• Single Core PVC Wire 0.6 /1KV as per AS/NZS 5000.1 System 1
  • Single Core PVC Wire 0.6 /1KV as per AS/NZS 5000.1 System 2
  • Single Core PVC Wire 0.6 /1KV as per AS/NZS 5000.1 System 3
Single Core PVC Wire 0.6 /1KV as per AS/NZS 5000.1

Single Core PVC Wire 0.6 /1KV as per AS/NZS 5000.1

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Loading Port:
Shanghai
Payment Terms:
TT OR LC
Min Order Qty:
600 m
Supply Capability:
120000 m/month

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1. Product Description

1) The permitting temperature of continuous working of cable conductor:≤90°c.
2) The highest working temperature of cable in occurrence of short circuit:250°c(the longest lasting period is under 5s).

3) The cable is not limited by drop in level when being laid, and the ambient temperature shall not be lower than 0.

4) Perfect chemical stability, resistant against acids, alkalis, grease and organic solvents, and flame.

5) Light weight, perfect bending properties, installed and maintained easily and conveniently

2. Product Characteristic

1. Max. Working temperature: 70 °C, can be 90 °C, 105 °C as requirement

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

3. Insulation: PVC

4. Cross section area: 1.5~630mm2

5. Color: Red, brown, blue, black, green/yellow or others on request

 

3. Product Specification

Voltage  Rate

0.6/1KV

Range of Nominal cross section:

1.0 mm2 ~ 150 mm2

Application

These cables are used for separate earth conductors, switchboard and control panel wiring.

