![Daikin EGSAX06UDA9W [12/120] Application guidelines](/img/pdf.png)
Daikin EGSAX06UDA9W [12/120] Application guidelines
![Daikin EGSAX06UDA9W [12/120] Application guidelines](/views2/1801537/page12/bgc.png)
5 Application guidelines
Installer reference guide
12
EGSAH/X06+10UDA9W
Daikin Altherma 3 GEO
4P598592-1 – 2019.10
Setting Value
Number of water temperature
zones:
▪ #: [4.4]
▪ Code: [7-02]
0 (Single zone): Main
External room thermostat for the
main zone:
▪ #: [2.A]
▪ Code: [C-05]
1 (1 contact): When the used
external room thermostat or
heatpump convector can only
send a thermo ON/OFF
condition. No separation between
heating or cooling demand.
Benefits
▪ Wireless. The Daikin external room thermostat is available in a
wireless version.
▪ Efficiency. Although the external room thermostat only sends ON/
OFF signals, it is specifically designed for the heatpump system.
▪ Comfort. In case of underfloor heating, the wireless external room
thermostat prevents condensation on the floor during cooling
operation by measuring the room humidity.
Heatpump convectors
Setup
B
A
a
b
A Main leaving water temperature zone
B One single room
a Remote controller of the heatpump convectors
b Remote outdoor sensor
▪ For more information about connecting the electrical wiring to the
unit, see "8.2Overview of electrical connections for external and
internal actuators"[435].
▪ The heat pump convectors are directly connected to the indoor
unit.
▪ The desired room temperature is set via the remote controller of
the heatpump convectors.
▪ The space heating/cooling demand signal is sent to one digital
input on the indoor unit (X2M/35 and X2M/30).
▪ The space operation mode is sent to the heatpump convectors by
one digital output on the indoor unit (X2M/4 and X2M/3).
INFORMATION
When using multiple heat pump convectors, make sure
each one receives the infrared signal from the remote
controller of the heatpump convectors.
Configuration
Setting Value
Unit temperature control:
▪ #: [2.9]
▪ Code: [C-07]
1 (External room
thermostat): Unit operation is
decided by the external
thermostat.
Number of water temperature
zones:
▪ #: [4.4]
▪ Code: [7-02]
0 (Single zone): Main
External room thermostat for the
main zone:
▪ #: [2.A]
▪ Code: [C-05]
1 (1 contact): When the used
external room thermostat or
heatpump convector can only
send a thermo ON/OFF
condition. No separation between
heating or cooling demand.
Benefits
▪ Cooling. The heat pump convector offers, besides heating
capacity, also excellent cooling capacity.
▪ Efficiency. Optimal energy efficiency because of the interlink
function.
▪ Stylish.
Combination: Underfloor heating + Heatpump
convectors
▪ Space heating is provided by:
▪ The underfloor heating
▪ The heatpump convectors
▪ Space cooling is provided by the heatpump convectors only. The
underfloor heating is shut off by the shut-off valve.
Setup
M1
B
A
b
a
A Main leaving water temperature zone
B One single room
a Remote controller of the heatpump convectors
b Remote outdoor sensor
▪ For more information about connecting the electrical wiring to the
unit, see "8.2Overview of electrical connections for external and
internal actuators"[435].
▪ The heat pump convectors are directly connected to the indoor
unit.
▪ A shut-off valve (field supply) is installed before the underfloor
heating to prevent condensation on the floor during cooling
operation.
▪ The desired room temperature is set via the remote controller of
the heatpump convectors.
