SMC LEY40RC-500W-S5C918 LEY Series Electric Actuator/ Rod Type Step Motor(Servo 24 VDC)Applicable To The JXC Series

The SMC LEY40RC-500W-S5C918 LEY Series Electric Actuator is engineered for precision and versatility, making it an ideal choice for advanced manufacturing applications. This rod type step motor, powered by a 24 VDC servo, is specifically designed to integrate seamlessly with the JXC Series controllers, ensuring optimal performance and control. Key features include a long stroke capability of up to 500 mm, allowing for extensive reach and flexibility in various industrial settings. The actuator supports direct mounting in three directions and offers three types of bracket mounting, providing adaptability to diverse installation requirements. An auto switch can be mounted for enhanced operational efficiency. Engineered for precision, the LEY40RC-500W-S5C918 offers speed control and positioning with a maximum of 64 points, enabling either positioning or pushing control. This feature is particularly beneficial for applications requiring the actuator to hold a position with the rod exerting force on a workpiece. The actuator boasts a positioning repeatability of ±0.02 mm or less, ensuring high accuracy in repetitive tasks. The actuator is built to withstand challenging environments with its IP65-rated dust and drip-proof design. It is compatible with a range of controllers, including JXC51, JXC61, JXCE1, JXC91, JXCP1, JXCD1, JXCL1, JXCM1, LECA6, LECP1, LECPA, and LECP6, although some models have been discontinued. For applications demanding high output, the LEY Series offers motors with 100/200/400 W power options, enhancing high-speed transfer capabilities and supporting high acceleration up to 5,000 mm/S². The actuator features a pulse input type and includes an internal absolute encoder for precise feedback and control. Compatible with a variety of drivers, including LECSA, LECSB(-T), LECSC(-T), LECSS, LECSS-T, LECSN-T, and LECY, the LEY40RC-500W-S5C918 is a robust solution for engineers seeking reliable and efficient automation components. Its advanced features and compatibility make it a valuable asset in optimizing manufacturing processes.