Abstract: An electrical box includes an enclosure having a bottom wall and a peripheral wall extending away from the bottom wall in an axial direction of the enclosure to define a cavity of the enclosure with a front opening of the enclosure providing access to the cavity thereof. A retainer wall extends axially from the bottom wall and is spaced from the peripheral wall with respect to an inward direction of the enclosure arranged transverse to the axial direction thereof. A clamping element is positioned and maintained in a clamp opening formed between the peripheral wall and the retainer wall by a press fit with the clamping element applying a clamping force to an electrical cable extending through a gap formed between the peripheral wall and the clamping element.

Abstract: An insulated electric cord (102) comprises an elongate covering arrangement (12) and at least two elongate electrical conductors (14, 16) held within the covering arrangement (12). The insulated electric cord (102) further comprises an elongate load bearing member (20) held within the covering arrangement (12). The insulated electric cord (102) further comprises an elongate flexible cutting member (22) held within the covering arrangement (12). The elongate electrical conductors (14, 16), the elongate load bearing member (20), and the elongate flexible cutting member (22) extend longitudinally through the covering arrangement (12). The elongate flexible cutting member (22) extends through the covering arrangement (12) adjacent the elongate load bearing member (20). The cutting member (22) is capable of cutting the covering arrangement (12), thereby allowing a portion of the load bearing member (20) to be extracted from the covering arrangement (12).

Abstract: A connection structure of an electric component, a motor and a connection method of an electric component are provided. The connection structure of the electric component includes: an electric component main body having a connection terminal; a connector for wiring which is connected with the connection terminal; a base member; and a cover member. The base member is provided with an accommodation recessed part which accommodates inside a connected portion between the connection terminal and the connector. The accommodation recessed part has an opening part opened to an upper side. The cover member is attached to the base member so as to cover the opening part. An inside of the accommodation recessed part is filled with a sealing material which seals the connected portion between the connection terminal and the connector, and the sealing material fixes the connected portion, the base member and the cover member to each other.

Abstract: A stator coil assembly is provided comprising: a stator having a stator core; a cover positioned within the stator core; a top section coupled to the cover to define an interior region, the top section including a pair of protrusions, each protrusion having a bore extending therethrough; a bobbin disposed within the interior region; a plurality of coil windings wrapped around the bobbin; a pair of lead wires, each lead wire extending through a corresponding protrusion bore and connecting to the coil windings within the interior region; and a pair of hermetic seals, each hermetic seal surrounding a corresponding lead wire within a protrusion bore to hermetically seal the interior region.

Abstract: A method includes removing a section of electrical insulation proximate an end of a tubing-encased conductor (TEC) to form an end of electrical insulation that is axially recessed relative to the end of the TEC. The method includes welding an end member to an outer surface of the outer tube at a weld joint that is axially between the end of the TEC and the end of the electrical insulation to protect the electrical insulation from heating damage from welding. The method includes replacing the section of electrical insulation proximate the end of the TEC by inserting a spacer into the end of the TEC between the outer tube and the electrical conductor after welding the end member to the outer surface of the TEC. A tool can be electrically connected to the electrical conductor and the tool can be welded to the end member.

Abstract: A modular stackable enclosure system is disclosed herein. The system includes a base structure including a cavity that includes a component mounting surface. The base structure also includes a plurality of modular ports configured to provide openings to the cavity. The base structure also includes a plurality of accessory mount interfaces, configured to receive a plurality of corresponding toolless-attachable accessory mounts. The system also includes a plurality of port plates, each configured to fit into a port of the plurality of modular ports. The system also includes a plurality of port plate attachments, each configured to fit into a corresponding port plate. The system also includes a cover, configurable to attach to the base structure, such that the cover is movable to cover or expose the cavity.

