• Factory Price High Quality PVC sheathed insulated power cable System 1
  • Factory Price High Quality PVC sheathed insulated power cable System 2
  • Factory Price High Quality PVC sheathed insulated power cable System 3
Factory Price High Quality PVC sheathed insulated power cable

Factory Price High Quality PVC sheathed insulated power cable

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Loading Port:
China main port
Payment Terms:
TT OR LC
Min Order Qty:
100 m
Supply Capability:
100000 m/month
Option:
1.5~1000mm2

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Item specifice

Insulation Material:
pvc
package:
steel-wooden drum
Conductor Material:
Copper

Factory Price High Quality PVC sheathed XLPE insulated power cable

1The cable is made of copper line with PVC insulated, and PVC/XLPE sheathed, the cable of the wire is strand. The voltage is 600/1000V; the color of the cable can be any color as your need. The cable is widely used in construction, industry and other sites, the cable can be used overhead, underground.

2. Certificates of the cable: ISO, CE, RoHS, CCC.

3. More related products:

Factory Price High Quality PVC sheathed insulated power cable

4. Products list and parameter

                

No.

Size

Specification

Length per roll

PVC insulated non-sheathed copper wires BV (450-750 Voltage)

1

1.5 mm2

1×1.38 mm2

100 m

2

2.5 mm2

1×1.78 mm2

100 m

3

4 mm2

1×2.25 mm2

100 m

4

6 mm2

1×2.76 mm2

100 m

5

10 mm2

7×1.35 mm2

100 m

6

16 mm2

7×1.70 mm2

100 m

7

25 mm2

7×2.14 mm2

100 m

PVC insulated PVC/XLPE sheathed Twin cables with/without earth

BVVB (300-500 Voltage)

8

2×1 +1 mm2

2×1.13 +1.13 mm2

100 m

9

2×1.5 +1 mm2

2×1.38 +1.13 mm2

100 m

10

2×2.5 +1.5 mm2

2×1.78 +1.38 mm2

100 m

11

2×4 +2.5 mm2

2×2.25 +1.78 mm2

100 m

12

2×6 +4 mm2

2×2.76 +2.25 mm2

100 m

13

2×10+4 mm2

2×7×1.35 +2.25 mm2

100 m

14

2×16+6 mm2

2×7×1.70 +2.76 mm2

100 m

PVC insulated non-sheathed Multi flexible wires BVR (450-750 Voltage)

15

1.5 mm2

7×0.52 mm2

100 m

16

2.5 mm2

19×0.41 mm2

100 m

17

4 mm2

19×0.52 mm2

100 m

18

6 mm2

19×0.63 mm2

100 m

19

10 mm2

49×0.52 mm2

100 m

20

16 mm2

49×0.63 mm2

100 m

PVC insulated PVC/XLPE sheathed copper cables (Lower than 1000 Voltage)

No.

