Manifold rail 1 1/4" steel - pitch 100 mm - 4 circuits 1300154129

Manifold header made of painted carbon steel is a solid element of the heating system, designed for efficient heat distribution in water and radiator installations. 100 mm spacing between circuits ensures convenient installation and optimal use of space.

Construction and application

The manifold header with a diameter of 1 1/4 inch has four outlets with a G½ inch internal thread, allowing connection of heating circuits. Installation connections are G1 inch internal thread. This design allows for easy integration with the existing installation and efficient distribution of the heating medium. Made of carbon steel, coated with paint, guarantees corrosion resistance and long-term reliability.

Advantages and benefits

• Durability: Painted carbon steel provides high mechanical and corrosion resistance, which translates into a long service life of the device.
• Versatility: The manifold header is compatible with various types of installations – water, radiator and underfloor heating.
• Easy installation: 100 mm spacing between circuits facilitates installation and provides convenience when connecting individual system elements.
• Standard threads: G½ inch and G1 inch threads allow for trouble-free connection with other installation components.
• Efficient heat distribution: The profile of the header is designed to ensure even heat distribution throughout the heating system.
• Alternative to brass: Steel manifolds are a modern alternative to traditional brass solutions, offering increased hydraulic capabilities and hygiene.

For the installer

KAN-therm manifold header is a proven and valued product by professionals. Solid construction and precision workmanship guarantee trouble-free installation and long-term operation of the heating system. Standard threads facilitate integration with the remaining installation elements, and the appropriate circuit spacing allows for optimal use of space. By choosing this product, you gain confidence in the reliability and durability of the completed installation.