Gates 96416038 Quad-power 4 Cogged V-belt Ax 40 in

Product Description

The GATES 96416038 is a Quad-Power 4 cogged V-belt in the AX section profile, built for demanding power transmission applications. Part of the Gates 9641 Series, this single-band belt features a cogged construction that reduces bending stress, runs cooler, and transfers power more efficiently than standard smooth belts of comparable cross-section. It is manufactured in the United States and is well suited for HVAC equipment, commercial refrigeration units, industrial fans, and other belt-driven systems where heat buildup and slippage are concerns for service technicians and maintenance professionals.

This belt is commonly installed on blower assemblies, compressor drives, and fan systems found in light commercial and residential HVAC equipment, as well as a range of general industrial machinery. The AX cross-section is a standard cogged replacement for classical A-section belts, making it a direct upgrade in applications where improved flexibility and reduced heat generation are priorities. The 9641 Series targets high-torque, variable-speed drives where belt life and efficiency matter.

Key Features

• Cogged profile reduces bending stress and heat buildup for extended belt life
• AX section cross-section serves as a high-performance alternative to classical A-section belts
• Single-band construction for straightforward single-groove sheave installations
• 40-inch outside length for precise fitment on compatible drive configurations
• Manufactured in the United States to Gates 9641 Series standards

Compatibility

Designed as an OEM-style replacement for AX-section cogged V-belt applications requiring a 40-inch outside length single-band drive belt.

Installation Notes

Belt replacement should be performed by a qualified HVAC technician or maintenance professional. Always de-energize the equipment and lock out the power supply before removing or installing drive belts. Do not force the belt over sheave flanges using pry tools, as this can damage the belt cord structure. Check sheave alignment, groove wear, and belt tension according to the equipment manufacturer's specifications before returning the unit to service.