Tiemme 3 Expansion Coil Brass Manifold 1"x1/2(16) (nickel) 1910032 / 1923N060403

Brass Manifold with Female Thread Ends

Item Number : VG21.23141

The Brass Manifold is a vital component used in heating systems. It serves the purpose of distributing and controlling the flow of hot water to different areas or zones within a building.

Size and Shape:

he sizes include 2wayx3/4″x1/2″, 2wayx1″x1/2″, 3wayx3/4″x1/2″, 3wayx1″x1/2″, 4wayx3/4″x1/2″, and 4wayx1″x1/2″. The manifold’s body is typically made of nickel-plated brass, which ensures durability and resistance to corrosion.

Threads:

The Brass Manifold is designed with female thread ends that adhere to the ISO 228 standard, which is equivalent to DIN EN ISO 228 and BS EN ISO 228.

Temperature and Pressure Range:

The temperature and pressure range of the Brass Manifold may vary depending on the specific system and its components. As the manifold serves as a distribution point, it is designed to withstand typical operating temperatures and pressures found in heating systems

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The Brass Manifold is an important component used in heating systems to distribute and regulate the flow of hot water. Its main purpose is to ensure balanced and efficient heating by directing hot water to different areas or zones within a building. This allows for individual temperature control in each zone, promoting optimal comfort and energy efficiency.

The Brass Manifold is available in various sizes and configurations to accommodate different heating system setups. The sizes include 2wayx3/4″x1/2″, 2wayx1″x1/2″, 3wayx3/4″x1/2″, 3wayx1″x1/2″, 4wayx3/4″x1/2″, and 4wayx1″x1/2″. These size options offer flexibility and compatibility with different piping configurations and flow requirements. The body of the manifold is typically made of nickel-plated brass, which provides durability and corrosion resistance.

The Brass Manifold is designed with female thread ends that conform to the ISO 228 standard, equivalent to DIN EN ISO 228 and BS EN ISO 228. These standardized threads ensure compatibility and ease of connection with male-threaded components such as valves, pipes, or fittings. The precise threading allows for secure and leak-free connections, ensuring efficient water flow throughout the heating system.