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The CONTINENTAL CONTITECH 20042514 is a 3VX-section cogged V-belt designed for power transmission applications in HVAC, industrial, and mechanical drive systems. Constructed from fiber-reinforced Wingprene rubber, this belt delivers reliable torque transfer in demanding drive configurations. The 3VX cross-section indicates a narrow wedge profile optimized for high-speed, high-efficiency drives. With a 132-inch outside length and a cogged underside, it reduces bending resistance and runs cooler than standard wrapped belts, extending service life in continuous-duty applications. Licensed HVAC technicians and mechanical contractors specify this style when replacing OEM drive belts on blower assemblies, fans, and compressor drives.
This belt is suited for residential and light commercial HVAC blower drives, rooftop unit fan systems, agricultural equipment, and general industrial machinery requiring a 3VX-section narrow wedge belt. The cogged HY-T Wedge Matchmaker design allows use on standard and narrow sheaves, making it a widely applicable replacement in multi-belt and single-belt drive arrangements. The part number 3VX1320 is the belt number stamped on this product and corresponds to the 132-inch outside length in the 3VX series. Installers working on equipment with matched belt sets should verify all belts in the drive are replaced with the same series to maintain consistent tension and load sharing.
Designed as an OEM-style replacement for drives requiring a 3VX-section narrow wedge cogged V-belt with a 132-inch outside length. Belt number 3VX1320 is the industry-standard designation for this size within the 3VX series.
V-belt replacement is typically performed by licensed HVAC technicians or mechanical contractors. Always disconnect and lock out power to the drive unit before removing sheave guards or handling belt drives. Do not pry belts onto sheaves with tools; adjust center distance to allow slip-on installation and then re-tension according to the equipment manufacturer's specifications. Inspect sheaves for wear, misalignment, and debris before installing a new belt, as damaged sheaves accelerate belt wear.
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