The 1336F-A010-AN-EN-HASB-L5 adjustable frequency AC drive is a microprocessor-based PWM AC drive that is available from the Allen-Bradley/Rockwell Automation 1336 Plus II series of drives. This drive features an advanced design and functionalities that allow for exceptional control of 3-phase motors. Its outputs are adjustable frequency and voltage outputs and they can be tuned to provide optimum performance for virtually any load conditions. The 1336F-A010-AN-EN-HASB-L5 drive offers selectable Volts/Hertz control or sensorless vector control to provide outstanding motor control in any applications. The 1336F-A010-AN-EN-HASB-L5 drive supports flexibility and simplicity via its digitally-programmed drive modes. These programmable features help ensure precise and consistently accurate drive setup, control, and operation processes. The 1336F-A010-AN-EN-HASB-L5 drive can be employed in a wide variety of applications. It is especially suitable for applications that require a “holding brake” function to stop a rotating motor in-between operations.

The Allen-Bradley 1336F-A010-AN-EN-HASB-L5 1336 Plus II series AC drive carries out its holding brake function via the programmable DC hold level and DC hold time functions which are used to develop the level of holding torque that is necessary for a “ramp-to-stop” stopping mode. Additionally, for applications that require unattended operation, the 1336F-A010-AN-EN-HASB-L5 drive can be programmed to “run on power up” in order to automatically resume operation once the power is restored. The 1336F-A010-AN-EN-HASB-L5 drive also offers the “flying start” mode which automatically determines the speed and direction of a rotating load and provides output at that speed. The 1336F-A010-AN-EN-HASB-L5 drive offers 2 digital inputs and 4 digital outputs (2 Form A and 2 Form C contacts). It also offers a 24 Volts AC/DC control interface option for additional wiring and configuration possibilities. The 1336F-A010-AN-EN-HASB-L5 AC drive offers status and fault reporting via the built-in SCANport communication port. It can be programmed from an optional human-machine interface module or via an SLC or PLC controller through a serial communication link.