Metal slip ring

plasticcarboncarbon brush

Carbon brush slip rings are key components in rotating equipment designed for the continuous transmission of energy and signals, primarily composed of carbon brushes and slip rings (collecting rings). Carbon brushes are typically fabricated from graphite, impregnated graphite, or metal graphite, mounted on the surface of commutators or collecting rings, and transmit current from stationary parts to rotating components via sliding contact. - Exceptional electrical conductivity and extended service life; - Smooth brush operation with reliable sliding contact, characterized by absence of overheating, noiseless performance, and low energy loss; - During operation, the slip ring maintains a uniformly distributed, moderately conditioned, and stable surface; - Each carbon brush is subjected to uniform and stable pressure, with the structural design ensuring brush stability and consistent contact; - Capable of stably transmitting both signals and currents during operation. Technical Parameter Mechanical Technique Indicators - Working Life: 10 million RPM reference value (Depending on work) - Rated Speed: 150 rpm - Working Temperature: -30℃~80℃ - Working Humidity: 0~85%RH - Contact Material: Metal - Shell Material: Engineering Plastic - Moving Torque: 0.05N.m+0.02N.m/6 way - Protection Level: IP51 Electrical Technique Indicators - Rated Voltage: 0~240VAC/VDC - Insulation Resistance: ≥300MΩ/300VDC - Wire Specification: Reference Selection Table - Wire Length: Standard Length 300mm (It can be customized) - Insulation Strength: 300VAC@50Hz, 60S - Dynamic Resistance Variation: <0.01Ω