09130525LXN

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09130525LXN is a type of electrohydraulic actuator which is widely used in industrial applications. It is used to transfer a voltage input into a hydraulic output. This type of actuator has become popular due to its high degree of reliability, low cost, and easy maintenance.

The actuator is a combination of hydraulic and electronic components. The hydraulic components consist of a piston, a cylinder, valves, and seals. The electronic components consist of a electromagnetic coil, an electromagnetic core, and various electronic control boards. The coil is connected to the core which is responsible for creating the necessary electro-magnetic force. The hydraulic components are connected to the coil and core, making the actuator a self-contained unit.

The actuator is connected to various industrial applications through hydraulic hoses or fittings. The position of the actuator is determined by the voltage applied to the coil. When the voltage is applied, a magnetic field is created which forces the piston to move. As the piston moves, it compresses the hydraulic fluid, which causes the valves to open and close, thereby controlling the flow of the fluid to the application.

The actuator is extremely reliable and has a low failure rate. The coil and core have a high tolerance which allows them to handle high voltages and large amounts of current. The hydraulic components have also been designed with heavy duty materials which allow them to cope with pressures of up to 800 bar. Additionally, the actuator is able to operate in extreme temperatures, from 0 to 100 degrees Celsius.

The actuator can be used in many different applications such as valve control, damper control, and machine automation. The most common application is for controlling valves in industrial processes. In this application, the motor is used to control the position of the valve, allowing for precise control over the flow of the hydraulic fluid. This type of control is ideal for high pressure applications as the actuator is able to handle large amounts of pressure.

The actuator can also be used in other applications. For example, the motor can be used for damper control. In this application, the motor is used to control the position of the damper, allowing for precise control over the opening and closing of the damper. This type of control is ideal for applications such as motor speed control or vibration damping.

The actuator can also be used for machine automation. In this application, the motor is used to control the operation of a machine. This type of control is useful for applications such as packing machines, conveyor systems, and assembly lines. The motor is able to operate quickly and precisely, allowing for fast and efficient operation.

Overall, the 09130525LXN actuator is a reliable and durable piece of equipment which can be used in a variety of industrial and machine automation applications. It is able to handle high pressures and large currents, making it ideal for applications such as valve and damper control. Additionally, the actuator is able to operate in extreme temperatures, making it suitable for all types of environments. The actuator is a cost-effective solution for many industrial applications, making it a popular choice for many industrial operations.

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