Bearings
Ball Bearings
Thin Section Ball Bearings
Quick Code: BB-430187
S61803 Budget Open Stainless Steel Thin Section Ball Bearing 17mm x 26mm x 5mm
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Product Specification
Brand
Budget
Inside Dia
17mm
Outside Dia
26mm
Sealing
Open
Width
5mm
Reference
S61803
Equivalent to:
W61803, S61803
Quick Order Code
BB-430187
Product Description
The S61803 Budget Open Stainless Steel Thin Section Ball Bearing is a precision-engineered component designed for applications requiring a compact, lightweight, and high-performance bearing solution. With its ultra-slim 5mm width and compact 17mm x 26mm dimensions, this open-type bearing excels in space-constrained environments where minimal friction and direct access to the bearing are required.
Key Features:
- Stainless steel construction for enhanced corrosion resistance
- Ultra-thin design with extremely low profile
- Open configuration allowing direct lubrication and easy maintenance
- Compact 17mm inner diameter and 26mm outer diameter
- Lightweight and space-saving design
- High stiffness and multi-load capabilities
Technical Specifications:
- Brand: Budget
- Inside Diameter: 17mm
- Outside Diameter: 26mm
- Width: 5mm
- Sealing Type: Open
- Material: Stainless Steel
Typical Applications:
- Precision instrumentation
- Medical device mechanisms
- Robotics and automation equipment
- Compact electrical machinery
- Scientific and laboratory equipment
- Miniature mechanical systems
- Food processing machinery
The S61803 thin section ball bearing offers exceptional performance where space efficiency, low weight, and direct lubrication are critical. Its open design allows for easy maintenance and direct access to the bearing surfaces, making it ideal for applications that require frequent lubrication or precise monitoring of bearing conditions.
Performance Advantages:
- Superior corrosion resistance due to stainless steel construction
- Minimal friction and heat generation
- Excellent for applications requiring frequent lubrication
- Versatile multi-load handling capabilities
- Ideal for precision-critical environments
