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Daikin EHVH08SU23DA6V7 [146/240] Configuration
![Daikin EHVH08SU23DA6V7 [146/240] Configuration](/views2/1787402/page146/bg92.png)
8 | Configuration
Installer reference guide
146
ERGA04~08DAV3(A) + EHVH04+08SU18+23DA6V7
Daikin Altherma 3 R F
4P618956-1 – 2020.03
▪ Space heating off temperature
▪ Space cooling off temperature
The outdoor temperature is time-averaged. If the outdoor temperature drops, the
operation mode will switch to heating and vice versa.
If the outdoor temperature is between the Space heating off temperature
and the Space cooling off temperature, the operation mode remains
unchanged.
Operation range
Depending on the average outdoor temperature, the operation of the unit in space
heating or space cooling is prohibited.
# Code Description
[4.3.1] [4-02] Space heating off temperature: When
the averaged outdoor temperature rises above
this value, space heating is turned off.
(a)
▪ 14°C~35°C
[4.3.2] [F-01] Space cooling off temperature: When
the averaged outdoor temperature drops below
this value, space cooling is turned off.
(a)
▪ 10°C~35°C
(a)
This setting is also used in automatic heating/cooling changeover.
Exception: If the system is configured in room thermostat control with one leaving
water temperature zone and quick heat emitters, the operation mode will change
based on the measured indoor temperature. Besides the desired heating/cooling
room temperature, the installer sets a hysteresis value (e.g. when in heating, this
value is related to the desired cooling temperature) and an offset value (e.g. when
in heating, this value is related to the desired heating temperature).
Example: A unit is configured as following:
▪ Desired room temperature in heating mode: 22°C
▪ Desired room temperature in cooling mode: 24°C
▪ Hysteresis value: 1°C
▪ Offset: 4°C
Changeover from heating to cooling will occur when the room temperature rises
above the maximum of the desired cooling temperature added by the hysteresis
value (thus24+1=25°C) and the desired heating temperature added by the offset
value (thus22+4=26°C).
Oppositely, changeover from cooling to heating will occur when the room
temperature drops below the minimum of the desired heating temperature
subtracted by the hysteresis value (thus 22–1=21°C) and the desired cooling
temperature subtracted by the offset value (thus24–4=20°C)
Guard timer to prevent too frequent changing from heating to cooling and vice
versa.
# Code Description
Changeover settings related to the indoor temperature.
Only applicable when Automatic is selected and the system is configured in
room thermostat control with 1 leaving water temperature zone and quick heat
emitters.
Содержание
- Daikin altherma 3 r f 1
- Installer reference guide 1
- About the box 15 2
- About the documentation 13 2
- About the units and options 20 2
- Application guidelines 25 2
- General safety precautions 6 2
- Installer reference guide 2
- Preparation 49 2
- Table of contents 2
- Installation 67 3
- Table of contents 3
- Commissioning 181 4
- Configuration 109 4
- Hand over to the user 190 4
- Maintenance and service 191 4
- Table of contents 4
- Disposal 211 5
- Field settings table 231 5
- Glossary 229 5
- Table of contents 5
- Technical data 214 5
- Troubleshooting 200 5
- About the documentation 6
- General safety precautions 6
- Meaning of warnings and symbols 6
- For the installer 7
- General 7
- General safety precautions 7
- General safety precautions 8
- Installation site 8
- Refrigerant in case of r410a or r32 8
- Danger risk of explosion 9
- General safety precautions 9
- In case recharge is required see the nameplate of the unit it states the type of 9
- Notice 9
- Refrigerant and necessary amount 9
- Warning 9
- General safety precautions 10
- Danger risk of electrocution 11
- Electrical 11
- General safety precautions 11
- If applicable see the installation manual or installer reference guide of your application for more information 11
- Notice 11
- Warning 11
- Caution 12
- General safety precautions 12
- Install power cables at least 1 m away from televisions or radios to prevent interference depending on the radio waves a distance of 1 m may not be sufficient 12
- Notice 12
- Warning 12
- About the documentation 13
- About this document 13
- Installer reference guide at a glance 13
