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iDM Heat Pump

Name: iDM Heat Pump
Author: iDM Energiesysteme GmbH

by iDM Energiesysteme GmbHNo rating yet2,894 downloads

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Updated Jul 13, 2022

Download · v1.0.2

Description

iDM heat pumps with the Navigator control 2.0 can be connected to an Ethernet network. This allows to have access to the Navigator control via the Modbus TCP protocol.

The Modbus TCP communication is available as standard, no additional equipment is required.

Inputs and outputs · 412

Name	Type	Unit
Excess	Modbus	`kW`
Excess	Modbus	`kW`
Power Electric Heating Element	Modbus	`kW`
Power Electric Heating Element	Modbus	`kW`
PV Power	Modbus	`kW`
PV Power	Modbus	`kW`
Home Consumption	Modbus	`kW`
Home Consumption	Modbus	`kW`
Battery Discharge	Modbus	`kW`
Battery Discharge	Modbus	`kW`
Battery state of charge	Modbus	`%`
Battery state of charge	Modbus	`%`
outdoor temperature	Modbus	`°C`
average outdoortemp.	Modbus	`°C`
internal message	Modbus	`<v>`
Operation Mode System	Modbus	`<v>`
Operation Mode System	Modbus	`<v>`
smart grid	Modbus	`<v>`
heat buffer temperature	Modbus	`°C`
cold buffer temperature	Modbus	`°C`
DHW temperature bottom	Modbus	`°C`
DHW temp. top	Modbus	`°C`
hot water tap temperature	Modbus	`°C`
Desired Hot Water Temperature	Modbus	`°C`
Desired Hot Water Temperature	Modbus	`°C`
Switch-on Temperature	Modbus	`°C`
Switch-on Temperature	Modbus	`°C`
Switch-off Temperature	Modbus	`°C`
Switch-off Temperature	Modbus	`°C`
Variable Electricity Tariff	Modbus	`<v.1>`
Heat Pump flow temperature	Modbus	`°C`
return probe	Modbus	`°C`
HGL-flow temperature	Modbus	`°C`
heat source entry	Modbus	`°C`
heat source temperature	Modbus	`°C`
inlet air temperature	Modbus	`°C`
air heat exchanger temp.	Modbus	`°C`
inlet air temperature 2	Modbus	`°C`
load sensor	Modbus	`°C`
Heat Pump Mode	Modbus	`<v>`
heating demand	Modbus	`<v>`
cooling demand	Modbus	`<v>`
hot water demand	Modbus	`<v>`
EW/EVU blocking	Modbus	`<v>`
Sum fault controller	Modbus	`<v>`
Compressor 1	Modbus	`<v>`
Compressor 2	Modbus	`<v>`
Compressor 3	Modbus	`<v>`
Compressor 4	Modbus	`<v>`
cargo pump	Modbus	`% 0-10V/PWM`
heat source pump	Modbus	`% 0-10V/PWM`
con. ground water pump	Modbus	`% 0-10V/PWM`
cooling buffer pump M84	Modbus	`% 0-10V/PWM`
heat src backcool pump	Modbus	`% 0-10V/PWM`
valve hc heating/cooling	Modbus	`<v>`
valve heat/cool	Modbus	`<v>`
valve heating/priority	Modbus	`<v>`
M74 Switching heat source heating/cooling	Modbus	`<v>`
valve M78 heat/priority	Modbus	`<v>`
valve M79 buf/heatsourc	Modbus	`<v>`
valve M89 heat source/cold reservoir	Modbus	`<v>`
valve M99 recooling	Modbus	`<v>`
circulationpump	Modbus	`<v>`
Bivalence Point 1 Auxiliary Heat 1	Modbus	`°C`
