SWG 16 GI WIRE/BWG 16 GALVANIZED WIRE SUPPLIER SELL FOR PHILIPPINES

SWG 16 GI WIRE/BWG 16 GALVANIZED WIRE SUPPLIER SELL FOR PHILIPPINES System 1

SWG 16 GI WIRE/BWG 16 GALVANIZED WIRE SUPPLIER SELL FOR PHILIPPINES

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Loading Port:: Tianjin

Payment Terms:: TT OR LC

Min Order Qty:: 1000 kg/m²

Supply Capability:: 10000 kg/m²/month

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Application	Weaving, braiding, fencing, cable armoring, knitting, tie wire, for redrawn, for binding or forming etc.
Material	low carbon steel wire
Diameter	0.15mm~9.00mm
Tensile strength	350-540MPA, or higher
Zinc coating	Min 12g/m2, min 25g/m2, min 200g/m2,
Surface treatment	Hot dipped or electro galvanized
Packing	On spools of DIN160, DIN200, DIN250, BB20, MP100 etc. In small coils of 25-50kg/coil, 10kg/coil or even 2-5kg/coil In rosette coil of 100-800kg/coil
Standard	ASTM 641, EN10257-1& EN10244-2

Packaging & Delivery

Packaging Detail:	coil,spool,piece,rosset coil,drum,cardboard carton
Delivery Detail:	0-4weeks

FAQ:

We promise you as follows:

1.We are local producer,not only trading company ---------------price will be much competitive.

2. We have advanced professional production equipment-------Product quality will be ensured.

3.We have done international business for long---highly familiar with exporting will be believed.

4. We stick to customers' request-------- best solution will be gave according to your request.

Q: just need a little help to make right.just wiring an outlet from building to breaker box outside.. which way is the right way to wire it to a breaker then the box. Got the right breaker. Thanks: This doesn't sound like an easy answer without seeing it. For instance, how long is the wire run; is it entirely outside (if so, then you'll need either conduit for the full run, or UF-B rated wire buried below the freeze line with conduit where it exits the ground to the Service Panel). Outside receptacles should also be GFCI (Ground Fault Circuit Interrupter) protected. A single pole 20amp breaker should be used for a 12/3 wire. Load wire (black) goes into the screw of the breaker; the neutral (white) wire screws into the neutral bus bar of the service panel (breaker box), and the bare ground wire screws into the ground bus bar. Since these wires are interchangeable, it really doesn't matter which side of the panel you hook the neutral and ground wire to. BE CAREFUL!!!!! The main bus bars can still be hot (charged) even with the power turned off. If you ground yourself and touch the wrong thing, you'll be wondering what went wrong from the great beyond. Get a basic electricity book from Home Depot, or look on youtube. If you're not 100% confident, please leave this to a professional.

Q: I have an old house and am replacing a dimmer switch in the kitchen.The old switch is has only 2 wires coming out of the switch that are both black. From the wall 2 wires connect to the 2 black wires on the switch, one is black which I have concluded is hot and the other is red, which must be the common wire. My question is that there is a 3rd wired that is pushed into the electrical box that is capped and not being used. This wire is white. I can only assume that would be a ground wire, but why would it be white in color. Can you tell me what the coloring scheme was for wiring old houses? Now I can connect the switch and use only the black and red wire, but would like to ground it properly if possible.: To begin with, don't worry about the white wires tied together in the back of the switch box, that's normal to see in a switch box (outlet boxes are a whole different ball game). The only purpose of a switch (regular or dimmer) is to control the hot (black) side of the circuit that powers the light (or fan or whatever it is). To simplify this for you, just connect one black wire from the switch to the black wire in the box and the other black wire from the switch to the red wire in the box. That will make the connection and your light will work on the dimmer. If there is a green wire on the dimmer switch, connect that to the bare copper wire inside the box. If no green wire, then just screwing the switch to the box will ground it assuming it's a metal box. The metal box should already be properly grounded, you might see a bare copper wire screwed around a terminal inside the box. If the white wire is by itself (or tied in with other white wires) with a wire nut (cap) on it, don't worry about it and don't let it confuse you, it's just an extra wire that's not needed for the switch to work. The only case of where you'll see a white wire connected to a switch is if 14-2 wire was used instead of 14-3 wire (like in your case). 14-2 has a black, white, and bare copper wire. 14-3 has a black, red, white, and bare copper wire. The 14 just means the gauge (thickness) of the wire. And to confuse you even more, another case of seeing a red wire connected to a switch is if the circuit is a 3-way circuit whereas there are 2 or more switches controlling the same light. In your case though, I'm assuming this dimmer switch is the *only* switch controlling your light given your description. Keep in mind, YouTube is a great source for tutorials on doing electrical work if you need it. Just remember to kill the power to the circuit you're working on. Anyway, hope this helps, and good luck.

