Apparatus, system and method for total protection from electrical faults

A system for detection and interruption of electrical circuit arc, surge, miswire, overload, short circuit, glowing connection, undervoltage, overvoltage, and ground faults, and for monitoring of circuit conditions with microcontroller controlled integrated circuits and systems to detect the occurrence of said electrical faults, said system comprising:

• an integrated circuit having a system in it to monitor and detect series and parallel arcs,
• an integrated circuit having a system in it to monitor and detect ground and leakage current faults,
• an integrated circuit having a system in it to monitor and detect surge,
• an integrated circuit having a system to monitor and detect miswire,
• an integrated circuit having a system in it to monitor and detect overload,
• an integrated circuit having a system in it to monitor and detect short circuit,
• an integrated circuit having a system in it to monitor and detect glowing connections, said glowing connection detection circuit being a fault preventative system having a temperature sensor circuit being configured within said integrated circuit to pre-emptively detect anomalous circuit connections temperatures,
• an integrated circuit having a system in it to monitor and detect overvoltage and undervoltage, all of said integrated circuits' systems operating on either direct current systems, single phase alternating current systems, or multi-phase alternating current systems, and being simultaneously monitored and managed by a microcontroller, said microcontroller being programmed with algorithm based software code,
• and upon said software code driven microcontroller detecting a fault condition in any of said integrated circuit fault detection systems,
• said microcontroller identifies said fault, interrupts the circuit, and annunciates the fault that occurred, and sends output data for system conditions and power calculations.

A method for detection and interruption of electrical circuit arc, surge, miswire, overload, short circuit, glowing connection, undervoltage, overvoltage, and ground faults, and for monitoring of circuit conditions with microcontroller controlled integrated circuits and systems to detect the occurrence of said electrical faults, said method comprising:

• the step of having an integrated circuit having a system in it to monitor and detect series and parallel arcs,
• the step of having an integrated circuit having a system in it to monitor and detect ground and leakage current faults,
• the step of having an integrated circuit having a system in it to monitor and detect surge,
• the step of having an integrated circuit having a system to monitor and detect miswire,
• the step of having an integrated circuit having a system in it to monitor and detect overload,
• the step of having an integrated circuit having a system in it to monitor and detect short circuit,
• the step of having an integrated circuit having a system in it to monitor and detect glowing connections, said glowing connection detection circuit being a fault preventative system having a temperature sensor circuit being configured within said integrated circuit to pre-emptively detect anomalous circuit connections temperatures,
• the step of having an integrated circuit having a system in it to monitor and detect overvoltage and undervoltage, all of said integrated circuits' systems operating on either direct current systems, single phase alternating current systems, or multi-phase alternating current systems, and being simultaneously monitored and managed by a microcontroller, said microcontroller being programmed with algorithm based software code,
• and the step of having upon said software code driven microcontroller detecting a fault condition in any of said integrated circuit fault detection systems,
• the step of having said microcontroller identify said fault, interrupt the circuit, and annunciate the fault that occurred, and send output data for system conditions and power calculations.