• 0.6/1KV-3.6/6KV Copper or Aluminum Conductor XLPE/PVC Insulated Electrical Cable System 1
  • 0.6/1KV-3.6/6KV Copper or Aluminum Conductor XLPE/PVC Insulated Electrical Cable System 2
0.6/1KV-3.6/6KV Copper or Aluminum Conductor XLPE/PVC Insulated Electrical Cable

0.6/1KV-3.6/6KV Copper or Aluminum Conductor XLPE/PVC Insulated Electrical Cable

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Loading Port:
China main port
Payment Terms:
TT or LC
Min Order Qty:
500 m
Supply Capability:
50000 m/month

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0.6/1KV-3.6/6KV Copper or Aluminum Conductor XLPE/PVC Insulated Electrical Cable

 

Application:

It is suitable for transmission line with a rated AC voltage U0/U 3.6/6KV and below.

Executive Standard: GB/T12706-2008 ,equivalent to IEC502(83)

 

Operational Performances:

1. Working temperature:

For general type, not over 70°C as the maximum

For 105°C flame-retardant material, not over 105°C as the maximum

For 135°C flame-retardant material, not over 135°C as the maximum

2. Lowest ambient temperature:-40°C for fixed laying,-20°C for non-fixed laying

3. Rated voltage U0/U:0.6/1kV, 3.6/6kV

4. Min.bending radius:not less than 10 times of outer diameter of cable if without armor, and not less than 15 times of cable outer diameter provided the cable is armored.

5.Short-circuit condition:The maximum temperature of cable conductor will not exceed 175°Cunder short-circuit condition(longest time of 5 seconds)

 

Main Technical Data

1,Material:

Table 1:Flame-retardant Technical Data of Varieties of Materials

Item

Technical Data

General flame-retardant PVC

Low smoke and low halogen material

Low smoke and halogen-free material

Oxygen index(%)

30-20

31-33

36-40

Smoke density

600

300

With flame:50

without flame:260

Hydrogen halide release (mg/g)

580

100

0.5

 

2,Product

Table 2:Main Performances of Product

Serial   No.

Item

Performance  

1

Structure  

Attached   Sketch*

2

Conductor   resistance

As per   GB3956-1996

3

Voltage-withstand   test

No   breakdown

4

Mechanical      

Tensile   strength

Insulation  

Min.12.5N/mm2

Sheath

Min.12.5N/mm2

Elongation   at break

Insulation  

Min.150%  

Sheath

Min.150%  

Mechanical   property after aging

Tensile   strength

Insulation  

100°C±2°C,Min. 12.5N/mm2 in 7 days

Sheath

100°C±2°C,Min. 12.5N/mm2 in 7 days

Change   rate

Insulation  

100°C±2°C,Max.±25% in 7 days

Sheath

100°C±2°C,Max.±25% in 7 days

Elongation   at break

Insulation

100°C±2°C,   Min.150% in 7 days

Sheath

100°C±2°C,   Min.150% in 7 days

5

Flame-retardant   feature

In   compliance with GB/T12666.5-1990(Type CB) and IEC332-3 (Type CB)

Insulation   resistance constant Ki MΩ·km

Minimum   at 20°C

36.7

At 70°C

0.037

 

                       

3,Color Code of Insulation Core: Complies with Requirements of National Standard GB6995.5-86

2-core

Red,Blue

4-core

Red,Yellow,Green,Blue

3-core

Red,Yellow,Green

5-core

Red,Yellow,Green,Black,Blue

 

