An electric device for supplying power to electric loads in explosion risk environments

The present invention relates to an electric device for supplying power to electric loads (1) in explosion risk environments comprising a mutually sealed first module (2) and second module (3). In the first module (2) a first circuit (23) is housed with a primary portion adapted to be connected to an electric network. A second circuit (33) is housed in the second module (3) with a secondary portion connected to an electric load (4). The second module (3) can be removably associated with the first module (2) in an active position in which the primary portion and the secondary portion define a power supply system adapted to convert the electrical energy of the network making it available to the electric load (4). The first module (2) and the second module (3) comprise pairs of magnets (5), appropriately oriented and magnetically polarized so as to be attracted to each other and orient the second module (3) in the active position, magnetically locking the second module (3) to the first module (2).