Input Voltage: It supports 120VAC or 240VAC input voltage, covering 1-phase and 3-phase power supplies with a frequency range of 47 – 63Hz, which is compatible with mainstream industrial power supply systems.
Current Ratings: It has a continuous output current of 12ARMS when the ambient temperature is 40°C, and this value drops to 8ARMS when the temperature rises to 50°C. The peak output current reaches 18ARMS and can last for 3 seconds to meet the instantaneous high-power demand of the motor.
Loop and Feedback Performance: The maximum current loop bandwidth is 5kHz, and the maximum speed loop bandwidth is 800Hz. It is equipped with a 24-bit high-resolution feedback system and only supports SFD motor feedback, which guarantees high-precision motion control.
Output Power: Under 240VAC three-phase input, the 1-second output power can reach 10000VA; under 240VAC single-phase input, the 1-second output power is 8000VA.
Dimensions: The AC model has dimensions of approximately 54.8mm × 175mm × 132mm, featuring a compact structure that saves installation space.
Weight: The approximate net weight is 1.33kg, which is lightweight and convenient for integration into various equipment racks without increasing excessive load.
Environmental and Other Parameters
Operating Temperature: It can work normally in the temperature range of -20°C to +60°C, adapting to different temperature conditions of industrial sites.
Pollution Degree: It meets the pollution degree 2 standard, which is suitable for general industrial environments with little dust and no conductive pollution.
Function Features
Multi-mode Precise Motion Control: It supports three control modes including position control, speed control and torque control. Users can flexibly switch modes according to different application requirements. With the cooperation of high-bandwidth loops and high-resolution feedback, it ensures smooth and precise motion of the motor, which can meet the complex motion control needs of various precision equipment.
Efficient Plug-and-Play Debugging: It adopts SFD motor feedback design. When connected to a matching servo motor, it can automatically identify motor parameters. There is no need for complicated manual parameter setting and servo loop adjustment, which greatly shortens the debugging time and reduces the difficulty of operation for technical personnel.
Strong Network Integration Capability: It is pre-installed with a SynqNet option card and equipped with standard RJ connectors. These configurations allow it to be easily integrated into high-speed SynqNet motion control networks, realizing efficient data transmission and multi-axis synchronous control, and adapting to the construction needs of large-scale and complex automation systems.
Comprehensive Safety Protection: It is equipped with multiple safety protection functions such as over-current, over-heating, over-voltage and short-circuit protection. These functions can promptly detect abnormal working conditions during the operation of the drive, and trigger corresponding protection measures to avoid damage to the drive itself, the servo motor and other connected equipment.
Application Scenarios
Semiconductor Manufacturing: It is used in wafer transmission platforms and semiconductor testing equipment. It achieves micron-level precise positioning and stable transmission of wafers, which meets the strict requirements for motion control precision in semiconductor production processes and improves the yield of semiconductor chips.
Medical Equipment: It is applied to precision medical instruments such as diagnostic robots and automated test platforms. It provides accurate motion control for the core components of the equipment, ensuring the accuracy of medical test data and the stability of treatment processes, which lays a solid foundation for the reliable operation of medical equipment.
Packaging and Printing Machinery: In food packaging machines and label printing equipment, it controls the operation speed of conveyor belts and the positioning of printing rollers. It ensures consistent packaging specifications and clear and uniform printed patterns, while improving the overall production efficiency of the packaging and printing lines.
Industrial Robotics: It is used to drive the joint movement of industrial robots and collaborative robots. It precisely controls the movement trajectory of the robot arm, enabling the robot to complete high-precision tasks such as grabbing, handling and assembly in automobile parts processing and electronic component assembly workshops.
Electronic Assembly Equipment: It is integrated into SMT machines and plug-in machines. It precisely controls the movement of the mounting head and the positioning of the circuit board, ensuring the accuracy of electronic component mounting, reducing assembly errors, and improving the quality and production efficiency of electronic products.
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