4,Vary in cross-section area, the four and five's

5,Basic Type and designation

Type

Designation   of product

VV

Cu core   PVC insulated&sheathed power cable

VLV

Al core   PVC insulated PVC sheathed power cable

VV22

Cu core   PVC insulated&sheathed armored power cable

ZR105-VV

Cu core   flame-retardant (105°C)PVC insulated&sheathed power cable

ZR135-VV  

Cu core   flame-retardant (135°C)PVC insulated&sheathed power cable

ZR105-VV22

Cu core   flame-retardant(105°C)PVC insulated&sheathed armored power cable                

ZR135-VV22  

Cu core   flame-retardant(135°C)PVC insulated&sheathed armored power cable

ZR105-VLV22  

Al core   flame-retardant(105°C) PVC insulated&sheathed power cable

ZR135-VLV22

Al core   flame-retardant(135°C)PVC insulated&sheathed power cable

ZR105-VDVD

Cu core   low-smoke&halogen PVC insulated&sheathed power cable

ZR135-VDVD

Cu core   low-smoke&halogen 135°C PO insulated&sheathed power cable

ZR105-VDVD22

Cu core   low-smoke&halogen PVC insulated&sheathed steel tape armored power   cable

ZR135-VDVD22

Cu core   low-smoke&halogen 135°CPO insulated&sheathed steel tape armored power   cable

VV32

Cu core   PVC insulated&sheathed thin steel wire armored power cable

VV42

Cu core   PVC insulated&sheathed thick steel wire armored porter cable

ZR105-VV32  

Cu core   flame-retardant (105°C)PVC insulated and sheathed thin steel wire armored   power cable

 

Type Explanation

 

Code and definition

Item

Code

Definition  

Flame-retardant   code

/

ZR

Non   flame-retardant can he omitted

Flame-retardant  

Insulation   material

V

VD

PVC

Low-smoke   & halogen material

Sheath   material

V

VD

PVC

Low-smoke   & halogen material

Armor   material

22

32

42

Steel   tape armor

Thin   steel wire armor

Thick   steel wire armor

Class   of heat-resistance

70

90

105

135

Max.   operating temp. is 70°C

Max.   operating temp. is 90°C

Max.   operating temp. is 105°C

Max.   operating temp. is 135°C

Rated   voltage

0.6/1kV   3.6/6kV

Rated   voltage U0/U is 0.6/1kV

Rated   voltage U0/U is 3.6/6kV

 

