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Alpha Innotec Heating & Cooling LUX 2.1 SHI

by AIT Deutschland GmbHNo rating yet378 downloads

Content languageEnglish

Description

This template allows you to control your alpha innotec heat pump without additional Gateway over Modbus TCP.

The alpha innotec Luxtronik 2.1 is the control system for Air / Water and Brine / Water heatpumps from alpha innotec.

The choice of paring Alpha Innotec systems with Loxone offers the possibility of:

- integrating demand-based heating and cooling depending on e.g. presence or the protection of open windows - Active integration in interaction with e.g. PV- systems in a Loxone Energy Management - Using flexible electricity tariffs with the Spot Price Optimizer. - Use statistics ore individual notifications - Create your own individual schematics - Reduce cycles and operating hours of your Alpha Innotec heatpump - Combining hybrid solutions e.g. Heatpump and PV- Heating element in your Hot Water Storage - Create e.g. yearly operation goals like certain annual runtime forces for hybrid systems e.g. (Heatpump 60% amount of energy, Gas heater 40% amount of energy) to fulfill the requirements of your local government. - Grid management according to §14a ENWG in Germany - In addition to the electrical power, the current and total thermal energy can also be visualized via the Loxone Energy Flow Monitor. To the compact overview for e.g. contractors. - Influence on the hot water circulation pump by controlling via the presence detectors. - Increased security through leakage detection or activation of IP cameras in the plant room.

To enable communication between the Alpha Innotec and Loxone, you have to activate the "Smart Home Interface" within the alpha innotec controller: The detailed description how to activate the "Smart Home Interface" can be found in the manual "83055400pUK_Lux_21_Teil_2.pdf" page 45-47.

Alpha Innotec multilingual helpcenter and download area:

- If you need actual documentation of your Alpha innotec heatpump please use the following link: -

Setting up the Heat Pump Controller for Communication with LOXONE https://youtu.be/qwZ-N9BMpTQ

Information to Additional Downloads:

- The LX file "Alpha Innotec Use Case Loxone Control" can be used to connect Loxone devices to the heatpump. - The LX file "Alpha Innotec Use Case RBE thermostat" ca be used when an alpha innotec room control device RBE+ is used to control the room temperature taken into accout the PV surplus.

