1336F-B020-AN-EN-GM1-LA3-L6

The Allen-Bradley/Rockwell Automation 1336F-B020-AN-EN-GM1-LA3-L6 drive is a VFD or variable frequency drive that has been manufactured in the Allen-Bradley 1336 PLUS II series. This drive has been designed with a small size and a planer construction. The small design enables the drive to be installed in almost any space. The planer construction eliminates several of the unnecessary internal cables of the drive, providing safer operations. This drive does not include a human-machine interface but it does come with a communications module which is a single-point Remote I/O module. This drive also comes with a control interface rated at 115 Volts AC. The 1336F-B020-AN-EN-GM1-LA3-L6 variable frequency drive has several third-generation devices that reduce its switching and conduction losses. At the same time, this drive provides quiet motor operations through the IGBTs or insulated gate bipolar transistors that provide its programmable carrier frequency and it has isolated power and logic wiring.

The Allen-Bradley/Rockwell Automation 1336F-B020-AN-EN-GM1-LA3-L6 1336 PLUS II series variable frequency drive can be easily programmed through an optional human-machine interface module or another programming device. The drive is fully compatible with Allen-Bradley/Rockwell Automation PLCs and SLCs. This drive comes with an open enclosure that provides support for installation and that allows it to tolerate maximum operating temperatures of 122 degrees Fahrenheit but which does not provide it with full protection against hazardous substances. The drive must not be exposed to liquids, dust, debris, or chemicals. The 1336F-B020-AN-EN-GM1-LA3-L6 variable frequency drive includes different programmable functions that can be used to enhance its performance. These functions can be programmed through a human-machine interface or equipment such as a PC or microprocessor that enables the users to access the drive’s programmable functions and settings. Some of these programmable functions include the drive’s frequency and speed levels, and the proactive current limit.