Daftar Kompatibilitas
Kontrol rumah tanpa khawatir dengan berbagai perangkat yang kompatibel.
Jika Anda tidak menemukan perangkat tertentu dalam daftar kompatibilitas, pada bagian bawah halaman tersebut, Anda akan menemukan daftar perangkat yang saat ini sedang dalam pengembangan. Jika Anda memerlukan template untuk perangkat yang belum kami dukung, silakan hubungi departemen penjualan.
Anda dapat mengintegrasikan perangkat dari berbagai produsen ke dalam TapHome, memungkinkan Anda untuk mengendalikan semua perangkat di rumah dengan nyaman.
Berkat template yang telah dipersiapkan, Anda dapat dengan mudah menambahkan perangkat dan memperluas sistem kontrol rumah sesuai kebutuhan.
| Alnor | Communication | Date of Last Change |
| VMD-02RPS54, 66/78 | Modbus | May 2025 |
Details
Module
Device :
- Actual exhaust fan speed
- Actual inlet fan speed
- Bypass Auto
- Bypass position
- Bypass Speed
- Exhaust Temperature
- Fault status
- Voltage Phase (L3-N)
- Indoor temperature
- Outdoor temperature
- Pre-heater setpoint
- Supply Temperature
- Ventilation speed
| Atrea RD5 & AMotion | Communication | Date of Last Change |
| Atrea RD5 & AMotion | Modbus | May 2025 |
Details
Module
Device :
- Atrea Thermostat
- Indoor Air Temperature T-IDA
- Outdoor Air Temperature T-ODA
- Ventilation
- Command for bypass damper
- Desired zone
- Outdoor air temperature
- Pressure level
- Incoming Air Temperature T-SUP
- Mode Control
- Outgoing Air Temperature T-ETA
- Circulation ratio
- Desired temperature
- Desired mode
- Indoor air temperature
- Fan performance
| BLOOMECO | Communication | Date of Last Change |
| Bloomeco_OPV | Modbus | May 2025 |
Details
Module
Device :
- A013 T3 T Water Top
- H000 P Režim Ohrievača TV
- H008 A1 T auto
- H009 A2 T eco
- H035 C5 Language
- A011 T1 T air in
- A012 T2 T air out
- A000 ADC value CH2
- H042 D02.4 Modbus modify
- H046 D07 Air Temperature max
- H047 D08 Air Temperature min
- H048 D09 Water temperature max
- H001 D16.3 Low tariff weekday start hour #2
- H002 D16.4 Low tariff weekday end hour #2
- H049 D10 Defrosting temperature stop
- H050 D11 Evapovator temperature max
- H051 D12 Temperature Backup
- H052 D13 Legionella
- H053 D14 Legionella temperature
- H054 D15 Legionella date
- H055 D16 Forced operation
- H060 D04 Ventilation medium speed
- H043 D03 Ventilation min speed
- H044 D05 Ventilation max speed
- H045 D06 AUTO speed
- H068 D26 Extra function
- H071 D29 external control
- H072 D30 filter timer
- H073 D31 Filter Interval
- H074 D32 Filter reset
- H075 D33 Temperature HP max
- H069 D27 SG ready
- H065 D23 Solar temperature max
- H066 D24 Solar dT min
- A001 ADC Value CH3
- A002 ADC Value CH4
- A019 R1 Extra
- A020 R2 Defrost
- A021 R3 fan
- A022 R4 HP
- A023 R5 El heater
- A024 R6 Pressostat
- A028 Temperature avg air
- A027 V in (0/3-10V)
- A030 El Power
- H003 D16.5 Low tarif weekday start hour #3
- H004 D16.6 Low tarif weekday end hour #3
- H005 D17.3 Low tariff weekend start hour #2
- H006 D17.4 Low tariff weekend end hour #2
- H007 Um8
- H010 A3 Boost
- H011 D17.5 Low tariff weekend start hour #3
- H012 D17.6 Low tarif weekend end hour #3
- H013 B01 Ventilation
- H014 B02 ventilation speed
- H015 B03 low tariff
- H016 hot on time
- H017 B05 PV
- H018 B06 solar
- A003 ADC value CH7
- A004 ADC value CH10
- A005 ADC value CH11
- A006 ADC value CH12
- A007 ADC value CH13
- A008 ADC value CH14
- H087 M07 Max Time defrosting
- H088 M08 Temperature water for max fan
- H089 M09 Delta T heat on
- H090 M10 Password
- H091 M11 Reset event log
- H092 M12 Save restore set points
- H096 HP MWHe
- H097 HP MWHt
- H098 EL MWHe
- H099 El Start/Stops
- H100 E2 HP hours (2hours)
- H101 E3 EL hours (2 hours)
- H102 E4 Fan hours (2 hours)
- H103 Back up mode rest time
- H104 Hot on rest time
- H105 power on count
- H106 back up mode on time
- H107 filter (2hours)
- H115 last legionella (date/month)
- A047 Fan speed set
- H058 D18.1 Low tariff weekend start hour #1
- H059 D18.2 Low tariff weekend end hour #1
- H061 D19 Daylight saving
- H081 M01 minimum Time defrosting
- H082 M02 Timer 1
- H083 M03 Max interval defrosting
- H084 M04 Admitted variation defrosting
- H085 M05 Delta T defrosting min.
- A009 ADC value CH15
- A025 SG1 Input
- A026 SG2 Input
- A029 Temperature avg evap
- H039 D02.1 Modbus adress
- A031 Total power
- H040 D02.2 Modbus baud rate
- H041 D02.3 Modbus parity
- A032 Heating C
- A033 Water P
- ModbusVariable-Rtu
- A035 T1
- A036 T2
- A037 T3
- A038 T4
- A039 T5
- A040 Heat Pump
- A041 Evaporator
- A042 Cold evap
- A043 Modbus
- A045 Hot Evaporator
- A048 Heat Pump On Temp
- A049 Heat Pump Off Temp
- A050 Heat Pump Released
- A052 E-Heat Off Temp
- A051 E-heat On temp
- A053 E-heat Released Level
- A054 Cold Mode
- A055 Hot Mode
- A056 Defrost
- A057 Defrost Fan
- A059 Compresor
- A060 WP State Timer
- A061 Defrost Valve Off Timer
- A062 Compressor On Timer
- A063 T without Defrost Cnt
- A064 T3 Stable Cnt
- A065 T1 Stable Cnt
- A066 Fan Stable Cnt
- A067 T1 -T2 old
- A068 Defrost On Cnt
- A069 T1-T2 step
- A072 Heat Pump Hour sec
- A073 EH-hours sec
- A074 Fan Hours sec
- A075 Back Up Mode Rest Time
- A076 Hot On Rest Time
- A077 Back Up Mode On Time
- A078 Filter On Time
- A079 Defrost Run Out Cnt
- A081 T1_Error Cnt
- A082 T2_Error Cnt
- A083 T3 _Error cnt
- A084 T4_Error Cnt
- A085 T5_Error cnt
- A096 Optimal Release HP
- A086 Pressostat Error Cnt
- A087 Evap Error Cnt
- A088 Cold Evap Error Cnt
- A089 Modbus Error Cnt
- A090 Hot Evap Error Cnt
- A093 Error List
- A095 Fan rpm
- A098 Legionella State
- A097 Optimal EL On
- A099 Low Tariff On/Off
- A100 PV State
- A101 SG State
- A102 Cooling State
- A103 Extern Control State
- A105 Power Fan
- A106 Power Compressor
- A107 HPWe ( Compressor + Fan)
- A108 Optimal Qdisp
- A109 Optimal Qreg
- A111 HPWe Acc Temp Debug
- A112 El Acc Temp Debug
- A113 Water P Acc Temp Debug
- A116 Password O.K. Cnt Down
- H019 B07 Floor
- H020 B08 Floor temperature
- H021 B09 Cooling
- H022 B10 Cooling Temperature
- H023 Um24
- H024 Sm1
- H025 C0 Reset
- H026 C1.1 Model
- H027 C1.2 Software
- H028 C1.3 Version
- H029 C2.1 Hour
- H030 C2.2 Minutes
- H031 C3.1 Date
- H032 C3.2 Month
- H033 C3.3 Year
- H034 C4 Day
- H036 C6 Contrast
- H039 D0 Reset All
- H056 D17.1 Low tariff weekday start hour #1
- H057 D17.2 Low tariff weekday end hour #1
- H086 M06 Fan defrosting temperatue
| BLUE SOUND | Communication | Date of Last Change |
| Blue Sound | Packet Parser Templates | May 2025 |
Details
Module
Device :
- ${smartrule_action_multivalueswitch_nextvalue}
- ${volume}
- ${shuffle}
- ${repeat}
- ${general_pause}
- ${smartrule_action_multivalueswitch_previousvalue}
- Preset
- Sample - Jungle
- Sample - Shutdown
- Make group with...
- ${stop}
| COMWINTOP | Communication | Date of Last Change |
| ComWinTop - 8 channels PT100/PT1000 & Ultrasonic Level Sensor | ModBus | May 2025 |
Details
Module
Device :
- ${temperatureSensor} (1)
- ${temperatureSensor} (2)
- ${temperatureSensor} (3)
- ${temperatureSensor} (4)
- ${temperatureSensor} (5)
- ${temperatureSensor} (6)
- ${temperatureSensor} (7)
- ${temperatureSensor} (8)
- ${temperatureSensor}
- ${device_variable_waterlevel}
- Distance from the surface
| DAIKIN | Communication | Date of Last Change |
| DCOM-LT-MB, Daikin Altherma 3, Daikin Altherma 3, Daikin DTA, Daikin EKMBPP1, Daikin FWEC3, Daikin RTD-NET FBA-A(9), Daikin RTD-RA. | ModBus | May 2025 |
Details
Module
Device :
- Space heating/cooling
- Operating mode
- Flow rate
- Auxiliary TUV heater mode
- Equithermic - Curve
- Equithermic - Shift
- Compressor
- Heating
- Heat Pump Mode
- Circulation pump
- TUV heating
- Malfunction
- Equithermic - Curve
- Equithermic - Shift
- Compressor operation
- Error
- Heat Pump Mode
- Circulation pump
- Flow rate (l/min)
- TUV temperature
- Current TUV temperature
- ${adddevice_multivalueswitch} (This seems like a placeholder or variable—let me know if you'd like it interpreted in a specific way!)
