InoxFlow manifold with flow meters (UFN series) - 2 circuits 1316157055

InoxFlow Manifolds – Reliability and Hygiene in Heating Systems

The InoxFlow series manifolds are a modern solution for domestic hot water, radiator and underfloor heating installations. Made of stainless steel, they are a durable and hygienic alternative to traditional brass manifolds. This particular model, designed for 2 circuits, stands out with its precise flow measurement thanks to integrated flow meters.

Construction and Application

The InoxFlow manifold is characterized by a solid construction based on a 1 1/4" steel profile and a beam spacing of 235 mm. Top feed facilitates installation and connection to the system. The distance between the outlets for individual circuits is 50 mm, providing flexibility in the design of the heating system. Compatible with G 3/4" fittings and connections, as well as a G1 internal thread on the beams, simplifying integration with the rest of the system.

Advantages for the Installer and User

• Durability and Corrosion Resistance: Stainless steel 1.4301 provides resistance to corrosion, chloride ions and migration of undesirable elements – this translates into a longer service life and safety of use.
• Precise Flow Measurement: Built-in flow meters with a regulation range of 0 - 2.5 l/min allow for accurate monitoring and regulation of flow in each heating circuit. This enables optimization of system operation and reduction of operating costs.
• Efficient Heat Distribution: A larger diameter and thinner wall profile ensure even heat distribution in the heating system, increasing user comfort.
• Versatility: The manifold will work both in new installations and in the modernization of existing heating systems.
• Easy Installation: Standard G 3/4" connections simplify integration with other installation elements.

This InoxFlow manifold is an investment in the reliability, efficiency and comfort of the heating system – both for professionals involved in installation and for end-users who value durable solutions.