auer HRC70 - Page 28

- INSTALLER 7 & 11kW HRC
70
HIGH TEMPERATURE HEAT PUMP -
28
Use Parametre Function Unit Operating range
Factory
setting
0 = circulator pump runs constantly
1 = circulator pump controlled
2 = circulator pump runs constantly
even with no heating request
Heating curve parametre
PAR.207
Max. heat pump water temperature °C
PAR.208 to 70°C
70
C
Heating curve parametre
PAR,208
Min. heat pump water temperature °C
20°C to PAR.207
30
C
Heating curve parametre
PAR.209
Max. outdoor temperature °C
15 to 25
C 20 C
Heating curve parametre
PAR.210
Min. outdoor temperature °C
20 to 0 C 10 C
PAR.211
Difference between target temperature and
maintained temperature
K
0 to 30K 4K
PAR.213
To lower heating curve in
ECO mode periods
K
0K to PAR.214 10K
PAR.214
To lower heating curve
in frost protection mode periods
K
PAR.213 to 40K 20K
For heating circuit(s) only
PAR.215
Summer / winter mode time delay hour
0 to 48h 12h
For heating circuit(s) with
temperature control
PAR.216
Heating advance when switching from
"Holiday" mode to "Comfort" mode
yes / no no
0 = No operation authorised
1 = heat pump level 1 authorised
2 = heat pump level 2 authorised
3 = heat pump authorised
4 = heat pump authorised
and level 1
electrical back-up
5 = heat pump and levels 1
✣
2
electrical backup authorised
6 = Authorised to
operate fully
7 = Boiler authorised only
0 = No operation
authorised
1 = heat pump level 1 authorised
2 = heat pump level 2 authorised
3 = heat pump authorised
4 = heat pump authorised
and level 1
electrical back-up
5 = heat pump and levels 1
✣
2
electrical backup authorised
6 = Authorised to
operate fully
7 = Boiler authorised only
If there is a domestic water sensor:
Differential sanitary heat demand
K
1 to 10K 7K
If there is a domestic water aquastat:
Heat pump target temperature
°C
60
C 60 C
DHW sharing
0 = DHW heated as priority
1 = Heating time shared between
DHW and heating
PAR.221
Anti-legionellosis cycle
(lDHW is heated to 6°C every X days at 10pm)
days
0 = DHW heated as priority
0
PAR.222
Differential between heat pump target
temperature and swimming pool target
tempertaure (a gap which fixes the
heat pump target temperature above the
swimming pool target temperature)
K
0 to 20K 5K
PAR.223
Swimming pool heating advance before
leaving "Holiday" mode
days
from 0 = no advance
to 7 = 7 days
1 day
PAR.224
Number of recording sequences per USB file
128mn
sequence
1 to 255 sequences
(of 128mn)
255
PAR.225
Data recording period mn
1 to 240 1
PAR.230
Choice of compressor
0 ; 1 or 2 0
0
Remove electrical bridge
(HP/HC) from hydro-electronic
control and connect HP/HC
electricity provider contact
*If parametres PAR.217 and PAR.218 are both activated at the same time, the lowest authorisation level will be used on both inputs in case of load shedding
s
PAR.219
PAR.218 *
Authorisation level for stopping heat pump
and electrical back-up from operating during
peak time
( DEL input)
Remove electrical bridge
(HP/HC) from hydro-electronic
control and connect the loast
shedding contact
Swimming pool circuit on
circuit 1 in addition to the
heating circuit and swimming
pool kit connected to the hydro-
electronic control
Circuit 2: domestic water circuit
with domestic water sensor
(circuit 1 must be a radiator
circuit) or deactivated
PAR.220
PAR.217 *
Authorisation level for stopping heat pump
and electrical back-up from operating during
peak time
( HP / HC input)
3
1
1 heating circuit only
0
Heating circulation controlled by the room
temperature controller
PAR.205