Electrical Slip Ring 2 Wires 2A 250RPM 22mm 360 Degree Rotation for CCTV Security Systems Electric Testing Equipment Contact Collector with Continuous Rotation

Spec: Item Type: Electrical Slip ​ Material: Housing: PBT Conductor: 0.32mm² PTFE Cable Technical Parameters: Circuit: 2 Circuits Circuit Current: 2A/Circuit Touch Method: Precious Metal Insulation Resistor: ≥500MΩ/500VDC Dielectric Strength: ≥1000V/50Hz.AC 60S Speed: 0-250rpm Temperature: -40℃ to +80℃ IP Rating: IP51 Diameter: Approx. 22mm / 0.87in Package List: 1 x Electrical Slip ​ How To Use: Wiring installation and use.

• [Premium Performance] This hollow slip features 2 wires with 2a per circuit and a 22mm diameter, ensuring smooth 360-degree rotation. its easy installation process involves placing it in the sleeve, securing the screw, and connecting the wire, making it ideal for quick setup in various applications.
• [Durable Construction] Built with a pbt housing and 0.32mm² ptfe cable conductors, this slip offers excellent durability and insulation. with an ip51 rating, it operates reliably in temperatures ranging from -40℃ to +80℃, making it a robust choice for various industrial applications.
• [Advanced Technology] Our electric collector utilizes fiber brush technology and gold-plated wires with gold contacts, guaranteeing stable transmission of both power and signals. this advanced design minimizes electrical noise and ensures reliable performance in demanding environments.
• [Versatile Application] Designed for a wide range of uses, this slip is suitable for electric testing equipment, turntables, cctv security systems, and more. the stator and rotor feature colored wires to simplify circuit connections, enhancing usability across different setups.
• [Stable Rotation] The slip 's 90-degree v-shaped slot design provides stable rotation with low torsion and minimal electrical interference. this precision engineering allows for seamless 360-degree forward and backward rotation without any twisting, perfect for high-power 2a current transmission.