SMC LEY25S2B-100F-S2A1 LEY Series Electric Actuator/Rod Type AC Servo Motor(100/200W)

The SMC LEY25S2B-100F-S2A1 Electric Actuator from the LEY Series is engineered for precision and efficiency, making it an ideal choice for advanced manufacturing applications. This rod-type actuator is powered by an AC servo motor available in 100W and 200W configurations, providing robust performance for demanding tasks. Designed for versatility, the LEY25S2B-100F-S2A1 supports a maximum stroke length of 500 mm, allowing for extensive reach in automation processes. Its direct mounting capability in three directions and bracket mounting in three types ensures seamless integration into existing systems. The actuator is equipped with an auto switch feature, enhancing operational flexibility. Engineers will appreciate the actuator's advanced speed control and positioning capabilities, supporting up to 64 distinct points. The device offers both positioning and pushing control, with the ability to maintain the actuator's position while exerting force on a workpiece. This feature is crucial for applications requiring precise force application and repeatability, with a positioning accuracy of ±0.02 mm. The LEY25S2B-100F-S2A1 is built to withstand challenging environments, boasting a dust and drip-proof IP65 rating. It is compatible with a range of controllers, including JXC51, JXC61, and others, ensuring broad adaptability across various systems. For high-speed operations, this actuator supports high acceleration up to 5,000 mm/s², facilitated by its high output motor options (100/200/400 W). The inclusion of an internal absolute encoder enhances precision, making it suitable for applications requiring meticulous control. Compatible with a variety of drivers such as LECSA, LECSB(-T), and LECSS, this actuator is designed to meet the rigorous demands of modern manufacturing environments. Its pulse input type further enhances its integration capabilities, making it a reliable component for engineers seeking to optimize their automation systems.