The 1336F-AQF30-AN-EN-HASP 1336 PLUS II series drive is an adjustable frequency drive that has been designed by Allen-Bradley/Rockwell Automation. This drive has been designed with compact dimensions that enable it to be mounted in any available panel space, which saves installation space and reduces expenses and inventory requirements. This drive also comes with a streamlined construction and a laminar design that make it more reliable and easier to use than more complex drives. The Allen-Bradley 1336F-AQF30-AN-EN-HASP adjustable frequency drive includes multiple protective features that provide safety and reliability during operations since they allow the drive to detect abnormal conditions that might affect the drive, the whole system, or the application. Some of these features include under and over-voltage detection, drive over-current detection, and over-temperature detection features. The Allen-Bradley 1336F-AQF30-AN-EN-HASP adjustable frequency drive also comes with 6 alarms for alerting the users when abnormal conditions are detected and it has a fault reset input.

The Allen-Bradley 1336F-AQF30-AN-EN-HASP 1336 PLUS II series adjustable frequency drive includes multiple programming features such as dual acceleration and deceleration profiles, 3 skip frequencies, and a slip compensation feature. This drive can also support 7 preset speeds and a flying start feature. It comes with DC injection and dynamic braking features. The 7 preset speeds must be compared with the speed levels required by the application before any of them are selected or used. The Allen-Bradley 1336F-AQF30-AN-EN-HASP adjustable frequency drive has been designed to operate in controlled indoor environments only since it comes with an open enclosure. The drive must not come into contact with corrosive materials, vapors, or gasses, or with ambient temperatures higher than 40 degrees Celsius. The Allen-Bradley 1336F-AQF30-AN-EN-HASP adjustable frequency drive will need to be equipped with ventilation or cooling equipment in environments that regularly experience high levels of heat. These environments must not experience condensation or humidity levels higher than 95 percent.