- About the documentation 14
- About the box 15
- Outdoor unit 15
- Overview about the box 15
- To handle the outdoor unit 15
- To unpack the outdoor unit 15
- About the box 16
- To remove the accessories from the outdoor unit 16
- About the box 17
- Indoor unit 17
- Information 17
- To handle the indoor unit 17
- To remove the accessories from the indoor unit 17
- To unpack the indoor unit 17
- Use the handles at the back and at the bottom to carry the unit 17
- About the box 18
- Checklist for the required dhw accessories 18
- Delivered with domestic hot water tank kit 18
- Delivered with indoor unit 18
- Domestic hot water tank kit 18
- For installation compliant with section g3 of the building regulations you must verify that the following accessories are present 18
- Notice 18
- To remove the accessories from the domestic hot water tank kit 18
- About the box 19
- About the units and options 20
- Identification 20
- Identification label outdoor unit 20
- Overview about the units and options 20
- About the units and options 21
- Combining units and options 21
- Identification label indoor unit 21
- Possible options for the outdoor unit 21
- About the units and options 22
- Possible options for the indoor unit 22
- About the units and options 23
- About the units and options 24
- Possible combinations of indoor unit and outdoor unit 24
- Application guidelines 25
- Overview application guidelines 25
- Setting up the space heating cooling system 25
- Application guidelines 26
- Single room 26
- Application guidelines 27
- Application guidelines 28
- Application guidelines 29
- Application guidelines 30
- Multiple rooms one lwt zone 30
- Application guidelines 31
- Application guidelines 32
- Application guidelines 33
- Application guidelines 34
- Multiple rooms two lwt zones 34
- Application guidelines 35
- Application guidelines 36
- Setting up an auxiliary heat source for space heating 36
- Application guidelines 37
- Application guidelines 38
- Notice 38
- Setting up the domestic hot water tank 38
- System layout integrated dhw tank 38
- Application guidelines 39
- Selecting the volume and desired temperature for the dhw tank 39
- Application guidelines 40
- Dhw pump for instant hot water 40
- Setup and configuration dhw tank 40
- Application guidelines 41
- Dhw pump for disinfection 41
- Setting up the energy metering 41
- Application guidelines 42
- Consumed energy 42
- Produced heat 42
- Application guidelines 43
- Normal kwh rate power supply 43
- Application guidelines 44
- Preferential kwh rate power supply 44
- Allows you to limit the power consumption of the entire system sum of 45
- Application guidelines 45
- By digital inputs 45
- Configuration set the power limitation level and how it has to be achieved via 45
- Maximum power input in kw 45
- Maximum running current in a 45
- No additional equipment needed 45
- Outdoor unit indoor unit and backup heater 45
- Permanent power limitation 45
- Permanent power limitation is useful to assure a maximum power or current input of the system in some countries legislation limits the maximum power consumption for space heating and dhw production 45
- Permanently 45
- Power consumption control 4 171 45
- Select continuous limitation mode 45
- Select the type of limitation power in kw or current in a 45
- Set the desired power limitation level 45
- Set the power consumption control settings in 9 via the user interface see 45
- Setting up the power consumption control 45
- Setup and configuration 45
- The power consumption control 45
- The power limitation level can be activated 45
- The power limitation level can be expressed as 45
- The user interface 45
- Application guidelines 46
- Power limitation activated by digital inputs 46
- Application guidelines 47
- Power limitation process 47
- Setting up an external temperature sensor 47
- Application guidelines 48
- Installation site requirements of the outdoor unit 49
- Overview preparation 49
- Preparation 49
- Preparing the installation site 49
- Preparation 50
- Additional installation site requirements of the outdoor unit in cold climates 51
- Preparation 51
- Also read the precautions and requirements in the general safety precautions chapter 52