- Outdoor temperature - TC
- Turn on heating
- Mode
- State
- Water temperature
- Thermostat
- Fan speed
- Air conditioning thermostat
- Fan performance
- Air conditioning switch
- Ambient air temperature
- Domestic hot water temperature
- Return water temperature
- Silent mode
- Mode
- Defrosting
- Refrigerant temperature
- Desired TUV temperature
- Water temperature at the plate heat exchanger inlet
- Water temperature at the ZO inlet
- Water temperature at the outlet
- Silent mode
- Three-way valve
- Outdoor temperature
- Fan Direction
- Fan Volume
- Operation Mode
- Switch On/OFF
- Thermostat
- Global configuration
- Fan speed
- Operation
- Operating mode
- Smart Grid
- Return air temperature
- Coil inlet temperature
- Coil outlet temperature
- Fanspeed
- Louvre Degree
- Power
- RC Temperature
- Unit Mode
| DE DIETRICH | Communication | Date of Last Change |
| De Dietrich HPI | ModBus | May 2025 |
Details
Module
Device :
- Flow temperature
- Zone 1 operating mode
- Zone 2 operating mode
- Zone 3 operating mode
- Zone 4 operating mode
- Zone 5 operating mode
- Zone 6 operating mode
- Zone 7 operating mode
- Return temperature
- Temperature in zone 2
- Temperature in zone 3
- Temperature in zone 4
- Temperature in zone 5
- Temperature in zone 6
- Temperature in zone 7
- Water pressure
- Outdoor temperature
| DELTA | Communication | Date of Last Change |
| Delta AC Max Smart & Delta AC Max | ModBus | May 2025 |
Details
Module
Device :
- Charging Time in Minutes
- Actual Output Current
- Actual Output Voltage
- Condition
- Current Power Consumption Total
- Charge State
- Charged Energy
- Charging Power
- Charging Power Limit
- State
- Charging Time in Minutes
- Actual Output Current
- Actual Output Voltage
- Charge State
- Charged Energy
- Charging Power
- Charging Power Limit
- Condition
- Current Power Consumption Total
- State
- Suspend Charging
| DOMAT | Communication | Date of Last Change |
| Domat ECIO2, Domat M312 PWM & Domat UC100 Thermostat | ModBus | May 2025 |
Details
Module
Device :
- ECIO2 DO1
- ECIO2 DO2
- ECIO2 DO3
- ECIO2 DO4
- ECIO2 DO5
- ECIO2 DO6
- ECIO2 DO7
- ECIO2 DO8
- ECIO2 AO1
- ECIO2 AO2
- ECIO2 AO3
- ECIO2 AO4
- ECIO2 AO5
- ECIO2 AO6
- ECIO2 AI1 [V]
- ECIO2 AI2 [V]
- ECIO2 AI3 [V]
- ECIO2 AI4 [V]
- ECIO2 AI5 [V]
- ECIO2 AI6 [V]
- ECIO2 AI7 [V]
- ECIO2 AI8 [V]
- ECIO2 DI1
- ECIO2 DI2
- ECIO2 DI3
- ECIO2 DI4
- ECIO2 DI5
- ECIO2 DI6
- ECIO2 DI7
- ECIO2 DI8
- PWM Dimmer 1
- PWM Dimmer 2
- PWM Dimmer 3
- PWM Dimmer 4
- PWM Dimmer 5
- PWM Dimmer 6
- PWM Dimmer 7
- PWM Dimmer 8
- Domat Thermostat
- Fan mode
- Heating/cooling mode
- Domat DO1
- CO2
| EGO | Communication | Date of Last Change |
| EGO_SmartHeater | ModBus | May 2025 |
Details
Module
Device :
- Power Nominal Value
- Home Total Power
- ActualTemperature Boiler
- Relais (1) ActualPower
- Relais(2) Actual Power
- Relais(3) Actual Power
- TemperatureMin Value
- Relais(1) Operating Seconds
- Relais (2) Operating Seconds
- Relais (3) Operating Seconds
| ECOWITT | Communication | Date of Last Change |
| Ecowitt | Packet Parser Templates | May 2025 |
Details
Module
Device :
- Air pressure (absolute)
- Air pressure (relative)
- Daily precipitation
- Hourly precipitation
- Indoor temperature
- Monthly precipitation
- Outdoor dew point
- Outdoor feels like temperature
- Outdoor temperature
- Rain rate
- Solar
- UV index
- Weekly precipitation
- Wind direction
- Wind gust
- Wind speed
| GTD | Communication | Date of Last Change |
| GTD IOT 8-button touch switch, GTD8 & GTDTherm. | Modbus | May 2025 |
Details
Module
Device :
- Switch 1
- Switch 1 LED
- Switch 2
- Switch 2 LED
- Switch 3
- Switch 3 LED
- Switch 4
- Switch 4 LED
- Switch 5
- Switch 5 LED
- Switch 6
- Switch 6 LED
- Switch 7
- Switch 7 LED
- Switch 8
- Switch 8 LED
- Thermostat
- FAN Speed
- LCD Display Parameter
- Panel Backlight
- ON/OFF (Impulse)
- B4 Touch - Fan Speed Min (Impulse)
- B5 Touch - Fan Speed Max (Impulse)
- B6 - Touch Mode (Impulse)
- Run Mode
| HOMEVAP | Communication | Date of Last Change |
| HomEvap_Humidifier | Modbus | May 2025 |
Details
Module
Device :
- Local Room Temp/Humidity
- Pipe Temperature Setting
- Operating Mode
- Wireless Hygrometer Temperature/Humidity
- Wireless Hygrometer Humidity Setting
- Wireless Hygrometer Operating Mode
- Pipe Humidity Setting
- Wireless Hygrometer Temperature/Humidity Setting
- Humidity Setting
| INTESIS | Communication | Date of Last Change |
| Intesis Air Conditioners | Modbus | May 2025 |
Details
Module
Device :
- AC On/Off
- AC Heat 8/10C Mode
- AC Powerful
- AC Human activity
- AC Compressor On Time
- AC Current Max Setpoint
- AC Current Min Setpoint
- AC Error Code
- AC Operation Current
- AC Power Consumption
- AC Return Path Temperature
- AC Today Day
- AC Today Energy lsw
- AC Today Energy MSW
- AC Today Month
- AC Today Year
- AC Total Energy lsw
- AC Total Energy MSW
- AC Yesterday Energy lsw
- AC Yesterday Energy MSW
- AC Under Voltage Count
- AC Unit Operation Time
- AC Temp. from ext. sensor
- AC Compressor Status
- AC Econavi
- AC Fan Speed
- AC Horizontal Vane pos.
- AC Mode
- AC Quiet
- AC Setpoint
- AC Vertical Vane pos.
- AC Demand Response
| INTESIS | Communication | Date of Last Change |
| Intesis DALI | Modbus | May 2025 |
Details
Module
Device :
- Gear 0
- Gear 1
- Gear 2
- Gear 3
- Gear 4
- Gear 5
- Gear 6
- Gear 7
- Gear 8
- Gear 9
- Gear 10
- Gear 11
- Gear 12
- Gear 13
- Gear 14
- Gear 15
- Gear 16
- Gear 17
- Gear 18
- Gear 19
- Gear 20
- Gear 21
- Gear 22
- Gear 23
- Gear 24
- Gear 25
- Gear 26
- Gear 27
- Gear 28
- Gear 29
- Gear 30
- Gear 31
- Gear 32
- Gear 33
- Gear 34
- Gear 35
- Gear 36
- Gear 37
- Gear 38
- Gear 39
- Gear 40
- Gear 41
- Gear 42
- Gear 43
- Gear 44
- Gear 45
- Gear 46
- Gear 47
- Gear 48
- Gear 49
- Gear 50
- Gear 51
- Gear 52
- Gear 53
- Gear 54
- Gear 55
- Gear 56
- Gear 57
- Gear 58
- Gear 59
- Gear 60
- Gear 61
- Gear 62
- Gear 63
- Group 0
- Group 1
- Group 2
- Group 3
- Group 4
- Group 5
- Group 6
- Group 7
- Group 8
- Group 9
- Group 10
- Group 11
- Group 12
- Group 13
- Group 14
- Group 15
| INTESIS | Communication | Date of Last Change |
| IntesisBOX DK-AC-MBS-1, DK-RC-MBS-1, FJ-AC-MBS-1, FJ-RC-MBS-1 & HI-RC-MBS-1. | Modbus | May 2025 |
Details
Module
Device :
- AC Unit ON/OFF
- AC Unit Mode
- AC Unit FAN Speed
- AC Unit Vane Position
- AC Unit Thermostat
- AC Unit Error Code
| INTESIS | Communication | Date of Last Change |
| IntesisBOX HS-RC-MBS-1, LG-RC-MBS-1, PA-RC2-MBS-1, SM-RC-MBS-1, SM-RC2-MBS-1, TO-RC-MBS-1 & ME-AC-MBS-1. | Modbus | May 2025 |
Details
Module
Device :
- AC Unit ON/OFF
- AC Unit Mode
- AC Unit FAN Speed
- AC Unit Vane Position
- AC Unit Thermostat
- AC Unit Error Code
| INTESIS | Communication | Date of Last Change |
| IntesisBOX MH-RC-MBS-1. | Modbus | May 2025 |
Details
Module
Device :
- 2 AC Unit Fan Speed
- 2 AC Unit On/Off
- 2 AC Thermostat
- 2 AC Unit Mode
- 2 AC Unit Vane Position
| INTESIS | Communication | Date of Last Change |
| IntesisBOX PA-AW2-MBS-1 | Modbus | May 2025 |
Details
Module
Device :
- AQ1 System On/Off
- AQ1 Outdoor Temperature
- AQ1 Outlet Water Temperature
- AQ1 Inlet Water Temperature
- AQ1 Operating Mode 1
- AQ1 Operatin Mode 2
- AQ1 Heat Mode Water Temp. setting method
- AQ1 Cool Mode Water temp. setting method
- AQ1 Zone1/Zone2 On/Off
- AQ1 Zone 1 Sensors
- AQ1 Zone 2 Sensors
- AQ1 Zone 1 Setpoint Temp
- AQ1 Zone 2 Setpoint Temp
- AQ1 Zone 2 Current Temp
- AQ1 Zone 1 Temp. Setting Mode
- AQ1 Zone 2 Temp. Setting Mode
- AQ1 Zone 2 Max Setpoint Temp.
