[FLOWX Actuator] The production line has settled in the smart factory

Pneumatic actuators, with their unique advantages such as fast response, simple construction, and low operating cost, are widely used in various fluid control systems. This article will provide an introduction to valve pneumatic actuators, covering their working principles, application fields, selection criteria, and installation and usage precautions. Click to contact us for more details about FLOWX pneumatic actuators.

1. Working Principle

A pneumatic actuators is a device that uses air pressure to drive the opening or closing of a valve. When compressed air enters the pneumatic actuators from the air inlet, the gas pushes the piston to move linearly towards both ends (cylinder end). The rack on the piston drives the gear on the rotating shaft, thus achieving the opening or closing of the valve.Click to contact us for more details about FLOWX pneumatic actuators.

2. Application Fields

Pneumatic actuators have broad applications in the field of industrial automation control. They are commonly used to control the opening and closing of valves, thereby achieving automatic control of various equipment, improving production efficiency, and reducing the cost of manual intervention.Click to contact us for more details about FLOWX pneumatic actuators.

3. Selection Criteria

When selecting a pneumatic actuators, the following factors need to be considered:

1. Torque Requirements: The torque of the pneumatic actuator must meet the torque requirements of the valve. This is the most basic requirement for selection.

2. Operating Pressure: The operating pressure of the pneumatic actuator must be compatible with the pressure of the pipeline system. Otherwise, it may not work properly or may fail to open or close the valve due to insufficient pressure.

3. Operating Temperature: The materials and sealing elements of the pneumatic actuator must be able to operate normally within the working temperature range. Otherwise, they may get damaged or aged.

4. Installation Method: The installation method should be chosen based on the on-site conditions and the structure of the valve. Generally, there are direct installation and indirect installation options.

Click to contact us for more details about FLOWX pneumatic actuators.

4. Precautions

1. Before installation, the pipeline of the pneumatic actuators must be cleaned. If there are impurities in the medium, install a filter valve in front of the valve pipe.

2. Ensure there is enough space for maintenance and disassembly of parts during installation.

3. The axial gap between the valve device and the pneumatic valve should not be less than 1-2mm.

4. The bolts connecting the pneumatic valve should not be less than 8.8mm.

5. When disassembly is needed, turn the manual handwheel several times, then slightly open the pneumatic valve.

6. Sealing covers, seals, and explosion-proof surfaces used for electrical equipment installation, disassembly, and debugging must not be damaged. The explosion-proof surfaces should be coated with anti-rust oil, and the electrical cover should be tightly closed. Avoid exposure to rain or moisture.

7. If a solenoid valve is installed, ensure the connection is secure.

8. If the pneumatic valve is not used frequently, it should be regularly inspected, maintained, and operated. It is recommended to operate it at least once a month for no more than 10 minutes each time.

Click to contact us for more details about FLOWX pneumatic actuators.

As a vital tool in the field of industrial automation, the importance of valve pneumatic actuators cannot be overstated. By understanding their working principles, application fields, selection criteria, and installation and usage precautions, we can better utilize pneumatic actuators, enhance industrial automation levels, and inject new vitality into the development of enterprises.Click to contact us for more details about FLOWX pneumatic actuators.