JDXF-35 TA,TH GY W1,W2,W3 Voltage Transformer

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Loading Port:: Shanghai

Payment Terms:: TT OR LC

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Supply Capability:: 1000sets set/month

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Type description

Technical characteristic
1.It accords to the GB1207-1997<voltage transformer> ,IEC186 and IEC60044.
2.This product has the character of limited tightness.All the tightness compartment do not be put into ultraviolet radiation so that we solve the problem of chap of tightness rubber and aging,these product is more reliable and has longer life,we ensure that it can run 20 years without leakage.
3.The porcelain is equipped with irragateing flange.the surface of flange use hot zincification to enhance the wholly mechnism of product and has beautiful outlook.
4.This product is equiped with bellow and is tightnesds completely.
5.With higher accuracy to 0.2,we can reach the requirment of customer with seperatly measuring secondary winding and protection winding.
6.With epoxy secondary terminal board,the product is enhanced secondary insulation and tightness.
7.All the standard comparthent are plated Dakelo.We ensure that the product don't rust for 20 years.
8.The inner structure of this product has changed largly and we solve the problem of old 35KV PT with unreasoned inner structure for the unpassed dielectric loss,This product has low partial discharge and litter dielectric loss with advanced workcraft.
9.The excitaton density of this product is equal or less than 0.7T and has the ability of avoiding ferro-resonance.

Technical Data

Type		JDXF-35
Rated voltage	Primary winding	35/
	Measuring winding	0.1/
	Protection winding	0.1/
	Residual voltage winding	0.1
Frequency		50HZ
secondary accuracy and reated output	Measuring winding	80VA 0.2 class
	Protection winding	150VA 0.5class 250VA 3P class
	Residual voltage winding	100VA 6P class
Rated limit output		2000
Rated insulation level		4.05/95/200
Creepage distance		810,1050,1250
Flash distance		410-500
Total weight/Oil weight		40/190
Pack size		580×600×1300

JDXF-35 Voltage Transformer Outline Drawing

Srructure drawing

Q: I am curious. These were popular '80s kids' cartoons. Referencing these cartoons in shows like Family Guy and Robot Chicken doesn't mean they are still popular. Are they still popular? In '03 they tried revamping He-Man in a new series but that didn't last long. They still show the classic Transformers and G. I. Joe cartoons on the Hub. They had some new toons based on G.I. Joe and Transformers and a few movies.: Yes. Transformers and G.I Joe is Still running through the Veins of this Generation, But He-Man is Kind of Not So Popular They Don't even Show He-man TV Show in channels, He-Mans drop was his costume that Gave him a Gay look. Transformers and G.I.Joe is still being watched, So there are more than 4k Fans

Q: How to connect in parallel the following transformers:a) Dy1 Dy11b) Dd0 Dd6: I don't recognize your transformer designations in a) and b). Perhaps they are industrial transformers that I am not familiar with. My background is electronics, not power distribution. That being said, I'm not sure why you would want to connect transformers in parallel. Possibly to handle a load that exceeds the capacity of one transformer. If this is the reason, it would be better to split the load between two transformers if at all possible. If it is a single load that can't be split, the turns ratios for the two transformers would have to be exactly the same. For that matter, the transformers should be exactly alike, to make sure that they carry the load equally. (A higher source impedance in one transformer would cause the other transformer to carry more than its share of current.) Then it is very simple: connect like terminals together, taking special care to line up the phases. If for some reason you are unable to identify the phase (commonly marked with a dot next to the winding on a schematic diagram), do the following: 1. Connect the primary windings together, wire 1 to wire 1, wire 2 to wire 2. 2. Connect one wire in the secondary of one transformer to a wire in the secondary of the other transformer. 3. Carefully apply power. 4. Measure the voltage between the two loose secondary wires. It should be zero. If not, change one of the wires in step 2 above.

