Abstract: A plug assembly having a clamping part, a clamping sleeve, and a housing. The clamping part receives and positions the cable plug at a front portion thereof and engages around a cable in a rear portion. There is a fixed connection between clamping part and sleeve, and the connection generates increasing radial compression on the rear portion of the clamping part to clamp the cable. The housing is pluggable into a complementary socket and receives and positions the clamping part in a latched position via a latching arrangement. The latching connection is releasable between the clamping part and housing by a tilting movement that results in a clamping part engagement element disengaging from a housing stop element. The housing can be pushed rearward along the cable, such that the cable plug and clamping part are no longer covered by the housing.

Abstract: An electrical plug connector, in particular built-in plug connector, includes a housing with a connecting flange having through holes for feeding through fasteners; a flange plate with mounting bores for connecting to a device wall; a control panel, or similar; and a seal inserted therebetween. The outer edge of the flange plate is bent towards the housing and overlaps the outer edge of the connecting flange. The seal protrudes with a circumferential sealing lip into the insertion opening and has an edge bent towards the housing, which edge overlaps circumferential edge of the connecting flange and which, itself, is overlapped by the outer edge of the flange plate. In the assembled state, the circumferential edge of the flange plate extends at maximum to the height of the rear side of the connecting flange and the edge of the seal is higher than the rear surface of the connecting flange.

Abstract: An electrical plug connector has a housing, in which at least one insertion opening and at least one guide for a complementary plug connector with at least one electrical contact pin are arranged. At least one contact element that is elastically deflectable out of the path of the contact pin is mounted in the housing and at least partially protrudes into the insertion opening when the complementary plug connector is absent. The lateral edge of the contact element facing the contact pin, in its front section, encloses an acute angle with the path of the contact pin during the insertion when viewed in the direction of the deflection of the contact element. When the cable plug connector is fully inserted, a flat contact section of the contact element, adjoining the lateral edge, in the transverse direction abuts in contact with the contact pin.

Abstract: An ethernet device connector built-in module for a controllable apparatus from lighting, sound, video or special effects engineering, for incorporating the apparatus in a chain of apparatuses serially connected by ethernet. The construction of the built-in module allows serial control of complexly switchable apparatuses. The built-in module provides a data supply and, for example, a power supply of a chain of serially interconnected apparatuses via two external plug-in locations being interconnected via an interposed distributor component that has an ethernet contact interface on a PCB of the built-in module for connecting within the apparatus, the built-in module to control electronics of the apparatus. The distributor component is configured here to distribute a data supply signal and optionally a power supply signal supplied by one of the two external plug-in locations to the other one of the two external plug-in locations and the ethernet contact interface on the PCB.

Abstract: A receptacle system having a housing pot, a flange-like projection arranged at the insertion opening of the housing pot, and the housing pot is made from a material with a Shore A hardness from 60 to 100. The receptacle system moreover has a support ring made from a harder material than the housing pot, the housing pot can be passed through the support ring until the housing pot abuts the support ring with the flange-like projection such that, in a state mounted on the mounting plate, the flange-like projection is arranged between the mounting plate and the support ring. The support ring has a bore, in particular a blind bore, configured such that the support ring is fastened on the rear side of the mounting plate by a fastening element passed through the mounting plate from a front side of the mounting plate and engaging in the bore.

Abstract: A built-in plug-in connector 2 that includes: at least one contact element 9, a contact element carrier 7, the at least one contact element 9 being received by the contact element carrier 7 and thus being fixed within the built-in plug-in connector 2, and a housing pot 1, the contact element carrier 7 being inserted at least partially into the housing pot 1, the housing pot 1 being made from a material with a Shore A hardness in the range from 60 to 100.

Abstract: The disclosure relates to an electrical plug connector, with a housing with at least one insertion opening for a complementary plug connector and a contact carrier, arranged in the housing, for the electrical contacts accessible through the insertion opening(s). Two concentrically arranged housing parts are connected to one another via a base on the end opposite the at least one insertion opening. Between the housing parts, an annular intermediate space is formed as an annular receiving opening for the plug extension of a complementary plug connector. A receiving space for the contact carrier is provided inside the internal housing part.

Abstract: A cable plug connector having a mechanical retaining element, a latch slider, mechanical key elements, a cable insertion opening, an outer conductor contact element, a neutral conductor contact element and a protective conductor contact element. The outer conductor contact element provides an electrically conductive connection with the outer conductor in a first coupling portion, the neutral conductor contact element provides a connection with the neutral conductor in a second coupling portion, and the protective conductor contact element provides a connection with the protective conductor in an earthing coupling portion. These, connections are each provided within the respective coupling portions via respective conductor end pieces being contacted at at least one contact point and thereby fixed. The earthing coupling portion is arranged at a shorter distance from the cable insertion opening in the insertion direction of the power cable than ends of the first and second coupling portions.

Abstract: A plug connector coupling, in the housing of which at least two female plug connectors are formed, are arranged such that they are rotated by 180° relative to one another about a common axis. For each female plug connector, a locking assembly is provided for each cable plug. The contact elements of both female plug connectors belong to a common contact set, in which the contact elements are guided in a crossing manner and same are arranged on opposing sides and rotated by 180° relative to one another about the common axis. Two locking arms are also arranged in an opposing manner relative to the common axis.

