Lighting module having integrated electrical connector

A lighting module, comprising:

• a module housing, comprising:
• a partition having a rear exterior surface and a rear interior surface;
• and
• a sidewall, coupled to the partition, defining a first cavity that abuts the rear interior surface, the sidewall extending past the partition and surrounding a backside section, the backside section abutting the rear exterior surface of the partition and being separated from the first cavity by the partition;
• a back cover directly coupled to the module housing and at least partially disposed within the backside section so as to substantially cover the backside section, the back cover defining a second cavity, the back cover being formed of plastic;
• a light source, disposed within the first cavity, to emit light;
• and
• a driver, coupled to the module housing, to supply electricity to power the light source.

A lighting module, comprising:

• a module housing formed of aluminum, the module housing comprising:
• a sidewall having a backside edge, a frontside edge, and a plurality of fins;
• a partition coupled to the sidewall such that the partition and the sidewall together define a first cavity and a second cavity, the second cavity abutting the backside edge;
• and
• a flange having a pair of openings that are arranged to align with corresponding openings of an enclosure when the lighting module is inserted into the enclosure, the pair of openings being separated by a distance of about 70 mm;
• a light source, disposed within the first cavity, having at least one light emitting diode (LED) to emit light;
• a retaining ring coupled to the module housing via one or more snap-fit connectors and disposed within the first cavity so as to cover at least a portion of the first cavity, the retaining ring being substantially flush with the frontside edge of the module housing;
• a back cover directly coupled to the module housing via one or more snap-fit connectors and enclosing the second cavity, the back cover being a cup-shaped component formed of plastic, the back cover being substantially contained within the second cavity such that no portion of the back cover extends beyond the backside edge of the module housing;
• and
• a driver, mounted directly to the back cover and disposed within the second cavity, to supply electricity to power the light source, the driver being at least partially insulated from the module housing via the back cover.