- AQ1 Zone 1 Min Setpoint Temp.
- AQ1 Zone 1 Max Setpoint Temp.
- AQ1 Zone 2 Min Setpoint Temp
- AQ1 Tank On/Off
- AQ1 Tank Current Water Temp
- AQ1 Tank Water Setpoint Temp
- AQ1 Tank Heater
- AQ1 Tank Min water setpoint temperature
- AQ1 Tank max water setpoint temp.
- AQ1 Tank mode energy consumption
- AQ1 Heat mode energy consumption
- AQ1 Cool mode energy consumption
- AQ1 Error Code
- AQ1 Device Error Status
- AQ1 Current error status
- AQ1 Tank connection
- AQ1 Number of zones
- AQ1 Zone 1 Setup
- AQ1 Zone 2 Setup
- AQ1 Direction of 3 way valve
- AQ1 Outdoor type
| INTESIS | Communication | Date of Last Change |
| IntesisBOX Climate | Modbus | May 2025 |
Details
Module
Device :
- Climate operating mode
- Climate working mode
- Outdoor Temp for Heating at Low Water Temp [°C]
- Outdoor Temp for Heating at High Water Temp [°C]
- Water Setpoint for Heating at Low Outdoor Temp [°C]
- Water Setpoint for Heating at High Outdoor Temp [°C]
- Water Current Thermoshift
- Outdoor Temp for Heating off (Max) [°C]
- Outdoor Temp for Heating off (Min) Selection
- Outdoor Temp for Heating off (Min) [°C]
- Outdoor Temp for Heater On [°C]
- Cooling setpoint temperature [°C]
- Heating setpoint temperature [°C]
- Auto Heat to Cool Temperature [°C]
- Auto Cool to Heat Temperature [°C]
- Auto operation mode
| INTESIS | Communication | Date of Last Change |
| IntesisBOX Consumption | Modbus | May 2025 |
Details
Module
Device :
- Heat mode consumption [Wh]
- Cool mode consumption [Wh]
- Tank mode consumption [Wh
| INTESIS | Communication | Date of Last Change |
| IntesisBOX General System Control | Modbus | May 2025 |
Details
Module
Device :
- System On/Off
- Outdoor temperature [°C]
- Outgoing water temperature [°C]
- Ingoing water temperature [°C]
- Operating mode
| INTESIS | Communication | Date of Last Change |
| IntesisBOX Tank | Modbus | May 2025 |
Details
Module
Device :
- System On/Off
- Tank working mode
- Water temperature [°C]
- Heat-up Interval [s]
- Heat-up Interval [s]
- Operation Interval [h]
- Booster delay time [min]
- Sterilization On
- Sterilization boiling temp [°C]
- Sterilization Continuing Time [s]
| JABLOTRON | Communication | Date of Last Change |
| Jablotron Futura 3.0 | Modbus | May 2025 |
Details
Module
Device :
- Current unit power consumption
- Current air volume [m³/h]
- Time program
- Supplied air to the house
- External NTC sensor
- Boost function
- Circulation function
- Night function
- Party function
- Overpressure function
- Filter contamination level
- Input voltage UIN1
- Input voltage UIN2
- Exhaust air
- Bypass authorization
- Cooling authorization
- Comfort temperature control authorization
- Radon protection authorization
- Heating authorization
- Preferred temperature
- Preferred humidity
- Outdoor air
- Heating power for reheating
- Exhaust air fan power
- Supply air fan power
- Ventilation power
- Zone 1 - CO2
- Zone 1 - Presence of external sensors
- Zone 1 - Temperature
- Zone 1 - Humidity
- Zone 2 - Presence of external sensors
- Zone 2 - Temperature
- Zone 2 - Humidity
- Zone 3 - CO₂
- Zone 3 - Presence of external sensors
- Zone 3 - Temperature
- Zone 3 - Humidity
- Zone 4 - CO₂
- Zone 4 - Presence of external sensors
- Zone 4 - Temperature
- Zone 4 - Humidity
- Zone 5 - CO₂
- Zone 5 - Presence of external sensors
- Zone 5 - Temperature
- Zone 5 - Humidity
- Zone 6 - CO₂
- Zone 6 - Presence of external sensors
- Zone 6 - Temperature
- Zone 6 - Humidity
- Zone 7 - CO₂
- Zone 7 - Temperature
- Zone 7 - Humidity
- Zone 8 - CO₂
- Zone 8 - Presence of external sensors
- Zone 8 - Temperature
- Zone 8 - Humidity
- Zone 1 - External button activation
- Zone 1 - External button timer [s]
- Zone 1 - Presence of external button
- Zone 2 - External button activation
- Zone 2 - External button timer [s]
- Zone 2 - Presence of external button
- Zone 2 - External button mode
- Zone 3 - External button activation
- Zone 3 - External button timer [s]
- Zone 3 - Presence of external button
- Zone 3 - External button mode
- Zone 4 - External button activation
- Zone 4 - External button timer [s]
- Zone 4 - Presence of external button
- Zone 4 - External button mode
- Zone 5 - External button activation
- Zone 5 - External button timer [s]
- Zone 5 - Presence of external button
- Zone 5 - External button mode
- Zone 6 - External button activation
- Zone 6 - External button timer [s]
- Zone 6 - Presence of external button
- Zone 6 - External button mode
- Zone 7 - External button activation
- Zone 7 - External button timer [s]
- Zone 7 - Presence of external button
- Zone 7 - External button mode
- Zone 8 - External button activation
- Zone 8 - External button timer [s]
- Zone 8 - Presence of external button
- Zone 8 - External button mode
| KEBA | Communication | Date of Last Change |
| KeContact | Modbus | May 2025 |
Details
Module
Device :
- Cable
- Energy Meter
- Charged Energy in This Session
- Charging State
| KEBA | Communication | Date of Last Change |
| Keba KeContact P20 Power monitoring & Keba KeContact P20 State | Packet Parser Templates | May 2025 |
Details
Module
Device :
- Keba I1 [A]
- Keba I2 [A]
- Keba I3 [A]
- Keba Present Power
- Keba Total Power
- Keba U1 [V]
- Keba U2 [V]
- Keba U3 [V]
- Keba Enable
- Keba Plug locked
- Keba Plugged on EV
- Keba Plugged on wallbox
- Keba State
- Keba User Current [A]
| KOSTAL | Communication | Date of Last Change |
| Kostal_Plenticore | Modbus | May 2025 |
Details
Module
Device :
- Battery actual SOC %
- Battery state
- Battery temperature
- Consuption Phase 1 (W)
- Consuption Phase 2 (W)
- Consuption Phase 3 (W)
- Current consumption kWh
- Current phase 1 (powermeter) A
- Current phase 2 (powermeter) A
- Current phase 3 (powermeter) A
- Current PV power
- Current state of charge
- Current supply from the network
- Home own consumption from battery W
- Number of battery cycles
- Ownconsuption %
- PV Share kWh
- State of energy manager
- Total active power (powermeter) W
- Total consumption from battery kWh
- Total consumption grid connection kWh
- Total consumption kWh
| MIDEA | Communication | Date of Last Change |
| Midea Heat Pump | Modbus | May 2025 |
Details
Module
Device :
- Capacity
- Target equithermic temperature
- Compressor operating time
- DC bus current
- DC bus voltage
- Disinfection
- Compressor frequency
- Inlet water temperature
- Heating
- Fan speed
- Outdoor unit current
- Outdoor unit high-pressure value
- Outdoor unit low-pressure value
- Outdoor unit voltage
- Outlet water temperature
- Heat pump mode
- TUV temperature
- TUV
- Outdoor temperature TC
- Water flow
| MITSUBISHI | Communication | Date of Last Change |
| Mitsubishi EHST20C | Modbus | May 2025 |
Details
Module
Device :
- System ON/OFF
- Holiday
- Status of Heating
- Room Temperature Zone 1
- Flow Temperature
- Return Temperature
- Energy Consumption measured Date - Day
- Energy Consumption measured Date - Month
- Energy Consumption measured Date - Year
- Flow Rate
- Last measured Total Energy Produced (kWh)
| MOISTUREGUARD | Communication | Date of Last Change |
| MoinstureGuard MHT04 Sensor | Modbus | May 2025 |
Details
Module
Device :
- Ambient dew point
- Ambient temperature and humidity
- Resistance in the positive direction [MOhm]
- Absolute air humidity in the cavity [g/m³]
- Cavity dew point
- Cavity temperature and humidity
- Material humidity
- Resistance in the negative direction [MOhm]
| NIBE | Communication | Date of Last Change |
| NIBE-VVM-S320 | Modbus | May 2025 |
Details
Module
Device :
- ADD. HEAT STEPS
- ALARM lower HW temp
- ALARM lower room temp
- ALARM number
- ALARM RESET R/W
