Copper stranded PVC Insulated electrical wire

Copper stranded PVC Insulated electrical wire

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Quick Details

Place of Origin: Henan, China (Mainland)
Type: InsulatedModel Number: 227 IEC01(BV),BLV,BVR,BVVB,BLVVB,227 IEC05(BV),227 IEC07(BV-90)
Application: indoor,electric household appliances,instrument
Conductor Material: Copper
Conductor Type: Stranded
Insulation Material: PVC
core: 1,2,3

Packaging & Delivery

Packaging Details:	Packing in coils,wooden drum, or as your request
Delivery Detail:	Two weeks

Specifications

electrical wire
1) high quality and low price
2)15 years professional experience
3)Best service

Copper stranded PVC Insulated electrical wire

1. The long-time permissible operation temperture of electrical wire shall not be higher than 70oC,BV-90 shall not be higher than 90oC.

2. The ambient temperature shall not be lower than 0 o C.

3. Permissible bending radius(r): unarmoured cable:r≥6D;(D: outer diameter of the cable); armoured or copper-tape screened cable:r≥12D;shielded flexible cable:r≥6D

Type	Name	Laying place and requirement	Long term working Temperature0C	ACrated voltage	Nominal Section (mm2
227IEC01(BV) 227IEC05 (BV) BLV	Copper conductor PVC insulated wires Aluminum conductor PVC insulated wires	Fixed laid indoors Conduit etc.	70	450/750 300/500 450/750	1.5......185 0.5......1 2.5......185
227IEC07(BV-90)	Heat resistant copper conductor PVC insulated wire at 90 0C	Mainly be laid at the places of high temperature environment and can be laid indoors ,conduits.	90	300/500	0.5......2.5
BVR	Copper conductor PVC insulated flexible cable	Be for laying permanent place where flexible required.	70	450/750	2.5......150
BLVV	Aluminum conductor PVC insulated PVC sheathed round wires	Fixed laid, fit for the places with high mechanical protection and moisture place, can be laid in the air or underground.	70
BVVB	Copper conductor PVC insulated PVC sheathed flat wires	300/500	1......10
BLVVB	Aluminum conductor PVC insulated PVC sheathed flat wires	300/500	2.5......10
227IEC02(RV) 227IEC06(RV)	Copper conductor PVC insulated flexible connector wire	Mainly used at middle and light style moving electronics, home appliances, power and lighting and the places where flexible required	70	450/750 300/500	1.5......240 0.3......1
227IEC42(RVB)	Copper conductor PVC insulated flat flexible connector wire	300/300	0.3......1.5
RVS	Copper conductor PVC insulated flexible twisting connector wire	300/300	0.3......1.5
227IEC52(RVV) 227IEC53(RVV)	Copper conductor PVC insulated PVC sheathed round flexible connector wire	300/300 300/500	0.5......6 0.3......4
227IEC08(RV-90)	Cu conductor heat resistant PVC insulated flexible connector wire at 90 0C	Mainly used at the places where heat resistance is required	90	300/500	0.5...

Type

Name

Laying place and requirement

Long term working Temperature0C

ACrated voltage

Nominal Section (mm2

227IEC01(BV)

227IEC05 (BV)

BLV

Copper conductor PVC insulated wires

Aluminum conductor PVC insulated wires

Fixed laid indoors

Conduit etc.

450/750

300/500

450/750

1.5......185

0.5......1

2.5......185

227IEC07(BV-90)

Heat resistant copper conductor PVC insulated wire at 90 0C

Mainly be laid at the places of high temperature environment and can be laid indoors ,conduits.

300/500

0.5......2.5

BVR

Copper conductor PVC insulated flexible cable

Be for laying permanent place where flexible required.

450/750

2.5......150

BLVV

Aluminum conductor PVC insulated PVC sheathed round wires

Fixed laid, fit for the places with high mechanical protection and moisture place, can be laid in the air or underground.

BVVB

Copper conductor PVC insulated PVC sheathed flat wires

300/500

1......10

BLVVB

Aluminum conductor PVC insulated PVC sheathed flat wires

300/500

2.5......10

227IEC02(RV)

227IEC06(RV)

Copper conductor PVC insulated flexible connector wire

Mainly used at middle and light style moving electronics, home appliances, power and lighting and the places where flexible required

450/750

300/500

1.5......240

0.3......1

227IEC42(RVB)

Copper conductor PVC insulated flat flexible connector wire

300/300

0.3......1.5

RVS

Copper conductor PVC insulated flexible twisting connector wire

300/300

0.3......1.5

227IEC52(RVV)

227IEC53(RVV)

Copper conductor PVC insulated PVC sheathed round flexible connector wire

300/300

300/500

0.5......6

0.3......4

227IEC08(RV-90)

Cu conductor heat resistant PVC insulated flexible connector wire at 90 0C

Mainly used at the places where heat resistance is required

300/500

0.5...

Q:Hi, My house has a wire for a light sticking out of the wall on the outside of the house. Problem is that there is no electrical box, so I have nothing to mount my light too. The outside is wood. Does anyone have any suggestions, that will work, and is safe? Thanks for your timepb4sc: The box that the wire comes too should be mounted inside the wall. The box will have the mounting holes for most fixtures. Be sure to use a gasket between the box and the cover.

Q:If electrical wires were built underground then there would never be any outages from storms. I'm sure they thought of this and there's a reason why, I just wanna kno what's the reason?: They are, in newer neighbourhoods (developed since the 1970s at least) or otherwise where practical. In older neighborhoods it might be too disruptive and expensive. Feeders and long distance transmission lines are usually overhead because it is usually cheaper and easier to maintain. Another is that underground means that flooding can affect underground equipment.

