SMC LEYG32LT7C-100 LEYG Series Electric Actuator/Guide Rod Type AC Servo Motor Corresponding To LECS -T Series Driver

The SMC LEYG32LT7C-100 Electric Actuator from the LEYG Series is engineered for precision and reliability, making it an ideal choice for demanding industrial applications. This guide rod type actuator is powered by a 24 VDC AC servo motor, designed to seamlessly integrate with the LECS-T Series Driver, ensuring optimal performance and control. Key features include a compact design with integrated guide rods, providing exceptional lateral load resistance and high non-rotating accuracy. The actuator supports a lateral end load capacity that is five times greater than traditional rod types, particularly in size 25 with a 100 mm stroke. This makes it suitable for applications requiring robust load handling and precise positioning. The LEYG32LT7C-100 is compatible with both sliding and ball bushing bearings, offering flexibility in handling moment loads and incorporating stoppers when using sliding bearings. It supports advanced speed control and positioning capabilities, with a maximum of 64 programmable points, allowing for precise and repeatable operations with a positioning repeatability of ±0.02 mm or less. Engineers will appreciate the actuator's high output motor options (100/200 W) and its ability to handle high-speed transfers and rapid acceleration/deceleration up to 5,000 mm/s². The inclusion of an internal absolute encoder ensures accurate feedback and control, while the pulse input type enhances its versatility in various automation setups. Compatible with a wide range of controllers, including JXC51, JXC61, and others, the LEYG32LT7C-100 offers extensive integration possibilities. It also supports a variety of drivers, such as LECSA, LECSB(-T), and LECSS-T, ensuring seamless operation across different systems. This actuator is a robust solution for engineers seeking high performance, reliability, and precision in their manufacturing processes. Its advanced features and compatibility make it a valuable asset in optimizing industrial automation systems.