Bando AX61 Cogged V-belt Ax Section 63 in 1/2 in Width

Product Description

The BANDO AX61 is a classic cogged V-belt in AX section, designed for power transmission applications across HVAC, refrigeration, agricultural, and light industrial equipment. It measures 63 inches outside length with a 1/2 inch belt width and 5/16 inch thickness. The cogged construction reduces bending resistance, improves flexibility around smaller sheaves, and allows the belt to run cooler than a standard wrapped V-belt. Built from rubber with heat-resistant and oil-resistant properties, this belt is suited for environments where temperature fluctuation and incidental fluid exposure are common concerns. Installation is performed by qualified HVAC technicians, equipment mechanics, or maintenance professionals working on belt-driven systems.

The AX61 fits belt-driven blower assemblies, fan drives, compressor drives, and general power transmission setups that specify an AX section cogged V-belt. The AX section is a standard industry profile, making this belt a direct replacement in systems originally equipped with AX61 or equivalent cogged belts. It conforms to ARPM standards, ensuring dimensional interchangeability with OEM and aftermarket sheaves designed to that specification.

Key Features

• Cogged design reduces bending resistance and heat buildup during operation
• Heat-resistant and oil-resistant rubber construction for demanding service environments
• 63 inches outside length with 62.3 inch pitch length for precise sheave engagement
• 1/2 inch width and 5/16 inch thickness matching standard AX section geometry
• Meets ARPM dimensional standards for cross-compatibility with OEM and aftermarket drives

Compatibility

Designed as a direct replacement for AX section cogged V-belt applications requiring an AX61 belt. Fits standard AX section sheaves and pulleys conforming to ARPM specifications.

Installation Notes

Installation should be performed by a qualified technician familiar with belt-drive systems. Always de-energize and lock out the equipment before removing or installing a belt. Never force a belt over a sheave flange; use proper tensioning tools and adjust center distance to allow belt seating, then tension to the drive manufacturer's specification. Inspect sheave grooves for wear or misalignment before installing a new belt.