Allen Bradley 1336E-BRF75-AN-EN Used Surplus

The Allen-Bradley 1336E-BRF75-AN-EN, which operates using an input voltage of 380 to 480 Volts AC, belongs to the 1336 series of IMPACT drives. The wattage for this AC frequency drive is rated at 5.5 W, with 7.5 Horsepower of output. For optimal protection, this drive has an IP00 open-type enclosure. Each module is uniquely programmed and users can interact with it in English. This Allen-Bradley first-class drive is engineered for maximum control and power delivery for industrial applications. Being a microprocessor-controlled module, the 1336E-BRF75-AN-EN offers an outstanding digital control loop. Plus, each drive is equipped with an English table that enables users to program it easily. With a non-volatile memory storage unit, the drive offers even more protection. There are numerous stopping options that allow for maximized control: Flux Braking, Bus Regulation, as well as DC Braking. There is also an extensive range of I/O voltage options for different horsepower requirements.

Other great features of the 1336E-BRF75-AN-EN adjustable AC drive include non-volatile parameter storage, a high-performance current loop (usually field-oriented), and smooth speed and torque control, in addition to a user-friendly interface that is designed for easy installation and operation. The internal voltage reflection mechanism plays an important role in reducing motor overvoltage via a regulated minimum dwell time which makes voltage transients decay. Due to this, it is advisable that the length of motor cables utilized during the installation process should be increased before using a terminator. To reduce the effects of reflected waves on the motor’s insulation life, utilize the inverter duty motors that possess phase-to-phase insulating ratings of about 1600 Volts or even higher. The 1336E-BRF75-AN-EN drive uses SCANport communication protocols to communicate with other external devices. Note that there is no special configuration required to access this capability. Besides, users can customize the SCANport protocol to suit their specific application needs by adjusting the default configuration.