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.
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An Automated Structural Steel Beam Welding System (ASSW) is a robotic welding system that's designed for structural steel fabricators. It can be used in small or large shops with varying capacities. It has a small footprint and complete robotic automation. The system can also be integrated with special software. Robotic welding can be used to solve all kinds of welding problems in fabrication shops.
The Beam Layout Welding's Electrical Control Panel allows for maximum system control flexibility. You can operate the Welder in Manual Mode or Automatic Mode. The individual controls on the control panel allow you to set the order of operations in Manual Mode. Each welding head controller can also be used to set the welding parameters.
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.
You can weld the sides fuse onto the roll and attach the flanges to your center web. Most cases, the flanges have been double-joined to ensure a stronger and safer weld onto web.
Beam layout welding is not just manual. An H beam fabrication line, or machine, can work on multiple H beams simultaneously. This flat-laid machine is used to feed long, uncut plates. The machine then handles welding each plate to achieve the desired design.
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.