Galvanized Iron Wires

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Galvanized Wire/Galvanized Steel Wire/ Gavanized Iron Wire

Diatmeters:0.15mm-6mm

Application	Weaving, braiding, fencing, cable armoring, knitting, tie wire, for redrawn, for binding or forming etc.
Material	low carbon steel wire
Diameter	0.15mm~6.00mm
Tensile strength	350-500MPA, or higher
Zinc coating	Min 12g/m2, min 25g/m2, min 200g/m2,min 300g/m2,610g/m2
Surface treatment	Hot dipped or electro galvanized
Packing	On spools In small coils of 25-50kg/coil, 10kg/coil In rosette coil of 100-800kg/coil
Standard	ASTM 641, EN10257-1& EN10244-2

All can be produced according to customers’ requirements.

Q: Three parallel wires are each carrying a 4A current. ; wire A) is 6 mm from wire B) which is 3mm from wire C); The current in wires B and C are out of the paper, while A is into the paper. What is the magnitude and direction of the magnetic field halfway between wires A and B?I have tried using Biot-Savart Law but keep getting it wrong can someone please help? I also have an equation for two parallel wires but how do I relate it to two?: You can use the Biot-Savart Law, but it is confusing and kind of a waste of your time and space. For straight wires, someone ALREADY worked out the Biot-Savart Law. See the following link for the result: hyperphysics.phy-astr.gsu.edu/Hba... The formula of interest for us is B = mu0*I/(2*Pi*r) where mu0 is magnetic permeability of free space, I is current, and r is distance from the wire carrying the current. B is the magnetic field due to that PARTICULAR wire. To deal with three wires, use a superposition principle and stack magnetic fields on top of each other. Do be aware of direction: remember the right hand rule. RH rule for magnetic fields in vicinity of wires: point thumb in direction of current, curl fingers to show the magnetic field circulation direction. Use this sign convention: + B is up along page, -B is down along page For Wire A: point of interest is r = d_ab/2 or 0.003 m to the right of wire A Point thumb in to the paper and the finger curl indicates that B_A is downward B_A = -mu0*I_A/(pi*d_ab) For Wire B: point of interest is r = d_ab/2 or 0.003 m to the left of wire B Point thumb out of the paper and the finger curl indicates that B_B is downward B_B = -mu0*I_B/(pi*d_ab) For wire C: point of interest is r = d_ab/2 + d_bc or 0.006 m to the left of wire C Point thumb out of the paper and the finger curl indicates that B_C is downward B_C = -mu0*I_C/(2*pi*(d_ab/2 + d_bc)) Add up: Bnet = B_A + B_B + B_C Bnet = -mu0*I_A/(pi*d_ab) - mu0*I_B/(pi*d_ab) - mu0*I_C/(2*pi*(d_ab/2 + d_bc)) Simplify: Bnet = -mu0/pi*(I_A/d_ab + I_B/d_ab + I_C/(d_ab + 2*d_bc)) data: mu0:=4*Pi*10^(-7) Tesla-m/A; I_A:=4 A; I_B:=4 A; I_C:=4 A; d_ab:=0.006 m;d_bc:=0.003 m; Result: Bnet = -6.667 milliTeslas negative sign indicates downward direction.

Q: ceiling fan connections which wire goes where?: The green wire is the ground, the white wire is the neutral, the red wire and black wire are hot (live). Either the red or black go to the ceiling fan and the other will go to the light fixture. For safety's sake turn off the power at the breaker box so all the wires will be dead. While the white is a neutral, if you are holding it and touching ground you could still receive a shock. Hope this helps.

Q: What method can be used to detect residual impurities and metal particles on the wire surface?: Remove the metal surface oxide, refers to the removal of the metal itself has been oxidized surface, such as: rust, skin and other materials that originally belong to the material itself.

Q: -note-NOT . resistance wire.resistance OF A wire :)lol sorry, just had so many people give me resistance wire.thats not what i want :Li want ..what is the resistance of a wire?its for my science :) pleasee help: It okorder /... Good luck in your studies, ~ Mitch ~

Q: have black (hot) and 2 whites from the house. Got Black,green.blue.and white from the fan. Any clues on how to wire this? There is a light switch involved. I know to match the colors but what do with the blue (light) wire is beyond me.: Mark is Correct except for one thing that caught my attention: you said you have 2 White Wires and 1 Black Wire coming from the house.....WHY 2 White Wires and only 1 Black, Doesn't add up Correctly, unless one of those White Wires was marked with a piece of Black Tape to identify it as a second Hot Wire which would then be used to separate the Fan Motor from the Fan Light by each having its own separate power source.......Be Careful!!

Q: I understand how to wire sprinkler valves in theory. But in practice, how is it done. For instance, starting at the last valves in the run, the common wire is attached, but in a 7-strand wire, you may only use 3 colored wires or so. What do you do with the unused wires? Just leave them dangling? Cap them off with a grease cap? Then, as you arrive at the next set of valves, do you cut the entire strand and splice, or just cut out the individual colored wires that you need to wire those valves?: As general practice (GP), phone company technicians wrap the extra wires around the end of the cable (both ends). This keeps them out of the way, yet they are there for later use, if necessary.

Q: My house is currently wired using Cat-5 lines. If I were to replace the Cat-5 wiring with Cat-6 wiring, would I see an increase in my DSL speed?: VSA (Very Short Answer): No You may think this way: you have a working 100mbps LAN linking your computers. Maybe you have a 1000mbps LAN in case you use Gigabit Ethernet. You have a leased line (DSL) from the ISP rated for, maybe, 8 mbps --- it is an example, ok?. And you know this bandwidth is almost never achieved, and that any bandwidth you have is shared among your local computers. So even if the LAN performance increases by some infinitesimal factor by just using better cabling, you still are constrained by the bandwidth you pay for, or worse, the bandwidth you actually get from the ISP. The CAT-6 cables are really effective on very long cable runs or situations where the cables cross areas with high rates of electrical interference, as noted here by another user.

Q: do i need a wiring harness or can i use wire crimps and do it w.o on a 2000 blazer 4wd if u think i need it plz tell me thanks: unless you known what each wire does get the wiring harness or you very well may destroy your head unit

Q: what are the limitations of international wire transfer: Usally 3% foren plus bank wire fee included

Q: What is a tubeless wire and how does it work?: It is a wire without a tube. It works properly, it has a larger section than the usual wires, but is cheaper (Al is cheaper than Cu).

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