Q:can we replaced it with the normal plastic insulated wire?: i don't think it would be cloth, that would catch fire

Q:As we know the earth wire takes no current or just a small amount of leakages current, why we should use same size as live or neutral wire in a power system??: Rule of thumb is that the earth wire should be half the csa of the phase conductor. This ensures that it can carry the maximum fault current that could occur at that point for sufficient time for the protective device to operate.

Q:I have a chandelier that has been rewired, and one that has not been rewired. Both have DC electrical wires have ridges down one side and not the other. Now I would think that whether or not a chandelier is originally wired or rewired, if the type of electrical wire that is used is the same, the answer would be the same; a half ribbed wire is a half ribbed wire, right? I asked a question previously about which side of a half-ribbed wire was positive and which side was negative, and one of the answers I got was, The ribbed side is supposed to be the hot or neutral side. I do not trust other peoples wiring so I always test it with a meter.Ok, so now I am wondering about this phrase other people's wiring and how a person can possibly change the positive to a negative inside a premanufactured wire. Can someone explain this to me please?: I assume your chandeliers are hanging from the ceiling, attached to an octagonal metal electrical box in the ceiling itself. The wiring coming into that box from your circuit breaker box should contain three wires: a black one, which is hot, a white one, which is neutral, and a bare copper wire, which is ground, and attached to the box with a screw. The metal cap on the chandelier that goes over the electrical box will connect to ground by means of its own screws, as will all other metal parts (the chain, the bulb sockets). Two wires will come from the chandelier itself to connect to the black and white wires in the box. If the chandelier has been rewired properly, one of these wires would connect to the bases of all the bulb sockets. The other wire would connect to the threaded part of all the bulb sockets. This is called a parallel connection, putting all the bulb sockets at the same voltage as the line (110V). It really doesn't matter whether the wiring to the socket bases is all ribbed or not, as long as the connections were made correctly. The wiring used is probably standard two-conductor lamp cord, where one conductor is ribbed and one isn't, but this is mainly to keep track of the circuit. A good electrician would, after pulling the two wires apart, use all-ribbed wire for, say, the lamp socket bases, and all non-ribbed wire for the lamp socket thread connections, but this isn't really necessary. All this wiring is AC, not DC wiring, by the way.

Q:I want install 4 outlets 120/20A next each other in separate circuit breakers.The distance between panel and outlets around 150 feet. and run conduit 3/4. To save cost. How many or a minimum #12 wires can I use. I have 4 hot wires dedicated for each circuit breakers. And for neutral wires can i use 1or 2 white to all outlets and one green for all 4 outlets or I have to use sepreate neutral/w to each outlet from the panel.: Why use 4 separate breakers? Run all four on one 20 amp breaker. Feed each outlet from the previous one. Check your local electrical codes.

Q:I have a live wire in my basement that is just dangling with wire nuts on the wires. It is a 3 wire cable w ground. I also have a wire I disconnected when remodeling that fed an outlet and ceiling light. This was a 2 wire with a ground. Can I use a junction box to tie the two cables together to get power back to my outlet and ceiling light? Would I just put a wire nut on the extra wire from the 3 wire cable? I'm assuming this would be the color wire that the 2 wire doesn't have.Thanks!: We only have 120 or 240 volts in AMERICA, THAT'S 120 OR 240 Each leg carries 120 Volts What is this 110 you speak of ? If its a 240 line that breaker amp is at least 30 and you will burn your house down, if its a green wire than yes but make sure its a15 or 20 amp breaker, if 20 amp than make sure both cables are 12 Gage. Don't hook up a 20 amp breaker with 12 Gage wire tieing into a14 Gage wire or you will burn your house down.

Q:how do i wire a 3 prong range (red,white, and i can't tell the other color it just has a block where all 3 wires meet and a washer type sticking out to screw to oven) and i want to wire it to a 4 prong 220v outlet right behind it. i got a 220v plug and 6-4 slow cord to use with 4 wires. red,black, white, green. which wire goes where? i have a good idea but double checking with u guys just to be safe. i was told nuetral wire is sometimes not needed?? plz help. any help +++++: red positive .black neg .green earth. not sure about white turn of from mains and check connection wires at back of plate it can be screwed out .that will let you be safe and sure.never seen white on any wiring system.always red black and green i have seen and wired my own oven with those three only/.

Q:I have 60 ft and 40 ft of the 1/0 electrical THHN STRANDED wire. I don;t know if be possible to join both, due to I need 95 ft. Does anybody give me an idea? Thanks.: Use splice kits or split bolt connectors and make the splice inside a junction box. Install a cover on the box when you finish.

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?: 1. Look at the nameplates on that compressor and welder. Each will have 'Minimum circuit required', 'minimum wire required' information. The receptacle required will have a NEMA number listed, (6-30R eg.) The 30 is the ampere rating. (I strongly suspect that that's a transformer type welder and the welding range amps are not an indication of the breaker required.). 2. Add up the total lamp wattage of each fluorescent fixture to get watts per fixture. Add up the fixtures on each switch. You can probably put 900 sq. ft of fluorescent lighting on one circuit 'load-wise', but it's a good idea to have at least two circuits, so that if one goes bad you have some light to chase the problem by. 3. Workshop receptacles need to be GFCI protected. For a shop that size, unless you've carefully worked out the plan, I'd recommend installing more than 8 receptacle boxes, and use double gang, (two duplex rec), boxes with one duplex on each circuit and two boxes per 3 wire run. The larger boxes and extra duplexes are cheap and the convenience is worth it. Do be aware you need a driven ground for that service panel.

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