S9 Series Distribution Transformer

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Loading Port:: Shanghai

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Supply Capability:: 1000sets set/month

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This kind of product feature has high efficieney and low consumption. It can save a lot of power consumption and operating costs The new S9 Serier transformer is impoldered on the bas's of the 10KV Distribution transformer. It accords with the GB1094-96,GB/ T6451-99,IEC76 strandard.

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
10	6 6.3 10 10.5 11	±5% (±2×2.5%)	0.4	Yyn0 or Dyn11	65	330	3.5	4	90	35	150	760	400	950	350×350
20					105	480	3.0		135	60	225	885	400	955	350×350
30					130	600	21		180	70	285	985	380	1015	400×400
50					170	870	20		230	75	350	985	510	1035	400×450
63					200	1040	1.9		285	90	430	1060	465	1135	400×450
80					250	1250	1.8		295	95	475	1010	775	1070	400×450
100					290	1500	1.6		330	100	520	1010	740	1095	400×450
125					340	1800	1.5		380	110	600	1040	770	1135	400×550
160					400	2200	1.4		440	120	685	1235	735	1165	550×550
200					480	2600	1.3		515	135	800	1280	765	1210	550×550
250					560	3050	1.2		610	160	940	1345	800	1315	550×550
315					670	3650	1.1		715	180	1105	1395	850	1375	660×660
400					800	4300	1.0		880	205	1310	1435	820	1460	660×660
500					960	5150	1.0		1005	230	1515	1525	965	1450	660×660
630					1200	6200	0.9	4.5	1155	265	1770	1615	1080	1615	660×660
800					1400	7500	0.8		1420	315	2160	1700	1120	1705	820×820
1000					1700	10300	0.7		1580	425	2520	1750	1140	1880	820×820
1250					1950	12000	0.6		1940	495	3040	1850	1245	1835	820×820
1600					2400	14500	0.6		2355	560	3800	1865	1285	2020	820×820
2000					2600	17000	0.5	5	3165	755	4950	2300	1165	2305	1070×1070
2500					3000	20700	0.5	5	3880	1300	6580	2440	1315	2490	1070×1070

Q:10 (6) /0.4kv three-phase transformer what does it mean: Therefore, the decision to 60 and 35kV winding connection to be careful when the connection must meet the transmission system voltage phasor requirements. The connection between 60 and 35kV windings is determined according to the relative relationship of the voltage phasors. Otherwise, even if the capacity of the voltage ratio is also right, the transformer can not be used, connected wrong, the transformer can not be connected with the transmission system. 3). Domestic 10,6,3 and 0.4kV transmission and distribution system phase also has two phases. In the Shanghai area, there is a 10kV and 110kV transmission system voltage phase difference of 60 ° electrical angle, this time can be used 110/35 / 10kV voltage ratio and YN, yn0, y10 connection three-phase three-winding power transformer, but limited Three-phase three-core core. 4). But note that: single-phase transformer in the combination of three-phase group connection, can not use YNy0 connected three-phase group. Three-phase shell-type transformer can not use YNy0 connection.

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:I have a US microscope (110v) with a built-in transformer using a 6v, 10w lamp. I want to use this with a 220 v supply. What are the specifications for the cheapest (external) transformer I can use for this purpose?: You do not say what country you are in, so cannot give you links to an exact transformer. You are looking for a 220 to 110V step-down transformer. I am assuming you are going to plug the microscope into the transformer, rather than actually replacing the transformer in the microscope? The rating should be at least 10VA, personally I would go for at least 15VA for safety. That is quite a low rating and if you are lucky, you might be able to find a transformer meant for electric shavers really cheaply that should do the job. There is just one thing that concerns me, are you sure the transformer will only be powering the light and nothing else? If so, you will need a transformer that will handle a greater load. Somewhere on the microscope, or the PSU, or even it's box, there should be a rating Label, you can take the power supply rating from that. It is NOT true that VA Watts, but for something needing so little power, it should be near enough to give you the minimum rating. Good luck!

Q:I want to get all the DVD'S for the transformers animated series and i was wondering how man series there are and what all they are called. if you could just give me the names of the series and tell me if they are on DVD or not. thanks for the help!!!: Transformers G1: On DVD Beast Wars: On DVD Transformers Armada: On DVD Transformers Energon: On DVD Transformers Cybertron: On DVD Transformers Animated: Season 1 is on DVD. I'm not sure if there were any other seasons made. Transformers Prime: Not on DVD I think this animated series is pretty new. There may be a DVD release in the future, not sure. I hope this helps!

Q:Can transformer be used to change direct current e.m.f? If not , why?: A transformer works from the expanding and collasp of a magnetic or inductive field. Without the expandin or contracting field, no lines of flux are cut. What is possible instead is to use a chopper circuit and convert the DC to AC run it through a transformer and then rectify the AC back to a pulsating DC and then filter it back to pure DC.

Q:I feel that Transformers was because that sh*t was hot! And Shia LaBeouf was pretty HOTT too!: Simple, TRANSFORMERS rocks. Well, you can call me nuts! It was so goood, I watched it SIX times. 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:How much capacity the transformer has: For power transformers, there are 10 20 30 40 50 63 80 100 125 160 200 250 315 400 500 630 800 1000 1250 1600 2000 2500 3150 4000 5000 6300, etc. kVA.

Q:I know that a step up transformer (stabilizer) increases/decreases the voltage that is received from the main electrical lines thus allowing gadgets to work properly. Keeping this in mind will the following idea work:1.You start a motor with the help of a battery,2.The motor then turns a dynamo using a strap (connected like a chain on a bicycle) 3.The dynamo produces electricity, this electricity is sent through a step up transformer, this then increases the output of power received from the dynamo.4.This increased power is then sent to a set of plugs, where devices can be plugged in to use the increased power. One permanent plug/use will be to recharge the battery or to run the motor by using a changeover switch (battery to motor ---- output from dynamo to motor): .this then increases the output of power received from the dynamo. Your chain of ideas is broken here. No power increase out of nothing. Sorry, the whole thing would not work.

Q:I live in Market Weighton and I need to know why my local electricity transformer is. Where will I need to look?: For residential, the step down transformer for home electricity use is typically a pole top mounted transformer. It may be at the top of a power pole near your residence. Sometimes there may be a pad mount transformer (square metal box) near your home that is used. You may want to look outside your home, and see where the wires coming into your electrical service are coming from. That should tell you where the transformer is. If you live in a newer neighborhood, you may have underground service ( thus no power poles) and the transformer may not be visible. It would likely be close by in an underground electrical vault. There is a picture of a pole top transformer in the attached article below:

Q:All the specifications work (ie. Hz, Watts, etc). But I wanted to know if it would make a difference if I used a capacitor voltage transformer as opposed to a different type. Thanks.: You seem to be asking about a ferroresonant transformer. You can use this type of transformer with electronics. There is an advantage to this type of transformer, but there are 2 shortcomings with them. A ferroresonant transformer does a better job of filtering noise than a standard transformer. Unfortunately, they are inefficient, wasting more energy than a standard transformer and they also create a lot of heat. If you use this type of transformer make sure it's well ventilated. The web site below has a very good article on transformers. The ferroresonant transformer article is just over half way down the page.

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