SMC LEFS32S7A-300 LEFS Series Electric Actuator/Slider Type Ball Screw Drive AC Servo Motor

The SMC LEFS32S7A-300 Electric Actuator/Slider Type Ball Screw Drive with AC Servo Motor is engineered for precision and efficiency in demanding industrial applications. This actuator is part of the LEFS Series, renowned for its robust performance and reliability. It features a high output motor available in 100/200/400 W configurations, ensuring optimal power delivery for various operational needs. Designed for high-speed transfer, the LEFS32S7A-300 boasts an impressive acceleration/deceleration capability of 20000 mm/s², making it ideal for applications requiring rapid movement and precise control. The actuator's positioning repeatability is ±0.02 mm, with an enhanced precision option offering ±0.01 mm, ensuring consistent accuracy in repetitive tasks. This actuator is compatible with a range of controllers, including JXC51, JXC61, JXCE1, JXC91, JXCP1, JXCD1, JXCL1, JXCM1, LECA6, LECP1, LECPA, and others, providing flexibility in integration with existing systems. Additionally, it supports pulse input type and includes an internal absolute encoder for the LECSB/C/S models, enhancing its functionality in complex automation environments. The LEFS32S7A-300 complies with ISO Class 4 (ISO14644-1) cleanroom standards, making it suitable for use in controlled environments where contamination control is critical. This feature is particularly beneficial for industries such as semiconductor manufacturing and pharmaceuticals. Engineers and manufacturing professionals will appreciate the actuator's compatibility with a variety of drivers, including LECSA, LECSB(-T), LECSC(-T), LECSS, LECSS-T, LECSN-T, and LECY, ensuring seamless integration and operation. The actuator's robust design and advanced features make it a reliable choice for enhancing productivity and precision in industrial automation. Optimize your manufacturing processes with the SMC LEFS32S7A-300, a high-performance actuator designed to meet the rigorous demands of modern engineering applications.