Sorry if this is a stupid question, but is there any reason that the below linked breaker can not be used for an electric keggle using a 4500W 240V element?
C32 AC 240V 32A 2 Poles
C32 AC 240V 32A 2 Poles
Sorry if this is a stupid question, but is there any reason that the below linked breaker can not be used for an electric keggle using a 4500W 240V element?
C32 AC 240V 32A 2 Poles
Yeah, I missed the 30 mA trigger level, or I would have mentioned that in my reply. I was a little bleary eyed from lack of sleep when I misread the 0.03 A trip level as 3 mA, and thought "well that part looks ok." Not a good thing to misread.keep in mind that 'earth leakage' and 'residual current' european-style breakers are not the same as a gfci, as defined by ul. these european breakers are more akin to gfpe (ground fault protection equipment) breakers. gfpe breakers are design for equipment protection, not personnel protection. both styles offer ground fault protection but they use different current pickup levels. gfci breaker operates at currents 4-6 millamp or greater while gfpe breakers operate at 30 milliamp. the current levels may seem small but consider that at 15 ma, muscles 'freeze' in 50% of the population. in other words, you can't let go of something that is energized, even if you wanted to. approaching 30 ma can lead to breathing difficulty and fibrillation in children.
the gfci is there to protect people, not equipment. this is one area where you don't want to go cheap.
Thanks, I figured out these are the european version of GFCI called earth leakage instead. There is a neutral hookup the bottom right hand side. But I don't think I can use them. Will keep dreaming of not spending a fortune to convert to electric, it costs way too much to upgrade my panel and install the stuff I need to convert.
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