Thermostatic sensor DANFOSS 015G3098 for heating systems, remote temperature sensor

Thermostatic sensor DANFOSS 015G3098 for heating systems is a remote temperature sensor intended for use with heating controllers and thermostatic valves. It provides a measured temperature signal from a remote location — for example a room, a duct or a pipe — to enable stable control of heating equipment. The sensor is designed to support accurate temperature feedback in residential and commercial heating installations where separation between the control device and the sensing point is required.

Advantages

The remote sensor offers reliable temperature measurement with a design suitable for integration with thermostatic valves and control units. Its construction allows placement away from the valve or controller so readings reflect the conditions at the desired sensing point, improving regulation accuracy and contributing to energy-efficient operation. Installation options and compatibility with common heating control systems make it a practical choice for retrofit and new installations.

Suitable for

• Room temperature monitoring where the thermostat cannot be placed directly
• Pipe or duct sensing to monitor flow or ambient temperature in heating circuits
• Integration with thermostatic valves and heating controllers in homes and small commercial buildings
• Retrofit projects where remote sensing improves control precision

Key specifications

• Function: remote temperature sensing for heating control
• Application: room, pipe or duct temperature measurement
• Compatibility: designed for use with thermostatic valves and heating controllers
• Placement: remote mounting away from valve or controller to measure target location
• Environment: suitable for residential and commercial heating systems

How to use

Mount the sensor at the location that best represents the temperature you want to control, such as a central point in a room or directly on a pipe for flow temperature. Connect the sensor to the compatible thermostatic valve or control unit following the controller manufacturer's wiring and installation guidelines. Ensure the sensor cable is routed to avoid heat sources that could bias readings and secure the sensor so it maintains stable contact with the measured surface or air flow.

Recommendations

Position the sensor where it is exposed to representative ambient conditions and away from direct sunlight, radiators or drafts. Regularly inspect the sensor and cable for damage and verify correct connection to the control system during commissioning and periodic maintenance to ensure consistent performance.