• Copper conductor single core PVC insulated cable 450/750V System 1
  • Copper conductor single core PVC insulated cable 450/750V System 2
  • Copper conductor single core PVC insulated cable 450/750V System 3
  • Copper conductor single core PVC insulated cable 450/750V System 4
  • Copper conductor single core PVC insulated cable 450/750V System 5
  • Copper conductor single core PVC insulated cable 450/750V System 6
Copper conductor single core PVC insulated cable 450/750V

Copper conductor single core PVC insulated cable 450/750V

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Single Conductor Stranded Wire H05V-U, H07V-U, H07V-R, BS6004 6491X, BV, BVR

The cable has the advantage high mechanical strength,good ambient stress resistance,good electrical properties and anti-Chemical corrosion. It applies to electrical power transmission and distribution lines with AC rated Voltage up to 450/750V. The cable is for general purpose, as building wire for power, lighting and control wire to electrical appliances, suitable for use in conduit and for fixed, protected installation.


  • Rated voltage: 300/500V,450/750V

  • Standard applied: IEC 60227, BS 6004, VDE 0281, GB/T 5023, JB/T8734

  • Max. working temp.:70°C,can be 90°C,105°C per requirement

  • Conductor: Class 1/2 plain annealed copper wires, solid or stranded.

  • Insulation: PVC material

  • Cores: 1 cores

  • Cross section area: 0.5~630sqmm

  • Color: Brown, Grey, Black, Blue, Green/Yellow or others on request

  • Packing: 100 meters per roll or as per requirement

  • Certificate: ISO9001,ISO14001,OHSMS18001,CE,CB,CCC,SAA,etc.

  • OEM can be available

  • BDK cable has very good sales over the world, enjoying a very good reputation based on top quality and   most competitive price and best service.

  • Flame retardant or fire resistance or Low Smoking and Halogen free or other property can be available

Product photo


Parameter sheet
H07V-R H07V-U H05V-R H05V-U BY 227IEC01/05 equivalent to VDE 0281 BS6004
Cross section (mm2) Conductor construction (No/mm) Insulation thickness (mm) Overall diameter max (mm) Min insulation
resistance@
70ºC (ohm/Km)
Weight approx (Kg/Km)
1x0.5 1/0.80 0.62.40.0158
1x0.75 7/0.97 0.62.80.01211
1x0.75 1/0.97 0.62.60.01211
1x1.0 7/0.43 0.63
14
1x1.0 1/1.13 0.62.80.01114
1x1.5 7/0.52 0.73.40.0121
1x1.5 1x1.38 0.73.30.01120
1x2.5 7/0.67 0.84.20.00932
1x2.5 1x1.78 0.83.90.0131
1x4 7/0.85 0.84.80.007745
1x4 1/2.25 0.84.40.008545
1x6 7/1.04 0.85.40.006565
1x6 1/2.76 0.84.90.00765
1x10 7/1.35 16.80.0065110
1x10 1/3.57 16.40.007110
1x16 7/1.70 180.005165
1x25 7/2.14 1.29.80.005264
1x35 7/2.52 1.2110.004360
1x50 19/1.78 1.4130.0045490
1x70 19/2.14 1.4150.0035685
1x95 19/2.52 1.617.50.0035946
1x120 37/2.03 1.6190.00321181
1x150 37/2.25 1.8210.00321453
1x185 37/2.52 223.50.00321821
1x240 61/2.24 2.226.50.00322383
1x300 61/2.50 2.429.50.0032983
1x400 61/2.85 2.633.50.00283800


Main manufacturing procedure

1. Copper wire drawing and annealing

2. Copper wire stranding

3. Outer sheath extruding and labeling

4. Spooling


Production  facility



Main Quality Inspection Equipment

Sparker tester,Heating aging Chamber,High resistance machine, Oxygen index equipment, Partial discharge inspection instruments, Fireproof testing device,High-power voltage withstand tester,No-rotor Vulkameter,Pull tester,Analytical balance,Direct current bridge,Plastic tester,Projector, Punch machine,Cross-linked cutting machine,etc.




