1336F-B020-AN-EN-LA4

The Allen-Bradley 1336F-B020-AN-EN-LA4 adjustable frequency drive is a 1336 PLUS II series AC drive that can be used to provide a single control solution for virtually all of its users’ motor torque and speed control requirements. Its design is similar to the design of all the other drives in the 1336 PLUS II series, and it has identical control interface functions, device communications options, training processes, and maintenance needs as the other 1336 PLUS II series drives, which makes it as easy as possible to use. The Allen-Bradley 1336F-B020-AN-EN-LA4 adjustable frequency drive comes with different programmable options that include dual independent acceleration and deceleration profiles, 3 skip frequencies, DC injection braking, and dynamic braking. All these functions have to be programmed before the drive starts operating. The Allen-Bradley 1336F-B020-AN-EN-LA4 adjustable frequency drive comes with an analog interface at Slot B that features 1 isolated configurable input and 1 isolated configurable output.

The drive output current and control conditions of the Allen-Bradley 1336F-B020-AN-EN-LA4 1336 PLUS II series adjustable frequency drive can be selectively monitored while the drive is running. The drive comes with different alarms that indicate different kinds of faults. These alarms must be familiar to the operators so that they can identify them quickly and correctly and so that they will know how to respond to the faults that each alarm indicates. The Allen-Bradley 1336F-B020-AN-EN-LA4 adjustable frequency drive operates only in English. To program the drive locally, a human-machine interface module is required. This drive comes with an open enclosure, so a clean and controlled environment is also required for safe operation. The Allen-Bradley 1336F-B020-AN-EN-LA4 adjustable frequency drive comes with a laminar bus design that reduces internal inductance, thereby reducing snubber losses and improving IGBT performance. The advanced design of the drive provides it with exceptional reliability when it is controlling 3-phase motors.