F-WX12-4P05 4-way 5A low current rotating conductive ring! Customizable industrial-grade anti-interference transmission ring, double-layer electromagnetic shielding + gold-nickel alloy contacts, can effectively block 500MHz radio frequency interference, allowing the security ball camera to achieve a video signal-to-noise ratio of 62dB under 24V power supply, and reduce night vision picture noise by 90%.
F-WX12-4P05 low current rotating conductive ring product features:
1. Lossless power supply at the rotating end: 360° continuous rotation transmits motor power and digital signals to the device.
2. Compact anti-collision structure: 18.2mm length allows for less installation space.
3. Smooth rotation: 150RPM smooth rotation, effectively reducing the disturbance caused by rotation.
4. Anti-rust core: gold-plated cluster brush resists moisture oxidation, resistance fluctuation rate <3%.
5. Weather-resistant wire: UV-resistant Teflon wire can withstand outdoor exposure environment.
F-WX12-4P05 low current rotating conductive ring Performance parameters
| Parameter name | Parameter Value |
| Dielectric strength | 300VCA@50Hz,60s |
| Insulation resistance | ≥500MΩ/300VDC |
| Dynamic resistance change value | <10mΩ |
| Rated voltage | 0~240VDC/VAC |
| Wire Specifications | 22AWG Teflon wire |
| Wire length | Rotor 250mm; stator 250mm (reference value, specific size depends on the actual specifications) |
| Operating temperature | -20℃~+80℃ |
| Operating humidity | 0~85%RH |
| Protection level | IP51 |
| Shell material | Engineering Plastics |
| Rotational torque | 0.05N.m,+0.01N.m/6-way |
| Service life | 2 million rpm |
F-WX12-4P05 low current rotating conductive ring Product Dimensions

F-WX12-4P05 low current rotating conductive ring Product images


F-WX12-4P05 low current rotating conductive ring application
F-WX12-4P05 low current rotating conductive ring is mainly used in drones, stabilizers, smart homes, security monitoring, photography and videography, robots, test instruments, turntables and automation equipment.