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Welding Cable
Checkout Ebay Auctions For The Cheapest Prices
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 NEW CK Worldwide CK17V Flex Tig Welding Torch 150 Amps 25' Cable  US $53.02
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 NEW 25FT- 2 OT WELDING CABLE US $73.50
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 NEW 25FT- 2 OT WELDING CABLE US $67.50
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 30FT 2 OT WELDING CABLE NEW US $77.99
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 30FT 2 OT WELDING CABLE NEW US $77.99
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 NEW 25FT 1 OT WELDING CABLE US $60.00
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 33' 3/0 Welding Cable US $100.00
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 Complete Set of 2/0 x 100' Welding Cable & Connectors US $400.00
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 Hammer On Welding Cable Lug Crimper - NEW! LENCO # 840 US $18.10
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 100' EXCELENE 1/0 WELDING AND BATTERY CABLE BLACK USA US $250.00
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 250' 2/0 Welding Cable flexible wire USA NEW battery US $750.00
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![2 NEW 12 FT 1OT WELDING CABLE BLACK [2X12FT]](http://thumbs.ebaystatic.com/pict/180892393280_0.jpg) 2 NEW 12 FT 1OT WELDING CABLE BLACK [2X12FT] US $55.99
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 Penncraft 25-foot welding extension cable black US $19.99
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 25' 2/0 EXCELENE WELDING CABLE BLACK USA NEW BATTERY US $75.00
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 10" Heavy-Duty Double Welding Cable Lead Reel US $325.00
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 100' 2/0 EXCELENE WELDING CABLE BLACK USA NEW BATTERY US $290.00
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 4 Gauge AWG Welding Cable Rubber Insulated - Red per ft US $1.50
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 Welding Machine 25 Foot 220 Volt Extension Cable US $71.95
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 1/0 Welding Cable Lead Set 100FT Stinger and Ground US $499.00
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 Magnum 400 Welding Whip 15 foot cable US $100.00
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 2 Gauge AWG Welding Cable Rubber Insulated - Red per ft US $2.50
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 TWECO SPRAYMASTER MIG WELDING GUN AND 15 FT. CABLE ASSEMBLY NEW US $119.99
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 #2 Welding Cable Lead 50 Foot Positive Lead Stinger US $143.25
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 10" Heavy-Duty Triple Welding Cable Lead Reel US $475.00
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 MILLER ELECTRIC MIG WELDING GUN AND CABLE ASSEMBLY US $49.99
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 25' EXCELENE 1/0 WELDING AND BATTERY CABLE BLACK USA US $70.00
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 Carol Super Vu-Tron Welding Cable 600Volt 2 AWG US $83.00
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 1/0 Welding Cable Lead Set 50FT Stinger and Ground NEW US $289.00
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 NEW 25FT 1 OT WELDING CABLE US $66.50
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 Hammer On Welding Cable Lug Crimper - NEW, Low Ship! US $18.45
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 50' 1/0 WELDING CABLE EXCELENE RED MADE IN USA US $140.00
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 4/0 Welding Cable 50FT-MADE IN USA US $219.00
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 10 COPPER TUBE 25mm x 8mm LUG BATTERY STARTER CABLE WELDING CRIMP TERMINAL RING US $6.16
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 50 Foot 1/0 Welding Cable Lead with Ground Clamp & Lug US $155.00
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 6 COPPER TUBE 25mm x 8mm LUG BATTERY STARTER CABLE WELDING CRIMP TERMINAL RING US $4.67
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Hobart 770151 Shears, Welding Cable Sale Price: $14.41  |
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Hobart Welding Cable Shears 770151 High carbon steel hand shear for cutting welding cable through 4/0 (105 mm2), power cable through 6/4 (65 mm) and rubber hose through 1/2" (13 mm) Excellent for maintenance, repair, rigging, fabrication, tool cribs, out-fitting splicing....and many others! No jaws to replace Heavy vinyl covered safety handles Caution: Designed for copper and aluminum cables only Free standard ground shipping within contiguous U.S. |
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Hobart 770110 Welding Cable Welding 2 25-Feet Bulk Sale Price: $89.53 |
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Hobart #2 Welding Cable - 25 ft 770110 25 foot boxed Hobart #2 welding cable is premium, neoprene jacketed, 600 volt copper cable designed to stay flexible, even in cold weather. Resists oil, chemicals, water, ozone and solvents EPDM insulation for optimum cold weather flexibility and excellent spatter resistance Sequential foot-marked RoHS compliant Free standard ground shipping within contiguous U.S. |