Bivalence Point 1 Auxiliary Heat 1	Modbus	`°C`
Bivalence Point 2 Auxiliary Heat 1	Modbus	`°C`
Bivalence Point 2 Auxiliary Heat 1	Modbus	`°C`
Bivalence Point 1 Auxiliary Heat 2	Modbus	`°C`
Bivalence Point 1 Auxiliary Heat 2	Modbus	`°C`
Bivalence Point 2 Auxiliary Heat 2	Modbus	`°C`
Bivalence Point 2 Auxiliary Heat 2	Modbus	`°C`
2nd/3rd heat generator	Modbus	`<v>`
Maximum Stages Heating	Modbus	`<v>`
Maximum Stages Cooling	Modbus	`<v>`
Cascade Stages Available Priority	Modbus	`<v>`
Cascade Stages Running Heat	Modbus	`<v>`
Cascade Stages Running Cool	Modbus	`<v>`
Cascade Stages Running Priority	Modbus	`<v>`
Cascade Head Demand Temperature	Modbus	`°C`
Cascade Cool Demand Temperature	Modbus	`°C`
Cascade Priority Demand Temperature	Modbus	`°C`
Cascade average Flow Heat Temp.	Modbus	`°C`
Cascade average Flow Cool Temp.	Modbus	`°C`
Cascade average Flow Priority Temp.	Modbus	`°C`
Minimum Power Heating	Modbus	`%`
Minimum Power Heating	Modbus	`%`
Maximum Power Heating	Modbus	`%`
Maximum Power Heating	Modbus	`%`
Minimum Power Cooling	Modbus	`%`
Minimum Power Cooling	Modbus	`%`
Maximum Power Cooling	Modbus	`%`
Maximum Power Cooling	Modbus	`%`
Minimum Power Hot Water	Modbus	`%`
Minimum Power Hot Water	Modbus	`%`
Maximum Power Hot Water	Modbus	`%`
Maximum Power Hot Water	Modbus	`%`
Bivalence Point Heat Parallel	Modbus	`°C`
Bivalence Point Heat Parallel	Modbus	`°C`
Bivalence Point Alternative - Heating	Modbus	`°C`
Bivalence Point Alternative - Heating	Modbus	`°C`
Bivalence Point Cool Parallel	Modbus	`°C`
Bivalence Point Cool Parallel	Modbus	`°C`
Bivalence Point Alternative - Cooling	Modbus	`°C`
Bivalence Point Alternative - Cooling	Modbus	`°C`
Bivalence Point Hot Water Parallel	Modbus	`°C`
Bivalence Point Hot Water Parallel	Modbus	`°C`
Bivalence Point Alternative - Hot Water	Modbus	`°C`
Bivalence Point Alternative - Hot Water	Modbus	`°C`
HC A flow temperature	Modbus	`°C`
HC B flow temperature	Modbus	`°C`
HC C flow temperature	Modbus	`°C`
HC D flow temperature	Modbus	`°C`
HC A room temperature	Modbus	`°C`
HC B room temperature	Modbus	`°C`
HC C room temperature	Modbus	`°C`
HC D room temperature	Modbus	`°C`
HC A desired flow temp	Modbus	`°C`
HC B desired flow temp	Modbus	`°C`
HC C desired flow temp	Modbus	`°C`
HC D desired flow temp	Modbus	`°C`
humidity sensor	Modbus	`%`
HC A HC A Mode	Modbus	`<v>`
HC A HC A Mode	Modbus	`<v>`
HC B HC B Mode	Modbus	`<v>`
HC B HC B Mode	Modbus	`<v>`
HC C HC C Mode	Modbus	`<v>`
HC C HC C Mode	Modbus	`<v>`
HC D HC D Mode	Modbus	`<v>`
HC D HC D Mode	Modbus	`<v>`
HC A Room Temperature Heating Normal	Modbus	`°C`
HC A Room Temperature Heating Normal	Modbus	`°C`
HC B Room Temperature Heating Normal	Modbus	`°C`
HC B Room Temperature Heating Normal	Modbus	`°C`
HC C Room Temperature Heating Normal	Modbus	`°C`
