CONECTOR UNIPOLAR O MULTIPOLAR PARA HILOS CONDUCTORES INDIVIDUALES

LA INVENCION SE REFIERE A UN CONECTOR (1) UNIPOLAR O MULTIPOLAR PARA CONDUCTORES INDIVIDUALES (5) FORMADO POR UNA CARCASA (2) DE MATERIAL AISLANTE QUE INCLUYE AL MENOS UN POLO. LA CARCASA CONSTA BASICAMENTE DE UNAS CAVIDADES ABIERTAS AL MENOS POR UN LADO PARA ALOJAR CADA UNA UN MODULO DE CONEXION (3, 4, 5). POR CADA POLO EXISTE UN MODULO DE CONEXION FORMADO POR UNA CORREDERA (4) DE MATERIAL AISLANTE Y UN CONTACTO ELECTRICO (3). ENTRE LA CORREDERA (4) Y EL CONTACTO (3) EXISTE EN CADA CASO UNA ABERTURA ACANALADA (25) PARA INSERTAR EL CONDUCTOR INDIVIDUAL (5). A TAL FIN, LA CORREDERA (4) POSEE UN ELEMENTO DE GUIA (18) EN FORMA DE PERNO SOBRE EL QUE VA MONTADO DE FORMA DESPLAZABLE EL CONTACTO (3), Y TANTO LA CORREDERA (4) COMO EL CONTACTO (3) PUEDEN APROXIMARSE ENTRE SI A LO LARGO DEL ELEMENTO GUIA (18) PARA QUE EL CONTACTO (3) TRASPASE LA ABERTURA ACANALADA (25) Y PRODUZCA UN CONTACTO ELECTRICO CON EL CONDUCTOR INDIVIDUAL YA INSERTADO, INTRODUCIENDOSE AL MENOS PARCIALMENTE EN LAS ESCOTADURAS (10) DE LA CORREDERA (4). A connector for connecting at least one first conductor 5 with another conductor 50, including a connector body 2 having a first end containing a chamber 2a, and a second end containing a through bore 2b communicating with the chamber, a slide member 4 slidably mounted in the connector body chamber, the slide member containing a transverse bore 25 for receiving the first conductor, the slide member including at its end within the chamber a longitudinally projecting pin portion 18, and an electrical terminal 3 slidably mounted on the slide member pin portion, the slide member being slidably displaceable relative to the electrical contact from a first position in which a contact portion 9 of the terminal is remote from the transverse bore to permit the insertion of the first conductor therein, to a second position in which the contact portion extends across the transverse bore in electrical engagement with the first conductor, the free extremity of the contact being received by a corresponding opposed recess formed in the wall of the transverse bore.