SMC LEY40DA-150WM-RAC918 LEY Series Electric Actuator/ Rod Type Step Motor(Servo 24 VDC)Applicable To The JXC Series

The SMC LEY40DA-150WM-RAC918 is a robust and versatile electric actuator from the LEY Series, designed specifically for precision and efficiency in industrial applications. This rod-type step motor, operating on a 24 VDC servo, is engineered to integrate seamlessly with the JXC Series controllers, offering unparalleled control and adaptability. Key features include a long stroke capability of up to 500 mm, allowing for extensive reach and flexibility in various setups. The actuator supports direct mounting in three directions and offers three types of bracket mounting, providing engineers with multiple installation options to suit specific project requirements. The inclusion of an auto switch enhances operational efficiency by enabling automated processes. Engineered for precision, the LEY40DA-150WM-RAC918 boasts a positioning repeatability of ±0.02 mm or less, ensuring consistent and accurate performance. The actuator is equipped with speed control and can handle up to 64 positioning points, making it ideal for complex motion tasks. Users can select between positioning or pushing control, with the capability to maintain the actuator's position while exerting force on a workpiece. This actuator is built to withstand challenging environments, featuring a dust and drip-proof design compliant with IP65 standards. It is compatible with a wide range of controllers, including JXC51, JXC61, and others, ensuring flexibility in system integration. For applications requiring high-speed transfer and acceleration, the LEY Series offers a high output motor option (100/200/400 W) with a high acceleration capability of 5,000 mm/S². The actuator includes an internal absolute encoder and supports pulse input, enhancing its precision and reliability. The SMC LEY40DA-150WM-RAC918 is an ideal choice for engineers and manufacturing professionals seeking a high-performance, adaptable, and reliable electric actuator for their automation needs.