Abstract: A gasket for a vandal resistant luminaire, the gasket is constructed to be disposed between an electrical component housing and a lens wherein the lens is held to the electrical component housing with a front trim ring surrounding an outer portion thereof. The gasket is designed to form a seal between the lens and electrical component housing and absorb physical shock placed on the lens and/or the electrical component housing.

Abstract: A multiple position luminaire is described having the ability to convert to multiple classifications. The luminaire claimed and described has a multiple position mounting surface on the back of the housing, the housing enclosing a lamp which is surrounded by a reflector. The luminaire mounts to a mounting bracket which allows the luminaire to be mounted in a plurality of positions and angles, the bracket engaging the multiple position mounting surface of the luminaire housing to be positioned either in multiple angle face down positions or multiple angle face up positions.

Abstract: A wall mount luminaire and thermal isolation system having a wall mount and fixture mount operably connected to form a splice chamber. Fixture mount plate may be opened relative to the wall mount plate and wherein the wall mount plate supports the weight of a reflector housing attached to the fixture plate mount. A ballast housing may alternatively be attached to the fixture mount plate between the fixture mount plate and the reflector housing. In this configuration heat from the reflector housing is thermally isolated from the ballast housing containing the electronic components.

Abstract: An indirector light fixture is described wherein the fixture is comprised of a reflector housing and a ballast housing connected together by a support arm. The reflector housing may be positioned relative to the ballast housing by movement of the support arm and maintained therein by a ratchet and pawl mechanism or other rotational restriction device. The ballast housing and ballast electronics are connected to the lamp within the reflector housing by ballast feed wires which are maintained internal of the entire fixture thereby preventing the wires from becoming entangled during installation or after installation. Additional structure is provided to further allow adjustment of the head angle relative to the ballast housing.

Abstract: An indirector light fixture is described wherein the fixture is comprised of a reflector housing and a ballast housing connected together by a support arm. The reflector housing may be positioned relative to the ballast housing by movement of the support arm and maintained therein by a ratchet and pawl mechanism or other rotational restriction device. The ballast housing and ballast electronics are connected to the lamp within the reflector housing by ballast feed wires which are maintained internal of the entire fixture thereby preventing the wires from becoming entangled during installation or after installation. Additional structure is provided to further allow adjustment of the head angle relative to the ballast housing.

Abstract: An indirector light fixture is described wherein the fixture is comprised of a reflector housing and a ballast housing connected together by a support arm. The reflector housing may be positioned relative to the ballast housing by movement of the support arm and maintained therein by a ratchet and pawl mechanism or other rotational restriction device. The ballast housing and ballast electronics are connected to the lamp within the reflector housing by ballast feed wires which are maintained internal of the entire fixture thereby preventing the wires from becoming entangled during installation or after installation. Additional structure is provided to further allow adjustment of the head angle relative to the ballast housing.