When I employ EEBADS I know that every conductive part within a building (that is immovable and/or can be gripped by a human hand) will be at the same potential, therefore if any 'hazardous live' line conductor comes into contact with any conductive part within the building, I can predict an automatic disconnection time not exceeding 0.4 seconds.
Therefore; no immovable conductive parts or conductive parts that can be gripped by the human hand, can remain hazardous live for more than 0.4 seconds.
So if you've taken away the "earthed equipotential bonding" element, how does "automatic disconnection of supply" actually work?
When I employ EEBADS I know that every conductive part within a building (that is immovable and/or can be gripped by a human hand) will be at the same potential, therefore if any 'hazardous live' line conductor comes into contact with any conductive part within the building, I can predict an automatic disconnection time not exceeding 0.4 seconds.
Therefore; no immovable conductive parts or conductive parts that can be gripped by the human hand, can remain hazardous live for more than 0.4 seconds.
So if you've taken away the "earthed equipotential bonding" element, how does "automatic disconnection of supply" actually work?
