Pneumatic Unequal Triple Branch Reduser

An “unequal triple branch reducer pneumatic fitting” is a specialized component used in pneumatic systems. This fitting is designed to divide or combine compressed air or gas flow into three branches of different sizes, often tapering down or reducing diameters from a larger main inlet to two smaller outlets.

Here’s a description of the key characteristics of an unequal triple branch reducer pneumatic fitting:

1. Design: This fitting typically features a design that resembles a “Y” shape with three ports or openings. The primary inlet port is larger in diameter than the two outlet ports. Moreover, it includes a tapered or reducing design that allows for the reduction in diameter from the larger inlet to the smaller outlets.
2. Material: Similar to other pneumatic fittings, this type of fitting is commonly constructed from materials such as brass, stainless steel, or high-quality plastics suitable for pneumatic applications.
3. Connectivity: The fitting is designed with various connection types, such as push-to-connect, barbed, or threaded connections, depending on the specific design and intended application.
4. Sizes: Available in different sizes to accommodate various tube or hose diameters, with a larger inlet and two smaller outlet ports. The design often involves a gradual reduction in diameter from the main inlet to the two outlets.
5. Applications: Used in pneumatic systems where a single line needs to be divided into three branches with different diameters. These fittings are utilized in industries such as manufacturing, automation, robotics, and other applications requiring precise control or distribution of compressed air or gas.
6. Function: The unequal triple branch reducer pneumatic fitting facilitates the branching of airflow from a main line into three separate directions, where the diameters of the lines can vary, ensuring controlled and directed air distribution in the pneumatic system.

When procuring unequal triple branch reducer pneumatic fittings, it’s important to specify the sizes (inlet and outlet diameters), the connection types, material specifications, and any specific pressure or temperature requirements relevant to your pneumatic system.

Ensure compatibility between the fitting and the tubes or hoses being connected, considering factors such as pressure ratings, temperature tolerances, and material compatibility to establish secure and efficient connections within your pneumatic setup.