LV PVC electric power cables different types of electrical cables for Copper

LV PVC electric power cables different types of electrical cables for Copper System 1

LV PVC electric power cables different types of electrical cables for Copper System 2

LV PVC electric power cables different types of electrical cables for Copper System 3

LV PVC electric power cables different types of electrical cables for Copper System 4

LV PVC electric power cables different types of electrical cables for Copper

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Loading Port:: China main port

Payment Terms:: TT OR LC

Min Order Qty:: 1000 m

Supply Capability:: 20000 m/month

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Specifications

Different types of electrical cables
1.IEC standard Made in China
2. factory price distributor
3, 12 years produce experience

HV/MV/LV PVC/ XLPE/ Copper/aluminum

Armoured/unarmored electric power cables

Different types of electrical cables

Operational performance

1.installation temperature:≥0°C

2. long-term permissible operation temperature≤90°C

3.Under the condition of short circuit (the max. continuing time should not exceeding 5 seconds) the max. operation temperature:250°C

4.minimum bending radius:

single-core cable: 20D, mm

multicore cable: 15D, mm

Note: D means the actual outer diameter of cables

5. Suitable areas :

Direct burial in the ground and the capacity of bearing certain mechanical force, not proper in the pipeline

6.Main electrical characteristics

different types of electrical cables

Main electrical characteristics

The type, Name, Suitable areas

different types of electrical cables

Type		Name	Suitable areas
Copper-conductor	AL-conductor	Name	Suitable areas
YJV	YJLV	XLPE-insulated cable sheathed with PVC	Indoor, tunnel, cable channel
YJY	YJLY	XLPE-insulated cable sheathed with polythene	Indoor, tunnel, cable channel
YJV22	YJLV22	XLPE-insulated cable sheathed with PVC and armored with steel tape	Direct burial in the ground and the capacity of bearing certain mechanical force, not proper in the pipeline
YJV23	YJLV23	XLPE-insulated cable sheathed with polythene and armored with steel tape
YJV32	YJLV32	XLPE-insulated cable sheathed with PVC and armored with thin steel wire	The bed of river and shallow sea, as the link line between the two platforms of oil and gas station in the water, the capacity of bearing tensile force.
YJV33	YJLV33	XLPE-insulated cable sheathed with polythene and armored with thin steel wire
YJV42	YJLV42	XLPE-insulated cable sheathed with PVC and armored with thick steel wire
YJV43	YJLV43	XLPE-insulated cable sheathed with polythene and armored with thick steel wire

Conductor	Compact Stranded Copper Conductor, Class 2 as per IEC 60228
	Circular solid Copper Conductor, Class 1 as per IEC 60228
	Flexible Stranded Copper Conductor, Class 5 as per IEC 60228
Conductor Screen	Semi-conductor (MV only)
Insulation	XLPE(Cross-linked polyethylene)
Insulation Screen	Semi-conductor (MV only)
Separate Screen	Copper Tape (MV must, LV optional)
Filler	PP Yarn, or Paper
Wrapping Tape	PP
Inner Covering	Extruded PVC (MV only)
Armour	Steel Wire, or Steel Tape, or Aluminium Tape or unarmored
Overall Sheath	PVC or PE

Q:Hello,I recently bought a kotatsu and I really need some help. The power cable is of course Japanese... And I need some type of converter.On the part of the cable that plugs into the radiotaor it says:PSE (It's in some square box)JET MR7A 250VOn the end that plugs into the wall it says:PSE (It's in some square box)JET MR7A 125VI''m not sure if a simple small converter to let me put the Japanese cable into my wall is enough, I think I need something extra to make sure nothing goes into flames.Inside the Japanese instruction manual I found some info ... However, I'm not really sure if it is related to the power supply or not...AC100V 50-60Hz400W3.1 (Probably the length of the cable) 1.3 (Same here I think)140Wh 60 Wh55C 37CPlease help me, what should I get to be able to use the cable in Europe. Any links at all will be helpful...Thanks.: Don't worry too much about what the cord says. Worry about the power requirements on the appliance label, and making sure you are feeding it with the voltage required, with a capacity within the range. In your instance, you will need a converter transformer that converts your outlet voltage to 100V, and has 550 or larger watt capacity.

