SMC LEY25DT6A-30MF LEY Series Electric Actuator/Rod Type AC Servo Motor Corresponding To LECS -T Series Driver

The SMC LEY25DT6A-30MF Electric Actuator is a high-performance solution designed for precision and efficiency in industrial automation. This actuator, part of the LEY Series, integrates seamlessly with the LECS-T Series Driver, offering a robust and versatile system for engineers and manufacturing professionals. Engineered with a 24 VDC servo motor, the LEY25DT6A-30MF supports a long stroke of up to 500 mm, making it ideal for applications requiring extended reach. Its direct mounting capability in three directions and bracket mounting in three types provide flexible installation options to suit various operational needs. The actuator is equipped with an auto switch feature, enhancing its adaptability in dynamic environments. The LEY25DT6A-30MF excels in speed control and positioning, accommodating up to 64 points for precise operation. Users can select between positioning or pushing control, allowing the actuator to maintain pressure against a workpiece, which is crucial for tasks requiring consistent force application. With a positioning repeatability of ±0.02 mm or less, this actuator ensures high accuracy and reliability. Designed to withstand challenging conditions, the actuator boasts a Dust/Drip proof (IP65) specification, ensuring durability in harsh environments. It is compatible with a range of controllers, including JXC51, JXC61, and others, providing extensive integration possibilities. For applications demanding high output, the LEY Series offers motors with 100/200/400 W power ratings, enhancing high-speed transfer capabilities and supporting high acceleration up to 5,000 mm/S². The inclusion of an internal absolute encoder ensures precise feedback and control. The LEY25DT6A-30MF is compatible with various drivers, such as LECSA, LECSB(-T), and LECSS-T, among others, ensuring a comprehensive solution for advanced automation systems. This actuator is an optimal choice for professionals seeking a reliable, high-precision component for their manufacturing processes.