Section 4
101
TS20C USER MANUAL
INSTALLATION
4.1
COMPRESSOR MOUNTING—
SUPPORT AND LOCATION
A foundation or mounting capable of supporting the
weight of the compressor, and rigid enough to
maintain the compressor frame level and the
compressor in alignment is required. The
compressor frame must be leveled and secured with
foundation bolts, and full uniform contact must be
maintained between the frame and foundation. It is
recommended that the frame be grouted to the
foundation. The compressor unit and driver must be
aligned after installation as specified in the
Operator’s Manual. No piping loads shall be
transmitted to the compressor or the cooling package
at the external connections.
Piping loads must be eliminated through the use of
flex connectors or other systems which prevent
piping loads from being transmitted to the
compressor.
Special consideration should be made to meet
national and local electrical codes for the required
space around and in front of the electrical panel.
Lighting should be provided for future service
requirements.
Accessibility for fork lift trucks, overhead cranes and
maintenance vehicles should be given careful
consideration in order to provide any maintenance
that may be required. Adequate space around the
unit should be provided for access to all components
of the compressor.
Softer surfaces in walls or ceilings will absorb sound
and minimize ambient noise levels. Harder, reflective
surfaces will increase ambient noise levels.
Water-cooled compressors must have permission for
cooling water supply and drainage available.
4.2
VENTILATION AND
COOLING
A
IR
-C
OOLED
C
OMPRESSORS
An area with adequate space must be provided for
the compressor and its components. Air-cooled
compressors require a minimum of 3 feet (1 meter)
around the perimeter of the compressor.
The location should be free from standing water and
allow access to clean air that is free from exhaust
and paint fumes, dust, metal filings or caustic
chemicals.
Cooling air should be removed from the area in order
to prevent the re-introduction of heated exhaust air
back into the compressor's cooling system.
Reduced headroom above the compressor will
require that cooling air be either ducted or in some
way deflected away from the compressor.
Inadequate ventilation will result in higher ambient
operating temperatures.
A weather hood option should be selected to prevent
direct rain and snow from falling on the unit. If local
weather conditions can be extreme such that direct
rain or snow may fall on the unit, it should be in a fully
enclosed room or building.
If installed under a shelter, air-cooled machines must
be positioned in a way that prevents air recirculation
(i.e., hot exhaust allowed back to the system air
inlet).
NOTE
Ambient temperatures above
104ºF (40ºC)
require that the high ambient option is specified for
the compressor.
NOTE
Systems that employ both a conventional
reciprocating compressor and a screw-
type compressor must be isolated from
each other by use of a common separator/
sump tank. Individual airlines from each
compressor should be piped to the com-
mon separator/sump tank.
Содержание TS20C
Страница 10: ...NOTES 10...
Страница 12: ...TS20C USER MANUAL SECTION 2 12 Figure 2 1 Sullair Rotary Screw Air Compressor Air Cooled 100 150HP...
Страница 13: ...SECTION 2 TS20C USER MANUAL 13 Figure 2 2 Sullair Rotary Screw Air Compressor Air Cooled 200HP...
Страница 14: ...TS20C USER MANUAL SECTION 2 14 Figure 2 3 Sullair Rotary Screw Air Compressor Air Cooled 250HP...
Страница 15: ...SECTION 2 TS20C USER MANUAL 15 Figure 2 4 Sullair Rotary Screw Air Compressor Air Cooled 200HP with Mounted VSD...
Страница 23: ...NOTES 23...
Страница 24: ...TS20C USER MANUAL SECTION 2 24 Figure 2 9 TS20C Piping and Instrumentation 100 150HP 02250177 307 R02...
Страница 26: ...TS20C USER MANUAL SECTION 2 26 Figure 2 9 TS20C Piping and Instrumentation 100 150HP continued 02250177 307 R02...
Страница 28: ...TS20C USER MANUAL SECTION 2 28 Figure 2 10 TS20C Piping and Instrumentation 200 250HP 02250177 308 R02...
Страница 32: ...TS20C USER MANUAL SECTION 2 32 Figure 2 11 TS20C Piping Instrumentation 250HP INTAC 02250177 313 R03...
Страница 34: ...TS20C USER MANUAL SECTION 2 34 Figure 2 11 TS20C Piping Instrumentation 250HP INTAC continued 02250177 313 R03...
Страница 36: ...TS20C USER MANUAL SECTION 2 36 Figure 2 12 TS20C Piping and Instrumentation 100 150HP WCAC 02250177 309 R02...