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Hot Max 23228 3/8-Inch Stud No. 2/0 Welding Cable Lug Connectors, 2-Pack Sale Price: $7.64 |
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These premium copper connectors are easily crimped, swaged, or soldered for years of trouble free service. Each package includes (2) two connectors. |
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Hobart 770112 Welding Cable Welding 4 25-Feet Bulk List Price: $99.99 Sale Price: $67.62 |
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Hobart #4 Welding Cable - 25 ft 770112 25 foot boxed Hobart #4 welding cable is premium, neoprene jacketed, 600 volt copper cable designed to stay flexible, even in cold weather. Resists oil, chemicals, water, ozone and solvents EPDM insulation for optimum cold weather flexibility and excellent spatter resistance Sequential foot-marked RoHS compliant Free standard ground shipping within contiguous U.S. |
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Hobart 770114 Welding Cable Welding 4 50-Feet Bulk List Price: $159.99 Sale Price: $120.36 |
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Hobart #4 Welding Cable - 50 ft 770114 50 foot boxed Hobart #4 welding cable is premium, neoprene jacketed, 600 volt copper cable designed to stay flexible, even in cold weather. Resists oil, chemicals, water, ozone and solvents EPDM insulation for optimum cold weather flexibility and excellent spatter resistance Sequential foot-marked RoHS compliant Free standard ground shipping within contiguous U.S. |
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US Forge Welding Cable Lugs #2/0 Size 3/8-Inch List Price: $10.33 Sale Price: $3.71 |
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Premium copper cable lugs for solid connections. Lugs can be easily crimped and swedged. |
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US Forge Welding Cable Lugs #1 Size 3/8-Inch Sale Price: $6.88 |
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US Forge Welding Black Cable Connectors #4 thru #1/0 List Price: $15.35 Sale Price: $7.00 |
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Offers cam action design; each half is recessed to minimize accidental shorting. Hard plastic outer shell for safety. Large oval point steel screws on each end make it easy to splice cable in shop or field. |
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Hobart 770122 Lug Crimper Sale Price: $18.15 |
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Hobart 770111 Welding Cable Welding 2 50-Feet Bulk Sale Price: $177.84 |
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Hobart #2 Welding Cable - 50 ft 770111 50 foot boxed Hobart #2 welding cable is premium, neoprene jacketed, 600 volt copper cable designed to stay flexible, even in cold weather. Resists oil, chemicals, water, ozone and solvents EPDM insulation for optimum cold weather flexibility and excellent spatter resistance Sequential foot-marked RoHS compliant Free standard ground shipping within contiguous U.S. |
Here are some more information for Welding Cable:
High copper prices have a great impact on power cable prices, especially for larger sized cables having long runs. Prices have sky-rocketed over the last few years and it is with this in mind that Ashley-Edison developed a product to "compensate" for the problem.
Many owners, developers and contractors have to suffer this expensive problem, but by incorporating a "Constant Voltage Compensator" an installation cost may be drastically reduced.
When the voltage across a cable drops to a low value, the "Compensator" is able to detect this and compensate by boosting the voltage to a preset value - of say 400V. Using an "output sensor" it will continuously monitor the output voltage, which is checked against a "comparator", and if there is any shortfall it will instruct the transformer to add (+) or "boost" the voltage to its required value by means of a servo motor. In this way, the output voltage is continuously monitored and maintained.
This system does not emit any harmonics and has been a well proven voltage stabiliser design, in use for many years.
The "Compensator" is very suitable for use on Golf Course Lighting/Equipment, Perimeter Lighting applications and Farm/Estate Buildings etc. where long cable runs are an issue.
Both Indoor and Outdoor enclosure types are available to suit a variety of needs.
Alternative "Booster Transformers" have a main disadvantage as their output voltage is "following". This means that whatever the input voltage, the "transformed step-up" output voltage will not remain constant - fluctuating according to any load changes which will transmit to the load where it may be too high or too low. The voltage from no-load to full-load will cause the voltage drop to change drastically, which will not help improve the voltage drop. The "less than 4% volt drop window" is still not fulfilled and it is required to use a larger than necessary cable size. In fact, this does not help resolve the problem of expensive cables!
Simon Dover is an operations manager at Ashley-Edison International - a leading global specialist in manufacture and supply of Automatic Voltage Stabilizers, AC Stabilisers, Regulators and AC Power Line Conditioner products.
To learn more about the comprehensive range of voltage stabilizer solution available from Ashley Edison please visit our dedicated Voltage Stabilizer Solutions site.
