The 1336-B040-EAG-FA2-L3-S1 drive is a solid-state adjustable frequency drive designed and manufactured by Allen-Bradley. It is a 3-phase device and it accepts a PWM signal to adjust and regulate the torque and speed of three-phase induction motors. It supports a range of input voltage from 380 to 460 Volts AC and it has an operating frequency of 50 to 60 Hertz. It can work with both normal and heavy load conditions. It comes with a high-performance digital velocity loop feature. The drive is controlled using a microprocessor which comes with a field-oriented current loop. The 1336-B040-EAG-FA2-L3-S1 drive can be configured and programmed using a human-machine interface module that is equipped on the front panel of the drive. The drive uses a SCANport peripheral interface for adding other accessory devices.

The 1336-B040-EAG-FA2-L3-S1 adjustable frequency drive is current-regulated and takes in sine-coded programmable carrier frequency. The drive can regulate up to a top speed of 0.001% and it can regulate torque within +/- 5% of the rated motor torque. The drive is equipped with a realtime clock back with a battery. The clock timestamps critical and unusual events that occur during the operation of the drive. The drive is designed in a way to accommodate 150% of the overload capacity to meet different application requirements. The drive supports an overcurrent stall and overvoltage stall to protect the drive from overcurrent and overvoltage damage, respectively. The drive is equipped with a ton of protection features. The 1336-B040-EAG-FA2-L3-S1 drive should be protected from extended operations at full load torque at slower speeds, which can result in motor damage due to overheating.