XPB2280 Narrow Metric Cogged Wedge Industrial V Belt

Part Number: BES-XPB2280
BreakpointPriceDiscount
1 - 3$38.360%
4 - 5$34.5210%
6+$31.2618.5%
38.3556
$38.36price_each_formatted; ?>
QTY:
  

PRODUCT DETAILS

XPB2280 XPB Series Narrow Metric Cogged Wedge Industrial V Belt
SPECS
  • Outside Diameter (in): 90.63
  • Top Width (in): 0.66
  • Height (in): 0.53

XPB Series Narrow Wedge Cogged Industrial V Belts are high-performance power transmission belts designed for demanding industrial applications requiring greater efficiency, flexibility, and space-saving design. As part of the metric narrow wedge belt family, XPB belts are manufactured to DIN 7753 and ISO 4184 standards and are well-suited for European and global machinery.


Specifications of XPB Cogged V Belts

  • Top Width: 17 mm

  • Height: 14 mm

  • Included Angle: 40°

  • Pitch Width: Approximately 14 mm

  • Standard Length Range: 1250 mm to 5000+ mm

  • Construction: Heat- and oil-resistant synthetic rubber with high-strength polyester tensile cords

  • Cogged Design: Molded raw edge cogs improve flexibility and reduce energy loss

  • Operating Temperature: -30°C to +80°C

The cogged construction allows XPB belts to operate effectively in smaller pulleys, reduce internal heat buildup, and provide greater transmission efficiency at high speeds.


Applications of XPB Industrial V Belts

XPB cogged belts are ideal for heavy-duty and high-speed industrial applications, especially where compact design and performance reliability are crucial. Common uses include:

  • HVAC systems (blowers, fans, compressors)

  • Mining and construction equipment

  • Conveyor and packaging machinery

  • Machine tools and automation systems

  • Agricultural and forestry machinery

XPB belts are often used in multi-belt drives where precision, alignment, and consistent tension are critical.


Why Choose XPB Cogged Belts?

XPB Series V belts offer enhanced power transmission, reduced slippage, and longer service life compared to conventional belts. Their cogged design increases flexibility and reduces energy consumption, making them a top choice for OEMs and maintenance professionals seeking maximum efficiency and performance in industrial belt drive systems.