• Low Voltage(0.6~1kV) PVC insulated electrical power cable System 1
  • Low Voltage(0.6~1kV) PVC insulated electrical power cable System 2
  • Low Voltage(0.6~1kV) PVC insulated electrical power cable System 3
Low Voltage(0.6~1kV) PVC insulated electrical power cable

Low Voltage(0.6~1kV) PVC insulated electrical power cable

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Loading Port:
China main port
Payment Terms:
TT or LC
Min Order Qty:
100 m
Supply Capability:
20000 m/month

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Low Voltage(0.6~1kV) PVC Insulated Electrical Power Cable

 

1. Type, Designation and Application

 

Type

Designation

Application

Cu

Al

VV

VLV

PVC insulated PVC sheathed power cable

Suitable for indoor, channel, conduit. Unable to bear mechanical stress.

VY

VLY

PVC insulated PE sheathed power cable

VV22

VLV22

PVC insulated steel-tape armored PVC sheathed power cable

Installed in underground, can bear mechanical stress, but cannot endure large pulling force.

VV23

VLV23

PVC insulated steel-tape armored PE sheathed power cable

VV32

VLV32

PVC insulated thin steel-wire armored PVC sheathed power cable

Can be installed in vertical well, and bear large mechanical pulling force.

VV42

VLV42

PVC insulated steel-wire armored PVC sheathed power cable

VV33

VLV33

PVC insulated thin steel-wire armored PE sheathed power cable

VV43

VLV43

PVC insulated steel-wire armored PE sheathed power cable

 

Note: According to customers’ requirements we can produce flame retardant, fire proof, termite resistant, LSOH and low smoke low halogen, etc.

 

2. Range of Production

 

Type

No. of cores

Rated Voltage 0.6/1kV

Cu

Al

Nominal cross-section (mm2)

VV VY

VLV VLY

1

1.5~630

VV22 VV23

VLV22 VLV23

10~630

VV VY

VLV VLY

2

1.5~240

VV22 VV23

VLV22 VLV23

4~240

VV32(42) VV33(43)

VLV32(42) VLV33(43)

4~240

VV VY

VLV VLY

3

1.5~300

VV22 VV23

VLV22 VLV23

2.5~300

VV32(42) VV33(43)

VLV32(42) VLV33(43)

4~300

VV VY

VLV VLY

4

3+1

1.5~300

VV22 VV23

VLV22 VLV23

2.5~300

VV32(42) VV33(43)

VLV32(42) VLV33(43)

4~300

VV VY

VLV VLY

5

4+1

3+2

1.5~300

VV22 VV23

VLV22 VLV23

2.5~300

VV32(42) VV33(43)

VLV32(42) VLV33(43)

4~300


FAQ

Q: How’s your service?

A:1. Offer customers 24/7 service, whenever you need us, we are always here for you.
2. Immediate response. Your any inquiry will be replied within 24 hours.
3. Support small order quantity, for the first time cooperation customers, we can send you less quantity for trial order. 
4. Support third party inspection company to inspect and check the quality and quantity before delivery.

 

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Low Voltage(0.6~1kV) PVC insulated electrical power cable

