Gates® Tri-Power® 90122084 V-Belt, AX Section, 86 in L Outside, 1/2 in W Top, 0.35 in Thick, Ethylene Elastomeric

Gates® Tri-Power® 90122084 V-Belt, AX Section, 86 in L Outside, 1/2 in W Top, 0.35 in Thick, Ethylene Elastomeric

Brand: Gates®
Part #: 65716
Customer Part #:
Additional Information      :      Smooth Belt Back Side, Notched Belt Inside, Single Sided, 84 in L Effective, 84 in Inside Circumference
Angle      :      38 deg
Color      :      Black
Construction      :      Bandless
Domestic/Import      :      Domestic
Material      :      Ethylene Elastomeric
Number of Ribs      :      1
Outside Length      :      86 in
Reinforced Material      :      Polyester
Resists      :      Heat, Oil
Rib Width      :      1/2 in
Section Size      :      AX
Series      :      9012 Series
Temperature Rating      :      -60 to 250 deg F
Thickness      :      0.35 in
Top Width      :      1/2 in

Built for superior performance on heavy-duty classical cross-section drives. The raw edge, ethylene elastomer construction and special notch design makes the Tri-Power® belt especially suited for small diameter pulleys and backside idler drives.

Gates® V-Belt, Series: 9012 Series, AX Section Size, 86 in Outside Length, 1/2 in Top Width, 0.35 in Thickness, 1/2 in Rib Width, 38 deg, 1 Ribs, Bandless Construction, Polyester Reinforced Material, Resists: Heat, Oil, Ethylene Elastomeric, -60 to 250 deg F, Black, Domestic, Additional Information: Smooth Belt Back Side, Notched Belt Inside, Single Sided, 84 in L Effective, 84 in Inside Circumference

  • Belt edge is machined for even sheave groove contact, resulting in smoother running and less slip and wear
  • 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
  • 15% capacity increase over wrapped belts
  • Notches molded into the belt during manufacturing increase flexibility, making this belt well-suited for drives with smaller diameter sheaves
  • Suitable for all industrial applications, particularly where small or sub-minimal sheave diameters are required

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