HC C Room Temperature Heating Normal	Modbus	`°C`
HC D Room Temperature Heating Normal	Modbus	`°C`
HC D Room Temperature Heating Normal	Modbus	`°C`
HC A Room Temperature Heating Eco	Modbus	`°C`
HC A Room Temperature Heating Eco	Modbus	`°C`
HC B Room Temperature Heating Eco	Modbus	`°C`
HC B Room Temperature Heating Eco	Modbus	`°C`
HC C Room Temperature Heating Eco	Modbus	`°C`
HC C Room Temperature Heating Eco	Modbus	`°C`
HC D Room Temperature Heating Eco	Modbus	`°C`
HC D Room Temperature Heating Eco	Modbus	`°C`
HC A Heating Slope	Modbus	`<v.1>`
HC A Heating Slope	Modbus	`<v.1>`
HC B Heating Slope	Modbus	`<v.1>`
HC B Heating Slope	Modbus	`<v.1>`
HC C Heating Slope	Modbus	`<v.1>`
HC C Heating Slope	Modbus	`<v.1>`
HC D Heating Slope	Modbus	`<v.1>`
HC D Heating Slope	Modbus	`<v.1>`
HC A Heating Limit	Modbus	`°C`
HC A Heating Limit	Modbus	`°C`
HC B Heating Limit	Modbus	`°C`
HC B Heating Limit	Modbus	`°C`
HC C Heating Limit	Modbus	`°C`
HC C Heating Limit	Modbus	`°C`
HC D Heating Limit	Modbus	`°C`
HC D Heating Limit	Modbus	`°C`
HC A Flow Temperature Heating	Modbus	`°C`
HC A Flow Temperature Heating	Modbus	`°C`
HC B Flow Temperature Heating	Modbus	`°C`
HC B Flow Temperature Heating	Modbus	`°C`
HC C Flow Temperature Heating	Modbus	`°C`
HC C Flow Temperature Heating	Modbus	`°C`
HC D Flow Temperature Heating	Modbus	`°C`
HC D Flow Temperature Heating	Modbus	`°C`
HC A Room Temperature Cooling Normal	Modbus	`°C`
HC A Room Temperature Cooling Normal	Modbus	`°C`
HC B Room Temperature Cooling Normal	Modbus	`°C`
HC B Room Temperature Cooling Normal	Modbus	`°C`
HC C Room Temperature Cooling Normal	Modbus	`°C`
HC C Room Temperature Cooling Normal	Modbus	`°C`
HC D Room Temperature Cooling Normal	Modbus	`°C`
HC D Room Temperature Cooling Normal	Modbus	`°C`
HC A Room Temperature Cooling Eco	Modbus	`°C`
HC A Room Temperature Cooling Eco	Modbus	`°C`
HC B Room Temperature Cooling Eco	Modbus	`°C`
HC B Room Temperature Cooling Eco	Modbus	`°C`
HC C Room Temperature Cooling Eco	Modbus	`°C`
HC C Room Temperature Cooling Eco	Modbus	`°C`
HC D Room Temperature Cooling Eco	Modbus	`°C`
HC D Room Temperature Cooling Eco	Modbus	`°C`
HC A Cooling Limit	Modbus	`°C`
HC A Cooling Limit	Modbus	`°C`
HC B Cooling Limit	Modbus	`°C`
HC B Cooling Limit	Modbus	`°C`
HC C Cooling Limit	Modbus	`°C`
HC C Cooling Limit	Modbus	`°C`
HC D Cooling Limit	Modbus	`°C`
HC D Cooling Limit	Modbus	`°C`
HC A Flow Temperature Cooling	Modbus	`°C`
HC A Flow Temperature Cooling	Modbus	`°C`
HC B Flow Temperature Cooling	Modbus	`°C`
HC B Flow Temperature Cooling	Modbus	`°C`
HC C Flow Temperature Cooling	Modbus	`°C`
HC C Flow Temperature Cooling	Modbus	`°C`
HC D Flow Temperature Cooling	Modbus	`°C`
HC D Flow Temperature Cooling	Modbus	`°C`
