The gas manifold is used in enterprises with large gas consumption. Its principle is to input bottled gas through fixtures and hoses to the main pipeline of the manifold. After decompression, regulation, and pipeline transportation, it is widely used in hospitals, chemical engineering, welding, electronics, and scientific research units. Many people are very unfamiliar with gas manifolds, so many places are still using traditional methods for processing operations, and the resulting costs are still at their own expense. Are you willing to take this step and use more advanced operating techniques to complete the work? Let's first understand the advantages of gas manifolds.
Four advantages of using a gas bus:
1. Better and fair use of site space can save space
2. Facilitate gas treatment
Using a gas manifold can save the number of cylinder changes, reduce labor intensity, and save labor costs
4. Centralized treatment of high-pressure gas can reduce the existence of safety hazards
Basic functions of gas busbar
A gas manifold is a device for centralized inflation or gas supply, which connects gas from multiple steel cylinders to the manifold through valves and conduits in order to simultaneously inflate these steel cylinders; "Or special equipment that is transported by pipeline to the place of use after pressure reduction and stabilization, to ensure that the pressure of the gas source of the gas appliance is not disorderly and adjustable, and to achieve the goal of uninterrupted gas supply.". Gases such as helium, oxygen, nitrogen, and air can be used together for gas manifolds, which are mainly used in industrial and mining enterprises, medical institutions, scientific research institutions, and other units with large gas consumption.