Abstract: A coupling system for securing a sink to a drain pipe. The coupling system of the present invention can include a support member and a flange connector. The flange connector can be coupled to the support member about opposite surfaces of a sink. The support member can include both a shoulder and a support surface opposite to the shoulder. The shoulder can be configured to support a sink and a gasket can be positioned thereon or within a recess therein to provide enhanced communication between a sink and the shoulder. The support surface, by comparison, can be configured to rest upon a support surface able to support the sink when coupled to the support surface.

Abstract: A coupling system for securing a sink to a drain pipe. The coupling system of the present invention can include a support member and a flange connector. The flange connector can be coupled to the support member about opposite surfaces of a sink. The support member can include both a shoulder and a support surface opposite to the shoulder. The shoulder can be configured to support a sink and a gasket can be positioned thereon or within a recess therein to provide enhanced communication between a sink and the shoulder. The support surface, by comparison, can be configured to rest upon a support surface able to support the sink when coupled to the support surface.

Abstract: A coupling system for securing a sink to a drain pipe includes a flange connector having a drainage channel and a peripheral flange. A support member for supporting the sink has a drainage channel. Engagement structure secures the flange connector to the support member such that the drainage channel of the flange connector communicates with the drainage channel of the support member. A sink system and method for installing a sink are also provided.