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Gates® 3/11M1650JB BL3/11M1650JB

Gates® Polyflex® JB™ 8914 Series 3/11M1650JB V-Belt, 11MJB Section, 64.26 in L Outside, 1.49 in W Top, Urethane

  • Manufacturer: Gates Corp
  • Brand Name: Gates®
  • Part#: BL3/11M1650JB
  • MPN: 3/11M1650JB
  • UPC: 072053260465

Polyflex® JB™ is synonymous with high power density in small spaces. Developed by Gates® and produced to patented manufacturing processes, these belts provide more load-carrying capacity at higher speeds to small multiple V-belt precision drives. This results in significant cost savings and improved design freedom. Polyflex® JB™ belts are recommended for use on bench type milling machines, lathe drives, woodworking and metalworking machine spindle drives, computer peripheral equipment, small blowers, etc.

Gates® Polyflex® JB™ V-Belt, Series: 8914 Series, 11MJB Section, 64.26 in Outside Length, 1.49 in Top Width, 60 deg Angle, 3 Ribs, Bandless Construction, Resists: Fatigue, Ozone, Wear, Urethane, -65 to 185 deg F

Angle      :      60 deg
Construction      :      Bandless
Material      :      Urethane
Number of Ribs      :      3
Outside Length      :      64.26 in
Resists      :      Fatigue, Ozone, Wear
Section Size      :      11MJB
Series      :      8914 Series
Temperature Rating      :      -65 to 185 deg F
Top Width      :      1.49 in
  • High modulus polyurethane compound with a high friction coefficient
  • The polyurethane compound resists fatigue, wear and ozone
  • Excellent adhesion of tensile cords and polyurethane compound leads to high fatigue-resistant and long belt life
  • Small cross-section meets special application needs such as high shaft speeds, small drive package size and smooth running requirements
  • The 60 deg angle provides more under-cord support to the tensile section and distributes the load more evenly
  • Ribs relieve bending stress on small pulleys and provide lateral rigidity
  • Long belt life on small pulleys and compact drives
  • The precise casting method eliminates overlaps and layers
  • High-performance and smooth running for precision applications
  • Avoids vibrations when subjected to shock loads
  • Joined Belt construction improves stability
  • Greater shaft speeds, up to 30,000 rpm
  • Cost savings and design freedom