Manifold BASE Inox K3-10 G1"-G3/4" number of circuits 10 6085380

Hydraulic manifold – reliable heat distribution in your system

This BASE Inox K3-10 manifold, made of high-grade steel, is the heart of an efficient and durable heating system. Designed to distribute hot water in central heating installations, it ensures optimal comfort and long-term reliability. It is ideal for both new and modernized installations.

Construction and materials – a guarantee of durability

The manifold features a solid construction based on a steel beam (G1 x 2 pcs.) and high-quality components. Made of stainless steel AISI S201, it provides exceptional corrosion resistance, confirmed by tests in a salt spray chamber. This ensures that the device retains its properties for a long time, even in harsh operating conditions. Low flow resistance of the heating medium translates to efficient operation of the entire system. The set also includes manifold brackets and a reducing connector G 1/2 x G 3/4, a shut-off valve G 1/2 and a manifold safety group G.

Application and benefits

The BASE Inox K3-10 manifold with 10 circuits is an ideal solution for:

• Central heating installations: efficient heat distribution in residential and commercial buildings.

• Underfloor heating systems: precise temperature control in individual heating circuits.

• New installations: a solid foundation for future thermal comfort.

• Modernization of existing systems: replacing an old manifold with a more efficient and durable model.

• Corrosion resistance: AISI S201 stainless steel ensures the longevity of the device.

• High efficiency: low flow resistance minimizes energy losses.

• Solid construction: steel beam and high-quality components guarantee reliable operation.

• Versatility: can be used in various types of heating installations.

• Easy installation: the set includes all the necessary elements for proper connection of the device.

• Safety: the safety group protects the installation from excessive pressure.

The profile size of 40x40mm and the wall thickness of 1.6mm further increase the strength of the structure, ensuring stability and resistance to mechanical damage. The maximum working pressure is 1.0 MPa, and the maximum temperature is 95°C – these parameters guarantee safe and efficient operation of the device under typical operating conditions.