Small size, multiple pathways: JINPAT slip ring solves the space challenge of gimbal integration.
The JINPAT LPT series hollow shaft slip rings, with their IP65 protection, 40g impact resistance, wide operating temperature range of -40~75℃, and integrated compact design, provide an excellent solution for gimbal systems to achieve stable and reliable 360° rotation transmission in harsh environments.
2025-11-19 15:16 by
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In today's pursuit of more compact, intelligent, and robust gimbals, designers often face a core dilemma: how to cram more functionality into the limited space of the rotating joint while withstanding extreme outdoor environments? Traditional component stacking solutions have reached their limits. At this juncture, the emergence of the JINPAT LPT hollow shaft slip ring transcends mere component selection, becoming a systemic solution.
I. Compact Structure and Space Optimization: Hollow Shaft Design
The LPT series features a hollow shaft (through-hole) design, allowing cables to pass directly through the center, effectively avoiding tangling during rotation and achieving true 360° continuous rotation. This structure not only simplifies the internal layout of the gimbal but also significantly saves axial space.
II. Robust and Durable, Adaptable to Harsh Environments
To cope with complex operating conditions, the LINPAT LPT slip ring features the following characteristics in terms of protection and durability:
IP65 Protection Rating: Completely dustproof and resistant to low-pressure water jets, suitable for various harsh environments such as sandstorms, rain, and snow.
40g Peak Shock Resistance: Maintains stable electrical contact and reliable performance even under strong vibrations such as drone takeoff and landing and vehicle bumps.
-40~75℃ Wide Temperature Range: Adapts to a wide temperature range from extremely cold to high temperatures, ensuring normal operation of the gimbal under various climatic conditions.
III. Integrated Design: Small Size, Multiple Pathways
More Compact Structure: The integrated design reduces axial space occupation, contributing to the overall miniaturization of the gimbal.
More features: Increased transmission paths within a limited volume, supporting simultaneous transmission of more signal types, and enhancing the scalability of the PTZ function.
The JINPAT LPT hollow shaft slip ring has transcended the traditional slip ring's single role of "connecting circuits." Through its innovative approach of freeing up space, forging robustness, and integrating functionality, it has become the "rotational lifeline" within high-end gimbals. It solves not only transmission problems but also removes key obstacles related to space and reliability for the design of next-generation gimbals.