- In any case provide at least 300 mm of free space below the unit additionally make sure the unit is positioned at least 100 mm above the maximum expected level of snow see 7 mounting the outdoor unit 4 71 for more details 52
- In heavy snowfall areas it is very important to select an installation site where the snow will not affect the unit if lateral snowfall is possible make sure that the heat exchanger coil is not affected by the snow if necessary install a snow cover or shed and a pedestal 52
- Information 52
- Installation site requirements of the indoor unit 52
- Preparation 52
- Protect the outdoor unit against direct snowfall and take care that the outdoor unit is never snowed up 52
- Preparation 53
- Notice 54
- Preparation 54
- Warning 54
- 1 4 kg i e if the piping length is 27 m are not subjected to any requirements to the installation room 55
- If the total refrigerant charge in the system is 1 4 kg i e if the piping length is 27 m you need to comply with the minimum floor area requirements as described in the following flow chart the flow chart uses the following tables 14 table 1 maximum refrigerant charge allowed in a room indoor unit 4 224 14 table 2 minimum floor area indoor unit 4 225 and 14 table 3 minimum venting opening area for natural ventilation indoor unit 4 225 55
- Information 55
- Multiple indoor units if two or more indoor units are installed in a room you must consider the maximum refrigerant charge that can be released in the room when a single leak occurs example if two indoor units are installed in the room each with its own outdoor unit then you have to consider the refrigerant charge of the largest indoor outdoor combination 55
- Preparation 55
- Systems with a total refrigerant charge 55
- Preparation 56
- Preparing refrigerant piping 56
- Preparing water piping 56
- Refrigerant piping insulation 56
- Refrigerant piping requirements 56
- Preparation 57
- Water circuit requirements 57
- Preparation 58
- Preparation 59
- Formula to calculate the expansion vessel pre pressure 60
- Preparation 60
- To check the water volume and flow rate 60
- Preparation 61
- Changing the pre pressure of the expansion vessel 62
- Preparation 62
- About preparing electrical wiring 63
- Preparation 63
- Preparing electrical wiring 63
- To check the water volume examples 63
- About preferential kwh rate power supply 64
- Preparation 64
- Overview of electrical connections except external actuators 65
- Overview of electrical connections for external and internal actuators 65
- Preparation 65
- Preparation 66
- About opening the units 67
- Installation 67
- Opening the units 67
- Overview installation 67
- To open the outdoor unit 67
- Installation 68
- To open the indoor unit 68
- Installation 69
- Installation 70
- To lower the switch box on the indoor unit 70
- About mounting the outdoor unit 71
- Installation 71
- Mounting the outdoor unit 71
- Precautions when mounting the outdoor unit 71
- To provide the installation structure 71
- In this case you can use the bolts nuts washers and spring washers delivered with the unit as accessories 72
- Information 72
- Installation 72
- Option 1 on mounting feet flexi foot with strut 72
- Option 2 on plastic mounting feet 72
- Installation 73
- Option 3 on a pedestal with the ekft008d option kit 73
- Option 4 on brackets to the wall with the ekft008d option kit 73
- The ekft008d option kit is recommended in areas with heavy snowfall 73
- Installation 74
- To install the outdoor unit 74
- Installation 75
- To provide drainage 75
- Installation 76
- To prevent the outdoor unit from falling over 76
- About mounting the indoor unit 77
- Installation 77
- Mounting the indoor unit 77
- Precautions when mounting the indoor unit 77
- To install the indoor unit 77
- Installation 78
- To connect the drain hose to the drain 78
- About connecting the refrigerant piping 79
- Connecting the refrigerant piping 79
- Installation 79
- Precautions when connecting the refrigerant piping 79
- Guidelines when connecting the refrigerant piping 80
- Installation 80
- Installation 81
- Pipe bending guidelines 81
- To flare the pipe end 81
- A b c d e 82
- Always protect the surrounding surfaces e g insulation foam from heat when 82
- Brazing 82
