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Lvl hanging beam span table4/5/2024 ![]() ![]() This data should not be used for look-alike or substitute products. It is pressed as a m nominal width continuous billet in various standard thicknesses, cut to standard widths and any specified length for use as structural beams and other framing of e-beam DataThe Tables and other technical data provided in this publication are only applicable to e-beam LVL manufactured by Wesbeam. ![]() ![]() beam span is 10 ft and the span carried is 24 ft.Example: barber Search Wesbeam e-beam Span Tables - Brettsġ Wesbeam e-beam span TablesRoof Members Rafters4 Roof Beams6 Strutting Beams8 Strutting-Counter Beams10 Strutting-Hanging Beams11 Counter Beams12 Verandah Beams13 Wall Members Lintels Lintels - In Single or Upper Storey Load Bearing External Walls17 Lintels - In Lower Storey Load Bearing External Walls18 Lintels - Supporting Truncated Girder Truss20 Lintels - Supporting Strutting Beams21 Floor Members Floor Joists Floor Joists - Supporting Floor Loads Only22 Floor Joists - For Tiled Floors or Floors Supporting Heavy Furniture23 Floor Joists - Supporting Parallel Load Bearing Walls Over Openings24 Bearers Bearers - Supporting Floor Loads Only25 Bearers - Supporting Single or Upper Storey Load Bearing Walls 26 Bearers - Supporting Two Storey Load Bearing Walls2823 About e-beam e-beam conforms with the requirements of AS/NZS 4357 Structural Laminated Veneer Lumber.Ĥ 5 e-BEAM Section D X B (mm) Roof Mass kg/ m² Single Span Continuous Span Maximum Rafter Spacing (mm) 450 6 450 600 900 …ġ 1 Wesbeam e-beam span TablesRoof Members Rafters4 Roof Beams6 Strutting Beams8 Strutting-Counter Beams10 Strutting-Hanging Beams11 Counter Beams12 Verandah Beams13 Wall Members Lintels Lintels - In Single or Upper Storey Load Bearing External Walls17 Lintels - In Lower Storey Load Bearing External Walls18 Lintels - Supporting Truncated Girder Truss20 Lintels - Supporting Strutting Beams21 Floor Members Floor Joists Floor Joists - Supporting Floor Loads Only22 Floor Joists - For Tiled Floors or Floors Supporting Heavy Furniture23 Floor Joists - Supporting Parallel Load Bearing Walls Over Openings24 Bearers Bearers - Supporting Floor Loads Only25 Bearers - Supporting Single or Upper Storey Load Bearing Walls 26 Bearers - Supporting Two Storey Load Bearing Walls2823 About e-beam e-beam conforms with the requirements of AS/NZS 4357 Structural Laminated Veneer Lumber.Ģ It is manufactuered by laminating Maritime Pine veneer, using phenolic adhesive, in a continuous assembly in which the grain direction of all veneers runs longitudinally. So is there any reason why I should go with a flush versus the hanging beam? If you recommend the hanging, what is the best method to hang each joist?įYI. The flush beam installation, I feel has a greater risk of damaging the joists and struts when when the bracing is removed and I will need to add much more additional bracing while the beam is put in place. The hanging beam sounds like an easier less invasive method. Option 2 is the flush mounted beam in which I would need to remove the struts and reconfigure them to attach to the new beam, then I would need to remove the 1圆 bracing on the splices and cut in the new beam and add hangers for the joists. I am contemplating whether I should leave the splices and struts alone, and simply hang the joist from an LVL beam which will be point loaded on an exterior wall on one side and an interior wall which sits directly above a foundation pier on the other. Roof support struts are also mitered together and meet on top of the wall attached to side of every other ceiling joist(see photo below). The wall supports 2圆 ceiling joists which are butt spliced at the wall and sandwiched with 24" 1圆's. I could use a little assistance in making a choice between a hanging beam or flush beam in the attic so I can remove a wall. ![]()
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