• tinned copper conductor  0.6/1kv low smoke  zero halogen flame retardant pv cable System 1
  • tinned copper conductor  0.6/1kv low smoke  zero halogen flame retardant pv cable System 2
tinned copper conductor  0.6/1kv low smoke  zero halogen flame retardant pv cable

tinned copper conductor 0.6/1kv low smoke zero halogen flame retardant pv cable

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Loading Port:
Tianjin
Payment Terms:
TT OR LC
Min Order Qty:
100 m
Supply Capability:
100000 m/month

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tinned copper conductor  0.6/1kv low smoke  zero halogen flame retardant pv cable

 

Photovoltaic Cable

 

Introduction of product

 

Our company produces Photovoltaic Cable which is used in advanced radiation cross-linking technology and used low smoke zero halogen flame retardant material produced wires. It has advantages of high temperature resistant, anti oxygen pumping, uv resistance, resistance to water vapor, antimicrobial, short cutting ability, long service life, wear-resisting, oil, anti-corrosion, high tensile resistance, etc.

 

Executive standard

 

The product is according to the standard of TüV 2PfG 1169/08.07.

 

Application

 

The product is suitable for use in extreme weather conditions, indoors and outdoors solar photovoltaic system circuit connection.

 

Operating characteristics

 

U0/U

 

U0/U  0.6/1kV

Operating temperature

 

Max. operating temperature of conductor: 120, Operating ambient temperature: -40℃~90.

 

Type name

 

Type

Name

PV1F

Low smoke zero halogen radiation XLPO insulation low smoke zero halogen radiation XLPO sheath pv cable

 

 

Specification of cable

 

Type

Nom. Cross-Section /mm2

NO.of cores

PV1-F

1.5

1

PV1-F

2.5

1

PV1-F

4

1

PV1-F

6

1

PV1-F

10

1

PV1-F

16

1

PV1-F

25

1

PV1-F

35

1

 

 

1.sheath 

2.Conductor

3.Insulation

 

 

 

Structure data of cable

 

Nom. Cross-Section of conductor/mm2

Conductor structure/piece/mm

Conductor diameter/mm

Product diameter/mm

Max direct resistance

(20Ω/km

Referencen weight kg/km

1.5

30/0.25

1.58

5.08

13.7

33.4

2.5

50/0.25

2.04

5.54

8.21

46.2

4

56/0.30

2.59

6.19

5.09

65.8

6

84/0.30

3.4

7.00

3.39

92.4

10

84/0.40

4.5

8.90

1.95

157.4

16

126/0.40

5.55

10.35

1.24

225.8

25

196/0.40

6.92

11.92

0.795

329.4

35

276/0.40

8.7

13.9

0.565

445.1

 

 

Q: Hello,if you want to split your power distribution cable,how do you do so ?? I want the cable to be divided into two other smaller cables,do I use a T-joint or what ???Thx!!!
What sort of power cable? If it is mains or an automotive power outlet, you can get splitters for those.
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: I bought a Garmin GPS, but my cigarette lighter is near my gear shift. Does anyone know how to add a power cable so the cable is behind the gps on the window?. I can always take it somewhere for about $100.
Here's what you can do. Assuming that the Garmin has a MICRO USB port on the back, get a MICRO and MINI USB cable from Tiger electronics. The cable will have MICRO on one end, and MINI on the other. Next, get a Belkin USB adapter for a cigarette lighter. Next, go to a car stereo shop, and get a FEMALE end of a 12 volt power supply Next, get an add a circuit fusible tap (make sure you note if you have mini or regular blade fuses), get the right one. Using your owner's manual, find a fuse circuit that is switchable by ignition (the cigarette lighter one would work). Pull that fuse, and make sure you have the another one for the add a circuit. 12-18 is always best. Crimp the add a circuit tap to the female end of the 12 volt power supply. Find a clean ground, usually a screw on the fuseblock. Attach the ground wire using a loop spade tighten the screw down. Reinstall the add a circuit Turn ignition on, GPS should work Clean up the cable usually around the trim where the windshield meets the frame.
Q: You have not connected the power cable to your video card. Please refer to the 'C settings started guide' for proper hardware installation.
Your particular video card makes use of greater potential than the slot delivers, so on the cardboard itself, there is yet another connection for a potential cable. This connection is a standardized connection and would not require a very professional cable to connect it. seem on the cardboard itself, you may desire to make certain a 4 prong potential connection on the alternative component of the cardboard from the visual reveal unit connection. in many circumstances, it incredibly is going to be a smaller connection like what you may plug right into a floppy stress.
Q: cable laid in the GI trays and temperature is 30 digree centigrade
There is no definite safe formulas for your cables because it depends on many factors like what conductor . what insulation, how many cores ,what is your load , where is your load and ambient temperature and so on. The best guidance will be from the particular manufacturer who would provide the tables under various conditions as above.
Q: what the size of power cable 3 core for motor 18.5 Kw with star dalta starter?
Full load current is 32 amps,phase current is 18.4 amps Hence 3 core 15 sq.mm power cable is req.or 3 core 6 sq.mm 2 nos of cables req. to connect motor to starter.
Q: Hi,I recently bought a daewoo l700c monitor second hand.Its cheap because It didn't come with a power supply/power cable.I know that It requires one of those one point plugs..like the ones that go into some laptops.Help please?
notice the info to the left of the port this is importent take this info with you when you look for one of these
Q: What does the cable ZR-YJV22-4 * 16 mean?
Copper core flame retardant XLPE insulated PVC sheathed power cable, three core, 6 square
Q: I'm building a new computer and i have a SATA 6.0 HDD picked out but the PSU says it has SATA power cables, i was just wondering if the power connectors were the same across the board from SATA 3.0 to the new SATA 6.0.
same interface cable, and same power source cable. YOu just have to make sure the motherboard has a 6.0 gbs slot. I just built a PC with one of these. Not a HUGE improvement, but startup is a few seconds faster.
Q: I have a usb hub that is externally powered that stays on 24/7 even when i shut my computer off. It is buried behind by desk so removing the usb power supply manually each time is what im trying to avoid. Is there anyway i can put a switch in the power cable going to it?
Before you attempt this, make sure you have the following items: -Wire strippers -Electrical tape -Two terminal switch -Scissors IMPORTANT! make sure that the cable is unplugged from the computer and the hub before you do this! 1st, cut the cord halfway with the scissors. Next, remove the outer wire insulation from the two new ends you just cut with the wire strippers. Now strip the small colored wires that are now exposed. Then connect the red wire from one half of the cord to a terminal on the switch. Do the same with the other red wire from the other half of the cord and connect it to the other terminal on the switch. Strip the other small wires and connect them back to their appropriate colored wire. Finally, wrap each wire individually with electrical tape, then wrap the entire gap in the cord with it. Now plug the cord in and try it out!

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