MT-63/3K-65L

MT-63/3K-65L is an advanced radial electronic actuator system designed for applications in the industrial, automotive and aerospace fields. It is used to accurately and reliably position a wide variety of loads to exact positions and return them to their original positions. It can be used in a wide range of automatic control applications such as positioning, actuation, precision adjustment, and vibration suppression.

Operating principle

MT-63/3K-65L uses a combination of several different mechanisms to control its motion. It uses a motor-driven camshaft, which is connected to a control knob which is used to adjust the position of the motor. This motor is then coupled to a series of gear wheels or pulleys which convert the rotational motion to circular motion, allowing a precise, repeatable movement of the actuator\'s arm. The motion of the actuator arm is then controlled by a control circuitry, which can be programmed to respond to a number of different input parameters such as torque, speed, and position.

Application field

MT-63/3K-65L is used in many industries for applications ranging from precision adjustment of probes in scientific instruments to controlling the movement of robotic arms in assembly tasks. It is also used in the aerospace industry for the positioning of components in aircrafts and spacecrafts, as well as in the automotive industry for controlling the movement of fuel injection nozzles and other mechanical parts.

Advantages

MT-63/3K-65L offers several advantages, such as precise and repeatable motion control, low power consumption, high accuracy, and ease of installation and maintenance. Additionally, its modular construction makes it easy to replace any components that fail or wear out. This makes it a reliable choice for applications requiring reliable and precise motion control.

Conclusion

MT-63/3K-65L is an advanced radial electronic actuator system designed for a variety of industrial, automotive and aerospace applications. It combines a motor-driven camshaft, gearwheels or pulleys, and a control circuitry to provide precise, repeatable motion control. It offers several advantages, such as low power consumption, high accuracy, and easy installation and maintenance. It is an excellent choice for applications requiring reliable and precise motion control.