Industrial beam truss is a truss that is completely automatically produced. The process of automatic production of industrial truss is such that the lower rebar and the upper rebar, the total of these two rebars are called the main rebar, enter the machine at the same time.
Components of Industrial Job Truck
Industrial beam trusses are composed of the following components according to the figure to bear the load pressure caused by the weight of the industrial beam and the dead weight of the building roof: Tensile reinforcements (truss lower bars) Transverse reinforcements (zigzag or diagonal bars) Upper armature (assembly rebar)
Tensile reinforcement In the first stage of joist loading, the lower rebar of the joist, as the tensile member of the joist truss, must be able to withstand the tensile force (resulting from the bending anchor) caused by the weight of the joist during transportation. In the second stage of beam loading, this member must be able to withstand the tensile force (resulting from the bending anchor) caused by the dead load of the roof in the distance from the axis to the axis of the beams and between two temporary supports (candles). In the third stage of beam loading (operation stage), the lower rebar acts as a tensile member of the T-shaped beam.
Transverse reinforcement In the first stage of loading, the transverse reinforcements act like the diagonal member of the truss and with the help of the lower tensile members and the upper members, they provide the necessary stability to bear the weight of the beam itself during transportation. In the second stage of loading, these reinforcements provide the necessary stability to bear the dead load of the roof between the temporary supports during execution. In the third stage of loading the beams, the transverse reinforcements create the necessary connection between the tensile reinforcement of the truss and the in-situ cover concrete. In addition to that, a part of the shearing force of the T-shaped beam is also supported by the transverse reinforcements.
Upper armature In the first and second stages of loading, the reinforcement installed in the upper part of the beam acts as the upper member of the truss and with the help of other members of the truss, it supports the weight of the beam during transportation as well as the dead load of the roof in the distance between the two temporary supports. It tolerates molding and concreting. In the third stage of beam loading, if the upper armature is placed in the thickness of the cover concrete and above the blocks' levels, it acts as a reinforcement and heat, or thermal rebar, and if it is placed below the blocks' levels, it will not have such a role and should be He used thermal rebar separately.
Industrial beam truss Industrial beam trusses are trusses that are produced through spot welding. In fact, in these beams that are made automatically and mechanized; Unlike the traditional type, electric arc welding is not used for production. As a result, beam breakage is reduced. The appearance of this piece is triangular and quadrangular, and its components are connected without any curvature.
Industrial Job Truck Price
Now that you have enough information about the industrial beam truss, you may be wondering how much the price of the industrial beam truss is or how it is determined? The price of an industrial beam truss, like any other product, depends on many factors. For example, the length of the beam, the size of the upper rebar, the diameter of the lower rebar, the diameter of the zigzag rebar, etc. are all influential factors in the final price of this piece. On the other hand, fluctuations in the market cause price changes.
