🎯 Key Takeaways for quick navigation: 00:00 ⚡ *Transformers transfer voltage levels through electromagnetic induction.* 00:56 🔄 *The core of a three-phase Transformer has three limbs, each carrying low voltage (LV) and high voltage (HV) windings.* 01:29 🔗 *Alternating current in the primary winding induces a changing magnetic field, creating electromagnetic induction in the secondary winding.* 02:25 ⬆ *A Step-Up Transformer increases voltage if the secondary coil turns are greater than the primary, while a Step-Down Transformer decreases voltage.* 03:16 🌡 *Transformer oil acts as a coolant and insulator, preventing energy losses and maintaining proper temperature through cooling tubes or radiators.* Made with HARPA AI
Amazing way of explanation sir. I have a request. Can I know the name of software used for making 3D videos animation, which u have used here for making your videos.
I worked for Schneider a French company producing transformers alot of soft iron and copper is used . Two heavy machines one for guillotine function and the other a crimping machine and you have to careful not to loose any fingers each machine weight 29 kg and lifting above 1.4m was a bugger to do .
Oil tank is for the extra volume of oil. When the oil heats up during working of transformer, it expands and its volume increases. This additional oil goes to the conservator tank for storage.
In the measure of transformer where we saw the -and +tive par and also magnetism that rotate the current main is mechanism sheet with foil and metal object.
So if I understand that right, one half of the transformer turns energy into heat and the other half is cooling it down again. Doesn't sound like a perfect solution. But anyway.. one question: Are transformers usually bidirectional or only one way?
These types of transformer are incredibly NOISY when tested for function ( outside of their normal oil filled tank ) ! , but , when oil immersed , just a low hum is heard ..... DAVE™ 🛑
