D110279-2

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The D110279-2 is a type of electric actuator designed for linear movements. It is widely used in the automation industry and has a range of applications in various areas. Using a stepper motor, the D110279-2 enables the precise and repeatable movement of a load along a defined track, making it a great choice for applications where system accuracy and performance is critical. In this article, we will take a look at the application field and working principle of the D110279-2.

Applications

The D110279-2 is ideal for a range of automation applications providing a robust, efficient and highly precise means of linear actuation. Its applications include:

• Robotics: The D110279-2 can be used in robotics projects or industrial automation applications where precise gripper actuation is important.
• Material handling: The stepper motor of the D110279-2 allows for precise and repeatable transport of materials along a defined path.
• Packaging machines: The stepper motor provides precise and repeatable control of packaging materials.
• Medical devices: Medical equipment such as infusion pumps and dialysis machines often make use of the D110279-2’s precise linear actuation capabilities.

Working principle

The D110279-2 is a type of stepper motor–based linear actuator. It uses a stepper motor, controlled by a microprocessor, to move a load along a defined linear track or motion path. The stepper motor works by rotating a number of coils in synchronization with an electronic signal from the microprocessor. When current flows through these coils, the coils become magnetized and attract the permanent magnets on the shaft of the stepper motor, causing the shaft to rotate. This rotation drive moves the load connected to the stepper motor along the linear track.

The microprocessor attached to the D110279-2 can control the speed of the stepper motor, the direction of motion, and the distance it moves. This allows for highly precise and repeatable motion, making the D110279-2 well-suited for a wide range of automation applications.

Conclusion

The D110279-2 is a type of stepper motor–based linear actuator that is well-suited for a wide range of automation applications where precise and repeatable motion is important. It can be used in robotics, material handling, packaging machines, and medical devices. It works by rotating a number of coils in synchronization with an electronic signal from the microprocessor, which causes the shaft of the stepper motor to rotate and move the load along the linear track. This allows for precision and repeatable control of the motion, making the D110279-2 a great choice for applications where system accuracy and performance is critical.

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