A support assembly comprising: - a mask frame for a patient interface device; - a headgear strap structured to be connected to the mask frame; and - an interconnect assembly comprising: a number of female interconnect members (110,210) at least one comprising a first body member (112,212) and a first magnet (116,216) coupled to the first body member, the first body member being connected to the mask frame, the first body member having an aperture (114,214), and a number of male interconnect members (150,250) at least one comprising a second body member (152,252) and a second magnet (160,260) coupled to the second body member, the second body member being connected to the headgear strap, the second body member comprising a protrusion (154,254), the protrusion being structured to be disposed within the aperture, wherein, responsive to the protrusion being disposed within the aperture, the first magnet is attracted to the second magnet, thereby removably connecting the first body member to the second body member, characterized in that the mask frame comprises at least one end portion (11,13), wherein the at least one end portion has a number of thru holes (16,18), wherein the first body member comprises a first containment portion and a second containment portion, wherein the first containment portion has a number of first posts (124,126) each having an opening (125,127), wherein the second containment portion comprises a number of second posts (134,136) each disposed within a corresponding one of the openings of the first posts, and wherein each of the number of first posts and the number of second posts extends through a corresponding one of the thru holes of the at least one end portion in order to connect the mask frame to the first body member. - a mask frame for a patient interface device; - a headgear strap structured to be connected to the mask frame; and - an interconnect assembly comprising: a number of female interconnect members (110,210) at least one comprising a first body member (112,212) and a first magnet (116,216) coupled to the first body member, the first body member being connected to the mask frame, the first body member having an aperture (114,214), and a number of male interconnect members (150,250) at least one comprising a second body member (152,252) and a second magnet (160,260) coupled to the second body member, the second body member being connected to the headgear strap, the second body member comprising a protrusion (154,254), the protrusion being structured to be disposed within the aperture, wherein, responsive to the protrusion being disposed within the aperture, the first magnet is attracted to the second magnet, thereby removably connecting the first body member to the second body member, characterized in that the mask frame comprises at least one end portion (11,13), wherein the at least one end portion has a number of thru holes (16,18), wherein the first body member comprises a first containment portion and a second containment portion, wherein the first containment portion has a number of first posts (124,126) each having an opening (125,127), wherein the second containment portion comprises a number of second posts (134,136) each disposed within a corresponding one of the openings of the first posts, and wherein each of the number of first posts and the number of second posts extends through a corresponding one of the thru holes of the at least one end portion in order to connect the mask frame to the first body member. a number of female interconnect members (110,210) at least one comprising a first body member (112,212) and a first magnet (116,216) coupled to the first body member, the first body member being connected to the mask frame, the first body member having an aperture (114,214), and a number of male interconnect members (150,250) at least one comprising a second body member (152,252) and a second magnet (160,260) coupled to the second body member, the second body member being connected to the headgear strap, the second body member comprising a protrusion (154,254), the protrusion being structured to be disposed within the aperture, wherein, responsive to the protrusion being disposed within the aperture, the first magnet is attracted to the second magnet, thereby removably connecting the first body member to the second body member, characterized in that the mask frame comprises at least one end portion (11,13), wherein the at least one end portion has a number of thru holes (16,18), wherein the first body member comprises a first containment portion and a second containment portion, wherein the first containment portion has a number of first posts (124,126) each having an opening (125,127), wherein the second containment portion comprises a number of second posts (134,136) each disposed within a corresponding one of the openings of the first posts, and wherein each of the number of first posts and the number of second posts extends through a corresponding one of the thru holes of the at least one end portion in order to connect the mask frame to the first body member.