Emerson Dixell iProChill IPC115D - Page 128

1592025050 iProChill v2.5 10D00 AG v1.3 GB 18.02.2016.docx iProCHILL 128/205
CO 18
Balance/saturation criteria
0= Hours
1= Starts
0
1
CO 19
Not used
CO 20
Not used
CO 21
Not used
CO 22
Not used
CO 23
Not used
CO 24
Not used
CO 25
Not used
CO 26
Not used
CO 27
Not used
CO 28
Not used
CO 29
Not used
CO 30
Not used
CO 31
Not used
CO 32
Not used
CO 33
Not used
CO 34
Not used
CO 35
Maximum n° of compressor starts after 15 minutes ON
0 = function disabled
0
15
Resource control in proportional/neutral zone mode
CO 36
Max time with no resources being inserted with at least one resource active
0
250
Min
10 Min
CO 37
Max time in a neutral zone with no resources rotating
0
999
Hr
1Hr
Compressor in tandem forced rotation function
CO 38
Maximum continuous working time for individual compressor in the circuit.
0
250
Min
Compressor with modulating control
CO 39
Compressor operation time at maximum speed requested by temperature
control
0 = function is disabled
0
250
Sec
CO 40
Minimum value for digital scroll 0-10V analogue output at peak
0
100
%
CO 41
Power implementation interval at peak
0
250
Sec
CO 42
Determines the minimum continuative operation percentage of the
modulating compressor below which the CO43 time count starts
0 = function is disabled
0
100
%
CO 43
MAX continuative operation time of modulating compressor with
operation percentage below CO42
0 = function is disabled
0
250
Min
10 Min
CO 44
Forced working time at maximum speed
0
250
Sec
10sec
CO 45
Maximum continuative operation time of modulating compressor after
which the modulating compressor is switched off and insertion of another
compressor is forced depending on rotation
0 = function is disabled
0
999
Hr
1Hr
CO 46
Minimum value for circuit 1 inverter 0-10V analogue output
0
CO47
%
CO 47
Maximum value for circuit 1 inverter 0-10V analogue output
CO46
100
%
CO 48
Minimum value for circuit 2 inverter 0-10V analogue output
0
CO49
%
CO 49
Maximum value for circuit 2 inverter 0-10V analogue output
CO48
100
%
CO 50
Normal power implementation interval
1
250
Sec
Compressors liquid injection function
CO 51
Activation set point of the liquid injection solenoid valve
-50.0
-58
150.0
302
°C
°F
Dec
int
CO 52
Differential deactivation of the liquid injection solenoid valve
0.1
0
25.0
45
°C
°F
Dec
int
Loads maintenance
CO 53
Set compressor 1 hour meter (see chap. maintenance request function)
0
999
Hr
10 Hr
CO 54
Set compressor 2 hour meter (see chap. maintenance request function)
0
999
Hr
10 Hr
CO 55
Set compressor 3 hour meter (see chap. maintenance request function)
0
999
Hr
10 Hr
CO 56
Set compressor 4 hour meter (see chap. maintenance request function)
0
999
Hr
10 Hr
CO 57
Set compressor 5 hour meter (see chap. maintenance request function)
0
999
Hr
10 Hr
CO 58
Set compressor 6 hour meter (see chap. maintenance request function)
0
999
Hr
10 Hr
CO 59
Set compressor 7 hour meter (see chap. maintenance request function)
0
999
Hr
10 Hr
CO 60
Set compressor 8 hour meter (see chap. maintenance request function)
0
999
Hr
10 Hr
CO 61
Set compressor 9 hour meter (see chap. maintenance request function)
0
999
Hr
10 Hr
CO 62
Set compressor 10 hour meter (see chap. maintenance request function)
0
999
Hr
10 Hr
CO 63
Set compressor 11 hour meter (see chap. maintenance request function)
0
999
Hr
10 Hr
CO 64
Set compressor 12 hour meter (see chap. maintenance request function)
0
999
Hr
10 Hr
CO 65
Set compressor 13 hour meter (see chap. maintenance request function)
0
999
Hr
10 Hr
CO 66
Set compressor 14 hour meter (see chap. maintenance request function)
0
999
Hr
10 Hr
CO 67
Set compressor 15 hour meter (see chap. maintenance request function)
0
999
Hr
10 Hr
CO 68
Set compressor 16 hour meter (see chap. maintenance request function)
0
999
Hr
10 Hr
CO 69
Delay time in enabling Refcomp Inverter compressor relay based on
temperature control request
0
250
sec
CO 70
Delay in VI valves activation from compressor start-up
0
250
sec