ITO KOKI AXS-8CW LPG Gas Double Stage Automatic Changeover Regulators Low Pressure Propane Cylinder Valves 8kg/h

The AXS-8CW is a set of dual-stage automatic switching regulators designed for high-precision gas pressure control applications, such as liquefied petroleum gas supply systems. These regulators can automatically switch between primary and backup gas sources to ensure continuous gas supply, making them suitable for various industrial and commercial environments.

Main Models and Specifications:

• Model: AXS-8CW
• Flow Capacity: Depending on the model, the flow capacity of the AXS-8CW regulator varies. For example, some models have a rated flow of 8kg/h.
• Connection Size: The connection sizes of the inlet and outlet ports are important considerations when selecting a regulator. The AXS-8CW offers multiple connection size options, such as Rc 1/4, Rc 1/2, etc., to accommodate different piping systems.
• Working Pressure Range: These regulators are designed for specific inlet pressure ranges and can reduce pressure to the required outlet pressure level. For example, the inlet pressure range may be between 0.10~1.55 MPa, while the outlet pressure remains stable at a lower level, such as 2.55~3.30 kPa.

Features and Functions:

• Dual-stage Regulation: The AXS-8CW adopts a dual-stage regulation design, enabling more precise gas pressure control and reducing the impact of pressure fluctuations on the system.
• Automatic Switching: When the pressure of the primary gas source drops below a preset level, the regulator automatically switches to the backup gas source, ensuring continuous gas supply.
• Signal Transmission Function: Some AXS-8CW models may be equipped with signal transmission functions that send signals to indicate the current gas source status (e.g., whether the primary or backup gas source is in use).

Application Scenarios:
The AXS-8CW regulators are widely used in applications requiring continuous and stable gas supply, especially in industrial processes, commercial facilities, or public utilities where strict gas pressure requirements apply. For example, they can be used in gas supply systems for gas boilers, industrial furnaces, and gas turbines.