Low Voltage Power Cable 240 185 150 120 mm2 PVC XLPE Cable
- Loading Port:
- China main port
- Payment Terms:
- TT or LC
- Min Order Qty:
- 100 m
- Supply Capability:
- 20000 m/month
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Low Voltage Power Cable 240 185 150 120 mm2 PVC XLPE Cable
Brief Introduction
1.XLPE armored power cable is made complying with the national standed and have pass the CCC - China Compulsory Certification, which contains the recondition of national security certificateC - CEE,imports of safety and quality licensing system - CCIB, China Certification Electromagnetic Compatibility - EMC
2.Range of application : this product is fit A.C rated voltage 0.6/1KV
3 The temperature of the conductor in the working time is no more than 90 centigrade
4.The XLPE cable is mainly used for current transmission,laying in the building, tunnel or directly in the earth, it can afford the outside pressure
5. We can also customize the electrical wire and cable as your requestyou can decide the core count and cross seaction of the conductor, as well as the jacket and insulation
6.The specification YJV
The PVC insulated power cable and fire resistant cable are suitable for fixed laying in power transmission and distribution lines with A. C. 50Hz and voltage rating of up to or including 6KV.
Product Description:
1. Conductors: Copper or aluminum.
2. Both armored and non-armored type power cables are available.
3. Voltage rating: 0.6/1kV 3.6/6kV.
4. PVC or PE sheathed.
5. Number of cable cores: One core (Single core), two cores(Double cores), three cores,
Four cores (Four Equal-section-area cores or three equal-section-area cores and one smaller section area neutral core),
Five cores (Five equal-area cores or three equal-section-area cores and two smaller section area neutral cores).
6. Standards: Chinese national standard GB 12706 and GB 12666.6(equivalent to IEC 60502 and IEC 60331)
IEC, BS, DIN, ASTM, CSA, NFC, AS, GOST etc. Or other special characteristics as customers request.
Application conditions
1. The long-time permissible operation temperature of conductor shall not be higher than 70oC.
2. Conductor maximum short circuit (not more than 5 seconds) temperature shall not be higher than 160 oC.
3. The power cable is not limited by drop in level when being laid, and the ambient temperature shall not be lower than 0 oC.
If so, the cable should to be preheated.
4. Perfect chemical stability, resistant against acids, alkalis, grease and organic solvents, and flame.
5. Light weight, perfect bending properties, installed and maintained easily and conveniently.
Specification
Cu Core | AL Core | Description | Application |
VV | VLV | Cu(Al)Core PVC Insulated PVC Sheathed Power Cable | For laying indoors, in ducts and tunnels, but unable to bear pulling force and pressure |
VY | VLY | Cu(Al)Core PVC Insulated PE Sheathed Power Cable | |
VV22 | VLV22 | Cu(Al)Core PVC Insulated Steel Tape Armored PVC Sheathed Power Cable | For laying indoors, in tunnels and directly in ground, able to bear pulling force and pressure |
VV23 | VLV23 | Cu(Al)Core PVC Insulated Steel Tape Armored PE Sheathed Power Cable | |
VV32 | VLV32 | Cu(Al)Core PVC Insulated Fire Steel Wire Armored PVC Sheathed Power Cable | For laying indoors, in wells and underwater, able to bear certain pulling force |
VV33 | VLV33 | Cu(Al)Core PVC Insulated Fire Steel Wire Armored PE Sheathed Power Cable | |
VV42 | VLV42 | Cu(Al)Core PVC Insulated Thick Steel Wire Armored PVC Sheathed Power Cable | For laying in wells and underwater, able to bear certain axial pressure |
VV43 | VLV43 | Cu(Al)Core PVC Insulated Thick Steel Wire Armored PE Sheathed Power Cable | |
NH-VV | NH-VLV | Cu(Al)Core PVC Insulated PVC Sheathed Fire Resistant Cable | For laying indoors, in ducts and tunnels, but unable to bear pulling force and pressure |
NH-VY | NH-VLY | Cu(Al)Core PVC Insulated PE Sheathed Fire Resistant Cable | |
NH-VV22 | NH-VLV22 | Cu(Al)Core PVC Insulated Steel Tape Armored PVC Sheathed Fire Resistant Cable | For laying indoors, in tunnels and directly in ground, able to bear pulling force and pressure |
NH-VV23 | NH-VLV23 | Cu(Al)Core PVC Insulated Steel Tape Armored PE Sheathed Fire Resistant Cable | |
NH-VV32 | NH-VLV32 | Cu(Al)Core PVC Insulated Fire Steel Wire Armored PVC Sheathed Fire Resistant Cable | For laying indoors, in wells and underwater, able to bear certain pulling force |
NH-VV33 | NH-VLV33 | Cu(Al)Core PVC Insulated Fire Steel Wire Armored PE Sheathed Fire Resistant Cable | |
NH-VV42 | NH-VLV42 | Cu(Al)Core PVC Insulated Thick Steel Wire Armored PVC Sheathed Fire Resistant Cable | For laying in wells and underwater, able to bear certain axial pressure |
NH- VV43 | NH-VLV43 | Cu(Al)Core PVC Insulated Thick Steel Wire Armored PE Sheathed Fire Resistant Cable |
Datas Prameters
1 core
|
1*10; 1*16; 1*25; 1*35; 1*50; 1*70; 1*95; 1*120; 1*150; 1*185; 1*240; 1*300; 1*400
|
2 core
|
2*1.5; 2*2.5; 2*4; 2*6; 2*10; 2*16; 2*25; 2*35; 2*50; 2*70; 2*95; 2*120; 2*150; 2*185; 2*240; 2*300
|
3core
|
3*1.5; 3*2.5; 3*4; 3*6; 3*10; 3*16; 3*25; 3*35; 3*50; 3*70; 3*95; 3*120; 3*150; 3*185; 3*240; 3*300
|
4 core
|
4*4; 4*6; 4*10; 4*16; 4*25; 4*35; 4*50; 4*70; 4*95; 4*120; 4*150; 4*185; 4*240 |
5 core
|
5*1.5; 5*2.5; 5*4; 5*6; 5*10; 5*16; 5*25; 5*35; 5*50; 5*70; 5*95; 5*120; 5*150; 5*185; 5*240; |
3+1 core | 3*4+1*2.5; 3*6+1*4; 3*10+1*6; 3*16+1*10; 3*25+1*16; 3*35+1*16; 3*50+1*25; 3*70+1*35. |
4+1 core | 4*2.5+1*1.5; 4*4+1*2.5; 4*6+1*4; 3*10+1*6; 4*16+1*10; 4*25+1*16; 4*35+1*16; 4*50+1*25; 4*70+1*35; 4*95+1*50; 4*120+1*70; 4*150+1*70; 4*185+1*95; 4*240+1*120; 4*300+1*150. |
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- Even if its showing copper it will be perfectly ok to use insolation tape. Wrap each wire carefully so that no copper is touching each other and then wrap the tape around the both of them, Make sure you use quite a bit for extra insulation. I have done this a 100 times or more.