HC A active mode	Modbus	`<v>`
HC B active mode	Modbus	`<v>`
HC C active mode	Modbus	`<v>`
HC D active mode	Modbus	`<v>`
HC A Parallel Translation	Modbus	`°C`
HC A Parallel Translation	Modbus	`°C`
HC B Parallel Translation	Modbus	`°C`
HC B Parallel Translation	Modbus	`°C`
HC C Parallel Translation	Modbus	`°C`
HC C Parallel Translation	Modbus	`°C`
HC D Parallel Translation	Modbus	`°C`
HC D Parallel Translation	Modbus	`°C`
HC A external Room Temperature	Modbus	`°C`
HC B external Room Temperature	Modbus	`°C`
HC C external Room Temperature	Modbus	`°C`
HC D external Room Temperature	Modbus	`°C`
external Outdoor Temperature	Modbus	`°C`
external Humidity	Modbus	`%`
External Control Heating Temperature	Modbus	`°C`
External Control Heating Temperature	Modbus	`°C`
External Control Cooling Temperature	Modbus	`°C`
External Control Cooling Temperature	Modbus	`°C`
BMS Heating Request Temperature	Modbus	`°C`
BMS Cooling Request Temperature	Modbus	`°C`
External Control Heating	Modbus	`<v>`
External Control Heating	Modbus	`<v>`
External Control Cooling	Modbus	`<v>`
External Control Cooling	Modbus	`<v>`
DHW External	Modbus	`<v>`
DHW External	Modbus	`<v>`
External Bus Request One Time Priority	Modbus	`<v>`
External Bus Request One Time Priority	Modbus	`<v>`
external Request Brine/Intermediate Pump	Modbus	`<v>`
external Request Brine/Intermediate Pump	Modbus	`<v>`
external Request Groundwaterpump	Modbus	`<v>`
external Request Groundwaterpump	Modbus	`<v>`
BMS Heating Buffer Temperature	Modbus	`°C`
BMS Cooling Buffer Temperature	Modbus	`°C`
BMS Freshwater Temperature Bottom	Modbus	`°C`
BMS Freshwater Temperature Top	Modbus	`°C`
Heat Quantity	Modbus	`kWh`
total heat quantity	Modbus	`kWh`
Cooling Quantity	Modbus	`kWh`
Domestic Hot Water Quantity	Modbus	`kWh`
Defrost Quantity	Modbus	`kWh`
Passive Cooling Quantity	Modbus	`kWh`
solar power total	Modbus	`kWh`
Heat Quantity Electric Heating Element	Modbus	`kWh`
Thermal performance (based on flow sensor)	Modbus	`kW`
solar power inst.	Modbus	`kW`
collector temperature	Modbus	`°C`
collectorreturn temp.	Modbus	`°C`
solar load temperature	Modbus	`°C`
Solar Mode	Modbus	`<v>`
Solar Mode	Modbus	`<v>`
heads./pool temperature	Modbus	`°C`
charg. temp. cooling B44	Modbus	`°C`
ISC recooling temp.	Modbus	`°C`
ISC mode	Modbus	`<v>`
Quit Error	Modbus	`<v>`
ZM1 Mode Heat/Cool	Modbus	`<v>`
ZM1 Dehumidification active	Modbus	`<v>`
ZM1 R1 Room Temperature	Modbus	`°C`
ZM1 R1 Room Temperature	Modbus	`°C`
ZM1 R1 desired room temperature	Modbus	`°C`
ZM1 R1 desired room temperature	Modbus	`°C`
ZM1 R1 Room Humidity	Modbus	`%rH`
ZM1 R1 Room Humidity	Modbus	`%rH`
ZM1 R1 Mode	Modbus	`<v>`
ZM1 R1 Mode	Modbus	`<v>`
ZM1 R1 State	Modbus	`<v>`
ZM1 R2 Room Temperature	Modbus	`°C`
ZM1 R2 Room Temperature	Modbus	`°C`
