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6 - LIST OF PARAMETERS
No. Description
2
141 Control mode
2
142 Water loop winter protection
2
143 Stage differential
2
144 Interstage differential
Supply with compensation by return
2
145 P coefficient
2
146 I coefficient
2
147 D coefficient
2
148 T coefficient
2
150 Compensation of coefficient
2
151 Compensation of time
For storage control
3
154 Storage
3
155 ΔT of control
Defrosting
3
157 Temperature at start of defrosting
3
158 Temperature at end of defrosting
3
159 Frosting time calculation
3
160 Fixed time
3
161 Coil frosting factor
162 ΔT correction based on outdoor
3
temperature
3
163 CP off time delay for defrosting cycle
3
164 ΔP defrosting HP interlocking fan
3
165 DHP differential
3
166 Defrosting HP control coefficient
Charge limit
2
171 Maximum return temperature, stage 2
2
180 Number of HP control stages per circuit
2
181 HP control setpoint
2
182 Outdoor air temperature, forced HP
2
183 Stage differential, HP control
2
184 Interstage differential, HP control
Setting
Control
1- Return
3- Water supply
4- Supply with compensation
No - Yes
0,5 to 5 K (resolution: 0,5)
0,5 to 5 K (resolution: 0,5)
0,3 to 2 (resolution: 0,1)
0 to 1 (resolution: 0,1)
0 to 1 (resolution: 0,1)
10 to 240 seconds (resolution: 10)
0,1 to 1 (resolution: 0,1)
5 to P148-2 (resolution: 1)
Yes/No
0,5 to 10°C (resolution: 0,5)
-5 to 0°C (resolution: 0,5)
10 to 30°C (resolution: 1)
Fixed time Optimised
30-45-60
0 to 2 (resolution: 0,01)
0 to 1 (resolution: 0,01)
0 to 5 min.
1 to 20 b (resolution: 0,5)
1 to 5 b (resolution: 0,5)
1 to 5 b (resolution:1)
20 to 50°C (resolution: 1)
Fan management
1 to 2 if P3 = 1
2 to 4 if P3 = 2 and P11 =
intertwined
2 or 3 if P3 = 2 and P11 = split
3 if P3 = 2 and P11 = mixed
12 to 17 b (resolution: 0,5) if P1 =
R407C or R22
14 to 20 b (resolution: 0,5) if P1 =
R404a
7 to 13 b (resolution: 0,5) if P1 =
R134a
19 to 27 b (resolution: 0,5) if P1 =
R410A
13,4 to 27 b if P7 = INVERTER
10 to 40 (resolution: 1)
2 to 8 b (resolution: 0,5)
0,5 to 3 (resolution: 0,5)
2 to 4 (resolution: 0,5)
Default
Display conditions
1
Visible if P2 = 1 and P141 = 1 and
heating mode
NO
Visible if P2 = 1 and cooling mode
Visible if P2 = 2 or 3
2
If P141 = 1, 2
1,5
If P7 = INVERTER
1,5
1
If P141 = 3, 4 and P7 ≠ INVERTER
0
If P141 = 3, 4 and P7 ≠ INVERTER
0
If P141 = 3, 4 and P7 ≠ INVERTER
60
If P141 = 3, 4 and P7 ≠ INVERTER
0,5
If P141 = 4
10
If P141 = 4
No
If P119 ≠ 2, P120 ≠ 1 and P120 ≠ 4
5
If P154 = Yes
-2
If P2 = 3
15 if R407C
If P2 = 3
otherwise 25
Optimised
If P2 = 3
45
If P2 = 3
0,3
If P159 = Optimised
0,2
If P159 = Optimised
P2 = 3
60 s
If P7 ≠ INVERTER
2
If P2 = 3, (P HPR = P54 - P164)
2
If P2 = 3
3
If P21 ≠ 1
35
If P4 + P5 ≥ 2 and P119 ≠ Heating
1 si P3 = 1
2 si P3 = 2 et
P11 = imbriqué
Visible if P2 = 2 or 3 +
2 si P3 = 2 et
P10 = propeller
P11 = séparé
3 si P3 = 2 et
P11 = mixte
12
Visible if P2 = 3 or P2 = 2 +
14
P10 = propeller
7
19
Visible if P2 = 3 or 2
25
+ P10 = propeller
Visible if P2 = 3 or 2
4
+ P10 = propeller
Visible if P2 = 3 or 2
1
+ P10 = propeller
3
If P180 = 1 (Low noise function)
19
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