Emerson Dixell iProChill IPC115D - Page 148

1592025050 iProChill v2.5 10D00 AG v1.3 GB 18.02.2016.docx iProCHILL 148/205
Et 37
Low overheating threshold. The alarm status is signaled after the low
overheating alarm activation delay
0.0
Et34
°C
Dec
Et 38
PID proportional constant in defrost if ET7/8 = 3/5
0.0
50.0
°C
Dec
Et 39
MOP Protection activation threshold.
High evaporating temperature threshold. The alarm status is signaled after
the high evaporating temperature alarm activation delay
0.0
50.0
°C
Dec
Et 40
STEP RATE during MOP or LOP protection (number of steps every second)
0
ET19
Et 41
LOP Protection activation threshold.
Low evaporating temperature threshold. The alarm status is signaled after the
low evaporating temperature alarm activation delay
-50.0
50.0
°C
Dec
Et 42
Max Valve Opening in CH mode (percentage)
0
100
%
Et 43
Min Valve Opening in CH mode (percentage)
0
100
%
Et 44
Pressure measure Filter in CH mode
1
250
Sec
Et 45
Interval of updating the valve output in CH mode
0
250
Sec
Et 46
Delay of alarm in case of probe error in CH mode
0
250
Sec
Et 47
% of valve during the ET46 time in CH mode
0
100
%
PID regulation in Heat pump mode
Et 48
PID proportional constant in HP mode
0.0
50.0
°C
Dec
Et 49
PID integral time in HP mode
0
500
Sec
Et 50
PID derivative constant in HP mode
0
250
Sec
Et 51
Overheating regulation set point during HP mode
0.0
25.0
°C
Dec
Et 52
Overheating regulation dead band in HP mode
0.0
5.0
°C
Dec
Et 53
High overheating threshold. The alarm status is signaled after the high
overheating alarm activation delay
Et54
80.0
°C
Dec
Et 54
Low overheating threshold. The alarm status is signaled after the low
overheating alarm activation delay
0.0
Et53
°C
Dec
Et 55
PID proportional constant in defrost if ET7/8 = 4
0.0
50.0
°C
Dec
Et 56
MOP Protection activation threshold.
High evaporating temperature threshold. The alarm status is signaled after
the high evaporating temperature alarm activation delay
0.0
50.0
°C
Dec
Et 57
STEP RATE during MOP or LOP protection (number of steps every second)
0
100
Et 58
LOP Protection activation threshold.
Low evaporating temperature threshold. The alarm status is signaled after the
low evaporating temperature alarm activation delay
-50.0
50.0
°C
Dec
Et 59
Max Valve Opening in HP mode (percentage)
0
100
%
Et 60
Min Valve Opening in HP mode (percentage)
0
100
%
Et 61
Pressure measure Filter in HP mode
1
250
Sec
Et 62
Interval of updating the valve output in HP mode
0
250
Sec
Et 63
Delay of alarm in case of probe error in HP mode
0
250
Sec
Et 64
% of valve during the ET46 time in HP mode
0
100
%
Input/output
Parameter
Description
min
max
mu
Resolution
Local I/O
IO 1
Pb1 configuration
0
o1
66
c115
IO 2
Pb2 configuration
0
o1
66
c115
IO 3
Pb3 configuration
0
o1
66
c115
IO 4
Pb4 configuration
0
o1
66
c115
IO 5
Pb5 configuration
0
o1
66
c115
IO 6
Pb6 configuration
0
o1
66
c115
IO 7
Pb7 configuration
0
o1
66
c115
IO 8
Pb8 configuration
0
o1
66
c115
IO 9
Pb9 configuration
0
o1
66
c115
IO 10
Pb10 configuration
0
o1
66
c115
IO 11
DI1 configuration
0
c115
IO 12
DI2 configuration
0
c115