- Copper brazing filler alloy bcup which does not require flux flux has an extremely harmful influence on refrigerant piping systems for instance if chlorine based flux is used it will cause pipe corrosion or in particular if the flux contains fluorine it will deteriorate the refrigerant oil 82
- Do not use anti oxidants when brazing pipe joints 82
- Do not use flux when brazing copper to copper refrigerant piping use phosphor 82
- Installation 82
- Of oxidised film on the inside of the piping this film adversely affects valves and compressors in the refrigerating system and prevents proper operation 82
- Residue can clog pipes and break equipment 82
- Set the nitrogen pressure to 20 kpa 0 bar just enough so it can be felt on the 82
- Skin with a pressure reducing valve 82
- Take the following guidelines into account 82
- The following figure shows the stop valve parts required when handling the 82
- The indoor unit and outdoor unit have flare connections connect both ends without brazing if brazing should be needed take the following into account 82
- The stop valves are factory closed 82
- To braze the pipe end 82
- To handle the stop valve 82
- Using the stop valve and service port 82
- When brazing blow through with nitrogen to prevent creation of large quantities 82
- Installation 83
- Installation 84
- To connect the refrigerant piping to the indoor unit 84
- To connect the refrigerant piping to the outdoor unit 84
- About checking the refrigerant piping 85
- Checking the refrigerant piping 85
- Installation 85
- Precautions when checking the refrigerant piping 85
- Charge the system with nitrogen gas up to a gauge pressure of at least 200 kpa 2 bar it is recommended to pressurize to 3000 kpa 30 bar in order to detect small leaks 86
- Check for leaks by applying the bubble test solution to all connections 86
- Connect the vacuum pump and manifold as follows 86
- Connect the vacuum pump to the service port of the gas stop valve 86
- Discharge all nitrogen gas 86
- Do not exceed the unit s maximum working pressure see ps high on the unit name plate 86
- Does not change there is no moisture in the system this procedure is finished 86
- If the pressure then 86
- Installation 86
- Leave as is for 4 5 minutes and check the pressure 86
- Make sure that the gas stop valve and liquid stop valve are firmly closed before 86
- Make sure to use a recommended bubble test solution from your wholesaler do not use soap water which may cause cracking of flare nuts soap water may contain salt which absorbs moisture that will freeze when the piping gets cold and or lead to corrosion of flared joints soap water may contain ammonia which causes a corrosive effect between the brass flare nut and the copper flare 86
- Notice 86
- Performing the leak test or vacuum drying 86
- To check for leaks 86
- To perform vacuum drying 86
- Vacuum the system until the pressure on the manifold indicates 0 mpa 1 bar 86
- About charging refrigerant 87
- Charging refrigerant 87
- Installation 87
- Installation 88
- Precautions when charging refrigerant 88
- To determine the additional refrigerant amount 88
- Installation 89
- To charge additional refrigerant 89
- To determine the complete recharge amount 89
- To fix the fluorinated greenhouse gases label 89
- About connecting the water piping 90
- Connecting water piping 90
- Installation 90
- Precautions when connecting the water piping 90
- To connect the water piping 90
- Installation 91
- Notice 91
- Installation 92
- Notice 92
- To connect the water piping for domestic hot water 92
- Installation 93
- Installation 94
- To connect the recirculation piping 94
- About connecting the electrical wiring 95
- Connecting the electrical wiring 95
- Installation 95
- To fill the domestic hot water tank 95
- To fill the water circuit 95
- To insulate the water piping 95
- About electrical compliance 96
- Guidelines when connecting the electrical wiring 96
- Installation 96
- Precautions when connecting the electrical wiring 96
- Installation 97
- Specifications of standard wiring components 97
- Connect the interconnection cable and power supply as follows ensure stress relief by using the wire clamp 98
- Installation 98
- Remove the switch box cover 98
- Strip insulation 20 mm from the wires 98
- To connect the electrical wiring to the outdoor unit 98
- Installation 99
- To connect the electrical wiring to the indoor unit 99
- Installation 100
- Connect the main power supply 101
