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Is 5000 volts at 1mA safe if accidentally touched, if so, up to how many mA is safe at this voltage?
The discussion revolves around the safety of encountering 5000 volts at 1mA, particularly in accidental contact scenarios. Participants explore the implications of current levels, safety measures, and the potential risks associated with high voltage applications.
Participants express a range of views on the safety of 5000 volts at 1mA, with no consensus reached. Concerns about the potential for higher currents and the necessity of safety measures are common, but opinions on what constitutes safety vary.
Participants highlight the importance of limiting current and ensuring no stored energy is present, but the discussion does not resolve the specific safety thresholds or conditions under which 5000 volts may be considered safe.
Be ABSOLUTELY sure that there is no stored energy (capacitance) anywhere. See Table 1 in attachedmgb_phys said:We probably don't want to give safety advice to people in countries with lawyers.
1mA would probably be safe under most circumstances - the question is how are you limiting it to 1mA?
Is there any way a much more dangerous current to be passed if a component failed?
Bob S said:Be ABSOLUTELY sure that there is no stored energy (capacitance) anywhere. See Table 1 in attached
http://euverc.colostate.edu/safetytests/High_Voltage_Safety_Manual.pdf
Just in case, put a 5 or 10 meg resistor in series.
Bob S
http://www.ehow.com/how_5834615_avoid-electric-shock.html... you can feel 1 mA (1 milliampere or 1/1000 amp) of current through your body. 10 mA is sufficient enough to make your muscle contract to the point where you can't let go of the power source, (just like my illustration in the Introduction). And 100 mA is sufficient enough to stop your heart