Fully Automatic Gas Bus Diverter, Gas Integrated Control Cabinet, Gas Bus Diverter, Manual Gas Bus Diverter, Dual Bus Diverter, Bilateral Gas Bus Diverter

Gas Manifold, Double-Sided Gas Manifold, Manual Gas Manifold, Manual Dual Gas Manifold

Gas Manifold - Double-sided gas manifold, manual gas manifold, manual dual gas manifold

Manually operated manifold: Simple to operate, but requires manual gas switching; managers must estimate switch times based on actual oxygen consumption and experience. Currently, all are of the double-sided type. A double-sided gas manifold divides multiple gas cylinders into two groups. Managers switch manually when one group is depleted; close the gas valves on one side (including cylinder valves and main manifold valves) while opening the valves on the other side.

Manual busbar

Semi-automatic manifold: This manifold utilizes a dual gas source structure with a primary gas cylinder group and a backup gas cylinder group. The pressure settings for the pressure reducers in both the primary and backup gas cylinder groups are distinct. When the pressure in the primary gas cylinder group drops to the set pressure, the system automatically switches over, and the backup gas cylinder group begins to supply the gas.

Semi-automatic busbar

Fully Automatic Busbar: Achieves automated control, with a higher price point. Commonly used in applications with high oxygen demand or modular oxygen supply stations. It features a gas monitoring and alarm system, which automatically closes the grade valves and alerts the on-duty staff when the pressure of the oxygen cylinder group falls below the set value. The main valve switches automatically to ensure continuous oxygen supply.