The pneumatic actuator supports a wide range of applications and is the primary source of transmission power and extended power.
The pneumatic system is very effective in keeping the load for a period of time.
The actuator realizes the automation of the valve and can be controlled remotely in order to start the closing mechanism in case of emergency.
Compressed air pneumatic actuators convert compressed air into mechanical motion, ideal for applications where human-computer interaction is not possible due to space, location or safety considerations.
Depending on the operating pressure and temperature, load capacity and maximum torque of the actuator, multiple types of motion can be achieved.
Push or transmit power in any compressed liquid, as well as expansion power.
The piston pneumatic actuator is compact in structure and provides long
The larger the size of the piston and rod diameter, the greater the output pressure.
These actuators are a more common type of actuator that can produce powerful motion and can withstand unfavorable conditions such as dry and dusty environments and high humidity and high pressure cracks.
Double action to eliminate friction metalto-
Metal pneumatic actuator with double
The action cylinder uses the power of the air to power the output stroke and instroke.
With the control of the exhaust pressure, the speed control is enhanced.
This type has two ports for entering air, one at both ends of the piston for opening and closing the valve.
A well designed cylinder can prevent the bending and bending of the rod, thus managing the longer travel required in some applications.
Single action or spring return spring-
The return configuration in the pneumatic actuator means that the compressed air supply is limited to one side of the piston.
The energy that causes motion is generated through a port of the actuator, once rotated in the opening or closing of the valve, then the spring returns to its original position.
Industrial applications ranging from the petrochemical industry to refining, water treatment and wastewater treatment and general power generation, pneumatic actuators provide a good service
to various industries.
These actuators are simple and easy to use through automated system operation, safer than other ways of generating motion, operating air compressors, switches, sensors, pumps and robots with reliability for a long time.
One of the easiest ways to design high-tech is to complete the conversion of compressed air into mechanical energy by using pneumatic actuators.
When designing actuators to achieve maximum output in motion or force, some companies focus on extensive research and development of high performance.