Emerson Dixell iProChill IPC115D - Page 146

1592025050 iProChill v2.5 10D00 AG v1.3 GB 18.02.2016.docx iProCHILL 146/205
Alarm relay
AL 65
Activation of the alarm relay output in remote OFF or Stand-by mode
0 = alarm output enabled
1 = alarm output disabled
0
1
AL 66
Alarm log reset password (see procedure)
0
999
Anti-freeze alarm in free cooling
AL 67
Alarm delay from signal frost in free cooling.
0
250
Sec
AL 68
Maximum number hours alarm frost interventions in free cooling
0
60
Auxiliary heating alarms
AL 69
Compressor status in case in heating auxiliary alarm
0 = Keep Off
1 = ON again
0
1
AL 70
Maximum number hours alarm interventions of thermal heaters
0
60
AL 71
Maximum number interventions alarm time of block heaters
0
60
Electronic thermostatic driver
Parameter
Description
min
max
um
Resolution
Et 1
Configuration of probes Pb1 and Pb2 connected to the driver
0 = NTC temperature
1 = PTC temperature
2 = PT1000 temperature
0
2
Et 2
Configuration of probes Pb3 and Pb4 connected to the driver
0 = NTC temperature
1 = PTC temperature
2 = PT1000 temperature
3 = pressure 4÷20mA
4 = pressure 0÷5V
5 = not present (low pressure defined transducers are used)
0
5
Et 3
Type of valve:
1 = Unipolar
2 = Bipolar
1
2
Et 4
Selection of the bipolar valve body connected to the driver (WARNING the
unique and valid reference has to be considered the datasheet made by valve
manufacturer; please compare the valve data in this user manual with the
data declared on the last data sheet of the selected valve)
0 = Custom
1 = Alco EX4 – EX5 – EX6
2 = Alco EX7
3 = Alco EX8
4 = Carel E2V*
5 = Carel E2V*P
6 = Danfoss ETS – 25/50
7 = Danfoss ETS – 100
8 = Danfoss ETS – 250/400
9 = Sporlan SEI 0.5 – 11
10 = Sporlan SEI 30
11 = Sporlan SEH 50/100/175
0
11
Et 5
Selection of the unipolar valve body connected to the driver
0 = Custom
0
0
Et 6
Valve driving
0 = drives both valves
1 = drives only valve 1
0
1
Et 7
Valve 1 output operation mode
0 = chiller
1 = heat pump
2 = chiller and heat pump
3 = not used
4 = not used
5 = not used
0
5
Et 8
Valve 2 output operation mode
0 = chiller
1 = heat pump
2 = chiller and heat pump
3 = not used
4 = not used
5 = not used
0
5
Et 9
Selection of output circuit valve 1 driver 1
0 = Not present
1 = Circuit 1
2 = Circuit 2
3 = Circuit 3
4 = Circuit 4
0
4