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rC 1
Recovery function
0 = Disabled
1 = separate hydraulic circuits
2 = hydraulic circuits in parallel
3 = total recovery gas side
rC 2
Choice of recovery function priority
0 = user side
1 = recovery side
rC 3
Forced step deactivation time
rC 4
Forced step deactivation time after rotation of recovery valve
rC 5
Minimum operation time in recovery mode
Minimum activation time of heat recovery function once enabled
rC 6
Minimum delay between recovery end and next recovery
Minimum time between disabling and following reactivation of heat recovery
function
rC 7
Recovery function disabling setting
Condensing pressure/temperature level for disabling heat recovery function
If the condensing pressure exceeds the rC07 level the heat recovery function
is automatically disabled.
rC 8
Recovery function enabling differential
Heat recovery function is reactivated if the condensing pressure/temperature
drops below the rC07 – rC08 level
rC 9
Maximum condensation pressure / temperature recovery disabling time
After expiration of the rC09 delay the heat recovery function is reactivated
regardless the condensing pressure/temperature level.
rC 10
Condensation ventilation operation in recovery mode
0 = enabled
1 = not enabled
rC 11
Minimum recovery setting
Defines the minimum limit for the working set-point in heat recovery mode
rC 12
Maximum recovery setting
Defines the maximum limit for the working set-point in heat recovery mode
rC 13
Recovery set point
Defines the working set-point for heat recovery function (active only in cooling
mode)
rC 14
Recovery differential
Defines the working set-point for heat recovery function
rC 15
Defines the temperature control probe of the machine in recovery mode
0 = condenser water common inlet
1 = circuit 1 condenser water input NTC
2 = circuit 2 condenser water input NTC
3 = circuit 3 condenser water input NTC
4 = circuit 4 condenser water input NTC
5 = circuit 1 condenser water output NTC
6 = circuit 2 condenser water output NTC
7 = circuit 3 condenser water output NTC
8 = circuit 4 condenser water output NTC
9 = condenser water common output NTC
Parameter
Description
FS 1
Activation of domestic hot water production
0 =
Disabled
with common return – User and domestic hot water heat exchanger
1 =
and water piping are physically the same
with dedicated return – User and domestic hot water heat exchanger
2 =
and water piping are physically separated
FS 2
Operation priorities
0 = domestic water
1 = heating / cooling
FS 3
Domestic water set point.
Defines the working set point for the production of domestic hot water.
FS 4
Domestic water regulation steps intervention band
FS 5
Minimum domestic water set point value.
Minimum limit for the domestic water set point
FS 6
Maximum domestic water set point value.
Maximum limit for the domestic water set point
FS 7
Activation of the steps to reach the domestic water set point
0 = activates all the compressors
1 = activates the compressors and heaters
FS 8
Connection of the domestic water temperature control heaters
0 = no
1 = yes
1592025050 iProChill v2.5 10D00 AG v1.3 GB 18.02.2016.docx
Function for production of domestic hot water
0
3
0
1
0
250
Sec
0
250
Sec
0
250
Min
0
250
Min
-50.0
110
°C
-58
230
°F
0.0
50.0
Bar
0
725
Psi
0.1
25.0
°C
1
45
°F
0.1
14.0
Bar
1
203
Psi
0
250
Min
0
1
-50.0
°C
rC12
-58
°F
110
°C
rC11
230
°F
rC11
rC12
°C/°F
0.1
25.0
°C
0
45
°F
0
9
min
max
um
Resolution
0
2
0
1
°C
dec
FS05
FS06
°F
int
0.1
25.0
°C
dec
1
45
°F
int
-50.0
°C
dec
FS06
-58
°F
int
110
°C
dec
FS05
230
°F
int
0
1
0
1
iProCHILL
Dec
int
Dec
Int
Dec
int
Dec
Int
Dec
Int
Dec
Int
Dec / int
Dec
Int
137/205
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