- BYPAS Temperatura ERS1 R/W
- CALCULATE SUPLLY TEMP
- CAS CHODU TOTAL
- Compressor total time EP14
- Compressor total time EP15
- Compressor total time HEAT EP14
- Compressor total time HEAT EP15
- CUR HOT WATER CONTROLL
- CURVE HEATING R/W
- CURVE OFFSET R/W
- CURVE OWN 39 R/W
- CURVE OWN 40 R/W
- CURVE OWN 41 R/W
- CURVE OWN 42 R/W
- CURVE OWN 43 R/W
- CURVE OWN 44 R/W
- CURWE OWN 45 R/W
- DEGREE MIN ADD HEAT
- DEGREE MIN START COMPRESSOR
- DEGREE MINUTES COOLING R/W
- DEGREE MINUTES R/W
- EM1 Shunt valve QN11
- ENERGY Current power
- ENERGY produced HEAT
- ENERGY produced HOT WATER
- ENERGY used ADD HEATER
- ENERGY used HEAT
- ENERGY used HOT WATER
- EXH. AIR BT20
- Exhaust air fan speed 1 ERS1 R/W
- Exhaust air fan speed 2 ERS1 R/W
- Exhaust air fan speed 3 ERS1 R/W
- Exhaust air fan speed 4 ERS1 R/W
- Exhaust air fan speed normal R/W
- EXTERNAL ADJUST ROOM SENSOR COOLING1
- EXTERNAL ADJUSTMENT ROOM SENSOR CLIMATE
- EXTERNAL ADJUSTMENT CLIMATE
- EXTERNAL ADJUSTMENT CLIMATE S1
- EXTERNAL ADJUSTMENT CLIMATE S2
- EXTERNAL ADJUSTMENT CLIMATE S3
- EXTERNAL ADJUSTMENT CLIMATE S4
- EXTR. AIR BT21
- FLOOR DRYING R/W
- Flow - COMPRESSOR
- Flow - COMPRESSOR HOT WATER
- FLOW sensor l/min
- HEAT MED PUM SPEED %
- HOT WATER circulation OUTGOING TEMP
- HOT WATER DEMAND R/W
- HOT WATER CHARGING
- HOT WATER TOP
- HTS1 - R/W
- OPERATING PRIORIT
- OPT
- OPT - DM start difference R/W
- PREVÁDZKA R/W
- PUMP speed S135 R/W
- RETURN TEMP
- RETURN TIME fan1 R/W
- RETURN TIME fan2 R/W
- RETURN TIME fan3 R/W
- RETURN TIME fan4 R/W
- RETURN vent mode R/W
- SET POINT VALUE - RH - R/W
- Supply air fan speed 1 ERS1 R/W
- Supply air fan speed 2 ERS1 R/W
- Supply air fan speed 3 ERS1 R/W
- Supply air fan speed 4 ERS1 R/W
- Supply air fan speed normal ERS1 R/W
- SUPPLY TEMP 1 BT63
- SUPPLY TEMP BT2
- SUPPLY TEMP MAX. R/W
- SUPPLY TEMP MIN R/W
- Exterior temperature
- TEPLOTA IZBA
- TIME FILTER REPLACEMENT R/W
- TOTAL RUN TIME
| NIBE | Communication | Date of Last Change |
| Nibe F1245 | ModBus | May 2025 |
Details
Module
Device :
| NIBE | Communication | Date of Last Change |
| Nibe SMO S40 | ModBus | May 2025 |
Details
Module
Device :
- Alarm number
- Calculated supply temp
- Calculated supply temp cooling
- Charge pump (EB100-GP12) READ
- Current BE1 (A)
- Current BE2 (A)
- Current BE3 (A)
- Degree minutes
- Degree minutes cooling
- External heating medium pump (GP10) READ
- External supply line (BT25)
- Flow sensor (BF1) l/m
- Heating curve
- Hot Water Charging (BT6)
- Hot water demand
- Hot Water Top (BT7)
- Offset curve
- Operating mode
- Operating prioritisation
- Outdoor Temperature (BT1)
- Reset alarm
- Return temperature (BT71)
- Room Temperature 1 (BT50)
- Supply temp. max.
- Supply temp. min.
- Total run time additional heat (h)
| NILAN | Communication | Date of Last Change |
| Nilan CTS-602 Air Recovery | Modbus | May 2025 |
Details
Module
Device :
- Nilan - Electric boiler
- Nilan - fan speed
- Nilan - Heating/Cooling
- Nilan - Humidity [%]
- Nilan - Thermostat
- Nilan - Vent speed
| NILAN | Communication | Date of Last Change |
| Nilan CTS602 Heat Pump | ModBus | May 2025 |
Details
Module
Device :
- Input.P HI
- Input.T1 Intake
- Input.T3 Exhaust
- Input.T11 Top
- Input.T12 Bottom
- Control.RunAct
- Control.ModeAct
- Control State
- Control.SecInState
- AirFlow.VentSet
- AirFlow.InletAct
- AirFlow.ExhaustAct
- AirFlow.SinceFiltDay
- AirFlow.ToFiltDay
- AirTemp.TempInletSet
- AirTemp.TempControl
- AirTemp.TempRoom
- AirTemp.EffPct
- Output.HotgasHeat
- Output.HotgasCool
- Output.CondClose
- Output.WaterHeat
- Output.CenCircPump
- Output.Defrosting
- Output.AlarmRelay
- Outpu.PreHeat
- Output.ExhaustSpeed
- Output.AirHeatCap
- Control.RunSet
- Control.ModeSet
- Control.ModeSet
- Control.Temp Set
- Control.ServiceMode
- HotWater.TempSet T11
- HotWater.TempSet T12
- AirFlow.WinterTemp
- AirFlow.WinterVent
- Control.RestartMode
| OPEN HOLIDAY | Communication | Date of Last Change |
| OPENWEATHER | Packet Parser Templates | May 2025 |
Details
Module
Device :
- Current Air Pressure [hPa]
- Current Air Temperature
- Current Feels like Temperature
- Current Visibility [m]
- Current Weather
- Current Wind Speed
- Forecast (+3h) Air Pressure [hPa]
- Forecast (+3h) Air Temperature
- Forecast (+3h) Feels like Temperature
- Forecast (+3h) Visibility [m]
- Forecast (+3h) Weather
- Forecast (+3h) Wind speed
- Forecast (+24h) Air Pressure [hPa]
- Forecast (+24h) Air Temperature
- Forecast (+24h) Feels like Temperature
- Forecast (+24h) Visibility [m]
- Forecast (+24h) Wind speed
- Forecast (+24h)Weather
| PICHLER | Communication | Date of Last Change |
| Pichler LG-350 Airvent | Modbus | May 2025 |
Details
Module
Device :
- Air level 1
- Air level 2
- Air level 3
- Air Supply Thermostat
- Allow bypass
- Basic ventilation
- CO2 Reg Out
- CO2_S1
- CO2_S2
- Exhaust air_volume flow
- Filtertimer Time
- Hour Bypass
- Hum_S1
- Hum_S2
- NTC T1 Fresh air
- NTC T6 Supply 2
- NTC T7 Exterior
- NTC T8 Room external
- NTC T9 Room
- Pichler Teplota odvodního vzduchu
- Pichler teplota přívodního vzduchu
- Pichler teplota vzduchu na sání
- Pichler teplota vzduchu na výfuku
- Pichler větrání
- RoomTempLevel
- Supply air_volume flow
- ${dashboard_deviceVariable}
| PICHLER | Communication | Date of Last Change |
| Pichler_PKOM4 | ModBus | May 2025 |
Details
Module
Device :
- Operating mode
- Space temperature regulation
- Active cooling
- Maximum allowed humidity
- Cooling activation temperature
- Desired TUV temperature
- Remaining filter time
- PKOM4 temperature setting
- Current air volume [m³/h]
- Energy consumption for ventilation (kWh)
- Energy consumption for heating (kWh)
- Total energy consumption (kWh)
- Legionella protection function
- Operating hours - PKOM4 filter
| RESI (DALI) | Communication | Date of Last Change |
| Resi Dali | Modbus | May 2025 |
Details
Module
Device :
- Gear 0
- Gear 1
- Gear 2
- Gear 3
- Gear 4
- Gear 5
- Gear 6
- Gear 7
- Gear 8
- Gear 9
- Gear 10
- Gear 11
- Gear 12
- Gear 13
- Gear 14
- Gear 15
- Gear 16
- Gear 17
- Gear 18
- Gear 19
- Gear 20
- Gear 21
- Gear 22
- Gear 23
- Gear 24
- Gear 25
- Gear 26
- Gear 27
- Gear 28
- Gear 29
- Gear 30
- Gear 31
- Gear 32
- Gear 33
- Gear 34
- Gear 35
- Gear 36
- Gear 37
- Gear 38
- Gear 39
- Gear 40
- Gear 41
- Gear 42
- Gear 43
- Gear 44
| RESI (DALI) | Communication | Date of Last Change |
| ${resi_dali_configuration} | ModBus | May 2025 |
Details
Module
Device
| SBC | Communication | Date of Last Change |
| SBC_ALE3D5F | Modbus | May 2025 |
Details
Module
Device :
- Voltage of Phase 1 (V)
- Current of Phase 1 (A)
- Active Power of Phase 1 (kW)
- Voltage of Phase 2 (V)
- Current of Phase 2 (A)
- Active Power of Phase 2 (kW)
- Voltage of Phase 3 (V)
- Current of Phase 3 (A)
- Active Power of Phase 3 (kW)
- Active Power All Phases (kW)
- Reactive Power of all Phases (kvar)
- Reactive Power of Phase 1 (kvar)
- Reactive Power of Phase 2 (kvar)
- Reactive Power of Phase 3 (kvar)
| SVC | Communication | Date of Last Change |
| SVC | Modbus | May 2025 |
Details
Module
Device :
- Out ambient temp
- Mode
- Out coil temp
- Discharge temp
- Suction temp
- In ambient temp (reversed)
- Tank temp
- In coil temp
- In water temp
- Out water temp
- Output status
- Run status
- Main valve
- Power [Watt]
- Low pressure [kPa]
- High pressure [kPa]
- Tank Thermostat
- Heat Thermostat
- Cool Thermostat
- Difference temp of restart
| SAMSUNG | Communication | Date of Last Change |
| Samsung_MIM_B19N HE/HT/EHS | Modbus | May 2025 |
Details
Module
Device :
- Air Conditioner
- Hot Water Mode
- Hot Water Operation
- Hot Water temperature
- Air Conditioner Mode