Содержание
- Daikin altherma 3 geo 1
- Installer reference guide 1
- About the box 7 2
- About the documentation 6 2
- About the units and options 8 2
- Application guidelines 10 2
- Electrical installation 34 2
- General safety precautions 3 2
- Installer reference guide 2
- Lan adapter 45 2
- Piping installation 27 2
- Table of contents 2
- Unit installation 23 2
- About the documentation 3
- Caution 3
- Commissioning 89 3
- Configuration 57 3
- Danger 3
- Danger risk of burning 3
- Danger risk of electrocution 3
- Danger risk of explosion 3
- Disposal 100 3
- Field settings table 107 3
- General safety precautions 3
- Glossary 106 3
- Hand over to the user 93 3
- Indicates a situation that could result in burning because of extreme hot or cold temperatures 3
- Indicates a situation that could result in death or serious injury 3
- Indicates a situation that could result in electrocution 3
- Indicates a situation that could result in explosion 3
- Indicates a situation that could result in minor or moderate injury 3
- Indicates a situation that results in death or serious injury 3
- Installation manual and in the installer reference guide must be performed by an authorised installer 3
- Languages are translations 3
- Maintenance and service 93 3
- Meaning of warnings and symbols 3
- Technical data 101 3
- The installation of the system and all activities described in the 3
- The original documentation is written in english all other 3
- The precautions described in this document cover very important 3
- Topics follow them carefully 3
- Troubleshooting 96 3
- Warning 3
- Warning flammable material 3
- For the installer 4
- General 4
- General safety precautions 4
- Installation site 4
- Refrigerant 4
- Electrical 5
- General safety precautions 5
- About the documentation 6
- About this document 6
- About the box 7
- Indoor unit 7
- Installer reference guide at a glance 7
- Overview about the box 7
- To remove the accessories from the indoor unit 7
- To unpack the indoor unit 7
- About the units and options 8
- Domestic hot water tank kit 8
- Identification 8
- Identification label indoor unit 8
- Overview about the units and options 8
- To handle the indoor unit 8
- To remove the accessories from the domestic hot water tank kit 8
- A1 a2 b1 9
- A16p a16p 9
- A1p tr2 9
- A4p a8p a8p a15p a15p 9
- About the units and options 9
- B1pr s1npl 9
- B2 c1 c2 9
- Components 9
- G b1pw b1l 9
- Hydro module 9
- K9m k9m 9
- Q1l q1l 9
- S1ph c 9
- Switch boxes 9
- Top front and side views 9
- Tr1 tr1 9
- X2m x2m 9
- X5m x5m 9
- Z1f a7p a7p 9
- Application guidelines 10
- Overview application guidelines 10
- Possible options for the indoor unit 10
- Setting up the space heating cooling system 10
- Application guidelines 11
- Single room 11
- Underfloor heating or radiators wired room thermostat 11
- Underfloor heating or radiators wireless room thermostat 11
- Application guidelines 12
- Combination underfloor heating heat pump convectors 12
- Heat pump convectors 12
- Application guidelines 13
- Multiple rooms one lwt zone 13
- Underfloor heating or radiators thermostatic valves 13
- Application guidelines 14
- Heat pump convectors multiple rooms 14
- Underfloor heating or radiators multiple external room thermostats 14
- Application guidelines 15
- Combination underfloor heating heat pump convectors multiple rooms 15
- Multiple rooms two lwt zones 15
- Application guidelines 16
- Setting up an auxiliary heat source for space heating 16
- Application guidelines 17
- Selecting the volume and desired temperature for the dhw tank 17
- Setting up the domestic hot water tank 17
- System layout integrated dhw tank 17
- Application guidelines 18
- Dhw pump for disinfection 18
- Dhw pump for instant hot water 18
- Setup and configuration dhw tank 18
- Application guidelines 19
- Consumed energy 19
- Power supply layouts with power meters 19
- Produced heat 19
- Setting up the energy metering 19
- Application guidelines 20
- Permanent power limitation 20
- Setting up the power consumption control 20
- Application guidelines 21
- Current limitation by current sensors 21
