Copper coated/coppering steel wire rope 7x7

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Loading Port:: China Main Port

Payment Terms:: TT OR LC

Min Order Qty:: -

Supply Capability:: 150mt m/month

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Quick Details

Steel Grade:copper clad steel wire
Standard:AISI, ASTM, BS, DIN, GB, JIS
Wire Gauge:0.6-16
Place of Origin:Jiangsu, China (Mainland)
Type:Copper Clad Steel Wire
Application:steel wire rope
Alloy Or Not:Non-alloy
Special Use:Cold Heading Steel
Model Number:60#
Brand Name:tuoxin
packing length:200-2000M/reel
Model Number:TXDT009

Packaging & Delivery

Packaging Details:	wooden reel,palstic reel,soft coil or as customer's requirtment
Delivery Detail:	one month

Specifications

We can support
complete in specifications of
excellent quality steel wire ropes.
Welcome to contact me,
thanks

copper clad steel wire

surface treatment copper

Grade:A

Dia.ranges: 0.5mm ~ 10mm

Advantages:

Characteristics:felixable,mostly used

Easy installation,

enough strong and much more flexible than many types of cable.

High breaking strength,

protective performance is good

good flexibility, high temperature resistance,

erosion endurance, anti-fatigue and long serving life.

Production can be based on DIN, BS, MIL-W-834200 etc.

All wires in all strands have the same or similar core. FC is fiber core.

Our products are widely used in petroleum industry, chemical industry, textile industry, machinery, precision instrument, medical instrument, automobile, decoration, ships and other general areas. We can manufacture as per customer' specific requirements.

Q:How do they differ from residential wiring?: Commercial and industrial wiring make extensive use of conduit, cable trays/ This entails explosion-proof or flame-proof fittings, along with the seals and other conduit fittings. Residential wiring, in most cases make extensive use of romex cables without any conduit. Other than these major and a few minor differences, the wiring is actually the same. This is the installation of cables/wires from the circuit breakers to the users. TexMav

Q:i need to know if my wires are hooked up right: you must have a heat pump then. Basically the terminal connections should be the same as how those wires are connected at the indoor air handler.If you did not note the colors and the terminals they were connected on the old stat then you may have to check the air handler.

Q:my light stopped working ( a chandalier ). It has brown wires, blue wires, red wires, beige wires, and white wires.: If you have an Ohmmeter you can trace the chandelier wiring out. Each socket in the chandelier has two connections, the threaded part of the base and the very bottom of the base. The safest way to wire it is to run the hot to the bottom of the base and the neutral to the threaded part of the socket. Anyway you should be able to ohm each wire out to see where they go, then hook all the wires going to the bottom together and to the black wire in the junction box, then all the wired going to the threaded connection together and to the white wire in the junction box.

Q:Suppose we have a 10v battery.one end of the battery is at 10V electric potential and other is at 0V Hence,the potential difference is 10V.if we measure the voltage( p.d.) across positive terminal at 10V and the middle of the wire connecting both ends of battery will it be less??I mean,at the middle of the wire the electric will not be zero,right??(correct me if am wrong)Thanks!!: You are right.

Q:A wire is 1.5 m ong and has a diameter of 1.5 mm. The stretch modulus of the wire is 6.2 x 10^10 n/m^2. If a force of 400 N is applied to end of the wire, then the increase in length of wire is??please help, thanks: The stretching of wire by longitudinal force: If F force applied across the crosectional area A of wire of radius r and lenght L then the wire elaogates in the dirextion of force Stress P = F / A A = pi* r^2 = (1.5/2)*10^-3 = 7.5 *10^-4 m^2 strain produced = dL / L = increase in length / original L Young's modulus or elastic (stretch) modulus for the maretial, within elastic limits, Y = stress/strain strain = stress / Y dL = F * L / A * Y = F * L / pi (r^2) * Y dL = 400* 1.5 / 3.14 (7.5 *10^-4)^2 * 6.2*10^10) meter dL = 0.005479 * meter dL = 5.479 millimeters increase in length

Q:I am trying to replace my cigarette lighter on my car. The replacement requires the wiring to to be redone. It has a terminal wire attached to it, but when I attach it to the wire on the car it doesn't work. After reading the reviews on the product everyone has said the wiring needs to be redone. What wires do I connect to what (Positive, negative, terminal). I am using product REPU506801.: You need to get a test light and find a wire under the dash or coming from the ignition that has power when the key is turned on. If you want the plug to have power when the key is off then you will need to find a wire that has power when the key is off. Once you find the wire make sure its thicker wire and splice into it.

Q:A wire has resistance 56.8 ohms. If another wire consists of the same material but has twice the length and half the diameter of the first, what is the resistance of the 2nd wire?: Resistance = rho * L/A where rho = resistivity of the material, so it's the same for both wires. You've doubled the length, and you've divided the area by a factor of 2^2 = 4. Calculate rho * (2L)/(0.25A) and compare that to rho * L/A.

Q:Is there special speaker wire in order to run 250 watts max rms or will the oem speaker wire in the car be sufficient (did not originally have an amp and is most likely at 50 watts max rms). If I need a special wire for that please let me know what it is called and possibly an example link. Thanks!: most likely the wire pre ran in the car was 16 guage wire which is fairly small id recomend atleast 12G for speakers and 8G for a power wire.

Q:This is the typical Physics problem with the wire and boom connected to a wall with a mass hanging on the end of the wire.Does the tension in the wire increase or decrease when the wire is connected higher on the wall (meaning the angle between the wire and the boom increases).: Assuming the boom is free to pivot at the wall, and a massless wire, the tension in the wire decreases as the attachment point is moved further up the wall away from the boom. There is a constant vertical force (the weight of the boom and the mass attached to its end) that is a constant component of the tension in the wire. The tension must increase to maintain this constant upward force as the wire approaches the pivot point, because the vertical component of tension is the tension multiplied by the sine of the angle between the wire and the boom. As the angle approaches zero, the tension required to support the boom approaches infinity. Conversely, as you move the end of the wire higher up on the wall, the tension decreases, approaching the combined weight of the boom and the suspended mass as the wire approaches being parallel with the wall. So imagine a sign attached to the side of a skyscraper at street level supported by a wire extending to the top of the building. There will be almost no horizontal component to the tension in the wire and the vertical component will just be the sum of the weight of the wire, the boom, and the attached mass.

Q:I need to buy some electrical wire for my car, does it matter what color the copper wire is inside of ( i.e. black,yellow,red,green,blue,etc.): Color in electronics wire does not matter. It is simply so you can trace that the blue wire goes from here to there. Generally the Black is ground and Red is supply. In house AC wiring the black is hot, white is ground or neutral and green is earth or frame ground.

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