1592025050 iProChill v2.5 10D00 AG v1.3 GB 18.02.2016.docx iProCHILL 125/205
Type of gas used to calculate the saturated temperatures
1=R22
2=R407c
3=R134a
4=R410a
5=R404a
6=R290
Choice between absolute and relative pressure to calculate overheating:
0 = Relative
1 = Absolute
Operating logic
0= chiller / h.p.
1= chiller / h.p.
Chiller / heat pump mode selection
Chiller / heat pump mode selection
0 = from the keyboard
1 = from a digital input
2 = from an analog input
Automatic chiller / heat pump mode changeover setting
Automatic chiller / heat pump mode changeover differential
Unit of measurement selection
Measurement Unit selection
0 = °C / BAR
1 = °F / psi
Network frequency selection
Mains frequency - continuous power supply selection
0= 50 Hz
1= 60 Hz
2= continuous power supply
WARNING with SP 11 = 2 the PWM proportional outputs for fan speed
control are not managed (network frequency alarm is off)
If SP13 is different from current network frequency, alarm 'AFr -Power supply
freq. alarm' will occur.
Maximum increase in chiller mode dynamic set point
This determines the maximum variation of the working set point in chiller
mode
Maximum increase in heat pump mode dynamic set point
This determines the maximum variation in the working set point in heat
pump mode
Dynamic set point in chiller mode for the external air temperature setting
Dynamic set point in heat pump mode for the external air temperature
setting
External air temperature differential dynamic set point in chiller mode
Dynamic set point in heat pump mode for the external air temperature
differential
Start of working time band 1 (0-24)
End of working time band 1 (0-24)
Start of working time band 2 (0-24)
End of working time band 2 (0-24)