- Power limitation activated by digital inputs 21
- Power limitation process 21
- Application guidelines 22
- Bbr16 power limitation 22
- Setting up an external temperature sensor 22
- Setting up passive cooling 22
- Installation site requirements of the indoor unit 23
- Preparing the installation site 23
- Setting up the brine low pressure switch 23
- Unit installation 23
- About opening the unit 24
- Opening and closing the unit 24
- To open the indoor unit 24
- Unit installation 24
- To remove the hydro module from the unit 25
- Unit installation 25
- Unit installation 26
- About mounting the indoor unit 27
- Mounting the indoor unit 27
- Piping installation 27
- Precautions when mounting the indoor unit 27
- Preparing piping 27
- To close the indoor unit 27
- To connect the drain hose to the drain 27
- To install the indoor unit 27
- Circuit requirements 28
- Piping installation 28
- Formula to calculate the expansion vessel pre pressure 29
- Piping installation 29
- About connecting the brine piping 30
- Changing the pre pressure of the expansion vessel 30
- Connecting the brine piping 30
- Piping installation 30
- Precautions when connecting the brine piping 30
- To check the water volume and flow rate of the space heating circuit and brine circuit 30
- To connect the brine piping 30
- About connecting the water piping 31
- Connecting the water piping 31
- Piping installation 31
- To connect the brine filling kit 31
- To connect the brine level vessel 31
- To fill the brine circuit 31
- To insulate the brine piping 31
- Piping installation 32
- Precautions when connecting the water piping 32
- To connect the water piping 32
- To connect the water piping for domestic hot water 32
- Piping installation 33
- About connecting the electrical wiring 34
- Electrical installation 34
- Precautions when connecting the electrical wiring 34
- To check for water leaks 34
- To connect the recirculation piping 34
- To fill the domestic hot water tank 34
- To fill the space heating circuit 34
- To insulate the water piping 34
- About electrical compliance 35
- Electrical installation 35
- Guidelines when connecting the electrical wiring 35
- Overview of electrical connections for external and internal actuators 35
- Electrical installation 36
- To connect the main power supply 36
- Electrical installation 37
- A factory mounted power supply cable 38
- B field wiring 38
- Connect the factory mounted power supply cable to a 1n or 3n power supply 38
- Connect the preferential kwh rate power supply contact s1s as follows 38
- Connect the separate normal kwh rate power supply as follows 38
- Detail c1 factory mounted power supply cable 38
- Detail c2 preferential kwh rate power supply contact 38
- Detail c3 separate normal kwh rate power supply 38
- Egsah x06 10uda9w daikin altherma 3 geo 4p598592 1 2019 0 38
- Electrical installation 38
- F1b overcurrent fuse field supply recommended fuse for 1n 4 pole 32 a fuse c curve recommended fuse for 3n 4 pole 16 a fuse c curve 38
- I i i i 38
- Information 38
- Installer reference guide 38
- L1 l2 l3 n 38
- Maximum length 50 m 38
- Maximum running current 6 a 38
- Maximum running current refer to name plate on unit 38
- N 3n or 38
- N 50 hz 230 v ac 38
- N 50 hz 400 v ac 38
- Preferential kwh rate power supply contact 16 v dc detection voltage supplied by pcb the voltage free contact shall ensure the minimum applicable load of 15 v dc 10 ma 38
- Q1di earth leakage circuit breaker field supply 38
- The preferential kwh rate power supply contact is connected to the same terminals x5m 9 10 as the safety thermostat it is only possible for the system to have either preferential kwh rate power supply or a safety thermostat 38
- Wires 1n gnd 38
- Wires 2 0 5 1 5 mm² 38
- Wires 3n gnd or 1n gnd 38
- Electrical installation 39
- To connect the remote outdoor sensor 39
- To connect the shut off valve 39
- Electrical installation 40
- To connect the domestic hot water pump 40
- To connect the electricity meters 40
- Electrical installation 41
- To connect the alarm output 41
- To connect the space cooling heating on off output 41
- Electrical installation 42
