36
6 4 Parameter List
Nr.
Description
Lower
limit
Upper
limit
Default
values
Specifications
1
1st circuit maximum
heating temperature
10°C
80°C
80°C
Maximum heating temperature on the 1st circuit.
This is the maximum value for the 1st circuit in
climate control mode.
2
Minimum heating tem-
perature
10°C
80°C
45°C
1st circuit minimum heating temperature.
This is the minimum value for the 1st circuit in
climate control mode.
3
Maximum outdoor
temperature
-15°C
25°C
18°C
Maximum outdoor temperature with climate control
probe. Minimum heating temperature.
4
Minimum outdoor tem-
perature
-15°C
25°C
0°C
Minimum outdoor temperature with climate control
probe. Maximum heating temperature.
5
2nd circuit maximum
temperature
Par. 6
50°C
44°C
Maximum heating temperature on the 2nd circuit.
This is the maximum value for the 2nd circuit in
climate control mode.
6
2nd circuit minimum
temperature
10°C
50°C
20°C
2nd circuit minimum heating temperature.
This is the minimum value for the 2nd circuit in
climate control mode.
7
Domestic hot water set
point
10°C
70°C
60°C
Domestic hot water T3 set point
8
Maximum delivery
temperature (T1) in
domestic hot water
mode
10°C
85°C
80°C
Maximum temperature of the primary circuit T1 in
domestic hot water mode.
9
Anti-freeze protection
on outdoor Tempera-
ture (T4).
Always enabled when
the delivery Tempera-
ture T1 is less than 5°C
-15°C
15°C
3°C
Function enabled on T4. If T4 is less than this
value, or T1 is less than 5°C, the 1st circuit's pump
is activated. If after 10 min. the T1 value has not
exceeded 5°C, the burner is activated at max.
output power, and shuts off once the T1 value has
exceeded 20°C. If after 10 minutes the T4 pa-
rameter is still below this value, but T1 is greater
than 5°C, the pump will remain in function until T4
exceeds this value
10
Outdoor temperature
correction
-30°C
30°C
0°C
Outdoor temperature correction value.
11
1st circuit attenuation
0 = (ena-
bled when
the TA is
open)
70°C
0°C
The T set only decreases this value with the atten-
uation function if the room thermostat's contact is
open.
E.g. 1= 1°C reduction from the calculated set.
12
OT Remote Control
Deactivation
0
1
0
0 = remote control enabled
1 = remote control disabled
13
2nd circuit attenuation
0°C
70°C
0°C
The T set only decreases this value with the atten-
uation function if the room thermostat's contact is
open.
E.g. 1= 1°C reduction from the calculated set.
14
Post-circulation pump
0 = (sec-
onds x 10)
99 = (sec-
onds x 10)
30
This is the post-circulation time, after which there
is no burner ignition request.
99 = Pump always in function
15
1st heating circuit
modulation differential
for igniting the burner.
0°C
20°C
7°C
The burner is activated when T1 is less than the
differential set here.
16
1st heating circuit
burner shutoff differ-
ential
0°C
20°C
3°C
The burner shuts off when T1 exceeds the set-
point + the differential set here.
17
2nd circuit burner
ignition differential
1°C
30°C
3°C
18
Heating circuit pause
time
0s.
99 = 1
sec. x 10
6
When the burner shuts off in heating mode, it
reignites after the time set here, both after the in-
tervention of the flow sensor and after the interven-
tion of the room thermostat.
19
Pause time between
domestic hot water
mode and heating
mode
0s.
99 = 1
sec. x 10
6
Following a domestic hot water request, the burner
will ignite after the time set here if there is a heat-
ing request.
0 = immediate burner ignition
1 = sec. x 10.