- Quiet Mode Control
- Incoming Water Temperature
- ${water-out}
| SAMSUNG | Communication | Date of Last Change |
| Samsung Indoor Unit (IU) MIM B19N | Modbus | May 2025 |
Details
Module
Device :
- 360 Air Flow Direction - chodba
- Fan Speed - chodba
- Mode
- Power - chodba
- Room Temperature - chodba
- Vertical Air Flow - chodba
- Wind Free
| SAMSUNG | Communication | Date of Last Change |
| Samsung MIM B19N | Modbus | May 2025 |
Details
Module
Device
| SATEL | Communication | Date of Last Change |
| Satel | Packet Parser Templates | May 2025 |
Details
Module
Device :
- Zone1
- Zone2
- Zone3
- Zone4
- Zone5
- Zone6
- Zone7
- Zone8
- Zone9
- Zone10
- Zone11
- Zone12
- Zone13
- Zone14
- Zone15
- Zone16
- Zone17
- Zone18
- Zone19
- Zone20
- Zone21
- Zone22
- Zone23
- Zone24
- Zone25
- Zone26
- Zone27
- Zone28
- Zone29
- Zone30
- Zone31
- Zone32
- Zone33
- Zone34
- Zone35
- Zone36
- Zone37
- Zone38
- Zone39
- Zone40
- Zone41
- Zone42
- Zone43
- Zone44
- Zone45
- Zone46
- Zone47
- Zone48
- Zone49
- Zone50
- Zone51
- Zone52
- Zone53
- Zone54
- Zone55
- Zone56
- Zone57
- Zone58
- Zone59
- Zone60
- Zone61
- Zone62
- Zone63
- Zone64
- Zone65
- Zone66
- Zone67
- Zone68
- Zone69
- Zone70
- Zone71
- Zone72
- Zone73
- Zone74
- Zone75
- Zone76
- Zone77
- Zone78
- Zone79
- Zone80
- Zone81
- Zone82
- Zone83
- Zone84
- Zone85
- Zone86
- Zone87
- Zone88
- Zone89
- Zone90
- Zone91
- Zone92
- Zone93
- Zone94
- Zone95
- Zone96
- Zone97
- Zone98
- Zone99
- Zone100
- Zone101
- Zone102
- Zone103
- Zone104
- Zone105
- Zone106
- Zone107
- Zone108
- Zone109
- Zone110
- Zone111
- Zone112
- Zone113
- Zone114
- Zone115
- Zone116
- Zone117
- Zone118
- Zone119
- Zone120
- Zone121
- Zone122
- Zone123
- Zone124
- Zone125
- Zone126
- Zone127
- Zone128
| SHELLY | Communication | Date of Last Change |
| Shelly 1PM MQTT Module | Packet Parser Templates | May 2025 |
Details
Module
Device :
- Shelly 1PM MQTT Power 1
- Shelly 1PM MQTT Switch 1
- Shelly 1PM MQTT Power 2
- Shelly 1PM MQTT Switch 2
- Shelly 1PM MQTT Power 3
- Shelly 1PM MQTT Switch 3
- Shelly 1PM MQTT Power 4
- Shelly 1PM MQTT Switch 4
- Shelly 1PM MQTT Power 5
- Shelly 1PM MQTT Switch 5
| SHELLY | Communication | Date of Last Change |
| Shelly 1PM Module | Packet Parser Templates | May 2025 |
Details
Module
Device :
- Shelly 1PM Switch
- Shelly 1PM Power
| SHELLY | Communication | Date of Last Change |
| Shelly 3EM MQTT | Packet Parser Templates | May 2025 |
Details
Module
Device :
- Electric meter (phase 1)
- Electric meter (phase 2)
- Electric meter (phase 3)
- Switch
| SHELLY | Communication | Date of Last Change |
| Shelly 3EM | Packet Parser Templates | May 2025 |
Details
Module
Device :
- Electric meter (phase 1)
- Electric meter (phase 2)
- Electric meter (phase 3)
- Switch
| SHELLY | Communication | Date of Last Change |
| Shelly 4 Pro | Packet Parser Templates | May 2025 |
Details
Module
Device :
- Odber-Output1
- Odber-Output2
- Odber-Output3
- Odber-Output4
- Output-Relay4
- Relay-Output1
- Relay-Output1-Status
- Relay-Output3
- Relay-Output4
| SHELLY | Communication | Date of Last Change |
| Shelly BLU TRV | Packet Parser Templates | May 2025 |
Details
Module
Device :
- Battery
- ${adddevice_thermostat}
| SHELLY | Communication | Date of Last Change |
| Shelly DUO MQTT Module | Packet Parser Templates | May 2025 |
Details
Module
Device :
- Shelly DUO MQTT Electric meter 1
- Shelly DUO MQTT Light 1
- Shelly DUO MQTT Electric meter 2
- Shelly DUO MQTT Light 2
- Shelly DUO MQTT Electric meter 3
- Shelly DUO MQTT Light 3
- Shelly DUO MQTT Electric meter 4
- Shelly DUO MQTT Light 4
- Shelly DUO MQTT Electric meter 5
- Shelly DUO MQTT Light 5
| SHELLY | Communication | Date of Last Change |
| Shelly DUO RGBW MQTT Module | Packet Parser Templates | May 2025 |
Details
Module
Device :
- Shelly DUO RGBW MQTT Electric meter 1
- Shelly DUO RGBW MQTT Light 1
- Shelly DUO RGBW MQTT Electric meter 2
- Shelly DUO RGBW MQTT Light 2
- Shelly DUO RGBW MQTT Electric meter 3
- Shelly DUO RGBW MQTT Light 3
- Shelly DUO RGBW MQTT Electric meter 4
- Shelly DUO RGBW MQTT Light 4
- Shelly DUO RGBW MQTT Electric meter 5
- Shelly DUO RGBW MQTT Light 5
| SHELLY | Communication | Date of Last Change |
| Shelly DUO RGBW Module | Packet Parser Templates | May 2025 |
Details
Module
Device :
- Shelly DUO RGBW ${deviceType_Light}
- Shelly DUO RGBW Electric meter
| SHELLY | Communication | Date of Last Change |
| Shelly DUO Module | Packet Parser Templates | May 2025 |
Details
Module
Device :
- Shelly DUO ${deviceType_Light}
- Shelly DUO RGBW Electric meter
| SHELLY | Communication | Date of Last Change |
| Shelly Dimmer2 | Packet Parser Templates | May 2025 |
Details
Module
Device :
- Brightness
- ${dashboard_deviceElectricityMeter}
- Light
| SHELLY | Communication | Date of Last Change |
| Shelly Door/Window MQTT | Packet Parser Templates | May 2025 |
Details
Module
Device :
- Shelly Door/Window Sensor 1
- Shelly Door/Window Sensor 2
- Shelly Door/Window Sensor 3
- Shelly Door/Window Sensor 4
- Shelly Door/Window Sensor 5
| SHELLY | Communication | Date of Last Change |
| Shelly EM MQTT | Packet Parser Templates | May 2025 |
Details
Module
Device :
- Electric meter - Channel 1
- Electric meter - Channel 2
- Switch
| SHELLY | Communication | Date of Last Change |
| Shelly EM | Packet Parser Templates | May 2025 |
Details
Module
Device :
- Electric meter - Channel 1
- Electric meter - Channel 2
- Switch
| SHELLY | Communication | Date of Last Change |
| Shelly 4 Pro | Packet Parser Templates | May 2025 |
Details
Module
Device :
- Odber-Output1
- Odber-Output2
- Odber-Output3
- Odber-Output4
- Output-Relay4
- Relay-Output1
- Relay-Output1-Status
- Relay-Output3
- Relay-Output4
| SHELLY | Communication | Date of Last Change |
| Shelly Flood MQTT | Packet Parser Templates | May 2025 |
Details
Module
Device :
- ${deviceType_FloodSensor} 1
- ${deviceType_FloodSensor} 2
- ${deviceType_FloodSensor} 3
- ${deviceType_FloodSensor} 4
- ${deviceType_FloodSensor} 5
| SHELLY | Communication | Date of Last Change |
| Shelly GAS MQTT | Packet Parser Templates | May 2025 |
Details
Module
Device :
- Gas Alarm
- Gas concentration (parts per milion)
- Mute Active Alarm
| SHELLY | Communication | Date of Last Change |
| Shelly GAS | Packet Parser Templates | May 2025 |
Details
Module
Device :
- Gas Alarm
- Gas concentration (parts per milion)
- Mute Active Alarm
| SHELLY | Communication | Date of Last Change |
| Shelly H&M MQTT | Packet Parser Templates | May 2025 |
Details
Module
Device
| SHELLY | Communication | Date of Last Change |
| Shelly Motion 2 MQTT | Packet Parser Templates | May 2025 |
Details
Module
Device :
- Shelly Motion Detector 1
- Shelly Motion Detector 2
- Shelly Motion Detector 3
- Shelly Motion Detector 4
- Shelly Motion Detector 5
| SHELLY | Communication | Date of Last Change |
| Shelly PM Mini Gen3 | Packet Parser Templates | May 2025 |
Details
Module
Device :
- Current
- ${dashboard_deviceElectricityMeter}
- Frequency
- Voltage
| SHELLY | Communication | Date of Last Change |
| Shelly Plus 1 | Packet Parser Templates | May 2025 |
Details
Module
Device
| SHELLY | Communication | Date of Last Change |
| Shelly Plus 1PM MQTT Module | Packet Parser Templates | May 2025 |
Details
Module
Device :
- Shelly Plus 1PM MQTT Power
- Shelly Plus 1PM MQTT Switch
| SHELLY | Communication | Date of Last Change |
| Shelly Plus 2 PM | Packet Parser Templates | May 2025 |
Details
Module
Device :
- Power Meter (Shutter)
- Power Meter (Switch 1)
- Power Meter (Switch 2)
- Shutter
- Switch 1
- Switch 2
| SHELLY | Communication | Date of Last Change |