- To connect the changeover to external heat source 42
- Electrical installation 43
- To connect the power consumption digital inputs 43
- To connect the safety thermostat normally closed contact 43
- Electrical installation 44
- To connect the brine low pressure switch 44
- To connect the thermostat for passive cooling 44
- About the lan adapter 45
- Lan adapter 45
- Lan adapter 46
- On site installation requirements 46
- System layout 46
- System requirements 46
- Connecting the electrical wiring 47
- Lan adapter 47
- Overview of electrical connections 47
- Electricity meter 48
- Lan adapter 48
- Router 48
- To connect the router 48
- Lan adapter 49
- Solar inverter energy management system 49
- To connect the electricity meter 49
- To connect the solar inverter energy management system 49
- Configuration lan adapter 50
- Lan adapter 50
- Starting up the system 50
- Accessing the configuration web interface 51
- Configuration web interface 51
- Configuring the adapter for the smart grid application 51
- Lan adapter 51
- To update adapter software 51
- Updating software 51
- Factory reset 52
- Information 52
- Lan adapter 52
- System information 52
- To perform a factory reset 52
- Lan adapter 53
- Network settings 53
- Smart grid application 53
- To configure network settings 53
- Energy buffering 54
- Lan adapter 54
- Smart grid 54
- Smart grid settings 54
- Forced off mode 55
- Forced on mode 55
- Lan adapter 55
- Normal operation free running mode 55
- Operation modes 55
- Power limitation 55
- Recommended on mode 55
- Error codes of the adapter 56
- Error codes of the indoor unit 56
- Lan adapter 56
- Overview troubleshooting 56
- Solving problems based on error codes lan adapter 56
- Solving problems based on symptoms lan adapter 56
- Symptom cannot access the web page 56
- Symptom the app does not find the lan adapter 56
- System requirements 56
- Troubleshooting lan adapter 56
- Configuration 57
- Overview configuration 57
- Configuration 58
- Configuration wizard 58
- Possible screens 58
- Possible screens overview 58
- Configuration 59
- Home screen 59
- Configuration 60
- Main menu screen 60
- Menu screen 60
- Setpoint screen 60
- Configuration 61
- Detailed screen with values 61
- Schedule screen example 61
- Configuration 62
- Weather dependent curve 62
- What is a weather dependent curve 62
- 2 points curve 63
- Configuration 63
- Slope offset curve 63
- Configuration 64
- Malfunctioning 64
- Settings menu 64
- Using weather dependent curves 64
- Configuration 65
- Configuration 66
- Main zone 66
- Configuration 67
- Configuration 68
- Configuration 69
- Additional zone 70
- Configuration 70
- Configuration 71
- Configuration 72
- Space heating cooling 72
- Configuration 73
- Configuration 74
- Configuration 75
- Configuration 76
- Configuration 77
- Configuration 78
- Holiday 78
- Language 78
- Time date 78
- User settings 78
- Configuration 79
- Electricity prices 79
- Backup heater 80
- Configuration 80
- Configuration wizard 80
- Domestic hot water 80
- Information 80
- Installer settings 80
- Balancing 81
- Configuration 81
- Emergency 81
- Configuration 82
- Preferential kwh rate power supply 82
- Water pipe freeze prevention 82
- Configuration 83
- Power consumption control 83
- Configuration 84
- Energy metering 84
- Sensors 84
- 0 operation 85
- Alarm output 85
- Auto restart 85
- Bivalent 85
- Brine freezing temperature 85
- Configuration 85
- Disable protections 85
- Overview field settings 85
- Configuration 86
- Configuration 87
- Depending on the selected installer settings and unit type settings will be visible invisible 87
- Egsah x06 10uda9w daikin altherma 3 geo 4p598592 1 2019 0 87
- Information 87
- Installer reference guide 87
- Menu structure overview user settings 87
- Not applicable 87
- Only accessible by installer 87
- Setpoint screen 87
- Configuration 88
- Depending on the selected installer settings and unit type settings will be visible invisible 88
- Egsah x06 10uda9w daikin altherma 3 geo 4p598592 1 2019 0 88
- Information 88
- Installer reference guide 88
- Menu structure overview installer settings 88
- Checklist before commissioning 89