Страница 40: ...TS20C USER MANUAL SECTION 2 40 Figure 2 13 TS20C Piping and Instrumentation 200 250HP WCAC 02250177 310 R03...
Страница 44: ...TS20C USER MANUAL SECTION 2 44 Figure 2 14 V200TS Piping and Instrumentation 100 150 INTAC 02250183 513 R01...
Страница 48: ...TS20C USER MANUAL SECTION 2 48 Figure 2 15 V200TS Piping Instrumentation 200HP INTAC 02250183 443 R01...
Страница 50: ...TS20C USER MANUAL SECTION 2 50 Figure 2 16 V200TS Piping Instrumentation 200HP INTAC continued 02250183 443 R01...
Страница 52: ...TS20C USER MANUAL SECTION 2 52 Figure 2 17 V200TS Piping Instrumentation 100 150HP WCAC 02250183 515 R01...
Страница 56: ...TS20C USER MANUAL SECTION 2 56 Figure 2 18 V200TS Piping Instrumentation 200HP WCAC 02250183 444 R02...
Страница 58: ...TS20C USER MANUAL SECTION 2 58 Figure 2 18 V200TS Piping Instrumentation 200HP WCAC continued 02250183 444 R02...
Страница 60: ...TS20C USER MANUAL SECTION 2 60 Figure 2 19 TS20C Wiring Diagram MFV NC SUPV AC WC 02250178 820 R02...
Страница 62: ...TS20C USER MANUAL SECTION 2 62 Figure 2 21 TS20C Wiring Diagram YD NC SUPV AC WC 02250178 821 R02...
Страница 64: ...TS20C USER MANUAL SECTION 2 64 Figure 2 22 TS20C SSRV NC SUPV AC WC 02250178 822 R02...
Страница 66: ...TS20C USER MANUAL SECTION 2 66 Figure 2 23 TS20C CUST STR SUPV AC WC 02250178 823 R02...
Страница 68: ...TS20C USER MANUAL SECTION 2 68 Figure 2 24 TS20C MFV NC SUPV AC RC 02250178 824 R02...
Страница 70: ...TS20C USER MANUAL SECTION 2 70 Figure 2 25 TS20C MFV NC SUPV AC VSD FAN 02250178 825 R02...
Страница 72: ...NOTES 72...
Страница 76: ...SECTION 3 TS20C USER MANUAL 76 Figure 3 2 Identification TS20C Typical 02250175 122 R03...
Страница 78: ...TS20C USER MANUAL SECTION 3 78 Figure 3 3 Identification TS2C0 200HP AC 02250175 130 R03...
Страница 80: ...TS20C USER MANUAL SECTION 3 80 Figure 3 4 Identification TS20C 250HP AC 02250175 136 R02...
Страница 82: ...TS20C USER MANUAL SECTION 3 82 Figure 3 5 Identification TS20C 100 150 WCAC SER 02250175 144 R03...
Страница 84: ...TS20C USER MANUAL SECTION 3 84 Figure 3 6 Identification TS20C 200HP WCAC SER 02250175 148 R03...
Страница 86: ...TS20C USER MANUAL SECTION 3 86 Figure 3 7 Identification V200TS 100 150HP AC 02250182 109 R02...
Страница 88: ...TS20C USER MANUAL SECTION 3 88 Figure 3 8 Identification V200TS 200HP AC MTD VSD 02250182 116 R03...
Страница 90: ...TS20C USER MANUAL SECTION 3 90 Figure 3 9 Identification V200TS 150 200HP AC REM VSD 02250183 731 R01...
Страница 92: ...TS20C USER MANUAL SECTION 3 92 Figure 3 10 Identification V200TS 100 150HP WC SER 02250182 112 R01...
Страница 94: ...TS20C USER MANUAL SECTION 3 94 Figure 3 11 Identification V200TS 150 WCAC SER MTD VSD 02250184 027 R01...
Страница 96: ...TS20C USER MANUAL SECTION 3 96 Figure 3 12 Identification V200TS 200HP WCAC SER MTD VSD 02250183 725 R02...
Страница 98: ...TS20C USER MANUAL SECTION 3 98 Figure 3 13 Identification V200TS 150 200 WCAC SER REM VSD 02250183 736 R01...
Страница 100: ...NOTES 100...
Страница 107: ...SECTION 4 TS20C USER MANUAL 107...
Страница 108: ...NOTES 108...
Страница 110: ...NOTES 110...
Страница 122: ...TS20C USER MANUAL SECTION 7 122...
Страница 123: ...NOTES 123...