Abstract: A bus bar system is provided with a base part made of an insulating material, in which the base part exhibits at least two chambers for receiving one pole rail each in which one chamber partition is disposed between two chambers respectively, in which structures are provided which arrange corresponding pole rail for the pole rails disposed on the one side of the chamber partition and for the pole rails disposed on the other side of the chamber partition, wherein these structures are a distance from the chamber partition as formed.

Abstract: A bus bar system is provided with a base part made of an insulating material, in which the base part exhibits at least two chambers for receiving one pole rail each in which one chamber partition is disposed between two chambers respectively, in which structures are provided which arrange corresponding pole rail for the pole rails disposed on the one side of the chamber partition and for the pole rails disposed on the other side of the chamber partition, wherein these structures are a distance from the chamber partition as formed.

Abstract: A collecting rail system provides a bus bar with a floor part and a cover part made from an isolating material. The floor part features at least two chambers for the accommodation of respectively one terminal track, whereby between respectively two chambers a chamber separating wall is disposed, and whereby connector tabs are disposed on the terminal tracks such that the cover part can be placed on the floor part in such a manner that the terminal tracks are covered up and the connector tabs protrude through openings in the cover part. As a result of this arrangement, the floor part as well as the cover part are manufactured by means of an operative extrusion process and the openings are subsequently placed, in particular stamped, into the cover part, whereby an isolating element, which is insertable into an opening and which penetrates, in the inserted state, through the opening and which features a case.

Abstract: A collecting rail system provides a bus bar with a floor part and a cover part made from an isolating material. The floor part features at least two chambers for the accommodation of respectively one terminal track, whereby between respectively two chambers a chamber separating wall is disposed, and whereby connector tabs are disposed on the terminal tracks such that the cover part can be placed on the floor part in such a manner that the terminal tracks are covered up and the connector tabs protrude through openings in the cover part. As a result of this arrangement, the floor part as well as the cover part are manufactured by means of an operative extrusion process and the openings are subsequently placed, in particular stamped, into the cover part, whereby an isolating element, which is insertable into an opening and which penetrates, in the inserted state, through the opening and which features a case.

Abstract: The invention is a bus bar comprising a cover part made of an insulating material, and a bottom part comprising two chambers each for the reception of one pole connector. A chamber partition wall is arranged between each set of chambers, wherein at least one connecting lug is arranged on a corresponding pole connector. The cover part can be set on the bottom part in such a way that each of the pole connectors is covered, and each of the connecting lugs extends out through corresponding openings in the cover part. At least one partition wall is arranged on the cover part, which is positioned between two adjacent connecting lugs when the cover part is set on the bottom part. The bottom part is closable on its front side by a set of one or more end caps.

Abstract: The invention is a bus bar comprising a cover part made of an insulating material, and a bottom part comprising two chambers each for the reception of one pole connector. A chamber partition wall is arranged between each set of chambers, wherein at least one connecting lug is arranged on a corresponding pole connector. The cover part can be set on the bottom part in such a way that each of the pole connectors is covered, and each of the connecting lugs extends out through corresponding openings in the cover part. At least one partition wall is arranged on the cover part, which is positioned between two adjacent connecting lugs when the cover part is set on the bottom part. The bottom part is closable on its front side by a set of one or more end caps.

Abstract: The invention relates to a bus bar block with a first bus bar and a second bus bar, each of which has an insulating enclosure, which is at least partially open on one side across from the base side, with, in each enclosure, at least one terminal bar being arranged on which several terminal lugs are arranged such that they protrude from the enclosure in sections through the at least partially open side, with the two bus bars being arranged on a holding device such that their base areas are facing each other, with the holding device for each terminal bar of one of the two bus bars having an electro-conductive connection element, which is designed such that it can be connected with a first end section using one of the terminal lugs of a terminal bar of the first bus bar and with a second end section using one of the terminal lugs of a terminal bar of the second bus bar and such that it makes a connection to a connection contact.