Abstract: An EM lighting system includes a mounting assembly configured for mounting on a host structure above a ceiling, and a lighting module for attachment to the mounting assembly, including a lighting unit having a mounting side configured for attachment to the mounting assembly approximately flush with the ceiling. An electronics module supported by the mounting assembly includes an onboard battery and circuitry that powers the lighting module by use of the battery upon detecting a power failure. The lighting unit has a predefined depth extending from the ceiling, defining a low profile system. The mounting assembly is generally occluded above a ceiling. A ring bezel circumferentially surrounds the lighting unit and opens at least in the direction of the an illuminating side thereof. The bezel has a downward facing annular ring by which the illuminating side is offset to protect same from incidental contact in handling, packaging, installation, and use.

Abstract: An EM lighting system includes a mounting assembly configured for mounting on a host structure above a ceiling, and a lighting module for attachment to the mounting assembly, including a lighting unit having a mounting side configured for attachment to the mounting assembly approximately flush with the ceiling. An electronics module supported by the mounting assembly includes an onboard battery and circuitry that powers the lighting module by use of the battery upon detecting a power failure. The lighting unit has a predefined depth extending from the ceiling, defining a low profile system. The mounting assembly is generally occluded above a ceiling. A ring bezel circumferentially surrounds the lighting unit and opens at least in the direction of the an illuminating side thereof. The bezel has a downward facing annular ring by which the illuminating side is offset to protect same from incidental contact in handling, packaging, installation, and use.

Abstract: An lighting system includes a mounting assembly configured for mounting on a host structure above a ceiling, and a lighting module for attachment to the mounting assembly, including a lighting unit having a mounting side configured for attachment to the mounting assembly approximately flush with the ceiling. An electronics module supported by the mounting assembly includes an onboard battery and circuitry that powers the lighting module by use of the battery upon detecting a power failure. The lighting unit has a predefined depth extending from the ceiling, defining a low profile system. The mounting assembly is generally occluded above a ceiling. A ring bezel circumferentially surrounds the lighting unit and opens at least in the direction of the an illuminating side thereof. The bezel has a downward facing annular ring by which the illuminating side is offset to protect same from incidental contact in handling, packaging, installation, and use.

Abstract: An EM lighting system includes a mounting assembly configured for mounting on a host structure above a ceiling, and a lighting module for attachment to the mounting assembly, including a lighting unit having a mounting side configured for attachment to the mounting assembly approximately flush with the ceiling. An electronics module supported by the mounting assembly includes an onboard battery and circuitry that powers the lighting module by use of the battery upon detecting a power failure. The lighting unit has a predefined depth extending from the ceiling, defining a low profile system. The mounting assembly is generally occluded above a ceiling. A ring bezel circumferentially surrounds the lighting unit and opens at least in the direction of the an illuminating side thereof. The bezel has a downward facing annular ring by which the illuminating side is offset to protect same from incidental contact in handling, packaging, installation, and use.