• Low frequency EI type Lead clemping  Frame Transformer System 1
  • Low frequency EI type Lead clemping  Frame Transformer System 2
Low frequency EI type Lead clemping  Frame Transformer

Low frequency EI type Lead clemping Frame Transformer

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Loading Port:
Tianjin
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TT OR LC
Min Order Qty:
1000 unit
Supply Capability:
50000 unit/month

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Wide range, high stability, easy installation, low noise. The coating lines were used for the F grade 155. Silicon steel sheet used in domestic famous brand products. Automated processing and production of shipments to ensure product consistency while improving the quality level..jpg.jpg

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.jpg.jpg.jpg.jpgCompany have 21 years of business history, set research and development, production and sales as one of professional transformer manufacturing enterprises, also is transformer industry of Shandong Province CQC certification (the original Great Wall certification system, certification time longest enterprises (14 years), mainly produce and sell all kinds of transformer products, including: (transformer Division) three-phase dry type transformer, intelligent three-phase servo transformers, BK\JBK1\JBK3\JBK5 control transformer, toroidal transformer, (small transformer Division) pin, potting type, lead type power transformer series products. (high-frequency transformer Division) EE series, EFD series, PQ series, filter, I-inductor, loop inductance etc..

We are able to supply various types of terminal blocks according to clients' requirement,Please contact us so we can offer you the best quality,competitive price and timely delivery.

Q: High power transformers are very common, for obvious reasons. Much unlike homemade transformers that I've ever built, only out of tiny enameled #26 wire, that wouldn't power anything practical.I've tried using wire as large as #6 wire to wrap a homemade transformer, as what would be needed to connect externally to 10 kVA transformers, but that simply isn't practical. The wire is simply too stiff to wrap it in tight windings.Consider the example of a 225 kVA three phase transformer, that carries about 300 Amps of current on each of its secondaries that are 277 Volts. Externally, I'd need to connect with 400 kcmil wire, that is almost an inch in total diameter. What exactly do they do in order to build transformers at this high power?Do they parallel a whole bunch of tiny windings?Do they use a cooling fluid, so that tiny wire can have a much greater ampacity?Or do they also use big wire, but the way it is constructed somehow relieves the strain resulting from wrapping it? Heat treating the metal, perhaps.
High-power transformers are often filled with a heat-conducting liquid. PCBs were originally used for this purpose.
Q: Calling all fans of Transformers! I am looking for anyone to tell me if Transformers Animated is coming back for a third season on Cartoon Network. The reason why I am asking this question is because I recently bought the second season of the show and noticed that they have a lot of information on new characters as a special feature and I am wondering if those characters will be in the third season of the show.
That would suck sooooo bad if it is cancelled. All that build up in the first season with super villains and no Megatron and like, 3 Decepticons till the end of season 2 for what! To take it all away just as its getting good and finally setting up a full on Autobot Decepticon war There better be a season 4 or this series will go in the forgotten bin with Robots in Disguise as another series that took forever to set just for 1 big battle then that's the end. But if it is the end then that will teach the writers for holding out on what fans really want. I can not sit through season 1 or 2 again, except the season 2 finale.
Q: Transformer turns around the number and how much V is calculated
Transformer turns around the number and how many V calculation method: 1. Find the number of turns per volt: Number of turns per revolution = 55 / core cross section For example, the core section = 3.5 ╳ 1.6 = 5.6 square centimeters Therefore, the number of turns per revolution = 55 / 5.6 = 9.8 turns
Q: If you have two 12 volt transformers and if we connect their hot wires together does the voltage become 24 or 12 volts? Please help, thanks so much!lt;3
If you connect them in series, you will get 24 volts. It's not a real good idea to connect them in parallel.
Q: Maintenance of a household table lamp, found inside the 220v AC to 12v DC, (with a 12v mirror headlight) Transformer has red, blue, black three into the line, plus or minus two output. Ask why is the three lines? In addition to the line of fire and the zero line, what is the remaining root?
Transformer 3 into the line in the red and blue for the line of fire and the zero line (do not have to distinguish), the black line for the ground, if there is no power cord, you can not (empty). General table lamp with a 2-wire power plug, does not introduce the ground. Because the lamp in the circuit, the human body can not touch, not ground is safe.
Q: can u use a 220v to 12v transformer step down transf, switch the primary as the secondary, and vice and make it a 12v to 220v transformer.
confident. you will incur larger losses than if the transformer became particularly designed for 220 V, inspite of the undeniable fact that it is going to in all possibility be insignificant. be conscious, inspite of the undeniable fact that, that attempting the different (making use of a transformer designed for 220 V in a 440 V circuit) might _not_ paintings, because of the fact the conventional might overheat.
Q: i have a flyback transformer that i want to make a tesla coil out of and i need a diagram for the wiring configuration.
The modern flyback transformer is also used to generate the DC operating voltage for the TV set. You have a lot more wires than you need to use. You need to get a copy of the wiring from someplace like a Sears repair shop and hope you don't have a built-in high speed diode and filter cap in the same package. The last thing you need is to try to run your Tesla coil from a DC source on the primary. I believe Ramsey electronics makes a package Tesla kit that runs off a flyback. Your coil will not produce a very large brush discharge but it should be a good demonstrater which will have a safe, low current spark.
Q: I just heard from a guy who works with either the electric company or construction that the transformer behind sams club(where i work) caught on fire and its going to be a long term job. The power is out for them, walmart, kohls, and like 10 other large businesses nearby. Anyone have any idea what kinda time frame that would be to fix that? I wanna know if I'm going to be out of a job for a few days or not. Its too late to call and ask. So how long does a transformer take to repair/replace?
As long as the power company has transformers and all other damaged equipment in stock, they should be able to have everything repaired soon. It is hard for me to predict how long because there may be other things involved, not just the transformer. Is this transformer on a platform, or pad-mount? Could it actually be the feeder wires that caught fire in addition to or instead of the transformer? Is it possible that the fire damaged feeder wires from the transformer to the stores? If so, the store owner(s) may be responsible for making those repairs. The best way to get an answer as to how long this repair will take is to ask your store manager or owner, for the power company should be willing to give time estimates to them.
Q: I was testing a transformer I had bought, and I tested the voltage at 30v, then i proceeded to test the current, I connected both of the outputs from the secondary to a 1 ohm 25watt resistor, that is one on each side, then I connected my meter to it. I got a reading of 3.2 amps, but then it just kept falling, when I disconnected it, it had gone down to 2.75 and was still going. Does that mean I connected it wrong, I dont see how it could be wrong, but I dont understand why the current was falling. Any help?
If you bought this transformer it should have a VA rating in other words a voltage x amps rating. This gives the maximum current on both primary and secondary Example if you bought a 300VA transformer with a 30Volt secondary the maximum current is 300/30 10 amps absolute maximum You then match the load so as not to exceed this value and also you install 10 amp fuses to protect the transformer from burning out. If you do not know the VA rating then start with a high value resistor or better still a potentiometer and slowly decrease the resistance whilst measuring the current until the transformer starts to get hot The load and ammeter should be in series not in parallel

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