- Commissioning 89
- Overview commissioning 89
- Precautions when commissioning 89
- Air purge function on the brine circuit 90
- Air purge function on the water circuit 90
- Checklist during commissioning 90
- Commissioning 90
- To perform a manual air purge 90
- To perform an automatic air purge 90
- Commissioning 91
- Possible actuator test runs 91
- To perform a current sensor phase check 91
- To perform an actuator test run 91
- To perform an air purge with a brine filling station 91
- To perform an air purge with the brine pump and a brine filling station 91
- To perform an operation test run 91
- Commissioning 92
- To perform an underfloor heating screed dryout 92
- To program an underfloor heating screed dryout schedule 92
- Underfloor heating screed dryout 92
- Hand over to the user 93
- Maintenance and service 93
- To read out the status of an underfloor heating screed dryout 93
- To start or stop 10 day brine pump operation 93
- To stop an underfloor heating ufh screed dryout 93
- Maintenance and service 94
- Maintenance safety precautions 94
- Yearly maintenance 94
- Yearly maintenance instructions 94
- Yearly maintenance overview 94
- Maintenance and service 95
- To drain the domestic hot water tank 95
- Overview troubleshooting 96
- Precautions when troubleshooting 96
- Solving problems based on symptoms 96
- Symptom the unit is not heating as expected 96
- Troubleshooting 96
- Symptom the compressor does not start space heating or domestic water heating 97
- Symptom the pressure relief valve leaks 97
- Symptom the pressure relief valve opens 97
- Symptom the pump is making noise cavitation 97
- Symptom the space is not sufficiently heated at low outdoor temperatures 97
- Troubleshooting 97
- Error codes of the unit 98
- Error codes overview 98
- Solving problems based on error codes 98
- Symptom tank disinfection function is not completed correctly ah error 98
- Symptom the pressure at the tapping point is temporarily unusually high 98
- To display the help text in case of a malfunction 98
- Troubleshooting 98
- Troubleshooting 99
- Disposal 100
- A subset of the latest technical data is available on the regional daikin website publicly accessible the full set of latest technical data is available on the daikin business portal authentication required 101
- Connections 101
- D121963 101
- Piping diagram indoor unit 101
- Refrigerant flow 101
- Technical data 101
- Thermistors 101
- Technical data 102
- Wiring diagram indoor unit 102
- Technical data 103
- D121919 104
- Egsah x06 10uda9w daikin altherma 3 geo 4p598592 1 2019 0 104
- Electrical connection diagram for more details please check the unit wiring 104
- Installer reference guide 104
- Technical data 104
- En12897 2016 105
- Esp curve indoor unit 105
- Esp for brine circuit 105
- Esp for space heating cooling circuit 105
- Notice 105
- Selecting a flow outside the operating area can damage the unit or cause the unit to malfunction 105
- Technical data 105
- Technical specifications 105
- Technical specifications domestic hot water tank 105
- Warning to installer 105
- Warning to user 105
- Glossary 106
- Field settings table 107
- Field settings table 108
- P569818 1a 2019 0 setting is not applicable for this unit 1 x _ 2 h 108
- 1 x _ 2 h setting is not applicable for this unit 4p569818 1a 2019 0 109
- Field settings table 109
- Field settings table 110
- P569818 1a 2019 0 setting is not applicable for this unit 1 x _ 2 h 110
- 1 x _ 2 h setting is not applicable for this unit 4p569818 1a 2019 0 111
- Field settings table 111
- Field settings table 112
- P569818 1a 2019 0 setting is not applicable for this unit 1 x _ 2 h 112
- 1 x _ 2 h setting is not applicable for this unit 4p569818 1a 2019 0 113
- Field settings table 113
- Field settings table 114
- P569818 1a 2019 0 setting is not applicable for this unit 1 x _ 2 h 114
- 1 x _ 2 h setting is not applicable for this unit 4p569818 1a 2019 0 115
- Field settings table 115
- Field settings table 116
- P569818 1a 2019 0 setting is not applicable for this unit 1 x _ 2 h 116
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