Continental Contitech 20042547 V-belt 3V 90 in

Product Description

The CONTINENTAL CONTITECH 20042547 is a 3V section V-belt designed for power transmission applications in industrial and commercial HVAC, refrigeration, and mechanical drive systems. Built from fiber reinforced Wingprene rubber, this belt delivers reliable torque transfer across matched-drive configurations. The 3V900 designation indicates a 3V cross-section with a 90-inch outside circumference. The HY-T Wedge Matchmaker Envelope construction allows this belt to be used in matched sets on multi-groove sheave drives without requiring hand-selection for length consistency. Installation is performed by qualified mechanical and HVAC technicians.

This belt is suited for residential and commercial equipment drives where a 3V section is specified, including HVAC blower assemblies, compressor drives, and general industrial power transmission setups. The oil-resistant compound makes it appropriate for environments where incidental oil exposure is a factor. The 3V900 designation should be used when sourcing replacement belts to ensure correct cross-section and length match.

Key Features

• 3V wedge cross-section for high power density in compact drive configurations
• 90-inch outside length (Belt Number: 3V900)
• Fiber reinforced Wingprene rubber construction for durability and flex resistance
• Oil-resistant compound resists degradation in service environments with incidental oil exposure
• HY-T Wedge Matchmaker Envelope style supports use in matched multi-belt drive sets

Compatibility

Designed as a direct replacement for any application specifying a 3V900 belt with a 3V cross-section and 90-inch outside length. Use in matched sets on multi-groove drives when the sheave manufacturer specifies matched Matchmaker Envelope belts.

Installation Notes

V-belt replacement should be performed by a qualified technician following lockout/tagout procedures before servicing any drive. Power down and de-energize the equipment completely before removing or installing belts. When replacing belts in a multi-belt drive, replace the entire matched set rather than individual belts to maintain even load distribution. Verify sheave alignment and tension per the equipment manufacturer's specifications after installation.