Q: best movie i everr seen, bein a transformers fan as a kid, this a whole nother level god damnn: Well, you can call me nuts! It was so goood, I watched it FOUR times. Was worth it. To me, Transformers just broke the barrier when it comes to making robots that interact well with humans. The awesomely human-like behaviour of the Autobots, the cool action scenes, fast but cool transformations and the god-like Optimus Prime took my breathe away! Absolutely the best movie this year. No one could ask for a better live adaptation of a cartoon, especially one that we used to love

Q: I am looking for a transformer with an output of 6 volts, and 1.8 amps, or any transformer that can run that cycle. Please, let me know. I've been looking for months now, and cannot find anything. Please help. Where would I buy it? Lowes?: If you don't find it you have got to make it. This is a common transformer. Probably you are finding difficulty with it's current rating.

Q: around the house. Im looking for a step up transformer to handle 1.5VAC-18VAC with a ratio of 1:10 or 1:20. Which household objects would contain this??: well if you use a step down transformer in reverse, it might work. most power blocks will have it, the big heavy cube things you plug into a wall then into some device. a 12 volt power supply should in theory have a 10:1 step down take that in reverse and you'll have 1:10 step up 6-12 volt output block transformer is what you should look for (assuming your wall power is 115-120 AC).

Q: I have a 120v X 24v step down transformer that is capable of supplying 30 amperes. I need to convert the output to dc to supply a project I am working on. I have a bridge rectifier capable of handling 10 amps continuously, but nothing that could handle the 30 amp output. What would occur if I put the rectifier on the input side (with no filter capacitors) and fed the xfmr the DC voltage with 120hz ripple? I suspect the xfmr wont like the 120hz input and generate excessive heat. Anybody know for sure? The xfmr has a laminated iron core and copper windings.: The transformer will not work correctly with pulsating DC. It will overheat.

Q: how low voltage smelting transformer can be modified to a higher voltage to be used in ferronickel production: You need to provide more information about the original use of the transformer. Nickel smelting is a very specialized application that calls for a 'submerged arc'. Basically, the arc is fairly short and will essentially be submerged in a layer of slag on top of the molten material. It is a semi-continuous process in that periodically, some of molten nickel is poured off. The stream of molten nickel is blasted with water that causes the nickel to solidify into small pellets. Steel melting furnaces, by contrast, involve a much longer arc. The slag layer in the furnace is much thinner, and much of the arc is above the slag. It is a batch process in that once the 'campaign' has been completed, the entire melt is 'tapped' - poured into a tundish either to be cast into ingots or to feed a continuous casting process to make billets, slabs or even plates. There are other smelting processes for other materials - for example, silicon is produced via a smelting process. I would guess that if the voltage requirements of the nickel smelting process are different from the requirements of the original utilization, then it would be necessary that the transformer be redesigned and rewound - something that I would not expect to be very practical.

Q: Where is the transformer used?: You ask more general, there are many kinds of transformers, 1 is the power transformer, it is 10,000 volts drop to 380,220 V commonly used low pressure for us to use. Small transformers are 220V voltage reduced to household appliances used when the operating voltage rectified as electrical power. High-frequency transformers are generally used as switching power supply pulse output transformer. High-frequency signal transformer only a few turns of the coil, the transmission of high-frequency signal. Simply say this kind of bar, a wide range of various types of transformers.

Q: 630kva dry-type transformer rated current is how much: Hello there: - ★ 1, the transformer current calculation formula is: transformer capacity ÷ (rated voltage × root number 3) - ★ 2,630kva transformer primary current: 630kva ÷ (10kv × 1.732) = 36.37A; - ★ 3,630kva transformer secondary current is: 630kva ÷ (0.4kv × 1.732) = 909A.

Q: a lamp is connected to a secondary coil ( 80 turns) of a transformer by long leads which have a resistance of 2.5 ohms. Primary coil( 1600 turns voltage is 220v). the power input to the primary coil is 44w. 1) what is the voltage across the secondary coil2) what is the current across the secondary coil3) what is the electrical power dissipated in the lamp: Assuming perfect transformer. turns ratio 1600/80 20:1 secondary voltage is 220/20 11 volts primary current is 44/220 0.2 amps secondary current is 0.2 x 20 4 amps drop across wires is 4 x 2.5 10 volts. This assumes the 2.5 ohm number is for both leads, not each. voltage across lamp is 11v – 10v 1 volt power in lamp is 1 v x 4 a 4 watts. .

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