Bando ax34 Cogged V-belt Power King Series

Product Description

The BANDO ax34 is a cogged V-belt in the Power King Cogged series, engineered for high-efficiency power transmission in belt-driven mechanical systems. Its precision-molded raw edge cogged construction reduces bending resistance, which allows the belt to run cooler and transfer power more efficiently than standard wrapped belts. This design supports the use of smaller sheave sizes while maintaining or increasing power transmission capacity. The ax34 is installed by HVAC technicians, mechanical contractors, and industrial maintenance professionals working on belt-drive equipment.

The ax34 is suited for applications where improved efficiency and reduced energy consumption are priorities. Raw edge cogged V-belts of this type are commonly found in HVAC air handlers, blower assemblies, compressors, fans, and general industrial drive systems. The cogged profile provides flexibility across a range of sheave diameters, making this belt a practical choice in both residential and light commercial mechanical systems.

Key Features

• Precision-molded raw edge cogged construction reduces bending resistance for cooler operation
• Higher power transmission efficiency compared to standard wrapped V-belts
• Compatible with smaller sheave sizes, enabling more compact drive configurations
• Designed to reduce energy consumption in belt-driven equipment
• Part of the BANDO Power King Cogged series for consistent performance standards

Compatibility

Designed as an OEM-style replacement for AX-series cogged V-belt applications in HVAC, blower, fan, and general industrial belt-drive systems.

Installation Notes

Belt installation should be performed by a qualified technician. Disconnect and lock out power to the drive system before removing or installing any belt. Never force a belt over a sheave flange; always release drive tension by adjusting the motor mount before fitting the new belt. Verify proper belt tension and sheave alignment after installation to prevent premature wear and energy loss.