Breaker motorized secondary connector - field installable kit

A circuit breaker installation comprising:

• a frame assembly including a conductor assembly, said frame assembly defining an enclosed space;
• said frame assembly enclosed space including a front side and a rear side;
• said frame assembly conductor assembly including a primary contact assembly and a movable secondary contact assembly;
• said frame assembly primary contact assembly including a number of primary contacts;
• said frame assembly secondary contact assembly including a number of secondary contacts;
• a circuit breaker assembly including a housing assembly and conductor assembly;
• said circuit breaker assembly conductor assembly including a primary contact assembly and a secondary contact assembly;
• said circuit breaker assembly primary contact assembly including a number of primary contacts;
• said circuit breaker assembly secondary contact assembly including a number of secondary contacts;
• wherein said frame assembly conductor assembly and said circuit breaker assembly conductor assembly are configurable electrical components;
• said circuit breaker assembly movably disposed in said frame assembly enclosed space;
• wherein said circuit breaker assembly moves between an inserted, first position and a withdrawn, second position;
• wherein said frame assembly secondary contact assembly moves between an inserted, first position, a test, second position, and a disconnect, third position;
• wherein said configurable electrical components move between a connect configuration, wherein said circuit breaker assembly primary contacts are coupled to, and in electrical communication with, said frame assembly primary contacts and said circuit breaker assembly secondary contacts are coupled to, and in electrical communication with, said frame assembly secondary contacts, a test configuration, wherein said circuit breaker assembly primary contacts are not coupled to, and are not in electrical communication with, said frame assembly secondary contacts and said circuit breaker assembly secondary contacts are coupled to, and in electrical communication with, said frame assembly secondary contacts, and, a disconnect configuration, wherein said circuit breaker assembly primary contacts are not coupled to, and are not in electrical communication with, said frame assembly primary contacts, and, said circuit breaker assembly secondary contacts are not coupled to, and are not in electrical communication with, said frame assembly secondary contacts;
• and
• wherein, when said configurable electrical components are moved into said test configuration, said circuit breaker assembly remains in said second position, and, said frame assembly secondary contact assembly moves from one of said first position or said third position to said second position.

A method of utilizing a circuit breaker installation including a number of configurable electrical components comprising:

• providing a frame assembly including a conductor assembly, said frame assembly defining an enclosed space, said frame assembly enclosed space including a front side and a rear side, said frame assembly conductor assembly including a primary contact assembly and a movable secondary contact assembly, said frame assembly primary contact assembly including a number of primary contacts, said frame assembly secondary contact assembly including a number of secondary contacts;
• providing a circuit breaker assembly including a housing assembly and conductor assembly, said circuit breaker assembly conductor assembly including a primary contact assembly and a secondary contact assembly, said circuit breaker assembly primary contact assembly including a number of primary contacts, said circuit breaker assembly secondary contact assembly including a number of secondary contacts, said circuit breaker further including a number of fixed contacts and a number of movable contacts, each movable contact movable between an open, first position, wherein each movable contact is not coupled to and is not in electrical communication with, an associated fixed contact, and a closed, second position, wherein each movable contact is coupled to and is in electrical communication with, an associated fixed contact;
• wherein said frame assembly conductor assembly and said circuit breaker assembly conductor assembly are configurable electrical components;
• wherein said circuit breaker assembly movably disposed in said frame assembly enclosed space;
• wherein said circuit breaker assembly moves between an inserted, first position and a withdrawn, second position;
• wherein said frame assembly secondary contact assembly moves between an inserted, first position, a test, second position, and a disconnect, third position;
• wherein said configurable electrical components move between a connect configuration, wherein said circuit breaker assembly primary contacts are coupled to, and in electrical communication with, said frame assembly primary contacts and said circuit breaker assembly secondary contacts are coupled to, and in electrical communication with, said frame assembly secondary contacts, a test configuration, wherein said circuit breaker assembly primary contacts are not coupled to, and are not in electrical communication with, said frame assembly secondary contacts and said circuit breaker assembly secondary contacts are coupled to, and in electrical communication with, said frame assembly secondary contacts, and, a disconnect configuration, wherein said circuit breaker assembly primary contacts are not coupled to, and are not in electrical communication with, said frame assembly primary contacts, and, said circuit breaker assembly secondary contacts are not coupled to, and are not in electrical communication with, said frame assembly secondary contacts;
• providing a control assembly structured to control said configurable electrical components;
• and
• utilizing said control assembly to configure said configurable electrical components in a selected configuration.