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Weld Control
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 MILLER WC-24 WELD CONTROL 137549  US $273.00
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 ROBOTRON SERIES 400 WELD CONTROL 419-0-0447-01 BACKPLANE US $280.00
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 ROBOTRON SERIES 400 WELD CONTROL 419-0-044-01 BACKPLANE US $280.00
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 HIGH QUALITY TIG/MMA WELDING AMP CONTROL FOOT PEDAL US $109.99
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 Square D Weld Control Class: 8997 Type: EQ 5100-LP-13 #7596DC US $225.00
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 ALTHANH EN1000-B EN1000B WELD CONTROL US $1,100.00
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 Weld Welding SCR 1 Pack Control #7528HT US $650.00
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 Thermal Arc Weld Control Cable 19 Pin Male Terminal US $150.00
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 NEW Watts control 3" B/C 1633CCGR BUTT WELD 316 STAINLESS STEEL VALVE US $350.00
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 Square D Weld Control Module 52045-062-50 5204506250 US $400.00
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 L-TEC 674956 Rev. D Welding Control Board US $60.00
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 Robotron Weltronic Technitron 5034030502 Weld Controller S-400 US $899.99
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 0-0.6Mpa AC 24V 2 Way Air Control Welding Solenoid Valve US $14.23
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 MILLER MOG-250/250APR REMOTE WELD CONTROL STICK TIG US $258.93
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 1 USED MEDAR 801-00 SO1 WELDING CIRCUIT CONTROL US $399.99
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 1 USED MEDAR 801-00 SO7 WELDING CIRCUIT CONTROL US $399.99
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 Square D Weld Control Module 52045-062-50 mem card 5204506250 US $55.00
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Here are some more information for Weld Control:
Titanium Weld Colors can teach you something. Even if you don't weld titanium, there is a cool trick where titanium weld colors help to test the quality of your torch gas. Stay with me here and learn the trick.
Discoloration of Titanium from the heat of welding is caused by oxidation and different colors are caused by varying thickness of oxide layers.
The cool thing about titanium weld colors is that they are predictable. In other words, we are able to determine what temperature the titanium metal reached when it was exposed to oxygen in the atmosphere.
The colors blue, violet, green, gray and white all happen at gradually higher temperatures.
There are some intermediate colors too and here is the progression..
The first titanium weld color is straw, followed by brown, then brownish blue, purple blue, green and blue, dull salmon pink, gray and white oxide.
Some Codes actually allow blue discoloration, but best practice is to prevent titanium welds from discoloring beyond the straw color.
Often times titanium welds are critical enough to hold the standards higher than the minimum allowed by a code.
But like I said at the start, even if you dont need to weld titanium, you can use this information to test the shielding gas coming out of your tig torch.
Titanium begins to discolor at around 500 degrees F. The hotter it gets without being protected by inert gas like argon, the more it oxidizes and changes colors beginning at straw and ending at white chalky oxide.
But when protected by argon until it cools below 500 deg F, titanium will be bright and silver even when heated past its melting point which is approximately 3135 F depending on the alloy grade.
What this means to you is that you can test the shielding gas coming out of your tig torch just by making a puddle and letting it cool and then evaluating the discolored titanium metal.
Here is how to do it...
Set your tig welding machine to about 50 amps for welding titanium. Set your post flow shielding timer to 15 seconds. Hold the tig torch at a dead nuts 90 degree angle to the titanium test piece and light up. Create a puddle about 1/4" to 3/8" , keep the arc as short as the diameter of the tungsten used, and dwell for around 7 seconds. Let off your foot pedal amperage control and hold the torch still until the weld and heated area cools completely...around 15 seconds.
If your argon is not contaminated, your electrode as well as the titanium puddle will be completely silver.
There will be a circular area around the puddle weld where the argon envelope shielding protected the titanium, that is discolored. That's OK as long as it is symmetrical and at least as large as the inside diameter of the tig cup.
An odd shaped halo of titanium weld colors too close to the weld might indicate a clogged diffuser in the gas lens collet body or other problem...and if the weld puddle and electrode are not bright silver, you may have bad argon or a leak.
Things like that are very important to know before making a critical weld.
For more down and dirty tips on Welding Titanium as well as TIG, MIG, and STICK welding tips and a pantload of other welding information, visit http://www.weldingtipsandtricks.com/
Used Welding Equipment - Different Methods Where it is Being Used
Welding gear is famous for numerous materials in any industry. Specifically, it is utilized for the so-called combination processes like arc, resistance, laser, electron beam, stud and orbital welding. Among a list of procedures provided by used welding equipment are wave soldering and a range of brazing practices.
Welding device may operate through the aid of a welding power source. Weld controllers are also needed in order to help the methods offered by these tools. Luckily, there are also comprehensive systems with a surface or cutting machine, torch, feeders, cables, robots, positioners and feeders. Below is an explanation of arc welding purposes provided by used welding equipment.
Arc welding methods and welding equipment
Arc welding is a more general categorization for two welding forms like MIG and TIG. MIG welding stands for Metal Inert Gas Welding. Another acronym for this process is MAG or metal active gas welding. This is regarded as one of the extremely famous arc welding methods because of its flexibility. It makes use of various kinds of gas to complete the method. Several of the most general examples of these gases are pure carbon dioxide and argon gas or a blend of both.
Both latest and used welding equipment serves another welding process - the TIG. TIG stands for Tungsten Inert Gas. The procedure took its label from the actuality that tungsten is utilized when shaping an arc in between the item and the electrode. As for the inert gas portion, argon is being used. When compared to MIG Welding, this one is slower and is generally more expensive.
Arc welding has other methods included in its list. The likes of flux cored arc welding, gas metal arc welding and resistance seam welding are integrated. Other forms are spot and shielded metal arc welding.
More welding procedures served by these devices
Frictional welding adds to a list of uses served by any welding equipment. Examples are hot plate welding, plastic welding, electron beam welding and Oxyfuel welding.
Despite the diversities in these procedures, all have one thing in common. This is the essence of finding for used welding equipment that stop rust, serve varying actions and render water cooling uses. Of course a heavy-duty equipment that has engine driven generators is highly qualified to fulfill these methods.
About the Author
Visit IndustrialSAVER.com to Buy & Sell used welding equipment as well as Electronics Components, Electronic Components and other industrial products and services.
I have a G-body w/ford 9" if I raise the upper control arm 4" from stock location will this shorten my I/C ?
'with the art morrison 9" which has 6" Ht, welded ears and can adj upper control arms I want to shorten the instant center for more weight transfer without changing the drive-line angle to much ??
put a spool in it, weld everything else no driveline variance. just joking man sounds about right to me.
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