ZM1 R2 desired room temperature	Modbus	`°C`
ZM1 R2 desired room temperature	Modbus	`°C`
ZM1 R2 Room Humidity	Modbus	`%rH`
ZM1 R2 Room Humidity	Modbus	`%rH`
ZM1 R2 Mode	Modbus	`<v>`
ZM1 R2 Mode	Modbus	`<v>`
ZM1 R2 State	Modbus	`<v>`
ZM1 R3 Room Temperature	Modbus	`°C`
ZM1 R3 Room Temperature	Modbus	`°C`
ZM1 R3 desired room temperature	Modbus	`°C`
ZM1 R3 desired room temperature	Modbus	`°C`
ZM1 R3 Room Humidity	Modbus	`%rH`
ZM1 R3 Room Humidity	Modbus	`%rH`
ZM1 R3 Mode	Modbus	`<v>`
ZM1 R3 Mode	Modbus	`<v>`
ZM1 R3 State	Modbus	`<v>`
ZM1 R4 Room Temperature	Modbus	`°C`
ZM1 R4 Room Temperature	Modbus	`°C`
ZM1 R4 desired room temperature	Modbus	`°C`
ZM1 R4 desired room temperature	Modbus	`°C`
ZM1 R4 Room Humidity	Modbus	`%rH`
ZM1 R4 Room Humidity	Modbus	`%rH`
ZM1 R4 Mode	Modbus	`<v>`
ZM1 R4 Mode	Modbus	`<v>`
ZM1 R4 State	Modbus	`<v>`
ZM1 R5 Room Temperature	Modbus	`°C`
ZM1 R5 Room Temperature	Modbus	`°C`
ZM1 R5 desired room temperature	Modbus	`°C`
ZM1 R5 desired room temperature	Modbus	`°C`
ZM1 R5 Room Humidity	Modbus	`%rH`
ZM1 R5 Room Humidity	Modbus	`%rH`
ZM1 R5 Mode	Modbus	`<v>`
ZM1 R5 Mode	Modbus	`<v>`
ZM1 R5 State	Modbus	`<v>`
ZM1 R6 Room Temperature	Modbus	`°C`
ZM1 R6 Room Temperature	Modbus	`°C`
ZM1 R6 desired room temperature	Modbus	`°C`
ZM1 R6 desired room temperature	Modbus	`°C`
ZM1 R6 Room Humidity	Modbus	`%rH`
ZM1 R6 Room Humidity	Modbus	`%rH`
ZM1 R6 Mode	Modbus	`<v>`
ZM1 R6 Mode	Modbus	`<v>`
ZM1 R6 State	Modbus	`<v>`
ZM1 R7 Room Temperature	Modbus	`°C`
ZM1 R7 Room Temperature	Modbus	`°C`
ZM1 R7 desired room temperature	Modbus	`°C`
ZM1 R7 desired room temperature	Modbus	`°C`
ZM1 R7 Room Humidity	Modbus	`%rH`
ZM1 R7 Room Humidity	Modbus	`%rH`
ZM1 R7 Mode	Modbus	`<v>`
ZM1 R7 Mode	Modbus	`<v>`
ZM1 R7 State	Modbus	`<v>`
ZM1 R8 Room Temperature	Modbus	`°C`
ZM1 R8 Room Temperature	Modbus	`°C`
ZM1 R8 desired room temperature	Modbus	`°C`
ZM1 R8 desired room temperature	Modbus	`°C`
ZM1 R8 Room Humidity	Modbus	`%rH`
ZM1 R8 Room Humidity	Modbus	`%rH`
ZM1 R8 Mode	Modbus	`<v>`
ZM1 R8 Mode	Modbus	`<v>`
ZM1 R8 State	Modbus	`<v>`
ZM1 R9 State	Modbus	`<v>`
ZM2 Mode Heat/Cool	Modbus	`<v>`
ZM2 Dehumidification active	Modbus	`<v>`
ZM2 R1 Room Temperature	Modbus	`°C`
ZM2 R1 Room Temperature	Modbus	`°C`
ZM2 R1 desired room temperature	Modbus	`°C`
ZM2 R1 desired room temperature	Modbus	`°C`
ZM2 R1 Room Humidity	Modbus	`%rH`
ZM2 R1 Room Humidity	Modbus	`%rH`
ZM2 R1 Mode	Modbus	`<v>`
ZM2 R1 Mode	Modbus	`<v>`
ZM2 R1 State	Modbus	`<v>`
ZM2 R2 Room Temperature	Modbus	`°C`
ZM2 R2 Room Temperature	Modbus	`°C`
ZM2 R2 desired room temperature	Modbus	`°C`
ZM2 R2 desired room temperature	Modbus	`°C`
ZM2 R2 Room Humidity	Modbus	`%rH`
ZM2 R2 Room Humidity	Modbus	`%rH`
ZM2 R2 Mode	Modbus	`<v>`
ZM2 R2 Mode	Modbus	`<v>`
