The 150-F361NBR is a Solid-State Controller, part of the SMC-Flex series from Allen Bradley. Allen Bradley has held a rank of being the top industrial equipment supplier for several years and still continues to deliver unmatched performance and qualities in the hardware they provide their customers. This Allen Bradley SMC-Flex Solid-State Controller 150-F361NBR offers solid-state features to offer more flexible compatibility with external hardware and features different configuration settings and modules to ensure the user can provide accurate control over the connected induction motors. The SMC-Flex Solid-State Controller 150-F361NBR offers a three-phase power setting, with an input voltage range of 200 to 460 Volts AC. The frequency rating of the device’s input line can be set to either 50 or 60 Hertz, depending on the requirements of the operation where the device will be utilized. The output power is set to a total of 361 Amps with 300 Horsepower, but these settings can also be configured according to the facility’s particular requirements. Users can configure the control voltage at 24 Volts AC/DC, with an Amp setting between five to 580 units.

An integrated LCD display unit comes fitted in the Allen Bradley SMC-Flex Solid-State Controller 150-F361NBR, which makes monitoring the performance of the output device, as well as the particular settings of the AC drive, easy and more convenient. No external configuration is required for adequate configuration of the AC drive, thanks to the integrated programmable keyboard. The keyboard can be used to deliver proper inputs and configuration to the hardware where the device is used, and to ensure the connected induction motors perform at the right speeds, without causing problems with overcurrents, excessive or dangerous operational speeds, or other potential issues. Numerous safety features have been added to this SMC-Flex Solid-State Controller 150-F361NBR. This ensures that all operations are performed under strict safety rules. Safety features include an Electronic Motor Overload Protection function, providing overloads can be detected early and appropriate settings can be put into place to avoid possible complications. Furthermore, a built-in SCR/Run Bypass function offers additional safety features for the device, as well as any attached induction motors.