Manifold BASE Inox K3-7 G1"-G3/4" number of circuits 7 6085350

BASE Inox Manifold – Reliability and Durability in Every Circuit

The BASE Inox manifold is a key component of heating installations, designed for long-term and trouble-free operation. Made of high-quality AISI S201 stainless steel, it guarantees exceptional corrosion resistance and ensures low flow resistance of the heating medium. This model, designated K3-7, has seven circuits with G1” and G3/4” connections, making it an ideal solution for both smaller and larger installations.

Construction and Application

The BASE Inox K3-7 manifold is a component designed for precise distribution of the heating medium in central heating systems. Its solid construction, based on a steel beam and a wall thickness of 1.6mm, ensures stability and durability even under heavy loads. A profile with dimensions of 40x40mm facilitates installation and integration with other installation elements. Thanks to the use of high-grade stainless steel, the manifold is resistant to the action of aggressive chemical substances present in the heating water.

• Wide application: ideal for underfloor heating, wall heating and fan coil systems.
• Versatility: compatible with various types of heat sources – gas boilers, oil boilers, heat pumps or solar collectors.
• Easy installation: thanks to the included brackets and reducing connectors (G 1/2 x G 3/4) the installation is quick and intuitive.
• Safety: the possibility of connecting a shut-off valve G 1/2 and a manifold safety group G increases the functionality and safety of the system.

Durability and Operating Parameters

The BASE Inox manifold is designed to operate in harsh conditions. The maximum working pressure is 1.0 MPa, and the maximum heating medium temperature is 95°C. Tests carried out in a salt spray chamber confirm its exceptional corrosion resistance – this guarantees a long service life even in installations exposed to moisture and corrosive substances. Low flow resistance ensures efficient heat distribution and minimizes energy losses.