All Transformers have a power rating given in kVA which determine the maximum load that can be connected to that transformer.
It is not a recommended practice. The secondary side of the transformer should go to a distribution panel where breakers can be used to protect the different wire sizes and load currents.
Yes. It's the new transformer.
The primary side of a transformer is identified as the H side, eg. H1,H2,H3,H4. The secondary side of a transformer is identified as the X side. Eg. X1, X2. Usually X1 goes to a fuse and then to the load, X2 is usually the neutral side and is grounded to the body of the transformer.
To allow room for oil expansion and contraction. The transformer is completely filled with the oil and when it heats up under load or due to ambient temperatures, the oil has to have a place to go. In the event of colder weather or if the transformer is not under heavy load the oil cools and contracts creating a slight vacuum inside the tank. The conservator acts as a reservoir of oil that can then flow back into the tank so that no air enters it.
Go to photograph if you see a transformer
go to where you would load the game and simply hit new game
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It's when you load and go somewhere
It depends on how much voltage you have applied. If you apply rated voltage nothing happens only core losses will be there on the transformer nothing will happen apart from that. If you go on increase the voltage core losses will increase and transformer will get heated up. After attaining the breakdown voltage of insulation, insulation in the primary and secondary will fail and the coils will get short circuited then the coils will burn.
If you're asking about load sizing, I think you already have the answer (at least 150A, although you could go up to 208 for full load, and maybe higher if you can overload the transformer). If you're talking about short circuit rating, you have entirely the wrong information. Short circuit rating will tell you if the fuse (if you're using fusing) mounting is rated to interrupt the available fault current.
below some about 25% (or maybe 50% depending on the model) of their full rated capacity, or else condensation can occur in the exhaust system. That causes corrosion and a shortening of lifetime or at least increased maintenance cost. The minimum load ratio has no direct effect on the operating hours of the generator, it is simply a constraint on how low the generator power output can go. But raising the minimum load ratio could indirectly lead to fewer operating hours because the generator is more productive when it runs.
Transformers are not usually need to run electric lights because they are designed to work on the local supply voltage. Yes, look on the side of your existing transformer to obtain the size of transformer needed. Go to any lighting store and ask for one of the same size or a larger one. Do not get a smaller one as it will not output enough wattage for the connected load.