Abstract: A system for coupling at least one flexible hose is provided that includes first and second annular connecting elements. In a system mounting position, the second element is inserted partially into the flexible hose and the first element is mounted on the second element to compress the flexible hose. The first element includes a tubular body, and a proximal end having an annular part. The tubular body is divided from the annular part by axially extending openings that form at least two hooking portions with hook-shaped ends. The second element includes a first sealing projection and a second retaining projection formed beyond the first sealing projection. The second projection cooperates with the hooking portions. More specifically, the annular part comprises an annular inner protrusion to form a constriction between a bottom and top of the sealing projection side facing the said first end of the second element.

Abstract: A cable connector includes a body having a longitudinal axis, a front, and an annular sidewall extending reardwardly from the front of the body along the longitudinal axis. The connector further includes a compression band in the sidewall, wherein the compression band has a thinned portion of the sidewall and also annular first and second ridges flanking the thinned portion. A compression collar is mounted to the body for axial movement between a retracted position and an advanced position in which the sidewall is deformed radially inward only at the compression band.

Abstract: To achieve high waterproofness, a grommet that is attached so as to cover a shield pipe and a corrugated tube so as to bridge therebetween includes a pipe-side end portion that is formed in a tubular shape capable of being sealingly connected to an outer circumferential side of the pipe, and a corrugated-side end portion that is formed in a tubular shape capable of being sealingly connected to an outer circumferential side of the corrugated tube. A plurality of sealing lips that closely contact to an outer surface of the shield pipe are formed on an inner surface of the pipe-side end portion. The sealing lips are disposed inside and outside a width region W that is fastened by a fastening band disposed on an outer surface of the pipe-side end portion.

Abstract: A clamp mark includes a mark main body, flange parts and a linear rib. The mark main body has a cylindrical shape. The mark main body is made of resin material by molding. The mark main body covers a circumference of an electric wire entirely in a circumference direction of the electric wire at a predetermined position of the electric wire in an axial direction of the electric wire. The flange parts are respectively provided on both ends of the mark main body in an axial direction of the mark main body so as to project outward in a radial direction of the mark main body from an outer peripheral surface of the mark main body. The rib is provided on and projected from the outer peripheral surface of the mark main body.

Abstract: A threadless grounding bushing for placement on an end of an EMT or rigid electrical conduit has a bushing body with a first portion with an inner smooth cylindrical surface dimensioned for receipt of a rigid conduit; a second portion with a central bore for the passage of conductors therethrough, the second portion dimensioned to form a stop relative to a terminating end of a rigid conduit or EMT received in the first portion; at least one set screw that extends through the first portion to make contact with the EMT or rigid conduit; a lug secured to the bushing body having an opening to secure a ground conductor thereto; and a removable spacer with an inner surface corresponding to the outer surface of an EMT and having an outer surface corresponding to the inner smooth cylindrical surface of the first portion of the bushing body.

Abstract: A subsea connector includes a recess arranged on an inner surface of the housing of the subsea connector. The recess is configured to receive a canted coil spring such that it provides an electrical multi-point contact between an outer shielding layer, sometimes referred to as a screen, of a subsea cable. The subsea connector further includes a link configured to releasably attach an earth link wire to the housing.

Abstract: A coaxial cable-connector assembly comprising: (a) a coaxial cable; (b) a coaxial connector; (c) a rear body; and (d) a coupling nut. The coaxial cable comprises: an inner conductor; a dielectric layer circumferentially surrounding the inner conductor; an outer conductor circumferentially surrounding the dielectric layer; and a jacket circumferentially surrounding the outer conductor. The coaxial connector comprises: an inner contact electrically connected with the inner conductor; an outer body spaced apart from and circumferentially surrounding the inner contact; and a dielectric spacer interposed between the inner contact and the outer body. The rear body has a main section, a rear collet extending rearwardly from the main section, and a front engagement structure that coordinates with the outer body to engage the outer conductor. The nut has a threaded section and a tapered inner surface.

Abstract: A connector assembly (10) is disclosed in which a connector part (12) and a cable manager part (20) are provided. The cable manager part (20) can be provided with a housing part (40) that functions to ensure a grounded connection between the connector assembly (10) and a sheath (5) of a cable (4) via one or more springs (60, 66) secured within the housing part (40). In one embodiment, two parallel helical springs (60, 66) are disposed within the housing part (40).

