Actually about 10 years ago you could stop a water meter by properly placing 2 stacked speaker magnets from 15-20 woofers on the side of the meter in and aligning the magnetic field just right.
Infatti la storia del magnete per fermare il contatore acqua o anche quello del gas è una leggenda metropolitana in quanto al loro interno gli ingranaggi sono in plastica o comunque materiali che nin sono attratti dalla forza magnetica. Per quanto riguarda l'acqua forse nel tempo il magnete potrebbe attrarre piccolissime particelle metalliche o meglio di ruggine che potrebbero essere presenti nelle tubazioni e questo andrebbe poi ad intasare il meccanismo. Magari l'acqua passa comunque nonostante gli ingranaggi si siano bloccati. Dove vivo io ogni 3 mesi passa l'omino a prendere la lettura o comunque in caso diverso bisogna mandargli una foto del contatore per fornire autovettura. Ammesso che sia possibile creare un blocco con questa calamità sfruttando i residui ferrosi presenti nei tubi, questo richiederebbe anni, quindi ogni qualvolta che si stacca la calamita andrebbe perso tutto il lavoro fatto. Morale della favola è tutta una fregnaccia e non funziona.
No it’s not, we use to use it all the time about 10 years back. The meter reader comes and reads the meter, about a couple of weeks later you come out and line your stacked subwoofer magnets up to the side of the meter with a faucet open and look for the position that stops the spindle, and then leave it on for a month and a half or so. You then remove the speakers weeks before the meter reader comes out again. For added precaution you would set an obstruction on or over the meter and they would leave a notice of return so you can clear the obstruction. New meters may have been corrected for this but this absolutely worked ten or so years ago.
@@mirandatian2226 if it is wind that flows into the water meter then your video misleaded your viewers, it should be water that should flow into the meter and not air. Am i right?
Ok I came here to jump on the "where's the water" wagon, the explanation of using an air source for testing makes sense from a manufacturing point of view. I know I wouldn't want to have my supplier hand me a meter and have water out any other liquid dripping out of it. The air will spin the gear train without leaving water behind to rust up the mechanism inside.
People saying the gears etc. are plastic… I think that’s impossible. Electromagnetic motors rely on metals like copper and other magnetised alloys and metals. I don’t see how you could regulate a metre or clock without electromagnetic motors. Sure, you could have a winding mechanism as found in a watch or clock, no motor required, but how could that measure energy or water usage?
@@mirandatian2226which means it is not vulnerable to magnetic force. Nobody who thinks the mechanism is plastic can explain how the mechanism works, regardless of magnets.
Put the magnet into the an.s and turn it turnit and turn it ..... Enjoy this song and after 10 hours you belive it and maybe you like the feeling 🤦♂️🤦♂️🤦♂️😂😂😂 Ohhhh man what is going wrong with you 😅😅😅
Může mít magnet jakej chce jelikož to má střeva z plastu. Setkal jsem se s případem kdy jeden šetřílek provrtal to vrchní plexisklo a chtěl zabrzdit tu vrtulku. 😂😂 Zaplatil pokutu a novej vodoměr
