• 35kV or Lower XLPE Insulation low smoke& halogen-freeflame-retardant Power Cable System 1
  • 35kV or Lower XLPE Insulation low smoke& halogen-freeflame-retardant Power Cable System 2
35kV or Lower XLPE Insulation low smoke& halogen-freeflame-retardant Power Cable

35kV or Lower XLPE Insulation low smoke& halogen-freeflame-retardant Power Cable

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Loading Port:
Shanghai
Payment Terms:
TT OR LC
Min Order Qty:
100 m
Supply Capability:
10000 m/month

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1.      Application

It is used to transmit and distribute power in power transmission and distribution system of 6~35KV. It is generally applied to the fields including power, construction, mines,metallurgy, petrochemical industry and communications. And it is used as replacement of oil-immersed paper insulated power cable and partially as replacement of PVC insulated power cable. 


2.      Type and Specification

Voltage

6/6 kV、6/10 kV、8.7/10 kV、8.7/15 kV、21/35 kV、26/35 kV

  Type

WDZA-YJY、WDZA-YJLY、WDZB-YJY、WDZB-YJLY、WDZC-YJY、WDZC-YJLY、WDZA-YJY23(63)、

WDZA-YJLY23(63)、WDZB-YJY23(63)、WDZB-YJLY23(63)、WDZC-YJY23(63)、WDZC-YJLY23(63)、

WDZA-YJY33(73)、WDZA-YJLY33(73)、WDZB-YJY33(73)、WDZB-YJLY33(73)、WDZC-YJY33(73)、

WDZC-YJLY33(73)、WDZA-YJY43、WDZA-YJLY43、WDZB-YJY43、WDZB-YJLY43、WDZC-YJY43、

WDZC-YJLY43

Size

(mm2)

1 Core: 25~1000;

3 Core: 25~500

Standard

GB/T 19666-2005、GB/T 12706-2008


3.      Using features

①      Rated voltage Uo/U includes 0.6/1kV, 1.8/3kV, 3.6/6kV, 6/6kV, 6/10kV, 8.7/10kV, 12/20kV, 18/30kV, 21/35kV, 26/35kV. 

②      The highest allowed operating temperature of conductor for long-term working is 90℃. In short-circuit (Max. long-term is no more than 250℃) 

③      D.C. resistance of the conductor complies with the stipulations of GB/T 3956. 

④      Installation ambient temperature should be no lower than 0℃. Otherwise it should be preheated. The Min. bending radius should be no smaller than 15 times of cable outer diameter. 

⑤      The cable is laid without horizontal drop limit.

⑥      Working Frequency Voltage Test::
   For cable with Uo of 3.6kV or lower: 2.5Uo+2kV/5min without puncture; 
   For cable with Uo of 3.6kV~18kV or lower: 3.5Uo/5min without puncture; 
   For cable with Uo of 21kV and 26kV: 2.5Uo/30min or 3.5Uo/5min without puncture.

⑦      Partial Discharge Test: The discharge volume should be no more than 10Pc under 1.73Uo for the cable. There shall be no detectable discharge under the declared sensitivity test. 

⑧      Flame-retardant Character:

The flame-retardant characteristics comply with GB/T 1996-2005. 

4.      Picture of structure


1、Conductor  2、Conductor shield   3、Insulation   4、Insulation shield  

 5、Copper tape shield   6、Filler  7、Tape    8、Innersheath   9、Armor   10、Outer sheath


