A ninety degree snap fit electrical fitting for enabling rapid snap-fit insertion of an electrical cable to an electrical box. The ninety degree snap fit electrical fitting includes a connector body having a leading end, a trailing end, an internal bore, a box connection arrangement on the leading end, and a cable connection arrangement on the trailing end. A seat on the leading end of the connector body includes a snap ring with an outward extending locking tang. An internal snap ring is secured within the internal bore of the connector body at the trailing end. A cable retaining tang on the internal snap ring is adapted to engage and secure an electrical cable to the trailing end of the connector body.

Enclosures with grommetless strain relief are provided, each including a base and a cover. The base has a bottom and four sidewalls arranged to provide an open box-like structure. A first of the sidewalls of the base is configured with a wire routing slot at its perimeter. The cover has a top and four sidewalls arranged to provide an open box-like structure configured to couple with the base, so as to provide a strain relief for an electrical wire passing through the wire routing slot. The wire is pressed against a length of the first sidewall of the base by a first sidewall of the cover. The enclosure may include other features, such as rounded edges in the wire routing path, a wire guide and/or strap to inhibit wire movement between the first sidewalls, and/or one or more locking mechanisms configured to secure the cover to the base.

An angularly adjustable tubular elbow is provided for use in association with an electrical junction box. The elbow has an externally screw threaded male spigot at one end and a correspondingly screw threaded female socket at the other end. A locknut cooperates with the screw thread on the male spigot so as to leave usable screw thread on the male spigot that has a length at least equal to one thread pitch longer than is required for satisfying a specification or requirement. A seal that accommodates rotation of the elbow about the axis of the spigot is provided between the male spigot and the locknut to prevent ingress of moisture or other unwanted fluids along the thread. The elbow can be installed with the locknut fully retracted, followed by rotation of the elbow by no more than 360 to align the female socket and subsequently tightening the locknut.

A connector assembly for installation on a wall includes a main connector body introduced into a cut-out hole of the wall and a protective shell positioned on an inner side of the wall. The protective shell protects the main connector body from an insulation foam entering the main connector body when foamed in place. The protective shell has a front portion, a receptacle formed at the front portion and receiving a second end of the main connector body, a flange extending from and surrounding the receptacle, and a lead-through channel formed at a back portion of the protective shell. The flange is attached on the inner side of the wall and covers the cut-out hole. The lead-through channel has an internal flap routing a cable through the back portion in a meandering manner. The internal flap is inclined with respect to the lead-through channel.

A cable assembly for a work machine, includes a cable and a collet. The cable includes an electrically conductive core, an insulating layer covering the core; an electrically conductive shield layer covering the insulating layer over a first length of the cable, and the insulating layer is exposed over a second length of the cable. The shield layer is folded back over a fold length, and the fold length includes two layers of the shield layer. The collet includes an inner sleeve and an outer sleeve extending over a portion of the inner sleeve at an end of the collet. The two shield layers of the fold length are arranged over the inner sleeve and under the outer sleeve, the insulating layer is arranged under the inner sleeve, and the second length of the cable extends through the inner sleeve.

An elbow connection (1) of at least one cable (7) producing a mechanical connection and a cable connection on a flat face (1a) of an equipment item and having a strain relief (5) composed of two half-shells (5a, 5j) providing a protection for each cable (7) in the case of stress by at least one longitudinal groove (5e) disposed at the interface thereof.

A cable routing arrangement for routing cables in an orderly fashion on a height-adjustable furniture item comprises a rigid first routing element, a rigid second routing element, and a deformable connecting element. The first routing element has a first bearing arrangement, by means of which it can be pivotally connected to a top part of the furniture item. The second routing element has a second bearing arrangement, by means of which it can be pivotally connected to a base part of the furniture item. The first routing element and the second routing element can be interconnected via the connecting element in such a way that they are movable.

A cable assembly for a work machine, includes a cable and a collet. The cable includes an electrically conductive core, an insulating layer covering the core; an electrically conductive shield layer covering the insulating layer over a first length of the cable, and the insulating layer is exposed over a second length of the cable. The shield layer is folded back over a fold length, and the fold length includes two layers of the shield layer. The collet includes an inner sleeve and an outer sleeve extending over a portion of the inner sleeve at an end of the collet. The two shield layers of the fold length are arranged over the inner sleeve and under the outer sleeve, the insulating layer is arranged under the inner sleeve, and the second length of the cable extends through the inner sleeve.

A guide device (10) is provided for guiding a wiring harness (32) through an aperture (26) in a panel (24). The guide device (10) has a substantially tubular sidewall (12) with opposite front and rear ends (14, 16). Portions of the sidewall (12) adjacent the front end (14) are dimensioned to fit in the aperture (26). The sidewall (12) flares out toward the rear end (16). A slit (22) extends from the front end (14) of the sidewall (12) to the rear and (16) thereof. The front end (14) of the guide device (10) can be mounted in the aperture (26) so that the wiring harness (32) can be guided into the outwardly flared rear end (16) and through the aperture (26). The slit (22) enables the sidewall (12) to be biased open at the slit so that the guide device (10) can be separated from the wiring harness (32).