Abstract: A structure for attaching a band clip to a corrugated tube, provided with a corrugated tube having pluralities of ring-shaped ribs and of ring-shaped grooves; and a band clip for fixing the corrugated tube to an attachment target object. The band clip has projecting portions arranged to be separated from each other in an axial direction. The corrugated tube is configured such that the projecting portions are respectively fittable into ring-shaped grooves that are symmetrically arranged with a ring-shaped rib being interposed therebetween. Protruding portions that are engageable with the projecting portions are provided such that two protruding portions, one for every 180°, are provided for each ring-shaped groove. The protruding portions provided for one ring-shaped groove and for another ring-shaped groove are arranged such that respective phases thereof are shifted from each other by 90° in a circumferential direction.

Abstract: An electric junction box 1 includes: a box main body 2; and a tubular guide portion 6 projecting from the box main body 2 and guiding a plurality of electric wires 7 to an outside of the box main body 2. While the electric wires 7 are passed through the guide portion 6, a fixing member 8 is continuously wound from the guide portion 6 to the electric wires 7. The guide portion 6 is provided with an expanded portion 67 gradually expanded toward an outside of the guide portion 6 as the guide portion 6 is extended from the box main body 2 to an end portion away from the box main body 2.

Abstract: A cable fitting includes a gland nut, a body, and a chuck. The gland nut includes first threads, an axial gland bore, and a first sloped surface along a portion of the axial gland bore. The body includes second threads to receive the first threads, an axial body bore, and a second sloped surface along a portion of the axial body bore. The chuck includes multiple segments joined in a hinged fashion to create a ring. Each of the multiple segments includes a distal end tapered surface and a proximal end tapered surface. When the gland nut is advanced onto the body, the first sloped surface applies a first compressive force to the distal end tapered surfaces, and the second sloped surface applies a second compressive force to the proximal end tapered surfaces. The compressive forces cause inward deformation of the chuck to secure a cable within an axial pathway.

Abstract: A wire group of a branch line or a trunk line of a wire harness is covered with a corrugated tube in proximity to an external interfering material projecting from a vehicle body panel. A corrugated clamp is fit fixedly on an end side of the branch portion of the corrugated tube, an outer surface of a vehicle body locking box of the corrugated clamp is brought into abutment with the vehicle body panel having the external interfering material projecting therefrom, and the distance between an outer surface of the wire group covered with the corrugated clamp and the corrugated tube fitted thereon and the external interfering material is larger than the dimension of projection of the external interfering material from the vehicle body panel.

Abstract: A shielding structure for a wire harness includes a seal member which has a wire through hole that allows the wire to pass therethrough while sealing a circumference of the wire. The wire has a structure where an insulating resin layer is formed on an outer circumference of a conductor, and a predetermined range in a length direction of the conductor is coated with a shield layer formed by resin plating to cover an outer circumferential surface of the insulating resin layer. A terminal portion of the wire is passed through the wire through hole of the seal member to be introduced into the shield wall to a position where the shield layer exists, whereby an inner circumference of the wire through hole is made in close contact with the shield layer to cause the shield layer and the seal member to be electrically conducted with each other.

Abstract: An electric control or signaling device to be assembled through an opening formed in a wall, and including a tubular metal body which is to engage with a first surface of the wall, wherein the body includes a threaded cylindrical portion to be inserted into the opening and an attachment device including a metal clamping ring to be screwed onto the threaded cylindrical portion of the body to attach the control or signaling device through the opening, and a metal attachment plate to be applied against a second surface of the wall opposite the first surface by the clamping ring.

Abstract: A quick-release cord grip is described herein. The quick-release cord grip can include a damming device through which at least one conductor traverses, and a frame mechanically coupled to the damming device. The frame can include a first portion having a first receiving feature along a first inner surface, a first coupling feature, and a first fastening feature. The frame can also include a second portion having a second receiving feature along a second inner surface, a second coupling feature, and a second fastening feature. The first coupling feature and the second coupling feature can be movably coupled to each other. The first fastening feature and the second fastening feature can be detachably coupled to each other. The damming device can be disposed within the first receiving feature and the second receiving feature when the first fastening feature and the second fastening feature are mechanically coupled to each other.

