VG080CP0 Thin Section Ball Bearing 8 x 10 x 1 Inch, Chrome Steel Deep Groove Open Bearing with Brass Cage, Slim Cross Section Design for Precision Motion, Robotics, Automation and Industrial Applications

Prezzo normale $455.94 Prezzo di vendita$760.00risparmiate $304,06
SKU: Kit14752
UPC: 00193019067864
Item: VG080CP0 Ball Bearing
Type: Deep groove Radial Ball Bearing
Material: Chrome Steel
Cage: Brass
Closures: Open

VG080CP0 Thin Section Ball Bearing 8 x 10 x 1 Inch
✔️ Chrome Steel Open Deep Groove Bearing with Brass Cage

This thin section ball bearing is designed for applications that need smooth rotation, tight tolerance, and space savings. With a slim 1 inch cross section and an open design, it’s commonly used in robotics, automation equipment, aerospace assemblies, and precision motion systems where weight and space matter.

✅ Pack size: 1 bearing
✅ Deep groove radial thin section ball bearing
✅ Chrome steel construction for strength and wear resistance
✅ Brass cage for stable ball spacing and smooth operation
✅ Open design for oil lubrication and low friction
✅ Slim profile ideal for compact and lightweight assemblies
✅ Oil preserved for corrosion protection during storage

Dimensions caratteristiche tecniche

Inner Diameter 8.000 in
Outer Diameter 10.000 in
Width 1.000 in
Cross Section 1.000 in

Load Ratings

Dynamic Load 31,120 N
Static Load 75,927 N

Additional Details

Bearing Type Thin section deep groove ball bearing
Material Chrome steel
Cage Brass
Closures Open

Equivalent Part Numbers

KG080CP0
SG080CP0
KG080CPO
SG080CPO

💡 Why are thin section ball bearings used in precision equipment with limited space?
Thin section ball bearings are chosen when designers need high accuracy without adding bulk.

  • Slim cross sections reduce weight and overall system size

  • Deep groove geometry supports smooth radial motion

  • Brass cages improve stability at consistent operating speeds

  • Tight tolerances help maintain accuracy in precision systems

This bearing is a handy option when you want smooth rotation, reliable load handling, and space-efficient performance in demanding precision applications.