Abstract: A cable harness production system includes an electronic controller and at least one installation plate to which a plurality of mounting stations is fastened. Each of the mounting stations supports a receptacle for a functional element, which is directly connected to at least one cable harness or is shaped as a cable installation aid, such as a fork. In at least one mounting station, at least one electronic transmitter is integrated with a test sensor which can be activated by the mounting of a functional element, or by the insertion of a cable into the cable installation aid, so that a test message, as an electric wave, can be emitted and can be received and evaluated by the electronic controller.

Abstract: A cable harness production system includes an electronic controller and at least one installation plate to which a plurality of mounting stations is fastened. Each of the mounting stations supports a receptacle for a functional element, which is directly connected to at least one cable harness or is shaped as a cable installation aid, such as a fork. In at least one mounting station, at least one electronic transmitter is integrated with a test sensor which can be activated by the mounting of a functional element, or by the insertion of a cable into the cable installation aid, so that a test message, as an electric wave, can be emitted and can be received and evaluated by the electronic controller.

Abstract: A cable harness production system for producing a cable harness includes at least one elongated substantially vertical post that can be fixed to a foot on a bearing plate and, which carries on the tip thereof, either a receiving element for receiving a functional element connected to the cable harness or a cable laying aid for directly guiding the cable harness. The receiving element or the cable laying aid can be mounted onto the tip and the form of the tip is complementary to that of a recess on the lower side of the receiving element or the lower side of the cable laying aid.