The W 628/6-2RS1 is a compact stainless steel deep groove ball bearing, measuring 6mm by 13mm by 5mm. It handles radial loads up to 139 lbf and spins smoothly at speeds up to 30,000 RPM.
Its sealed design keeps grease in and dirt out, making it low-maintenance. The all-stainless construction ensures good corrosion resistance and durability.
This bearing works well in temperatures from -30°C to 120°C. It’s suitable for small machinery or instruments where space is limited.
Weighing just 2.6 grams, it’s lightweight yet sturdy. Compliant with RoHS and REACH standards, it’s a reliable choice for various applications.
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How Does W 628/6-2RS1 Bearing Reduce Friction?
W 628/6-2RS1 Bearing features stainless steel construction, which minimises friction for smoother operation.
Its sealed design keeps contaminants out, ensuring consistent performance over time.
The single-row deep groove design enhances radial load capacity, supporting up to 139 lbf.
With a maximum speed of 30,000 rpm, it is suitable for high-speed applications.
Industrial Uses of W 628/6-2RS1 Bearing
W 628/6-2RS1 Bearing is commonly used in small industrial motors and pumps, where its compact size and sealed design help keep out contaminants. The stainless steel construction ensures it performs well in damp or corrosive environments.
What Makes W 628/6-2RS1 Bearing a Preferred Choice?
In consumer electronics like small fans or printers, W 628/6-2RS1 Bearing offers quiet operation and long service life. Its grease lubrication means minimal maintenance is required for smooth performance.
Perfect Fit for Automation: W 628/6-2RS1 Bearing
This bearing works well in robotic arms and small automation equipment, thanks to its precise radial load handling. The sealed design also protects against dust in factory settings.
Medical vs Industrial: Where W 628/6-2RS1 Bearing Excels
While suitable for medical devices like dental tools, W 628/6-2RS1 Bearing is equally at home in food processing equipment. Its stainless steel build meets hygiene standards while resisting wear.
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