A control system (300, 400) for controlling a process, the control system (300, 400) including a valve (370, 470), wherein the valve (370, 470) is positioned in response to an occurrence of an event trigger, the control system comprising: a motor (374, 474) coupled to the valve (370, 470) and configured to move a portion of the valve (370, 470); a current sensor (378, 478) coupled to the motor (374, 474) and arranged to monitor electrical current drawn by the motor (374, 474); a controller including a processor and a memory (338, 438), the processor being operatively coupled to the motor (374, 474) via a motor driver interface (382, 482) J Z for controlling the motor (374, 474) to move the portion of the valve (370, 470), wherein the controller regulates transmission of a control signal based on a comparison of the monitored electrical current provided by the current sensor and a threshold current level, wherein when the current sensed by the current sensor (378, 478) is less than the threshold current level, the controller allows transmission of the control signal to the motor (374, 474), and when the current sensed by the current sensor is equal to or greater than the threshold current level, the controller prevents transmission of the control signal to the motor (374, 474); and a position sensor (376, 476) coupled to the motor and capable of providing a position signal indicative of a winding of the motor (374, 474) to the motor driver interface (382, 482), the motor driver interface (382, 482) coupled to the controller (326, 426) and capable of receiving the regulated control signal and coordinating its passage to the motor (374, 474) with the position signal to ensure proper operation and control of the motor (374, 474). a motor (374, 474) coupled to the valve (370, 470) and configured to move a portion of the valve (370, 470); a current sensor (378, 478) coupled to the motor (374, 474) and arranged to monitor electrical current drawn by the motor (374, 474); a controller including a processor and a memory (338, 438), the processor being operatively coupled to the motor (374, 474) via a motor driver interface (382, 482) J Z for controlling the motor (374, 474) to move the portion of the valve (370, 470), wherein the controller regulates transmission of a control signal based on a comparison of the monitored electrical current provided by the current sensor and a threshold current level, wherein when the current sensed by the current sensor (378, 478) is less than the threshold current level, the controller allows transmission of the control signal to the motor (374, 474), and when the current sensed by the current sensor is equal to or greater than the threshold current level, the controller prevents transmission of the control signal to the motor (374, 474); and a position sensor (376, 476) coupled to the motor and capable of providing a position signal indicative of a winding of the motor (374, 474) to the motor driver interface (382, 482), the motor driver interface (382, 482) coupled to the controller (326, 426) and capable of receiving the regulated control signal and coordinating its passage to the motor (374, 474) with the position signal to ensure proper operation and control of the motor (374, 474).