Bearings
Ball Bearings
SKF Ball Bearings
Quick Code: BB-510585
629-2RSH/C3GJN SKF Sealed Deep Groove Ball Bearing 9mm x 26mm x 8mm
Help Articles
Also Try
N NJ NUP Type Cylindrical Roller Bearings
HK Series Drawn Cup Needle Bearings
Metric Oil Seals
Miniature Bearings
FAG Ball Bearings
Buy Now
Qty:
Product Specification
Ball rows
Single row bearing
Bore
Cylindrical bore
Brand
SKF
Cage
Sheet steel cage
Clearance
Slightly increased radial clearance
Current insulation
No current insulation
Greasing
High temperature grease
Inside Dia
9mm
Material
Standard bearing steel
Material of rolling elements
Standard bearing steel
Outer ring
Without flange/groove
Outside Dia
26mm
Sealing
Sealed
Temperature range
+40 to +120 °C
Tolerance class
Tolerance class P0/PN2 / ABEC 1
Width
8mm
Reference
629-2RSH/C3GJN
Additional Reference:
10106118
Quick Order Code
BB-510585
Product Description
The 629-2RSH/C3GJN is a high-performance SKF Sealed Deep Groove Ball Bearing engineered for precision and reliability across various applications. This compact bearing combines advanced design features with exceptional durability, making it ideal for numerous industrial and mechanical uses.
Key Features:
- Compact dimensions: 9mm x 26mm x 8mm
- Single row ball bearing design
- Sealed configuration for enhanced protection
- Cylindrical bore for versatile mounting
- High temperature grease lubrication
- Sheet steel cage for structural integrity
Technical Specifications:
- Inside Diameter: 9mm
- Outside Diameter: 26mm
- Width: 8mm
- Bearing Steel Construction
- Tolerance Class: P0/PN2 / ABEC 1
- Temperature Range: +40°C to +120°C
- Clearance: Slightly increased radial clearance
Typical Applications:
- Small electrical motors
- Automotive components
- Precision machinery
- Robotics
- Office equipment
- Medical devices
With its sealed design and high-temperature grease, this SKF bearing offers superior protection against contaminants while maintaining smooth operation. The standard bearing steel construction ensures long-lasting performance and reliability across demanding operational environments.
