Boston Gear 30272780 G00306 SF610-5 oil-impregnated flanged bearing with 3/16" inside diameter, 5/16" outside diameter, and 5/16" length. This sintered bronze flange bushing is self-lubricating for light-duty applications requiring low maintenance.

Bearings The Boston Gear 30272780 G00306 SF610-5 3/16X5/16X5/16 Oil-Impregnated Flanged Bearing is engineered for exceptional performance in various industrial applications. This plain flanged bearing is designed to provide efficient motion control and reliability, making it an essential component in power transmission systems.

Key Features

• Size and Dimensions:
• Oil-Impregnated Design:
• Flanged Configuration:
• Material Composition:
• Performance Characteristics:

This bearing features a compact size of 3/16 inches inner diameter, 5/16 inches outer diameter, and 5/16 inches width, optimized for space-constrained applications. The oil-impregnated construction ensures continuous lubrication, reducing friction and wear for enhanced lifespan. The integrated flange design facilitates easy installation and secure mounting, accommodating various assembly requirements. Crafted from high-quality materials, this bearing provides superior resistance to corrosion and wear, ensuring durability in demanding environments. Designed to operate effectively under varying loads and speeds, it delivers reliable performance across a wide range of applications.

Applications

• Industrial Equipment:
• Compatibility:
• Operational Suitability:

Ideal for use in food processing, packaging equipment, and material handling systems, where reliable motion control is critical. This bearing is compatible with standard mounting configurations, making it suitable for various machinery and equipment. Its oil-impregnated feature makes it particularly well-suited for applications exposed to moisture and contaminants.

Benefits

• Enhanced Lifespan:
• Efficiency Improvements:
• Reliability Factor:

The oil-impregnated design minimizes maintenance needs and extends the operational life of the bearing. Reduced friction leads to smoother operation, improving overall system efficiency and performance. The robust construction and material quality ensure consistent performance, even in challenging industrial environments.