Template
ÖkoFEN Pelletronic
Description
The heating system, which can be controlled via Modbus TCP, can be perfectly integrated into the Loxone system and thus significantly increase energy efficiency. The Modbus device template saves you a great deal of configuration effort and time-consuming research work. All settings and information that are made and visible on the ÖkoFEN control panel can also be operated and queried via the Loxone visualisation. More Information on integrating your pellet boiler into a Loxone home control system can be found here.
Inputs and outputs · 149
| Name | Type | Unit |
|---|---|---|
| Outside temperaturee | Modbus | °C |
| Plant operating mode | Modbus | |
| Heating circuit 1 operating mode | Modbus | <v.1> |
| Hot water 1 (WW) operating mode | Modbus | <v.1> |
| Hot water 1 (Auto) operating mode | Modbus | <v.1> |
| Hot water 1 1x preheating | Modbus | |
| Heating circuit 1 heating temperature | Modbus | °C |
| Heating circuit 1 setback temperature | Modbus | °C |
| Heating circuit 1 time program | Modbus | |
| Heating circuit 1 room temperature | Modbus | °C |
| Hot water 1 temperature | Modbus | °C |
| Hot water 1 time program | Modbus | |
| Buffer 1 TPO | Modbus | °C |
| Buffer 1 TPM | Modbus | °C |
| Solar 1 collector | Modbus | °C |
| Solar 1 SPU 1 | Modbus | °C |
| Solar 1 SPU 2 | Modbus | °C |
| SolarGain 1 | Modbus | kW |
| SolarGain 1 today | Modbus | kWh |
| SolarGain 1 yesterday | Modbus | kWh |
| SolarGain 1 total | Modbus | kWh |
| ECO mode | Modbus | |
| ECO temp | Modbus | °C |
| ECO clouds | Modbus | % |
| ECO forecast temp | Modbus | °C |
| ECO forecast clouds | Modbus | % |
| PE 1 mode | Modbus | <v.1> |
| PE 1 temp | Modbus | °C |
| PE 1 modulation | Modbus | % |
| PE 1 status | Modbus | <v.1> |
| Buffer 2 TPM | Modbus | °C |
| Buffer 2 TPO | Modbus | °C |
| Buffer 3 TPM | Modbus | °C |
| Buffer 3 TPO | Modbus | °C |
| Solar 2 collector | Modbus | °C |
| Solar 2 SPU 1 | Modbus | °C |
| Solar 2 SPU 2 | Modbus | °C |
| Solar 3 collector | Modbus | °C |
| Solar 3 SPU 1 | Modbus | °C |
| Solar 3 SPU 2 | Modbus | °C |
| SolarGain 2 | Modbus | kW |
| SolarGain 3 | Modbus | kW |
| SolarGain 2 yesterday | Modbus | kWh |
| SolarGain 3 yesterday | Modbus | kWh |
| SolarGain 2 today | Modbus | kWh |
| SolarGain 3 today | Modbus | kWh |
| SolarGain 2 total | Modbus | kWh |
| SolarGain 3 total | Modbus | kWh |
| Hot water 2 (Auto) operating mode | Modbus | <v.1> |
| Hot water 3 (Auto) operating mode | Modbus | <v.1> |
| Hot water 2 (WW) operating mode | Modbus | <v.1> |
| Hot water 3 (WW) operating mode | Modbus | <v.1> |
| Hot water 2 1x preheating | Modbus | |
| Hot water 3 1x preheating | Modbus | |
| Hot water 2 temperature | Modbus | °C |
| Hot water 3 temperature | Modbus | °C |
| Hot water 2 time program | Modbus | |
| Hot water 3 time program | Modbus | |
| PE 2 mode | Modbus | <v.1> |
| PE 3 mode | Modbus | <v.1> |
| PE 4 mode | Modbus | <v.1> |
| PE 2 modulation | Modbus | % |
| PE 3 modulation | Modbus | % |
| PE 4 modulation | Modbus | % |
| PE 2 status | Modbus | <v.1> |
| PE 3 status | Modbus | <v.1> |
| PE 4 status | Modbus | <v.1> |
| PE 2 temp | Modbus | °C |
| PE 3 temp | Modbus | °C |
| PE 4 temp | Modbus | °C |
| Heating circuit 2 setback temperature | Modbus | °C |
| Heating circuit 3 setback temperature | Modbus | °C |
| Heating circuit 4 setback temperature | Modbus | °C |
| Heating circuit 5 setback temperature | Modbus | °C |
| Heating circuit 6 setback temperature | Modbus | °C |
| Heating circuit 2 operating mode | Modbus | <v.1> |
| Heating circuit 3 operating mode | Modbus | <v.1> |
| Heating circuit 4 operating mode | Modbus | <v.1> |
| Heating circuit 5 operating mode | Modbus | <v.1> |
