• Cu/PVC   Copper Conductor  PVC Insulated Eletric Wire 450/750V BV 1.0 1.5 2.5   4.0 System 1
  • Cu/PVC   Copper Conductor  PVC Insulated Eletric Wire 450/750V BV 1.0 1.5 2.5   4.0 System 2
  • Cu/PVC   Copper Conductor  PVC Insulated Eletric Wire 450/750V BV 1.0 1.5 2.5   4.0 System 3
Cu/PVC   Copper Conductor  PVC Insulated Eletric Wire 450/750V BV 1.0 1.5 2.5   4.0

Cu/PVC Copper Conductor PVC Insulated Eletric Wire 450/750V BV 1.0 1.5 2.5 4.0

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Loading Port:
Tianjin
Payment Terms:
TT OR LC
Min Order Qty:
1000 reel
Supply Capability:
10000 reel/month

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BV Cu/PVC    IEC60227

Product information

Conductor

Plain  annealedcopper, Class 1 solid

Insulation

Polyvinyl chloride(PVC)

Compound type C

Insulation color:

Green, yellow/green, red, yellow, blue,

Temperature rating

Maximum 70ºC

Rated voltage

450/750 V

Application

Suitable for power installations, household appliances,instrumentation and communication devices

TypeNo. of CoresCorss Area ( mm2)NO.of wire   & diameterInsulation thickness mmOuter diameter mmWeight kg/km
BV
    Cu/PVC -Solid
111/1.130.7
15.73
11.51/1.380.7
22.12
12.51/1.780.8
32.75
141/2.250.8
48.73
161/2.760.8
69.15
BVR
    Cu/PVC-Strand
117/0.430.7
16.9
11.57/0.520.7
22.71
12.519/0.410.8
34.21
1419/0.520.8
49
1619/0.630.8
70.9
RVV
    Cu/PVC/PVC -Flexible
2132/0.20.7
52.3
21.548/0.20.7
70.45
22.578/0.20.8
103.75
24127/0.20.8
147.2
3132/0.20.7
96.45
31.548/0.20.7
133.73
32.578/0.20.8
180.63
RVS
    Cu/PVC/ -Flexible
20.7537/0.160.7
29.73
2132/0.20.7
36.8
21.548/0.20.7
47.45
22.578/0.20.8
70.25

Cu/PVC   Copper Conductor  PVC Insulated Eletric Wire 450/750V BV 1.0 1.5 2.5   4.0


