6410-024-N-N-N Pacific stepper Drive

Description

Overview

Essential details：6410-024-N-N-N Pacific stepper Drive

Product Description

6410-024-N-N-N Pacific Stepper Drive is a high performance stepper drive with the following features:

High resolution: The use of subdivision drive technology can significantly improve the resolution and accuracy of the stepper motor, thereby improving the positioning and repetition accuracy of the system.
Smooth operation: Smooth operation at low speed, reducing the vibration and noise of the stepper motor, improving the stability and reliability of the system.
Good compatibility: It can be used with various types of stepper motors to adapt to different application requirements.
Easy to install and use: standard interface and connection mode, easy to install and use.
High reliability: The use of high-quality electronic components and materials, through rigorous testing and verification, to ensure high reliability and stability.
In short, 6410-024-N-N-N Pacific Stepper driver is a high-performance, highly reliable stepper driver, suitable for a variety of stepper motor control systems requiring high precision and high stability.

6410-024-N-N-N

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6410-024-N-N-N Pacific stepper Drive

A stepper driver is an actuator that converts electrical impulses into angular displacement and is usually used to drive a stepper motor. Stepper motor and stepper driver together constitute stepper motor drive system. The performance of the stepper motor drive system not only depends on the performance of the stepper motor, but also depends on the quality of the stepper motor driver.

The principle of the stepper driver is to use unipolar DC power supply, as long as the phase winding of the stepper motor is energized according to the appropriate timing, it can make the stepper motor step rotation. The stepper driver has a subdivision drive setting, which can change the natural step Angle of the stepper motor to achieve greater control accuracy, reduce vibration and increase output torque.

In addition, the wiring and Settings of the stepper driver vary by manufacturer and model, but there are usually terminals such as signals, power supplies, motors, and dip switches for output current and subdivision drive Settings. Pulse signal is the most common control signal, received an effective pulse to control the stepper motor to run one step.