Pichler PKOM4 - Parameter List

OPERATING AND INSTALLATION MANUAL HEAT PUMP COMBI UNIT PKOM4 PAGE 46
USER
GENERALSPECIALIST PERSONNEL
15.9 PARAMETER LIST
ID Parameter Unit Works Set Comment
A01 Operating mode - 0 0 = o / 1 = summer / 2 = winter / 3 = automatic
A02 Damping, outside temperature % 60
A03 Heating limit °C 14 No heating allowed above
A04 Hysteresis K 2
A05 Equipment type - 0 / 1 0 = trend / 1 = classic
A06 Switch-on hysteresis, cooling K 1
A07 Switch-on hysteresis, heating K 0.5
A08 Switch-o hysteresis, heating K 0.5
A09 Enable – active cooling - 0 0 = no / 1 = yes
A10 Room set-point, override °C 22
A11 Room set-point - cooling °C 26
A12 Room set-point, normal operation °C 22
A13 Room set-point, lowering operation °C 20
A14 Room set-point - holiday °C 18
A15 Room set-point, frost protection °C 15
A16 Room temperature sensor - 0 0 = display / 1 = room sensor
A17 Room sensor - 0 0 = via A16 / 1 = extract air sensor
A18 Demand-driven control - 0
0 = no / 1 = CO
2
-controlled / 2 = RF-controlled / 3 = CO
2
- &
RF-controlled
B11 Min. fresh air volume for enable of active cooling °C 25 Cooling not enabled below this
C08 Air volume ventilation level 1 (SUP) m³/h 85
C09 Air volume ventilation level 2 (SUP) m³/h 120
C10 Air volume ventilation level 3 (SUP) m³/h 160
C11 Air volume ventilation level 4 (SUP) m³/h 200
C12 Extract air balance % 0 Balancing extract/supply air
D02 Min. supply air, cooling °C 15
D05 Max. supply air temperature, heating °C 40
E07 Supply air volume in defrost operation % 40
F01 VHR fresh air temperature before WRG °C -8 / -3 With enthalpy / standard exchanger
G01
Min. fresh air temperature bypass °C 12 No bypass operation below this
J01 CO2 concentration threshold ppm 1000 Increase air volume
J02 Relative humidity high % 70 Increase air volume
J03 Relative humidity low % 30 Reduction of air volume
V01 Additional function - 0
0 = no / 1 = solar system / 2 = heating circuit / 3 = duct
heating battery / 4 = heating circuit & duct heating battery
V02 Min. storage temperature, Heating circuit enabled °C 35
V03 Heating circuit hysteresis K 0.5
V04 Set-point, heating circuit °C 23
V05 Solar hysteresis K 5
V06 Max. tank temperature, solar °C 80
V07 Delta T, solar collector to tank K 10
V13 Duct heating battery delay Sec. 1800
W01 Hot water set point temperature °C 50
W02 Hot water heating with WP °C 55
W03 Hot water heating with EHP °C 65
W04 Hot water set-point ECO tari °C 65 Smart Grid contact E1
W05 Enable EHP (E-heater) - 0 0 = o / 1 = on