Good and useful device. I plan to buy it in addition to mine. 10 mG is unpleasant for work. That is why I hate my iron...But why Your device shows so few mG? Do you have a good compensated spiral? a cheap Chinese soldering iron 60 W shows 6 mG on the wire and 105 mG on the spiral. I would also like to see a video with measurements of other electrical appliances, with spirals, electric motors, power supplies, as well as power lines..Thank you!
@9CI Welcome to the club... I guess. I wondered how you survived without being affected, guess it was just a matter of time and accumulated exposure after all. Your last words of sarcasm might be lost upon most people, but I doubt they are the target audience anyways. My journey into EHS started with a gauss meter, and the 2 magnetic data points I collect about every device I try, peak mG like you showed, and maximum radius of detectable elevation above background. It is another interesting world of fields to explore, how large the bubble is, and how quickly the strength drops off, sometimes very quickly, sometimes not. It will be interesting to see your usage of the new meter, regarding when the frequency filters are most useful.
Pb itself is dangerous enough. Years of soldering inside, all those quick jobs with non-leadfree solder.. In the GDR people sent to the workhouse for political reasons often became very sick as they were pressed into working in unsafe conditions with little air exchange and Pb solder. I‘m slightly puzzled why we don’t just use 5GHz als the main PWM source. Or why not a particle accelerator?
Good and useful device. I plan to buy it in addition to mine. 10 mG is unpleasant for work. That is why I hate my iron...But why Your device shows so few mG? Do you have a good compensated spiral? a cheap Chinese soldering iron 60 W shows 6 mG on the wire and 105 mG on the spiral.
I would also like to see a video with measurements of other electrical appliances, with spirals, electric motors, power supplies, as well as power lines..Thank you!
@9CI Welcome to the club... I guess. I wondered how you survived without being affected, guess it was just a matter of time and accumulated exposure after all. Your last words of sarcasm might be lost upon most people, but I doubt they are the target audience anyways. My journey into EHS started with a gauss meter, and the 2 magnetic data points I collect about every device I try, peak mG like you showed, and maximum radius of detectable elevation above background. It is another interesting world of fields to explore, how large the bubble is, and how quickly the strength drops off, sometimes very quickly, sometimes not. It will be interesting to see your usage of the new meter, regarding when the frequency filters are most useful.
Pb itself is dangerous enough. Years of soldering inside, all those quick jobs with non-leadfree solder..
In the GDR people sent to the workhouse for political reasons often became very sick as they were pressed into working in unsafe conditions with little air exchange and Pb solder.
I‘m slightly puzzled why we don’t just use 5GHz als the main PWM source. Or why not a particle accelerator?
Sorry I watched this, took time out of my life…