-
manual
HRC
70
PILOT -PREMIUM-
/2
-
-
manual
HRC
70
PILOT -PREMIUM-
/2
-
19
Use
Parameter
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 parameter
PAR.207
Maximum heat pump water temperature
°C
PAR.208
to 70°C
70
°
C
Heating curve parameter
PAR,208
Minimum heat pump water temperature
°C
20°C to
PAR.207
30
°
C
Heating curve parameter
PAR.209
Maximum exterior temperature
°C
15
to
25
°
C
20
°
C
Heating curve parameter
PAR.210
Minimum exterior 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 periods of ECO mode
K
0K
to
PAR.214
10K
PAR.214
To lower heating curve in periods of Frost
protection mode
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 electrical back-up level 1
5
= Heat pump authorised
and electrical back-up levels 1 and 2
6
= Authorised to operate fully
7
= Only boiler is authorised
8
= Operation in Frost protection mode
9
= Operation in Eco mode
10
="Smart grid" operation according to 4
modes depending on HP / HC and DEL inputs
(see § "Connection to pilot" table)
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 electrical back-up level 1
5
= Heat pump authorised
and electrical back-up levels 1 and 2
6
= Authorised to operate fully
7 =
Only boiler is authorised
If there is a domestic water sensor :
Differential hot water demand
K
1
to
10K
7K
If there is a domestic water aquastat :
Heat pump target temperature
°C
60
°
C
60
°
C
NO
= DHW heated as priority
yes
= Heating time split between DHW and
heating
PAR.221
Anti-legionellosis cycle
(DHW is raised to 60°C every X days at 22h)
days
from
0
= never, to
99
= every 99 days
0
PAR.222
Differential between the target temperature of the
heat pump and the target temperature of the pool
(the gap fixes the target temperature of the heat
pump above the target temperature of the pool)
K
0
to
20K
5K
PAR.223
Advance heating of the pool before exiting
"Holiday" mode
days
from
0
= no advance, to
7
= 7 days
1 day
PAR.224
Number of recorded sequences per USB file
Sequences
of 128mn
1 to 255 sequences (of 128mn)
255
PAR.225
Data recording periods
mn
1
to
240
1
PAR.230
Choice of compressor
0 ; 1
or
2
0
Degree of authorisation for preventing the operation
of the electrical back-up and heat pump during peak-
time hours
(HP/HC input)
PAR.220
PAR.218
*
yes
DHW sharing
3
*If the two parameters
PAR.217
and
PAR.218
are activated at the same time, it is the lower level of authorisation which is maintained in case of load shedding on both inputs simultaneously.
Remove electrical bridge (Del) from the
pilot and connect the load shedding
contact if the "smart grid" function is not
being used (
P217 < 10
).
If the "smart grid" function is being used
(
P217 = 1
) connect the second contact of
the "smart grid" function.
Presence of a swimming pool circuit on
circuit 1 as well as a heating circuit, and a
swimming pool kit connected to the pilot.
Circuit 2: domestic water circuit with
domestic water sensor (circuit 1 must be a
radiator circuit) or deactivated
PAR.219
1 heating circuit only
0
Heating circulation controlled by the ambient
temperature controller
PAR.205
0
Degree of authorisation for preventing the
operation of the electrical back-up and heat pump
during peak-time hours
(Del input)
Remove electrical bridge (HP/HC) from the
pilot and connect the load shedding contact
or the ambient temperature control contact
(only with temperature sensor(s)) or the first
contact for the "smart grid"
PAR.217
*