Abstract: A fitting that anchors electrical wiring to a junction box or electrical panel includes gripping members which can releasably hold electrical wiring, in or out of armored conduit, and interference members which allow the fitting to be inserted through knock out apertures and, when in place, extend to prevent withdrawal from the aperture. Optionally a rotatable collar actuates the mechanisms and abuts the wall of the box or panel, eliminating any lateral movement when the interference members are engaged.

Abstract: A grounding adapter to be used with a cable comprises a central band, a plurality of upper extensions, and a plurality of lower extensions. The central band may include an upper side, an opposing lower side, a left side, and an opposing right side to form a rectangle. The upper extensions may be spaced apart and coupled to the upper side of the central band. The lower extensions may be spaced apart and coupled to the lower side of the central band. Each upper extension and lower extension may have an isosceles triangle shape with a first side and a second side of equal length and a rounded corner therebetween. The lower extensions may be offset from the upper extensions such that a space between any two lower extensions aligns with an upper extension.

Abstract: This device for holding at least one longitudinal element, of the wiring harness or tube type, on a support, comprises a deformable clamp that allows said longitudinal element to be inserted into the clamp and holds the longitudinal element, and a protective layer that at least partially covers the clamp. The clamp is made of thermoplastic, the protective layer being overmolded onto the clamp.

Abstract: An attachment system for cables (7), in particular for wind turbines, has a base body (1, 3) securable to a support structure and forming cable bushings (5) with openings for cables (7). The openings can be closed by a cover (17) applying retaining forces to the cables (7). The cable bushings (5) on the base body (1, 3) are arranged at least over part of a ring, with an outside opening. The cover (17) has retaining bodies lockable to the base body (1, 3) for preliminary fixing of the cables (7) inserted into the cable bushings (5) and a tightening strap (17) encompassing the base body (1, 3) and applying retaining forces to the cables (7) via the retaining bodies.

Abstract: The present invention provides a grommet having a hollow elongate tubular body with two flexible end-faces each having thicker diameter leading edges that precede thinner diameter catchment areas.

Abstract: An electrical fitting having a gripping device with a plurality of gripping tabs forming a helix or spiral. The gripping tabs have a twist creating increased pullout resistance and easier disassembly. The electrical fitting permits electrical metallic tubing or EMT to be quickly attached to and removed from the electrical fitting without disassembling the fitting or cutting the tubing. A body with a locking end having a plurality of griping tabs receives an end of the tubing pushed into the fitting. The gripping tabs securely hold the tubing preventing loosening or removal. The helix or spiral and twist formation of the griping tabs permits easy removal of the tubing by rotating the tubing counter-clockwise.

Abstract: A junction/outlet box locking insert, system and method including an insert body with an outer insert body surface and an inner axially extending pass through region having an open end and an end with an electrical cable/conduit stop with a central electrical conductor pass through opening. A retainer flange is connected with the insert body at an axial end thereof. An insert stop device cooperates with the retainer flange for fixing a position of the insert body relative to a junction/outlet box. A locking finger arrangement is connected to the insert body and includes a locking finger extending radially inwardly of the outer insert body surface. The locking finger is self-actuating for engaging a conduit or a metallic sheath of an electrical cable upon the conduit or a metallic sheath being inserted into the pass through region up to the electrical cable/conduit stop.

Abstract: A snap tight electrical connector for securing and grounding an electrical cable or conduit to a junction box. The electrical connector includes a one-piece, electrically conductive connector body with a seat on the leading end and an electrically conductive snap ring held in the seat. A raised grounding lug on the seat of the connector body extends through a notch in the snap ring and provides a direct path for establishing an electrical grounding path between the connector body and the junction box. Locking tangs on the snap ring provide a secure snap-fit engagement between the connector body and the junction box. The raised grounding lug on the seat of the connector body provides a direct grounding path between the connector body and the junction box, thereby improving electrical continuity and lowering the millivolt drop between the connector body, the junction box, and the electrical cable or conduit secured to the connector body.