| Shelly Plus H&T MQTT | Packet Parser Templates | May 2025 |
Details
Module
Device :
| SHELLY | Communication | Date of Last Change |
| Shelly Plus Plug S | Packet Parser Templates | May 2025 |
Details
Module
Device :
- ${digital_output}
- ${dashboard_deviceElectricityMeter}
- LED indication mode
- LED Color (Off)
- ${xml_led_on_color}
- LED brightness in power mode
| SHELLY | Communication | Date of Last Change |
| Shelly Plus Smoke | Packet Parser Templates | May 2025 |
Details
Module
Device
| SHELLY | Communication | Date of Last Change |
| Shelly Plus i4 | Packet Parser Templates | May 2025 |
Details
Module
Device :
- Button 1
- Button 2
- Button 3
- Button 4
- Switch 1
- Switch 2
- Switch 3
- Switch 4
| SHELLY | Communication | Date of Last Change |
| Shelly Pro 3 EM | Packet Parser Templates | May 2025 |
Details
Module
Device :
- L1 Electric current
- L1 ${deviceType_PVFromGrid}
- L1 ${deviceType_PVToGrid}
- L2 Electric current
- L2 ${deviceType_PVFromGrid}
- L2 ${deviceType_PVToGrid}
- L3 Electric current
- L3 ${deviceType_PVFromGrid}
- L3 ${deviceType_PVToGrid}
- Total Energy Total Energy
- Total Energy Total Energy
| SHELLY | Communication | Date of Last Change |
| Shelly Pro 3 | Packet Parser Templates | May 2025 |
Details
Module
Device :
- ${dashboard_deviceSwitch} 1
- ${dashboard_deviceSwitch} 2
- ${dashboard_deviceSwitch} 3
| SHELLY | Communication | Date of Last Change |
| Shelly RGBW2 Color | Packet Parser Templates | May 2025 |
Details
Module
Device :
- Shelly RGBW2 Color Electric meter
- Shelly RGBW2 Color ${deviceType_Light}
| SHELLY | Communication | Date of Last Change |
| Shelly RGBW2 White | Packet Parser Templates | May 2025 |
Details
Module
Device :
- Shelly RGBW2 White ${deviceType_Light} 1
- Shelly RGBW2 White ${deviceType_Light} 1 (R)
- Shelly RGBW2 White ${deviceType_Light} 2
- Shelly RGBW2 White ${deviceType_Light} 2 (G)
- Shelly RGBW2 White ${deviceType_Light} 3
- Shelly RGBW2 White ${deviceType_Light} 3 (B)
- Shelly RGBW2 White ${deviceType_Light} 4
- Shelly RGBW2 White ${deviceType_Light} 4 (W)
| SHELLY | Communication | Date of Last Change |
| Shelly Sensor Add-On | Packet Parser Templates | May 2025 |
Details
Module
Device :
- ${AnalogInput} (100)
- ${bus_module_reed_contact} (100)
- ${temperatureSensor} ds18b20 (100)
- ${temperatureSensor} ds18b20 (101)
- ${temperatureSensor} ds18b20 (102)
- ${temperatureSensor} ds18b20 (103)
- Voltmeter (100)
| SHELLY | Communication | Date of Last Change |
| Shelly TRV | Packet Parser Templates | May 2025 |
Details
Module
Device :
- Battery
- ${device_variable_valvestate}
- ${adddevice_thermostat}
| SHELLY | Communication | Date of Last Change |
| Shelly UNI | Packet Parser Templates | May 2025 |
Details
Module
Device :
- ${AnalogInput}
- ${dashboard_deviceSwitch} 1
- ${dashboard_deviceSwitch} 2
- ${bus_module_reed_contact} 1
- ${bus_module_reed_contact} 2
| SHELLY | Communication | Date of Last Change |
| Shelly i3 | Packet Parser Templates | May 2025 |
Details
Module
Device :
- Events I1
- Events I2
- Events I3
- I1
- I2
- I3
| SHELLY | Communication | Date of Last Change |
| Shelly plug S MQTT | Packet Parser Templates | May 2025 |
Details
Module
Device :
- Electric meter
- Switch
| SHELLY | Communication | Date of Last Change |
| Shelly plug S | Packet Parser Templates | May 2025 |
Details
Module
Device :
- Electric meter
- Switch
| SHELLY | Communication | Date of Last Change |
| Shelly plus 1PM | Packet Parser Templates | May 2025 |
Details
Module
Device :
- ${dashboard_deviceElectricityMeter}
- ${digital_output}
| SHELLY | Communication | Date of Last Change |
| Shelly2.5 | Packet Parser Templates | May 2025 |
Details
Module
Device :
- 01
- 02
- Relay 01
- Relay 02
| SMARTTHINGS SAMSUNG | Communication | Date of Last Change |
| SmartThings - Air conditioning Samsung WindFree | Packet Parser Templates | May 2025 |
Details
Module
Device
- Air Conditioning - HVAC Mode
- Air Conditioning - Power
- Air Conditioning - Preset Mode
- Air Conditioning - Swing Mode
- Air Conditioning - Fan Mode
- Air Conditioning - Set Temperature
- Air Conditioning - Thermostat
- Air Conditioning - Temperature + Humidity
| SMARTTHINGS SAMSUNG | Communication | Date of Last Change |
| SmartThings Switch/Plug with Power Metering | Packet Parser Templates | May 2025 |
Details
Module
Device
- SmartThings Plug Power Consumption
- SmartThings Switch/Plug
| SOLAREDGE | Communication | Date of Last Change |
| SolarEdge | Modbus | May 2025 |
Details
Module
Device
- AC Frequency value [Hz]
- AC Lifetime Energy production
- AC Phase A Current value
- AC Phase B Current value
- AC Phase C Current value
- AC Power value
- AC Total Current value
- AC Voltage Phase A to N value
- AC Voltage Phase AB value
- AC Voltage Phase B to N value
- AC Voltage Phase BC value
- AC Voltage Phase C to N value
- AC Voltage Phase CA value
- Apparent Power
- DC Current value
- DC Power value
- DC Voltage value
- Heat Sink Temperature
- Operating State
- Power Factor [%]
- Reactive Power
| SOLAX | Communication | Date of Last Change |
| SOLAX Hybrid SK-SU 5000/3000 | Modbus | May 2025 |
Details
Module
Device
- Current production
- ${deviceType_BatterySOC}
- Battery consumption/supply
- Total generated energy
- Daily/instantaneous production
- PV 1 production
- PV 2 production
- Battery temperature
- Inverter temperature
- Supply/consumption from the grid
| SOLAX | Communication | Date of Last Change |
| SOLAX Hybrid Gen 4 | Modbus | May 2025 |
Details
Module
Device
- ${deviceType_BatterySOC}
- Battery Temperature
- Daily/Actual Energy
- Charger Use Mode
- Purchase/Feed to Grid
- PV1
- PV2
- SelfUse Night Charge
- Total Energy
| SOLAX | Communication | Date of Last Change |
| Solax Inverter | Packet Parser Templates | May 2025 |
Details
Module
Device
- AC output
- ${deviceType_BatterySOC}
- Battery Power
- ${deviceType_PVFromGrid}
- Grid Power
- ${deviceType_PVProduction}
- ${deviceType_PVProduction} (MPPT 1)
- ${deviceType_PVProduction} (MPPT 2)
- ${deviceType_PVProduction} (MPPT 3)
- ${deviceType_PVProduction} (MPPT 4)
- ${deviceType_PVToGrid}
| SONOS | Communication | Date of Last Change |
| Sonos | Packet Parser Templates | May 2025 |
Details
Module
Device
- Volume
- Next
- Pause
- Play
- Previous
- Stop
- Volume Up
- Volume Down
- Mute
- Play Mode
- Sleep in 1 hour
- Sleep in 15 minutes
- Status
- Play/Pause
- Play playlist 1
- Play playlist 2
- Play playlist 3
- Play playlist 4
- Play playlist 5
- Play radio 1
- Play radio 2
- Play radio 3
- Play radio 4
- Play radio 5
| SPOT PRICES | Communication | Date of Last Change |
| Spot Price | Packet Parser Templates | May 2025 |
Details
Module
Device
- Price 0-1h
- Price 1-2h
- Price 2-3h
- Price 3-4h
- Price 4-5h
- Price 5-6h
- Price 6-7h
- Price 7-8h
- Price 8-9h
- Price 9-10h
- Price 10-11h
- Price 11-12h
- Price 12-13h
- Price 13-14h
- Price 14-15h
- Price 15-16h
- Price 16-17h
- Price 17-18h
- Price 18-19h
- Price 19-20h
- Price 20-21h
- Price 22-23h
- Price 23-00h
- Today's second cheapest hour outside peak energy demand
- Today's second cheapest hour during peak energy demand
- Today's second cheapest hour of the entire day
- Today's cheapest hour outside peak energy demand
- Today's cheapest hour during peak energy demand
- Today's cheapest hour of the entire day
- Is this the fourth cheapest electricity hour of the day?
- Is this the second cheapest electricity hour of the day?
- Is this the cheapest electricity hour of the day?
- Is this the fifth cheapest electricity hour of the day?
- Is this the sixth cheapest electricity hour of the day?
- Is this the third cheapest electricity hour of the day?
