Abstract: A universal housing can assembly used as a component of a recessed downlight fixture and which can be utilized in both insulation contact (I.C.) and non-insulation contact (non-I.C.) applications. The preferred housing can is deep drawn of aluminum or other suitable materials and is configured to operate at or below thermal standards for I.C. applications and also for non-I.C. applications. The housing can assemblies formed according to the invention utilize thermal protective devices positioned within the assemblies to shut the fixture off or "cycle" the fixture in the event that predetermined thermal conditions are exceeded in either an I.C. or a non-I.C. application. According to the invention, a single can assembly can be used as and marked as both I.C. and non-I.C.

Abstract: A universal housing can assembly used as a component of a recessed downlight fixture and which can be utilized in both insulation contact (I.C.) and non-insulation contact (non-I.C.) applications. The preferred housing can is deep drawn of aluminum or other suitable materials and is configured to operate at or below thermal standards for I.C. applications and also for non-I.C. applications. The housing can assemblies formed according to the invention utilize thermal protective devices positioned within the assemblies to shut the fixture off or "cycle" the fixture in the event that predetermined thermal conditions are exceeded in either an I.C. or a non-I.C. application. According to the invention, a single can assembly can be used as and marked as both I.C. and non-I.C. housing cans.

Abstract: A recessed downlighting fixture mountable in a ceiling between spaced joists or carried by T-bars and the like to direct light downwardly into an environmental space. The invention particularly takes the form of a pan assembly preferably formed of a thermoplastic material of a rigidity sufficient to support standard cans or reflector housings and associated lamping, electrical wiring inter alia. A junction box preferably formed of the same thermoplastic material is mounted to the pan assembly, access being gained to the interior of the box at opposite sides the box through positive latching doors which remain open to facilitate wiring operations within the box. The thermoplastic pan mounts adjustable bar hangers for rough-in of the downlighting assembly.

Abstract: Lighting fixtures which may be employed in inclined ceiling applications. The fixtures feature substantially elliptical cross-sectioned housings which, when intersected by the plane of an inclined ceiling, yield a circular opening and trim in order to lend an aesthetically pleasing appearance. Such fixtures may also employ adjustable socket housings in order to allow the lamp contained within the fixture to be disposed substantially perpendicular to the floor space, or as otherwise desired, to impart a desired lighting pattern.

Abstract: Lighting fixtures which may be employed in inclined ceiling applications. The fixtures feature substantially elliptical cross-sectioned housings which, when intersected by the plane of an inclined ceiling, yield a circular opening and trim in order to lend an aesthetically pleasing appearance. Such fixtures may also employ adjustable socket housings in order to allow the lamp contained within the fixture to be disposed substantially perpendicular to the floor space, or as otherwise desired, to impart a desired lighting pattern.