Abstract: An electrical plug connector, in particular a built-in plug connector, for mounting on the rear side of a device wall, control panel, or the like includes a housing with least one insertion opening for a complementary plug connector, preferably a cable plug, wherein a projecting connecting flange protrudes on the insertion-side end of the housing, which connecting flange has through holes for feeding through fasteners. A seal with a central cutout in the region of the insertion opening has passages for feeding through the fasteners. The insertion-side surface of the connecting flange as well as all insertion-side structures inside the boundary of the connecting flange are covered by the seal.

Abstract: The disclosure relates to an electrical plug connector, comprising two housing parts, which are connected in a sealing manner on flat contact surfaces. A first housing part is, on its contact surface, equipped with an annular sealing edge directed at the opposite housing part. A second housing part is, on its contact surface, equipped with an annular seal corresponding to the sealing edge. The housing parts may be unreleasably connected to one another at multiple locations radially outside the seal and the sealing edge.

Abstract: A plug connector part for an optical and/or electrical plug connection has at least a housing and at least a clamping sleeve, which are connected to each other by a releasable screw connection, wherein a strain relief arrangement for a cable guided into the plug connector part is arranged inside the housing and/or the clamping sleeve, which strain relief arrangement includes a strain relief sleeve, which is supported on an outer sleeve. The strain relief arrangement includes a sleeve opening toward the front in a funnel-shaped manner at least over a part of its length, through which litz wires, fibers or the like of the cable are guided and fixed therein.

Abstract: A strand protective plate for clamping a strand of an electric cable in a strand clamping body by means of a clamping screw which acts on the strand protective plate and is screwed into the strand clamping body, wherein the strand protective plate has a strand clamping tongue for bearing against the strand and a bent-over region and a contact region for bearing against the strand clamping body. The strand clamping tongue is connected by means of the bent-over region to the contact region, and a leadthrough opening for guiding the clamping screw through is arranged in the contact region. At least one clamping jaw fixedly clamps the damping screw which is guided through the leadthrough opening is configured on the contact region adjacently with respect to the leadthrough opening.

Abstract: An electrical connector, in particular a socket, having a housing (1) in which a first insertion opening (2) is formed, at least one contact carrier (15) for at least one electrical contact element (17), and a locking assembly (25, 26) for an inserted complementary connector. A locking arm (25) can be kept out of engagement with the complementary connector by an actuating element (26) which, starting from a passive position, can be moved manually into an active position. For the shortest possible design of the connector, the actuating part (32) is positioned at the outermost rear end of the actuating element (26) and no part of the actuating element (26) projects rearwardly over it.

Abstract: A cable connector assembly for electrical and/or optical cables and for connection to a complementary connector assembly. A housing for receiving the contact elements can be connected to a clamping sleeve via a threaded connection. A partially radially compressible clamping member surrounds and grips the cable at the latest when the threaded connection of the clamping sleeve and the housing is tightened. A tightening sleeve, having a length less than the clamping sleeve, is pushed coaxially over at least a portion of the clamping sleeve. A unidirectional locking mechanism interposed between the clamping sleeve and the tightening sleeve prevents a relative rotation of the tightening sleeve and the clamping sleeve in the tightening direction of the threaded connection between the clamping sleeve and the housing beyond a certain extent. A user can assemble the cable connector assembly manually, but can no longer open it without a tool.

Abstract: An electrical connector, with RJ45 cable connectors, includes a housing having at least one insertion opening, a contact carrier, a contact set, a closure element which closes the housing on the rear face opposite the insertion opening, and at least one feedthrough for at least one electrical contact element. The contact set is at least mechanically connected to the closure element. The contact elements at the end of the contact set opposite the insertion opening are guided into or onto the rear face of the closure element.

Abstract: A clamping element (10), which can be radially compressed at least in part, and engages around and clamps a cable (K) of a cable connector unit once the threaded connection of clamping sleeve (3) and housing (1) is tightened. A cable connector unit using such a clamping element (10) is also provided.

Abstract: A connector part (1) for an optical plug-in connection comprises a pin holder (2) and at least two pin sleeves (3, 3?) accommodated in the pin holder, wherein a connector pin (4, 4?) having an optical waveguide is fixed in each of said pin sleeves. The connector part also comprises a connector housing (8), which is connected to the pin holder and completely or partially surrounds the connector pins and which has latching means (9) for creating a latching connection to a mating connector part. An unlocking carriage (11) displaceably mounted on the connector housing is provided to release the latching connection to the mating connector part. The pin holder consists of two half shells (12, 12?) which can be or are latched to one another and the connector housing also can be or is latched to the pin holder. A connector part of this kind can be installed fitted and removed without tools even in difficult field conditions, resulting in a significant time saving for optical plug-in connections.

Abstract: A plug assembly for use with cables (K) with cable plugs (S), in particular for data cables such as RJ45 cables, waveguides, power cables, and the like. The front section of a housing (1) surrounds the cable plug (S). The housing (1) or a clamping part (5) is equipped with a stop for the cable plug (S) in order to position the cable plug (S) at least in the longitudinal axial direction of the housing (1). A specified distance is formed in the contact region of the cable plug (S) and/or between the housing (1) and the cable plug (S) as a movement clearance for at least one section of the cable plug (S) in at least one direction transversely to the longitudinal axial direction of the housing (1).