- Current market price of electricity (OTE, CNB exchange rate) Kč/kWh
| SPOT PRICES | Communication | Date of Last Change |
| Okte.sk | Packet Parser Templates | May 2025 |
Details
Module
Device
- Current hour - ranking
- Current hour - ranking in time window
- Most expensive price of the day
- Most expensive price in time window
- Cheapest price of the day
- Cheapest price in time window
- Cheapest hour of the day
- Cheapest remaining hour
- Average price of the day
- Average price in time window
| STIEBEL ELTRON | Communication | Date of Last Change |
| Stiebel Eltron HPA-0 13 C Premium | Modbus | May 2025 |
Details
Module
Device
- Boiler - current temperature
- Operating time VD hot water (h)
- Operating time VD heating (h)
- Amount of heat
- Mode
- Circuit 1 ECO temperature
- Circuit 1 comfort temperature
- Circuit 2 ECO temperature
- TUV ECO temperature
- TUV comfort temperature
- Outdoor temperature
- Water Flow (I)
| STIEBEL ELTRON | Communication | Date of Last Change |
| Stiebel Eltron HPA-0 | Modbus | May 2025 |
Details
Module
Device
- DHW Actual Temperature
- DHW Comfort Temp.
- DHW ECO Temp.
- HK1 Comfort
- HK1 ECO
- HK2 Comfort
- HK2 ECO
- Operating Mode
| TAPHOME | Communication | Date of Last Change |
| Taphome API | Packet Parser Templates | May 2025 |
Details
Module
Device
- ${AnalogInput} (1)
- ${dashboard_deviceAnalogOutput} (1)
- ${dashboard_deviceSwitch} (1)
- ${dualWhiteLight} (1)
- ${dashboard_deviceElectricityMeter} (1)
- ${device_variable_brightness} (1)
- ${dashboard_deviceVariable} (1)
- ${dashboard_deviceRGBLight} (1)
- ${slide} (1)
- ${device_variable_windspeed} (1)
- ${bus_module_reed_contact} (1)
- ${temperatureSensor} (1)
- ${dashboard_deviceThermostat} (1)
- ${adddevice_multivalueswitch} (1)
- ${bus_module_blind} (1)
- ${AnalogInput} (2)
- ${dashboard_deviceAnalogOutput} (2)
- ${dashboard_deviceSwitch} (2)
- ${dualWhiteLight} (2)
- ${dashboard_deviceElectricityMeter} (2)
- ${device_variable_brightness} (2)
- ${dashboard_deviceVariable} (2)
- ${dashboard_deviceRGBLight} (2)
- ${slide} (2)
- ${device_variable_windspeed} (2)
- ${bus_module_reed_contact} (2)
- ${temperatureSensor} (2)
- ${dashboard_deviceThermostat} (2)
- ${adddevice_multivalueswitch} (2)
- ${bus_module_blind} (2)
- ${AnalogInput} (3)
- ${dashboard_deviceAnalogOutput} (3)
- ${dashboard_deviceSwitch} (3)
- ${dualWhiteLight} (3)
- ${dashboard_deviceElectricityMeter} (3)
- ${device_variable_brightness} (3)
- ${dashboard_deviceVariable} (3)
- ${dashboard_deviceRGBLight} (3)
- ${slide} (3)
- ${device_variable_windspeed} (3)
- ${bus_module_reed_contact} (3)
- ${temperatureSensor} (3)
- ${dashboard_deviceThermostat} (3)
- ${adddevice_multivalueswitch} (3)
- ${bus_module_blind} (3)
- ${AnalogInput} (4)
- ${dashboard_deviceAnalogOutput} (4)
- ${dashboard_deviceSwitch} (4)
- ${dualWhiteLight} (4)
- ${dashboard_deviceElectricityMeter} (4)
- ${device_variable_brightness} (4)
- ${dashboard_deviceVariable} (4)
- ${dashboard_deviceRGBLight} (4)
- ${slide} (4)
- ${device_variable_windspeed} (4)
- ${bus_module_reed_contact} (4)
- ${temperatureSensor} (4)
- ${dashboard_deviceThermostat} (4)
- ${adddevice_multivalueswitch} (4)
- ${bus_module_blind} (4)
- ${AnalogInput} (5)
- ${dashboard_deviceAnalogOutput} (5)
- ${dashboard_deviceSwitch} (5)
- ${dualWhiteLight} (5)
- ${dashboard_deviceElectricityMeter} (5)
- ${device_variable_brightness} (5)
- ${dashboard_deviceVariable} (5)
- ${dashboard_deviceRGBLight} (5)
- ${slide} (5)
- ${device_variable_windspeed} (5)
- ${bus_module_reed_contact} (5)
- ${temperatureSensor} (5)
- ${dashboard_deviceThermostat} (5)
- ${adddevice_multivalueswitch} (5)
- ${bus_module_blind} (5)
- ${AnalogInput} (6)
- ${dashboard_deviceAnalogOutput} (6)
- ${dashboard_deviceSwitch} (6)
- ${dualWhiteLight} (6)
- ${dashboard_deviceElectricityMeter} (6)
- ${device_variable_brightness} (6)
- ${dashboard_deviceVariable} (6)
- ${dashboard_deviceRGBLight} (6)
- ${slide} (6)
- ${device_variable_windspeed} (6)
- ${bus_module_reed_contact} (6)
- ${temperatureSensor} (6)
- ${dashboard_deviceThermostat} (6)
- ${adddevice_multivalueswitch} (6)
- ${bus_module_blind} (6)
- ${AnalogInput} (7)
- ${dashboard_deviceAnalogOutput} (7)
- ${dashboard_deviceSwitch} (7)
- ${dualWhiteLight} (7)
- ${dashboard_deviceElectricityMeter} (7)
- ${device_variable_brightness} (7)
- ${dashboard_deviceVariable} (7)
- ${dashboard_deviceRGBLight} (7)
- ${slide} (7)
- ${device_variable_windspeed} (7)
- ${bus_module_reed_contact} (7)
- ${temperatureSensor} (7)
- ${dashboard_deviceThermostat} (7)
- ${adddevice_multivalueswitch} (7)
- ${bus_module_blind} (7)
- ${AnalogInput} (8)
- ${dashboard_deviceAnalogOutput} (8)
- ${dashboard_deviceSwitch} (8)
- ${dualWhiteLight} (8)
- ${dashboard_deviceElectricityMeter} (8)
- ${device_variable_brightness} (8)
- ${dashboard_deviceVariable} (8)
- ${dashboard_deviceRGBLight} (8)
- ${slide} (8)
- ${device_variable_windspeed} (8)
- ${bus_module_reed_contact} (8)
- ${temperatureSensor} (8)
- ${dashboard_deviceThermostat} (8)
- ${adddevice_multivalueswitch} (8)
- ${bus_module_blind} (8)
- ${AnalogInput} (9)
- ${dashboard_deviceAnalogOutput} (9)
- ${dashboard_deviceSwitch} (9)
- ${dualWhiteLight} (9)
- ${dashboard_deviceElectricityMeter} (9)
- ${device_variable_brightness} (9)
- ${dashboard_deviceVariable} (9)
- ${dashboard_deviceRGBLight} (9)
- ${slide} (9)
- ${device_variable_windspeed} (9)
- ${bus_module_reed_contact} (9)
- ${temperatureSensor} (9)
- ${dashboard_deviceThermostat} (9)
- ${adddevice_multivalueswitch} (9)
- ${bus_module_blind} (9)
- ${AnalogInput} (10)
- ${dashboard_deviceAnalogOutput} (10)
- ${dashboard_deviceSwitch} (10)
- ${dualWhiteLight} (10)
- ${dashboard_deviceElectricityMeter} (10)
- ${device_variable_brightness} (10)
- ${dashboard_deviceVariable} (10)
- ${dashboard_deviceRGBLight} (10)
- ${slide} (10)
- ${device_variable_windspeed} (10)
- ${bus_module_reed_contact} (10)
- ${temperatureSensor} (10)
- ${dashboard_deviceThermostat} (10)
- ${adddevice_multivalueswitch} (10)
- ${bus_module_blind} (10)
- ${AnalogInput} (11)
- ${dashboard_deviceAnalogOutput} (11)
- ${dashboard_deviceSwitch} (11)
- ${dualWhiteLight} (11)
- ${dashboard_deviceElectricityMeter} (11)
- ${device_variable_brightness} (11)
- ${dashboard_deviceVariable} (11)
- ${dashboard_deviceRGBLight} (11)
- ${slide} (11)
- ${device_variable_windspeed} (11)
- ${bus_module_reed_contact} (11)
- ${temperatureSensor} (11)
- ${dashboard_deviceThermostat} (11)
- ${adddevice_multivalueswitch} (11)
- ${bus_module_blind} (11)
- ${AnalogInput} (12)
- ${dashboard_deviceAnalogOutput} (12)
- ${dashboard_deviceSwitch} (12)
- ${dualWhiteLight} (12)
- ${dashboard_deviceElectricityMeter} (12)
- ${device_variable_brightness} (12)
- ${dashboard_deviceVariable} (12)
- ${dashboard_deviceRGBLight} (12)
- ${slide} (12)
- ${device_variable_windspeed} (12)
- ${bus_module_reed_contact} (12)
- ${temperatureSensor} (12)
- ${dashboard_deviceThermostat} (12)
- ${adddevice_multivalueswitch} (12)
- ${bus_module_blind} (12)
- ${AnalogInput} (13)
- ${dashboard_deviceAnalogOutput} (13)
- ${dashboard_deviceSwitch} (13)
- ${dualWhiteLight} (13)
- ${dashboard_deviceElectricityMeter} (13)
- ${device_variable_brightness} (13)
- ${dashboard_deviceVariable} (13)
- ${dashboard_deviceRGBLight} (13)
- ${slide} (13)
- ${device_variable_windspeed} (13)
- ${bus_module_reed_contact} (13)
- ${temperatureSensor} (13)
- ${dashboard_deviceThermostat} (13)
- ${adddevice_multivalueswitch} (13)
- ${bus_module_blind} (13)
- ${AnalogInput} (14)
- ${dashboard_deviceAnalogOutput} (14)
- ${dashboard_deviceSwitch} (14)
- ${dualWhiteLight} (14)
- ${dashboard_deviceElectricityMeter} (14)
- ${device_variable_brightness} (14)
- ${dashboard_deviceVariable} (14)
- ${dashboard_deviceRGBLight} (14)
- ${slide} (14)
- ${device_variable_windspeed} (14)
- ${bus_module_reed_contact} (14)
- ${temperatureSensor} (14)
