Hot Dip Galvanized Wire

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Hot Dip 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: 14. Three parallel wires carry currents, with magnitudes and in the directions shown in the figure below. The wires all lie in a plane, and are all 2 m long, with separations between them as shown in the figure. What is the total force on wire #3 due to wire #1 and wire #2? Wire 1 : 6A, 2.5 m from Wire 3 ---------------------gt;Wire 2: 3A, 1.0 m from Wire 3 lt;--------------------Wire 3: 3A ---------------------gt;Can't figure it out, any hints/suggestions?: force between two current carrying wires per unit length = 10^-7*2i_1*i_2/a if current is in same direction force is attractive else repulsive.. now you use this and solve yourself.. as it is not clear from the data you provided.. whether the wire 3 is in middle or left end or right end.. but i have told you the concept.. i hope this helps.. if u need more help provide me with the image

Q: I have two DVC subs and I know how to wire them down to 1 ohm with the wires coming out of one outlet on the box but I don't know how to wire them down to 1 ohm with wires coming out of both sides of the box. Anyone have a wiring diagram for this?: For okorder /... On the inside of the enclosure, connect both positives and both negatives to the enclosure inside terminal. That makes each side of the enclosure 2 ohms. Mount and screw in the subs. Now, on the outside: 1) Observing polarity, run short jumpers between the terminals (positive to positive, negative to negative) and then connect ONE set of terminals to the amp (again observing polarity) (positive to positive, negative to negative. 2) Run separate wires from each set of terminals to the amp, observing polarity. That makes the final impedance to the amp 1 ohm.

Q: I need help installing a Pioneer DEH-P3700MP in a Saturn S Series 2001, the wiring harness does not fit and need to know how to connect the wires. Which wires go to what on the Saturn?: They sell adapter plugs that come with a wiring diagram for like 10 bucks great investment.You can get at best buy circuit city small audio shops blah blah Make sure you diconnect your battery BEFORE doing all this wiring

Q: awg is an american stander to manufacturing electrical wires: The geometry required to make a stranded circular cable, dictates the use of 7, 13, 19, etc strands. Your question is clear, and the practical reason for using 19 strands in some stranded cables is equally clear. Large cables have to be stranded, so that they can be wound on cable drums for transportation, or installed on-site with bends. Solid cables would not easily allow this. Seven strands can be used for smaller cables. SINGLE core stranded as well as solid core cables use less insulation and take-up less space when circular. So the question is, what is the BEST way to arrange the strands to provide a circular shape? Start one central strand. Six more strands fit very well around the central strand. Total strands is now 7. Try this with seven coins about the same diameter. There is room to place six more strands (or coins) in each of the slight openings between the outer sides of the first six strands. This fitting in also locks the shape of the bunch of strands. Total strands is now 13. Six new, but larger gaps appear between the outers of the last laid six strands. Filling these gaps with the final six strands, results in a shape which is a cross between a circle and a hexagon. Total strands is now 19. Cords can be used as a filler to make the bundle more circular in shape. Only 7, 13, 19, etc strands will give this near circular shape. 14,15,16, 17,18, 20, 21, 22, 23, 24, 25,......strands will NOT give a near circular shape to a cable. Try it with, 19 similar diameter coins or washers or copy out 19 circles in CAD. As more 'circles' are added the fit gets worse. Both the shape and fit can be improved by using different diameter strands for part of the assembly. This is basic to all cables, electrical as well as mechanical.

Q: I know that there are wired routers, and wireless routers. Do wired routers do the same thing as wireless routers, without wireless capabilities?: Most if not all wireless routers also work wired! Nearly all of them have at least four wired ports. The access point is the wireless connector, it just connects wireless capable machines to the exact same point within the router as the wired plugs do. A Wired router does not have the internal access point. With a wired router you can add wireless ability by simply adding an access point to them. The AP (access points) cost about as much as a full wireless router so you don't see them used very often but they are available. All the wireless does is eliminate the need for a local cable. Really that's all it does. Any computer connected to a router is connected to the router, wired or wireless makes no difference, although as a general statement the wired machines will be faster! So yes wired and wireless routers do exactly the same thing, they route local traffic for several machines to one broadband connection.

Q: How could you relate greater wire length resulting in greater resistivity to the context of home: Greater wire length will certainly give you a higher resistance. Since heat is measured in watts, and watts (W) =I^2R, where I=Current and R= resistance, then if you double the resistance of a wire (by making it twice as long) you also double the ammount of watts lost in the wire. Since watts equates to heat, this ammount of heat will make the wire hotter. If you use an extension lead, and wind it round a drum, it can get very hot indeed.

Q: What role does the neutral wire play?: An electrical circuit requires at least two wires, whether it be ac or dc. In mains ac, one of the wires is connected to ground for safety. This is called the neutral. So the circuit will still work without the neutral connected to ground but not be so safe. The reason the neutral makes it safer is that a current will flow in the event of a fault on the hot wire and cause the protection (fuse or breaker) to operate.

Q: Just took off the starter on a cavalier and forgot to label the wires. Can someone please send me a diagram of where all these wires go, or just tell me where they go. there are big post and one small one. Please help asap. Thanks.: big wire to big termal small wire to small terminal

Q: Wiring together 200 + different colored LEDs. Voltage per LED ranges from 2.5 - 3.6. What is the best way to go about wiring them together and what type of power source should i use?: how the hell should i know?

Q: plzzz let me knw tis !! GRADE 10 PHYSICS- importance of live wires neutral wires !!!!!!!!!!: These two wires provide the voltage difference (called potential difference) that is responsible for driving the current through an appliance. Live and neutral are terms most commonly use with mains electrical supply .. they are equivalent to + (live) and - used with batteries and other DC sources. The live wire is at the higher voltage (most dangerous) and the neutral is usually close to ground voltage (0 V). Both wires together form the complete circuit required for the current .. from the supply (through the live wire) to the appliance and back to the supply (through the neutral wire). In a mains circuit a switch is always connected into the live wire so that the high voltage is disconnected from the appliance. A switch connected in the neutral wire prevents the appliance from working (so it appears to be off) because there is a break in the circuit .. but the high voltage is still connected to the appliance which may be dangerous. For the greatest safety a switch should disconnect both live and neutral wires at the same time.

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