Kollmorgen S72402-NANANA High-performance Digital Servo Drive

Description

• • Environmental and Interface Parameters
    • Operating Environment: It can work normally in an environment with a temperature range of 0°C to 40°C and a relative humidity of up to 85% without condensation, adapting to most industrial site conditions.
    • Communication and Feedback Interfaces: It is equipped with communication interfaces such as CANopen, EtherCAT and RS232, and supports SynqNet and DeviceNet expansion. The feedback interface is compatible with encoders, resolvers and AquaB encoders to meet different signal feedback needs.
• Function Features
  • Wide Compatibility: The drive is compatible with synchronous motors, servo motors, linear motors, DC motors and asynchronous motors. It supports multiple feedback devices at the same time, which reduces the types of drives that enterprises need to stock and improves the flexibility of equipment configuration.
  • Convenient Configuration and Debugging: Users can easily carry out parameter setting, system debugging and operation monitoring on the drive through the DriveGUI setting software. The automatic motor parameter identification function greatly shortens the commissioning time and reduces the difficulty of operation for technical personnel.
  • Reliable Safety Protection: It is built with the safety torque off (STO) function, which can safely stop the motor in an emergency to avoid safety accidents. It also has comprehensive protection functions such as overvoltage, overcurrent and short circuit, which can timely cut off the relevant circuits when abnormal conditions occur to protect the drive and the connected motors and equipment.
  • Strong Expansion and Integration Capability: It is equipped with a 2CAN expansion module and multiple expansion slots. Users can expand its functions according to actual application needs. The rich communication interfaces enable it to achieve high-speed and real-time data transmission with PLC, motion controllers and other equipment, realizing the integration of large-scale automation systems.
• Application Scenarios
  • Industrial Robotics: It is used to control the movement of each joint of articulated robots and assembly robots. It precisely controls the motion trajectory and force of the robot arm, ensuring that the robot can smoothly complete high-precision operations such as welding, grabbing and assembly in automobile manufacturing and electronic component processing workshops.
  • Semiconductor and Electronic Manufacturing Equipment: It is applied to wafer handling equipment and SMT machines. It realizes micron-level precise positioning and transmission of wafers and circuit boards, which meets the high-precision requirements of semiconductor production and electronic component mounting, and improves the yield of products.
  • Packaging and Printing Machinery: In high-speed packaging lines and printing equipment, it controls the speed of conveyor belts and the rotation of printing rollers. It ensures the consistency of packaging specifications and the clarity and uniformity of printed patterns, while improving the operation efficiency of the production line.
  • Metal Forming and Cutting Equipment: It is integrated into bending machines, shearing machines and CNC machining centers. It precisely controls the processing speed and position of the equipment, ensuring the processing accuracy of metal workpieces, reducing processing errors and improving the quality of finished products.
  • Medical and Aerospace Equipment: It is used in surgical robots and medical imaging systems in the medical field to ensure the stability and accuracy of medical operations and diagnostic processes. In the aerospace field, it is applied to precision test equipment to provide reliable motion control support for the performance test of aerospace components.