Abstract: A mounting assembly for securing a light fixture to a static structure. The mounting assembly includes a bar and a securing member which has a bar-gripping portion and an arm portion extending from the bar-gripping portion and attachable to the static structure. The bar is secured with respect to a main body portion of the light fixture. The bar has an axis. The arm portion has an arm axis which is substantially orthogonal to the bar axis. In another aspect of this invention, the mounting assembly includes a fixture-holding portion and an arm portion secured to the fixture-holding portion. The fixture-holding portion is secured with respect to the light fixture. The arm portion configured for selective attachment to a substantially cylindrical static structure and a substantially planar surface.

Abstract: An assembly for connecting and holding a photocontrol with respect to a light fixture. The assembly includes a support member and a photocontrol receptacle over and secured with respect to the support member. The support member is on an exterior surface of a light-fixture housing at an opening formed in the housing. The photocontrol receptacle is rotatable about the support member for angular photocontrol adjustment on the light fixture. The support member is fixed with respect to the exterior surface of the light-fixture housing. The receptacle has an engagement portion rotatably engaging the support member, thereby holding the receptacle with respect to the light-fixture housing while permitting rotation of the receptacle with respect thereto. Another aspect is a related method for connecting and holding a photocontrol with respect to a light fixture.

Abstract: An assembly for connecting and holding a photocontrol with respect to a light fixture. The assembly includes a support member and a photocontrol receptacle over and secured with respect to the support member. The support member is on an exterior surface of a light-fixture housing at an opening formed in the housing. The photocontrol receptacle is rotatable about the support member for angular photocontrol adjustment on the light fixture. The support member is fixed with respect to the exterior surface of the light-fixture housing. The receptacle has an engagement portion rotatably engaging the support member, thereby holding the receptacle with respect to the light-fixture housing while permitting rotation of the receptacle with respect thereto. Another aspect is a related method for connecting and holding a photocontrol with respect to a light fixture.

Abstract: A mounting assembly for securing a light fixture to a static structure. The mounting assembly includes a bar and a securing member which has a bar-gripping portion and an arm portion extending from the bar-gripping portion and attachable to the static structure. The bar is secured with respect to a main body portion of the light fixture. The bar has an axis. The arm portion has an arm axis which is substantially orthogonal to the bar axis. In another aspect of this invention, the mounting assembly includes a fixture-holding portion and an arm portion secured to the fixture-holding portion. The fixture-holding portion is secured with respect to the light fixture. The arm portion configured for selective attachment to a substantially cylindrical static structure and a substantially planar surface.

Abstract: The LED light fixture includes white LEDs having multiple, different color temperatures. Preferably, white LEDs having color temperatures of about 3500 and about 5000 degrees Kelvin (K) are selected. The intensity of each LED may be varied and the light radiated from the LEDs is mixed together. The resulting light emitted from the housing is a white light having a variable color temperature ranging from about 3500 to about 5000 K. The housing is preferably extruded aluminum. A portion of the housing is configured to mix the light together and to focus the light such that the output light is about thirty degrees off center. Electrical loading is off set to minimize load on power supplies.

Abstract: The LED light fixture includes white LEDs having multiple, different color temperatures. Preferably, white LEDs having color temperatures of about 3500 and about 5000 degrees Kelvin (K) are selected. The intensity of each LED may be varied and the light radiated from the LEDs is mixed together. The resulting light emitted from the housing is a white light having a variable color temperature ranging from about 3500 to about 5000 K. The housing is preferably extruded aluminum. A portion of the housing is configured to mix the light together and to focus the light such that the output light is about thirty degrees off center. Electrical loading is off set to minimize load on power supplies.