Jason Industrial BX55 Cogged Classical V-belt

Product Description

The JASON INDUSTRIAL BX55 is a cogged classical V-belt designed for power transmission applications in industrial and commercial equipment. The cogged profile reduces bending resistance and heat buildup, allowing the belt to run cooler and last longer than a standard wrapped belt. At 21/32 inch top width and 13/32 inch thick, this is a Classical series belt, which delivers higher load capacity and greater tensile strength than a Fractional Horsepower (FHP) belt of the same cross-section dimensions. It conforms to RMA Engineering Standards, making it a direct fit wherever a BX55 specification is called out.

The BX55 is used across a wide range of residential and commercial equipment including HVAC units, air compressors, agricultural machinery, blowers, fans, pumps, and general industrial drives. The Classical series designation means this belt is engineered for demanding, continuous-duty drive applications where a FHP belt would be undersized. Licensed HVAC technicians and mechanical trades professionals routinely install this belt as a service replacement or as part of a planned maintenance swap on belt-driven equipment.

Key Features

• Cogged profile reduces bending resistance and operating heat for extended belt life
• Classical series construction offers significantly higher strength than FHP belts of equivalent dimensions
• Conforms to RMA Engineering Standard for consistent cross-section sizing and interchangeability
• Comparable to belts from Gates, Browning, Goodyear, Dayco, Bando, PIX, Bestorq, and Grainger
• 0.61 pounds - lightweight for easy handling and stocking

Compatibility

Designed as a direct-replacement Classical series BX-section V-belt for any drive system specifying a BX55 belt. Comparable to equivalent BX55 offerings from Gates, Browning, Goodyear, Dayco, Bando, PIX, Bestorq, and Grainger.

Installation Notes

Belt replacement is typically performed by HVAC technicians, millwrights, or mechanical maintenance personnel. Always de-energize and lock out the equipment before removing or installing a belt. Adjust drive sheave spacing to allow belt installation without prying - forcing a belt over a sheave can damage the cord structure and shorten service life. After installation, verify belt tension and alignment per the equipment manufacturer's service manual before returning the unit to service.