Inputs and outputs · 170

NameTypeUnit
coolingEnabledModbus
heatingEnabledModbus
dhwEnabledModbus
solarEnabledModbus
poolEnabledModbus
rbeEnabledModbus
heatingEnabledMC2Modbus
coolingEnabledMC1Modbus
heatingEnabledMC1Modbus
coolingEnabledMC2Modbus
heatingEnabledMC3Modbus
coolingEnabledMC3Modbus
heatingSetpointModeModbus<v>
heatingTemperatureSetpointMC1Modbus°C
dhwTemperatureOffsetModbusK
heatingLevelModbus<v>
dhwSetpointModeModbus<v>
dhwDesiredTemperatureSetpointModbus°C
heatingTemperatureOffsetMC1ModbusK
dhwLevelModbus<v>
coolingSetpointModeMC2Modbus<v>
heatingReturnTemperatureSetpointModbus°C
heatingTemperatureOffsetModbusK
heatingLevelMc2Modbus<v>
heatingSetpointModeMC1Modbus<v>
coolingTemperatureSetpointMC1Modbus°C
coolingTemperatureOffsetMC1ModbusK
heatingSetpointModeMC2Modbus<v>
heatingTemperatureSetpointMC2Modbus°C
heatingTemperatureOffsetMC2ModbusK
heatingLevelMc1Modbus<v>
coolingSetpointModeMC1Modbus<v>
coolingTemperatureSetpointMC3Modbus°C
coolingTemperatureOffsetMC2ModbusK
heatingSetpointModeMC3Modbus<v>
heatingTemperatureSetpointMC3Modbus°C
heatingTemperatureOffsetMC3ModbusK
heatingLevelMc3Modbus<v>
coolingSetpointModeMC3Modbus<v>
coolingTemperatureSetpointMC2Modbus°C
coolingTemperatureOffsetMC3ModbusK
powerConsumptionLimitModeModbus<v>
powerConsumptionLimitModbuskW
heatingBlockModbus<v>
dhwBlockModbus<v>
circulationStartModbus<v>
poolBlockModbus<v>
roomTemperatureSetpointModbus°C
heatingOverallModeModbus<v>
heatingOverallOffsetModbusK
heatingOverallLevelModbus<v>
coolingBlockModbus<v>
extraDhwEnableModbus<v>
heatGeneratorStatusModbus<v>
activeStateModbus<v>
dhwStatusModbus<v>
heatingStatusModbus<v>
coolingStatusModbus<v>
poolStatusModbus<v>
returnTemperatureModbus°C
returnTemperatureSetpointModbus°C
returnExternTemperatureModbus°C
returnTemperatureLimitModbus°C
systemTemperatureMinModbus°C
flowTemperatureModbus°C
roomTemperatureModbus°C
heatingDemandBorderModbus°C
outdoorTemperatureModbus°C
outdoorTemperatureAverageModbus°C
flowTemperatureMaxModbus°C
heatSourceEntryTemperatureModbus°C
heatSourceExitTemperatureModbus°C
flowTemperatureCalcModbus°C
dhwTemperatureCurrentModbus°C
dhwTargetTemperatureSetpointModbus°C
dhwTemperatureMinModbus°C
dhwTemperatureMaxModbus°C
dhwDemandBorderModbus°C
temperatureMC1Modbus°C
flowTemperatureSetpointMC2Modbus°C
flowTemperatureSetpointMinMC1Modbus°C
flowTemperatureSetpointMaxMC3Modbus°C
errorNumberModbus<v>
flowTemperatureSetpointMC1Modbus°C
flowTemperatureSetpointMaxMC1Modbus°C
flowTemperatureSetpointMinMC3Modbus°C
temperatureMC2Modbus°C
flowTemperatureSetpointMaxMC2Modbus°C
flowTemperatureSetpointMC3Modbus°C
flowTemperatureSetpointMinMC2Modbus°C
heatingCapacityCurrentModbuskW
bufferIntegrationTypeModbus<v>
idleTimeMinModbusminute
extraDhwRuntimeModbusminute
coolingClearanceModbus<v>
temperatureMC3Modbus°C
powerConsumptionCurrentModbuskW
powerConsumptionMinModbuskW
powerConsumptionTotalModbuskWh
heatingPowerConsumptionTotalModbuskWh
dhwPowerConsumptionTotalModbuskWh
coolingPowerConsumptionTotalModbuskWh
poolPowerConsumptionTotalModbuskWh
heatingThermalEnergyTotalModbuskWh
dhwThermalEnergyTotalModbuskWh
coolingThermalEnergyTotalModbuskWh
poolThermalEnergyTotalModbuskWh
brineCirculationPumpOut(BOSUP)Modbus<v>
mc1CirculationPumpOut (FP1)Modbus<v>
mc2CirculationPumpOut (FP2)Modbus<v>
heatingCircuitCirculationPumpOut(HUP)Modbus<v>
mc3CirculationPumpOut (FP3)Modbus<v>
dhwCirculationPumpOut (BUP)Modbus<v>
circulationPumpOut (ZIP)Modbus<v>
energySupplierSignal2In (EVU2)Modbus<v>
energySupplierSignal1In (EVU1)Modbus<v>
softwarePlatformModbus<v>
softwareRevisionMinorModbus<v>
softwareRevisionMajorModbus<v>
thermalEnergyTotalModbuskWh
heatpumpRuntimeTotalModbushour
heatingRuntimeTotalModbushour
dhwRuntimeTotalModbushour
coolingActiveRuntimeTotalModbushour
poolRuntimeTotalModbushour
solarRuntimeTotalModbushour
extraDhwTemperatureSetpointModbus°C
runtimeMinModbusminute
extraDhwRemainingTimeModbusminute
dhwLevelModbus<v>
dhwTemperatureOffsetModbus<v>
heatingReturnTemperatureSetpointModbus<v>
dhwSetpointModeModbus<v>
coolingSetpointModeMC2Modbus<v>
dhwDesiredTemperatureSetpointModbus<v>
coolingTemperatureOffsetMC1Modbus<v>
heatingLevelMc1Modbus<v>
heatingSetpointModeModbus<v>
heatingTemperatureSetpointMC1Modbus<v>
heatingTemperatureOffsetModbus<v>
heatingLevelModbus<v>
heatingSetpointModeMC1Modbus<v>
coolingTemperatureSetpointMC1Modbus<v>
heatingTemperatureOffsetMC1Modbus<v>
heatingSetpointModeMC2Modbus<v>
heatingTemperatureSetpointMC2Modbus<v>
heatingTemperatureOffsetMC2Modbus<v>
heatingLevelMc2Modbus<v>
coolingSetpointModeMC1Modbus<v>
coolingTemperatureSetpointMC2Modbus<v>
coolingTemperatureOffsetMC2Modbus<v>
heatingSetpointModeMC3Modbus<v>
heatingTemperatureSetpointMC3Modbus<v>
heatingTemperatureOffsetMC3Modbus<v>
heatingLevelMc3Modbus<v>
coolingSetpointModeMC3Modbus<v>
coolingTemperatureSetpointMC3Modbus<v>
coolingTemperatureOffsetMC3Modbus<v>
powerConsumptionLimitModeModbus<v>
powerConsumptionLimitModbus<v>
heatingBlockModbus<v>
dhwBlockModbus<v>
coolingBlockModbus<v>
poolBlockModbus<v>
roomTemperatureSetpointModbus<v>
heatingOverallModeModbus<v>
heatingOverallOffsetModbus<v>
heatingOverallLevelModbus<v>
circulationStartModbus<v>
extraDhwEnableModbus<v>

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