The Schneider BCH2LD0230CF5C is a high-performance servo motor designed to integrate seamlessly with Lexium 28 systems, offering precision and reliability for a wide range of industrial applications. This servo motor is characterised by its compact 60mm flange size and a robust 200W power output, making it an ideal choice for tasks requiring efficient and accurate motion control.
Crafted for durability and consistent operation, the BCH2LD0230CF5C boasts a maximum mechanical speed of 5000 rpm and operates effectively across a supply voltage of 220V, accommodating both single and three-phase connections. The motor delivers a continuous stall torque of 0.64 N.m and a peak stall torque of 1.92 N.m, ensuring it can handle demanding loads with ease.
The servo motor features a smooth shaft with a diameter of 14mm and a length of 30mm, providing a secure and stable connection to various mechanical systems. It also includes a 20 bits single-turn absolute encoder for precise feedback, a built-in holding brake with 1.3 N.m torque for safety and control, and a free lead electrical connection for flexible installation options.
With an IP54 degree of protection, the BCH2LD0230CF5C is well-suited for operation in diverse environments, maintaining performance within an ambient temperature range of 0 to 40°C. Its natural convection cooling system ensures that the motor operates within optimal temperature ranges, contributing to its longevity and consistent performance.
The servo motor's design adheres to the Asian standard flange, making it compatible with a variety of mounting setups and ensuring easy integration into existing systems. The product's commitment to sustainability is evident in its compliance with environmental regulations, including REACh and RoHS, affirming its position as a responsible choice for modern industrial applications.
Overall, the Schneider BCH2LD0230CF5C servo motor is a reliable and efficient solution for engineers and technicians seeking to enhance the precision and performance of their motion control systems.