Heatmiser Window/Door Contact Sensor

Amazon

Standby Activation: When a window or door is opened, the Wireless Window/Door Contact Sensor detects the change and triggers the heating system to switch to standby mode. This ensures that no energy is wasted on heating unoccupied areas and minimizes heat loss. Zonal Control: With multiple zone heating control systems, the contact sensor can effectively shut off the radiators or underfloor heating in individual rooms. This allows for precise temperature regulation and energy management on a room-by-room basis. Centralized System Control: Multiple 'Wireless Window/Door Contact Sensors' can be paired with homes that have just a single thermostat. In such cases, whichever sensor breaks its contact, the entire system will switch to standby mode. Only when all contacts are closed will the heating resume, ensuring energy efficiency throughout the property. Compatibility: The Wireless Window/Door Contact Sensor is fully compatible with the Edge Thermostat Series, providing seamless integration with your existing Heatmiser heating system. It allows for automatic heating shutdown whenever a window or door is opened, offering convenience and energy savings. Expandable Capacity: The system supports up to 16 Contact Sensors to be paired with a single Edge Thermostat*, enabling comprehensive zonal control and maximizing the efficiency of your heating system., Manufacturer: Heatmiser

The Underfloor Heating Store

The Heatmiser Window/Door Contact Sensor is designed to enhance the efficiency and control of your heating system. It integrates with your heating setup to switch the system to standby mode when a window or door is opened, conserving energy and optimizing comfort. This sensor is specifically designed for older style Neohub Gen2 models. Key features include standby activation, zonal control, and centralized system control. With multiple zone heating control systems, the contact sensor can effectively shut off the radiators or underfloor heating in individual rooms, allowing for precise temperature regulation and energy management on a room-by-room basis.