Back: Heat Pumps

Controls & Sensors

Heat Pumps

Heat Pump Automation: Economy and Settings

Heat Pumps

Wi-Fi, Cloud, and heat pump remote control: what is worth monitoring

Heat Pumps

Alarm history and event log: how they are used in heat pump diagnostics

Heat Pumps

Sensor plausibility check: how the controller understands that a reading is not logical

Heat Pumps

Legionella cycle in DHW: how the automation works

Heat Pumps

Cascade control of two or more heat pumps: how the load is shared

Heat Pumps

Heat pump overrun: why the circulator keeps running after a stop

Heat Pumps

Anti-cycling control and minimum compressor off-time: why they protect the compressor

Heat Pumps

Energy meter in a heat pump: how to measure consumption and actual efficiency

Heat Pumps

Heat pump and photovoltaics: how to utilize excess production

Heat Pumps

SG Ready and heat pump external commands: how they work

Heat Pumps

Heat pump sensor calibration and offset: when is it needed

Heat Pumps

Interlocks and permissives in a heat pump: what must be active before startup

Heat Pumps

Compensation curve: slope and offset in the heat pump

Heat Pumps

Humidity sensor and dew point control: how to protect cooling systems from condensation

Heat Pumps

Buffer tank sensor: where it is placed and how it affects control

Heat Pumps

DHW tank sensor: how it controls domestic hot water production

Heat Pumps

DHW 3-way valve in heat pumps: command, position, and feedback

Heat Pumps

PWM circulator control in a heat pump: what it is and how it works

Heat Pumps

Compressor inverter control: how automation varies the operating frequency

Heat Pumps

High and low pressure refrigerant sensors: what information do they provide to the heat pump

Heat Pumps

Essential heat pump automation and sensor checklist

Heat Pumps

BMS and heat pump: what information is worth monitoring

Heat Pumps

Dry contact, 0–10 V and Modbus in heat pumps: key differences