Abstract: An electric junction box assembly includes a case, a housing and a cover. A housing is disposed on an outer surface of the case. The housing includes a back wall and a pair of supports disposed on the back wall. The supports are spaced apart from each other and each support includes an upper support member and a lower support member spaced apart from each other so as to define an opening. The upper support member has an arcuate inner surface and the lower support member has an arcuate inner surface each having a radius greater than the opening. The cover includes an axial rod having a thickness smaller than a height of the opening and a width greater than the height of the opening, wherein a rotation of the axial rod prevents the cover from being dislodged from the opening.

Abstract: An electric junction box assembly includes a case, a housing and a cover. A housing is disposed on an outer surface of the case. The housing includes a back wall and a pair of supports disposed on the back wall. The supports are spaced apart from each other and each support includes an upper support member and a lower support member spaced apart from each other so as to define an opening. The upper support member has an arcuate inner surface and the lower support member has an arcuate inner surface each having a radius greater than the opening. The cover includes an axial rod having a thickness smaller than a height of the opening and a width greater than the height of the opening, wherein a rotation of the axial rod prevents the cover from being dislodged from the opening.

Abstract: A power distribution box for housing electrical components configured to retain its shape so as to retain a tight fit and the integrity of a storage space is provided. The power distribution box includes an upper housing assembly. The upper housing assembly is configured to couple with a bottom cover. The bottom cover includes a bottom wall bounding a peripheral edge of a floor so as to define a storage compartment for which electric components are housed. The bottom wall includes an outer wall opposite of an inner wall so as to define an opening there between. A top lateral wall closes off a top of the opening so as to define an open bottom between the inner wall and the outer wall. The top lateral wall provides structural rigidity to the bottom wall so as to prevent the bottom wall from warping.

Abstract: A power distribution box for housing electrical components configured to retain its shape so as to retain a tight fit and the integrity of a storage space is provided. The power distribution box includes an upper housing assembly. The upper housing assembly is configured to couple with a bottom cover. The bottom cover includes a bottom wall bounding a peripheral edge of a floor so as to define a storage compartment for which electric components are housed. The bottom wall includes an outer wall opposite of an inner wall so as to define an opening there between. A top lateral wall closes off a top of the opening so as to define an open bottom between the inner wall and the outer wall. The top lateral wall provides structural rigidity to the bottom wall so as to prevent the bottom wall from warping.