Ultra Miniature Slip Ring Electronic Wiring Harness Insulation High Temperature

Product Specification

Ultra - miniature slip ring electronic wiring harness,insulation high temperature resistance

1. Product description

  Ultra - miniature slip ring electronic wiring harness,insulation high temperature resistance slip ring technology is integrated, which transmits

power or signals through rotating contacts. The slip ring allows the harness to provide continuous electrical connections in rotating or turning

applications without causing wire entanglement or excessive tension. The ultra-miniature slip ring electronic harness has the insulation

performance of high temperature resistance. It uses special insulating materials that can work in high temperature environments without causing

electrical performance degradation or insulation damage. This makes the harness suitable for applications requiring use in high temperature

environments.

  Feel free to contact with us, if you ever needed to consider your wire harness solution.

2. Product information

3. Picture of real products

4. Application area

I: Automation equipment: ultra-micro slip ring electronic wiring harness can be used in rotating parts of automation equipment, such as rotating platform, automatic assembly equipment, robot joints, etc. These devices typically need to operate at high temperatures and require reliable electrical connections to transmit power and control signals.

II: Medical devices: In medical devices, ultra-miniature slip-ring electronic wiring harsets can be applied to rotating parts, such as rotating scanning heads in medical imaging devices, joint parts in surgical robots, etc. The high temperature resistant insulation ensures reliable operation of the harness under high temperature sterilization or high temperature disinfection environment.

III: Aerospace applications: In the aerospace sector, ultra-miniature slip-ring electronic wire harnesses are often used in rotating parts in aircraft and spacecraft, such as radar antennas, wing adjustable parts, rotating connections of spacecraft, etc. These applications typically operate in extreme temperature conditions and require wiring harnesses that can withstand high-temperature environments.

5. Feature

I: Insulation performance: THE ultra-miniature slip ring electronic wiring harness adopts high temperature resistance insulation material, with excellent electrical insulation performance. This insulating property enables the harness to maintain a stable electrical connection in high temperature environments, avoiding current leakage or electrical failures.

II: High temperature resistance: ultra-miniature slip ring electronic harness can work in high temperature environment without damage. The specific high temperature resistance depends on the insulation material used, and different harnesses may have different high temperature resistance ranges. In general, ultra-miniature slip ring electronic wire harnesses are capable of operating in a temperature range from -40°C to +200°C or higher.

III: Flexibility: Ultra-miniature slip ring electronic wiring harnesses usually have some flexibility to adapt to rotational motion. The wiring harnesses are designed to allow them to bend and twist during rotation without breaking or damaging. This flexibility facilitates the installation and use of wiring harnesses in rotating parts.

6. Main products

I: Wiring harness of industrial control equipment:

Power wiring harness, signal wiring harness, control wiring harness, data wiring harness, video wiring harness, motor wiring harness, debugging wiring harness, cabinet wiring harness.

II: Medical equipment wire harnesses:

Endoscope wire harness, infusion pump power cord, ECG lead wire, monitor cable, electric operating table wire harness, electric knife wire harness and mechanical arm wire harness.

III: New energy wire harnesses:

Charging harness, energy storage harness, electric vehicle harness, navigation harness, automotive harness, instrument panel harness, sensor harness, compressor harness.