In modern packaging machinery, rotary connections must not only handle high current transmission but also ensure the stability of high-speed industrial Ethernet signals. The LPT250-0635-0410-04S hollow shaft slip ring from JINPAT is designed with a 250 mm large through-bore and integrated multi-channel functionality, providing a safe, stable, and efficient rotary connection solution for packaging systems.
- Large Through-Bore Design for Complex Structures
With a 250 mm through-bore diameter, the slip ring allows easy integration of machine shafts, pneumatic/hydraulic pipelines, or complex cable assemblies. Its compact vertical installation design makes it ideal for packaging machines requiring optimized layouts and high space utilization.
- High Current and Signal Transmission in Parallel
6 channels of 35A current and 4 channels of 10A current provide reliable power supply for motors, heating modules, and other high-load units.
Integrated 1 set of Powerlink industrial Ethernet ensures fast data exchange and precise control, enabling smooth and coordinated machine operations.
This parallel transmission capability guarantees stable performance even under continuous high-speed operation.
- High Protection and Long Service Life
The slip ring reaches IP54 protection level, effectively safeguarding against dust and water splashes. With a service life of up to 50 million revolutions, it delivers long-term reliability, reduces maintenance requirements, and enhances the overall efficiency of packaging production lines.
- Application Fields
The LPT250-0635-0410-04S is especially suited for:
Automated packaging machines
High-speed rotary workstations
Automation systems requiring both high-power and signal transmission
Conclusion
The LPT250-0635-0410-04S hollow shaft slip ring combines large through-bore capacity, high current handling, industrial Ethernet support, and long operational life, making it an ideal choice for packaging machinery and other advanced automation equipment. It not only optimizes equipment structure but also ensures reliable and efficient system performance.
