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