Standard Hot Dipped Galvanized Wire For Chain Link Fencing

Standard Hot Dipped Galvanized Wire For Chain Link Fencing

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Commercial Galvanized Steel Wire

(1) Quality : Meet GB/T 343 standard and other requirements of relevant standards .

(2) Zinc Coating: Meet GB/T 15393 standard and other requirements of relevant standards .

(3) Raw Material : Wire rod ——1006 , 1008 , 1018 , Q195 , etc, and zinc with 99.995% purity.

(4) Tensile Strength Range

Size (mm)	Tensile Strength (mpa)
0.15-1.60	290-550
0.65-1.60	400-550
1.61-6.00	400-1200

(5) Application : Used in wire mesh , artware , metal hose , binding for agriculture and construction , etc.

(6) Packing

Size (mm)	Coil Size	Spool Packing	Big Coil Packing
Size (mm)	Coil Size	Spool Packing	ID (mm)	OD (mm)
0.15-0.26	6 inch	1-14kg/spool
0.27-0.60	8 inch	1-100kg/spool
0.61-1.60	12/14/16 inch	1-100kg/spool	250-400	400-770
1.61-6.00		14-500kg/spool	450	800
1.61-6.00		14-500kg/spool	508	840

(7) Zinc Coating

Meet GB/T 15393 standard.

Size (mm)	Weight of Zinc-Coating ( g/m2 )
	A		AB	B	C	D	E	F
	A1	B2
≤0.25			30	20	18
>0.25-0.40				30	25	20
>0.40-0.50					30	20
>0.50-0.60					35	20
>0.60-0.80	120	110			40	20
>0.80-1.00	150	130			45	25
>1.00-1.20	180	150			50	25
>1.20-1.40	200	160			50	25
>1.40-1.60	220	180			50	35	30
>1.60-1.80	220	180			70	40	30
>1.80-2.20	230	200			80	50	40
>2.20-2.50	240	210			80	55	40
>2.50-3.00	250	230			90	70	45
>3.00-4.00	270	250			100	85	60	30
>4.00-5.20	290	270			110	95	70	40
>5.20-6.00	290	270	245		110	100	80	50

Q:So on my ceiling fan I have a white, black, green, and blue wire. In the ceiling I have a green, white, black, red, and bronze wire. What gets connected to what? Thanks for the help!: Redneck Texan is an idiot. Bronze does not go to blue. I think he is color blind and thinks the green in the picture is blue. Pat F85 is correct. The black on th fan is the blades and the blue on the fan is the lights. Black and red in ceiling can go to either blue or black on fan. Typically it would be black to black aNd red to blue.

Q:Why when you loop a straight wire into loops (coil), it acquires a higher inductance?: Imagine two closely spaced parallel wires. If you run a current through one, it creates a magnetic field that induces current into the second wire, which causes an even stronger magnetic field. Now if you run the same current through both wires, they both create magnetic fields that affect each other. Any two loops in the wire are just like two parallel wires with the same current, both creating magnetic fields that affect each other. So a loop is like a bunch of parallel wires affecting each other.

Q:Im cleaning up some of the wires in the engine bay and getting rid of ones i dont use. Right now theresthe pos side bat post runs down to the starter. From the starter there is a thicker wire and a skinny wire. In the thicker wire there is a wire that goes to the post on alternator. Both wires from starter run over to a relay maybe ithas a stud sticking out and has a wire that goes from the bottom of it to the fuse box. Im in middle of relocating the battery into the trunk so what wires can i eliminate and what wires have to go,to the battery?: Yeah I hate to say it but moving the battery to the trunk is a bad idea. Especially if you don't know what all the wires are there for. Some are grounds others are hot. You switch them you will burn something up.

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:I need help hooking a remote wire to my jvc kd-g220.: The KD-G220 has only a blue/white remote output, and no true power antenna wire. If you have a power antenna, then you'll want to connect both the antenna wire from the harness and the amp's remote wire to the blue/white wire from the head unit. You don't really need any kind of adapter; just crimp or solder all three wires together. The head unit should be able to activate the amplifier and the power antenna from the same output without a problem. Electhrolite, I'm not sure how old the head units are that you've worked with, but any modern head unit's remote output is designed specifically to maintain the remote voltage for as long as the head unit is switched on. Keep in mind that the current draw on most amplifiers' remote terminal is less than .05 amps. There's no need to connect to an accessory power wire instead.

Q:Besides the speaker wires, what do the remaining 5 colored wires stand for on a stock 03 Mitsubishi Galant radio?: Mitsubishi Galant 03

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.: Since this is an old house I would not assume anything, I may hook up a new switch wire per wire, but unless I opened the light fixture and confirmed the connection I would not connect any unconnected wire. That being said, since you have two colored wires then the white should only be used as a neutral. The hot and switch leg back to the light should be black and red, but which is which is anybodies guess. A ground wire is probably not present in the j-box you are dealing with, it was not required for many years, and probably do not have any grounded connection point in the light j-box either. You would just be connecting the boxes together if you used this spare wire, but not actually grounding anything, and could create a larger hazard by doing so.

Q:I have a set of pilot wi-200 strobe lights and they have three wires and i want to hook them up to a optx headlight strobe control module the wires are gray white and black can you tell me where to hook them: I wouldn't try it. The gray, white, and black wires are the high voltage strobe wires. The control module changes the patterns before the voltage is increased. There is nothing you can do here.

Q:I have a carrier thermostat with red, green, yellow, white and blue wires. Bought a new honeywell, omly has red, green, yellow and white terminals. What do I do with the blue wire. Right now it is connected to rc with no jumper, but nothing works.: This is an educated guess, even though we don't know how the furnace is wired. In many cases, the blue wire is used for C (common). Tape off or snip off the end of the blue wire and don't use it. Put the red wire on the RC terminal. Jump RC to R or RH if you have heat. Connect the other wires to their corresponding terminals. If blue is common, there's a good chance you blew the fuse on the control board (if your air handler has one) and/or you fried the transformer. That is, if you tried turning on the A/C.

Q:What happens when you hook these 2 wires up right along each other?: if you have an rca tv which works with 12 volts.......if the wires not connected to battery...there no problem. if connected to battery....the fuse blows.(close to battery on wire)....if there is no fuse....wires burn...risk of fire....do not forget...every device works with car battery MUST and MUST be eouipped fuse .

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