User:GinoBarwick

mains voltage on due to on insulation failure of the transformer Me please don't be mad, but I would like to not always repeat the rest... It would be nice and helpful for all, before you write something to inform themselves firstonce! Maybe someone else who would like to help can be found / can, also against payment, and in the best case might even out the area of Munich and its surroundings? You can not generalize it. If a power surge deadly acts depends on many factors and is a question of the energy content of the capacitor due to the very. To clarify something: 15 Joules are 15Ws, so for example, a second 15W or 2 seconds 7.5W. Currents of more than 50mA can be fatal. A source that can deliver 15 Joule, for example, 300V and 50mA could deliver a second or 150V and 50mA for two seconds. Enough to cause cardiac arrest.

And another thing: A distribution design -based circuit, which should be safe, must have also the fault quite apart from the normal operation completely in the grip, the network includes, for example, a wholly-owned isolation. Did you ever have thought you to this topic? What is if your fence suddenly mains voltage on due to an insulation failure of the transformer? This is not like a custom-built device in a more or less secure plastic housing, but a circuit potentially everyone directly in touch can come with. Much stricter guidelines for such equipment. Would you work with battery because at least a source of danger would be less. How about a circuit without pulse? Capacitor permanently download a HV take and if running a critter off peng ;) I would on 2-5kV 1µF dimension, but rather only with low voltage test. Loaded is the capacitor with a transformer and resistor. If the leakage current of the insulators or vegetation becomes too high, you can't get around a pulse circuit. In this case, a car ignition coil is perfect, the control is easy. If needed, I can send you a circuit. It provides adjustable pulse of 0-10 Hz, the high power consumption of a few amps at 12V is bad, because the ignition coil is permanently flow through fins. You need to test the energy of the pulse however on yourself or trial & error :D The circuit spits out pretty bright flashes, while the most electric fences are kitzelei :D The energy could the voltage limit, at the same time to conserve power. on Mosfetkiller.de there are also controls for ignition coils. For further inquiries, then your address indicates ;)

Karla wrote: Dear kilovolt, there are devices with over 15 Joule on the market (in Germany) and here in the Forum is also a link to the manufacturer with 24 Joule! There is a manufacturer of a patent on the 2 X / second pulse has... But the patent is on the building and not on the clock.

Buy a device you prefer there, instead of here want to teach us.