Double Acting Fork Pneumatic Actuator

Technical features：

Double Acting Fork Pneumatic Actuators have a number of advantages that make them widely used in various industrial applications. Here are some of the main advantages:

Bidirectional Operation: The bidirectional operation means that the actuator can provide precise control in two directions (usually open and close), which increases its flexibility in various applications.

High Efficiency: Double Acting Fork Pneumatic Actuators are capable of generating a large amount of force in a short period of time, making them perform excellently in applications where quick response and high force are required.

Durability: Due to their robust construction and high-quality materials, these actuators are typically very durable, capable of operating for long periods under various harsh environmental conditions.

Ease of Maintenance: The design of the Double Acting Fork Pneumatic Actuator makes maintenance relatively simple, typically requiring only regular inspections and replacement of worn parts.

Safety: Due to their operating principle, Double Acting Fork Pneumatic Actuators typically automatically close or open to a preset safe position in the event of a loss of power or air supply, increasing their safety in hazardous environments.

Cost-Effectiveness: Although the initial cost of Double Acting Fork Pneumatic Actuators may be higher, their high efficiency, durability, and low maintenance requirements typically provide good cost-effectiveness in the long run.

Adaptability: Thanks to their simple design and operating principle, Double Acting Fork Pneumatic Actuators can adapt to a variety of different applications and environments, including high-temperature, high-pressure, and corrosive environments.

Product characteristics：

Double Acting Fork Pneumatic Actuators are actuators that utilize compressed air to provide power and force to mechanical systems. Their double-acting capability means they can control mechanical motion in two directions, which is typically achieved by using compressed air to drive a piston within a cylinder that can be directed to move in any direction.

The term “fork” in the name refers to a specific mechanical design characteristic. In fork-style actuators, the piston rod is connected to the output shaft through a fork, allowing the actuator to convert linear motion into rotational motion. This design is particularly useful in applications that require control over devices that need to perform rotational movements, such as valves.

Pneumatic actuators use the power of compressed air to generate motion. This makes them suitable for applications where electricity is impractical or hazardous. They are also commonly used in applications that require clean, dry power, as air can be filtered and dried to prevent contamination.

Double Acting Fork Pneumatic Actuators are used in a variety of industrial applications, including manufacturing processes, energy systems, chemical plants, water treatment facilities, and food and beverage production lines. They are typically used to automate the operation of valves, doors, dampers, and other mechanical systems that require precise control.

Performance characteristics:

The product features of Double Acting Fork Pneumatic Actuators may vary depending on the specific manufacturer and model, but the following are some typical key features:

Bidirectional Operation: Ability to operate in two directions, which usually means it can switch between opening and closing.

High Force Output: These actuators are typically capable of generating high force output, making them suitable for applications that require a large amount of force.

Fast Response: The actuator is designed to respond quickly to inputs, which is crucial for applications that require a quick reaction.

Durability and Reliability: Actuators are usually made from high-quality materials, allowing them to operate over long periods under various environmental conditions.

Simple Maintenance: The design of the actuator makes maintenance and replacement of parts relatively simple.

Automatic Safety Position: In the event of a loss of power or air supply, the actuator typically automatically closes or opens to a preset safe position.

Environmental Adaptability: The actuator is designed to work under various environmental conditions, including high temperature, high pressure, and corrosive environments.

Multiple Interface Options: Actuators typically offer multiple interface options to interface with various control systems.

Optional Manual Operation: Many models offer a manual operation option to manually control the actuator when required.

Configurable Action Range: The action range of the actuator can be configured to suit specific application needs.

Please note that these features may vary depending on the specific product model and manufacturer, so when choosing an actuator, these features should be evaluated based on your specific needs and applications.

Operating Parameters：

Rotation angle:0°~90°

Output torque

Double action:600~260000Nm

Spring restoration: 600~100000Nm

Operating pressure

Pneumatic drive:0.3~0.7Mpa

Hydraulic drive:20Mpa

Operating temperature

Standard -20℃~+80℃

High temperature -15℃~+150℃

Low temperature -40℃~+80℃

Performance Testing

Our state-of-the-art facilities allow rigorous testing to validate function, endurance and environmental protection.

Quality Assurance

100% testing and inspection ensures superior performance of every actuator.