Size

Specification

21

3×2.5 mm2

3×1.78 mm2

22

3×4 mm2

3×2.25 mm2

23

3×4+1×2.5 mm2

3×2.25+1×1.78 mm2

24

3×4+2×2.5 mm2

3×2.25+2×1.78 mm2

25

3×6 mm2

3×2.76 mm2

26

3×6+1×4 mm2

3×2.76+1×2.25 mm2

27

3×6+2×4 mm2

3×2.76+2×2.25 mm2

28

3×10 mm2

3×7×1.35 mm2

29

3×10+1×6 mm2

3×7×1.35+1×2.76 mm2

30

3×10+2×6 mm2

3×7×1.35+2×2.76 mm2

31

3×16 mm2

3×7×1.70 mm2

32

3×16+1×10 mm2

3×7×1.70+1×7×1.35 mm2

33

3×16+2×10 mm2

3×7×1.70+2×7×1.35 mm2

34

3×25+1×16 mm2

3×7×2.14+1×7×1.70 mm2

35

3×25+2×16 mm2

3×7×2.14+2×7×1.70 mm2

36

3×35+1×16 mm2

3×7×2.52+1×7×1.70 mm2

37

3×35+2×16 mm2

3×7×2.52+2×7×1.70 mm2

38

3×50+1×25 mm2

3×10×2.52+1×7×2.14 mm2

39

3×50+2×25 mm2

3×10×2.52+2×7×2.14 mm2

40

3×70+1×35 mm2

3×14×2.52+1×7×2.52 mm2

41

3×70+2×35 mm2

3×14×2.52+2×7×2.52 mm2

42

3×95+1×50 mm2

3×19×2.52+1×10×2.52 mm2

43

3×95+2×50 mm2

3×19×2.52+2×10×2.52 mm2

44

3×120+1×70 mm2

3×24×2.52+1×14×2.52 mm2

45

3×120+2×70 mm2

3×24×2.52+2×14×2.52 mm2

46

3×150+1×70 mm2

3×30×2.52+1×14×2.52 mm2

47

3×150+2×70 mm2

3×30×2.52+2×14×2.52 mm2

48

3×185+1×95 mm2

3×37×2.52+1×19×2.52 mm2

49

3×185+2×95 mm2

3×37×2.52+2×19×2.52 mm2

50

4×2.5 mm2

4×1.78 mm2

51

4×4 mm2

4×2.25 mm2

52

4×4+1×2.5 mm2

4×2.25+1×1.78 mm2

53

4×6 mm2

4×2.76 mm2

54

4×6+1×4 mm2

4×2.76+1×2.25 mm2

55

4×10 mm2

4×7×1.35 mm2

56

4×10+1×6 mm2

4×7×1.35+1×2.76 mm2

57

4×16 mm2

4×7×1.70 mm2

58

4×16+1×10 mm2

4×7×1.70+1×7×1.35 mm2

59

4×25 mm2

4×7×2.14 mm2

60

4×25+1×16 mm2

4×7×2.14+1×7×1.70 mm2

61

4×35 mm2

4×7×2.52 mm2

62

4×35+1×16 mm2

4×7×2.52+1×7×1.70 mm2

63

4×50 mm2

4×10×2.52 mm2

64

4×50+1×25 mm2

4×10×2.52+1×7×2.14 mm2

65

4×70 mm2

4×14×2.52 mm2

66

4×70+1×35 mm2

4×14×2.52+1×7×2.52 mm2

67

4×95 mm2

4×19×2.52 mm2

68

4×95+1×50 mm2

4×19×2.52+1×10×2.52 mm2

69

4×120 mm2

4×24×2.52 mm2

70

4×120+1×70 mm2

4×24×2.52+1×14×2.52 mm2

71

4×150 mm2

4×30×2.52 mm2

72

4×150+1×70 mm2

4×30×2.52+1×14×2.52 mm2

73

4×185 mm2

4×37×2.52 mm2

74

4×185+1×95 mm2

4×37×2.52+1×19×2.52 mm2

75

5×2.5 mm2

5×1.78 mm2

76

5×4 mm2

5×2.25 mm2

77

5×6 mm2

5×2.76 mm2

78

5×10 mm2

5×7×1.35 mm2

79

5×16 mm2

5×7×1.70 mm2

80

5×25 mm2

5×7×2.14 mm2

81

5×35 mm2

5×7×2.52 mm2

82

5×50 mm2

5×10×2.52 mm2

83

5×70 mm2

5×14×2.52 mm2

84

5×95 mm2

5×19×2.52 mm2

85

5×120 mm2

5×24×2.52 mm2

86

5×150 mm2

5×30×2.52 mm2

87

5×185 mm2

5×37×2.52 mm2

 

5. Package: mainly the cables are packed in steel-wooden drum, the length is on the size and weight, but also the cables can be packed as your demand.

Factory Price High Quality PVC sheathed insulated power cable

Factory Price High Quality PVC sheathed insulated power cable

Factory Price High Quality PVC sheathed insulated power cable

7. The workshop

Looking forward to co-operate with you!





