Manifold C2 125 2 F DN 65 two-circuit with insulation 609121
Suggested products
TECHNICAL DATA
Sales unit dimensions and weight: 1 pcs
Manifold C2 125 2 F DN 65 two-circuit with insulation 609121
Central heating manifold – reliable distribution of heating medium
This two-circuit manifold with insulation, catalog number 609121, is a key element in central heating systems. It serves to precisely distribute the heating medium to individual zones, ensuring optimal system performance and user comfort. The manifold's design is intended for easy installation and integration with other system components.
Construction and application
The manifold is made of ST 37.1 steel, which guarantees its strength and corrosion resistance. It is equipped with DN50 flanged connections on the installation side and DN65 on the boiler side (PN 16), allowing easy connection to existing infrastructure. Insulation made of black EPP foam (with a density of 40g/l) minimizes heat loss, increasing the energy efficiency of the system. Thanks to this solution, heat is effectively distributed throughout the building, and operating costs are lower.
The use of the manifold allows for the creation of an efficient and reliable heating system in residential, commercial and industrial buildings. It is particularly recommended for installations with a power of up to 210 kW and a flow rate of up to 9 m³/h. The set includes all necessary mounting elements – screws and gaskets – which significantly facilitates and speeds up the installation process.
Key features and benefits
- Durable construction: ST 37.1 steel ensures long-term operation even in difficult conditions.
- Effective insulation: EPP foam minimizes heat loss, reducing heating costs.
- Easy installation: A complete set of screws and gaskets simplifies and speeds up installation.
- Versatility: DN50/DN65 flanged connections allow integration with various types of installations.
- Safety: The maximum working pressure is 6 bar, and the maximum temperature is 110°C, ensuring safe system operation.
- System performance optimization: Precise distribution of the heating medium allows for effective temperature control in individual zones of the building.