KJL6P17A26PN

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The KJL6P17A26PN is an advanced electronic actuator released by Mitsubishi. It\'s designed to provide robust and reliable drive for a wide variety of applications. It is an ideal solution for precision motion control, especially in hazardous environments. This article will discuss the application field and working principle of KJL6P17A26PN.

Application field

The KJL6P17A26PN actuator is designed for precision motion control in hazardous areas, such as those with high thermal loads or flammable gas. It is used in a variety of applications, including automotive, marine, aerospace, military, and medical devices. It is also suitable for use in industrial process control, robotics, aircraft maintenance, and onshore and offshore drilling.

The KJL6P17A26PN actuator is also suitable for use in high-precision motion control applications, such as for accurately positioning medical imaging equipment, such as X-ray machines, or for positioning machine parts for accurate assembly. It can be used in harsh environments, such as those with extreme humidity and temperatures.

Working principle

The KJL6P17A26PN actuator is based on a three-phase brushless motor controlled by a digital signal processor (DSP). It uses an open-loop system for precise motion control, which eliminates the need for complicated feedback loops. The DSP controls three high-speed, low-torque brushless motors, which are connected to three independent lead screws using a gearbox.

The actuator is powered by an onboard battery that is charged via an onboard solar panel. The actuator is driven by a linear stepper motor and a series of gears and pulleys. The stepper motor rotates the lead screws, which move the actuator along its designated path. The actuator can be controlled manually or via a computer or other device.

The KJL6P17A26PN also features an automatic safety feature that automatically shuts off the power to the actuator when it reaches the end of its movement path. This automatically ensures the safety of the equipment and personnel in the area.

The KJL6P17A26PN actuation system is also capable of providing precise, high-precision motion control who demand accuracy and repeatability. Furthermore, the system is able to accurately reproduce motion profiles specified on a computer, which is helpful in machine-building applications.

Conclusion

The KJL6P17A26PN actuator is a versatile and reliable option for precise motion control in hazardous areas. It is suitable for a variety of applications, including industrial process control, robotics, aircraft maintenance, and medical imaging equipment. It is driven by a linear stepper motor and can be controlled manually or via a computer or other device. It features an automatic safety feature to ensure safety and protect personnel in the area. It is capable of providing precise and repeatable motion control, perfect for those who demand accuracy.

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