C Cookie - May 15, 2021 #1 Does anyone know what body resistance this table is based on? And what IEC standard is it derived from?
Does anyone know what body resistance this table is based on? And what IEC standard is it derived from?
P pc1966 Esteemed Arms May 15, 2021 #2 Off hand no, I don't. But body resistance is not linear, as the volts go up the resistance comes down so faster disconnection is even more important: Electrical injury - Wikipedia en.wikipedia.org Upvote 0 Downvote
Off hand no, I don't. But body resistance is not linear, as the volts go up the resistance comes down so faster disconnection is even more important: Electrical injury - Wikipedia en.wikipedia.org
C Cookie - May 16, 2021 #3 pc1966 said: Off hand no, I don't. But body resistance is not linear, as the volts go up the resistance comes down so faster disconnection is even more important: Electrical injury - Wikipedia en.wikipedia.org Click to expand... Right, but I'd imagine there is some specific table in one of the IEC standards. Basically I want to quantify body impedance in 3 environments: 1) Dry (general indoor locations) 2) wet (bathrooms, kitchens, unfinished basements, garages, exteriors) 3) special locations (pools, spays, medical treatment) Upvote 0 Downvote
pc1966 said: Off hand no, I don't. But body resistance is not linear, as the volts go up the resistance comes down so faster disconnection is even more important: Electrical injury - Wikipedia en.wikipedia.org Click to expand... Right, but I'd imagine there is some specific table in one of the IEC standards. Basically I want to quantify body impedance in 3 environments: 1) Dry (general indoor locations) 2) wet (bathrooms, kitchens, unfinished basements, garages, exteriors) 3) special locations (pools, spays, medical treatment)