- Q: i mean i know its SUPER dangerous but if you are trying to make a circuit and insert a wire into a socket, and if you don't touch it, could it still work?? im not saying im going to do this in real life, but i have to make a picture of a rube goldberg machine and would it work, if you didnt touch the wire?
- Yes, why not? Other than safety of course. A plug end is really only copper wire that has been flattened to form a spade end. I have done this to test motors or ??? I do not recommend it, better to get a plug end and wire it to the wire and electrical tape it prior to plugging it in.
- Q: I have two 9 volt batteries, two 9 volt battery holders with a red and black wire coming from them, one switch with two prongs coming out of it and one light bulb. How can i arrange these items so i have two 9 volt batteries powering this one light bulb with a switch in the middle?
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- Q: I have an electrical switch that controls a recessed light. I need to move the switch, taking down the wall it is on. My questions is, why are there three wires in there? I understand that one of them is for power into the switch, 2nd one for power out to the light not sure what the third one is for? It is almost impossible for me to trace the line as it goes up into the ceiling.
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- Q: I plugged in a computer to one of my outlets. I felt current passing through my band as I touched the case and held the monitor Connection and got a big spark when I tried to connect the monitor. This only happens on that outlet.
- The neutral wire is not working and someone used the ground to make the receptacle work. It's not correct and as you see not particularly safe. That's why when you put the wires where they are supposed to be the outlet stopped working. Turn off the power and go box to box inspecting the wires, splices and connections at all other outlets on this circuit. Hopefully you will find and fix the reason the neutral doesn't work. If your outlets have the wires pushed into the back, pull them out and wrap them clockwise around the screws. If after that the neutral still doesn't work then the wire is damaged somewhere between boxes and fixing that can be anything from moderately difficult to impossible without removing baseboards, crawling under the house or through the attic.
- Q: Hi everyone, just curious about some different things ive read on the internet, there is 3 switches, 2x2 way and 1xintermediate. in the 1st 2 way coming down from the light, the brown coming down is in l2 with the brown coming up that connects the intermediate switch. the black wire coming up goes into the common in the 2 way switch. in the intermediate it says the grey go in the l1 and l2 and the brown go in the other l1 l2 whilst the black ones are in the connector blocks. i thought it was the grey and black in the l1's and l2's and the browns in connector blocks. thanks for your time to the ones who help :).i have an exam on it tomorrow and thats 1 thing ive read on the internet that i dont think was right.
- The circuit you describe is called a 4 way switch circuit. At the first switch in the circuit the power feed is terminated at the common terminal of the switch and the two travelers ( one red and one black ) of the interconnecting wire connect to the other two terminals. At the center switch of the circuit which is called a 4 way switch ( there can be any number of 4 way switches in a circuit but they must always be in the middle of the circuit ) the input travelers connect to the bright terminal screws and the output travelers connect to the dark terminal screws (typically top-top and bottom-bottom) then at the last switch in the circuit (again a 3 way switch) the travelers connect to the two terminals which are the same color and the output to the light connects to the common terminal. At each switch box the neutral (White) wire is wire nutted to the white wire of the next set of wires. And the bare copper ground wire is both bonded ( Compression bond ) to the ground wire of the next cable AND terminated to the green grounding screw in the box if it is a metal box AND terminated to the green grounding screw on the yoke of the switch.
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- How To Fish Electrical Wire
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- If you can snake the wire through, you should be able to splice into the receptacle box up through the switch to the light. Don't see a reason to come back down to another receptacle as this will connect it in parallel with the circuit. Make sure you secure the power to those boxes for safety's sake though!!!
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Low Voltage Power Cable 240 185 150 120 mm2 PVC XLPE Cable
- Loading Port:
- China main port
- Payment Terms:
- TT or LC
- Min Order Qty:
- 100 m
- Supply Capability:
- 20000 m/month
OKorder Service Pledge
OKorder Financial Service
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