Engineered beam span tables

How do you calculate beam spans? What is a span table? ENGINEERED WOOD PRODUCTS (EWP) LVL SPAN AND SIZE CHARTS. Span Tables Use the span tables below to determine allowable lengths of joists and rafters, based on size and standard design loads. You can also use the Wood Beam Calculator from the American Wood Council website to determine maximum rafter and joist lengths.

Span tables are easy to use, but they have limitations. They don’t provide fine-tuned. Most beam tables only list values for whole-foot spans like 11’0″, 12’0″, etc. And even though span tables provide limited data, they are very long. An engineered wood beam is a wood product or assembly designed to replace traditional structural lumber.

The engineered product is stronger and allows for greater spans. Sizing engineered wood beams is not at all difficult. The easiest way to size engineered wood beams is to use the span tables that the manufacturer provides. When supporting joists that span feet with no overhang beyond the beam , a double ply beam can span in feet a value equal to its depth in inches.

Dimensional Lumber Deck Beam Span Chart. The numbers in gray indicate the distance between the support posts. Use the Continuous Floor Joists table where the floor joists are continuous (multiple span ) over the beam. Use the Simple-Span Floor Joists table where the floor joists frame into the side of or end on top of the beam.

Span is center-to-center of supports and is valid for simple and equal, continuous beam spans. This Performance Standard provides an easy-to-use table of allowable spans for applications in residential floor construction, allowing designers and builders to select and use I-joists from various member manufacturers using just one set of span tables. Anything 5′ and above we always at least double cripple. On longer spans the beam may require much more bearing space as indicated by this table.

The tables used to size engineered lumber are provided by manufacturers free of charge. To size engineered beams and headers you begin with load per foot of beam. With engineered woo you use both live load and dead load values. BEAMS, HEADERS, AND COLUMNS.

The bottom of any beam may be notched only on its end. The notch can not exceed of the width of the board. Nail each ply of a beam with a minimum of 10d nails.

Use two nails on each end and at splices. Stagger the rest of the nails 32″ o. There are tables for stress rated lumber that show allowed sizes. Floor Beam Quick Reference Tables To use these charts: 1. Select the correct table for the beam application you need. Choose the required beam span in the left column.

Read the beam size or choice of beam sizes from table. Our most versatile beam solution. Simplified maximum span tables for selected visual and mechanical grades of Southern Pine lumber in sizes 2×thru 2×12. Listed are tables based on common loading conditions for floor joists, ceiling joists and rafters.

Interactive Span Table If you are considering using JJI-Joists in your construction project, use our Interactive Span Table to quickly identify the size and specification that you will require. This application will specify a list of acceptable JJI-Joists once you enter your support conditions, load case and clear span. Table 1: Click to close window SAWN LVL POWER BEAM PARALLAM TIMBERSTRAND Doug Fir-Larch Sel. Other options avail. DF-L Triple 2xMax.

Glue Laminated (Glulam) Beams Timber Technologies Glue Laminated Beams are superior in all strength characteristics to solid sawn lumber and pound for poun stronger than steel.