Pre-defined applications in the settings assistant
The following applications can be selected via the settings assistant:
Pre-defined applications in the settings assistant | Available additional control functions |
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Radiator – Differential pressure Δp-v For the “Heating with radiators” application, there is an optimized variable differential pressure control. Consumer loads with connected radiators can be supplied with a variable differential pressure control (Δp-v) according to the needs. | ‣ Setback operation |
Radiator – Dynamic Adapt plus For the “Heating with radiators” application, a control function is available with Dynamic Adapt plus, which automatically and continuously adjusts the required pump output based on the requirements of the heating system. | ‣ Setback operation |
Radiator – Hall temperature T-const For applications, in which the pump supplies only one room/hall with radiators, there is a temperature control, which not only adjusts the pump output to the temperature requirements of a room/hall, but also controls the temperature of the room/hall. This control mode does not require hydraulic control valves and prevents hydraulic loss. | ‣ Setback operation |
Underfloor heating – Differential pressure Δp-c For the “Heating with underfloor heating” application, there is an optimized constant differential pressure control. Consumer loads with underfloor heating can be supplied with a constant differential pressure control (dp-c) according to the needs. | ‣ Setback operation
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Underfloor heating – Dynamic Adapt plus For the “Heating with underfloor heating” application, Dynamic Adapt plus provides a control function that automatically and continuously adjusts the required pump output based on the requirements of the heating system. | ‣ Setback operation |
Underfloor heating – Hall temperature T-const For applications, in which the pump supplies only one room/hall with underfloor heating, there is a temperature control, which not only adjusts the pump output to the temperature requirements of a room/hall, but also controls the temperature of the room/hall. This control mode does not require hydraulic control valves and prevents hydraulic loss. | ‣ Setback operation |
Ceiling heating – Differential pressure Δp-c For the “Heating with ceiling heating” application, there is an optimized constant differential pressure control. Consumer loads with ceiling heating can be supplied with a constant differential pressure control (Δp-c) according to the needs. | ‣ Setback operation |
Ceiling heating – Dynamic Adapt plus For the “Heating with ceiling heating” application, Dynamic Adapt plus provides a control function that automatically and continuously adjusts the required pump output based on the requirements of the heating system. | ‣ Setback operation |
Ceiling heating – Hall temperature T-const For applications, in which the pump supplies only one room/hall with ceiling heating, there is a temperature control, which not only adjusts the pump output to the temperature requirements of a room/hall, but also controls the temperature of the room/hall. This control mode does not require hydraulic control valves and prevents hydraulic loss. | ‣ Setback operation |
Fan heater – Differential pressure Δp-v For the “Heating with fan heater” application, there is an optimized variable differential pressure control. Consumer loads with connected fan heaters can be supplied with a variable differential pressure control (Δp-v) according to the needs. | ‣ Setback operation |
Fan heater – Dynamic Adapt plus | ‣ Setback operation |
Fan heater – Hall temperature T-const | ‣ Setback operation
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Hydraulic shunt – Feed temperature T-const | ‣ Q-Limit Max |
Hydraulic shunt – Return ΔT | ‣ Q-Limit Max • Fixed activation addition control function: ‣ Q-Limit Min |
Hydraulic shunt – Multi-Flow Adaptation | ‣ Q-Limit Min |
Heat exchanger – Feed temperature T-const | ‣ Q-Limit Max |
Heat exchanger – Feed ΔT | ‣ Q-Limit Max • Fixed activation addition control function: ‣ Q-Limit Min |
Heat exchanger – Multi-Flow Adaptation | ‣ Q-Limit Min |
Heating – Differential pressure Δp-c | ‣ Setback operation |
Heating – Differential pressure Δp-v For the “Heating” application, there is an optimized variable differential pressure control. Consumer loads with connected consumers can be supplied with a variable differential pressure control (Δp-v) according to the needs. | ‣ Setback operation |
