High efficiency, high reliability, and durability: JINPAT slip rings inject powerful performance into automated equipment.

High efficiency, high reliability, and durability: JINPAT slip rings inject powerful performance into automated equipment.

In the field of modern industrial automation, equipment such as robots, CNC rotary tables, and handling robotic arms often face connectivity challenges: traditional separate wiring and piping systems are prone to tangling and wear, affecting reliability. The JINPAT LPPL series of integrated Gas-liquid slip rings is an innovative solution addressing this pain point. It highly integrates high-current electrical, signal, and fluid channels into a unified rotary connection unit, revolutionizing the design and performance of automated equipment.

1. Robust and Durable, Unfazed by Harsh Environments
IP65 High Protection Rating: Prevents dust intrusion and low-pressure water jets, and is impervious to oil stains, cutting fluid, and washing in the workshop, ensuring long-term stable operation of internal components.
-20°C ~ +60°C Wide Operating Temperature Range: A wide temperature range ensures stable performance under various working conditions, from the frigid winters of the north to the scorching heat of the south.

2. Compact Integration, Optimized Equipment Design
Compact Structure (86mm diameter, 249.2mm length): Its compact size allows for easy integration into limited equipment spaces, providing high flexibility for modern compact equipment design.
4-Channel Hydraulic/Pneumatic Circuit Integration: Simultaneously transmits media such as hydraulic oil, compressed air, or coolant, meeting the multi-functional needs of applications such as welding robots and CNC rotary tables.
6-Channel 16A High Current + 3-Channel Signal: Powerful electrical transmission capabilities can drive high-power loads such as servo motors, and also stably transmit control signals from Ethernet, sensors, etc., achieving precise synchronization of power and control.

JINPAT LPPL gas-liquid slip rings simplify complex piping systems by replacing them with a single component. This solution directly translates to lower costs, higher reliability, and easier maintenance, forming a core foundation for driving automation equipment towards high efficiency and intelligence.