Thanks for the share - definitely following; thanks to @Master IVO too!
@arkangel8709
2 жыл бұрын
Hi thank you for showing us all this.!! But I would have those water heater elements in a bucket of water, they will burn out, faster The way you have them.
@EnergySeeker
2 жыл бұрын
yes i will am just testing it for now , it not suppose to have any power at all because its resonance and its fake power but it turn to be real power , i can think of better and bigger load as resisitive than this kind of load
@Timtron432
2 жыл бұрын
Very interesting! Great video sir
@EnergySeeker
2 жыл бұрын
thank you
@MasterIvo
2 жыл бұрын
yes phase shift of current is 180 degrees when the probe is turned around. Thats natural. but look at the specs of the probe, and see what its phase shift is relative to frequency. at the connection of L3 L4, there also is the parallel capacitor of L3 (C3). you can measure current before and after the capacitor, in other words, on L3 or L4 near the capacitor. without changing the arrow, you should also see a phase shift there. but not 180 but 90 degrees. this is because the current of L3 is 90 degrees out of phase with the voltage of L3. but with L4 the current is suddenly in phase with voltage. this phenomenon is very strange. But, I have a single impulse per single sine wave period.
@EnergySeeker
2 жыл бұрын
hi ivo but i was showing in the video the L4 voltage and current is not in phase why do you think ? maybe the distance between the L1-L2---L3-L4 ? do you think the arrow should be to the load then and the small phase shift is a frequency dependent because of the probe ?
@EnergySeeker
2 жыл бұрын
@Master ivo how is testing in your side I miss your videos
@arkangel8709
2 жыл бұрын
PS: sanding them a little bit with fine sandpaper, will do The trick. Now, putting them in to a water, antifreeze Salutation, will be Best " it will slow down the oxidation on the rod's 90% or more.
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