This allows you to produce custom beams with minimal delay for changing beam shapes or sizes. Beam Layout Welding allows you to increase your productivity on both straight beams as well as tapered beams. The system automatically welds the beam's two flanges together at once. This gives you the penetration you need up to 1/2" web and 1 1/2" flange in one operation. The PHI system produces an inter-flange fillet. Welds meet all construction codes and are uniform.
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This option comes with a platform equipped with rail guards. There are also stairs that allow for easy access. The platform is used to store flux wire and provides space for the operator's ability to load and unload flux hoppers as well change wire drums or reels. You can improve the speed, productivity, and accuracy of your Beam Laidout Welding with auxiliary equipment like the Flange Tilting Device from PHI and the Beam Turning Device.
On the opposite ends of the web, the two flanges are placed on a conveyor section. They are then rotated to the vertical position and held in place by magnetic guide rollers. The three pieces are moved against a retractable stop, and hydraulically clamped in the correct relative positions. They are manually joined by the operator. The clamps are removed and the tack-welded beam sent to the welder. After setting the clamp positions for the first beam is done, the operator can control material movement using the control panel for any subsequent beams of the same dimensions.
The PLC allows for quick and easy modification of parameters for different weld applications. The panel view screens allow you to program beam layout welding parameters for different beam sections.
Because they are engineered to compress and bend at the top, and tense at the bottom at the bottom respectively, there are many uses for them. These are only a few of the many reasons you might want to use I beams. You can also use it for its flexibility, among other things.
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.