Q:I have a MSI K7 Motherboard... it has a SATA power cable but no data cable. Which kind of confuses me. Please help. Thanks =): A word of advice ... if you plan to install Windows on this new drive you will need to prepare a driver disk for the SATA adapter. During the first stages of Windows install it will ask you to press F6 to install any third party drivers for RAID or SCSI .... without it Windows may not detect the adapter hence the SATA drive. regards, Philip T

Q:Power cable, ZR-YJV22-0.6 / 1kV-3x185 + PE95 and ZR-YJV22-0.6 / 1kV-3x185 + 95 both are the same cable? What does it mean?: 100-200 door is to call the wiring module, testing and convenient. The The Switch on the use of national prestige WS824 figures. The

Q:Is the ribbon cable the data cable and the wires the power cables?: Data okorder /

Q:I used my laptop as a home computer, most of the time I keep my laptop turned on with the power cable plugged in. Is it good to do that? or is it better to plug the power off whenever the laptop's battery is full? Which one is good for my laptop' maintenance? By the way, everytime I asked this question, people give different answers. So I really need a professional opinion.: Hi the professional opinions will also differ. that is for sure its a lot to do with taste generally and various arguments around the type of batteries used. some same as some need to be charged up then leave the power just in case of a power cut then you could have time to switch it off without loss of data. that does seem the most logical answer. however some believe charging and discharging the batteries makes them last longer. so you see there are lots of answers to your question.

Q:hi i found out that the cable power that goes from my wall outlet to my wireless router is broken. so i would like to rip some of the plastic and solder and then put some take so the negative and positve wires do not touch. is it safe to do that? thank you. 10 points to the best answer. god bless you.: safe if you do it correctly but not recommended as there is too much chance for problems that could cause a fire later, if the joint came apart or the tape dried up. .

Q:Soooooo I don't know much about electronics, but... I'm pretty that my AC power cable for my new receiver was made wrong. You know how it supposed to have a positive and a negative pins? well they are both the same. I know that the wall outlet has the little whole and the bigger one. I've seen some AC power cables that only have the little flat pins so they fit on the wall outlet. My cable has two of the big flat pins... so I can't plug it in the outlet. What do I do? is there like a plug I could buy? I've been using google but I can't find anything...: The hot side of outlets has a smaller socket dimension, and that's supposed to prevent a plug that has an assigned neutral from being plugged in with the neutral (wider blade) side connected to the hot side. If your plug has two of the wider blades, then that does sound like a manufacturing defect. I'd complain to the manufacturer or vendor. Hopefully the power cord is removable, so you don't have to return the whole unit.

Q:Two things:1.) Why when we're using an AC to step up the voltage the power has to remain constant?2.) Why is it if we increase the voltage by a factor of 100 we have to decrease the current by a factor of a hundred and therefore I^2R is decreased by a factor of 10,000: Power is generated at the power station and transferred to the end user your home by means of power cables. Unfortunately, some power is always lost in this transfer process. It's power NOT Voltage OR Current that is required to operate your home electrical appliance. Yes, current and voltages are involved ;but it is the PRODUCT of these two that makes up the power NOT the voltage or current individually. Power = Voltage x Current Power is lost in the cables as heat as given by your i^2R. To reduce the losses then we must reduce the current I. But, if I reduce the current and keep the voltage the same then the power will fall and my kettle/Xbox/curling tongs will no longer work at home. So, to keep the power up when reducing the current I must compensate by increasing the voltage and this means using a step up transformer. Near the homes, a step down transformer is used to reduce it back down again. Since the losses in a cable are a consequence of I^2R heating then it is important to reduce the current as much as possible when transferring power. If we assume the the resistance, R of the cable is constant, then a 10,000 reduction in power (power/10,000) gives P/10,000 = I^2 x R I^2 = Power/10, 000R I = square root of [const x 10,000] I = 100. Then using power = voltage x current reducing the current by 100 means increasing the voltage by 100 to keep the power the same.

Q:It's a mains electrical cable, like a kettle or computer, 3 pin but with a little groove under the 2 pins. Please help.: If you are in the UK, it is 13amp insulated, power cable with live, neutral and earth wires.

Q:I am trying to install a new Power Supply Dynex 520 Watt ATX and I cannot figure out what cable to connect to the hard drive. It was very small and I had a hard time connecting it. Do you have a clue?: It okorder /

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