SMC LEY32S3A-500-S2A1H LEY Series Electric Actuator/Rod Type AC Servo Motor(100/200W)

The SMC LEY32S3A-500-S2A1H LEY Series Electric Actuator is engineered for precision and efficiency, making it an ideal choice for advanced manufacturing applications. This rod-type actuator is powered by a robust AC servo motor available in 100W and 200W configurations, ensuring high output and reliable performance. Designed for versatility, the LEY32S3A-500-S2A1H features a long stroke capability of up to 500 mm, accommodating a wide range of industrial tasks. Its direct mounting options in three directions and three types of bracket mounting provide flexibility in installation, catering to diverse operational needs. Engineers will appreciate the actuator's advanced speed control and positioning capabilities, supporting up to 64 distinct points. The system allows for either precise positioning or pushing control, with the ability to maintain the actuator's position against a workpiece, enhancing operational stability. The actuator boasts a positioning repeatability of ±0.02 mm or less, ensuring high precision in repetitive tasks. Its IP65-rated dust and drip-proof design makes it suitable for challenging environments, safeguarding against contaminants and moisture. Compatible with a range of controllers, including JXC51, JXC61, and others, the LEY32S3A-500-S2A1H integrates seamlessly into existing systems. The actuator's high-speed transfer ability and compatibility with high acceleration (up to 5,000 mm/S²) make it a powerful component in dynamic manufacturing processes. Equipped with an internal absolute encoder, the actuator supports pulse input types, enhancing its adaptability in complex automation systems. The LEY32S3A-500-S2A1H is also compatible with various drivers, such as LECSA, LECSB(-T), and LECSS, ensuring broad integration capabilities. Optimize your manufacturing operations with the SMC LEY32S3A-500-S2A1H, a precision-engineered solution designed to meet the rigorous demands of modern engineering and manufacturing environments.