The part number **10RS-6G-R0-R/C01** typically refers to a high-precision, miniature **Slip Ring** assembly, often manufactured by companies like JINPAT or similar specialized rotary connector producers. These components are designed to transmit electrical signals and power from a stationary structure to a rotating one. --- ### 1. Technical Specifications Overview Based on standard industry nomenclature for this series, here is the breakdown of the specifications: | Feature | Description | | :--- | :--- | | **Model Series** | 10RS (Miniature/Capsule Series) | | **Channels/Rings** | 6-G (6 individual circuits/channels) | | **Current Rating** | Typically 2A per circuit | | **Voltage** | 240 VAC / DC | | **Dielectric Strength** | 500V @50Hz between each circuit | | **Insulation Resistance** | 1000MΩ @ 500VDC | | **Operating Speed** | 0 - 300 RPM | | **Contact Material** | Gold-to-Gold (ensures low noise and long life) | | **Housing Material** | Engineering Plastics or Metal | --- ### 2. Key Components & Construction The device consists of several critical electronic and mechanical parts: * **Rotor:** The inner part that rotates. It contains the conductive rings. * **Stator:** The outer stationary part. It contains the brush blocks. * **Gold-on-Gold Contacts:** Uses gold alloy brushes and gold-plated rings. This minimizes electrical noise and friction while maximizing the lifespan of the part. * **Lead Wires:** Color-coded silver-plated Teflon® (PTFE) insulated wires are usually used for easy identification and thermal resistance. --- ### 3. Applications These parts are specifically used in environments where a 360-degree continuous rotation is required without tangling wires: 1. **CCTV/Security:** Pan-tilt-zoom (PTZ) camera platforms. 2. **Robotics:** Rotary joints and robotic arms. 3. **Medical Equipment:** Shadowless lamps and rotating scanners. 4. **Testing Equipment:** Electrical test turntables. --- ### 4. Wiring Diagram Representation While wire colors can vary slightly by batch, a standard 6-channel configuration typically follows this logic: ```text Circuit # | Color | Function ----------|--------|----------- 1 | Black | Power/Signal 2 | Red | Power/Signal 3 | Yellow | Signal 4 | Green | Signal 5 | Blue | Signal 6 | White | Signal ```