Q: Describe how the electrical resistance of a wire changes as the wire becomes longer. How does the resistance change as the wires becomes thicker?
The formula for resistance is Rpl/A. So as the length of wire increases, the resistance also increases. As the wire becomes thicker then its area increases. Since the resistance is inversely proportional to area, its value gets reduced.
Q: I remember dialing a short 3 digit number to fix a pothole in my neighborhood (although I can't remember the number). I was wondering if there was another one I can call that could fix this buzzing' noise caused by an electrical wire by my house that's quite annoying and a bit skeptical whether I should be alarmed by it or not. Appreciate it. :)
In most cities it's 311. I believe it is in Los Angeles as well. However, the electrical lines are probably owned by your power company and my guess is that you'll have to contact them with any concerns you have or to get them fixed.
Q: I have an electrical outlet in my basement family room on a wall made with drywall. I want to 'flip' the box so that it is facing the furnace room. There's no drywall on that side, so I have access to the box and the stud it's nailed to. I just want to cut the power, (check again that the power is off!) pull the nails out, turn the box 180 degrees and renail to the stud. I've got enough slack in the wires.Can I do that?
I was gonna say sure BUT THEN I AM THINKING to do that you have to undo the wiring to flip it and retighten the nuts back on the same wires. Meaning a pair of pliers is your friend here.if the wires are twisted together and then nutted. Which is a great big hassle. I would be tempted more to draw the power from another outlet in the furnace room and drill a bunch of holes in the 2x4s and run a line from that outlet to the other. or even stealing power from the light and string it down(however in that case the outlet may not work unless the light switch is ON (not the best option but doable and safe) Or, if you can run a separate breaker in the fuse box just for that wire. Or if that outlet is used very little in the family room just run another wire out connected with larger nuts as you are adding another wire to each line and put the box where you want. comfort wise for plugging things in. The only reason all the plugs are 12 inches off the ground is because that is how long the electricians hammer was when he roughed in the boxes.
Q: Construction workers told me that double insulation is not good insulation, the choice of single-layer insulation is good. I feel double the skin should be safe it! They are not in order to save money so that Oh? More
This is a high-definition input / output interface, most of the current computer has this output interface, and the current LCD TV is also the majority of this input interface, the burden of the field of delivery Pirates of the shop for each other if you want to put the computer's high-definition video To play on the TV, just buy a HDMI high-definition cable can be
Q: I had a space heater on in a bedroom. I know, dumb idea, but it was plugged in to a power strip, which was plugged into a standard outlet. It was on for about 30 minutes. Then, it just shut off. I thought nothing of it, but when i unplugged the heater and later tried to plug other things into the power strip, the light on the power strip was on (the one that is always on if the strip is getting power), but nothing plugged in would work, even after resetting it. My house s circuit breaker did not trip. After unplugging the power strip, the outlet still works if I plug somethig in. This is probably insanely paranoid of me, but could this cause damage to my home s electrical wiring? Could this cause an electrical fire after everything has been unplugged?Thank you.
Yes space heaters can. it isn't common but may be possible. Surge protectors aren't extention cords they are a device to protect electronic devices from an electrical over charge or surge. So under high wattage use will fry the electrical connections in the protector. That's probably what happened here. Other times they can catch fire and maybe a small explosion. The largest electric space heaters are around 1500w and draw about 12 amps. Most home outlets are rated at 15A or even 20A. So in good working order most heaters won't hurt an outlet or wiring if that is the only thing on that breaker. If things do go higher the breaker should trip and cut power. If the breaker is old or damaged it may not trip and then somethings gotta give next either the outlet or the wiring normally it's the plug but if two things on two plugs the wire may catch fire. also don't use cheap extention cords they will catch fire you can use extention cords but rated at least 14G for 15A or 12G for 20A.
Q: When assembling electrical wiring, what is the small circle on the wire?
When assembling electrical wiring, the small circle on the wire sets the number tube. Use the number tube on the wire and cable and its insulated wire core with the text, letters, symbols, colors, etc. marked different cables, as a recognition mark to ensure that the correct connection of wire and cable, installation and safe operation; and easy maintenance.
Q: i dont know if this is to confusing to understand but i was jw if i could make heat using electricity and electrical wiring that can stay warm and can heat things up and that is rechargable that i can put in a coat or anything fabric or shirts or shoes can anyone help me out with this?
There are electrically heated garments, (motorcycle gloves eg.), but you couldn't comfortably carry enough rechargeable batteries to make it practical, (yet), to heat your whole body for more than a few minutes.
Q: I bought a new stove and plug that is 50 amp. My fuses on my wire to the stove is 35amp. I want to see if I can just change out my fuses to make it 50 amp, but I dont know what the rating is on my wire going to the stove.
I think an easy way to measure your wire would be to: 1) Go to the panel box and shut off the breaker. Lock it out in case someone decides to turn it on again when you are working on it. 2) Take off the Faceplate to the receptacle. Pull out the receptacle and use a pair of wire strippers to measure the wire gauge of the wire. 3) If the wire is 8awg or smaller it should be replaced with 6 awg wire. Some info from the National Electrical Code: 210.19(A)(1) Branch circuit conductors shall (this means mandatory) have an ampacity not less than the maximum load to be served. Table 310.16 shows that 8 awg is rated for 40 amps and 6 awg is rated for 55 amps. 210.19(A)(3) Exception number 2; A neutral conductor of a 3 wire branch circuit supplying a household range shall have an ampacity of not less than 70 percent of the branch circuit rating and shall not be smaller than 10 awg. This is because on a 120/240 3 wire branch circuit the neutral conductor carries only the unbalanced current between the two hot leads. To calculate this multiply 50 amps X .70. So your neutral conductor needs only to be rated for 35 amps. An 8 awg wire would suffice for the neutral. What is the nameplate rating of your range?
Q: How does electrical field spread through the wire when there is potential difference on its edges?
much like hair spray out of can, only in a thin tube
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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