1336F-AQF50-AA-EN-HASB-L4

The Allen-Bradley/Rockwell Automation 1336F-AQF50-AA-EN-HASB-L4 1336 PLUS II series adjustable frequency drive comes with insulated gate bipolar transistors or IGBTs that provide quiet motor operation through programmable carrier frequency. This drive also comes with third-generation devices that can produce switching on conduction losses for providing reliable operations. This drive comes with multiple sensors and dynamic current control technology for torque production that is widely used in the automation industry. The Allen-Bradley/Rockwell Automation 1336F-AQF50-AA-EN-HASB-L4 adjustable frequency drive has been designed to be compact and this enables it to fit almost any space in any motor control application. Since the drive is compact it can leave more installation space free for other important equipment in the motor control system. This drive also has a simplified design and construction that eliminates a significant amount of internal cables and wiring, making it more reliable and easier to use than other drives with more complex wiring needs.

The primary use for the Allen-Bradley/Rockwell Automation 1336F-AQF50-AA-EN-HASB-L4 1336 PLUS II series adjustable frequency drive is as a controller for variable speed motors. It is frequently used in automation applications that require different motor speed and torque ratings in the course of one application or task. It controls the connected motor by modifying the frequency and voltage levels that it applies to the motor. The drive comes with multiple components that contribute to its high levels of torque production. The Allen-Bradley/Rockwell Automation 1336F-AQF50-AA-EN-HASB-L4 adjustable frequency drive is enabled to perform real-time preventive maintenance activities that monitor the drive output current and control conditions while the drive is running. The drive also includes different types of alarms that will alert the users before the drive experiences a potentially severe fault. If a fault has occurred, diagnostic messages will tell the users about the problem and tell them how to address it. This allows faults to be addressed as quickly as possible.