Abstract: A multifunction device for prefabricating marking labels, having a top side configured to be printed on and a bottom side opposite the top side with a profiling, includes a printing device and at least one of a separating device and a perforation device. A feeder unit is configured to feed blank marking labels of a finite-length or endless material. A holder element including a recess is configured to receive the marking labels, including the profiling, so as to fix the marking labels in position during a passing over of the printing device and the at least one of the separating device and perforation device.

Abstract: A lead-through terminal for leading an electric line through a wall, having a first terminal housing and a second terminal housing, at least one first conductor connection member in the first terminal housing and at least one conductor connection member in the second terminal housing, and a bus bar electrically connecting the first conductor connection member to the second conductor connection member when the first terminal housing and the second terminal housing are connected together. The two conductor connection members each have a leg spring and a metal part, the leg springs each having a clamping leg and a contact leg, the clamping legs and corresponding metal parts each form a spring-force clamp connection for connection of an electrical conductor. The bus bar is arranged in the first terminal housing and electrically conductively connected at a first end thereof to the metal part of the first conductor connection member.

Abstract: A modular terminal having a terminal housing, a busbar, and two terminal elements for connecting two conductors to the busbar. Two functional slots are formed at both connecting ends in the terminal housing. The first functional slot provides a first connection possibility for a first test socket or a test plug, and, the second functional slot provides a second connection possibility for a fixed link or a jumper. In order to be able to mount the testing and switching equipment in a simple and flexible manner in the modular terminal, an additional third functional slot is formed at both connecting ends in the terminal housing, a third connection possibility corresponding to the third functional slot is formed at both connecting ends in the busbar, and the connection possibilities in the busbar are openings into which test sockets, test plugs, fixed links, or jumpers can be alternatively plugged.

Abstract: The invention relates to an electric connector terminal for guiding a circuit through a wall (1), having a first terminal (2) to be mounted at a side of the wall and a second terminal (3) to be mounted at the other side of the wall (1), with the first terminal (2) comprising a connector element (4) to connect to the second terminal (3), the connector element (4) can be inserted into the second terminal (3), the second terminal (3) comprising a power line (6) for the electric connection to the first terminal (2), the power line (6) can be inserted into the connector element (4), and the surface of the connector element (4) facing away from the power line (6) comprising a creepage power extension (10). The creepage power extension (10) according to the invention increases the creepage distance, so that the electric connector terminal according to the invention can be impinged with higher voltages.

Abstract: An electrical connection device for connecting at least one stripped conductor end, having a bus bar piece and a clamping spring which compresses an insert conductor end, the bus bar piece having a conductor through opening and a contact section which borders the conductor through opening and extends in the conductor through direction, the clamping spring forming a spring force clamping connection for the electrical conductor. The bus bar piece of the connection device requires less material use since the contact section has two side walls which extend in the longitudinal direction of the bus bar piece, are connected integrally to the bus bar piece and the contact section, and the side walls have a maximum extension in the longitudinal direction of the bus bar piece which is smaller than the longitudinal extension of the conductor through opening.

Abstract: The present invention relates to a system for connecting electrical conductors to mutually different potentials, consisting of at least two electrical terminals (10) arranged alongside one another with plug receptacles (12) and at least two plug bridges (14) which have in each case at least two plug contacts (14.2) which are connected to one another via a top web (14.1) and can be plugged into the plug receptacles (12).

Abstract: A securing device for a plug unit configured to automatically establish a secured state when the plug unit is plugged in includes an engagement element configured to automatically trigger the secured state through an engagement when the plug unit is plugged in, the automatically established secured state corresponding to a first stable position of the securing device, and an actuatable releasing device configured to unplug the plug unit. The actuatable releasing device is configured to actuate so as to undo the secured state and move the securing device into a second stable position. An unplugging and plugging in of the plug unit enables the securing device to move out of the second stable position.

Abstract: The invention relates to an electric terminal for leading a conductor through a wall, comprising a first terminal piece (1) to be mounted on one side of the wall, and a second terminal piece (2) to be mounted on the other side of the wall. The first terminal piece (1) has a first connecting element (5) and a holding element (7) for positioning the first connecting element (5), while the second terminal piece (2) has a busbar (4) to be electrically connected to the first connecting element (5). According to the invention, the first connecting element (5) in such an electric terminal for leading a conductor through a wall can be connected to the conductor and/or the busbar (4) in a particularly simple fashion because the first connecting element (5) is positioned in the first terminal piece (1) by the holding element (7).

Abstract: An electric terminal for leading a conductor through a wall (1), comprising a first terminal piece (2) to be mounted on a first side (3) of the wall (1), and a second terminal piece (4) to be mounted on the second side (5) of the wall (1) is provided. The second terminal piece (4) or the first terminal piece (2) can be fastened to the wall (1) using a fastening means (6) that can be inserted through the wall (1) into the first terminal piece (2) or the second terminal piece (4) from the first side (3) or the second side (5) of the wall (1), and/or the fastening means (6) can be interlocked with the second terminal piece (4) or the first terminal piece (2) in such a way that to the second terminal piece (4) or the first terminal piece (2) can be fastened to the wall (1) from the second side (5) or the first side (3) of the wall (1). According to the invention, such an electric terminal for leading a conductor through a wall (1) can be fastened to the wall (1) in a particularly simple fashion.

Abstract: The invention relates to an electric connector terminal for guiding a circuit through a wall (1), having a first terminal (2) to be mounted at a side of the wall and a second terminal (3) to be mounted at the other side of the wall (1), with the first terminal (2) comprising a connector element (4) to connect to the second terminal (3), the connector element (4) can be inserted into the second terminal (3), the second terminal (3) comprising a power line (6) for the electric connection to the first terminal (2), the power line (6) can be inserted into the connector element (4), and the surface of the connector element (4) facing away from the power line (6) comprising a creepage power extension (10). The creepage power extension (10) according to the invention increases the creepage distance, so that the electric connector terminal according to the invention can be impinged with higher voltages.

