ABB PowerFlex 523 AC Drive – AB 25A-D010N104, Advanced Industrial Control Solution

Voltage:460V AC

Phase:3-phase

Amplification:250 HP (187 kW)

Frequency:60 Hz

Control Method:Variable Frequency Drive (VFD)

Protection Rating:IP55

Enclosure Type:Open Frame

Motor Protection:Soft Start, Soft Stop

Communication Protocol:Modbus TCP/IP

Motor Control:Vector Control, Sensorless Vector

Operating Temperature:-25°C to +50°C

    Introducing the Allen-Bradley PowerFlex 523 AC Drive AB 25A-D010N104, engineered to deliver exceptional performance and reliability in a wide range of industrial applications. This advanced motor controller is specifically designed to optimize energy efficiency and enhance operational flexibility in manufacturing settings.

    Featuring a compact yet robust design, the AB 25A-D010N104 supports a high input voltage of 460 VAC, ensuring compatibility with various industrial power sources. Its powerful motor capability of up to 15 HP allows for the precise control and management of heavy-duty machinery, contributing significantly to productivity gains.

    With a frequency range of 400 Hz, this drive offers unparalleled versatility in handling different types of motors and loads, making it suitable for diverse industrial processes. The amperage of 25 A ensures that the drive can handle significant electrical demands without compromising on performance or safety.

    Equipped with an IP54 enclosure type, the AB 25A-D010N104 boasts excellent environmental protection, safeguarding against dust and light water splashes, thus reducing maintenance needs and downtime in harsh working conditions. The Modbus Plus network compatibility allows for seamless integration with existing industrial networks, enhancing connectivity and control across multiple systems.

    At its core, the PowerFlex 523 AC Drive AB 25A-D010N104 utilizes a Variable Frequency Drive (VFD) technology for precise speed control. This feature enables users to adjust motor speeds accurately, improving energy efficiency and reducing waste, ultimately leading to cost savings and environmental benefits. The inclusion of digital inputs and analog outputs provides users with flexible control options, allowing for tailored setups to meet specific operational requirements.