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The flanges will be welded onto the center-web by welding the heads of the side fuse as it rolls in a certain direction. Double-joined flanges make it easier to attach the web to the web.
The WS-72 web-seamer station has a Lincoln Power Wave AC/DC welding machine and Max-Sa controls. Unique magnets pull web plates to the copper backing-up bar. Copper back-up bars are designed with a small flux groove that is fixed into an aluminum water-cooled bar.
The WS-72 website seamer station is equipped a Lincoln Power Wave DC welders, and Max-Sa control. The WS-72 employs special magnets that pull down the web plates to the copper back-up. The copper backing bar has a small, flux-like groove and is mounted into an aluminum watercooled sub-bar.
A wire feeding device is a device that connects wire feeder with wire reel using wire feeding tube. Wire reel supporter allows you to fix wire reel. You can place the wire reel into it before welding. Next, connect the wire thrill to the feeding machine by making use of the feeding pipe.
This wire feeding device can connect wire feeder and reel together using wire feeding pipes. Wire reel supporter can be used to fix wire reel. Before welding, insert wire reel into supporter and then feed wire thrill through feeding tube.
The walking beams, columns and the upper platform form the gantry frame. The motor reducer drives each of the walking beams, creating a double-drive system that makes operation easy and reliable. Rails and racks are located on the platform's front. They can be used for welding arms or tool carriages to move. Two sets of flux and wire recovery machines can also be placed on the platform.
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.