1336F-AQF50-AE-EN-HAS1

The 1336F-AQF50-AE-EN-HAS1 is an adjustable frequency and motor control drive that has been designed and manufactured by Allen-Bradley in the 1336 PLUS II drive series. This drive includes 2 independently programmable acceleration and deceleration times. Each time can be programmed from 0 to 3600 seconds in 0.1-second increments by using a human-machine interface, or in increments of 0.01 seconds by using a serial communications port. This drive provides a constant torque rating of up to 150 percent of the output for 1 minute and a variable torque rating of up to 115 percent of the rated output for 1 minute. The Allen-Bradley 1336F-AQF50-AE-EN-HAS1 drive has a compact size that helps to leave valuable panel space free for installing other devices and that helps it to fit into almost any available space. The drive also comes with a removable human-machine interface that supports simplicity and flexibility during operations and a laminar bus design that reduces the drive’s internal inductance by reducing the snubber losses and improving the IGBT performance.

Some of the protective features that are included on the Allen-Bradley 1336F-AQF50-AE-EN-HAS1 1336 PLUS II series adjustable frequency and motor control drive are overcurrent stall, over-voltage stall, drive output short, encoder loss, and fault reset input protective features. This drive comes with 6 alarms that react before a fault has occurred to give the users enough time to take action and to prevent the faults from damaging the drive or causing operation errors. This drive comes with a bus that measures the over and under-voltage levels in the drive. The specifications of the Allen-Bradley 1336F-AQF50-AE-EN-HAS1 adjustable frequency drive include an input voltage rating of 200 to 240 Volts AC or 310 Volts DC and a frequency rating of 50 to 60 Hertz for the AC input voltage. The drive also comes with a heatsink thermistor that is closely monitored by a microprocessor and it supports a power ride-thru time of 15 milliseconds at its full load.