Heating – Index circuit Δp-c For the “Heating with index circuit Δp-c” application, there is an optimized constant differential pressure control. This differential pressure control ensures supply in a poorly compensated heating system. | ‣ Setback operation |
Heating – Dynamic Adapt plus | ‣ Setback operation |
Heating – Volume flow Q-const | ‣ Setback operation |
Heating – Multi-Flow Adaptation | ‣ Q-Limit Min |
Heating – Temperature T-const | ‣ Setback operation |
Heating – Temperature ΔT-const | ‣ Setback operation |
Heating – Speed n-const | ‣ Setback operation |
Ceiling cooling – Differential pressure Δp-c | ‣ No-Flow Stop |
Ceiling cooling – Dynamic Adapt plus | No additional control functions |
Ceiling cooling – Hall temperature T-const | ‣ Q-Limit Max |
Underfloor cooling – Differential pressure Δp-c | ‣ No-Flow Stop |
Underfloor cooling – Dynamic Adapt plus | No additional control functions |
Underfloor cooling – Hall temperature T-const | ‣ Q-Limit Max |
Air-conditioning device – Differential pressure Δp-v | ‣ No-Flow Stop |
Air-conditioning device – Dynamic Adapt plus | ‣ Setback operation |
Air-conditioning device – Hall temperature T-const | ‣ Q-Limit Max |
Hydraulic shunt – Feed temperature T-const | ‣ Q-Limit Max |
Hydraulic shunt – Return ΔT | ‣ Q-Limit Max • Fixed activation addition control function: ‣ Q-Limit Min |
Hydraulic shunt – Multi-Flow Adaptation | ‣ Q-Limit Min |
Heat exchanger – Feed temperature T-const | ‣ Q-Limit Max |
Heat exchanger – Feed ΔT | ‣ Q-Limit Max • Fixed activation addition control function: ‣ Q-Limit Min |
Heat exchanger – Multi-Flow Adaptation | ‣ Q-Limit Min |
Cooling – Differential pressure Δp-c | ‣ No-Flow Stop |
Cooling – Differential pressure Δp-v | ‣ No-Flow Stop |
Cooling – Index circuit Δp-c For the “Cooling with index circuit Δp-c” application, there is an optimized constant differential pressure control. This differential pressure control ensures supply in a poorly compensated cooling system. | ‣ No-Flow Stop |
Cooling – Dynamic Adapt plus | No additional control functions |
Cooling – volume flow Q-const | No additional control functions |
Cooling – Multi-Flow Adaptation | ‣ Q-Limit Min |
Cooling – Temperature T-const | ‣ No-Flow Stop |
Cooling – Temperature ΔT-const | ‣ No-Flow Stop |
Cooling – Speed n-const | ‣ No-Flow Stop |
Drinking water – Temperature T-const • Detection of disinfection: The “Detection of disinfection” function has been provided in the “Set auto control” menu after having selected the “Drinking water – temperature T-const” application in the settings assistant.
• Manual selection of “MAX” function in the • External control of the “External MAX” function through a binary input. | ‣ Detection of disinfection |
Drinking water accumulator – Charge pump ΔT | ‣ Q-Limit Max • Fixed activation addition control function: ‣ Q-Limit Min |
Drinking water accumulator – Accumulator charging temperature | ‣ Q-Limit Max • Fixed activation addition control function: ‣ Q-Limit Min |
Drinking water accumulator – Multi-Flow Adaptation | No additional control functions |
Drinking water – Differential pressure Δp-c | ‣ No-Flow Stop |
Drinking water – Differential pressure Δp-v | ‣ No-Flow Stop |
Drinking water – Index circuit Δp-c | ‣ No-Flow Stop |
Drinking water – Volume flow Q-const | No additional control functions |
Drinking water – Multi-Flow Adaptation | ‣ Q-Limit Min |
Drinking water – Temperature T-const | ‣ No-Flow Stop |
Drinking water – Temperature ΔT-const | ‣ No-Flow Stop |
Drinking water – Speed n-const | ‣ No-Flow Stop |
Differential pressure Δp-c | ‣ Setback operation |
Differential pressure Δp-v A variable differential pressure control is available for the application. Consumer loads with connected consumers can be supplied with a variable differential pressure control (Δp-v) according to the needs. | ‣ Setback operation |
Index circuit Δp-c A constant differential pressure control is available for the “Index circuit Δp-c” application. This differential pressure control ensures supply in a poorly compensated hydraulic system. | ‣ Setback operation |
Dynamic Adapt plus | ‣ Setback operation |
Volume flow Q-const | ‣ Setback operation |
Multi-Flow Adaptation | ‣ Setback operation |
Temperature T-const | ‣ Setback operation |
Temperature ΔT-const | ‣ Setback operation |
Speed n-const | ‣ Setback operation |
PID control | ‣ Setback operation |