SMC LEYG32LDT7C-300 LEYG Series Electric Actuator/Guide Rod Type AC Servo Motor Corresponding To LECS -T Series Driver

The SMC LEYG32LDT7C-300 Electric Actuator from the LEYG Series is a precision-engineered solution designed for high-performance applications requiring robust lateral load resistance and exceptional non-rotating accuracy. This guide rod type actuator is powered by a 24 VDC AC servo motor, seamlessly integrating with the LECS-T Series Driver for optimal control and efficiency. Engineered for demanding environments, the LEYG32LDT7C-300 features a compact design with integrated guide rods, providing a lateral end load capacity five times greater than traditional rod types of similar size and stroke. This actuator is compatible with both sliding and ball bushing bearings, offering versatility in handling moment loads and incorporating stoppers for enhanced operational stability. Key technical specifications include a maximum speed control and positioning capability of up to 64 points, with a positioning repeatability of ±0.02 mm or less, ensuring precise and reliable performance. The actuator supports both positioning and pushing control, allowing it to maintain position when exerting force against a workpiece. The LEYG32LDT7C-300 is equipped with a high-output motor available in 100/200 W configurations, delivering improved high-speed transfer capabilities and supporting high acceleration/deceleration rates of up to 5,000 mm/s². The inclusion of an internal absolute encoder ensures accurate feedback and control. Compatible with a wide range of controllers, including JXC51, JXC61, JXCE1, and more, as well as drivers such as LECSA, LECSB(-T), and LECSS-T, this actuator offers extensive integration options for diverse industrial applications. The pulse input type further enhances its adaptability in complex automation systems. Ideal for engineers and manufacturing professionals seeking a reliable and high-performance actuator, the SMC LEYG32LDT7C-300 is a testament to advanced engineering and precision manufacturing, ensuring superior performance in critical applications.