Look what happens to a 230 Volt PCB in salt water

Interesting experiment on what happens to a PCB powered by 230 Volt AC when it is immerged in water. In a second moment, a lot of salt is added to the water which increases its conductivity.
⚠️ DON'T TRY THIS AT HOME ⚠️
Curiosity: I live in Italy, the theoretical voltage of the electricity line is 230 Volts, sometimes (for technical reasons) energy suppliers increase the voltage up to a maximum of 250 Volts. While I was recording this video the voltage was 250 Volts as read by the yellow multimeter.
Chapters:
00:00 - Intro
00:05 - Water
00:32 - Bubbles
00:48 - Salt
00:51 - Spark
01:14 - Fear
01:40 - Break Power
01:48 - Hot Water
01:58 - Circuit after bath
02:12 - END
⚠️WARNING: This video is only for demonstration. I don't take any responsibility.
⚠️WARNING: In this video a very dangerous experiment is performed, do not imitate it.
#electrical #crazy #diy

[@JanMat69]

diy ultrasonic cleaner 😂

[@wv1vsu]

Thanks 🙏

[@user-dv9wd4of7r]

Nice cat and video! 👍

[@Stefano91ste]

Thank you😊

[@Onionbagel]

most of the board looks fine... is the HV components of the board damaged?
also still kind of surprised the breaker took that long to trip due to a short.

[@Stefano91ste]

Yes, the low voltage part was deactivated immediately, while the high voltage remained active. I have two emergency switches, the first is dedicated to the laboratory, the second covers the whole house (including the laboratory) I assume they didn't stop immediately since dispersion was minimal and confined to the plastic container

[@FernandoGonzalez-pg3jg]

I love itttttttt!!!

[@arunmagesh]

Magic soup

[@mohammadmaleki6054]

What happen?😂

[@Stefano91ste]

Watch the video😊

[@DeVibe.]

This is pure waste of time.

[@firefly-Service]

what this👎

[@Stefano91ste]

A fun ecperiment