high-voltage Class 10KV S11 series transformer

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Supply Capability:: 1000sets set/month

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Rated capacity (KVA)	Voltage			connection group tab	Loss		unload current(%)	resistant voltage	weight			Measure(MM)			Distance of Din rail
Rated capacity (KVA)	high-voltage(kv)	extend connection	low-voltage(kv)	connection group tab	unload	load	unload current(%)	resistant voltage	empty weight	oil weight	total weight	length(L)	width(W)	height(H)	cross(M)×length
30	6 6.3 10 10.5 11	±5% (±2×2.5%)	0.4	Yyn0	100	600	2.1	4	215	85	375	965	700	1060	400×450
50					130	870	2.0		275	90	440	995	735	1085	400×450
63					150	1040	1.9		345	115	565	1085	7058	1315	400×450
80					180	1250	1.8		345	100	530	1005	755	1125	400×450
100					200	1500	1.6		395	105	590	1020	775	1130	400×450
125					240	1800	1.5		445	110	665	1035	770	1190	400×450
160					280	2200	1.4		510	120	745	1115	780	1205	550×550
200					340	2600	1.3		585	140	875	1270	740	1225	550×550
250					400	3050	1.2		690	160	1035	1380	840	1335	550×550
315					480	3650	1.1		805	175	1165	1370	775	1395	660×660
400					570	4300	1.0		955	200	1400	1450	895	1440	660×660
500					680	5150	1.0		1120	225	1610	1495	905	1500	660×660
630					810	6200	0.9	4.5	1335	265	1935	1575	980	1685	660×660
800					980	7500	0.8		1675	335	2410	1665	995	1795	820×820
1000					1150	10300	0.7		1855	380	2755	1770	1160	1855	820×820
1250					1360	12000	0.6		2205	445	3260	1825	1235	1915	820×820
1600					1640	14500	0.6		2515	535	3905	1855	1300	2000	820×820

Q: I have a 120v-36v transformer hooked up to a bridge rectifier composed of 4x IN4004 diodes, 2 filter capacitors and a 100k resistor paralleling them as a bleeder resistor. The rectifier puts out the full 50v DC I expect it to, but at the same time the transformer faintly vibrates (you can only really tell if you touch it), and over time it gets quite hot. Why is this? I have checked over my connections quite a few times and I am 99.9% sure its all connected properly.: Either you have a bad diode or capacitor or the transformer has an internal turn-to-turn short. Remove the rectifier and filter and see if the transformer still heats up. If not, add the rectifier. Then one capacitor at a time. By then you should know where the problem is. -- Regards, John Popelish

Q: What is the M of the transformer capacity MVA?: MVA with a table of his capacity, read: trillion volts in which M with a sign The conversion unit is 1MVA = 1000KVA = 1000000VA

Q: I really want a better transformers than 4 1 was great 2 was crap 3 good 4 worst of them all: Unfortunately, there probably will be

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?: First okorder

Q: I need to get a transformer that produces 12 watts. Problem is that I burned out the previous 2 I had with my hot wire cutter. I have a couple of 9 watt and 3 watt transformers. Is there anyway I can combine them together so that I can produce the desired 12 watts. I was thinking about rectifying to DC. Then putting the power sources in parallel to power my hot wire cutter. Is this a good idea or is there another way to do it.: It is difficult! (not economical) Transformers work in both directions, it can source and sink. Only transformers designed for series or parallel connections will do! They have to be matched. For your application you need to get the proper transformer. Proper voltage and current rating that is. Hope this properly answers your question Guru

Q: Before engaging any technician i want to gather some knowledge about planer transformer. It will be good if u have any suggestions.: The winding of a planar transformer are on a printed circuit board. Planar transformer are operated at high frequncy in order to make this practical. It would not be very useful at 60 Hz. See:

Q: Sichuan transformer manufacturer that a best?: Chengdu Tianma electronic appliances limited liability company the best quality, our company with its cooperation for more than ten years, trustworthy!

Q: Step-up transformer, low-voltage winding put the middle, that is, low-high; Step-down transformer, medium voltage winding in the middle, that is, low high. For the step-up transformer, the input is low and the output is high or medium; the low-lying intermediate makes it possible to minimize the distance in the low-high, low-, thereby reducing the distance traveled by the magnetic energy, Loss, reduced low - high, low - in the leakage resistance, thereby reducing the low - high, low - between the short - circuit voltage percentage, thereby reducing the reactance, thereby improving the energy conversion efficiency of the transformer. For buck transformer, the input is high, the output is low or medium, similar to the step-up transformer, the optimal arrangement should be low, high, medium. However, due to insulation safety problems, the high voltage side must be placed at the outermost end. So the arrangement of sub-optimal way to low, medium and high.: In theory, these two arrangements can meet the needs of the operation, manufacturing the same difficulty. If it is a step-down transformer. Low - medium - high permutations are commonly used, while mid - low - high permutations rarely encounter.

Q: Here I am building prototype transformers for testing, using 1 ft length aluminum conductors of 1/2 by 1/2 inch width square conductors. I am structuring the (aluminum square tube)windings(connected at corners by ordinary round copper wire) in return layer diagonals, ( the pattern set by odd magic square sequences) to establish maximum internal capacity in the windings. If the current in the windings is opposite between every internal lateral square facing, most of the external field around the windings is cancelled, but internally between the windings the magnetic loops will be in unison. I therefore wish to put insulated steel tube sleeves around the internal aluminum loops of the wiring array, for a very unconventional honeycomb type core transformer. I should be able to measure for eddy current output on any steel sleeve by shorting the ends of the outside steel segment with an amperage meter. A conv. secondary will also need copper loops wound lengthwise around the steel.: An AC transformer connects AmpereTurns in the Primary to AmpereTurns in the Secondary using the time varying magnetic field in the core. The maths for the size of the core is well established. If you double back on turns they do not count as part of your ampereturns - unless you shield the doubled bit. Such methods are used in shaded pole motors. The only way to lighten the Tx is to use higher frequencies in the core. This 'dumps' the magnetic energy into the secondary more often so you can use a smaller core (bucket of energy!) The magnetic field is always perpendicular to the current and hence so are the core loops (in a Vector Notation sense - not necessarily physically) If you introduce Iron windings in the windings space you will get bigger Ohmic Losses. I hope this helps - you obviously have a plan to make hyper-efficient Tx but they are already near 0.999 efficiency.

Q: 220V to 12V transformer L N + V + V on behalf of what? The more detailed the better! Thank you prawn: L FireWire N zero line + V output voltage 0 output midpoint

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