Q:What is the difference between a YJV cable and a VV cable?
YCV-copper core XLPE insulated PVC sheathed power cable, VV-copper core PVC insulated PVC sheathed power cable. YJV-voltage level (kV) 6 ~ . the maximum allowable working temperature 90 ℃ VV-voltage level (kV) 1 ~ . allowing the maximum operating temperature of 65 ~ 70 ℃
Q:Cable yjv-0.6 / 1kv-4 * 120 + 1 * 70 What does it mean?
Cable trench as a power construction project should be cable trench construction construction design, cable trench construction program, according to the previous design requirements and programs in order to develop cable trench construction quality acceptance procedures
Q:When I plug and unplug a power cable to the net in my home for let's say, 50.000 times a day, why doesn't my electricity-meter not count that power for the monthly electricity fee?When I unplug the cable the cable should still have some electricity flowing through it at the moment of unplugging. That electricity disappears very shortly after . But after unplugging it, it doesn't have any electricity anymore. So some electricity is lost right? How does this work?
by electricity I assume you mean electrical energy. power is the rate at which electrical energy is consumed. Power is generated by the flow of electrical current across a potential difference. Let's use an analogy. A cable is like a water pipe. Current is like the flow of water in the pipe. Pressure is like potential difference (voltage). When there is a difference in pressure at the two ends of the pipe, water will flow through the pipe. The flow of water carries energy, because it can be used to spin a paddle wheel (motor), and the friction of the water against the pipe (electrical resistance) generates heat. I think your question is something to the effect of, if I suddenly remove the pressure difference across the pipe, won't there still be energy in the water flowing in the pipe, and isn't that energy wasted? Well, there's a difference between water and electrical current: the electron hardly weighs anything. There's very, very little energy stored in the motion of electrons in a wire. When the wire is disconnected, the electrons come to a stop almost immediately, and the amount of energy wasted is infinitesimal. I hope that sort of answers your question.
Q:my laptop keeep on saying installing lite on camera crystal eye and it and put implug power cable and i dontt no what one is so what is a power cable pleasssse help ?
A power cable is an assembly of two or more electrical conductors, usually held together with an overall sheath. The assembly is used for transmission of electrical power. Power cables may be installed as permanent wiring within buildings, buried in the ground, run overhead, or exposed.
Q:Hi, I have a router connected to the internet, but one of the computer is 80 feets away from the router and it can not get 100MBps. I have force the computer to use 10MBps. Could someone please let me know what will impact the speed of cat5 cabling?
Unlikely to be your cat5 cable - how about your NIC card? wdw
Q:I had bought a new stereo for my Dodge Neon, had installed it, and everything worked great for a couple days. Later my stereo was no longer getting power, I took it out to try to find out the problem. The power cable from the battery to the stereo is no longer intact. The little metal pin in the middle(no, I don't know exactly what it's called) broke off! I have no idea how, or even where it is, all I know is that it's gone and I don't know what to do! Is this a replaceable car part? If so, where do I find a new part, or where would I take my car to get the best help and possible answers? Would it be better to take it to a mechanic or to a stereo installation shop?
the cables are not a life and run away from the dash , that never happends, and if the cable is there its not broken the power comes from the ignition switch not the battery , so you have a bad fuse or bad ignition switch most likely it is only a fuse, did you know there are 2 boxes ? check both
Q:A network cable must cross a power cable. What can be done to minimize the amount of EMI?
Use okorder / You would need two (one for each side of the connection)
Q:And twisted pair cable parallel to the laying of the same route with 10kVA 380V power cable, the minimum spacing between the two cables should be how much? Knowledge related to integrated wiring. The The The The
PLC and computer communication cable, different manufacturers of PLC connection is not the same
Q:I have a usb powered cup warmer. It has a car adaptor. I would like to know if its possible to use it to charge my cellphone in the car, instead of buying a car adaptor.
The max power you can draw from a USB port is 2.5W (500 mA at 5V)
Q:What I really just want to know is the equation and basic concept on how to determine the optimal length of power cable needed to connect two poles while knowing only the linear density of the cable.It does not matter how much sag is produced because of limitations due to the strength of the power cable.
The web page provides very thorough information and rigorous mathematical treatment relevant to the answer you seek. But it is just too much all at once to digest. So take it piecemeal, one bit at a time! First, you must realize that the sag of the cable is the single most important design parameter and strict attention to cable weight determines the optimal length. The equation of the catenary is the precise model but a parabolic approximation may work. (parabolic approx.) ymax = (3wl?) / ?√(64EA) P = wl?/(8ymax) Where ymax is the maximum sag l is the unstretched length w is the weight/unit length E Youngs modulus A Wire area P axial tension the curve is a parabola, which is a good approximation if the depth of sag is no greater than 1/8th of the span. Use the second equation to derive the induced tension P. H:=WL?/8S S:=WL?/8H L: distance between support S: Sag at mid-span H: tension (horizontal component of tension) The tension depends purely on the loaded geometry and the weight per unit length.

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