Abstract: A split electrical grounding bushing having adjacent bushing portions with insulating bushing portions having guard tabs covering a gap formed between the insulating bushing portions creating a continuous insulating ring. The bushing portions are connected by a hinge permitting the bushing to be placed over electrical conductors or wires after being installed. Gaps in the insulating bushing portion are covered by attached guard tabs improving the safety of a split electrical bushing. Locking tabs and openings are used to securely hold the insulating bushing portions onto the bushing portions. The split electrical bushing is placed on a distal end of an electrical conduit. The split bushing may be an electrical grounding bushing providing an electrical ground connection.

Abstract: A waterproof jacket assembly applied in a communication device is disclosed. The communication device includes an enclosure defining a first through hole for a transmission wire passing through. The waterproof jacket assembly is mounted on the enclosure corresponding to the first through hole, and includes a sleeve, an elastic waterproof element and a cover board. The sleeve defines a receiving cavity in communication with the first through hole. The elastic waterproof element is received in the receiving cavity and helically wrapped around the transmission wire. The transmission wire passes through the cover board and the cover board engages with the sleeve to drive the elastic waterproof element to fill in the receiving cavity.

Abstract: A grounding fitting for mounted engagement with an electrical enclosure has an elongated body with a first generally cylindrically shaped section and a hub section. Both sections have a longitudinally extending passageway dimensioned for passage of a ground electrode/ground rod. The first section includes a threaded aperture for receipt of a screw to electrically and mechanically secure a ground electrode/ground rod to the grounding fitting. The hub section is also dimensioned to secure a rigid or EMT conduit thereto. The first section includes a flange at one end with associated threads formed in the outer surface of the first section to mechanically and electrically secure the grounding fitting to an electrical enclosure with a locking ring. An O-ring positioned in the flange provides a fluid resistant barrier relative to the interior of the electrical enclosure.

Abstract: A cable gland assembly for terminating cable is described herein. The cable gland assembly can include a gland configured to receive a cable, and a gland nut disposed around the gland. A skid washer may be disposed within the gland nut above or below the gland. The cable gland assembly can also include an intermediate body having a first end and a second end, in which the first end may be coupled to the gland nut. The cable gland assembly can further include a body coupled to the second end of the intermediate body, and an intermediate nut disposed around a portion of the body and the second end of the intermediate body.

Abstract: An electrical connector assembly having improved conductivity and continuity. A snap in or push in electrical connector having a zinc body and spring steel components plated with high conductivity metal, such as tin, providing a reduced voltage drop across the attached electrical connector. In an embodiment, a connector assembly has a connector body having opposed end openings provided with an outer surface that slopes downwardly toward the outlet opening. The inlet opening having placed therein cable retainer inserts. A sloping or frustro-conical, snap fit, snap in, or push in outer retaining ring with locking tangs is provided for snap locking the outlet end portion of the connector body to an electrical box or panel. Improved conductivity or continuity is obtained and a good electrical ground is formed between the electrical box and connector assembly.

Abstract: A portable electronic device includes a main body, a circuit board in the main body, a rear cover, at least one first conductive member exposed through the rear cover and electrically connected to the circuit board, and a support assembly. The support assembly includes a hollow support detachably connected to the rear cover, at least one second conductive member connected to the hollow support and staying in contact with the at least one second conductive member, and at least one cable extending through the hollow support and comprising a first end electrically connected to the at least one second conductive member, and a second end extending out of the hollow support for connecting with a peripheral.

Abstract: An electrical fitting having a gripping device with a plurality of gripping tabs forming a helix or spiral. The electrical fitting permits electrical metallic tubing or EMT to be quickly attached to and removed from the electrical fitting without disassembling the fitting or cutting the tubing. A body with a locking end having a plurality of griping tabs receives an end of the tubing pushed into the fitting. The gripping tabs securely hold the tubing preventing loosening or removal. The helix or spiral formation of the griping tabs permits easy removal of the tubing by rotating the tubing counter-clockwise.

