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Gates® 5/C120 GAT5/C120

Gates® Hi-Power® II PowerBand® 5/C120 Banded Heavy Duty V-Belt, C Section, 7/8 in W Top, 124 in L Outside, 17/32 in THK, EPDM

  • Manufacturer: Gates Corp
  • Brand Name: Gates®
  • Part Number: GAT5/C120
  • Alt Part Number: 90945120
  • MPN: 5/C120
  • UPC: 072053285994
  • Min. Order Qty: 1
  • Qty. Interval: 1
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Gates® Hi-Power® PowerBand™ V-Belt construction allows multiple belts to function as a single unit, with even load distribution and each strand fitting securely in the sheave groove. It offers a solution for drives where single belts vibrate, turn over or jump off the pulleys. They consist of several V-belts joined together by a permanent, high strength tie band offering a tougher more stable solution compared to a single belt.

Gates® Hi-Power® II PowerBand® V-Belt, Banded Heavy Duty, Series: 9094, C Section, 7/8 in Top Width, 124 in Outside Length, 17/32 in Thickness, 5 Ribs, 7.958 in Diameter Minimum Pulley, EPDM, Flex-Bonded Polyester Reinforced

Material      :      EPDM
Minimum Pulley Diameter      :      7.958 in
Number of Ribs      :      5
Outside Length      :      124 in
Reinforced Material      :      Flex-Bonded Polyester
Section Size      :      C
Series      :      9094
Thickness      :      17/32 in
Top Width      :      7/8 in
Type      :      Banded Heavy Duty
  • Flex bonded cords are strongly bonded to the body of the belt resulting in equal load distribution and the absorption of bending stress without cord deterioration
  • The Flex-Weave® Cover is a patented fabric construction for longer cover life, providing extended protection to the belt core from oil, dirt and heat
  • Concave sidewalls provide proper cord support and full contact with the sheave groove for equal loading and uniform wear
  • Gates® curves provide full contact with pulley grooves for uniform loading of cords, uniform wear and increased belt life
  • The tie band assures high lateral rigidity, guiding the belt in a straight line and preventing it from coming off the drive
  • Static conductive (ISO 1813) and can as such be used in the conditions described in the directive 2014/34/EU-ATEX
  • Savings in drive space and weight due to high transmission efficiency
  • High stability and smooth running on the toughest drives
  • Important design economies possible
  • Better resistance to vibrations