Receptacle housing for connector assembly

An electrical receptacle housing comprising:

• a module side and a wire side axially connected by a main body,
• wherein the module side includes a first and a second pair of spaced apart substantially parallel module side walls,
• the module side walls axially extending from the main body,
• the first and second pair of the module side walls being substantially perpendicular to each other,
• the module side walls each having an external surface,
• a pair of prelatch beams being located on the external surface of respective module side walls,
• the prelatch beams each having an external and an internal surface,
• the prelatch beams each further having a joint edge and an opposite edge,
• the joint edges resiliently connecting the prelatch beams to the external surfaces of the module side walls adjacent to the main body, and
• bumps being located on the external surfaces of the prelatch beams adjacent to the opposite edges and substantially in a center of the opposite edges;
• the receptacle housing further includes a plurality of spaced apart substantially parallel ribs located on the external surfaces of said module side walls, wherein first and second ribs of said plurality of ribs are located on the module side walls,
• wherein the prelatch beams have first and second sides,
• wherein the prelatch beams are located between said first and second ribs, and
• wherein a distance between the first side and the first rib, and between the second side and the second rib, does not exceed a predetermined value.

An electrical connector assembly including:

• a module connector, a receptacle housing removably secured to the module connector, and a strain relief removably secured to the receptacle housing;
• the receptacle housing comprising:
• a module side, mating to the module connector, and a wire side mating to the strain relief, the module side and the wire side being axially connected by a main body;
• the wire side including first walls axially extending from the main body, the first walls having respective upper edges;
• said first walls including retention bumps, and
• at least one of the first walls having a recess;
• a chute being integrally molded to said at least one first wall at said recess at substantially right angle to said at least one of the first walls, the chute receiving a wire tie;
• and
• said chute having a pair of side flanges, said side flanges preventing the wire tie from slipping off the chute, the strain relief being removably secured to the receptacle housing above the respective upper edges of the first walls;
• the strain relief having a front panel;
• the front panel having a first and a second spaced apart substantially parallel sides;
• the front panel further having a third and a fourth spaced apart substantially parallel sides, the third and fourth sides being substantially perpendicular to the first and the second sides;
• a first, a second, a third and a fourth side walls extended from the front panel at said first, second, third and fourth sides, respectively, at substantially right angle to the front panel;
• respective latching bumps being provided on said second, third and fourth walls;
• each of said latching bumps cooperating with a respective one of said retention bumps on said first walls and retaining the strain relief into the receptacle housing;
• a pair of side latches and a central recess between said side latches being provided on the first side wall;
• the chute being received in the central recess;
• a pair of side bumps being provided on said at least one of the first walls of the receptacle housing;
• received in the central recess;
• said pair of side latches locking onto said pair of side bumps;
• the side latches having respective "U"-shaped flanges to prevent said side latches from popping off when a lateral force being applied;
• the module side including a first and a second pair of spaced apart substantially parallel second walls, respectively;
• the second walls axially extending from the main body in direction opposite to the first walls;
• the first and the second pair of the second walls being substantially perpendicular;
• the second walls having an external surface;
• at least one prelatch beam being located on the external surface of a respective at least one of said second walls, respectively;
• said at least one prelatch beam having an external and an internal surface, respectively;
• said at least one prelatch beam further having a joint edge and an opposite edge;
• the joint edge resiliently connecting said at least one prelatch beam to the external surface of the respective one of said second walls adjacent to the main body;
• a bump being located on the external surface of said at least one prelatch beam adjacent to and substantially in a center of the opposite edge;
• the module connector having at least one hole;
• the bump on said at least one prelatch beam being received in said at least one hole;
• a plurality of spaced apart substantially parallel ribs being located on the external surface of said second walls;
• wherein a first rib and a second rib of said plurality of ribs are located on the respective at least one of said second walls;
• wherein said at least one prelatch beam has a first and a second side, respectively;
• wherein said at least one prelatch beam is located between said first and second ribs;
• and
• wherein a distance between the first side and the respective first rib, and between the second side and the respective second rib does not exceed a predetermined value;
• said plurality of ribs being received in respective keyways at the module connector.