Introduction: Boosting Core Competitiveness in New Energy Manufacturing
In the fast-growing fields of new energy battery manufacturing and lithium battery equipment, efficient, stable, and intelligent production systems are essential for enhancing core competitiveness. JINPAT’s LPPL050-0530-01E3-02A integrated pneumatic-hydraulic-electrical slip ring is engineered to meet these high demands, providing industry-leading reliability and performance through innovative technology integration.
Superior Performance in Vacuum Environments
Traditional slip rings often experience performance degradation in vacuum conditions due to inadequate sealing. JINPAT addresses this issue by optimizing sealing structures and material processes, ensuring stable gas, liquid, and electrical transmission over the long term while minimizing downtime risks.
The LPPL050-0530-01E3-02A slip ring operates reliably at vacuum pressures of up to -30kPa, making it ideal for critical lithium battery processes like vacuum electrolyte filling and vacuum drying. With an IP65 protection rating, high-temperature resistance, and excellent electromagnetic interference immunity, it performs consistently even in high-dust, high-humidity, and fluctuating temperature environments.
High-Current Transmission and Gigabit Data Integration
Designed for modern production requirements, the LPPL050-0530-01E3-02A supports high-current transmission with up to 5 circuits of 30A and integrates a gigabit Ethernet transmission module. This enables seamless high-speed data transfer essential for smart manufacturing in the lithium battery and new energy sectors.
As a multifunctional integrated slip ring, it combines pneumatic, hydraulic, and electrical signal transmission, reducing the need for external connectors and significantly enhancing system flexibility.
Compact and Modular Design for Enhanced Efficiency
Featuring a compact structure, the LPPL050-0530-01E3-02A is ideally suited for space-constrained equipment designs. Its modular integration of power, pneumatic signals, optical fibers, and network signals simplifies system architecture, improves operational efficiency, and facilitates easier maintenance.
The low no-load torque, smooth operation, and low-friction design ensure high reliability and stability even during prolonged operation cycles, making it a robust solution for demanding production environments.
JINPAT: Driving Innovation in the New Energy Industry
As the new energy sector continues to expand rapidly, JINPAT remains at the forefront of technological innovation. By delivering cutting-edge solutions like the LPPL050-0530-01E3-02A, JINPAT empowers manufacturers to build efficient, intelligent, and sustainable green production systems that meet the evolving needs of the industry.
