JINPAT new hollow shaft slip ring

The newly launched LPT000-0360-02E2 hollowshaft slip ring from JINPAT delivers an efficient signal and power transmissionsolution for industrial automation, energy equipment, and high-end robotics,thanks to its innovative through-hole-free design and exceptional performance.Featuring a hollow shaft structure, this slip ring saves installation spacewhile supporting complex wiring requirements. Its core highlights include 3channels of 60A high-current transmission and 2 sets of 100M Ethernet signal channels,meeting both the power demands of high-power devices and ensuring stablehigh-speed data transmission, significantly enhancing equipment reliability andoperational efficiency.  

The LPT000-0360-02E2 hollow shaft slip ringeliminates traditional through-hole designs by optimizing its internalstructure, avoiding wiring limitations imposed by shaft holes and enabling moreflexible device integration. The 3 channels of 60A high-current transmissionemploy highly conductive materials and advanced thermal management technology,maintaining low temperature rise and minimal power loss even under prolongedhigh-load operation—making it suitable for harsh environments like wind power and heavymachinery. Additionally, its compact structural design ensures performancewhile further reducing installation complexity, offering engineers greaterdesign freedom.  

For high-speed signal transmission, theslip ring’s integrated 2 sets of 100M Ethernet channels utilize shieldedanti-interference technology to ensure stable, low-latency data communication,making it ideal for real-time-demanding applications such as industrial IoT andautomated control systems. JINPAT leverages precision manufacturing toseamlessly integrate power and signal transmission modules, reducing bothdevice footprint and compatibility risks in multi-system collaboration. Thelaunch of the LPT000-0360-02E2 underscores JINPAT technological leadership inhigh-end slip rings, providing critical technical support for the developmentof next-generation intelligent equipment.