Electromechanical connection device

An electromechanical connecting device having a switching mechanism which can be connected via power supply contacts to a current source, including actuating magnets having coded magnet parts in the form of a first specific arrangement of the north and south poles, arranged in a housing as a closed assembly, and connected to a tripping mechanism which exhibits tripping magnets having coded magnet parts in the form of a second specific arrangement of the north and south poles and electrically connectable to a consumer;

• said tripping magnet bringing the actuating magnets from a rest position into a working position against a retaining force for producing a contact of contact pairs and an electrical connection between the switching mechanism and the tripping mechanism, the actuating magnets cooperating by means of a coding, with the tripping magnets having oppositely directed coding, thereby realizing specific magnetic fields for the actuating operation;
• the housing of the switching mechanism being provided with an earthing ring on a side facing the tripping mechanism, wherein a plurality of actuating magnets are arranged in the outer circumferential region of the operating slide with a spacing from one another with magnet parts having different polarities, and an equal number of tripping magnets having magnet parts of opposite polarity are arranged in the same circumferential region as the actuating magnets in the tripping mechanism and in that the contact pairs exhibit contact pins in the switching mechanism and in the tripping mechanism, the contact pins in the tripping mechanism projecting in the non-connected state from a side facing the switching mechanism and being mounted resiliently in the tripping mechanism.