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aqotec RM360 via Modbus TCP

by aqotec GmbhNo rating yet70 downloads

Content languageEnglish

Description

In the attached files you will find a importable "modbus device" via Modbus TCP for the aqotec RM360 district heating substation- controller. Beside the "modbus device" there is also a description "how to use" and a sample project, where you can copy function blocks or some sample (hydraulic-) schematics.

All files are supported in english and german

Descriptions of the controller can be downloaded here: https://aqotec.com/download/bedienungsanleitung-rm360/ https://aqotec.com/download/vollstaendige-reglerbeschreibung/ https://aqotec.com/download/vollstaendige-reglerbeschreibung-englisch/

Enjoy :) Florian

Inputs and outputs · 127

NameTypeUnit
sensorvalue T10 outdoorModbus°C
sensorvalue T11 prim. returnModbus°C
sensorvalue T12 sec. flow temperatureModbus°C
sensorvalue T15 sec. return temperatureModbus°C
setpoint sec. flow temperatureModbuss: °C
calculated primary-valve positionModbus%
actual used return limitationModbusmax: °C
operating statusModbus<v>
main modeModbus<v>
general-correction in reduction modeModbusK
general-correction in heating modeModbusK
Error-Byte 1 StatusModbus<v>
Error-Byte 2 StatusModbus<v>
Error-Byte 3 StatusModbus<v>
Error-Byte 4 StatusModbus<v>
Heatmeter Energy in kWhModbuskWh
Heatmeter actual power in kWModbuskW
Heatmeter flowrate in l/hModbusl/h
Heatmeter flow temperatureModbus°C
Heatmeter return temperatureModbus°C
Heatmeter serial numberModbusSN:
Heatmeter volume in m³Modbusm³
Heatmeter error status (value vom heatmeter)Modbus<v>
HC1 flow temperature setpointModbuss: °C
HC1 used room-setpointModbuss: °C
HC1 sensorvalue T17 return/roomModbus°C
HC1 status pump (P3)Modbus<v>
HC1 operating statusModbus<v>
HC1 room-setpointModbuss: °C
HC1 outdoor switch-off temperature in heating modeModbus°C
HC1 outdoor switch-off temperature in reduction modeModbus°C
HC1 modeModbus<v>
HC1 correction in heating modeModbusK
HC1 correction in reduction modeModbusK
HC2 outdoor switch-off temperature in heating modeModbus°C
HC2 outdoor switch-off temperature in reduction modeModbus°C
HC2 modeModbus<v>
HC2 correction in heating modeModbusK
HC2 correction in reduction modeModbusK
HC2 room-setpointModbus°C
HC2 status pump (P8)Modbus<v>
HC2 operating statusModbus<v>
HC2 sensorvalue T16 flow temperatureModbus°C
HC2 flow temperature setpointModbuss: °C
HC2 sensorvalue T20 return/roomModbus°C
HC2 used room-setpointModbuss: °C
HC3 outdoor switch-off temperature in heating modeModbus°C
HC3 outdoor switch-off temperature in reduction modeModbus°C
HC3 modeModbus<v>
HC3 correction in heating modeModbusK
HC3 correction in reduction modeModbusK
HC3 room-setpointModbus°C
HC3 status pump (3P1)Modbus<v>
HC3 operating statusModbus<v>
HC3 sensorvalue 3TMP flow temperatureModbus°C
HC3 flow temperature setpointModbuss: °C
HC3 sensorvalue 3FBT return/roomModbus°C
HC3 used room-setpointModbuss: °C
HC4 outdoor switch-off temperature in heating modeModbus°C
HC4 outdoor switch-off temperature in reduction modeModbus°C
HC4 modeModbus<v>
HC4 correction in heating modeModbusK
HC4 correction in reduction modeModbusK
HC4 room-setpointModbuss: °C
HC4 status pump (4P1)Modbus<v>
HC4 operating statusModbus<v>
HC4 sensorvalue 4TMP flow temperatureModbus°C
HC4 flow temperature setpointModbuss: °C
HC4 sensorvalue 4FBT return/roomModbus°C
HC4 used room-setpointModbuss: °C
TC1 operating statusModbus<v>
TC1 used setpoint for sensor topModbusAus: °C
TC1 sensorvalue T13 topModbus°C
TC1 used start temperature for sensor topModbusEin: °C
TC1 used setpoint/switchoff temperature for sensor bottomModbusAus: °C
TC1 sensorvalue T14 bottomModbus°C
TC1 used start temperature for sensor bottomModbusEin: °C
TC1 used charging temperatureModbuss: °C
TC1 status pump (P4)Modbus<v>
TC1 mode hot water tankModbus<v>
HC3 status flow-switch from tapwaterstationModbus<v>
HC3 actual flow from tapwater stationModbusl/min
TC2 status pump (P5)Modbus<v>
TC2 setpoint pumpe/valve (AO2)Modbus%
TC2 sensorvalue T23 topModbus°C
TC2 sensorvalue T24 bottomModbus°C
TC2 used charging temperatureModbuss: °C
TC2 hot water tank used setpoint for sensor topModbusAus: °C
TC2 hot water tank used start temperature for sensor topModbusEin: °C
TC2 hot water tank used setpoint/switchoff temperature for sensor bottomModbusAus: °C
TC2 hot water tank used start temperature for sensor bottomModbusEin: °C
TC2 operating status hot water tankModbus<v.>
TC2 mode hot water tankModbus<v>
TC2 used setpoint buffer tank topModbuss: °C
TC2 buffer tank used switchoff temperature bottonModbusAus: °C
TC2 operating status buffer tankModbus<v>
HC7 sensorvalue 7TMP flow temperatureModbus°C
HC7 sensorvalue 7FBT return/roomModbus°C
HC1 room-setpointModbus°C
HC1 outdoor switch-off temperature in reduction modeModbus°C
HC1 outdoor switch-off temperature in heating modeModbus°C
main modeModbus<v>
general-correction in reduction modeModbus<v>
general-correction in heating modeModbus<v>
HC1 modeModbus<v>
HC2 modeModbus<v>
HC1 correction in heating modeModbusK
HC1 correction in reduction modeModbusK
HC2 outdoor switch-off temperature in reduction modeModbus°C
HC2 outdoor switch-off temperature in heating modeModbus°C
HC2 room-setpointModbus°C
HC2 correction in heating modeModbusK
HC2 correction in reduction modeModbusK
HC3 correction in reduction modeModbusK
HC4 correction in reduction modeModbusK
HC3 correction in heating modeModbusK
HC4 correction in heating modeModbusK
HC3 modeModbus<v>
HC4 modeModbus<v>
HC3 outdoor switch-off temperature in heating modeModbus°C
HC4 outdoor switch-off temperature in heating modeModbus°C
HC3 outdoor switch-off temperature in reduction modeModbus°C
HC4 outdoor switch-off temperature in reduction modeModbus°C
HC3 room-setpointModbus°C
HC4 room-setpointModbus°C
TC1 mode hot water tankModbus<v>
TC2 mode hot water tankModbus<v>

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