RELAIS ELECTROMAGNETIQUE

A.RELAIS ELECTROMAGNETIQUE.B.RELAIS CARACTERISE EN CE QUE LES ANCRAGES SE TROUVENT A L'EXTREMITE FRONTALE, CONCUE COMME POSITION DE REPOS 21 POUR L'ARMATURE BASCULANTE 22 DE LA CULASSE 17 ET SONT DISPOSES DANS LA PLAQUE DE BASE 10 DE FACON TELLE QUE LE NOYAU DE BOBINE 18 QUI PORTE LE CADRE DE BOBINE 19 EST DISPOSE A UNE CERTAINE DISTANCE, PERPENDICULAIREMENT AU-DESSUS DE LA PLAQUE DE BASE 10 ET QUE L'ARMATURE BASCULANTE 22 EST PLACEE ENTRE LA PLAQUE DE BASE 10 ET L'EXTREMITE LIBRE 18A, DIRIGEE VERS LA PLAQUE DE BASE 10, DU NOYAU DE BOBINE 18.C.L'INVENTION CONCERNE UN RELAIS ELECTROMAGNETIQUE. Reduced base plate dimensions are provided for an electromagnetic relay of the kind having a flap type armature by disposing the core which carries a spool and the winding therein perpendicular to the base plate with its free end spaced from the base plate sufficiently for the armature to swing between the free end of the core and the base plate, while being hinged in a seat at one end of the armature provided in the magnet yoke. Support for the magnetic system of the relay, which like the base plate assembly is a preassembled unit is provided by anchoring portions (29) of the magnet yoke which lie against the armature seat and are so set in the base plate when the two subassemblies are put together, that the free end of the core is in the position described. A leaf spring carrying the switch contact as an aperture stamped out in it for centering the armature. The switching path connections are very short and various details are provided to simplify assembly and adjustment of the relay in mass production.