- ${dashboard_deviceThermostat} (14)
- ${adddevice_multivalueswitch} (14)
- ${bus_module_blind} (14)
- ${AnalogInput} (15)
- ${dashboard_deviceAnalogOutput} (15)
- ${dashboard_deviceSwitch} (15)
- ${dualWhiteLight} (15)
- ${dashboard_deviceElectricityMeter} (15)
- ${device_variable_brightness} (15)
- ${dashboard_deviceVariable} (15)
- ${dashboard_deviceRGBLight} (15)
- ${slide} (15)
- ${device_variable_windspeed} (15)
- ${bus_module_reed_contact} (15)
- ${temperatureSensor} (15)
- ${dashboard_deviceThermostat} (15)
- ${adddevice_multivalueswitch} (15)
- ${bus_module_blind} (15)
| VALLOX | Communication | Date of Last Change |
| Vallox_Ventilation | Modbus | May 2025 |
Details
Module
Device
- Remaining time for Filter [days]
- Current Fan Speed [%]
- Fan Speed [Home]
- Fan Speed [Away]
- State [Home/Away]
- Mode [Override State]
- Outdoor Air Temp
- Temp Extract Air
- Temp Exhaust Air
- Temp Supply Cell Air
- Temp Supply Air
- Humidity [%]
- CO2 Level
- Defrosting
- Boost Timer
- Weekly Timer Enabled
- Cell State
- Command Variable
- Extra Air Temp Target
- Extra Extr Fan Speed
- Extra Supp Fan Speed
- Extra time
- Away RH Ctrl Enabled
- Away CO2 Ctrl Enabled
- Away Air Temp Target
- Home RH Ctrl enabled
- Home CO2 Ctrl Enabled
- Home Air Temp Target
- Boost RH Ctrl Enabled
- Boost CO2 Ctrl Enabled
- Fan Speed [Boost]
- Boost Air Temp Target
- Current fan speed
- Boost remaining time
| VIESSMANN | Communication | Date of Last Change |
| Viessman Vitogate 300 - Vitocal 200 | Modbus | May 2025 |
Details
Module
Device
- Outdoor temperature
- Accumulator tank temperature
- Compressor frequency
- Operating hours - Compressor 1
- Operating hours - Compressor 2
- (6000) Desired hot water temperature
- (600C) WW-Target temperature
- Charging pump - storage tank
- Circulation pump
- Solar - Storage tank temperature
- Solar - Collector temperature
- Solar pump (regulated, integrated in source)
- Solar pump (Vitosolic)
- Solar energy (kWh)
- Operating mode VO1
- Operating status VO1
- Room temperature VO1
- Desired room temperature VO1
- Desired reduced room temperature VO1
- Room temperature in Party mode VO1
- Direct branch temperature
- Party mode VO1
- Economy mode VO1
- Circulation pump VO1
- Desired temperature for independent cooling circuit
- Operating mode Heating/Cooling
- General alarm
| VIESSMANN | Communication | Date of Last Change |
| Viessmann Vitogate 300 - Vitotronic 200 HK3B | Modbus | May 2025 |
Details
Module
Device
- Solar - Storage tank temperature
- Solar - Collector temperature
- Solar pump
- Solar - Operating hours
- Solar - Heat quantity (kWh)
- Operating mode A1M1
- Desired TUV temperature
- Current operating mode A1M1
- Thermostat VO1
- Reduced thermostat VO1
- Output temperature A1M1
- Output temperature A1M1 (dependent)
- Party mode
- Circulation pump A1M1
- Operating mode M2
- Current operating mode M2
- Thermostat M2
- Desired reduced temperature M2
- Output temperature M2
- Party mode M2
- Economy mode M2
- Circulation pump M2
- Operating mode M3
- Current operating mode M3
- Thermostat M3
- Desired reduced temperature M3
- Desired temperature M3
- Output temperature M3
- Party mode
- Economy mode VO3
- Circulation pump M3
- Desired temperature M2
- Outdoor temperature
| WATTSONIC | Communication | Date of Last Change |
| Wattsonic Hybrid inverter G3 | Modbus | May 2025 |
Details
Module
Device
- Battery Mode
- Energy Purchased from Grid on that day
- EPS/UPS function Switch
- Grid Injection Energy on that day[Meter]
- Grid Injection Power Limit Setting
- Grid Injection Power Limit Switch
- Grid Purchasing Energy on that day[Meter]
- Inverter AC Power Setting
- Inverter running status
- Loading Energy on that day
- Off-grid asymmetric output function switch
- Peak Load Shifting Switch
- Phase A Power on Meter
- Phase B Power on Meter
- Phase C Power on Meter
- PV Generation Energy on that day
- Total Energy injected to grid
- Total Energy Purchased from Grid at inverter side
- Total Energy Purchased from Grid from Meter
- Total Grid-Injection Energy on Meter
- Total Loading Energy consumed at grid side
- Total Output Energy on backup port
- Total Power on Meter
- Total Purchasing Energy from Grid on Meter
- Total PV Generation
- Total PV Generation from Installation
- Total PV Generation on that day
| VIESSMANN | Communication | Date of Last Change |
| Wattsonic Hybrid Inverter WTS 3P | Modbus | May 2025 |
Details
Module
Device
- Asymetric Output Switch
- Backup Output energy on that day
- Battery
- Battery State
- Grid [Hz]
- Grid Injection energy on that day
- Grid Injection Power Limit Setting
- Grid Injection Power Limit Switch
- Grid Purchasing on that day
- Loading Energy on that day
- Off-grid battery DOD setting
- Off-Grid Running Switch
- Off-grid State of Charge (SOC) protection
- On-Grid State Of Charge (SOC) Protection
- Peak Load Shift Function Switch
| WELLPRO | Communication | Date of Last Change |
| WELLPRO WP8026ADAM | Modbus | May 2025 |
Details
Module
Device
- DO6 -RTU
- DO1 -RTU
- DO2 -RTU
- DO16 -RTU
- DO3 -RTU
- DO4 -RTU
- DO5 -RTU
- DO7 -RTU
- DO8 -RTU
- DO10 -RTU
- DO11 -RTU
- DO12 -RTU
- DO13 -RTU
- DO14 - RTU
- DO15 -RTU
- DO9 -RTU
| WELLPRO | Communication | Date of Last Change |
| WELLPRO WP8027ADAM | Modbus | May 2025 |
Details
Module
Device
- DI 1 -RTU
- DI2 - RTU
- DI3 - RTU
- DI4 -RTU
- DI5 - RTU
- DI6 - RTU
- DI7 -RTU
- DI8 -RTU
- DI9 -RTU
- DI10 - RTU
- DI11 - RTU
- DI12 -RTU
- DI13 - RTU
- DI14 - RTU
- DI15 -RTU
- DI16 -RTU
| XVENT | Communication | Date of Last Change |
| Xvent Xcont Central | Modbus | May 2025 |
Details
Module
Device
- Current voltage - Fan 1
- Current voltage - Fan 2
- Boost Mode
- Temperature sensor for frost protection
- CO₂ value at which fans activate
- RH (relative humidity) value at which fans activate
- Summer mode
- Power
- Desired temperature
- Flow rate
- Fan mode
- Fan status
- Fan level setting
- ${temperatureSensor}
- Touch button lock
| ZEHNDER | Communication | Date of Last Change |
| ComfoConnect PRO | Modbus | May 2025 |
Details
Module
Device
- Airflow
- Exhaust - Temperature and humidity
- Extract - Temperature and humidity
- Filter dirty
- Outdoor - Temperature and humidity
- Supply - Temperature and humidity
- Temperature profile
- Ventilation
- Ventilation - Filter days left
- Ventilation boost
| ZIGBEE2TASMOTA | Communication | Date of Last Change |
| Aqara - Door and Window Sensor | Packet Parser Templates | May 2025 |
Details
Module
Device
- ${deviceType_DoorSensor}
- ${deviceType_WindowSensor}
| ZIGBEE2TASMOTA | Communication | Date of Last Change |
| Aqara - Single Switch Module T1 (With Neutral) | Packet Parser Templates | May 2025 |
Details
Module
Device
| ZIGBEE2TASMOTA | Communication | Date of Last Change |
| Aqara - Temperature, Humidity and Pressure Sensor | Packet Parser Templates | May 2025 |
Details
Module
Device
- ${device_variable_pressure}
- ${temperature_air}
| ZIGBEE2TASMOTA | Communication | Date of Last Change |
| Aqara - Vibration Sensor | Packet Parser Templates | May 2025 |
Details
Module
Device
- Tilt
- ${adddevice_multivalueswitch}
| ZIGBEE2TASMOTA | Communication | Date of Last Change |
| Aqara - Water Leak Sensor | Packet Parser Templates | May 2025 |
Details
Module
Device
| ZIGBEE2TASMOTA | Communication | Date of Last Change |
| IKEA - TRADFRI - E1810 | Packet Parser Templates | May 2025 |
Details
Module
Device
- Dimmer Down
- Dimmer Up
- Left
- Right
- Toggle
| ZIGBEE2TASMOTA | Communication | Date of Last Change |
| Livarno SMART TS0505B | Packet Parser Templates | May 2025 |
Details
Module
Device
| ZIGBEE2TASMOTA | Communication | Date of Last Change |
| Moes - Smart Switch | Packet Parser Templates | May 2025 |
Details
Module
Device
| ZIGBEE2TASMOTA | Communication | Date of Last Change |
| Tasmota - Zigbee GW | Packet Parser Templates | May 2025 |
Details
Module
Device
- Devices Found
- Permit Join