Allen Bradley 1336 series adjustable frequency AC drives are microprocessor-based drives that control 3-phase induction motors. Some 1336 drives operate at 380/415/460V AC 3-phase input voltage, and some operate at 500 or 575V AC 3-phase input voltage. The 1336 drives are available with different enclosure ratings, including IP00, IP20, IP54, and IP65-rated enclosures. These drives can be programmed through local control panels, remote control panels, or optional programming devices connected to their serial ports.
Browse available units in our catalog of 1336.
This precharge board kit caters to specific drive ratings of C020 and C030 while ensuring compatibility with bridge rectifier diode operations. It functions effectively under a voltage rating of 575 V
The 1336-B020-EAE-FA2-L1 Adjustable Frequency AC Drive has a 22 KVA Out @ 380V AC and a 015 or 020 Enclosure Amp Rating.
This transistor kit features high-speed switching power transistors, compatible with frequencies of 50 and 60 Hz. It can function in temperature ranges from 0°C to 40°C, both during operation and stor
The Allen Bradley/Rockwell Automation SP-151135 base driver board is in charge of supporting the terminal blocks that receive and convert voltage. It is compatible with the B015 adjustable frequency d
This precharge PCB kit is rated with a code of B150 and is provided as a single unit per kit. The operating temperature range for this product is between 0°C and 55°C, while it can be stored in temper
This drive is rated for 6 amps output and functions at 50/60 Hz for versatile applications. It provides a maximum output of 3.9 KVA at 380V AC, 4.3 KVA at 415V AC, and 4.8 KVA at 460V AC. Its enclosur
The 1336-C003-EAD-FA2 Adjustable Frequency AC Drive has a 3.7 KVA Out @ 380V AC and a 003, 005, 007, or 010 Enclosure Amp Rating.
This kit transistor includes snubbers and is specifically designed for 1336 variable torque drives. It can function within a frequency range of 48 to 68 Hz. It supports operating conditions with relat
This circuit board is compatible with the 1336 Force, Plus, and Impact drives. It operates with a minimum temperature of 0 °C and a maximum of 50 °C. For storage, it tolerates temperatures from -40 °C
The Allen Bradley/Rockwell Automation SP-151170 base driver board comes in the replacement part catalog from the 1336 series of drives and parts. This board is installed inside the 1336 drive and it d
Designed and engineered by Allen-Bradley, the 1336 series is a series of adjustable frequency AC drives. The drives classified under the 1336 series feature handheld programming terminal. The 1336 drives are defined as microprocessor-controlled and high-performance units designed to control 3-phase industrial applications. The 1336 drives’ output voltage is calculated as a function of the output frequency and it is adjustable to ensure that it matches the motor parameters. Before installing a 1336 drive, ensure that a proper inspection of the unit has been carried out upon receiving it. Check for any damages that may have occurred during shipping, and make sure that the unit is not mishandled. If the unit is not going to be installed and programmed for use immediately, make sure that the storage conditions are ideal.
Therefore, ensure the storage area of the 1336 drive is clean and dry and that the ambient storage temperature is -40 degrees Celsius minimum and 85 degrees Celsius maximum. In addition, ensure that the storage area of the device is a non-corrosive environment to prevent any damage. While handling the unit, ensure that the proper handling guidelines are followed. The installation of Allen-Bradley 1336 AC drives requires proper skills and qualifications. Therefore, make sure that only authorized technicians are allowed to install or service the unit. To ascertain that there is no electrostatic damage, all the static control precautions should be adhered to. If users are not familiar with the ESD controls, qualified technicians should install the drives. The 1336 drives’ standard control features include constant torque, adjustable speed control, and overload capabilities that are adaptable through programming to handle a wide variety of applications.