The 1336F-BRF100-AA-EN-HASP-LA2-L6 drive is a high-performance AC drive that belongs to 1336 Plus II product series that is designed and produced by Allen-Bradley. It is digitally programmable, which helps in achieving numerous functional parameters, including precise control and setup features. This module incorporates a NEMA 1 (IP20) enclosure type. As for as the temperature is concerned, the proper ambient temperature range is 0 to 40 degrees Celsius or 32 to 104 degrees Fahrenheit. The power ratings of this machine are 7.5 kilowatts and 10 Horsepower. The drive is also equipped with constant and variable torque abilities. The constant torque of 1336F-BRF100-AA-EN-HASP-LA2-L6 drive is given with the voltage range of 380 to 480 Volts AC. The input current for the constant torque is 10.8 to 13.6 KVA and 16.4 Amps while the output current for the constant torque is 12.8 KVA and 16.1 Amps. The variable torque of this machine is available in 2 voltage ranges of 480 Volts and 400 Volts. For the 480 Volts drive, the input ratings of the variable torque are 18.6 KVA and 22.4 Amps and the output values are 17.5 KVA and 22 Amps. For 400 Volts AC voltage, the input ratings for the variable torque are 14.7 KVA and 22.4 Amps and the output values are 17.5 KVA and 22 Amps.

In addition, Option L6/L6E for the 1336F-BRF100-AA-EN-HASP-LA2-L6 drive has a 115 Volts AC interface board. When the circuit is in a low state, it must generate an AC voltage of 30 Volts AC. On the other hand, the circuit should generate a voltage of 90 to 115 Volts  AC +/-10%. Furthermore, the leakage current of the 1336F-BRF100-AA-EN-HASP-LA2-L6 drive must not be more than 10 mA. The Allen-Bradley 1336 plus II products feature advanced functionalities including auto-tuning, a navigation function, eligible fault run and reset features, interchangeable Hertz and Volts operative modes, and the step logic function. In addition, they also offer extraordinary programmable characteristics such as the slip compensation, dynamic braking, DC injection braking, flying start, line loss restart mode, and the proactive current limit.