F9E10D-10M6

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F9E10D-10M6 is an electro-hydraulic proportional actuator developed by Shanghai Shuangshou Electric Co. Ltd. It is widely used in the fields of industrial automation and aerospace. The actuator can be integrated with a wide variety of communication protocols such as CANopen, Modbus RTU, Ethernet/IP and Profinet to suit different control systems. This makes it suitable for applications in a number of different industries.

The actuator is designed to accurately and reliably control speed, torque and position of a moving mechanical system. It uses hydraulic oil as the actuator medium and has a maximum pressure rating of 10MPa. The actuator is designed for use in harsh environments with a wide operating temperature and pressure range.

The actuator can be controlled through a variety of different methods such as voltage, current: tension or pressure signals or PC bus commands. It can also be controlled through a digital bus using CANopen, Modbus RTU, Ethernet/IP or Profinet communication protocols. The actuator supports a wide range of fail-safe control and monitoring functions.

The actuator has a working principle which is based on the transformation of an electric signal into a corresponding hydraulic signal. The electrical signal is first amplified and then used to provide the control input for a hydraulic valve. The valve changes the pressure in the actuator’s pipe, which in turn modulates the pressure of the oil inside the actuator. This pressure is then converted into a position, speed or torque output signal which can be used to control a moving mechanism.

The F9E10D-10M6 electro-hydraulic actuator is a reliable, accurate and robust actuator which can be used for a wide variety of applications in the industrial and aerospace industries. It has a wide range of features and capabilities which make it suitable for a range of different applications.

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