deformed steel bar welded wire mesh System 1

deformed steel bar welded wire mesh

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Specifications

High Strength,Min 550Mpa
Convenient for installation
Cost effective
facilitating enhancement of project quality

Sreel Bar Welded Mesh

Tensile strength: 550Mpa min

Diameter:4mm-12mm

Application:construction

Model: A98, A142, A93, A252, A318, A475, A566 B196, B283, B385, B503, B636, B785, B1131 C283, C385, C503, C636, C785 D196, D283,D385, D503, D636, D785, D1131

Mesh	Wire Dia.	Assortments available:
1/4"X1/4"	BWG23	Hot-dipped galvanized after welding;
3/8"X3/8"	BWG19,20,21,22	Hot-dipped galvanized before welding;
1/2"X1/2"	BWG16,17,18,19,20,21,22,23,24	Electro galvanized after welding;
3/4"X3/4"	BWG16,17,18,19,20,21,22	Electro galvanized before welding;
1"X1/2"	BWG16,17,18,19	Welded mesh, PVC-coated;
1"X1"	BWG14,15,16,17,18,19,20,21	Welded mesh made of stainless steel.
1"X2"	BWG14,15,16
2"X2"	BWG14,15,16,18

Q: The application is a bathroom light and exhaust fan combination. The fixtures wires are thiner than the supply wires. Should I wrap the thinner wire around the thicker wire or should I wrap them equally around each other? Then can I put a drop of solder on before I put the wire nut. Or is solder not a good idea?: First try twisting them together. Then put on the wire nut. Don't bother with solder since the wire nut makes a gas-tight permanent connection (but still could be removed if you want to make changes in the future).

Q: Can you swap out a 1984 Porsche 944 wiring harness with a different car's wiring harness? If which car. Thank you.: Could it be done by someone with tons of experience? Sure, but why would you? You would spend hours upon hours patching things and cross connecting. The fact that you are asking this question means you don't have an iota of mechanical or wiring experience making the point moot. So for you? No. You can not swap out the harness for some different cars wiring harness.

Q: I just read an article about a man who was electrocuted by a live overhead wire while trimming a tree. Horrible. My question is I see squirrels running on all the overhead wires. How do they not get electrocuted?: Electrocution happens when electricity finds a way to ground. Squirrels are not grounded so they don't get shocked. Ever watch the Discovery channel? They've shown how the power company works on high voltage lines without shutting the power off. A helicopter hovers next to the power line while a technician reaches out to the power line with a probe. Once contacted the helicopter and the technician are at the same potential voltage so nobody gets shocked. However, during approach they are NOT at the same potential. That's the reason for making contact with he wire with a probe first. So that the technician doesn't take a big hit when he first touches the live wire. So squirrels, birds, rats - anything that can land on the wires doesn't get electrocuted. But if an animal touches the wire AND ground (or another wire), it's all over in a blinding flash. Hope this helps. 'av'a g'day mate. '')

Q: You have a 3 foot wide wire, vs a .3 inch wire. They are equal length. There is 3 volts going through each wire, to power your 1 volt LED. So, would the 3 foot wide wire have less resistance ? I don't even think it would work.: When I started out, I found that the water analogy was helpful. Water flow (through a pipe) represents the electrons flowing (= current). The pipe represents the wire. It's hard to push a high flowrate of water through a small pipe (say like a drinking straw), but easy through a large-diameter pipe. The small pipe shows high resistance to flow, the large pipe shows little resistance to flow. Electrical current works the similarly, for electrons flowing through the wire. In electrical circuits, voltage corresponds to pressure. Are you aware that to push 1A through a wire of resistance 1 ohm requires a voltage drop across the wire of 1V? And that if you increase that voltage to 2V (from 1V), twice the current will flow (=2A), even though the resistance stays the same? If you had two of those wires (connected in parallel), you could push 1A through each wire by applying 1V across each wire. That would total 2A without having to increase the voltage. Well, that essentially is what a larger-diameter wire is, it's the equivalent of taking two (or more) smaller wires and melding their cross sections together into that of a single wire. But since it now takes only 1V to push 2A instead of 2V, it appears that the resistance is half as much, as in 0.5ohms, when using both wires. From that you can conclude that larger-diameter wires have lower resistance. Hope that helps. Later you will discover that the water analogy doesn't match perfectly well since its pressure relationship is highly non-linear, whereas the electrical relationship tends to be highly linear. Also, we generally don't push water back-and-forth in pipes the way some electrical circuits use alternating current. That's a heads-up that the water analogy will fail to explain some of the electrical things you'll run into.

Q: How do I wire MULTIPLE ones? I checked many sites and yes, I do get schematics, I've seen a billion schematics, but now I don't know how to actually put it together.My big question is, can I just solder two wires running from my 5V + terminal like that? Would there be problems?So if I have a 5V battery.: simple enough just connect all positive terminals altogether and all negative terminals connected to each other

Q: coil wiring diagram: The two small wires are positive and negative. Most are color coded and if it's a OEM part, the negative will be the same color as the group of smaller wires connected to the negative battery cable. Each manufacturer uses different color codes and for instance, Kawasaki uses black with yellow stripe. The other wire will go to the positive side. If the coil doesn't have wire coming out if it, it may have a + or - sign by the terminals. In actuality, it doesn't really matter which way you hook it up because a coil doesn't really care which way the electricity travels. It's the collapsing magnetic field that creates the spark and not the direction or movement of electricity.

Q: Two wires are made of the same material but the second wire has twice the diameter and twice the length of the first wire. When the two wires are stretched, and the tension in the second wire is also twice the tension in the first wire. the funamental frequency of the first wire is 880 Hz. What is the fundamental frequency of the second wire?: Since the tension and size are different the two wire will have different wave speeds Since v= sqrt(T/mu) mu can be represented by density * area Since the second wire has twice the diameter it will have 4 times the mu and since Tension in wire 2 is twice that in wire 1 v2 = sqrt(2T/4mu) sqrt(.5)*v1 = 0.707*v1 Since f1 (wire 1) = v/2L1 then f2(wire 2) = v2/2L2 so replacing v2 and L2 yields 0.707v1/(2*2*L1) = 0.707/2(v1/2L) = 0.707/2 *f1 = 0.707/2*880Hz = 311Hz

Q: how i do that?please help.: The injector wiring is easy to find. First remove the air cleaner and filter. Underneath you will see two walnut shaped metal items with two wires going to each of them. This is the injectors. If you wish to remove the wires, simply pinch the tabs together and pull up and the wiring comes loose. Be careful not to let the rubber bridge underneath drop down into the engine.

Q: so im doing a custom buggy and i need so different colored wire im looking for a place to get lots of different colored wire for cheap: Summit Racing...

Q: does copper, bell, or speaker wire carry energy faster: No, the speed of electricity along a wire is only a bit slower than the speed of light, and the type of wire does not change that by much if any. Besides, bell and speaker wire is usually copper. Note that the size of the wire determines how much energy is transferred along the wire as opposed to dissipating it in the wire itself. Thicker wire is better. .

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