Abstract: The invention relates to a method for producing marking labels for marking electronic components, wherein a mat-shaped injection molded part (10) is produced in a first method step by means of an injection molding process, and marking labels having any arbitrary width and/or length are produced from the mat-shaped injection molded part (10) in a second method step. The invention also relates to a device for producing such marking labels.

Abstract: A multifunction device for prefabricating marking labels, having a top side configured to be printed on and a bottom side opposite the top side with a profiling, includes a printing device and at least one of a separating device and a perforation device. A feeder unit is configured to feed blank marking labels of a finite-length or endless material. A holder element including a recess is configured to receive the marking labels, including the profiling, so as to fix the marking labels in position during a passing over of the printing device and the at least one of the separating device and perforation device.

Abstract: In order to increase the clamping effect in an electrical screw connector used in industrial applications to fix or hold an electrical conductor, the support and contact surfaces for the electrical conductor are textured. According to the invention, the texturing of the support and contact surfaces for the electrical conductor is carried out by various production methods using embossing or stamping tools.

Abstract: A lead-through terminal for leading an electric line through a wall, having a first terminal housing and a second terminal housing, at least one first conductor connection member in the first terminal housing and at least one conductor connection member in the second terminal housing, and a bus bar electrically connecting the first conductor connection member to the second conductor connection member when the first terminal housing and the second terminal housing are connected together. The two conductor connection members each have a leg spring and a metal part, the leg springs each having a clamping leg and a contact leg, the clamping legs and corresponding metal parts each form a spring-force clamp connection for connection of an electrical conductor. The bus bar is arranged in the first terminal housing and electrically conductively connected at a first end thereof to the metal part of the first conductor connection member.

Abstract: A modular terminal having a terminal housing, a busbar, and two terminal elements for connecting two conductors to the busbar. Two functional slots are formed at both connecting ends in the terminal housing. The first functional slot provides a first connection possibility for a first test socket or a test plug, and, the second functional slot provides a second connection possibility for a fixed link or a jumper. In order to be able to mount the testing and switching equipment in a simple and flexible manner in the modular terminal, an additional third functional slot is formed at both connecting ends in the terminal housing, a third connection possibility corresponding to the third functional slot is formed at both connecting ends in the busbar, and the connection possibilities in the busbar are openings into which test sockets, test plugs, fixed links, or jumpers can be alternatively plugged.

Abstract: A securing device for a plug unit configured to automatically establish a secured state when the plug unit is plugged in includes an engagement element configured to automatically trigger the secured state through an engagement when the plug unit is plugged in, the automatically established secured state corresponding to a first stable position of the securing device, and an actuatable releasing device configured to unplug the plug unit. The actuatable releasing device is configured to actuate so as to undo the secured state and move the securing device into a second stable position. An unplugging and plugging in of the plug unit enables the securing device to move out of the second stable position.

Abstract: An electrical terminal block, especially for locking onto a mounting rail, has a plurality of adjacent base terminals and connectors. Each base terminal has a terminal housing, with at least one conductor terminal element and at least one receptacle electrically connected to the conductor terminal element or at least two interconnected receptacles. The individual connectors have a connector housing, with at least one conductor terminal element and a plug-in contact electrically connected to the conductor terminal element. The individual connectors can be plugged onto the individual terminal housings. Reliable mechanical fixing of the connectors on the base terminals is ensured since each outer side of the base terminals has a fixing device on the terminal housing. Sides of adjacent connectors have a fixing cover with a fixing mechanism corresponding to the fixing device, so that the connectors can be mechanically connected to the fixing base terminals via the fixing covers.

Abstract: An electrical terminal block, especially for locking onto a mounting rail, has a plurality of adjacent base terminals and connectors. Each base terminal has a terminal housing, with at least one conductor terminal element and at least one receptacle electrically connected to the conductor terminal element or at least two interconnected receptacles. The individual connectors have a connector housing, with at least one conductor terminal element and a plug-in contact electrically connected to the conductor terminal element. The individual connectors can be plugged onto the individual terminal housings. Reliable mechanical fixing of the connectors on the base terminals is ensured since each outer side of the base terminals has a fixing device on the terminal housing. Sides of adjacent connectors have a fixing cover with a fixing mechanism corresponding to the fixing device, so that the connectors can be mechanically connected to the fixing base terminals via the fixing covers.

Abstract: An electrical terminal block, especially for locking onto a mounting rail, has a plurality of adjacent base terminals and connectors. Each base terminal has a terminal housing, with at least one conductor terminal element and at least one receptacle electrically connected to the conductor terminal element or at least two interconnected receptacles. The individual connectors have a connector housing, with at least one conductor terminal element and a plug-in contact electrically connected to the conductor terminal element. The individual connectors can be plugged onto the individual terminal housings. Reliable mechanical fixing of the connectors on the base terminals is ensured since each outer side of the base terminals has a fixing device on the terminal housing. Sides of adjacent connectors have a fixing cover with a fixing mechanism corresponding to the fixing device, so that the connectors can be mechanically connected to the fixing base terminals via the fixing covers.

Abstract: In order to increase the clamping effect in an electrical screw connector used in industrial applications to fix or hold an electrical conductor, the support and contact surfaces for the electrical conductor are textured. According to the invention, the texturing of the support and contact surfaces for the electrical conductor is carried out by various production methods using embossing or stamping tools.