Lintel Roof Beam

These prestressed concrete lintels and blocks are components that are packed together and propped to form a suspended floor concrete slab.

Lintel roof beam.

Ceiling loads are allowed for except under wind uplift. The main function of the lintel is to take loads coming from above wall and transfer its load to the side walls. Window door garage door headers supporting roof wall floor loads. Nominal height the height of the lintel in mm.

Lintels are classified based on their material of construction. The width of lintel beam is equal to the width of wall and the ends of it is built into the wall. Though both the lintel and beam are horizontal or flexural member yet they both are different from each other according to their structural behaviour load carrying mechanism and the purpose for which they are used. A lintel is a beam placed across the openings like doors windows etc.

Are necessary to provide a building structure. In buildings to support the load from the structure above. Window door garage door headers supporting roof loads only. Deflection limits are more relaxed than for lintels as there is no critical construction to be damaged by beam deflection.

A lintel is one type of beam which is utilized to support the above wall or partition material when openings like doors windows and so forth are necessary to provide a building structure. Roof beams are susceptible to wind uplift and there is no option for concentrated load. Lintel and beam both are structural components of the structure. If it is 600 1200 it means the load span details can be applied to any lintel between 600mm and 1200mm.

Tables providing size selections for various beam spans and loading combinations for southern pine dimension lumber and southern pine glued laminated timber are available for the following applications. To fulfill the purposes of a lintel beam it must be designed properly. The primary function of the lintel is to take loads originating from the high wall and transfer its heap to the side walls. 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.