![]() ![]() It is crucial to consult LVL beam span tables during the design phase to avoid potential hazards that may arise from inadequate structural support. Load values are not shown for longer lengths if the Allowable loads are based on an eccentricity value equal to 0. Using incorrect beam spans can lead to serious consequences such as excessive deflection or even structural failure. To calculate maximum spans of additional species of lumber, use the Span Calculator or the Span Tables for Joists and Rafters on the American Wood Council website. Contact your local building code officials to determine the building code for your area. By following these guidelines, builders can determine the correct size and placement of beams that can safely support the intended loads without sagging or compromising the overall stability of the structure. Weigh all of the elements when designing wood structures. The primary purpose of using LVL beam span tables is to ensure the structural integrity of a building. They take into account various factors like beam size, species of wood used, grade of lumber, and type of loading. These tables provide information on maximum allowable spans based on different load conditions, such as floor loads or roof loads. Use ForteWEB to determine solutions for conditions beyond the. For Canada switch to Canada Sizing Table Lookup. LVL beam span tables serve as a guide for builders, architects, and engineers to determine the appropriate dimensions and spacing of LVL beams in a construction project. Use the drop downs below to select your loading, house width, and material to calculate the appropriate size of TimberStrand or Parallam ridge beam. ![]()
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