| Heating circuit 6 operating mode | Modbus | <v.1> |
| Heating circuit 2 heating temperature | Modbus | °C |
| Heating circuit 3 heating temperature | Modbus | °C |
| Heating circuit 4 heating temperature | Modbus | °C |
| Heating circuit 5 heating temperature | Modbus | °C |
| Heating circuit 6 heating temperature | Modbus | °C |
| Heating circuit 2 room temperature | Modbus | °C |
| Heating circuit 3 room temperature | Modbus | °C |
| Heating circuit 4 room temperature | Modbus | °C |
| Heating circuit 5 room temperature | Modbus | °C |
| Heating circuit 6 room temperature | Modbus | °C |
| Heating circuit 2 time program | Modbus | |
| Heating circuit 3 time program | Modbus | |
| Heating circuit 4 time program | Modbus | |
| Heating circuit 5 time program | Modbus | |
| Heating circuit 6 time program | Modbus | |
| Error 1 | Modbus | <v.1> |
| Error 2 | Modbus | <v.1> |
| Error 3 | Modbus | <v.1> |
| Error 4 | Modbus | <v.1> |
| Error 5 | Modbus | <v.1> |
| Version W | Modbus | <v.1> |
| Plant Operating mode W | Modbus | <v.1> |
| Heating circuit 1 operating mode W | Modbus | <v.1> |
| Hot water 1 (Auto) operating mode W | Modbus | <v.1> |
| Hot water 1 (WW) operating mode W | Modbus | <v.1> |
| Hot water 1 1x preheating W | Modbus | |
| ECO mode W | Modbus | |
| FA 1 mode W | Modbus | <v.1> |
| FA 2 mode W | Modbus | <v.1> |
| FA 3 mode W | Modbus | <v.1> |
| FA 4 mode W | Modbus | <v.1> |
| Heating circuit 1 heating temperature W | Modbus | <v.1> |
| Heating circuit 1 setback temperature W | Modbus | <v.1> |
| Heating circuit 1 time program W | Modbus | <v.1> |
| Heating circuit 1 Eco mode W | Modbus | <v.1> |
| Heating circuit 2 operating mode W | Modbus | <v.1> |
| Heating circuit 2 heating temperature W | Modbus | <v.1> |
| Heating circuit 2 setback temperature | Modbus | <v.1> |
| Heating circuit 2 time program W | Modbus | <v.1> |
| Heating circuit 2 Eco mode W | Modbus | <v.1> |
| Heating circuit 3 Eco mode W | Modbus | <v.1> |
| Heating circuit 4 Eco mode W | Modbus | <v.1> |
| Heating circuit 5 Eco mode W | Modbus | <v.1> |
| Heating circuit 6 Eco mode W | Modbus | <v.1> |
| Heating circuit 3 operating mode W | Modbus | <v.1> |
| Heating circuit 4 operating mode W | Modbus | <v.1> |
| Heating circuit 5 operating mode W | Modbus | <v.1> |
| Heating circuit 6 operating mode W | Modbus | <v.1> |
| Heating circuit 3 heating temperature W | Modbus | <v.1> |
| Heating circuit 4 heating temperature W | Modbus | <v.1> |
| Heating circuit 5 heating temperature W | Modbus | <v.1> |
| Heating circuit 6 heating temperature W | Modbus | <v.1> |
| Heating circuit 3 setback temperature W | Modbus | <v.1> |
| Heating circuit 4 setback temperature W | Modbus | <v.1> |
| Heating circuit 5 setback temperature W | Modbus | <v.1> |
| Heating circuit 6 setback temperature W | Modbus | <v.1> |
| Heating circuit 3 time program W | Modbus | <v.1> |
| Heating circuit 4 time program W | Modbus | <v.1> |
| Heating circuit 5 time program W | Modbus | <v.1> |
| Heating circuit 6 time program W | Modbus | <v.1> |
| Hot water 2 (Auto) operating mode W | Modbus | <v.1> |
| Hot water 3 (Auto) operating mode W | Modbus | <v.1> |
| Hot water 2 (WW) operating mode W | Modbus | <v.1> |
| Hot water 3 (WW) operating mode W | Modbus | <v.1> |
| Hot water 2 1x preheating W | Modbus | |
| Hot water 3 1x preheating W | Modbus | |
| Hot water 1 time program W | Modbus | <v.1> |
| Hot water 2 time program W | Modbus | <v.1> |
| Hot water 3 time program W | Modbus | <v.1> |
FAQ
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Questions and answers
Ökofen Heatpump
OpenIs it possible to integrate the Ökofen Greenfox Heatpump as well? At least to get status information?
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