Brass Flow-meter Manifolds

Item Number : ART.VG21.08513

The Brass Flow-meter Manifolds are specifically designed for use in heating systems. These manifolds play a crucial role in regulating the flow of water in the system.

Size and Shape:

The Brass Flow-meter Manifolds are available in various sizes, ranging from 2 ways to 8 ways. Each manifold has a standardized connection size of 3/4″x1″.

Threads:

The threads used in the Brass Flow-meter Manifolds adhere to ISO 228 standards, which are equivalent to DIN EN ISO 228 and BS EN ISO 228.

Temperature and Pressure Range:

The Brass Flow-meter Manifolds have a maximum working temperature of 120℃, making them suitable for a range of heating applications. The manifolds have a maximum pressure rating of PN16.

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The Brass Flow-meter Manifolds are specifically designed for heating systems, where they play a crucial role in regulating water flow. These manifolds are made of CW617N brass, known for its corrosion resistance. The surface is finished with a brush nickel coating, enhancing durability and appearance. With a heavy design and a minimum thickness of 3.3mm, the manifolds are sturdy and reliable. The extended design of the outlet connector makes installation more convenient. The valve core features a double-sealing design and is polished to prevent rust.

The Brass Flow-meter Manifolds are available in sizes ranging from 2 ways to 8 ways, with a standardized connection size of 3/4″x1″. This ensures compatibility with common plumbing systems and facilitates easy integration into heating systems. The shape of the manifolds is compact, allowing for efficient installation in different spaces within the heating system.

The threads used in the manifolds adhere to ISO 228 standards, equivalent to DIN EN ISO 228 and BS EN ISO 228. This standardization ensures uniform thread dimensions and compatibility with other components that use the same thread type. The threads provide a secure connection, minimizing the risk of leaks and ensuring effective flow control within the heating system.