• Cu core Low-smoke&Halogen PVC Insulated Armoured Power Cable System 1
  • Cu core Low-smoke&Halogen PVC Insulated Armoured Power Cable System 2
  • Cu core Low-smoke&Halogen PVC Insulated Armoured Power Cable System 3
  • Cu core Low-smoke&Halogen PVC Insulated Armoured Power Cable System 4
Cu core Low-smoke&Halogen PVC Insulated Armoured Power Cable

Cu core Low-smoke&Halogen PVC Insulated Armoured Power Cable

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Cu core Low-smoke&Halogen PVC Insulated Armoured Power Cable


Product Description

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



FAQ

 

Marking Examples:

Example 1:Copper-core PVC insulated and sheathed steel-tape armored 3+1 type, main core section is 50mm2 and that of neutral core is 25mm2, such power cable can be represented by: VV22 3X50+1X25

Example 2:Rated voltage is 0.6/1kV copper-core flame retardant(135°C)PVC insulated and sheathed, small-gauge steel wire armored, 4+1 type, main core section is 70mm2 and that of neutral core is 35mm2, such power cable can be represented by: ZR135-VV 0.6/1kV 4 X 70+1x35


Example 3: Rated voltage is 0.6/1kV, copper-core flame-retardant(105°C)PVC insulated and sheathed, steel tape armored, 3+2 type, main core section is 185mm2 and that of neutral core is 95mm2, such power cable can be represented by: ZR105 -VV22 0.6/1kV 3 X 185+2 x 95


Example 4: Rated voltage is 0.6/1kV, aluminum core PVC insulated and sheathed, 3+1 type, main core section is 50mm2 and that of neutral core is 25mm2, such power cable can be represented by: VLV 0.6/1kV 3 X 50+1 X 25


Example 5: Rated voltage is 0.6/1kV,aluminum core flame-retardant PVC (105°C)insulated and PVC sheathed power cable with main core section to be 50mm2 and that of neutral core is 25mm2, it can be represented by: ZR105-VLV 0.6/1kV 3 X 50+1 X 25


Example 6: Rated voltage is 0.6/1kV,aluminum core flame-retardant PVC (135°C)insulated and PVC sheathed power cable with main core section to be 50mm2 and that of neutral core is 25mm2, it can be represented by:ZR135-VLV 0.6/1kV 3 X 50+1 x 25