- Connect x11y to x11yb 101
- Fix the cables with cable ties to the cable tie mountings 101
- In case of normal kwh rate power supply 101
- In case of preferential kwh rate power supply 101
- Installation 101
- To connect the main power supply 101
- Without low voltage cables with low voltage cables 101
- Installation 102
- To connect the backup heater power supply 102
- 6v 6t1 3 230 v 103
- 6v 6v 1n 230 v 103
- Curve 400 v tripping class c 103
- Do not cut or remove the backup heater power supply cable 103
- F1b overcurrent fuse field supply recommended fuse 4 pole 20 a 103
- Installation 103
- K5m safety contactor in the lower switch box q1di earth leakage circuit breaker field supply swb switch box x6m terminal field supply 103
- Model power supply connections to backup heater power supply 103
- Notice 103
- Installation 104
- To connect the domestic hot water pump 104
- To connect the electricity meters 104
- To connect the shut off valve 104
- Connect the alarm output cable to the appropriate terminals as shown in the illustration below 105
- Connect the space cooling heating on off output cable to the appropriate terminals as shown in the illustration below 105
- Fix the cable with cable ties to the cable tie mountings 105
- Installation 105
- To connect the alarm output 105
- To connect the space cooling heating on off output 105
- Installation 106
- To connect the changeover to external heat source 106
- To connect the power consumption digital inputs 106
- To connect the safety thermostat normally closed contact 106
- Finishing the outdoor unit installation 107
- Fix the cable with cable ties to the cable tie mountings 107
- Information 107
- Install the service cover 107
- Installation 107
- Insulate and fix the refrigerant piping and cables as follows 107
- Notice 107
- To finish the outdoor unit installation 107
- Finishing the indoor unit installation 108
- Installation 108
- To close the indoor unit 108
- Configuration 109
- Overview configuration 109
- To access the most used commands 109
- Configuration 110
- After first power on of the system the user interface will guide you using the configuration wizard this way you can set the most important initial settings this way the unit will be able to run properly afterwards more detailed settings can be done via the menu structure if required 111
- Configuration 111
- Configuration wizard 111
- For the setting refer to 111
- Information 111
- Language 7 111
- Minutes 111
- Press the center button to go back to the home screen 111
- Press the left dial to confirm the new setting 111
- System 111
- Time date 7 111
- Turn the left dial to select the first part of the setting and confirm by pressing the dial 111
- Turn the left dial to select the second part of the setting 111
- Turn the right dial to modify the value from 15 to 20 111
- You can find a short overview of the settings in the configuration here all the settings can also be adjusted in the settings menu use the breadcrumbs 111
- Configuration 112
- Configuration 113
- Enable disable breadcrumbs 113
- Go through the list of the main menu 113
- Go to the main menu screen 113
- Home screen 113
- Possible actions on this screen 113
- Possible screens 113
- Possible screens overview 113
- Press the button to go back to the home screen you see an overview of the unit configuration and the room and setpoint temperatures only symbols applicable for your configuration are visible on the home screen 113
- The most common screens are as follows 113
- Configuration 114
- Configuration 115
- Main menu screen 115
- Configuration 116
- Menu screen 116
- Setpoint screen 116
- Configuration 117
- Detailed screen with values 117
- Schedule screen example 117
- Configuration 118
- Configuration 119
- Configuration 120
- Daikin altherma 3 r f 4p618956 1 2020 3 120
- Erga04 08dav3 a ehvh04 08su18 23da6v7 120
- Installer reference guide 120
- Repeat this action for all other weekdays 120
- Result 120
- Result next to the copied day c is displayed 120
- Select copy 120
- Select edit 120
- Select monday 120
- Select paste 120
- Select saturday 120
- Select tuesday 120
- To copy the schedule to the other weekdays 120
- To program the schedule for saturday and copy it to sunday 120
- Configuration 121
- Configuration 122
- Points curve 122
