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Pneumatic coaxial valve product specifications

Oct 23,2023

Pneumatic coaxial valves, as important industrial control components, are widely used in many fields. Understanding the pneumatic drive specifications of pneumatic coaxial valves is crucial for the correct use and maintenance of this product. This article will detail the pneumatic drive specifications of pneumatic coaxial valve products, including aspects such as cylinder diameter, stroke, and air tube connection methods.

I. Overview of Pneumatic Coaxial Valves
A pneumatic coaxial valve is a pneumatic valve with high precision and high stability, widely used in automated control systems. This product features a compact structure, easy installation, and convenient maintenance, enabling precise control of gaseous media.

II. Cylinder Diameter and Stroke
The cylinder diameter and stroke of a pneumatic coaxial valve are two important parameters that directly affect the valve's performance and usage effect. Cylinder diameters typically come in various specifications such as 10mm, 16mm, and 25mm, while the stroke can be customized according to actual needs. When selecting a pneumatic coaxial valve, the appropriate cylinder diameter and stroke should be determined based on the actual operating conditions and requirements.

III. Air Tube Connection Method
The air tube connection method for pneumatic coaxial valves generally uses standard threaded interfaces, such as G1/4", G1/2", etc. Some models also offer other connection methods such as quick-connect fittings or aviation plugs to meet the needs of different applications. When selecting a pneumatic coaxial valve, the connection method of the gas pipeline in the actual operating conditions should be considered to ensure compatibility with the valve interface.

IV. Usage Precautions
The following points should be noted when using a pneumatic coaxial valve:

Ensure that the gas pipeline is clean and free of impurities to avoid clogging or damage to the valve.
During installation, ensure that the valve is parallel to the pipeline axis to reduce fluid resistance.
If any abnormalities are found during use, stop the machine immediately, inspect, and troubleshoot.
Regularly maintain and service the valve to ensure its normal operation.

V. Summary
Pneumatic coaxial valves play a key role in automated control systems as important industrial control components. This article details the pneumatic drive specifications of pneumatic coaxial valve products, including aspects such as cylinder diameter, stroke, and air tube connection methods. During use, the appropriate cylinder diameter and stroke should be selected according to the actual operating conditions and requirements, and the valve should be correctly installed and maintained. Only in this way can the advantages of pneumatic coaxial valves in industrial control be fully utilized, improving production efficiency and product quality.