Emerson Dixell iChill IC207D - Page 62

1592015610 User manual IC200D EVO GB rel1.0 10.11.2015_rev10 IC200D 62/192
Parameters involved:
CO60
Operation time at CO61 power when the compressor inverter
controlled is switched on
0
250
sec
CO61
Forced power when the compressor inverter controlled is
switched on
0
100
%
CO62
Delay to increase the power during the start up phase of the
compressori inverter controlled
1
250
sec
CO63
Compressor inverter controlled operation power under whitch
start counting CO64 time
0
100
%
CO64
Maximun operation time of the compressor inverter controlled
with power less than CO63
0
250
Min
10 Min
CO65
Operating time of the compressor inverter controlled at
maximum power
0
250
sec
10sec
CO66
Maximum operating time of the compressor inverter controlled
0
999
Hr
1Hr
CO67
Minimum value of the compressor 1 inverter controlled
0
CO68
%
CO68
Maximum value of the compressor 1 inverter controlled
CO67
100
%
CO69
Minimum value of the compressor 2 inverter controlled
0
CO70
%
CO70
Maximum value of the compressor 2 inverter controlled
CO69
100
%
CO71
Delay to increase/decrease the power of the compressori
inverter controlled
1
250
sec
...
CO79
Maximum speed of the inverter compressors in chiller
1
100
%
CO80
Maximum speed of the inverter compressors in heat pump
1
100
%
CO81
Maximum speed of the inverter compressors in domestic hot
water
1
100
%
CO82
Outside temperature to reduce inverter compressor speed in
Heat pump
-
50.0
-58
0.0
0
70.0
158
50.0
725
°C
°F
Bar
Psi
Dec
int
Dec
int
CO83
Hysteresis temperature to reduce inverter compressor speed in
Heat pump
0.1
0
0.1
1
25.0
45
14.0
203
°C
°F
Bar
Psi
Dec
int
Dec
int
CO84
Compressor speed if outside temperature > CO82
0
100
%
16.1 INVERTER COMPRESSOR IN HEAT PUMP AND EXTERNAL TEMPERATURE
It is possible to reduce the compressor speed (both compressor in parallel if configured) in heat pump when
external temperature increases over a determined temperature.