AllPoints C0907 1.5 Inch Coupling Steel Food Processing Drive
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- Footprint & Configuration: Compact 1.5" width for easy fitment
- Capacity & Throughput: Supports high-performance continuous operation
- Core Performance Specs: Precisely engineered for reliable torque transfer
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The Frosty Factory Of America Corp. C0907 Coupling 127 Drive is a precision-engineered coupling designed for industrial drive systems, specifically within commercial food processing environments. Constructed from durable materials to withstand repetitive operation, this coupling features a 127 mm drive diameter, ensuring seamless torque transmission and minimized vibration. It offers a high level of resistance to wear and chemical exposure, making it suitable for integration into machinery requiring reliable motor-to-gearbox coupling. The C0907 model is optimized for high-performance applications, contributing to equipment longevity and operational efficiency in food production lines. Its technical specifications include a compact profile with exact measurements for precise fitment in medium-duty machinery, supporting continuous 24-hour cycles with consistent performance.
Designed for industrial drive integration, the C0907 coupling offers reliable torque transfer and vibration dampening. Its steel construction provides superior durability against mechanical stress and chemical exposure typical in food processing applications. The coupling’s precise dimensions facilitate quick installation and maintenance, reducing downtime. Ideal for use in conveyor and mixing machinery, it supports continuous operation with minimal wear. Its compatibility with existing OEM drive components ensures seamless integration within complex workflow systems, enhancing productivity in commercial kitchens and manufacturing facilities.
Ideal for replacing worn couplings in food manufacturing machinery requiring reliable drive coupling performance.
The AllPoints C0907 coupling features a robust steel construction with dimensions of 1.5 inches in width, 4.4 inches in depth, and a height of 1.45 inches, weighing approximately 0.26 lbs. It is designed for industrial drive systems with a 127 mm drive diameter, supporting continuous operation across various mechanical setups. No specific electrical requirements are associated with this mechanical component. Its corrosion-resistant steel ensures long-term reliability in food environment conditions, while its compact size allows for straightforward installation within confined machinery spaces. The coupling's precise manufacturing guarantees minimal backlash and effective torque transmission, suitable for medium throughput food processing workflows.
A commercial coupling is a mechanical component used to connect two rotating shafts to transmit torque while accommodating misalignment and dampening vibrations. The Frosty Factory Of America Corp. C0907 Coupling 127 Drive is a precision component typically installed within industrial drive trains of food processing equipment, such as conveyor systems and mixers. Its rugged construction and precise dimensions ensure efficient power transfer and long-term durability, making it ideal for medium-volume food manufacturing environments requiring reliable mechanical coupling solutions.
The Frosty Factory Of America Corp. C0907 Coupling 127 Drive offers dependable performance in medium-duty drive applications, supporting consistent operation in food manufacturing settings. Its high-strength steel build and precise dimensioning make it suitable for conveyor and mixing machinery. Designed for moderate throughput workflows, it ensures operational reliability in commercial kitchen and processing line operations. This model exemplifies the robust engineering needed for reliable industrial drive connections in foodservice facilities.
Compared to similar mechanical couplings, the AllPoints C0907 model stands out through its precise steel construction, compact profile, and proven performance in food processing machinery. Its engineered durability ensures consistent torque transfer with minimal maintenance, supporting high operational uptime. The design facilitates quick installation and reliable long-term performance, optimizing workflow efficiency and machinery dependability beyond standard options in the industry.