Abstract: A connector assembly having an external retainer ring for both securing a connector body to an outlet box and also securing a conduit or cable from movement relative to the connector assembly. A multi-function retainer ring having a plurality of finger-like extensions or tabs with at least a portion of the extensions being inwardly bent. The inwardly bent tabs engage and retain a captured wire or conduit upon assembly. Other tabs function to engage an inner wall of a knock-out hole of an outlet box upon insertion of the connector assembly into the outlet box. A method of connecting a wire to a junction box using the connector assembly is also disclosed.

Abstract: A connector assembly including a connector body with a locking cam defined on an external surface. In a method of use the locking cam cooperates with a perimeter of a knock-out hole into which the connector is to be inserted. During insertion of the connector body the locking cam engages the knock-out hole and deforms a retainer ring so as to permit further insertion. Once the connector body is fully seated, the locking cam cooperates with a locking tang on the retainer ring to hold the connector assembly together.

Abstract: An electrical connector assembly having a snap fit adaptor with bent grounding tangs providing improved electrical contact and enhanced grounding. An electrical connector assembly is adapted to snap fit within a knockout hole of an electrical box or panel for making electrical connections. A snap fit adaptor placed on the outlet end of a connector body has a plurality of locking tangs and grounding tangs. The locking tangs hold the connector assembly onto the electrical box, and a distal trailing edge of the grounding tangs extends into the knockout hole in the electrical box and are curved or shaped to provide a large surface area contact improving electrical continuity and providing enhanced electrical grounding. A safer more reliable electrical grounding connecting is made easily and without tools.

Abstract: In an embodiment, a conduit connector can comprise: a body comprising a box engagement region capable of engaging an opening in an enclosure and a spring configured to engage the connector and the enclosure. The box engagement region can have a root surface, a leading tab, and a follower tab wherein the root surface and leading tab can be located between a leading edge and a secondary edge. A leading tab perimeter edge and a follower tab perimeter edge define a tab perimeter diameter that is larger than an opening in the enclosure. When the leading tab is inserted into the enclosure the spring can be disposed to engage the secondary edge and the enclosure.

Abstract: An electrical fitting having a gripping device with a plurality of gripping tabs forming a helix or spiral. The electrical fitting permits electrical metallic tubing or EMT to be quickly attached to and removed from the electrical fitting without disassembling the fitting or cutting the tubing. A body with a locking end having a plurality of griping tabs receives an end of the tubing pushed into the fitting. The gripping tabs securely hold the tubing preventing loosening or removal. The helix or spiral formation of the griping tabs permits easy removal of the tubing by rotating the tubing counter-clockwise.

Abstract: A fitting that anchors electrical wiring to a junction box or electrical panel includes gripping members which can releasably hold electrical wiring, in or out of armored conduit, and interference members which allow the fitting to be inserted through knock out apertures and, when in place, extend to prevent withdrawal from the aperture.

Abstract: An improved structure for a wire outlet cover, arranged at a sidewall of a carton receiving a network wire, includes a body and a collar. The body has a hollow cylindrical shape and includes an inlet end and an outlet end, wherein the body is, at the outlet end, provided with plural stop blocks, and wherein the body is, near the outlet end, provided with a stop flange. The collar has a hollow annular shape and is, at its internal edge, provided with plural axially-extended edges. The collar is assembled to the rear body, with the plural axially-extended edges stopped by the plural stop blocks, such that the collar and the stop flange are spaced apart for a predetermined distance for receiving the sidewall of the carton. Therefore, the network wire will not be twisted when entering into the wire outlet cover nor be twisted around the inlet end.

