Cuscinetti a rulli cilindrici

Cuscinetti a rulli cilindrici
October 22, 2024
Category Connection: Cuscinetti a rulli cilindrici
Brief: Discover the Nylon Cage Roller Bearing / Eccentric Cylindrical Precision Roller Bearing for Reducer NTN 15UZ21006 T2. This double-row cylindrical roller bearing features a nylon cage and chrome steel material, designed for reducer applications. Its eccentric structure simplifies mechanical processing, saving time and cost. Perfect for cycloid reducers, this bearing ensures quick delivery and competitive pricing.
Related Product Features:
  • Double-row cylindrical roller bearing with nylon cage for enhanced durability.
  • Chrome steel material ensures high strength and long service life.
  • Eccentric bearing design simplifies mechanical processing and reduces costs.
  • Ideal for reducer applications, providing efficient performance.
  • Quick delivery and competitive pricing for industrial needs.
  • Simple structure with outer circle, inner circle, roller, and roller basket.
  • Eccentric hole in the inner ring with a vertical keyway for easy assembly.
  • Available in various types including NU, NJ, NUP, and N designs for versatile use.
Domande frequenti:
  • What is the application of the Nylon Cage Roller Bearing 15UZ21006 T2?
    This bearing is primarily used in cycloid reducers, playing a central role in their operation due to its eccentric design and durable construction.
  • What materials are used in the construction of this bearing?
    The bearing is made from chrome steel for high strength and durability, and it features a nylon cage for reduced friction and enhanced performance.
  • How does the eccentric design benefit mechanical processing?
    The eccentric design eliminates the need for a partiality axis, simplifying the mechanical processing, saving time, and reducing manufacturing costs.
  • What are the dimensions of the 15UZ21006 T2 bearing?
    The bearing measures 15x40.5x28mm, making it suitable for various industrial applications requiring precision and reliability.