Kollmorgen CB06251 High-Performance Servo Drive

Description

• Function Features
  • High-Precision Motion Control: The drive adopts advanced control algorithms and digital control technology to achieve precise regulation of servo motor position, speed, and torque. It maintains consistent motion accuracy during high-speed and low-speed operation, which effectively reduces motion errors of industrial equipment and improves the processing and production quality of products.
  • Broad Compatibility: It has good compatibility with multiple types of motors including brushless DC motors and stepper motors. It also supports seamless integration with various industrial automation systems, which eliminates compatibility issues during system configuration and reduces the difficulty of equipment transformation and upgrading.
  • Compact and Space-Saving Design: Its compact structural design optimizes the use of space in control cabinets. It can be easily installed even in environments with dense layout of electrical components, which expands its applicability in small – sized automation equipment and compact production lines.
  • Built-In Comprehensive Protection Functions: It is equipped with complete protection mechanisms that cover overcurrent, overvoltage, and overload protection. These functions quickly cut off relevant circuits when abnormal electrical conditions occur, preventing damage to the servo drive itself, the connected servo motor, and other related components.
  • User-Friendly Deployment: It is designed with a user-friendly interface and multiple input/output options. It allows for simple parameter setting and debugging, which shortens the commissioning cycle of the entire equipment. Its standardized wiring interfaces also reduce wiring errors and improve the efficiency of on-site installation and maintenance.
• Application Scenarios
  • Robotics: It serves as a joint driver for industrial robots and robotic arms. It precisely controls the rotation angle and movement speed of each joint of the robot, which ensures the accuracy of actions such as grabbing, welding, and assembling of the robot. It is widely used in automated production workshops such as automobile assembly and electronic component processing.
  • Numerical Control Machinery: It is applied to numerical control milling machines, lathes, cutting machines, and grinders. It controls the feed motion and spindle rotation of the equipment with high precision, which guarantees the dimensional accuracy and surface finish of processed workpieces and improves the processing efficiency and product qualification rate of the equipment.
  • Packaging Machinery: It is integrated into automated packaging production lines for food, beverages, and daily chemicals. It controls the movement of filling machines, capping machines, and labeling machines. It realizes precise synchronization of each process on the packaging line, which ensures consistent packaging specifications and avoids problems such as leakage and incorrect labeling.
  • Medical Equipment: It is used in medical devices that require precise motion control, such as medical imaging equipment and precision surgical auxiliary equipment. It provides stable and accurate motion drive for relevant components of the equipment, which helps improve the accuracy of medical diagnosis and the safety of surgical operations.
  • Textile Machinery: It is deployed in textile equipment such as looms and winding machines. It accurately controls the speed of yarn feeding and fabric winding, which maintains the tension stability of textiles during the production process. It prevents problems such as yarn breakage and uneven fabric density, and ensures the quality of textile products.