The Allen-Bradley 1336-C015-EAD Adjustable Frequency Drive is a high-performance AC drive which provides microprocessor control for three-phase induction in a wide variety of critical industrial applications. This drive guarantees precise and repeatedly accurate control through digital programming and it also guarantees fault-free operation via built-in ground fault sensing capabilities. It has a BUS voltage regulation capability, and it also has programmed fast-acting current limiting capability for enhanced operation. The 1336-C015-EAD, like all 1336 classic drives, is designed for direct connection to 3-phase AC line power, and it has an acceptable 3-phase voltage input of 500 to 575 Volts AC. It has a current rating of 19 Amps, with 18.9 KVA real power rating, and it has an overload capacity of up to 150% of the rated output. For enhanced functions. The 1336-C015-EAD has a built-in voltage regulation capacity, with a fast-acting current limiting feature, and it is also designed with fault sensing capabilities for detecting and monitoring ground faults.

The 1336-C015-EAD is protected from ground faults and high transient voltages, using a factory-fitted metal oxide varistor (MOV), and it is designed to provide 2 seconds or more logic power ride-through time. The 1336-C015-EAD has sinusoidal PWM (Pulse Width Modulated) output waveform, and a 3-phase voltage output adjustable from 0 to 575 Volts (the output voltage cannot exceed the applied input voltage). It has a fully programmable volt per hertz motor control method and a programmable output frequency with 0 Hertz minimum and 250 Hertz maximum current range. This drive is programmed for 2 separate acceleration and deceleration times, and it has a maximum drive overcurrent trip limit of 180% of the rated output. The 1336-C015-EAD has NEMA Type 1 enclosure rating and an operating temperature range of 0 to +50 degrees Celsius with – 40 to +85 degrees Celsius storage temperature. The 1336-C015-EAD measures 383 x 576 x 223 millimeters, with a net weight of 19.5 kilograms.