Mixing group ECS41 27861

Heat pump mixing group – control of multiple heating circuits

The ECS41 mixing group is a key component of the heating system, especially in installations using NIBE F1145, F1245, F1145PC, F1245PC, F1155, F1255 and F1345 heat pumps. It allows for efficient control of several independent heating circuits, which is particularly useful in buildings with different types of heating systems – for example, underfloor heating and radiators. This makes it possible to precisely adjust the temperature in each circuit to individual needs.

Functionality and application

The ECS41 mixing group contains all the necessary components for efficient operation: a mixing valve with an actuator, a circulation pump, an expansion card and precise temperature sensors. This enables not only temperature regulation in individual circuits, but also optimization of the entire heating system. As a result, the user gains thermal comfort and energy savings.

Compatibility and integration

The ECS41 mixing group is compatible with a wide range of NIBE products, including:

• F1145/F1245/F1145 PC/F1245 PC/F1345/F1355
• S1155/S1155 PC/S1255/S1255 PC
• SMO 40, SMO S40
• VVM
• BA-SVM
• SHK, SHB
• F370, F470, F730, F750

Integration with the NIBE system allows central control of all heating circuits from a single control panel. This simplifies operation and provides full control over the thermal comfort in the building.

Advantages for the installer and end user

• Precise regulation: Possibility of independent temperature regulation in each heating circuit.
• Energy saving: Optimization of the heating system operation translates into lower heating bills.
• Thermal comfort: Providing the ideal temperature in every room.
• Easy integration: Compatibility with a wide range of NIBE products simplifies installation and configuration.
• Multifunctionality: Ideal for buildings with different types of heating systems (radiator/underfloor).
• Control system: As an element of the control system, it ensures efficient operation of the entire system.