Manifold BASE Inox K3-6 G1" - G3/4" number of circuits 6 6085340

BASE Inox Manifold – Reliability and Durability in Heating Systems

The BASE Inox manifold is a key component of heating installations, designed for efficiency and long-term operation. Made of high-quality AISI 304 stainless steel, it guarantees corrosion resistance and ensures reliable operation for years to come. The K3-6 model with six circuits, equipped with G1” and G3/4” connections, is perfect for both new and modernized central heating installations.

Design and Application

This manifold was created with optimal distribution of the heating medium in heating systems in mind. Its solid construction, based on a steel beam and precisely made connections, ensures tightness and minimizes the risk of failure. Whether you are an experienced installer or an end-user, you will appreciate its versatility and ease of installation. It can be used in underfloor heating, radiator systems, and installations supplying heating panels. The shut-off valve and safety group included in the set increase functionality and allow for easy servicing of the installation.

Strength and Benefits for Your System

• AISI 304 Stainless Steel: Provides exceptional corrosion resistance, even in harsh operating conditions – tests in a salt spray chamber confirm its durability.
• Low Flow Resistance: A profile with dimensions of 40x40mm and a wall thickness of 1.6mm minimize the pressure drop of the heating medium, which translates to efficient room heating.
• Universal Connections: Equipped with G1” and G3/4” connections, it allows for easy connection to an existing installation.
• Maximum Operating Parameters: Maximum pressure of 1.0 MPa and maximum temperature of 95°C allow for safe and efficient operation of the heating system.
• Complete Set: The set includes all the necessary elements for correct installation: steel beam, mounting brackets, reducing connector G 1/2 x G 3/4, shut-off valve G 1/2 and manifold safety group G.
• Solid Construction: The thick profile wall guarantees stability and resistance to mechanical loads.