Power and Data Cabling – Steel Wire Cable Tray
Owing to the fact that millions of metres of welded steel-wire cable tray is installed in buildings of every type since its European launch more than 30 years ago, this welded steel-wire cable tray. a versatile product is firmly established as a cost-effective cable-management system in recent times.
In spite of the fact that it is undoubtedly popular as a practical and cost-saving alternative to traditional perforated sheet-steel cable tray, wire ‘basket’ systems are still regarded by many well-informed people as having lower mechanical strength. It is this prejudice that has reinforced it to rise against the poor performance of lower-quality. This lightweight basket tray and higher-quality systems can hold against sheet steel tray and is even able outperform it in many areas. The major benefits of welded steel-wire cable tray includes excellent air circulation and these cables are installed in wire trays can be classes as clipped in free air’, enabling smaller, more efficient cables to be used. The device installs free drainage facility and prevents the build-up of dust and debris, giving far higher levels of cleanliness and hygiene and eliminating possible fire and safety hazards.
It is assumed that the large number of cables are capable of being carried in deep-sided cable containment and their total weight can cause mechanical stress or even partial crushing of the lowest layers, impairing their performance. Here the steel steel wire cable tray make it an ideal containment for power as well as communications cables. Further, the situation is less clear where space is limited or only a small number of communications cables and power cables need to be installed along the same route, especially if costs are under pressure. Temperature cycling tests also indicate that as wire mesh containment (as in the case of in steel wire cable tray) allows air to circulate freely, and also acts instrumental in providing a positive advantage by preventing overheating.
While using a steel divider, in a metal cable tray significant amount of separation required between power and data cables is significantly reduced. If these are unscreened, separation can be as low as 50 mm, assuming the divider is both physically and electrically continuous. Independent tests have supported the guidelines given in data-cabling standards, showing that increased separation reduces interference. However, tests also show that if both power and data cables are placed in enclosed trunking, interference to data cables is far higher. Installing data and power cables in an open wire-mesh cable tray, with low-impedance couplings and a continuous metallic divider reduces the problem at a stroke, providing significant savings in space, installation and materials — important considerations for both installer and client in a cost-conscious building environment. Independent tests have also supported the guidelines given in data-cabling standards, showing that increased separation results in reduced interference. These tests also claim that if both power and data cables are placed in enclosed trunking, interference to data cables is far higher. Installing data and power cables in an open wire-mesh cable tray, with low-impedance couplings and a continuous metallic divider reduces the problem at a stroke, providing significant savings in space, installation and materials.
About the Author
I am a product analyst for b2b industry. My core profile is to understand industry, develop information architecture and plan the product. Developed many B2b verticals. My core interest is research and analyse industry trends, latest updates in market, industry product information. Based on my experience i have studied harwdare product industry and my interest is to share that information and develop network for harwdare industry so that business manufaturers, suppliers, traders can benefit from this resource.
How much bigger is Welding cable compared to building wire... I need accurate numbers, Thanx?
I need the area (in^2) so I can size long barrel crimp terminals to fit snuggly around and provide a efficient connection... The last group just trimmed some wire off to fit in the hole, That is not going to work for my standards...
The cable are coming from some rectifiers that feed 24VDC @ 90 amps and another set of rectifiers that feed 48VDC. Welding cable is larger than building wire and the terminals avalible to me are sized for building wire... I need WRITIN proof that some how proves that this is correct and that it is basically code compliant, I have done it my self on UPS systems and that was common sence, if it doesn't fit go bigger.
Do you mean the AC line going to the welding unit, or the welding cable to the point of welding? The reason I am asking is because you are comparing it to building wire.
Welding cable is far thicker than building wire, and more than that it is not solid, it is stranded. Furthermore, it is especially stranded by far more strands to increase the flexibility. Welding cable is the "Porsche" of cabling. Typically, heavy gauge like 0 or 00 is used, occassionally as thin as #2. But the essential factor is the amount of current it will carry. You can't expect an exact answer because you never mentioned current. Look in the phone book and call a welding supply store. They will tell you what gauge should be used to replace cabling. You can also look in a home improvement store, at welding equipment, the current capacities, then see what gauge they used. Notice how flexible the cabling is - not at all like building wire, or cheap jumper cables. To crimp onto welding cabling you will need expensive crimpers. Manual types will cost a few hundred each, hydraulic is best but costs far more. Or, you have them crimped by a shop that deals with heavy cable - batteries, forklift dealers, etc. Why in the World are you comparing welding cable to building cable?
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