1336F-B050-AN-EN-HASB-L4

The 1336F-B050-AN-EN-HASB-L4 motor control drive is a digital motor control drive from the Allen-Bradley 1336 PLUS II drive series. It is also an adjustable frequency drive which controls the operating speed of a connected motor by increasing or decreasing the level of frequency applied to the motor. The 1336F-B050-AN-EN-HASB-L4 drive has the same basic design as every 1336 PLUS II drive, its control functions are similar to those of every 1336 PLUS II drive, and it is compatible with the same accessories and spare parts as every 1336 PLUS II drive. This makes the 1336F-B050-AN-EN-HASB-L4 drive easy to install, program, use, upgrade, customize, and repair. It also allows the drive to replace another 1336 PLUS II drive in a system. The drive can also be integrated easily with other Allen-Bradley products from the SMP, SMC, 1336 FORCE, and 1336 IMPACT product lines. The 1336F-B050-AN-EN-HASB-L4 drive is designed for operating with 3-phase AC input voltage and its voltage range is between 380 and 480 Volts AC. It can generate 50 Horsepower of nominal output power when it operates with constant torque.

The Allen-Bradley 1336F-B050-AN-EN-HASB-L4 1336 PLUS II series motor control drive also supports variable torque operation and it generates 60 Horsepower of nominal output power with variable torque. The 1336F-B050-AN-EN-HASB-L4 drive has an open enclosure. The protection rating of the drive is IP 00. The drive can operate without derating at temperatures of up to 50 degrees Celsius with its open enclosure, but it is not waterproof and it has no protection from dust, dirt, or chemicals unless it is installed in a cabinet. The control interface on the drive is a TTL contact type of control interface. The 1336F-B050-AN-EN-HASB-L4 drive does not have an HMI, but a blank plate is supplied with the drive and it must be installed on the drive to cover high-voltage parts which would otherwise be exposed. These high-voltage parts are located inside the slot on the 1336F-B050-AN-EN-HASB-L4 drive which is made to host an HMI, and they can cause severe electric shock if they are not covered. The blank plate can be replaced with a functional HMI at any time, but it should not be removed unless an HMI is installed in its place.