15
Setpoint Management (CONTINUED)
Cooling setpoint adjustment = f (out. temp.)
If P2 = 1, 2 or 3 and P119 ≠ Heating
-20 to 55°C (resolution: 1)
P128 + 5 K at 60°C (resolution: 1)
Maximum setpoint at end of drift
P52 + 1 K at 30°C (resolution: 0.1)
Heating setpoint adjustment = f (out. temp.)
If P2 = 1 or 3 and P119 ≠ Cooling
-20 to 55°C (resolution: 1)
-25 to P132 - 5 K (resolution: 1)
Maximum setpoint at end of drift
Highest setpoint if P120 ≠ 1 or setpoint if P120 =
1 at 60°C (resolution: 0.1)
Minimum boiler drift setpoint
Maximum air temperature in automatic
heating mode
- 5 to 25°C (resolution 1)
Minimum air temperature in automatic
cooling mode
P136 + 2 to 40°C (resolution: 1)
1- Return
3- Water supply
4- Supply with compensation
Water loop winter protection
Visible if P2 = 1 and P141 = 1 and
heating mode
Visible if P2 = 1 and cooling mode
Visible if P2 = 2 or 3
0.5 to 5 K (resolution: 0.5)
If P141 = 1, 2
if P7 = INVERTER
0.5 to 5 K (resolution: 0.5)
Supply with compensation by return
0.3 to 2 (resolution: 0.1)
If P141 = 3, 4 and P7 ≠ INVERTER
If P141 = 3, 4 and P7 ≠ INVERTER
If P141 = 3, 4 and P7 ≠ INVERTER
10 to 240 seconds (resolution: 10)
If P141 = 3, 4 and P7 ≠ INVERTER
Compensation of coefficient
0.1 to 1 (resolution: 0.1)
5 to P148-2 (resolution: 1)
For storage control (CRISTOPIA)
If P119 ≠ 2, P120 ≠ 1 and P120 ≠ 4
0.5 to 10°C (resolution: 0.5)
Temperature at start of defrosting
-5 to 0°C (resolution: 0.5)
Temperature at end of defrosting
10 to 30°C (resolution: 1)
Frosting time calculation
0 to 2 (resolution: 0.01)
DTD correction based on outdoor
temperature
0 to 1 (resolution: 0.01)
CP off time delay for defrosting cycle
ΔP interlocking ventilo HP
1 to 20 b (resolution: 0.5)
If P2 = 3, (P HPR = P54 - P164)
1 to 5 b (resolution: 0.5)
Defrosting HP control coefficient
Maximum return temperature, stage 2
20 to 50°C (resolution: 1)
If P4 + P5 ≥ 2 and P119 ≠ Heating