What is an integrated stepper motor?
What is an integrated stepper motor?
The integrated stepper product includes stepper motor, driver, motion controller and encoder. A motor with a controller or a driver, and an encoder, is an integrated motor. Integrated motors save wiring between the motor, controller and the control cabinet. By minimizing the machine complexity and installation efforts, the overall system cost is reduced. It integrates each unit in the stepper system into a whole, reduces the space by more than 40%, reduces the wiring by more than 50%, and has good electromagnetic Compatible features and simple system topology greatly increase the reliability and practicability of the stepping system. Integrated motor-drive systems combine a motor and a drive at the very least and some integrated-motor variations also include other components such as controllers and encoders. The motor types have been selected for their compact size, high performance characteristics and rugged, field-proven capabilities. It is an excellent choice for customers with small installation space and high degree of system integration.
Advantages of integrated stepper motors
The integrated stepper motor has a compact structure and a small size, which can save more space. Due to the higher integration and simple wiring, it can achieve faster installation.
Since the driver and the motor are integrated, the connection between the driver and the motor is saved, the interference caused by the motor cable is effectively reduced, and the electromagnetic interference between the wires is reduced; better vibration technology and low heat generation technology are adopted, which effectively solves the problem of the motor and drive heat, vibration and noise.
Application fields of integrated stepper motors
Suitable for all kinds of small and medium automation equipment and instruments, such as: engraving machines, marking machines, cutting machines, laser imagesetters, plotters, CNC machine tools, automatic assembly equipment, etc. It works particularly well in devices where users expect low noise, low vibration, low heat generation and high speed.
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