Air conditioner parts of Copper Branch pipe

The Air conditioner parts of Copper Branch pipe is an important component connecting the indoor unit and outdoor unit pipelines. The main material is copper pipe, which plays the role of diverting refrigerant.

Bifurcation pipe, also referred to as a branch or splitter, is a crucial component in central air conditioning systems, particularly in VRV (Variable Refrigerant Volume) multi-line installations. It serves as a connector between the indoor and outdoor units, facilitating the separation of refrigerant. These pipes are primarily constructed from copper and are essential for the efficient operation of air conditioning systems.

The selection of a bifurcation pipe depends on the capacity of the indoor units it connects. Each Air conditioner parts of Copper Branch pipe can accommodate a specific number of units, ensuring optimal performance.

Installation considerations for air conditioning pipes include both horizontal and vertical orientations. When installed horizontally, the angle between the pipe mouth and the horizontal line should not exceed 15 degrees. For vertical installations, the angle between any pipe mouth and the vertical line must likewise be less than 15 degrees. Additionally, bifurcation pipes must have a straight pipe section of at least 60 cm after the two pipe ports.

It's important to note that small branch manifolds cannot be used as substitutes for large branch manifolds. The size of the manifold must correspond to the specific needs of the system to ensure proper refrigerant flow and efficient operation.

You can rest assured to buy the Gangxin Air conditioner parts of Copper Branch pipe produced by our factory. As a key component in the VRV multi-split system, the Air conditioner parts of Copper Branch pipe is usually made of high-quality copper pipes. Through the liquid pipe diversion, the refrigerant is accurately distributed to each indoor unit to ensure that each room can get the required cooling or heating. The heat exchange process in the evaporator vaporizes the refrigerant, and the gaseous refrigerant then flows back to the compressor through the gas pipe to complete the refrigeration cycle.