Standard

AS/NZS 5000.1

Constructions

Conductor: Class 1/2 Plain annealed copper wires, solid or stranded

Insulation: V-90 PVC

Core color: Black, Blue, Orange, Pink, White, Green/Yellow or others on request

Max. Operating Temperature

90

Packing

100 meter/roll or as per requirement

4.Reference Picture

Single Core PVC Wire 0.6 /1KV as per AS/NZS 5000.1

Single Core PVC Wire 0.6 /1KV as per AS/NZS 5000.1

Q: What is the meaning of SC15WCCC to SCE in electrical drawings?
Do not recommend this access, if the computer accessories are more, such as multiple hard drives, discrete graphics, more than one memory, the need for more power supply, external speakers may cause the power can not give the host enough power, in serious cases Affect the drive, hard disk to read data, and even cause hard disk bad sectors, it is worth the candle. Serious suggestion not to do so.
Q: The new room wire soaked in the court to support the line
VVR cable for the polyacetylene insulation and external protective layer of soft copper cable, plus K (that is, KVVR) for the control cable.
Q: I noticed when somebody uses the microwave my tv starts to make REALLY loud zap noises and a staticy bar rolls down the screen. The tv does it on its own sometimes and I thought I saw the hallway lights flicker a bit when it happened.If I flip on the bedroom light the tv does the same thing again or if I unplug something from an outlet on the other side of the room. I don't know why EXACTLY, I only know its wiring if you can explain further please do. Also, if an electrical fire happens what should I do? Obviously no water because duh but do I cover it in baking soda? I saw that a lot on different websites. I do not own the correct fire extinguisher so what else would I use? Thanks for any answers!
If you are living where it is extremely cold, right now, and windy, the air is so dry, that it#x27;s causing static electricity. (Where I am, lighting a lighter, caused a spark up in the air).a few times. Boiling some water, or spraying a mix of water, and a capful of fabric softener, helps. So, yes, it is possible the currant from using the micro wave is sending a charge of static through the same line you are on from your breaker box, with your TV.trips a trigger. However, long that takes to get the wire hot enough, will trip it to shut off. You have a real problem going on then. Either change the location of the micro wave to another outlet, or don#x27;t use both at the same time.
Q: Background: I have a 12/3 wire coming up from the circuit panel in the basement to the attic that was wired when the house was built (~1971). The two live wires are connected to separate 20 amp circuit breakers in the panel box. Each of the live wires are connected to separate load (1 is connected to an attic fan and 1 is connected to an AC air handler) - I think the attic fan draws about 6-7 amps and the air handler draws about 14 amps, and both are connected to the white wire in the 12/3 BX.Q: Is this ok? Specifically, if the sum of electricity from the 2 load wires is greater than 20 amps, is it ok for the white wire going back to the circuit panel, e.g. will that get dangerously hot/is it against code? (This is in NY State)
The nuetral -white-is not a load carrier.It's presence is to keep the 60 hz cycle present. The black and red supliers are mere conductors to the load, wich consumes all of the amperage. Yes- the neutral will take on a load level, if the prescribed load directly shorts. The extra bare ground connections are designed to sweep this dangerious excess ,away quickly. If you study your breaker-box, you will see that the grounds and the neutrals are connected at the exact same place. The both terminate to the ground,pipe,s connections. As does the 3'rd , bare wire connection, into your weatherhead mast.
Q: I recently used some wire that is half as thick as regular wire for electrical. And i am wondering if that will work or should i get some thicker wire?
Despite what some guys say, bigger is better. Speak to an electrician and get the correct size or go back to whatever you refer to as regular wire or a fire may be the result.
Q: 0.5 square feet can bring the number of watts
No. You can also terminate the data module. With five lines, five modules to achieve five types of rate; with six lines, six modules to achieve six types of rate. 110 patch panel can terminate the data module, RJ45 network patch panel can also transmit voice.
Q: I am trying to install new electrical cooking controls into my kiln. the part is robert shaw inf-240-31b, or 5501-473. I drew a diagram of how it was attached to the wiring inside the kiln before i took it apart, but now that i have the new controls, and i am installing them, i realized that i left something out of my diagram. at the top of the control, there are three prongs sticking out. the first is labeled P, the second, L1, and the third, L2. however, when I drew my diagram, i only drew two prongs sticking out at the top, and did not label them in my sketch. there are two wires that need to be connected to the prongs. which two do I connect to the wires? and what to P, L1, and L2 represent?
I am assuming that kiln uses 240 volts because it is high power. If instead it is gas fired then you are talking 120 volts just to safely open and close that gas valve. For 240 volts, L1 and L2 are typically the two live wires. For 120 volts L1 is usually the live wire and L2 usually the neutral. The third one must be a ground to keep you from getting a shock if live wires touch any metal on the outside of the control. Usually it does not make any difference for 240 volts where you connect L1 and L2. For 120 volts you need to get the live wire to the right place. For the 240 volts there is probably a switch symbol on the diagram that opens both wires for shutoff. For the 120 volts the switch is only in one of the wires and that is the L1 live one. If you are in doubt try phoning tech support at Robert-Shaw.
Q: Do you want to use fireproof mud for fire in the electrical cabinet? Is there any national standard?
What you say should be the voice part of the integrated cabling system
Q: Is there any requirement that the cable will be placed in the wireway?
Generally no problem as long as pay attention to do not use too much power of the electrical appliances like the total power that then install a leakage protection switch
Q: 1.5 air-conditioning power cord to use more cross-section of the wire?
We can first try to clean the data cable plug, such as with rubber, then the iPhone's power jack is also clean about. 2. If the above method tried, or not, then the temporary solution is to first shut down, and then charge the iPhone. 3. Then we charge the iPhone, because when the system is closed, it can not detect, can not stop us from charging 4. If you are using a computer to charge, then, after the shutdown try to see if the normal charge. 5. Of course, the above method is only temporary to solve the problem can not be charged, if you want to solve the fundamental problem, you need to replace the data line. If you are using the Apple iPhone5s phone, it is recommended to bring the original data cable to Apple after the sale that the situation, check to see if you can replace the data cable free of charge. 6. If you are not using the original data cable, or Apple is not replaced after the sale, then only their own paid to buy. 7. Why is there such a problem, one is because the iOS7 system has a test data line is the original function, the second is due to the data line interface dirty, or their own some quality problems, or line damage.

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