4L400 FHP V-Belt, 40 in Outside Length, 1/2 in Top Width, 5/16" Thickness, 1 Ribs MPN:4L400

• The DAYTON - 4L400 is a Fractional Horsepower (FHP) V-Belt, a type of power transmission belt widely used in various industrial applications. This belt is intended for use as a medium of power transmission between pulleys in machinery, which may aid in smoother operations and potentially reduce downtime. Its sturdy construction is designed for use under heavy-duty conditions common in industries such as manufacturing, automotive, among others. Longevity depends on proper usage and maintenance.

  Key Features of the DAYTON - 4L400 FHP V-Belt:
  

  • Belt Material: The belt comprises Gum Rubber with a Fabric Cover and Polyester Cords. These materials are known for their potential durability, flexibility, but the actual performance can vary based on usage conditions including exposure to environmental factors like heat or chemicals.
  • Operating Temperature: It is rated for operation within the temperature range of -22 Degrees F to 194 Degrees F. Suitability will depend on specific working conditions.
  • Number of Ribs: The presence of one rib on the belt may enhance grip potentiality
  • even distribution of load could improve power transmission efficiency depending upon other operational variables.
  • Outside Length & Top Width: The outside length measures 40 inches while the top width measures half an inch. These dimensions are crucial for ensuring proper fitment within various industrial machinery or commercial equipment.
  • V-Belt Section: Classified under section "4L", this attribute indicates its dimensions compatibility with certain machinery types aiding industry professionals in selecting the appropriate belt for their mechanical applications.
  • Resistance Properties: This product has been designed with materials that typically offer some level of resistance against Heat
  • Oil
  • Static Conductive environments. Performance enhancement across different operational scenarios would be dependent upon various external factors
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Additional Information