Specification Size

1, 0.6/1kV PVC insulated PVC sheathed power cable

     1 core

0.6/1KV-3.6/6KV Copper or Aluminum Conductor XLPE/PVC Insulated Electrical Cable

Q: I have my friends PC at my house to change a few components but apparently the PC doesn't work properly. I insert the power connectors ( 20 and 4 pin connectors ) into the motherboard, plug the power cable into the PSU and when i turn the power button on the PSU the computer will start but do nothing. It never worked like that before, i always used the power button from the computer to turn it off and on. And this happened just after i changed a PSU. Now the old Power Supply doesn't work either. Is there any way to stop the computer from turning itself on ?
There are two possible problems 1. there is a short on the motherboard, specifically, the power on circuit. It is acting like the power button is held in. May have a faulty board. 2. The cmos has reset, and the default setting for activity on power failure is full on. Meaning, if power is lost to the computer (even if it is off), it will power on. A simple change in the bios would fix this In all likely hood, #2 is your problem
Q: I bought this graphics card tonight, and went to install it on my new Dell PC and while the card itself is powered by a 6-pin, I don't have one on my power supply. Is there an adapter I can use? Or will I have to go buy a new power supply for a NEW computer..?
Depends - what are your system specs? Impossible for people to help you when we don't even know what hardware you're running. Don't ruin your new graphics card by putting it ; 1. On a power supply without enough wattage to handle it, and 2. On a power supply that didn't come with cables for a graphics card. Chances are you should invest in a bigger power supply. I would recommend at least 550w for a GTX550Ti. I recommend Corsair and XFX power supplies, as well as Seasonic.
Q: Copper and Aluminum are being considered for the cables in a high-voltage transmission line where each must carry a current of 50A. The resistance of each cable is to be .15ohms per kilometer.A. If the line carries power from Niagra Falls to New York (500Km), mow much power is lost along the way in the cable? Compute for each choice of cable materialB. the necessary cable diameterC. mass per meter of cable Please correct if you see anything that may be offSolving for part a:Power = I deltaV, since deltaV was not given IR=deltaVso Power = (I^2)R = 50^2 x 75 = 187.5 kW lt;-- answerR= 75 since R= .15 ohms/ km x 500kmB) resistivity of copper = 1.7 x 10^-8 ohm m resistivity of al = 2.82 x 10^-8 ohm m R = (resistivity x length)/Areawhat do i use for R? is it the 0.15 ohm/km or 75 ohm?using the 75 ohm as R, I get that the radius of the copper wire is 0.0000361 m and the diameter is then 0.0000722.Am i on the right track?
As the resistivity of copper and aluminum are different,to have the the same resistance,the sections are different. The losses per cable are Ri^2 = 0.15*500*50^2 ( just for the sake of completness,the power transmission lines have three cables) If you take lenght 1km you have to use0.15 ohm,which is the same as using 500km and R =75 ohm Be careful to use the same units of lenght in resistivity and distance. You are on the right track
Q: How can i fix it and how much would it cost?
its possible (unless you're sure) that its not the socket. It could be the surge adapter(the plug itself). possible it can be the outlet itself, have you checked a different outlet? Anyway, fortunately, that's not too big of a problem, especially for a laptop. To get it fixed, if its still under warranty, you have to call the manufacturer and ask for technical support. They will most likely send you a box to put the computer in, have you send it to them(prepaid), and they will send it back repaired, IF ITS UNDER WARRENTY. If its not under warranty, you will have to go to a computer technician. usually a place like Best Buy has fast and cheap computer repairs, or you may find a local computer repair shop that suits your needs better. Or you can even send it back to the manufacturer to fix it, be warned however, they usually overcharge on expired warranty repairs. As far as the cost, it can range from fifty to a couple hundred dollars, depending on the problem. Hope i helped
Q: I have a Belkin Tune Cast II FM transmitter. The fuse in the DC car power cable is .5 A but it blows every time I plug it in. What is the correct fuse to use for this charger?
If you know that's the correct fuse. You might have another problem such as the wires are shorting or grounding each other out and not completing the circuit. It might just be best to buy a new transmitter instead of wasting your money on fuses.
Q: So I was replacing the processor in my Laptop (Inspiron M5030) and I accidentally puled apart the cable connected to the power button. I couldn't see a clear way to connect it back, and I was wondering if there was any way I could do it myself or would I have to buy a new part?It's not the end you plug into the computer itself, it's attached to the end that's screwed into the computer.
Hope this helps. Regards, GauravS
Q: Hello, I am looking to purchase a single power connector for 5 hard drives. I have a modular 1200W power supply, and all i can find on website is these single power connecters that do not even look like they will connect to my power supply. My computer came with power connectors for 4 hard drives in single cables. I do not want to waste another Power supply slot for just 1 more hard drive. Can anybody tell me how to search for this? Thank you.
I do not want to waste another Power supply slot for just 1 more hard drive. That's what they're there for.
Q: I lost my power cable and want to know if some of the others i have around the house are adequate size
some PS3s have widely used ability grant. to comprehend which one you have you're able to desire to open it. in case you do not choose to open it (and void the guarantee) - use ability converter. notice: for PS3 you would be wanting a minimum of four hundred Watt. As for ability cable itself - relies upon on the socket on your ability converter.
Q: I currently have a vibe amp wired in that my front speakers run off, im thinking about gettin an Edge sub with a built in amp so was wandering if id have to wire in a new power lead or if i could run them both of the one thats already running to the battery? Also how would i get rca cables running to each if i only have one output on my stereo? Thanks
yes i used the same power wire and just split all my wires for my second amp and everything is fine but i made a new ground for it. it will work fine but make sure you have a good battery or its gonna die, i made sure i got a life time warrenty so i can just take them back and get a brand new one whenever it dies.
Q: I recently bought a Logitech Rechargeable Speaker S315i, but i lost the power supply at a party. I was wondering if anyone know of a website where i could just order another cable (that fits and work) for the rechargeable speakers. 100-240v Power supply. Or do i have to buy a new speaker?
There is no direct benefit for the operation of the speakers by upgrading to a 750 watt power supply. The amplificatiion power is external. Only a small relatively small power signal is delivered by the computer

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