Q: Hi, just moved to Finland from US. Will my x box 360 works with a new powell cable? Or do I need something else besides that. And where should I get it from in Turku or Helsinki. Thank you!
You could probably buy an adapter plug for your existing cable. Getting a whole new cable might very well mess with the machine itself, and be more expensive than a simple adapter. Just go to an electronics’ store, with the cable, (the bigger the better) and ask for a suitable adapter for it.
Q: Do you need to use both the 6 pin PCI-E power cable and the 8 pin PCI-E power cable on a video card? Why are they used? To give power to the video card if needed? Seems like the motherboard gives the card power as well?
if the graphics card has an 6-pin power connector and an 8-pin connector then u need to use the 6-pin and the 8-pin power cable from your power supply.most power supplies (especially those that supply 500 watts of power to your cpu and all the peripherals) in the market right now have at least one connector for each type (6-pin and 8-pin).usually the most high-end power supplies now (like the Ultra X4 series) have more than 1 for each type.right now the most high-end power supplies from my perspective is the 1600W power supply from the Ultra X4 series.it has 3 6-pin power connectors and 3 for the 8-pin power connector. and ya the 6- and 8-pin power connector is the bridge for the power supply to transport power to the component. nope.the motherboard is a selfish guy.it doesnt give power to the graphics card unless the graphics card doesn't take a lot of wattage to work then the motherboard will donate power to the graphics card.
Q: I dont understand what it says about Peak and sustained power, also the cable says it needs 12v DC, and the power supply gives 650 watts. I don't understand any of this, can someone please explain this to me, and if this power supply doesn't work, please give me examples of ones that will work. Longest answer will get best answer.Thanks!
That Xbox power supply cable is pretty cool! I've never seen those before. Ok, as for the power supply questions: Peak power is the maximum amount of power the unit can supply for a short period of time (a few seconds at most). A computer, during start-up, will use quite a bit more power than once it has achieved steady state. This is because drives have to spin up, semiconductors have to power up, etc. Once everything is up and running, the power draw drops to nominal or steady-state Sustained power is the amount of power the unit can supply non-stop. When purchasing a power supply, always give yourself leeway. If a supply indicates it is 650 watts sustained and 80% efficient (gotta look at that efficiency!) then it can supply 520 watts of power continuously. Even at that, I wouldn't want to run it past 450 - 475 watts continuously. 12v DC is the high rail on a power supply. Different parts of the computer require different voltages to operate. Drive motors typically need the 12v DC, where as memory needs less than 3 volts. A computer power supply has different rails or supply wires which supply the following voltages: +12 volts DC, +5 volts DC, and +3 volts DC (there are some others but those are the key ones). I don't know what the power requirements are for an Xbox 360, but it obviously needs the 12 volt and 5 volt DC rails to power it. Anyway, the power supply you've listed above is more than adequate.
Q: I am thinking about buying a hard drive and a SATA to eSATA cable to get more space to store things but I dont know whether or not the eSATA cable supplies power to the hard drive like a USB port. Do I have to buy a power cable for the hard drive or will it work without one?
I use an external sata for backup with a usb cable converter the power comes from the usb cable, esata I suspect would be similar unless you are hooking it up with arj45 or something?
Q: The difference between power cable and overhead cable
. the power cable occupies less. Generally buried in the soil or laying in the room, the channel, the tunnel, the line between the insulation distance is small, no tower, covers an area, basically does not occupy the ground space. The overhead cable is the opposite. . power cable reliability. Affected by climatic conditions and the surrounding environment, transmission performance is stable, high reliability. . the power cable has to ultra-high pressure, large capacity development of more favorable conditions, such as low temperature, superconducting power cables. . the power cable distribution capacitor larger. Overhead cable is the opposite . the power cable maintenance work less overhead cable is the opposite . the power cable electric shock is unlikely. The overhead cable is the opposite
Q: Looks like a SATA power cable was pulled out of the hard drive without the button being pressed in and has broken tiny bits of the plastic above the Hard Drive connector that used to prevent the SATA cable from slipping out. Any suggestions on what I can do?
Tape or a new hard drive.
Q: 10KV cable is directly from the nearest substation led to the power distribution room, how some people say that from the transformer can not understand what the meaning of more
YJV22 indicates "copper core XLPE insulated, steel tape armored PVC sheathed power cable" 0.6 / 1KV indicates its pressure rating, 5 * 10 represents the cross-sectional area of each wire diameter Is square mm, referred to as the square, the diameter of the conversion is 4.05
Q: So I have a ordinary pc with a 500gb seagate hardrive in...and I have another seagate hardrive I want to put in (also 500gb) but do I need the sata power cable since it is not the main hardrive or can I only insert the Data cable for the harddrive since I didn't get any cables with my hardrive do I need need both cables, the Data and power cables or can only use the data cable ?
Hello You need to connect sata power cable and sata data cable both in order to make it work. One drive will be primary(from which OS will boot) and other will be secondary. Just connect both drive from motherboard using sata data cable in both ends also sata power cable. If not enough ports free in your smps then use a splitter cable to split the connection. Hope this helps 5 Years of experience in gaming software and hardware
Q: what does the power cable that comes with video cards do? is it for when u dont have a 6-pin power connector or something? j/w cuz im thinkin bout gettin a ati 3850 and it requires a 6-pin connector, but yet i know 2 dudes with the same psu as me, runnin a ati 3850 perfectly.HP Hipro 300W 12V 19amps but yet it doesnt have a 6-pin connector
That's right, the power cable is in case your power supply doesn't have a 6-pin power connector. A 300W power supply for a 3850 is cutting it a bit close, but you'll probably get away with it if the rest of your machine is typical. (Typical machines with a 3850 are just under 200W peak. See link.)
Q: How many amphs does the us ps3 slim's power cable have? It should be #A?
i don't know why youre trying to find this out but heres a chart. The power cable has different electricity usages depending on what youre doing but the average is 87 ish

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