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Description
Overview
Essential details：UMC780125-03 Servo driver
The UMC780125-03 servo drive is a servo drive for industrial automation with high accuracy, high reliability and easy maintenance. Using advanced digital signal processing technology, the driver enables precise speed and position control and is suitable for a variety of industrial automation applications requiring fast response and high precision.
Key features of UMC780125-03 servo drive include:
High precision control: The use of digital signal processing technology, can achieve high precision speed and position control, improve the stability of the production process and product quality.
High-speed response: Can quickly track the command signal, achieve high-speed response, reduce the time and cost of adjustment and compensation.
Multiple control modes: Support a variety of control modes, such as position control, speed control and torque control, convenient for users to select and adjust according to actual needs.
High reliability: The use of high-quality components and strict process control to ensure the reliability and stability of the driver, reducing the possibility of failure.
Easy maintenance: It has a simple and clear circuit design and an easy-to-operate panel for easy maintenance and debugging.
Scalability: It is scalable and can be expanded and customized according to actual needs.
In summary, the UMC780125-03 servo drive is a high-performance servo drive for a variety of industrial automation applications requiring fast response and high precision.
UMC100
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sunny He
[Email] sales@saulcontrol.com
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UMC780125-03 Servo driver
The difference between servo drive and inverter is mainly reflected in the following aspects:
Overload capacity: The servo drive generally has 3 times the overload capacity, which can be used to overcome the inertia moment of the inertial load at the start of the moment, while the inverter generally allows 1.5 times the overload.
Control accuracy: The control accuracy of the servo system is much higher than the frequency conversion, and the control accuracy of the servo motor is usually guaranteed by the rotary encoder at the back of the motor shaft.
Application: The former belongs to the field of drive control, the latter belongs to the field of motion control. Servo drives are usually used in the pursuit of high precision, high performance, high response occasions, while the frequency converter is more suitable for general industrial applications, the performance index requirements are not high application occasions.
