1336F-B015-AA-EN-HCS1

The 1336F-B015-AA-EN-HCS1 drive is an adjustable frequency drive that has been developed by Allen-Bradley/Rockwell Automation in the 1336 PLUS II series. It is designed to control 3-phase induction motors in many types of critical industrial applications such as applications in pumps, blowers, fans, and conveyors. The drive comes with an adjustable switching frequency range of 2 to 8 kilohertz, and the operators can manually set the speed of the connected AC motor according to the application’s requirements. The drive's switching frequency can be set to the desired level through programming. The 1336F-B015-AA-EN-HCS1 drive requires 380 to 480 Volts AC 3-phase input voltage with +/- 10 percent tolerance for operation at its full output power ratings. It also operates at 50 to 60 Hertz of input frequency with +/- 5% tolerance. This easy-to-set-up and easy-to- operate drive is supplied with a NEMA Type 1 enclosure and a Size B1/B2 frame. Its small size and space-saving construction make it ideal for mounting in protective control cabinets.

The Allen-Bradley/Rockwell Automation 1336F-B015-AA-EN-HCS1 1336 PLUS II series adjustable frequency drive can operate at ambient temperatures of up to 40 degrees Celsius at its full power ratings and it can operate at temperatures of up to 50 degrees Celsius with derating. The 1336F-B015-AA-EN-HCS1 drive comes standard with a drive-mounted IP 20-rated programmer/controller type of human-machine interface for easy drive programming and monitoring. This human-machine interface or HMI can also be used to download or upload data and it has an analog speed potentiometer. The 1336F-B015-AA-EN-HCS1 drive supports various operating modes, including the sensorless vector control option, the Volts per Hertz control option, the constant torque control mode, and the variable torque control mode. The sensorless vector control mode delivers an unrivaled acceleration torque of up to 250 percent, allowing the drive to handle even the most difficult application loads easily.