enameled aluminum wire

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Specifications

Super enamelled aluminium wire for motor
1.Diameter(mm):0.2-8.0
2.Standard:JIS,JB,NEMA,IEC
3.Thermal class:130-220c

Product Description

Advantages of our Super enamelled aluminium wire for motor

• Free Samples

• Perfect,Timely after-sales service

• Sweet safe packing are available
• Professional production and sales Team
• Double or Three Type Insultaions covered wires
• NEMA/IEC/JIS/GB and any Local Standards approved

Name	aluminum winding wire
Type	QZXYL-2/180
Diameter	30 AWG
Standard	IEC60317-15
Test Item	Unit	Technical Requirement	Test Result
Appearance		bright and clean, Uniform color,	Ok
Overall Diameter	mm	<2.518	2.483
Conductor Diameter	mm	±0.024	2.402
Thickness of insulation film	mm	>0.079	0.081
resistance	Ω/m	<0.006354	0.006069
Elongation		>15%	27%
winding test		no cracking	Ok
Tensile Test		15% No cracking	no cracking
Peel twist		insulation film Without losing adhesion	Ok
Jerk test		insulation film Without losing adhesion	Ok
Resistance to heat shock	C	200C insulation film no cracking	Tensing 15% half an hour, no cracking
Resistance to solvent		Standard solvent “H” Pencil	2H is ok
Breakdown Voltage	KV	5.0KV	14.8,14.8,14.9,14.2,14.8
package		Meet the export standards	Ok
Quality Control Result		Ok

Application of Super enamelled aluminium wire for motor

a)Small transformers, linear motors, relays, solenoids, small motors, clock coils, watch coils, magnetic heads, instruments,speakers.
b)Automotive sensors and coils as relais and ignition coils.
c)Generators,dry-type or oil-immersed.
d)Anti-explosion motor,air-conditioner compressor,washing machine
e)Military and space applications.

Q: a usb cable has 5 volts and 2.5 watts. so can it still power if it has 5 volts and 1.5 watts: Uh...YES! The voltage matches and the current will be regulated by the resistance of the device being powered. It will work fine.

Q: In the middle of the page there is a section called Connectors, i suppose those are the cables attatched to the PSU, but in total there are 17 cables so maybe i am wrong???It says that there are 6 SATA Cables that look like SATA Power Cables and are i guess haha.I'm pretty sure that the answer is yes, the PSU does have 6 SATA Power Cables attatched to it, but i mean when spending $750 on a gaming computer i wanna be sure lol.: SATA Power Connector: 6 - YES it does have. If your spending $750 on a computer i'd suggest you get a branded power supply, they last longer and will supply your video card with enough juice to get the job done. what kind of video card are you getting? depending on what card your getting 500 watts may or may not be enough, as the new nvidia cards are very juicy :)

Q: I recently switched to cable tv ,internet telephone. i now have 2 tv converter boxes + modem box(?) on 24/7. i did not have that equipment before.my electric use is up 1.5 kw a day vs last year since the change. at first i blamed it on a warmer summer. but the last few weeks have been mild and the new bill today is still higher.did changing and the new equipment cause the extra electric use ?: look at the back of each device. it will show you a current rating and usage, exmple 45 watts. Add em up Whats strange is that they draw power even when turned off.some even more when off. use a power strip with an on off switch so you can turn them all off when not in use. Turn them all on watch your electric meter spin. Unplug them and watch it spin. The difference is your savings.