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Certificates



Q: I would like to know what the standards are for Big Fat power leads being exposed, isn't that an OSHA hazard? What are all the volts, that need to be covered by a floor wire covers, so nobody will trip in them. Anyone know about this any helpful information regarding wiring safty on the job? Can a place be shut down for employee safty reasons? What are the major voltages in America? Honest and non- rude opinions Please Thank You
In areas where untrained personnel will be, no leads should ever be exposed. The typical covering to a machine, especially a permanently mounted machine running at 480 VAC, is flexible conduit to a disconnect and then EMT or rigid conduit. However, cord connected equipment is not uncommon, even at 480 volts, especially if it is mobile, like portable pump stations. The difference between a cord and exposed leads is a cord has all of the leads tightly held together with a thick outer sheath of rubber protectiing them from damage/contact. Exposed leads are the individual wires that are run in conduit or are found inside of a cord. The leads will have their own outer covering, typically harder than the rubber you find on the cord because it is a different material, rated to contain the voltage running on the actual wire (most often copper or aluminum). Standard voltages: 120/208 120/240 277/480 Anything above these is not a standard that most people will be exposed to. It would not be typical to immediately shut anyone down. Normally a citation or warning is issued with a time frame for correction and reinspection. Both your local fire department and OSHA are very concerned with exposed live wires and either of these will normally respond to a complaint and NOT divulge who called, if you so stipulate when and if you call., though not for what many people call low voltage, the voltages many doorbells, intercoms, phones, audio/video, etc., may run at (perhaps in the 12 to 50 volt range).
Q: I was doing some renovating on a house I just purchased and was taking apart the ceiling to work on some electrical wiring. As I removed the ceiling, I found mouse droppings in the ceiling. I took down the entire ceiling and found there are place where the mice chewed through the insulation and I have a bare wire. Is there a way to repair the wire or should I replace the wire? Thanks.
I would do it right the first time, doing a second rate job on your own house would say that you don't care enough for your family or friends, and besides you will always have it in the back of your mind and it will add stress to yourself later on. your conscience will say, is it really ok, maybe I should open it back up and do it right, when will i get the time, do I have enough money, and so on and so on. and because of this is why people get into trouble working on their house. Say to yourself this, If I gona do one job right in this house, it's gona be this one. And every time you do a project say this to yourself. It is cheaper in the long run and much more safer.
Q: How do you work this out from the voltage or fuse size using a formally?
Brown wire Positive Blue wire Negative Green/yellow wire Earth
Q: above the homes?We are thinking of buying a lot in an older area of town (appealing to us), but I've noticed these wires which seem to clutter the view. And I wonder if they present some dangers to consider. Are such wires underground in newer areas?
those electrical wires above your head are called overhead lines they are unsheathed. they're cheaper than underground cables. lines usually have to have a clearance of 17 feet from the ground for usual distribution voltages. cuz current(ac) in the line flows around it and not through it. in short. don't buy a house there. but just check if the wires are electrical lines or telephone wires.
Q: Just bought the wire only one month to see the inside of the copper wire does not pull a few, and would like to know why is this ah, this dare dare to use the wire, experts please answer! More
Meaning flame retardant XLPE low voltage cable, 120 square core has four, there is a 70 square core. The cable is usually composed of several or several wires. Definition 1: A conductor made of one or more insulated conductors and an insulated insulation layer to transfer electricity or information from one location to another. Definition 2: Cable-like cables, usually stranded from a few or several sets of wires (at least two in each group), each of which is insulated from each other and often twisted around a center. Highly insulated cover. Cable with internal power, external insulation characteristics.
Q: I installed a ceiling fan/light combo in my room. because of the location of the switches, the switch that controls the light is on one side of the room on circuit 1, and the switch that controls the fan is on the opposite side of the room on circuit 2. What is happening is that there is only 1 common (white) wire coming from the fan/light combo. My circuit breaker keeps tripping if the commons from circuit 1 and 2 are tied together on the one common from the fan/light. Is there a problem with my fan? Is there a problem with tying 2 commons together from 2 different circuits? Is it my fancy CB? (it's one of those new ones required in bedrooms can't remember the name right now). Thought about hooking up a normal CB tomorrow to see if that makes a difference. Any other suggestions?
the fan and light should be on the same.sounds like you wired the fan light itself wrong.
Q: When the high-voltage wire landing, the ground surface with a large current through, if people close to the ground, the feet also have a large voltage, Which will not form an electric shock?
HDMI high-definition interface in recent years began to use the computer graphics card in the new interface, to the current computer is not the standard configuration, but also optional or high with, also led to some computers have HDMI high-definition interface, and some computers without HDMI HD interface. And some of the video card HDMI high-definition interface or mini (small) interface, you need to be a small interface with the HDMI cable (or with a small adapter). If the computer has HDM Archery Goku Kotungo Komura Magic I HD interface, usually in the VGA (monitor) interface next to. Estimate your computer does not have HDMI HD interface. If the computer does not have HDMI high-definition interface, or replace the HDMI high-definition interface with the graphics card, or through the VGA (monitor) interface + audio interface and TV connection.
Q: I am trying to install a GFI in my bathroom but it keeps popping. I have narrowed the problem down to the high hats. I think the switch for the high hats is installed on the neutral, but I am not sure. When I hook up the wires for the high hats, the gfi pops. I have checked all the outlets for reversed wires. I can not get to the wires on the high hats. Is this dangerous?
If I were you, I would call an electrician, seriously.
Q: Electrical line is already available so what are pros and cons other than ease of installation for solar-powered? This is for a walkway from our driveway to front steps.
Go Electrical!! Solar is very flawed, sometimes they don't light if it has been cloudy all day, and they do not light very much. Solar is really just decorative, not very practical. Not to mention they break easily and you will be replacing the batteries constantly. If you need to actually LIGHT the walkway, you have to go electrical. The only downside might be installation and price. You have to run the line to each light and bury them. And they are considerably more expensive. Additionally you have to get a timer that could be pricey if you plan to have a lot of lights.
Q: I have added what I thin k is correct answer. However I am uncertin if my logic stands the light of day as it were. Please help.A person touches a bare electrical wire at 500V whilst repairing a power supply. A current of 15mA flows through his body. a)What is the resistance of his body to the electrical flow? Answer:- R V/I500/15 x 10-3 3.3 x104 Ωb)What will be the effect on the person?
No, the resistance is 500/15mA 33 kΩ. Your number 3.3x104 434 Ω is incorrect b) he will feel a shock and possibly die.

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