Thermostatic heads
Thermostatic heads are used in heating systems to maintain a set room temperature by controlling the flow of hot water to radiators. These heads operate based on temperature changes in the surrounding air, adjusting the flow accordingly. The category includes manual, thermostatic, and electrothermal heads from brands like Comap, with options such as capillary and liquid-based models. They are commonly used in residential and commercial heating systems for precise temperature control.
These heads are typically connected via M30 x 1.5 threads and are available in materials such as plastic and brass. They are designed for compatibility with standard heating radiators and are suitable for installation in systems where individual room temperature regulation is required.
How to choose
- Choose the correct thread size (e.g., M30 x 1.5) to match the radiator valve.
- Select a model with the appropriate operating mechanism (capillary or liquid) based on the system requirements.
- Consider the material (e.g., plastic-brass) for durability and compatibility with the system’s environment.
- Ensure the head is compatible with the type of radiator and the existing heating system.
Frequently asked questions
Can thermostatic heads be used in all types of radiators?
Thermostatic heads are suitable for most standard radiators with M30 x 1.5 threaded valves. Compatibility should be confirmed based on the radiator model.
How do capillary thermostatic heads work?
Capillary heads use a temperature-sensitive element that expands or contracts with air temperature changes, adjusting the flow of water to maintain the desired room temperature.
Product sorting
List of products
The IVAR TE 3061 electrothermal head is designed for use with radiator valves and...
The IVAR TE 3042 electrothermal head is a 12V normally open actuator designed for...
Designed for use in heating systems, this electrothermal head operates at 12V and...
Designed for use with radiator valves and distributors, this electrothermal head...
The IVAR TE 3040 electrothermal head is designed for use with radiator valves and...
The IVAR TM 3052 manual valve head is designed for use with thermostatic valves...
This manual handpiece is designed for use with thermostatic valves and compact...
The IVAR T 5000 liquid thermostatic head is designed for use with radiators and...
This liquid thermostatic head is designed for use with radiators and thermostatic...
The PNI CT24 is a smart thermostatic head for radiator temperature control. It...
Designed for professional heating installations, this thermostatic head provides...
The IVAR TE 4040 electrothermal head is intended for use with radiator valves and...
Designed for use with dynamic balancing valves in heating and cooling systems....
This electrothermal head is designed for use with dynamic balancing valves in...
This liquid-filled thermostatic head is designed for use with radiators in heating...
The IVAR TE 3040 IV electrothermal head is intended for use with radiator valves...
Designed for use in heating systems, this 24V normally open electrothermal head is...
The IVAR TD 3000 liquid thermostatic head is designed for use in heating systems...
The IVAR T3000 liquid thermostatic head is designed for use with radiators and...
Designed for use with IVAR thermostatic valves, this liquid-filled thermostatic...
This liquid thermostatic head is designed for use with IVAR radiator valves and...
Designed for use with radiators and compact valves, this liquid thermostatic head...
The SAMTEK R100100 is a thermostatic head for radiators with an M30x1.5 thread. It...
Listing controls
Thermostatic Heater Heads for IVAR T 5000, IVAR T 4000, IVAR T 3000, IVAR TD 3000 and IVAR T 1000
Thermostatic Heater Heads. Thermostatic heads automatically maintain the selected temperature. The temperature in each room is reliably controlled, without the need for an external power source, exactly according to your requirements. The temperature of the air flowing around the sensing element determines that your selected room temperature is maintained: if the air temperature rises, the sensing element inside the thermostatic head expands and the water supply to the radiator is throttled. If the air temperature drops, the sensing element compresses and then opens the thermostatic valve.