Q:So, I built my first computer 6 months ago, only to have the power supply fail, and maybe fry the CPU or the motherboard (hope not), and I ordered the XFX 550W from newegg. Now I built the computer, but this is actually going to be the first time I'm taking out the cables of the power supply to the motherboard, and it looks like it's quite tightly in there, do I just take it out by force? I don't want to exert too much pressure because I'm a pussy and I don't want to ruin it haha.
The HDD power cable has no clips, the SATA cable usually does though. The ATX power cable especially (20/24pin) will give quite a lot of resistance, just make sure to keep pushing the clip down while pulling up equally, meanwhile, keep an eye on the motherboard, it'll flex and bend as you pull it up, but yes, you will have to pull quite hard to get things out, harder than you would normally think, I was the same as you, I keep thinking if I pull/push too hard or force things they'll break, but components are far more robust and resistant than you think.
Q:The power supply in question is
PSUs normally come with a power cord to plug them into a wall outlet, plus all the necessary cables needed to provide power to all the components of your computer. There are some minor differences. The main ATX power connector for the motherboard needs to match the socket on the motherboard (usually it will, but if the PSU is expensive and the motherboard cheap, or vice versa, be sure to check). Bigger power supplies often have extra connectors for things like fancy video cards, and some video cards require these connectors or they won't work properly, so beware.
Q:do i need to buy the cable that says specifically for ground? or can i just use my left over wiring from the power cable to connect in the ground? is there a difference between the two cables?
Typically, the only difference between a power cable and a ground cable is the color. If you have leftover power cable, go ahead and use it.
Q:Only the ground cable is green, the two other cables are gray and I noticed that one is with stripes the other is not... The maker is Smart Choice. - there is more clue, one cable end is coded with a letter Z , other W , than G .... the G is probably the ground ( green ) . I need to know which one will connect to the black wire and which to the white one. Please help. Thank you
stripe to white black to plain wire green to chassis. The white is neutral black is line bare wire is green
Q:I want to tidy up all of the cables behind my desk. I have some of that special plastic wrap to do it, but I'm worried about overheating and induction.How many mains voltage power cables can I safely have in a single bundle? What about speaker cables and TV/monitor cablesHow can I tell if I have bundled up too many cables together, are there any warning signs?
I neatly zip tie each cord separately. Use only what's available on each power strip. Don't use a bunch of extension cords.
Q:should you run RCA cables and power next to each other?
as long as either one is shielded or insulated.
Q:How do I get it not to do that? Its really annoying. Whenever I remove the charger cable , the screen gets really dark. It seems like an actual function and not a defect, but is their a way to toggle it on and off?
normal, although you can chage some of the settings under control panel as well as using the function key and raise/lower the brightness
Q:i have a SATA hard disk and i connected it with a sata power cable and recently i bought a sata optical drive and i have no power cable for connecting the drive, so i decided to connect it with the power cable of hard disk(I have two sata hard disk)
while you're meaning are you able to boot off of the IDE annoying force and get entry to the Sata force, the respond is sure. in basic terms connect the SATA annoying force, and make beneficial the BIOS settings are set to boot from the IDE force.
Q:My power supply has one cable with 3 sata connectors on it. Can I connect my disc drive and hard drive on the one cable? My PSU also has a cable with 3 four pin molex connectors on it and my case has 3 fans. Can I connect all my fans to that one cable with all the molex connectors on it?
Yes to both questions. It doesn't matter whether you're connecting only harddrives to that cable or only diskdrives (aside from the fact that these are usually located a little apart from each other.) You can combine both and they will work. As for fans... If they have the molex connectors rather than standard 3-pin fan connectors, you can connect them for sure. Depending on what power supply you have, you'll probably have anywhere from 18-30amp on your 12v molex rail. Harddrives will take under 2amp, and depending on what fans you have, they'll use anywhere 0.5-3amp, so even if you have 3 extremely powerful fans drawing 3amp each (3 x 3amp = 9amp), you can safely connect 6 of such monster fans to that 12v molex rail. To be honest, I haven't met too many of such fans - most standard 120mm fans, even with leds, will use no more than 1.5amp. 80mm fans non-led fans will use about 0.3-0.5 amp. If you have a very powerful psu with 30amp on 12v rail and hundred of 80mm fans, in theory you can run all of them. In practice, I'd like to see that :)
Q:is there any way to fix this? i don't want to upgrade my power thingy though.
Did the cardboard incorporate a cable that has a huge and small white connector on one end and a huge connector on the different? Or a small connector on one end and a extensive 4pin connector on the different end? If it did, connect the small connector to the small 4 pin interface connection on the lower back of the cardboard and hook the means suppy to the different end of the cardboard. This ingredients the voltage mandatory to run the fan, you pick this for cooling.

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