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5.3 Maximum Discharge Temperature
The maximum temperature that the compressor can operate is regulated directly by the Trip Limit.
The Maximum Discharge Temperature Limits are defined in "Table 5-2 Discharge Temperature Trip
Settings".
Table 5-2 Discharge Temperature Trip Settings
NOTE
While the values here are represented in Gauge Pressure, the values in the registers will be defined in Absolute Pressure. Refer
to the
OEM Programming Guide
to identify the specific registers associated with the Discharge Pressure Alarm and Discharge
Pressure Trip Limits.
The compressor will also adjust its operation if the pressure ratio exceeds the alarm limit. The Pressure
Ratio alarm limit is defined in "Table 5-3 Maximum Pressure Ratio Limits".
Table 5-3 Maximum Pressure Ratio Limits
*The TGS230/TTS300 compressor allows for adjustment of this setting.
Compressors which are placed in Air-Cooled applications can have this value increased up to 4.8.
NOTE
Pressure ratio must be calculated using absolute pressures. Refer to the
OEM Programming Guide
to identify the specific register
associated with the Pressure Ratio Alarm Limit.
Beyond these control limits, the Maximum Design High-Side Pressure for the compressor is shown in
"Table 5-4 Maximum Allowable Pressure [PS]".
Table 5-4 Maximum Allowable Pressure [PS]
Unit Compressor TGS230ST TGS230MT TGS310 TGS490 TGS390 TGS520 TGH285 TTS300ST TTS300MT TTS350 TTS400 TTS700 TTH375
°F
Trip
212
194
203
203
194
194
212
212
194
203
194
194
212
°C
Trip
100
90
95
95
90
90
100
100
90
95
90
90
100
Compressor TGS230ST* TGS230MT* TGS310
TGS490 TGS390 TGS520
TGH285
TTS300ST* TTS300MT* TTS350 TTS400 TTS700 TTH375
Alarm
4
4
5.2
5.2
3.5
3.5
6.3
4
4
5.2
3.5
3.5
6.3
Trip
5.2
5.2
5.5
5.5
4
4
6.5
5.2
5.2
5.5
4
4
6.5
Unit
ALL TTS & TGS
Compressors
TTH/TGH
Compressors
kPag
2070
2303
psig
300
334
Содержание Turbocor Twin-Turbine TTS Series
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