Abstract: A support rail on which a plurality of housings, which can be strung together and which are equipped with electrical contact elements and/or functional elements, can be arranged is mounted onto a mounting base in a mounting position, even in a state in which the housings have already been strung onto the support rail prior to the support rail being mounted. The support rail is retained by two or more latching devices which are placed in position on the mounting base prior to the support rail being mounted. The latching devices and the support rail are configured such that the support rail can be placed onto the latching device and locked onto it without using any tools.

Abstract: A support rail and housing assembly is mountable on a housing base. The housings are equipped with electrical contact and/or functional elements which can be strung together. The support rail is mountable on the mounting base even when the housings have already been arranged on the support rail before the support rail is mounted. The support rail is secured to the mounting base by two or more mounting pins which have been placed before the support rail is mounted to the mounting base. The mounting pins and the support rail are designed to correspond to each other such that the support rail can be placed on the mounting pins and locked thereto without using a tool.

Abstract: A support rail and housing assembly is mountable on a housing base. The housings are equipped with electrical contact and/or functional elements which can be strung together. The support rail is mountable on the mounting base even when the housings have already been arranged on the support rail before the support rail is mounted. The support rail is secured to the mounting base by two or more mounting pins which have been placed before the support rail is mounted to the mounting base. The mounting pins and the support rail are designed to correspond to each other such that the support rail can be placed on the mounting pins and locked thereto without using a tool.

Abstract: The invention relates to a terminal assembly and in particular a series terminal assembly for medium-voltage switchgears. The assembly includes at least two input-side connectors and at least two output-side connectors in addition to a configuration location. The input-side connectors and the output-side connectors are not interconnected in a fixed pre-configured manner. Each of the configuration locations for each input-side connector location and for each output-side connector location has a configuration connector location.

Abstract: The invention relates to a terminal assembly and in particular a series terminal assembly for medium-voltage switchgears. The assembly includes at least two input-side connectors and at least two output-side connectors in addition to a configuration location. The input-side connectors and the output-side connectors are not interconnected in a fixed pre-configured manner. Each of the configuration locations for each input-side connector location and for each output-side connector location has a configuration connector location.

Abstract: An inductive torque sensor for a motor vehicle is provided that has an excitation coil, an oscillator circuit which is coupled with the excitation coil and which generates a periodic alternating voltage signal and couples it with the excitation coil during operation, a stator circuit board with first receiver means and second receiver means with each having a number of periodically repeated receiver structures, at least two rotors which can be rotated relative to one another and relative to the stator circuit board and which influence the strength of the inductive coupling between the excitation coil and the receiver means, and evaluation means suitable for evaluation of the signals induced in the receiver means.

Abstract: The present invention relates to an inductive torque sensor (1), Inductive torque sensor (1), in particular for a motor vehicle, comprising at least one excitation coil, at least one oscillator circuit which is coupled with the excitation coil and which generates a periodic alternating voltage signal and couples it into the excitation coil during operation, A stator circuit board (2) with a first receiver means (20) and a second receiver means (21), which each have a number of periodically repeated receiver structures, at least 2 rotors (3, 4) which can be rotated relative to one another and relative to the stator circuit board (2) and which influence the strength of the inductive coupling between the excitation coil and the receiver means (20, 21), Evaluation means suitable for the evaluation of the signals induced in the receiver means (20, 21), wherein the number N of the receiver structures of the first receiver means (20) and the number M of the receiver structures of the second receiver means (21) a

Abstract: Dye mixtures including the dyes of the general formula (I) and dyes of the general formula (II) where R1 to R3, A, W and M are each as defined in claim 1, their preparation and their use for dyeing or printing hydroxyl- and/or carboxamido-containing material, preferably fiber material.

Abstract: An electrical connector includes a metal housing having at least one side wall, and first and second end walls cooperating with the side wall to define an open-topped chamber, an inverted generally U-shaped resilient contact having first and second leg portions introduced into the chamber adjacent the first and second end walls, respectively, and a bridging portion adjacent the open top of the metal housing, the housing side wall having a bent portion for supporting the resilient contact bridging portion, the resilient contact first leg portion being connected against coplanar movement relative to the housing first end wall. The resilient contact second leg portion is biased outwardly from the first leg portion, thereby to bias a conductor introduced within the housing chamber toward engagement with a bus bar defined adjacent the housing second end wall. The housing may be formed of an electrically conductive metal, such as copper.

Abstract: An electrical connector includes a metal housing having at least one side wall, and first and second end walls cooperating with the side wall to define an open-topped chamber, an inverted generally U-shaped resilient contact having first and second leg portions introduced into the chamber adjacent the first and second end walls, respectively, and a bridging portion adjacent the open top of the metal housing, the housing side wall having a bent portion for supporting the resilient contact bridging portion, the resilient contact first leg portion being connected against coplanar movement relative to the housing first end wall. The resilient contact second leg portion is biased outwardly from the first leg portion, thereby to bias a conductor introduced within the housing chamber toward engagement with a bus bar defined adjacent the housing second end wall. The housing may be formed of an electrically conductive metal, such as copper.

Abstract: A connector assembly is operable to connect a conductor with a generally U-shaped ground rail having a pair of upwardly extending legs that terminate in outwardly directed flange portions, including a conductive plate having a body panel that extends transversely above the rail. At a first end, the body panel included a downwardly extending hook portion the extends in locking relation beneath the flange portion of the associated first rail; at its other end, a first plate support panel is connected with the bottom of the body pane for bending movement about a first generally horizontal fold lined to a support position generally normal to the body panel and in engagement with the upper surface of the flange portion of the other rail.

Abstract: A resilient connector for maintaining an electrical conductor in side-by-side conductive engagement with a bus bar includes a generally loop- or O-shaped resilient contact body having a first end portion, an intermediate portion arranged generally normal to the intermediate portion, and a second end portion that is normally arranged at an acute angle relative to the contact intermediate portion, the contact first end portion containing a window opening having first and second opposed edges remote from and adjacent the intermediate portion, respectively, the second contact end portion being displaceable from a normal first position adjacent the first window edge toward a second position adjacent the second window edge, whereby when the second contact end is displaced to its second position and a conductor and a bus bar are introduced in side-by-side electrically conductive relation within the window, release of the second end portion causes the conductor and the bus bar to be clamped in tight electrical contac

Abstract: An apparatus for mounting a conductor terminal including an insulated housing and a bus bar on a support rail is characterized by a solid metal contact base connected with the bus bar and adapted for electrically and mechanically connecting the bus bar with the rail. The base includes a pair of integral hook portions for clamping with the edges of the rail and at least one intermediate resilient prong extending longitudinally from the base. When the hook portions are clamped onto the rail edges, the prong is biased against the rail to retain the connector in position on the rail.

Abstract: A conductor connection assembly includes a U-shaped receptacle into which one can insert from above a screw-clamping assembly comprising a screw, a nut threadably connected with the screw, and a wire protection part in the form of a barrel spring or collar connected with the screw. On the nut, there are provided lateral protrusions adapted to fit within corresponding recesses provided in the side walls of the U-shaped receptacle. The screw clamping mechanism and the U-shaped receptacle are locked into position since the collar includes in the upper area thereof lateral shoulder projections which abut against the side edges of the side walls of the U-shaped receptacle upon activation of the screw to displace the clamping mechanism downwardly into the receptacle.