YASKAWA CACR-HR10AAB servo driver

YASKAWA CACR-HR10AAB servo driver

Product Details Introduction

YASKAWA CACR-HR10AAB is a servo driver widely used in industrial automation and robot control systems. Here are some detailed information about this drive:

Main features:

High performance: The CACR-HR10AAB servo driver adopts advanced control algorithms, which can achieve high-precision and high response speed control.

Multifunctional: Supports multiple control modes, including speed control, position control, and torque control, suitable for various application scenarios.

Easy to integrate: Compatible with various industrial automation equipment, it can be easily integrated into existing control systems.

Protection function: It has multiple protection functions such as overcurrent, overvoltage, and overheating to ensure the safe operation of the equipment.

Communication capability: Supports multiple communication protocols for remote monitoring and control.

Technical specifications:

Input voltage: three-phase AC 200-230V

Output current: 10A

Control method: PWM control

Maximum output frequency: 400Hz

Communication interface: RS-232/RS-485

Application field:

Industrial automation: suitable for CNC machine tools, injection molding machines, textile machinery and other equipment.

Robots: widely used in industrial robots and automated production lines.

Printing and packaging: used for precise motion control in printing machines and packaging equipment.

Semiconductor manufacturing: used for high-precision positioning control in semiconductor equipment.

Installation and maintenance:

Installation: It is recommended to have professional technicians install it to ensure the correct connection between the driver and the servo motor.

Debugging: Use Yaskawa's dedicated debugging software to set parameters and debug, ensuring that the device runs at its optimal state.

Maintenance: Regularly check the operation and connection of the drive, clean the heat sink to prevent overheating.

Common problem solving:

Overcurrent alarm: Check whether the connection between the motor and driver is correct, and ensure that there is no short circuit or overload situation.

Communication fault: Confirm that the communication cable is connected properly and check if the communication parameter settings are correct.

Abnormal noise: Check whether the motor and mechanical load are normal, and eliminate mechanical faults.

Product image

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