Beam Layout Welding applications can be downloaded remotely using a connected computer or network. You will also find a one-day data log to keep track of machine operation. This option allows you to make beams larger than the standard 72" in size. All components of the system can be modified for larger web sizes.
It is fitted with a solid underneath that holds the plate of metal while the weldheads go through it. Here are the flanges that make up the H beam. The web is made using a long piece from plate. It is loaded onto a conveyor belt-like welder roller along with the Flanges.
Although actual production capacity depends on the size of the beams to be made, the typical output is approximately 2,000 tons per month and only three workers work an eight-hour shift.
To dispense and recover welding flux, a flux recovery system can be used. Seam Welder Hydraulic Power Units and Electric Controls are used to drive conveyors at the Seam Welder's entrance and exit.
Most people think H beams, and I beams, are the same. They are not. They might have the same purpose and structure, but they are different things! Here are some differences you need to be aware of:
H beams have different uses than I beams. Therefore, H beams can be used in different applications. In order to make an H beam welding system, there are several weld heads arranged next to each other.
Each conveyor section has a load capacity of approximately 4,000 lbs. To minimize friction between the turning roller at the welder entry and the slower-moving beam at its entrance, conveyor speeds are synchronized to welder input speeds.
A welded beam consists of three individual sections of steel – a web, a top flange and a bottom flange. These segments are merged together with deep fillet welds to create an incredibly robust building material.