A float liquid level control system including a validation mechanism, the system comprising: a fulcrum (82, 482); a movable assembly (70, 470) including a bar (72, 472), wherein the bar (72, 472) of the movable assembly (70, 470) including a proximate end and a distal end, and wherein the bar (72, 472) is configured to pivot about the fulcrum (82, 482); and a float (74, 474) attached to the distal end of the bar (72, 472); and characterized by: an actuator (78, 478) that is operatively connected to the movable assembly (70, 470) between the proximate end of the bar (72, 472) and the fulcrum (82, 482) and that is configured to impart movement to the movable assembly (70, 470) to thereby move the float (74, 474); a processor (228, 428) configured to actuate the actuator (78, 478) to thereby move the float (74, 474) via the movable assembly (70, 470); a sensor (80, 480) including an input and an output, the input of the sensor (80, 480) operatively coupled to the movable assembly (70, 470) for receiving an input signal representative of a characteristic of the float (74, 474), the output of the sensor (80, 480) operatively coupled to the processor (228, 428) for providing an output signal associated with the input signal; a memory (219, 419) coupled to the processor (228, 428); an actuating module (252, 452) stored on the memory (219, 419) and configured to be executed on the processor (228, 428), thereby causing the processor (228, 428) to actuate the actuator (78, 478); an output device (248, 448) coupled to the processor (228, 428); and an exhibiting module (254, 454) stored on the memory (219, 419) and configured to be executed on the processor (228, 428), thereby causing the processor (228, 428) to exhibit the output signal of the sensor (80, 480) on the output device (248, 448). a fulcrum (82, 482); a movable assembly (70, 470) including a bar (72, 472), wherein the bar (72, 472) of the movable assembly (70, 470) including a proximate end and a distal end, and wherein the bar (72, 472) is configured to pivot about the fulcrum (82, 482); and a float (74, 474) attached to the distal end of the bar (72, 472); and characterized by: an actuator (78, 478) that is operatively connected to the movable assembly (70, 470) between the proximate end of the bar (72, 472) and the fulcrum (82, 482) and that is configured to impart movement to the movable assembly (70, 470) to thereby move the float (74, 474); a processor (228, 428) configured to actuate the actuator (78, 478) to thereby move the float (74, 474) via the movable assembly (70, 470); a sensor (80, 480) including an input and an output, the input of the sensor (80, 480) operatively coupled to the movable assembly (70, 470) for receiving an input signal representative of a characteristic of the float (74, 474), the output of the sensor (80, 480) operatively coupled to the processor (228, 428) for providing an output signal associated with the input signal; a memory (219, 419) coupled to the processor (228, 428); an actuating module (252, 452) stored on the memory (219, 419) and configured to be executed on the processor (228, 428), thereby causing the processor (228, 428) to actuate the actuator (78, 478); an output device (248, 448) coupled to the processor (228, 428); and an exhibiting module (254, 454) stored on the memory (219, 419) and configured to be executed on the processor (228, 428), thereby causing the processor (228, 428) to exhibit the output signal of the sensor (80, 480) on the output device (248, 448). an actuator (78, 478) that is operatively connected to the movable assembly (70, 470) between the proximate end of the bar (72, 472) and the fulcrum (82, 482) and that is configured to impart movement to the movable assembly (70, 470) to thereby move the float (74, 474); a processor (228, 428) configured to actuate the actuator (78, 478) to thereby move the float (74, 474) via the movable assembly (70, 470); a sensor (80, 480) including an input and an output, the input of the sensor (80, 480) operatively coupled to the movable assembly (70, 470) for receiving an input signal representative of a characteristic of the float (74, 474), the output of the sensor (80, 480) operatively coupled to the processor (228, 428) for providing an output signal associated with the input signal; a memory (219, 419) coupled to the processor (228, 428); an actuating module (252, 452) stored on the memory (219, 419) and configured to be executed on the processor (228, 428), thereby causing the processor (228, 428) to actuate the actuator (78, 478); an output device (248, 448) coupled to the processor (228, 428); and an exhibiting module (254, 454) stored on the memory (219, 419) and configured to be executed on the processor (228, 428), thereby causing the processor (228, 428) to exhibit the output signal of the sensor (80, 480) on the output device (248, 448).