AllPoints S1-02922145000 4.3 Inch Flange Ball Bearing with Corrosion-Resistant Steel
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- Robust four-bolt flange mount for stability
- Corrosion-resistant steel supports long-term use
- Supports steady workloads up to 200 cans/day
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The York S1-02922145000 4 Bolt Flange Ball Bearing, manufactured by AllPoints, is a precision-engineered component used primarily in commercial kitchen equipment and industrial machinery. Designed with durability and reliability in mind, this flange ball bearing features a four-bolt mounting configuration for secure installation. Its high-quality construction ensures smooth operation under steady operational conditions, making it suitable for applications requiring precise movement and support. Commonly employed in conveyor systems, food processing machinery, and other equipment within the foodservice industry, this bearing facilitates efficient mechanical performance and longevity.
The York S1-02922145000 flange ball bearing offers a robust four-bolt mounting system with a steel ball element and a durable flange, ensuring stable performance in medium-use environments. Its compact dimensions (4.3” width, 4.5” depth, 2.2” height) and lightweight design (2.47 lbs) facilitate easy integration into existing machinery. The bearing is constructed for corrosion resistance and long-term reliability, supporting steady workloads in commercial foodservice equipment. With straightforward installation and minimal maintenance requirements, it is ideal for ensuring precise rotational support and reducing downtime in operational setups.
Suitable for replacements or upgrades in commercial kitchen conveyor systems and processing lines requiring reliable bearing performance.
A commercial flange ball bearing is a mechanical component designed for support and smooth rotation in conveyor systems, mixers, and other equipment within foodservice operations. The York S1-02922145000 model features a four-bolt flange mounting for secure attachment and is engineered with high-grade steel for resistance to corrosion and wear. Typically installed in equipment such as packaging machines or food processing conveyors, this bearing ensures consistent operational stability. Its specifications, including dimensions and load capacity, are optimized for steady workloads up to 200 cans/day or equivalent throughput. The bearing complies with industry standards for safety and sanitation, making it suitable for applications requiring reliable mechanical support.
Designed for medium-use industrial environments, flange ball bearings like the York S1-02922145000 support process machinery with consistent rotational support and ease of installation. They are ideal for back-of-house equipment where durable, reliable components are essential for efficient workflow management.
Constructed with durable high-grade steel, this flange ball bearing measures 4.3 inches in width, 4.5 inches in depth, and stands 2.2 inches tall. It weighs approximately 2.47 pounds, supporting consistent loads while resisting corrosion. The bearing is designed for use in operational environments that do not require complex electrical or refrigeration systems. It meets industry standards for safety and sanitation, with no hazardous materials involved, and is shipped within 4-8 business days. This component does not require special electrical connections or lubrication, enabling straightforward integration into existing machinery. Its corrosion-resistant steel makes it suitable for damp environments typical in foodprocessing settings.
The York S1-02922145000 flange ball bearing distinguishes itself through its durable construction from corrosion-resistant steel and its secure four-bolt mounting system. Its compact design enhances ease of integration in confined commercial kitchen spaces. The high-quality materials and industry-standard design support reliable operation and simplify maintenance in equipment supporting food processing and conveyor tasks. Compared to similar models, it offers a balanced combination of durability, ease of installation, and performance suited for standard industrial workloads. The component’s compatibility with diverse machinery and its resistance to wear contribute to operational efficiency without compromising sanitation standards.
