XPA Series Narrow Wedge Cogged Industrial V-Belts – High-Efficiency Power Transmission for Modern Compact Drives
XPA Series Narrow Wedge Cogged Industrial V-Belts are engineered for modern power transmission systems requiring exceptional efficiency, durability, and compact design. As part of the metric narrow wedge family, these belts are manufactured to DIN 7753 and ISO 4184 standards, ensuring broad compatibility across European and global industrial machinery. Their precision-molded cogged construction offers superior flexibility, reduced heat buildup, and improved energy efficiency compared to standard wrapped V-belts.
Advanced Cogged Design for Maximum Performance
With a 13 mm top width, 10 mm height, and a 40° included angle, XPA belts deliver high torque transmission in a compact profile. Reinforced with high-strength polyester cords and constructed from heat- and oil-resistant rubber, these belts maintain exceptional dimensional stability under heavy loads and high-speed operation. The cogged profile allows for tighter bend radii, making XPA belts ideal for smaller pulley systems while reducing energy loss and extending belt life.
Their optimized geometry enhances grip, minimizes slippage, and ensures smooth, reliable performance in demanding power transmission environments.
XPA Cogged V-Belt Specifications
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Top Width: 13 mm
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Height: 10 mm
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Included Angle: 40°
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Pitch Width: ~11 mm
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Length Range: 732 mm to 3550+ mm
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Construction: Heat- & oil-resistant rubber with polyester cords
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Cogged Profile: Precision-molded for greater flexibility
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Operating Temperature: -30°C to +80°C
Applications of XPA Industrial V-Belts
XPA belts excel in high-performance and precision-driven machinery, including:
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CNC machines and machine tools
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HVAC blowers, compressors, and fan assemblies
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Agricultural and turf equipment
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Automated conveyor and packaging systems
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Textile, printing, and finishing equipment
Why Choose XPA Cogged Belts?
XPA cogged belts offer superior power-to-size efficiency, enhanced flexibility, and longer service life, reducing maintenance needs and improving system uptime. Their advanced design makes them an ideal choice for OEMs and maintenance professionals seeking reliable, energy-efficient power transmission solutions in compact industrial drives.