Q: How do you work this out from the voltage or fuse size using a formally?
ALL appliance come WITH a cable and wire attached, all you do is plug it in!
Q: I have a 12V electrical device connected with a positive and negative (ground) wire. It is not live. Let's say I connect a second positive cable to the first one. When I turn on the power on the first positive cablee, the device runs fine. What happens if I then also turn on power on the second positive cable? Thanks.
not enough info. It isn't clear where that second wire is connected. if same source as the first, you really haven't done anything. If it is a different source, how is its return circuit completed? If you wiring is parallel, and both sources are identical but separate, then you basically double the maximum current but do not change the voltage. If you wire in circuit somehow, then you could double the voltage but do nothing to current. Basically, if you wire in a second power source, you increase the power available, and it is a question of whether that power comes from a voltage or current increase.
Q: Help mi fill in the blank1. Check electrical ___ and ____ for wear and tear and faulty wiring.2. Do not _____ sockets.3. Keep electrical appliances clean and in good ___ order, and have them serviced regularly.4.Never run cables ____ mats or carpets where you _____ see wear and tear.5. Never use water on class C or ____ fire.
1. Check electrical wires and extension cords and appliances for wear and tear and faulty wiring. 2. Do not stick your fingers (or anything not meant to have electricity run through them) in sockets. 3. Keep electrical appliances clean and in good working order, and have them serviced regularly. 4.Never run cables under mats or carpets where you can not see wear and tear. 5. Never use water on class C or electrical fire.
Q: I need to connect 2 wires.First wire has 4 colours. Red, Blue, White, Green.the Second wire has two colours, Black Brown.How do I join the two wires together?
Just what are you trying to supply power to? Red and Blue are typically hot wires, White for neutral and Green is for ground in home circuitry. Black is for hot and brown is neutral going to ground on motorcycles and vehicles. Don't remember ever seeing brown wires for home circuits. If messing with a ceiling fan then attach the Red, Blue and Black together, then the White with the Brown. The Green should attach to a screw bolt on the fan hanger. Then turn on the switch to see if it works or goes snap, crackle and pop. You need to explain just what you're messing with for a more concise answer.
Q: i.e can i use a speaker wire when the electric wire in the light is broken???is it compatible?
McClint is right, Use the right wire. You will be held responsible for not using the right wire for the right application. Speaker wire does not have the proper insulation for that voltage, a simple test with a megohmmeter will reinforce this . Electricity can travel through the insulation of speaker wire and shock you, or cause a fire. You burn your house down and the insurance company finds out you used speaker wire (and they will) guess who is in trouble. Same thing with your electronics,
Q: I love to watch home remodeling shows with my boyfriend (who's an electrician), and we can't help bursting out laughing when people screw up electrical wiring. They think they know what they're doing, but they really don't. I saw one episode where they were trying to remodel their kitchen, and spent 5 minutes just trying to turn off the power. Then they go and cut through a live wire from a different circuit! Do you find this hilarious too?
I bet the cannibalistic chefs are interested.
Q: I have a baby monitoring system camera that isn't wireless and I want to make it wireless. It comes with a wire that plugs into an a/c adapter that goes into the wall. The a/c adapter has an input of 120ac and an output of 12dc. I also have a battery holder that holds 8 AA batteries and has two wires coming out of it. I want to cut the wire going to the a/c adapter and hook it up to the wire going to the battery holder. Will this work and how do I hook up the wires?
The easy answer would be to solder a DC connector identical to the one on the output end of the AC adapter to the two wires coming off the battery holder (red to center pin, black to ring). Here's the not so easy part: What is the current (amperage) required by the camera? The voltage of 8 AA batteries may equal 12VDC, but they probably won't be able to handle the amount of current the camera needs to work. Larger 12VDC batteries might work, but make it less portable, and the operating time might still be limited. Maybe a 12VDC battery from a power back up unit? Is the power cable the only think keeping his camera from being wireless? How does it transmit its signal?
Q: I just bought a house, and the area where the dryer needs to go only has a two foot electrical wire coming out of the wall. It's an old house, and it's possible these people just hooked those wires directly to the dryer without using an outlet. Is that possible? Or do I need to install those wires into a three prong outlet for electrical supply to my dryer?Thanks!
Yes, you can hardwire a dryer or stove to that wire. They always used to be done that way and still could be unless code forbids it where you are. But it's really best to have an outlet instead, and new appliances come with plugs on them now. Makes it far easier if you ever need to disconnect the appliance for any reason because all you have to do is unplug instead of shutting off the power, disconnecting it all, and doing the reverse later, and gives you much more freedom to move them out to clean behind them. A dryer will take a four prong outlet because it has a 220 volt supply.
Q: does the term, home-run refer to, and what are some other common terms with a brief description plrease? thanx! jk.
Homerun okorder
Q: I built a 30x30 workshop and have a few electrical questions.What amp size service panel will I need?Will have 8 120v receptacles and do they all need separate 20 amp breakers with #12 wire?Will have 2 240v receptacles, air compressor and a stick welder, what size wire and circuit breakers for those two components?Will have 8 fluorescent lights with 54w bulbs, How many lights can be on the same 15amp circuit with #14 wire?
In Canada and the USA 15 amp circuits are the norm wired with # 14 cable unless the runs are very long. Up to 12 outlets can be place on one circuit but for a workshop, I would sugest no more the 4 or 5 per circuit. If you require a 20 amp circuit, it should be a dedicated circuit with the proper 20 amp receptacle. A separate 15 amp circuit for your lighting is smart in case you trip a breaker with one or more of your shop tools; you will still have lighting. The welder will require a dedicated 240 volt, 60 amp circuit Your air compressor will also require a dedicated 240 volt circuit sized accordingly to the power demand of the compressor motor. Just from what you have listed, I would suggest at least an 100 amp 240/120 volt load centre. This will give you extra room for fans, heating, etc.

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