Input Voltage: It adopts a 24V DC input, which conforms to the low – voltage power supply standards of many industrial control scenarios and can be directly connected to matching industrial power – supply modules.
Input Current: The fixed input current is 1.5A, ensuring stable power input during operation without causing excessive power consumption pressure on the power grid.
Output Current: It has an output current range of 100 – 400A, which can match servo motors of different power levels and meet the load requirements of various motion control tasks.
System Memory: Equipped with 8MB of system memory, it can store control parameters and real – time operation data to support the smooth execution of complex motion control algorithms.
Physical and Environmental Parameters
Weight: The overall weight is about 2 kilograms, which is lightweight and convenient for installation, disassembly, and transportation, and will not impose excessive load on the equipment mounting rack.
Operating Temperature Range: It can work normally within the temperature range of -20°C to 60°C, adapting to the temperature changes of most indoor and outdoor industrial sites.
Communication Interfaces: It is configured with multiple communication interfaces such as Ethernet, CANopen, and RS485 to facilitate data transmission and command interaction with other industrial control equipment.
I/O Interfaces: It is equipped with digital input/output and analog input/output interfaces to meet the connection needs with various sensors and actuators.
Installation Methods: It supports panel mounting and guide rail mounting, and can be flexibly installed in different types of industrial control cabinets according to on – site layout requirements.
Function Features
High-Precision Vector Control: It is equipped with high – performance vector control functions. Through advanced algorithms and digital control technology, it achieves high – precision control of servo motors. It can accurately correct the deviation between the actual operation state and the ideal state of the motor, ensuring the precision of the motor’s position, speed, and torque output.
High Dynamic Response Performance: It can make rapid responses to motion control commands. When the industrial equipment needs to switch motion states or adjust operation parameters suddenly, the servo drive can quickly adjust the output to match the new operation requirements, avoiding delays in the equipment operation process.
Strong Compatibility and Expandability: The modular design not only simplifies daily maintenance work but also enables convenient functional expansion. Its diverse communication and I/O interfaces allow it to be seamlessly integrated with various upper – computer systems, PLCs, and other control equipment, adapting to different system construction needs.
Stable Operation in Harsh Environments: It is designed for harsh industrial environments. Its structural and electrical designs can resist the interference of factors such as electromagnetic waves on the industrial site. It can maintain stable operation for a long time even in environments with large temperature fluctuations, ensuring the continuity of the industrial production process.
Application Scenarios
Industrial Robotics: It is applied to the control systems of industrial robots and collaborative robots. It precisely controls the movement of each joint and mechanical arm of the robot, enabling the robot to complete tasks such as high – precision grabbing, handling, and assembly in automobile manufacturing and electronic component processing workshops.
Machine Tool Processing Equipment: It is installed on milling machines, lathes, and grinders. It controls the rotation of the machine tool spindle and the feed movement of the workbench, ensuring the processing accuracy of metal workpieces during cutting, drilling, and grinding processes, and improving the qualification rate of processed products.
Packaging and Printing Machinery: In packaging machines and labeling machines, it controls the conveying speed of materials and the action rhythm of packaging mechanisms to achieve precise packaging of products. In printing and paper – processing equipment, it regulates the tension of paper and the movement speed of the printing roller, ensuring clear and neat printed patterns and consistent product quality.
Textile and Medical Equipment: It is used in textile machinery such as looms and spinning frames to control the operation speed of the equipment and the tension of yarns, improving the uniformity and quality of textile fabrics. In medical equipment, it provides precise motion control for equipment such as medical robots and precision diagnostic instruments, ensuring the accuracy and safety of medical operations.
Metal Forming Equipment: It is integrated into metal forming machines. It accurately controls the pressure and motion trajectory during the metal stamping and bending processes, ensuring the dimensional accuracy and shape consistency of formed metal parts and meeting the batch production needs of the metal processing industry.
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