Allen Bradley 1326AB-B410J-21

The Allen-Bradley 1326AB-B410J-21-K4 is a motor device with high-powered features that make it suitable for satisfying the requirements of many operations that are executed continuously in industrial facilities. This motor is a product from one of the most trusted brands that manufacture high-performance and top-quality industrial motors, motor controllers, and related hardware devices. The device is part of the Allen-Bradley 1326 motor range and it is compatible with a large variety of motor controllers that can be used to deliver automation throughout the operational hardware in the facility. The 1326AB-B410J-21-K4 is compatible with multiple input voltage settings, including a 380 to 460 Volts AC input. The device has a maximum rated motor speed of 7250 RPM, making this a much more powerful motor than many alternative options that facilities can opt for. Specific speed settings can be adjusted by implementing a compatible motor controller, through which power will be delivered to the motor according to the operational requirements in the facility where the motor is installed.

The motor features a rated output power setting of 1.4 kW and a system continuous torque of 2.7 Nm. The 1326AB-B410J-21-K4 has a 108-millimeter frame diameter. These settings ensure the simultaneous delivery of both powerful features and a compact overall size, making it perfect for hardware settings where limited space is available, yet a high-powered motor device is required for operations to be executed without a loss of production in the facility. The 1326AB-B410-21-K4 is compatible with a range of different motor controllers produced by the Allen-Bradley company. The device fits perfectly with many of the 1326 PLUS Drives by the same brand. These motor controllers can be configured according to the requirements of the facility and can deliver automation features that assist in maximizing overall productivity within the facility. The installation process of the 1326AB-B410-21-K4 should only be performed by an appropriate professional. Various connections need to be made in the right order to prevent complications from occurring. Complications may yield harmful effects to the workers and problems with the overall production within the facility where the motor is used.