The 150-F625NCE is part of the SMC Flex Smart Motor Controller series from the Allen Bradley brand, offering facilities an effective method for the controlling of induction motors. The Allen Bradley SMC Flex Smart Motor Controller 150-F625NCE has numerous customization options that can be utilized to provide accurate control features over a number of different compatible motors, with different voltage and power inputs, as well as outputs, to provide a true flexible solution to facilities in need of a method to ensure power outputs toward operational motors can be both monitored and controlled. The 150-F625NCE features a 1 to 1250 Amp range, with seven standard starting modes that can be configured according to the requirements of the operations where this device will be implemented. Users are also able to configure both the braking control and the pump control settings of the smart motor controller.

Several features have been built into the 150-F625NCE Smart Motor Controller in order to provide a more convenient set of functions to the facility and user. This device has a built-in electronic motor overload protection feature that helps the facility avoid harmful adverse outcomes, while the metering module installed in it ensures all that operations are monitored with ease. A built-in SCR Bypass and a Run Contractor feature is also provided by the Allen Bradley SMC Flex Smart Motor Controller 150-F625NCE, allowing for more effective control over the motors connected to this device. Additionally, DPI Communication allows for easy programming of this device through support software modules, while the integrated keypad also allows for additional programming to be implemented while this device in operation. This device also features an LCD display module that provides important feedback on all operations, including the performance of the connected motor, ensuring the user and facility workers are always informed of any problematic events. The Allen Bradley SMC Flex Smart Motor Controller 150-F625NCE has different power options that can be set according to the requirements of the equipment involved with the operations. Voltage options include 200 to 480 Volts, 200 to 600 Volts, and 230 to 690 Volts AC, with a current range of 50 to 60 Hertz.