SCE2414 Inch Drawn Cup Needle Roller Bearings

needle roller bearing
July 15, 2025
Category Connection: Needle Roller Bearing
Brief: Watch as we walk through the full process, from initial setup to real-world testing of the SCE3216AS1 / SCE3216 Inch Drawn Cup Needle Roller Bearing. This video demonstrates the bearing's open-end design and compact dimensions, showing how it performs in machine applications and highlighting its German engineering quality.
Related Product Features:
  • Inch drawn cup needle roller bearing with open ends for versatile machine applications.
  • Compact dimensions of 50.8mm bore, 62.325mm outer diameter, and 25.4mm width.
  • Lightweight design with a mass of just 0.10KG for reduced overall system weight.
  • Manufactured in Germany ensuring high-quality standards and reliable performance.
  • Open-end structure allows for easy installation and maintenance in various assemblies.
  • Suitable for high-load capacity applications where space constraints are a factor.
  • New condition bearings with immediate availability from current stock inventory.
  • Standardized inch dimensions compatible with international machinery specifications.
Faqs:
  • What are the key dimensions of the SCE3216AS1 bearing?
    The SCE3216AS1 bearing has a bore diameter of 50.8mm, an outer diameter of 62.325mm, and a width of 25.4mm, making it suitable for compact machine designs.
  • Where is this needle roller bearing manufactured?
    This bearing is manufactured in Germany, ensuring it meets high-quality standards and reliable performance expectations for industrial applications.
  • What is the lead time for ordering the SCE3216AS1 bearing?
    The lead time for the SCE3216AS1 bearing is within 3 days, with 390 pieces currently in stock and more on the way for larger orders.
  • What type of applications is this bearing designed for?
    This drawn cup needle roller bearing is designed for various machine applications where its open-end structure and compact design provide reliable performance in space-constrained environments.