Carbon fiber composite core conductor

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Loading Port:: China Main Port

Payment Terms:: TT or LC

Min Order Qty:: 100 meters m

Supply Capability:: 200000km m/month

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Carbon fiber composite core conductors(hereafter called CFCC for short) consists of composite core and annealed aluminum formed wires outer layer. The annealed aluminum formed wires out layer and its adjacent layer are trapezoidal cross-section. CFCC is a kind of carbon fiber products with high performance. Compared with the traditional aluminum conductors steels-reinforced(hereafter called ACSR for short), it has series of advantages including light weight, high tensile strength, high heat resistance, corrosion resistance, high current carrying capacity etc.

In the case of the same weight, CFCC has higher current carrying capacity, which will be twice of the conventional ACSR. The tensile strength of the ACSR is 1240MPa, and high strength steel conductors is 1410MPa, however CFCC can b up to 2400MPa which increase the safety.

CFCC has good anti-aging performance and long operating life. It avoids the trouble that the ACSR’ electrochemical corrosion between the aluminum and galvanized steel core, compared with the ACSR, CFCC resist acid rain corrosion.

CFCC has good resistance to wind load. With its high strength, light weight, cross section covered by aluminum formed wire, small diameter.

CFCC has the ability of melting snow and ice. The outer layer has no gaps and is compacted smoothly. Snow and ice is not easy to be freezed. The conductor will melt snow and ice by itself when it is running under high temperature also.

CFCC has high current carrying capacity to reducing electricity generation cost and saving energy. It will reduce the ling loss by 28% in the case of same transmission capacity.

CFCC represent the technical development tide of overhead conductors. It has obvious economic and social benefits. It conduce to building safe, environmentally-friendly, efficient electricity grid.

Q:Why should the wooden pole be burned and buried again?: Attenuation is too large, it is recommended to buy a general but can be used. Wireless card generally does not exceed 3m line.

Q:I have a module panel which is suppose to transfer dc to ac electric. Is the wires soldered on the back of the panel or any metal on the sides? What colors are the wires?: What model panel? I seriously doubt that the Panel has a built in inverter. Most inverters are installed in the basement near the main electrical panel. DC goes to the inverter from the panels. For Outdoor electrical installation most local electrical codes require conduit (pipe). Check with your local electrical inspector or ask a local contractor

Q:First time soldering, I guess wires got too hot or I touched it with the soldering iron and the ends are now melted a bit. I put the heat shrink wrap over top the splice spot. Think they'll be alright?: They'll be fine. In the future just remember to heat the wire and then touch the solder to the bare wire allowing it to flow and cool to a nice, shiny solder joint. Always be sure and use a 60/40 solder with a flux core for electrical work.

Q:A guy at Home Depot scared the beejeezus out of me today when showing me those little strain relief screws you are supposed to use at the service panel if you drop a new electric wire in. He said electrical wires can vibrate against the sharp metal, wear through the wire casing, and pose a fire hazard over time if you don't use the reliefs. I have only wired two new circuits into my house panel in the past few years, but I didn't pay close attention to it. I'm going to check it again as I'm doing some new wiring but is this true? I always thought wires inside the walls or panel were still and secure with or without the strain relief?: Wires subjected to very very high voltages will vibrate due to the electromagnetic field generated by the flowing current. With smaller voltages and currents the vibration is much less, and generally not destructive. In your case, the strain relief screws are to prevent the wires from being pulled out of the panel, NOT due to vibrating wires. He was right that you should use them, but wrong for the reasoning.

Q:i would like to know exactly where i can disconnect my wire feed that goes into my door. Theres a couple places i think maybe it comes undone, but i dont want to force anything and break a connector. i need to take off my door.: the main connector is in the kick panel on the floor it should b in there somewhere or u can just undo each connector inside the door and pull them through the hole in the door with the rubber boot

Q:Hi, I have installed a 200 amp service entrance. I am in the process of attaching it to the grounding rod. What size cable should I use? I was told that a size 8 wire is ok, as long as it is protected. However, I was also told that I should go with a size 4. Can I use the protected 8 or am I better off going with the 4? Are there any advantages of using one over the other? Thanks for your time,pb4sc: on the houses we build the electricians use #4 bare wire.

Q:--A wire of resistance 10 ohms is bent to form a circle. Calculate the resistance between two points at the end of the diameter.--I can't understand this. Please show me the steps for finding the answer. I will appreciate your help.: If u bend it to form a circle you will have two parralel resistance.becuse you have to semicircle.one of the semicircle is resistance 1 and the other is resistance 2.you have 2 parralel resistance that are both 10 ohms.So the total resistance will be 5. 1/10+1/102/101/R R10/25

Q:I have several sets of track lights that are controlled by one switch (switch A). In those sets of track lights, i want to make another switch (switch B) for a particular track light to save electricity reason. Which electrical wire (black or white) should i break to make a switch for this track lights?: Inline Electrical Switch

Q:HiI had a new electrical service put in, they connected the new wires to the old wire from the pole, My question is can you touch one wire at a time without getting zapped, (100 amp) the service wires coming from the poles to the meter.Because when they changed my service he striped the old wires and connected the new wires to the old wires.thank you: Never, never touch any wire until you know it is dead. And even then, check it with a voltmeter. Standard installation the electrician installs a new panel in the house, runs a conduit up to the roof. He then runs his wires from the new panel up through the conduit and weather head. The utility electrician runs the service drop for the pole and attaches it to the weather head. He then splices the wires at the weather head. Warning, the insulated wires have defective insulation. You touch one, 240 volts and 5,000 amps. The bare neutral wire also can have some kick to it. Stay away.

Q:Describe how the electrical resistance of a wire changes as the wire becomes longer. How does the resistance change as the wires becomes thicker?: The formula for resistance is Rpl/A. So as the length of wire increases, the resistance also increases. As the wire becomes thicker then its area increases. Since the resistance is inversely proportional to area, its value gets reduced.

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