- Weather dependent curve 122
- What is a weather dependent curve 122
- Configuration 123
- Slope offset curve 123
- Configuration 124
- Configuration 125
- Using weather dependent curves 125
- Configuration 126
- Configuration 127
- Malfunctioning 127
- Settings menu 127
- Configuration 128
- Configuration 129
- Configuration 130
- Main zone 130
- Configuration 131
- Configuration 132
- Configuration 133
- Configuration 134
- Configuration 135
- Configuration 136
- Configuration 137
- Configuration 138
- Configuration 139
- Additional zone 140
- Configuration 140
- Configuration 141
- Configuration 142
- Configuration 143
- Configuration 144
- Space heating cooling 144
- Configuration 145
- Configuration 146
- Configuration 147
- Configuration 148
- Configuration 149
- Configuration 150
- Configuration 151
- Configuration 152
- Configuration 153
- Configuration 154
- Caution 155
- Configuration 155
- Information 155
- Maximum dhw temperature setpoint 155
- Notice 155
- The maximum temperature that users can select for the domestic hot water you can use this setting to limit the temperatures at the hot water taps 155
- Warning 155
- Configuration 156
- Configuration 157
- Configuration 158
- User settings 158
- Configuration 159
- Configuration 160
- Configuration 161
- Configuration 162
- Information 162
- Configuration 163
- Installer settings 163
- Configuration 164
- Configuration 165
- Configuration 166
- Configuration 167
- Configuration 168
- 0 intermittent 169
- 04 additional timer at 4 02 f 01 169
- 1 continuous 169
- 4 04 water pipe freeze prevention 169
- Code description 169
- Configuration 169
- Information 169
- Notice 169
- Only relevant for installations with water piping outdoors this function tries to protect outdoor water piping from freezing 169
- Preferential kwh rate power supply 169
- Space heating cooling water pipe freeze prevention if enabled will remain active 169
- The preferential kwh rate power supply contact is connected to the same terminals x5m 9 10 as the safety thermostat thus the system can have either preferential kwh rate power supply or a safety thermostat 169
- Water pipe freeze prevention 169
- Configuration 170
- Configuration 171
- Configuration 172
- Configuration 173
- Configuration 174
- Configuration 175
- Configuration 176
- Configuration 177
- Configuration 178
- Operation 178
- Configuration 179
- Information 179
- Menu structure overview user settings 179
- Configuration 180
- Information 180
- Menu structure overview installer settings 180
- Checklist before commissioning 181
- Commissioning 181
- Overview commissioning 181
- Precautions when commissioning 181
- Checklist during commissioning 182
- Commissioning 182
- Air purge function 183
- Commissioning 183
- To check the minimum flow rate 183
- Commissioning 184
- Commissioning 185
- To perform an actuator test run 185
- To perform an operation test run 185
- Commissioning 186
- Underfloor heating screed dryout 186
- Commissioning 187
- Commissioning 188
- Commissioning 189
- Hand over to the user 190
- Checklist for yearly maintenance of the indoor unit 191
- Checklist for yearly maintenance of the outdoor unit 191
- Maintenance and service 191
- Maintenance safety precautions 191
- Overview maintenance and service 191
- Maintenance and service 192
- Maintenance and service 193
- Maintenance and service 194
- Maintenance and service 195
- To drain the domestic hot water tank 195
- Maintenance and service 196
- To inspect the inside of the domestic hot water tank 196
- About cleaning the water filter in case of trouble 197
- Maintenance and service 197
- To remove the water filter 197
- Maintenance and service 198
- To clean the water filter in case of trouble 198
- Caution 199
- Check the condition of the o rings and replace if needed apply water to the o rings before installation 199
- Correctly install the strainer in the magnetic filter dirt separator housing using the protrusions 199
- Information 199
- Install and properly tighten the bottom of the water filter housing 199
- Install the 2 clips to fix the water filter to the water circuit pipes 199
- Install the water filter in the correct location 199
- Maintenance and service 199
- Make sure that the air purge valve of the water filter is in the open position 199
