AllPoints 62157-0 9 Inch Diameter Belt Pulley Metal Durable Transmission
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- High-precision belt engagement surface for optimal power transfer
- Constructed from durable metal to resist wear and deformation
- Designed for easy installation with exact dimensions
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The Penn Barry 62157-0 Belt Pulley (ax 26) is a precision-machined component designed for industrial applications requiring reliable power transmission. As part of Penn Barry’s extensive lineup of mechanical drive parts, this pulley features an inner diameter of 8 1/4" (210 mm) and an outer diameter of 9" (229 mm), ensuring consistent engagement with belts in various equipment setups. Engineered for durability and precise fit, it is utilized primarily in conveyor systems, agricultural machinery, and manufacturing equipment where high-performance belt drive operation is critical. Its exact specifications make it suitable for technical integrations demanding tight dimension control and robust materials, emphasizing performance efficiency and ease of maintenance.
The Penn Barry 62157-0 Belt Pulley offers a high-precision belt engagement surface with a durable construction suitable for demanding industrial environments. Its design allows seamless integration with existing systems, supporting smooth power transfer. Crafted from hardy materials, it resists wear and deformation over prolonged use, reducing downtime. The pulley’s dimensions facilitate easy installation and belt alignment, ideal for medium-duty equipment in manufacturing lines. Its technical specs ensure compatibility with a range of belt types, enhancing workflow efficiency by maintaining consistent drive performance.
Ideal for industrial conveyor systems and manufacturing setups requiring dependable belt pulleys.
The Penn Barry 62157-0 Belt Pulley features a rugged construction designed for reliable performance in industrial belt drive applications. It measures 9.5 inches in width and depth, with a height of 0.75 inches, and weighs approximately 0.18 lbs, facilitating easy handling and installation. This model is manufactured in Mexico with a focus on precision dimensions and material integrity, ensuring a tight fit in machinery requiring a belt with an 8 1/4" inner diameter. Its design is optimized for consistent belt contact, supporting efficient power transmission while resisting wear. The pulley’s compatibility with various belt types makes it adaptable for different industry standards, and its robust build guarantees sustained operational use in moderate workload environments.
A commercial belt pulley is a mechanical component used in belt-driven systems to transmit power between shafts. Designed for durability and precise dimension control, it facilitates efficient operation of industrial machinery such as conveyors, mixers, and agricultural equipment. The Penn Barry 62157-0 Belt Pulley specifically provides an 8 1/4" inner diameter and a 9" outer diameter, making it suitable for applications requiring reliable belt engagement and high-performance transmission. Installed in medium-duty drive systems, it helps maintain operational consistency and reduces downtime, serving industries like manufacturing and material handling where dependable mechanical components are essential.
Designed for moderate operational throughput, the Penn Barry 62157-0 Belt Pulley from AllPoints provides robust performance and precise dimensions suitable for industrial drive systems. Built to withstand continuous use in manufacturing or processing environments, it supports reliable power transfer in equipment like conveyor drives and agricultural machinery. Its construction and fitting make it ideal for equipment requiring a belt with an inner diameter of 8 1/4", ensuring stable operation and minimal maintenance over time.
Compared to general-purpose pulleys, the AllPoints 62157-0 Belt Pulley stands out with its precise manufacturing, durable metal construction, and performance-optimized dimensions. Its design ensures seamless integration into industrial systems, providing consistent belt engagement and reduced maintenance needs. This model enhances operational efficiency in machinery requiring reliable belt-driven power transmission, making it suitable for industrial applications demanding robustness and longevity.
