1592001850 XC660D GB r3.4 04.09.2017.docx XC660D 53/55
Proportional band for compressors
regulation, suction 2
0.1÷30.0(°C); 1÷50 (°F); 0.1÷10.0(BAR);
1÷150(PSI) 10÷1000(KPA)
-12.0÷12.0(°C) -20÷20(°F)
-12.0÷12.0(BAR); -200÷ 200(PSI)
-999÷999(KPA)
Time with Inverter at maximum capacity
before starting a new load
Time with Inverter at minimum capacity
before starting a new load
Energy saving for compressors regulation
-50.0÷50.0(°C) -90÷90(°F)
-20.0÷20.0(BAR) -300÷300(PSI)
-2000÷2000(KPA)
Energy saving for compressors regulation,
circuit 2
-50.0÷50.0(°C) -90÷90(°F)
-20.0÷20.0(BAR) -300÷300(PSI)
-2000÷2000(KPA)
Minimum delay between 2 switching on of the
same compressor
Delay between the switching off and on of the
same compressor
Time delay between the insertion of two
different loads
Time delay between switching off of two
different compressors
Minimum time a stage stays ON
Maximum time a stage stays switched ON
'don' delay enabled also for the first request
'doF' delay enabled also for the first switching
off
Regulation delay at power on
Minimum set point (compressors)
-50.0÷HSE(°C) -58.0÷HSE(°F)
PA04÷HSE(BAR,PSI,KPA)
Maximum set point (compressors)
LSE÷150.0(°C) LSE÷302(°F)
LSE÷PA20(BAR , PSI , KPA)
Minimum set point compressors, for circuit 2
-50.0÷2HSE(°C) -58.0÷2HSE(°F)
3P04÷2HSE(BAR,PSI,KPA)
Maximum set point compressors for circuit 2
LSE÷150.0(°C) LSE÷302(°F)
LSE÷3P20(BAR , PSI , KPA)
Set point for liquid injection
0.0 ÷ 180.0°(°C) 32 ÷ 356(°F)
Differential for liquid injection
0.1 ÷ 25.5° (°C) 1 ÷ 50° (°F)
Probe selection for liquid injection
Proportional band for fan regulation
0.1÷30.0(°C) 1÷50 (°F) 0.1÷10.0(BAR)
1÷150(PSI) 10÷1000(KPA)
Energy saving differential for fan regulation
-50.0÷50.0(°C) -90÷90(°F)
-20.0÷20.0(BAR) -300÷300(PSI)
-2000÷2000(KPA)
Band offset for fan regulation in ES
-50.0÷50.0(°C) -90÷90(°F)
-20.0÷20.0(BAR) -300÷300(PSI)
-2000÷2000(KPA)
Time delay between the insertion of two
different fan
Time delay between switching off of two
different fan
-50.0÷HSF(°C) -58.0÷HSF(°F)
FA04(FPb)÷HSF(BAR , PSI , KPA)