The 1336S-BRF10-AA-EN-HA2-L6 is part of the 1336s series of variable frequency drives, which are manufactured by Allen-Bradley. This drive comes with either a 380 to 480 Volt AC or 513 to 620 Volt DC voltage rating, it offers one horsepower, and it is enclosed in an IP20 NEMA 1 Type enclosure. This drive is designed to provide unmatched speed control capabilities for industrial environments, whereby it has variable controls via a three-phase induction features. The 1336S-BRF10-AA-EN-HA2-L6 comes with a metal oxide varistor that provides protection against surge and phase to phase group protection. This device is ideal for direct connection to an AC line of an appropriate voltage. Additionally, this drive comes with a user-friendly control interface that is designed to cater to the different needs of a user. These features include the Contact Closure, Contact Closure with Encoder Feedback Inputs, and various 24 Volt AC/DC Interface choices. Additionally, operators have a chance to control and run the drive via an HMI display panel.

Even though there are numerous specifications associated with drives, here are the most important ones. It comes with a continuous run current rating. This is the maximum RMS current that the 1336S-BRF10-AA-EN-HA2-L6 can safely handle under all operating conditions at a fixed ambient temperature (usually 40 degrees Celsius). However, the Motor ball load sine wave currents should be equivalent to or less than this rating. This module also comes with an overload current rating, which is an inverse time/current rating that is the maximum current the 1336S-BRF10-AA-EN-HA2-L6 is able to produce for a given time frame. In most cases, its ratings range from 110% to 150% overcurrent for 1 minute. However, you can obtain higher current ratings by oversizing this adjustable frequency drive. Bear in mind that this rating is of paramount importance when it comes to sizing the 1336S-BRF10-AA-EN-HA2-L6, for the currents needed by the motor for break-away torque. Additionally, this device has a Line voltage. Note that this drivers’ operating voltage must be specified just like in any type of motor controller. The series is designed to run at a specified nominal voltage of 380 to 480 Volts AC or 513 to 620 Volts, with a tolerable voltage difference of +/-10%. This device cannot run beyond the 10% variation; and in case this happens, the variable frequency drive will go into a defensive trip. For this reason, a recorded voltage reading of line power variances is required for each application in the industrial environment.