The 1336F-B030-AE-EN-HCS2-L6E motor control drive from the Allen-Bradley/Rockwell Automation 1336 PLUS II product line has an EMC-rated NEMA 1 enclosure to protect it, a programmer/controller HMI module to program and control it, and a control interface module as an additional control option. The control interface module also supports encoder feedback. The control interface and the HMI module can both be used to control the 1336F-B030-AE-EN-HCS2-L6E drive, and the drive itself can be used to control different kinds of industrial motors. This drive is designed to be as flexible and easy to use as possible so that it can meet the needs of as many different motors and applications as possible. The 1336F-B030-AE-EN-HCS2-L6E drive has adjustable frequency control and Volts/Hertz control technology for regular motor control applications and sensorless vector control technology for more complex motor control applications.

The Allen-Bradley 1336F-B030-AE-EN-HCS2-L6E 1336 PLUS II drive’s operators can use its HMI module for uploading and downloading application data, and they can use the HMI module’s digital potentiometer to measure speed. The 1336F-B030-AE-EN-HCS2-L6E drive needs between 380 and 480 Volts AC 3-phase voltage to operate, and its control interface needs 115 Volts AC voltage to operate. The drive’s enclosure is EMC-rated, but it is not waterproof and it can only protect the drive from very small amounts of dirt or dust. The 1336F-B030-AE-EN-HCS2-L6E drive should not be used outdoors, and it should not be exposed to condensation, liquids, caustic chemicals, oil, large quantities of dirt, or excessive temperatures in an indoor environment. The 1336F-B030-AE-EN-HCS2-L6E drive needs to be installed with at least 6 inches of horizontal space and at least 4 inches of vertical space around it to protect it from overheating and it needs to be installed in a cabinet to protect it from liquids, chemicals, and dirt. When properly protected, the 1336F-B030-AE-EN-HCS2-L6E drive can operate at up to 97.5% efficiency.