drawing Page 1 of 2...
Page 11: ...13 18 604 Page 10 Figure 1 3 PACKAGE OUTLINE AIR COOLED 300CGA804 A Ref Drawing Page 2 of 2...
Page 28: ...13 18 606 Page 27 Figure 4 1 ELECTRICAL ENCLOSURE HARDWARE 302CGA810 D Ref Drawing...
Page 31: ...13 18 606 Page 30 Figure 4 2 PIPING AND INSTRUMENTATION ILLUSTRATION 300CGB797 B Ref Drawing...
Page 67: ......