In high-precision electromechanical equipment such as electro-optical pods and radar base stations, signal transmission stability is critical to device performance. To address challenges like extreme temperatures, complex electromagnetic environments, and spatial constraints, JINPAT LPC-D40 slip ring—featuring innovative design and rigorous manufacturing—has emerged as the ideal solution for multi-channel applications in compact spaces, enabling "zero-delay" precise control and lossless signal transmission.
The LPC-D40 slip ring integrates 70 circuits within a compact footprint (∅39.5×224 mm), supporting simultaneous transmission of video, control, and data signals. It meets the demands of multi-sensor collaboration in electro-optical pods, such as visible-light cameras and infrared thermal imagers. Its proprietary structural design incorporates 8 encoder signal channels, achieving nanosecond-level response to ensure precise control in radar scanning, pod imaging, and similar scenarios. Constructed with corrosion-resistant aluminum alloy housing and gold-to-gold contact materials, combined with specialized protective coating technology, the LPC-D40 operates reliably across a -40°C to +60°C temperature range, maintaining signal integrity in extreme cold, heat, or humidity. Testing confirms its bit error rate (BER) in low-temperature environments exceeds industry standards with no performance degradation. The gold contact pairs and constant-pressure structural design reduce wear significantly, delivering a 10-million-rotation lifespan at room temperature—multiple times that of conventional slip rings. With an IP68-rated housing, it withstands corrosive environments like salt fog and dust, minimizing maintenance downtime. Advanced anti-interference shielding and differential signal transmission technologies suppress electromagnetic noise, ensuring stable gigabit-level video signals and high-frequency control commands for real-time imaging in electro-optical pods and precise radar beam positioning.
The LPC-D40 slip ring is widely used in critical equipment such as electro-optical pods, radar base stations, and rotary platforms, ensuring reliability in extreme conditions. It also serves industrial high-precision rotating machinery and automated production lines to enhance operational efficiency, while meeting stringent signal transmission requirements for aerospace applications like satellites and UAVs.
With decades of expertise in slip ring technology, JINPAT developed the LPC-D40 slip ring by integrating advancements in material science, precision engineering, and scenario-based testing. The product supports customizable circuit counts, signal types, and protection levels to rapidly adapt to diverse integration needs. Contact JINPAT to explore tailored solutions for your application.