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: Coming from my ceiling I have a black, a grey, 2 white, 2 bare and a red wire. Coming from my ceiling fan/light fixture is a green, black, black with a white stripe and a white wire. How exactly would I go about wiring this? It is a two switch setup without a remote.Thank you in advance.: Call the manufacturer about your ceiling fan. It may be designed to work with a light kit. I've done this myself. The grey and red sound like wiring that works with the light kit. The black, white, and green wires are hook to your house wire. (House wire is black, white, and bare (ground)).

Q: My computer kept switching all the time when ever I was playing a game. So I had alook in my computer and a wire I bought to extend the CPU wire. The extended wire had burnt so bad that the wire was showing out of the insulting. Will this effect my computer in any way because it was working fine and I shut it down before I took the wire out does it matter that my psu only has a 4 pin for CPU and my motherboard has a 8pin?: Could fry components if it gets out of hand?

Q: I need a little help wiring my ceiling fan.Coming from the ceiling:2 green wiresground wirewhite wireblack wirered wireComing from fan:green wireblue wireblack wirewhite wireCan anyone please explain what wires to connect to what.: From Ceiling..............................Fro... Fan 2 Green Wires/Grnd Wire...to......Green Wire White Wire....................to..........Whit... Wire Black Wire....................to..........Blac... Wire Red Wire.......................to.........Bl... Wire the Blue Wire from your Fan is the power wire to the Light the Black Wire from your Fan is the power wire to the Fan, this how you operate the turning on and off of the fan and light separate from your wall switch just as the black wire from the ceiling operates the fan and the red wire from your ceiling operates the lights

Q: don't say red because there is no red wire in the 3 wire radio assembly that came stock. there is a yellow wire, black with stripe, and gray with stripe: There is no Accessory wire, but only one yellow switched power wire hot in run. I usually steal accessory power in an F-body from the cigar lighter harness. One of the other wires, I forget which, is hot with the dash lights. Isolate it.

Q: how to wire a receptacle with 6 wires?: Loosen the wire clamp screws located on the sides of the receptacle there are 2 kinds of clamp screws on a receptacle one set is silver and the other is brass colored.....Put the 2 Neutral (white) wires on the side where the Silver screw clamps are and tighten each one down....put the 2 Positive (black) wires on the side where the brass screw clamps are at and tighten each one down...That leaves you with 2 wires left.......You will need an extra 4 inch long piece of ground wire so use your spool and cut a 4 inch piece of green wire or bare copper wire, this is called a pig tail....you will need a green wire cap...take the 2 ground wires and the 4 inch pig tail and hold the ends together evenly and then screw on the green wire cap nice and tight....this leaves you with a single pig tail wire coming out the green wire cap, this wire is then connected to the small ground screw on the receptacle....then gently fold wires and place everything into the outlet box nice and neat....

Q: I'm doing a science experiment and I don't know why resistance decreases as the diameter of the wire increases. Any help is appreciated.: Basically a thick wire behaves as a lot of thin wires. Comparing one thin wire to a whole bunch, it is easy to see a difference. How this is explained in simple terms is that there are more paths for the electrons to take in a thicker wire, instead of them all being forced though the same space in the thin wire. You could compare it to cars on a motorway, the more lanes there are the more cars will be able to travel on it. A single lane would get blocked up if all cars in say four lanes tried to travel down it. Hope that explained things clearly!

Q: Why is it that some wires get hot,having electricity flow throught them,while others don't?And why is it that when there is a lot of resistance in a wire, that it doesn't get hot?Why does the length of a wire has an effect on the temperature of that wire, and how exactly?: we know that the power = i^2 *r where i : is the current through the wire. r : is the equivalent resistance of the current. so this power will be consumed in the wire in form of heat, so if the resistance of any wire increase, the absorbed power will increase. Also we know the resistance of any wire = * l / a where : - = constant, the resistivity of the matter ( copper, aluminum,... ). - l = the length of the wire. - a = cross section of area of the wire. as the length of the wire increase, the resistance will increase, so the power will increase, this lead to increase of the heat in the wire.

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