New Allen Bradley 25B-D013N104 Series A PowerFlex 525 AC Drive 480V/13A/7.5HP

As part of the PowerFlex 525 series, Allen Bradley 25B-D013N104 is designed to deliver optimal performance, precise control, and energy efficiency to your motor-driven applications. Explore the key features that make this AC drive an essential component for enhancing control and efficiency in your industrial setup.

Key Features:

• PowerFlex 525 Series: The Allen Bradley 25B-D013N104 is part of the PowerFlex 525 series, renowned for its versatility and advanced control capabilities, providing a seamless solution for various motor control applications.

• Series A Designation: The “Series A” designation indicates that this Allen Bradley 25B-D013N104 AC drive belongs to the initial release of the PowerFlex 525 series, offering the core features and functionality of this reliable drive.

• 480V Input Voltage: Operating with a 480V input voltage, the Allen Bradley 25B-D013N104 drive is suitable for industrial setups where this voltage level is prevalent, ensuring compatibility with standard power systems.

• 13A Output Current: With a robust 13A output current, the drive accommodates a range of motor sizes, providing flexibility for different motor-driven applications.

• 7.5HP Power Rating: The drive is capable of handling motors up to 7.5 horsepower, making it suitable for a variety of applications requiring different power levels.

• Energy-Efficient Operation: Designed with energy efficiency in mind, the AC drive contributes to reduced energy consumption and operational costs, aligning with modern sustainability practices.

Compact and Modular Design: The compact and modular design of the drive facilitates easy integration into control panels, optimizing space and enabling scalability for future expansions.

More products like Allen Bradley 25B-D013N104:

• Allen Bradley 20-COMM-E /B PowerFlex EtherNet Communication Module 20-750-20COMM
• New Allen Bradley 20-HIM-C6S SER. A Powerflex Panel Mount LCD HIM

Follow us:

• Facebook
• LinkedIn