Gates 96416053 Cogged V-belt Ax Section 55 Inches

Product Description

The GATES 96416053 is a single-band, cogged V-belt in the AX belt section, built for industrial and HVAC drive applications where reduced heat buildup and improved flexibility are required. Part of the Gates 9641 Series Quad-Power 4 line, this belt features a cogged (notched) construction that lowers bending resistance across small-diameter sheaves, improving power transmission efficiency. With a 55-inch outside length and an AX cross-section profile, it suits a wide range of motor-to-blower and motor-to-compressor drive configurations found in commercial and residential equipment. Manufactured in the United States, it weighs 0.43 pounds.

This belt is commonly installed on belt-driven fan assemblies, blower drives, and auxiliary equipment drives in HVAC rooftop units, air handlers, and light industrial machinery. The cogged design allows it to run cooler and last longer than equivalent smooth V-belts under similar load conditions, making it a practical replacement choice for preventive maintenance programs and field service calls.

Key Features

• Cogged (notched) construction reduces bending resistance and heat on small-sheave drives
• AX section profile for compatibility with standard AX-groove sheaves
• 55-inch outside length suits a broad range of drive configurations
• Single-band design for straightforward single-groove sheave installations
• Manufactured in the United States
• Lightweight at 0.43 pounds for easy handling during field replacement

Compatibility

Designed as an OEM-style replacement for AX-section cogged V-belt drive systems requiring a 55-inch outside length single-band belt.

Installation Notes

Belt replacement is typically performed by HVAC technicians or millwrights. Always de-energize and lock out the equipment before removing the old belt or installing the new one. Adjust sheave center distance to allow belt installation without forcing; never pry a belt onto a sheave. After installation, verify belt tension and sheave alignment per the equipment manufacturer's service documentation before returning the unit to operation.