Q: I noticed many of our server cables are thicker than the standard ones for a desktop PC. Would any power cable work, regardless of gauge? I want to use shorter server power cables for cable management purposes, since some of our server cables are over 10-15 ft. in length and only need 3 ft. or so.: It depends on the gauge of the wire. It will be printed on the cable such as 18 AWG 3C Which means each wire is 18 gauge in size and there are 3 wires or conductors (3C). The higher the number on the gauge the smaller the wire. For instance a 12 gauge is much bigger wire than an 16 or 18 gauge. That means the lower the number the more current it can handle. The better companies such as HP will also use cable that is shielded more to prevent interference to outside devices. It's best to go with the same gauge or larger (lower number). The longer the cable the bigger (lower number) the wire is needed. For instance a power saw would use a 12 gauge wire and a table lamp would use a 16 gauge wire. If the table saw is at a construction site and it is plugged in at the other end of the house it would need a 10 gauge extension cord because of the distance.

Q: I do not have the Video Card in hand but I will in a few days and I already know the adapter cable has gone missing. The NVdia Website is no help. I have an HP Pavilion Elite desktop. I want to acquire the cable before I receive the Video Card, so I can install it right away. I want to know exactly the type of power connector cable is so I can go online and order it now.: Power connector cable? Usually, you don't need an adapter cable: you just plug the video card into one of the PCI expansion card slots available on the motherboard, then you plug the monitor's cable to connect the monitor to the computer via the serial port on the video card. Knowing what computer you have doesn't really help: You have to tell us the motherboard's brand model to see if this particular video card is compatible for your computer's motherboard.

Q: Have a 480 volts 3 phase 16 amp motor. Need 400 ft of extention cord. Is is OK to use a SOOW 10/4 cable, the voltage drop is 2.67%(12 volts). Machine is powerd by a generator that I can run at 500 volts to counter the voltage drop.8/4 cable cost twice as much, but the voltage drop is 1.7%(8 volts).: If you have the ability to increase the voltage to compensate for the volt drop and the cable has sufficient current carrying capacity, then you are fine. The volt drop will cause a little wasted power but nothing compared to cable costs probably. Presumably your boosted voltage generator wont be powering anything else or that will give you problems Edit, Cables are rated in rms voltage

Q: 1) How is the connectivity between 2# of 300AH battery and 200A Power plant made?2) Need to know the cable sizing between battery and power plant.3)calclation to arrive at the sizing of input cables, output cables and charging cables between battery and power plant4) Are charging and discharging paths same in the batttery? ie when load is on battery whether the load current flows through the same cable of charging ?5)A photograph of the system will make me understand the solution better: The battery and power plant statistics do not enter into the calculations. I assume that the load is continuous, and the battery is to be continuously trickle charged. The power plant will have to deliver the load current and battery trickle charging current, at the voltage necessary to charge the battery. You will need to know the load current, the trickle charge current, the distance between the power supply and the battery (or load if you connect directly to it), and the voltage necessary to supply the load and trickle charge the battery. The voltage drop will be the total current multiplied by the total circuit resistance. this resistance will be the sum of the individual conductor resistances. As an equation, this is Voltage drop = total resistance times current in amperes. The total resistance will be the voltage drop divided by the current. Now you know how much resistance you can stand. The National Electrical Code in the US has tables showing the resistances of various sizes of wire, and how much current they are rated to carry. From these, or maybe from you wire supplier, you can find out what size wire you need. It will need to be large enough to supply the voltage and current, and have a rating for at least that much current.

Q: 10KV power cable can be with 380v low voltage power cable co-laying which specification which article description more: People say is right, double heat is not good, line loss big

Q: What fuse should I use to run my power cable to the amp?: Measure the current (A) drawn in operation, increase by 50% and round up to the nearest standard ampacity: If the drawn current in normal operating conditions is 10A @ 12Vdc, 10*1.5 = 15A, which is one of the standard fuse ampacities (no need to round up).

Q: i have a SATA hard disk and i connected it with a sata power cable and recently i bought a sata optical drive and i have no power cable for connecting the drive, so i decided to connect it with the power cable of hard disk(I have two sata hard disk): You might want to get these at a local computer shop though or you'll pay more for shipping than you will for the wire itself. I would suggest the 1 SATA to 3 SATA seeings as we already know you have SATA power connectors.

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