Actuator for solenoid valve

At least when fully tightened by the magnetic drive (12) outer armature (7) closes the inner armature (11) between the outer armature (7) and inner magnetic circuit body (20) has a magnetic circuit (35) in which the magnetic resistance between the outer and inner armature (7, 11) is initially smaller than the magnetic resistance between the inner armature (11) and inner magnetic closure body (20) and by the resulting magnetic force of the inner armature (11) opposite to the attraction direction (34) of the outer armature (7) is tightened , Thus, an opposite movement of their two armature is achieved. in which the magnetic resistance between the outer and inner armature (7, 11) is initially smaller than the magnetic resistance between the inner armature (11) and inner magnet closing body (20) and by the resulting magnetic force of the inner armature (11) opposite to the tightening direction ( 34) of the outer armature (7) is tightened. Thus, an opposite movement of their two armature is achieved. in which the magnetic resistance between the outer and inner armature (7, 11) is initially smaller than the magnetic resistance between the inner armature (11) and inner magnet closing body (20) and by the resulting magnetic force of the inner armature (11) opposite to the tightening direction ( 34) of the outer armature (7) is tightened. Thus, an opposite movement of their two armature is achieved.