- Make sure to open the valve if equipped towards the expansion vessel otherwise the overpressure will be generated 199
- Open the stop valves and add water to the water circuit if needed 199
- Open the valve if equipped of the water circuit towards the expansion vessel 199
- To install the water filter 199
- Overview troubleshooting 200
- Precautions when troubleshooting 200
- Troubleshooting 200
- Solving problems based on symptoms 201
- Symptom the unit is not heating or cooling as expected 201
- Troubleshooting 201
- Symptom hot water does not reach the desired temperature 202
- Symptom the compressor does not start space heating or domestic water heating 202
- Symptom the system is making gurgling noises after commissioning 202
- Troubleshooting 202
- Symptom the pressure relief valve opens 203
- Symptom the pump is making noise cavitation 203
- Troubleshooting 203
- Symptom the space is not sufficiently heated at low outdoor temperatures 204
- Symptom the water pressure relief valve leaks 204
- Troubleshooting 204
- 0 symptom decoration panels are pushed away due to a swollen tank 205
- 1 symptom tank disinfection function is not completed correctly ah error 205
- Symptom the pressure at the tapping point is temporarily unusually high 205
- Troubleshooting 205
- Solving problems based on error codes 206
- To display the help text in case of a malfunction 206
- Troubleshooting 206
- Error codes overview 207
- Troubleshooting 207
- Troubleshooting 208
- Troubleshooting 209
- Troubleshooting 210
- Disposal 211
- Overview disposal 211
- To pump down 211
- Disposal 212
- To start and stop forced cooling 212
- Disposal 213
- Notice 213
- Take care that while running forced cooling operation the water temperature remains higher than 5 c see temperature read out of the indoor unit you can achieve this for example by activating all fans of the fan coil units 213
- Piping diagram outdoor unit 214
- Technical data 214
- Piping diagram indoor unit 215
- Technical data 215
- Technical data 216
- Wiring diagram outdoor unit 216
- Technical data 217
- Technical data 218
- Wiring diagram indoor unit 218
- Technical data 219
- Technical data 220
- Technical data 221
- Technical data 222
- Communication 223
- Core signal 223
- D128739 223
- Electrical connection diagram 223
- For more details please check the unit wiring 223
- Or 4 or 3 core 223
- Power supply 223
- Signal 223
- Standard part 223
- Technical data 223
- Table 1 maximum refrigerant charge allowed in a room indoor 224
- Technical data 224
- Indoor unit 225
- Table 2 minimum floor area indoor unit 225
- Table 3 minimum venting opening area for natural ventilation 225
- Technical data 225
- Information 226
- Technical data 226
- Esp curve indoor unit 227
- Technical data 227
- Technical specifications domestic hot water tank 227
- Test results in accordance with en12897 2016 227
- En12897 2016 228
- Technical data 228
- Technical specifications 228
- Warning label 228
- Warning to installer 228
- Warning to user 228
- Glossary 229
- Field settings table 230
- 1 3v_ 2 6v_ 3 9w_ 4 ehb _ 5 ehv _ 6 x _ 7 h 231
- Field settings table 231
- P618954 1 2020 3 setting is not applicable for this unit 231
- 1 3v_ 2 6v_ 3 9w_ 4 ehb _ 5 ehv _ 6 x _ 7 h setting is not applicable for this unit 4p618954 1 2020 3 232
- Field settings table 232
- 1 3v_ 2 6v_ 3 9w_ 4 ehb _ 5 ehv _ 6 x _ 7 h 233
- Field settings table 233
- P618954 1 2020 3 setting is not applicable for this unit 233
- 1 3v_ 2 6v_ 3 9w_ 4 ehb _ 5 ehv _ 6 x _ 7 h setting is not applicable for this unit 4p618954 1 2020 3 234
- Field settings table 234
- 1 3v_ 2 6v_ 3 9w_ 4 ehb _ 5 ehv _ 6 x _ 7 h 235
- Field settings table 235
- P618954 1 2020 3 setting is not applicable for this unit 235
- 1 3v_ 2 6v_ 3 9w_ 4 ehb _ 5 ehv _ 6 x _ 7 h setting is not applicable for this unit 4p618954 1 2020 3 236
- Field settings table 236
- 1 3v_ 2 6v_ 3 9w_ 4 ehb _ 5 ehv _ 6 x _ 7 h 237
- Field settings table 237
- P618954 1 2020 3 setting is not applicable for this unit 237
- 1 3v_ 2 6v_ 3 9w_ 4 ehb _ 5 ehv _ 6 x _ 7 h setting is not applicable for this unit 4p618954 1 2020 3 238
- Field settings table 238
- 1 3v_ 2 6v_ 3 9w_ 4 ehb _ 5 ehv _ 6 x _ 7 h 239
- Field settings table 239
- P618954 1 2020 3 setting is not applicable for this unit 239
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