Abstract: Disclosed herein is a cable coupler for the connection of an armored cable having an armor layer. The cable coupler of the present invention includes a sleeve, which has an inclined surface, which is brought into contact with the armor layer of the armored cable, and a fastening ring and a support ring, each of which has a small width. Each of the fastening ring and the support ring includes inclined surfaces, which are formed by reducing the thickness thereof from a medial portion thereof to opposite ends. The inner inclined surfaces of the fastening ring and the support ring have inclination angles similar to that of the inclined surface of the sleeve. In addition, the armor layer can be firmly held by the cable coupler despite the use of a relatively small force, thus enhancing labor efficiency. As well, armor layers having various thicknesses can be held by the cable coupler merely by changing the positions of the fastening ring and the support ring, thus increasing the usefulness of the cable coupler.

Abstract: A grommet providing triple sealing feature when mounted in an opening of a panel is disclosed. When the panel into which the grommet is mounted is between a compartment exposed to ambient conditions and a passenger compartment, a seal minimizes water, fumes, dust, and noise from entering into the passenger compartment. The triple seal, according to an embodiment, provides higher sealing forces than shown previously. The disclosed grommet can be engaged with a flat, non-flanged panel as well as a panel having a flange near the opening. The disclosed grommet has multiple longitudinal slits sawed through a tubular portion of the grommet through which the wiring harness is threaded. The cuts allow a subset of wires to be splayed out from the grommet at a different routing than the remainder of the wires in the wiring harness bundle.

Abstract: This disclosure is directed to electrical connectors that include a connector body having an inlet end opening and an outlet end portion wherein the outlet end portion is provided with an outer surface that slopes downwardly toward the outlet opening and having a complementary sloping or frustro-conical, snap fit, retaining ring with locking tangs and grounding tangs for snap locking the outlet end portion to an electric box or enclosure, and including an embodiment having a cable strap retainer hingedly connected to an associated cable support saddle to render the cable strap retainer readily detachable from the saddle in a manner that prohibits any unintentional detachment of the strap therefrom when rotated between a cable clamping and unclamping position suitable for securing thereto either a non-metallic cable or an armored or metal clad cable, wire conductor and the like.

Abstract: An improved structure for a wire outlet cover, arranged at a sidewall of a carton receiving a network wire, includes a body and a collar. The body has a hollow cylindrical shape and includes an inlet end and an outlet end, wherein the body is, at the outlet end, provided with plural stop blocks, and wherein the body is, near the outlet end, provided with a stop flange. The collar has a hollow annular shape and is, at its internal edge, provided with plural axially-extended edges. The collar is assembled to the rear body, with the plural axially-extended edges stopped by the plural stop blocks, such that the collar and the stop flange are spaced apart for a predetermined distance for receiving the sidewall of the carton. Therefore, the network wire will not be twisted when entering into the wire outlet cover nor be twisted around the inlet end.

Abstract: A sealed wall feedthrough including a cylindrical assembly sleeve fixed and sealed in an opening of the wall, a cylindrical penetration module including joints ensuring the seal arranged on the periphery of its outside face, the module being able to transfer travel into the cylindrical assembly sleeve and includes locking with at least two annular grooves cut into the periphery of the inside face of the assembly sleeve.

Abstract: The invention relates to a collar (20) for maintaining electric cables, including an annular sleeve (22) which may be crossed by the electric cables (14a) and having two axial ends around which protective sheaths of the electric cables are intended to be mounted, an annular attachment flange (26) capable of being attached on a fixed support (28), the attachment flange being maintained axially around the sleeve and capable of pivoting around the latter, and means (42) for ensuring a seal between the maintaining collar and the support on which it is intended to be attached.

Abstract: An electrical conductor carries a rated current in a high-current bushing of a transformer. The electrical conductor includes a conductor piece which extends along an axis and has a cylindrical envelope surface, a first electrical connection, and a second electrical connection. The first electrical connection has two contact surfaces which are aligned parallel to one another. Electrical losses of the electrical conductor are kept low, with a compact design. This is achieved, in part, because the second electrical connection is connected without a joint to the conductor piece, and the first electrical connection is hollow and, at right angles to the axis, has an oval profile with two longitudinal faces which form the two contact surfaces.