ZM2 R2 State	Modbus	`<v>`
ZM2 R3 Room Temperature	Modbus	`°C`
ZM2 R3 Room Temperature	Modbus	`°C`
ZM2 R3 desired room temperature	Modbus	`°C`
ZM2 R3 desired room temperature	Modbus	`°C`
ZM2 R3 Room Humidity	Modbus	`%rH`
ZM2 R3 Room Humidity	Modbus	`%rH`
ZM2 R3 Mode	Modbus	`<v>`
ZM2 R3 Mode	Modbus	`<v>`
ZM2 R3 State	Modbus	`<v>`
ZM2 R4 Room Temperature	Modbus	`°C`
ZM2 R4 Room Temperature	Modbus	`°C`
ZM2 R4 desired room temperature	Modbus	`°C`
ZM2 R4 desired room temperature	Modbus	`°C`
ZM2 R4 Room Humidity	Modbus	`%rH`
ZM2 R4 Room Humidity	Modbus	`%rH`
ZM2 R4 Mode	Modbus	`<v>`
ZM2 R4 Mode	Modbus	`<v>`
ZM2 R4 State	Modbus	`<v>`
ZM2 R5 Room Temperature	Modbus	`°C`
ZM2 R5 Room Temperature	Modbus	`°C`
ZM2 R5 desired room temperature	Modbus	`°C`
ZM2 R5 desired room temperature	Modbus	`°C`
ZM2 R5 Room Humidity	Modbus	`%rH`
ZM2 R5 Room Humidity	Modbus	`%rH`
ZM2 R5 Mode	Modbus	`<v>`
ZM2 R5 Mode	Modbus	`<v>`
ZM2 R5 State	Modbus	`<v>`
ZM2 R6 Room Temperature	Modbus	`°C`
ZM2 R6 Room Temperature	Modbus	`°C`
ZM2 R6 desired room temperature	Modbus	`°C`
ZM2 R6 desired room temperature	Modbus	`°C`
ZM2 R6 Room Humidity	Modbus	`%rH`
ZM2 R6 Room Humidity	Modbus	`%rH`
ZM2 R6 Mode	Modbus	`<v>`
ZM2 R6 Mode	Modbus	`<v>`
ZM2 R6 State	Modbus	`<v>`
ZM2 R7 Room Temperature	Modbus	`°C`
ZM2 R7 Room Temperature	Modbus	`°C`
ZM2 R7 desired room temperature	Modbus	`°C`
ZM2 R7 desired room temperature	Modbus	`°C`
ZM2 R7 Room Humidity	Modbus	`%rH`
ZM2 R7 Room Humidity	Modbus	`%rH`
ZM2 R7 Mode	Modbus	`<v>`
ZM2 R7 Mode	Modbus	`<v>`
ZM2 R7 State	Modbus	`<v>`
ZM2 R8 Room Temperature	Modbus	`°C`
ZM2 R8 Room Temperature	Modbus	`°C`
ZM2 R8 desired room temperature	Modbus	`°C`
ZM2 R8 desired room temperature	Modbus	`°C`
ZM2 R8 Room Humidity	Modbus	`%rH`
ZM2 R8 Room Humidity	Modbus	`%rH`
ZM2 R8 Mode	Modbus	`<v>`
ZM2 R8 Mode	Modbus	`<v>`
ZM2 R8 State	Modbus	`<v>`
ZM2 R9 State	Modbus	`<v>`
total electrical power + PV-Offset (if there is no value from the inverter, that from the polynomial is used)	Modbus	`kW`

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Questions and answers

Integration with Loxone
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Johnny GallagherMar 14, 2023
Hi,
I got a quote for a IDM heat pump. The installer mentioned the less zones the better for the compressor, however every Loxone switch has temperature modules therefore I was going to have alot of zones. Is it ok to have alot of zones with the IDM heat pump or do you recommend 2/3 zones? The house is large with some rooms without windows as they are undergound.
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Description

Inputs and outputs · 412

FAQ

Ratings and comments

Questions and answers

Integration with Loxone

Report abuse