AllPoints 111 1-5/16 Inch Fiber Gear 20 Tooth with 2 Set Screws
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- Footprint & configuration optimized for precise gear fit
- Supports moderate throughput with 20-tooth design
- High-quality fiber construction for wear resistance
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The Attias 111 Gear Fiber from AllPoints represents a premium fiber gear component designed for precise mechanical transmission in specialized machinery. This 20-tooth fiber gear is engineered for durability and optimal performance on main shafts, with dimensions of 1-5/16\" outer diameter and 5/16\" inner diameter. Manufactured in the United States, it provides a dependable solution for gear-driven applications requiring robust wear resistance and consistent engagement. Its technical specifications, including the gear tooth count and inclusion of two set screws, make it suitable for high-precision machinery, especially in industry sectors demanding stable, long-lasting gear systems.
The Attias 111 Gear Fiber is engineered for high-precision gear transmission in industrial equipment, featuring a fiber construction combined with durable hickory parts. This gear offers smooth engagement, easy maintenance, and reliable performance under moderate workloads typical of commercial machinery. It’s particularly suited for gear assemblies requiring precise fitment and resistance to wear, ensuring minimal downtime and consistent operation in equipment utilizing main shafts. Its fiber composition enhances shock absorption, extending gear longevity and reducing gear noise during operation.
Ideal for gear assembly tasks requiring reliable fiber gears in industrial machinery.
The Attias 111 Gear Fiber features a gear tooth count of 20, with overall dimensions of 1-5/16" outer diameter and 5/16" inner diameter, crafted from high-quality fiber material known for its wear resistance. The gear weighs approximately 0.08 lbs and is manufactured in the United States. It includes two set screws (#26-4002, 1/4-20 x 1/4", socket cup) for secure installation. The gear is designed for use in gear-driven systems with moderate throughput, offering reliable engagement and long-term durability. Its fiber construction provides shock absorption, reducing vibration and noise during operation, and facilitates straightforward maintenance due to its simple mounting process. Suitable for use in machinery requiring precise gear ratios and robust mechanical performance.
A commercial fiber gear is a component used in gear-driven machinery to transmit torque while providing vibration dampening and shock absorption. The Attias 111 Gear Fiber is designed for industrial gear assemblies, offering tensile strength and wear resistance through high-quality fiber construction. Commonly installed in gearboxes and main shaft assemblies, it is ideal for equipment requiring precise gear interaction, such as manufacturing machinery or automation systems. With dimensions suited for various gear ratios, this fiber gear enhances operational longevity and reduces noise in moderate-duty gear systems, making it suitable for use in diverse industrial applications including conveyor systems and mechanical drives.
The Attias 111 Gear Fiber from AllPoints offers durable, non-metallic gear transmission for moderate workloads in industrial settings. Its fiber composition ensures shock absorption and quiet operation, making it ideal for gear assemblies in manufacturing and automation machinery. Designed for geartrain stability, it excels in medium-duty applications requiring precision and longevity, especially in gear-driven equipment like conveyors and processing machines.
Compared to other gear components, the AllPoints 111 Gear Fiber emphasizes high-precision fiber construction, ease of installation with included set screws, and optimal shock absorption properties. Its robust yet lightweight design minimizes operational noise and wear, improving equipment performance and longevity. The gear’s specific dimensions and durable materials ensure a reliable fit and long-term functionality, helping maintain machinery efficiency with fewer replacements and maintenance intervals.
