Viessmann VITOCAL 222-G Fiche technique Page 222
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- Table des matières
- MARQUE LIVRES
Noté. / 5. Basé sur avis des utilisateurs
Vitocal 242-G/222-G Type BWT 106 BWT 108 BWT 110
Heat pump performance data
*
1
Heat pump module
Type 200/106 200/108 200/110
Rated output
kW 6.1 7.7 9.7
Refrigerating capacity
kW 4.7 6.9 7.5
Power consumption kW 1.4 1.8 2.2
Coefficient of performance
∊ (COP)
during heating operation
4.3 4.3 4.3
Instantaneous heating
water heater performance
data
Output
kW stepped 2/4/6
Max. output
(with instantaneous heat-
ing water heater)
kW 12.1 13.7 15.7
Brine (primary)
Capacity l 1.6 2.1 2.6
Min. throughput
*
2
l/h 1200 1400 1800
Max. external pressure
drop
mbar 400 480 380
Max. inlet temperature °C 25 25 25
Min. inlet temperature °C –5 –5 –5
Heating water (secondary)
Content, heat pump l 1.6 1.8 2.0
Content, total l 7.0 7.2 7.4
Min. throughput
*
2
l/h 800 800 800
Max. external pressure
drop
mbar 320 320 320
Max. flow temperature °C 60 60 60
Heat transfer medium (only for
the Vitocal 242)
Capacity l 16.0 16.0 16.0
Max. external pressure
drop
mbar 180 180 180
Electrical values
Rated voltage (heat pump) 3/N/PE 400 V/50 Hz
Specification for 400 V devices
222
Specification for 400 V devices
5592 969 GB
*1
At operating point B0/W35 to EN 255: B0 = Brine inlet temperature 0 °C/W 35 = Heating
water outlet temperature 35 °C.
*1
For further operating points, see datasheet.
*2
Always safeguard the min. throughput.
- VIESMANN 1
- Safety instructions 2
- Safety instructions (cont.) 3
- Installation instructions 4
- Service instructions 4
- Index (cont.) 5
- Positioning 9
- Transport 9
- Positioning (cont.) 10
- Heating circuit 14
- Natural cooling function 15
- Hydraulic diagram 18
- Electrical connection 18
- Equipment required 18
- System version 1 19
- System version 1 (cont.) 20
- System version 2 27
- System version 2 (cont.) 28
- System version 3 36
- System version 3 (cont.) 37
- System version 4 45
- System version 4 (cont.) 46
- Preparing the installation 56
- Heat pump preparation 59
- Heat pump preparation (cont.) 60
- Installing the control module 61
- Inserting the heat pump 62
- Inserting the cables 64
- Inserting the cables (cont.) 65
- Sensor connections 66
- Central fault message 69
- DHW circulation pump 70
- Power supply 74
- Power supply (cont.) 75
- position (like the 89
- Connecting the DHW 94
- Connection panel 94
- Connecting the DHW (cont.) 95
- Connecting the brine side 98
- 5592 969 GB 100
- Removing the front panels 101
- Maintaining service reports 101
- Vitocal 242) 105
- System configuration 109
- Checking the secondary pump 113
- Checking the primary pump 115
- Programming unit overview 123
- Fault messages 123
- Control unit diagnostics 123
- Acknowledging fault messages 124
- Scanning fault messages 124
- Skipping fault messages 125
- Displaying fault messages 125
- Diagnosis 130
- Diagnosis (cont.) 131
- Main menu > Information 134
- A see page 136 B see page 137 135
- C only for the Vitocal 242 135
- Control settings 135
- A see page 135 B see page 137 136
- A see page 138 B see page 140 141
- Adjusting sensor temperatures 143
- Checking signal inputs 144
- "Relay" sub-menu 145
- "Mixer" sub-menu 145
- Power-OFF contact: 1S 147
- System design 147
- Frost protection temperature 149
- Maximum flow temperature 150
- Minimum return temperature 150
- Power-OFF compressor 150
- Min. compressor off 152
- Flow; primary/secondary pump 152
- Minimum runtime 152
- Optimum runtime 153
- Optimum runtime (cont.) 154
- Electric heating 155
- E heating 155
- DHW with electric power 156
- Electric heating (cont.) 156
- Electric heating threshold 157
- Heater rod delay 157
- Time for drying buildings 159
- Internal pump run-on 160
- Max. steps; three-way valve 160
- Flow hysteresis 160
- Maximum temperature 162
- Solar collector 162
- Pump kick hysteresis 163
- Pump kick runtime 164
- Pump kick hysteresis (cont.) 164
- Pump kick dead time 165
- Flow rate 165
- Pump kick runtime (cont.) 165
- DHW program temperature 166
- DHW circulation pump program 166
- Operating mode 166
- DHW cylinder temperature 166
- DHW cylinder maximum 167
- Stop optimisation 169
- DHW auxiliary function 169
- Set DHW temperature 2 169
- Heat pump cylinder volume 169
- Start optimisation 169
- Maximum DHW runtime 170
- Maximum DHW interruption 170
- Excess reaction 170
- Reduced temperature 172
- Remote control 172
- Standard temperature 172
- Minimum flow temperature 173
- Operating mode (cont.) 173
- DHW during party mode 174
- Room temperature sensor 175
- Excess reaction (cont.) 175
- Room temperature hook-up 176
- Room temperature control 177
- Flow T excess 178
- Mixer parameters 179
- Mixer runtime 179
- Screed function 180
- Mixer active zone/dead zone 181
- Screed function (cont.) 181
- V Flow temperature 182
- Vs Set flow temperature 182
- Vh Active zone 182
- Vt Dead zone 182
- Cooling curve level/slope 183
- Natural cooling with mixer 184
- Cooling mixer runtime 185
- Cooling mixer parameters 186
- Buffer cylinder program 187
- Fixed temperature 187
- Buffer cylinder 187
- Hysteresis temperature 188
- Fixed temperature (cont.) 188
- Maximum temperature (cont.) 189
- Sensor resistance curves 191
- Main connection area 194
- Main connection area (cont.) 195
- Safety chain, 400 V units 196
- Safety chain, 230 V units 197
- Left part of the main PCB 198
- R.h. part of the main PCB 202
- Parts list Vitocal 242-G 204
- Parts lists 206
- Parts list Vitocal 222-G 210
- Hydraulic parameter report 216
- Control parameter report 217
- Switching times 219
- Z characteristic required 223
- L and DHW heating 225
- Declaration of conformity 230
- Keyword index 232
- Keyword index (cont.) 233
- Applicability 236
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