• Galvanized Steel Wire For Pvc Coated Wire System 1
  • Galvanized Steel Wire For Pvc Coated Wire System 2
  • Galvanized Steel Wire For Pvc Coated Wire System 3
  • Galvanized Steel Wire For Pvc Coated Wire System 4
Galvanized Steel Wire For Pvc Coated Wire

Galvanized Steel Wire For Pvc Coated 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

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

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: I just learned how to do 3-way wiring, so that I can turn a light off from 2 different switches. My question is, how do I add another light to that mix, so that both lights come on/go off at the same time when I turn the switches on and off? (It's for a closet that has 2 lights in it that I want to come on/go off at the same time).
Very basically, you must have two wires going from light to light. A black wire and a white wire.( A bare copper wire should be included with the pair. It is a ground wire and grounds both light boxes together.) Back to the black and white wires. The black wire should be connected to the black switch leg wire at the first light box as well as to the first light fixture. The white wire is the neutral and should be connected to the white wire of both light fixtures. That's called a parallel connection. Just a note: There are several ways to wire three way switches, so my answer presumes there are two wires going from one of the switches directly to the light fixture. (A white wire and a black wire).
Q: Just moved into a new house and the basement is already wired for surround sound. The ends are two wires one silver one gold/brass wrapped together with plastic. Looks like they were cut at the ends. How difficult would it be to wore the speakers myself?
The color coded wire will correspond to the connection of the positive and negative. You would connect the wire to the receiver, depending on the location of the speaker. Check the speaker that is already installed and see what color wire is going to what terminal on the speaker and match that connection to your receiver. Front speaker connected to the front speaker terminal of the receiver. Your receiver owners manual will also provide you with some direction. Hope this will help you out.
Q: does anyone know what wires go on which post on a 1995 chevy lumina 3.1 starter? it was off when i bought the car and im lost. i cant find a straight answer anywhere. a picture of the wiring in question is an instant best answer lol
It doesn't take a medical doctor to know small wire goes on small stud the large wire goes on the larger stud.
Q: while changing a lighting fixture i accidently pulled out the white wire while trying to strip it of the three caps in the electrical box im not sure which one it goes intheres a cap with two black wires and one white running too it another cap with three white wire running two it and a cap with a black wire running too it and the other black wire goes too the fixture which one of these caps do the white wire that connects too the fixture belong in?
Your fixture is wired as a switch loop. Power comes in at the ceiling box and continues onto other parts of the circuit from there as well. One of the pairs of wires is for the switch. The cable containing the black wire that went to the fixture also contains the white wire that is HOT and is connected to the remaining black wires. All the remaining white wires are neutral and need to be connected together with a wirenut. But before connecting them, also include a white 14-gauge pigtail with the connection. Use a beige or red wirenut. Yellow will be too small. After you've made the wiring connections, simply connect that white pigtail to the white wire of the fixture, and the black wire to the black.
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.
You can do this a number of ways. All of the postive terminals must be connected in some way and all of the commons must be connected in some way. This doesn't mean you have to connect each positive to every other postive, and likewise for the common. You have a few options: You can solder two wires to the positive terminal of the battery and run one wire to each load (device). You can solder one wire to the positive terminal of the battery, run this wire to the first load (device), solder another wire to the first load (device), connect this wire to the second load(device). You can solder one wire to the positive terminal to the battery, run this wire to the second load, solder an additional wire to the second load, and run the second wire to the first load. In industry, power wires are typically jumped from one device to the next to delivery power to each device that needs it. Basically, your power needs to go to each one. How you connect them is up to you.
Q: Green (ground), got it.Black (positive), got it.White (common), got it.Gray wire with like a black fiber in it, what is this? This is a pendant light so my guess is its just a filler wire to bulk up the cord it hangs from, am I right?
Cut it loose,wire up the other three,it will work fine.
Q: I have noticed that a room in my house is improperly grounded, and it needs to be redone. We do know that most of the wiring is made with a single core, copper wire. Would there be a hazard with using a multi core (speaker) wire for the grounding, or should we do the wiring with a single core wire.
No professional electrician would ever use speaker wire to wire a house.
Q: Both wires are black. One has what looks like white paint on it.
Get a basic induction type tester tester. There is no theoretical live and neutral in knob and tube wiring. Wires were put where ever. Switches were put on either wire etc. The same type and color wire is used by both live and common.The only way to tell is to test.
Q: 2.4) A wire has a resistance of 19.2 . It is melted down, and from the same volume of metal a new wire is made that is 5 times longer than the original wire. What is the resistance of the new wire?
the quantity of twine ought to stay the comparable that's A L, so once you double L you decrease A in 0.5. Resistance = Rho L/A, so the recent twine has 4 cases the resistance or 20 ohms.
Q: Two long straight parallel wires are 12 cm apart. Wire A carries 2.5 A current. Wire B's current is 3.7 A in t?Two long straight parallel wires are 12 cm apart. Wire A carries 2.5 A current. Wire B's current is 3.7 A in the same direction.1) Determine the magnetic field magnitude due to wire A at the position of wire BB = ? T2) Determine the magnetic field due to wire B at the position of wire A.B = ? T3) Are these two magnetic fields equal and opposite? Why or why not?4) Determine the force on wire A due to wire B, and the force on wire B due to wire A.
(1) wire-A B = (uo)(I) / (2pi * r) B = (1.26E-6)(2.5) / (2pi * 0.12) B = 4.17E-6

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