The Beam Layout Welding automated welding machine can be fully customized and used for joining heavy-duty structural steel boxes sections. This machine is ideal for the civil construction and oil & Gas industries. The Beam Layout Welding Machine is equipped to perform component clamping and rotation through the tailstock as well. Beam Layout Welding has a linear axis that controls XYZ, Z, and laser seam-tracking devices. There is also a wire feeding system. The integrated control and motor drives allow for full automation.
The tacking fixture allows you to attach the beam to the Main Welder. The web and flanges can be brought from the seam-welder and flange storage shelves respectively. Once they are there, they are positioned at the tacking fixture before being tacked to the beam's leading edge. Operators or automatic PHI's flange loading Gantry can load the flanges onto the conveyors manually.
They can be used for many different purposes because they have the ability to bend, compress at the top and be tensioned at the bottom. These are just a few reasons I beams might be useful. There are many other benefits, such as the flexible design.
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Traditional fitting requires an experienced fitter who can read and understand the assembly drawings, use the measuring tape and mark where the beam is. A laser projection system can project all information directly onto a beam, so an operator, who has limited training, can align and tack weld the connection with that line.
You may be wrong if you think an H beam and an I beam are the same thing. Below, we'll explain it better. Imagine a single piece plywood to understand the importance I beams. Place the plywood so that its longitudinal ends only support at the edge.
Beam Layout Welding offers easy access diagnostics indicators as well message display and custom graphics. These include electrical, hydraulic, and functional schematics. Keyboard or touch screen input is possible.
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.
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.