Allen-Bradley 25B-D043N114, High-Performance AC Drive, 22kW / 30HP

Brand:Allen-Bradley

Model:25B-D043N114

Power Rating:22kW / 30HP

Control Method:Volts / Hertz; Sensorless Vector Control

Communication Protocols:[“ProfiBus”,”Ethernet”,”DeviceNet”]

Built-in Ports:[“RS485″,”Ethernet”]

Safety Function:Safe-Torque Off (STO) functionality

Enclosure Rating:IP20 / NEMA UL Open Type

Installation:Panel Mount

I/O Configuration:{“Discrete Inputs”:”Seven (7)”,”Discrete Outputs”:”Two (2) Opto Outputs & Two (2) Relay Outputs”,”Analog Inputs”:”Two (2)”,”Analog Output”:”One (1)”}

Output Power:22 kW (30.0 HP) for normal operation; 18.5 kW (25.0 HP) heavy-duty

    The Allen-Bradley 25B-D043N114 AC Drive is designed for exceptional performance and reliability in heavy-duty industrial settings. It is equipped with advanced control methods including Volts / Hertz and Sensorless Vector Control, ensuring optimal efficiency and precision in various operational environments.

    Featuring versatile communication protocols such as ProfiBus, Ethernet, and DeviceNet, this drive is easily integrated into existing systems, enhancing automation capabilities. With its built-in RS485 and Ethernet ports, it provides seamless connectivity options.

    Safety is paramount with the inclusion of Safe-Torque Off (STO) functionality, offering an additional layer of protection against unexpected stoppages. This feature ensures safety compliance and reduces the risk of accidents in the workplace.

    Offering a Size E frame and a robust output current rating of 43 Amps, the Allen-Bradley 25B-D043N114 is capable of handling significant loads. Its compact design allows for efficient panel mounting, making it suitable for space-constrained applications.

    With seven discrete inputs, two opto outputs, two relay outputs, and two analog inputs, the drive provides comprehensive input/output capabilities, facilitating a wide range of control and monitoring functions. The single analog output further enhances its adaptability for various industrial processes.