El mejor video explicativo de una tina ultrasonica era lo que buscaba..... Gracias por tu aporte... . Cuando harás la segunda parte si es que lo tienes pensado??
Gracias por su comentario. No tengo otro video sobre este ultrasonico. Esta todavia funcionando perfectamente. Si falla otra vez puedo hacer otro video.
@@charlessmith833 gracias por tu respuesta... Estaré atento a otro video que tu hagas sobre la tina ultrasonica es muy ingeniería tu forma de enseñar.... Te deseo lo mejor y que sigas adelante
I had to take one from work very similar to this apart because it kept hard resetting randomly during operation. After testing just about everything I finally happened to probe a connector to the transducer while it was running and it made a small little shock on my probe and that recreated the problem of the unit resetting. Turns out that lead had a silicone sleeve that had split open and was hanging halfway off. I coated it in silicone and that fixed the problem. I'm really happy I fixed it but am still puzzled why that caused a problem. Somehow the exposed transducer lead must have been arcing across to some nearby metal I suppose, even though there wasn't really any exposed metal closer than an inch to it. Do you have any clue why that would be? These were 60w 43ish kHz transducers, they shouldn't have the voltage needed to arc like that. I'm baffled
Interesting. These transducers are at the low end of the RF (radio frequency) spectrum and the signals produced can actually transmit. I think that is why special insulation and sealers are used with the wiring to the transducers. If there is enough RF power there it can easily jump to your probe. I suspect you may still have a problem somewhere. If so, it will surely come back to haunt.
@@charlessmith833 haha yes I'm sure you're right, I'll keep my fingers crossed. Thanks for the insight! I had assumed the frequency must have something tk do with it and didn't consider it as RF transmission. That makes sense, thanks!
i need your help please .
El mejor video explicativo de una tina ultrasonica era lo que buscaba..... Gracias por tu aporte...
. Cuando harás la segunda parte si es que lo tienes pensado??
Gracias por su comentario. No tengo otro video sobre este ultrasonico. Esta todavia funcionando perfectamente. Si falla otra vez puedo hacer otro video.
@@charlessmith833 gracias por tu respuesta... Estaré atento a otro video que tu hagas sobre la tina ultrasonica es muy ingeniería tu forma de enseñar.... Te deseo lo mejor y que sigas adelante
thanks, very informative. i am currently trying to build my own from scratch with 6 transducers
I had to take one from work very similar to this apart because it kept hard resetting randomly during operation. After testing just about everything I finally happened to probe a connector to the transducer while it was running and it made a small little shock on my probe and that recreated the problem of the unit resetting. Turns out that lead had a silicone sleeve that had split open and was hanging halfway off. I coated it in silicone and that fixed the problem.
I'm really happy I fixed it but am still puzzled why that caused a problem. Somehow the exposed transducer lead must have been arcing across to some nearby metal I suppose, even though there wasn't really any exposed metal closer than an inch to it. Do you have any clue why that would be? These were 60w 43ish kHz transducers, they shouldn't have the voltage needed to arc like that. I'm baffled
Interesting. These transducers are at the low end of the RF (radio frequency) spectrum and the signals produced can actually transmit. I think that is why special insulation and sealers are used with the wiring to the transducers. If there is enough RF power there it can easily jump to your probe. I suspect you may still have a problem somewhere. If so, it will surely come back to haunt.
@@charlessmith833 haha yes I'm sure you're right, I'll keep my fingers crossed. Thanks for the insight! I had assumed the frequency must have something tk do with it and didn't consider it as RF transmission. That makes sense, thanks!