Emerson Dixell iProChill IPC115D Application Manual page 138

FS 9 Time to activate maximum power/heaters insertion
Delay time from domestic hot water production and electric heaters activation
for reaching the domestic hot water set point
FS 10 Delay in activating outputs for domestic water production
FS 11 Delay in cycle inversion during domestic water production
FS 12 Type of Anti-legionella activation
0 = timed. The antliegionella cycle is activated every FS13 time period.
1= time band. The antliegionella cycle occurs on the day defined on FS18 and
hour defined on FS17
FS 13 Delay between two Anti-legionella production cycles.
0 = function disabled
FS 14 Anti legionella set point.
FS 15 Minimum Anti-legionella set point value
FS 16 Maximum Anti-legionella set point value
FS 17 Anti-legionella activation time
FS 18 Day of activation Anti-legionella
0 = Disabled
1 = Sunday...
7 = Saturday
FS 19 Time in anti-legionella production
Once reached the antilegionella set point the antliegionella function is kept
active for the FS19 time.
FS 20 Maximum idle time in Anti-legionella mode
The antilegionella cycle is disabled after the time FS20 even though the
working set point is not achieved.
FS 21 Heaters OFF band in Anti-legionella mode
The electric heaters activated for the antilegionella function are disabled
(before expiration of FS20) if the water temperature exceeds FS14
(antilegionella set)+FS21
FS 22 Water set point for solar panel integration
FS 23 Intervention band for solar panel integration.
FS 24 Solar panel water minimum setting
FS 25 Solar panel water maximum setting
FS 26 Domestic water output inversion delay from when the domestic water pump is
activated
FS 27 Domestic water pump deactivation delay from when the domestic water
output is inverted
FS 28 Domestic water pump operation mode
0 = operation on demand. The pump is activated only when domestic hot
water is required.
1 = continuous operation. The pump is always active when the unit is active.
FS26 and FS27 delays are ignored
FS 29 Minimum interruption (time) during domestic water production by probe no. 2
and minimum time between two interruptions
FS 30 Domestic water probe set point no. 2 to interrupt domestic water production
FS 31 Domestic water probe differential no. 2 to interrupt domestic water production
FS 32 Overheating set point to activate the charge modulating valve.
After activation of the cooling + sanitary water function the circuit charge
modulating valve is activated if the superheating is higher than FS32
FS 33 Overheating band for the charge modulating valve
FS 34 Maximum charge modulating valve time
FS 35 Water set point to change activation setting and band of the charge
modulating valve
FS 36 Water band to change activation setting and band of the charge modulating
valve
FS 37
New overheating set point
FS 38
New overheating band
FS 39 Charge modulating valve ON time
FS 40 Charge modulating valve OFF time
1592025050 iProChill v2.5 10D00 AG v1.3 GB 18.02.2016.docx
0 250 min
0 999 sec
0 999 sec
0 1
0 250 Hr
°C dec
FS15 FS16
°F int
-50.0 °C dec
FS16
-58 °F int
110 °C dec
FS15
230 °F int
0.00 24.00 Hr 10 min
0 7
0 250 min
0 250 min
0.1 25.0 °C dec
1 45 °F int
°C dec
FS24 FS25
°F int
0.1 25.0 °C Dec
1 45 °F int
-50.0 °C Dec
FS25
-58 °F int
110 °C Dec
FS24
230 °F int
0 250 sec
0 250 sec
0 1
0 250 sec
-50.0 110 °C dec
-58 230 °F int
0.1 25.0 °C dec
1 45 °F int
-50.0 110 °C
-58 230 °F
0.1 25.0 °C
1 45 °F
1 250 min
-50.0 110 °C
-58 230 °F
0.1 25.0 °C
1 45 °F
-50.0 110 °C
-58 230 °F
0.1 25.0 °C
1 45 °F
1 250 sec
1 250 sec
iProCHILL
dec
int
dec
int
10 min
dec
int
dec
int
dec
int
dec
int
138/205