56-channel 2A flange slip ring, 250rpm speed, AWG28# Teflon wire

Customized slip ring
November 12, 2025
Category Connection: Slip Ring With Flange
Brief: Discover the 56-channel 2A flange slip ring, designed for high-density signal and power transmission in precision rotating equipment. Featuring gold-to-gold contacts, AWG28# Teflon wire, and a 250RPM speed, this slip ring ensures stable performance at 240V. Ideal for automation, medical, and communication applications.
Related Product Features:
  • High-density 56-channel design, each supporting 2A current for parallel multi-signal transmission.
  • Gold-to-gold contact points reduce resistance, ensuring stable signal transmission and long lifespan.
  • AWG28# Teflon wire resists high temperatures and corrosion, providing reliable electrical connections.
  • Supports 250RPM speed with aluminum alloy casing for excellent heat dissipation and protection.
  • Dielectric strength of 300VCA@50Hz,60s and insulation resistance ≥500MΩ/300VDC.
  • Dynamic resistance change value <0.01Ω, ensuring consistent performance.
  • Operating temperature range of -30℃ to +70℃ and humidity up to 85%RH.
  • IP51 protection level and aluminum alloy shell for durability and mechanical protection.
FAQs:
  • What are the advantages of gold-gold contacts compared to other materials?
    Gold-gold contacts offer excellent conductivity and oxidation resistance, resulting in lower and more stable contact resistance, significantly improving product lifespan and transmission reliability.
  • Can all 56 channels operate at full load simultaneously?
    Yes, the product design supports all channels operating at 2A simultaneously. It is recommended to consider overall heat dissipation in practical applications. For continuous full-load operation, please consult technical support.
  • Does the product support higher operating voltages?
    The standard version of this product is optimized for 240V. For higher operating voltages, we can provide customized solutions. Please contact technical support for details.