Lightweight and compact elevated approach light

A lighting system comprising:

• an enclosure having a back section, side sections, and a front section;
• a universal power supply;
• an electromagnetic interference filter circuit;
• a light engine including:
• a plurality of light emitting assemblies, each one comprising:
• a conduction member;
• a printed circuit board configured to be mounted onto the conduction member at a corresponding inclination angle;
• one or more light sources configured to be mounted onto the printed circuit board;
• and
• a reflector configured to be fastened to the conduction member;
• and
• a conduction frame having a first side facing the back section, a second side facing the front section of the enclosure, and a central opening, wherein the conduction frame is fastened to the plurality of light emitting assemblies and to the enclosure, thereby facilitating a heat transfer from the plurality of light emitting assemblies to the enclosure, wherein the conduction member of each of the plurality of light emitting assemblies is fastened to the first side of the conduction frame and passes through the central opening such that the light source attached to the conduction member is situated on the second side of the conduction frame to direct light toward the front section of the enclosure;
• and
• wherein any one of the inclination angles corresponding to the printed circuit boards of the plurality of light emitting assemblies is at least one degree different than any other one of the inclination angles.

A lighting system comprising:

• an enclosure having a back side, and a front side, the front side including a front mounting frame;
• a universal power supply;
• an electromagnetic interference filter circuit;
• a conduction frame fastened to the enclosure, wherein the conduction frame has a first side facing the back side, a second side facing the front side of the enclosure, and a central opening;
• one or more light emitting assemblies fastened to the conduction frame, wherein each of the one or more light emitting assemblies has a conduction member and a light source fastened to the conduction member, wherein the conduction member is fastened to the first side of the conduction frame and passes through the central opening such that the light source attached to the conduction member is situated on the second side of the conduction frame to direct light toward the front side of the enclosure;
• and
• a front housing assembly configured to seal the enclosure when being fastened to the front mounting frame of the front side, the front housing assembly including:
• a front housing member having a front housing groove at a back side of the front housing member, the back side of the front housing member facing the one or more light emitting assemblies;
• a flexible gasket configured to be inserted into the front housing groove;
• a flat bezel lens configured to allow a light emitted from the one or more light sources of the one or more light emitting assemblies to exit the enclosure;
• a nichrome wire heater positioned between the flexible gasket and the flat bezel lens;
• and
• a retainer plate being configured to be fastened to the back side of the front housing member causing securing the flat bezel lens, the nichrome wire heater and the flexible gasket to the back side of the front housing member.