• Class 10KV S11-M series transformer System 1
  • Class 10KV S11-M series transformer System 2
Class 10KV S11-M series transformer

Class 10KV S11-M series transformer

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Loading Port:
Shanghai
Payment Terms:
TT OR LC
Min Order Qty:
-
Supply Capability:
1000sets set/month

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Rated capacity (KVA)Voltageconnection group tabLossunload current(%)resistant voltageweightMeasure(MM)Distance of Din rail
high-voltage(kv)extend connectionlow-voltage(kv)unloadloadempty weightoil weighttotal weightlength(L)width(W)height(H)cross(M)×length
30

6
6.3
10
10.5
11

±5%
(±2×2.5%)
0.4Yyn0
1006002.1420580360755700970400×400
501308702.026085420785735995400×450
6315010401.932511053511507001130400×450
8018012501.8330905058157551035400×450
10020015001.63801005708307751040400×450
12524018001.54301056458457701100400×550
16028022001.44951157258757801115550×550
20034026001.357013084511607401135550×550
25040030501.2670150101012708401160550×550
31548036501.1785165113512207751220660×660
40057043001.0935190137513508951265660×660
50068051501.01100215158013959051325660×660
63081062000.91315250190514659801355660×660
80098075000.84.51655310236015559951465820×820
10001150103000.718353552710171511601525820×820
12501360120000.621854103200179012351585820×820
16001640145000.624905003845183013001670820×820


Q: Transformer ratio and transformer ratio
Transformer ratio K and transformer voltage on both sides U1 U2 winding turns N1 N2 current I1 Ⅰ2 have a relationship! In the ideal case, the ratio K = U1 / U2 = N1 / N2 = I2 / I1
Q: 50KVA transformer maximum load is how much?
50KVA transformer can bring the maximum load is, 1.45 * 50 = 72.5A or so
Q: What is the maximum current of the 800KVA transformer? What is the current? Is how to calculate, ask you master
This type of capacity of the transformer for the distribution transformer, that is, step-down transformer. Voltage combination to 10 / 0.4 for multi-purpose. Transformer high side current 46.19A, low side current 1154.73A. Rated capacity = 1.732 * rated voltage * rated current
Q: I'll be going to Peru for 2 weeks and I was wondering if I could plug in my electronics over there. I read that they have both North American and European outlets and the voltage is 220 V and 60 Hz. My iPod wall charger and phone charger say 100~240 V (and my laptop charger says 100-240 V) and 50/60 Hz. Would I need to buy a transformer while I'm there so my stuff doesn't get all burnt out?
most south american and north american countries are the same plug sockets and voltage. also you can but anything there
Q: I will be living in Germany for a while and I'm trying to plug my TV in, as well as one or two other things. The 1000 transformer I have works, but whenever I plug in the power strip to plug in more things than just the tv, it will automatically blow the power in the house and I have to go flip the switch again. Other Americans I know here in Germany do not have this same problem. I need help!
Only if the power strip is also rated at 3000 volts or higher. Otherwise, definitely not.
Q: Transformer if the boost and buck current will change? According to the power of the same should be high voltage side of the current point is also the opposite? Boost and buck can be specified?
According to the formula P = √3IVcosφ ,, in the case of P unchanged, V increases, I on the drop, V down, I on the rise in the case of the transformer load is constant, increase the voltage and current drop, reduce the voltage and current rise; The
Q: I understand that transformers used to lower voltage for AC power transmission, simultaneously change both the voltage and current, but if such a transformer were in used in say a 12 volt dc power adapter that plugged into the wall outlet, then it would be counterproductive if the voltage lowering transformer upped the current as too much power would be dissipated, and a current boost would be unwanted, right? Same with transformer for PC power supplies. They must lower voltage without upping the current, right? Thanks a lot.
For a perfectly efficient (100% efficiency) transformer, [Power before transforming] [Power after transforming] That is V1 I1 V2 I2 Therefore, it DOES up the current when lowering the voltage. However, for a transformer that is not 100% efficient: [Power before transforming] [efficiency in %age]/100) × [Power after transforming] Therefore, for a non-efficient transformer, it is theoretically possible to lower the voltage without upping current. For example for a 50% efficient transformer thet converts 220 V ac at 20A to 110 V: 220 × 20 (50/100) × 110 × x Solve for x: x 20A
Q: I am installing a humidifier. It comes with a 120vac to 24vac transformer to be installed. The transformer has a label on it that says install in electrical box only. One side of the transformer is designed to screw into an electrical box knockout and has leads coming through the middle of this for connection to the 120VAC input.Is the transformer supposed to be screwed into the electrical box on the outside or the inside. At first, I assumed inside but this would result in my connection leads being on the outside. ThanksBill
you are going to be able to desire to get the 24 volt administration transformers. they are type 2 (this skill that if the wires get shorted the capability output is going down and you are going to be able to't have a fire began by skill of the quick). they generally contain a installation it is made to pass interior a knockout with the line voltage wires protruding interior. The transformer itself stands proud and has screw terminals for the low voltage area. different styles of transfomers won't meet the code using fact they pose a fire possibility.
Q: do you think transformers is cool or not and why?
Yes, Well at least the graphics, special effects, action, and the cool tight cars were awesome but they could have made it a bit better by showing more of the new robots that came in the movie.
Q: A 630 kVA, 11kV/400V transformer. Rp, Xp, Rs, Xs, Rc, and Xm are given. How to find secondary and primary? Do I need to calculate the total impedance referred to the primary and secondary or can I calculate currents without it?
630 Kva Transformer

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