Power Rating:22 kW (30 HP)
Ambient Temperature Range:-20°C to +70°C (-4°F to +158°F)
Operating Voltage:100…600V
Motor Control Methods:Volts/Hertz, Sensorless Vector Control
Communication Protocols:ProfiBus, Ethernet, DeviceNet
Enclosure Rating:IP20/NEMA UL Open Type
Mounting:Panel Mount
Discrete Inputs:Seven (7)
Discrete Outputs:Two (2) Opto Outputs, Two (2) Relay Outputs
Analog Inputs:Two (2)
Analog Output:One (1)
The Allen-Bradley AB 25A-D043N114 PowerFlex 523 AC Drive is engineered for reliability and efficiency, offering unparalleled performance for standalone machine applications. With its modular design, it facilitates quick and straightforward installation and configuration, optimizing productivity and reducing downtime.
Featuring a compact footprint, this drive ensures minimal space usage on the production line, making it highly versatile for various industrial environments. It supports a wide range of motor control methods, including Volts / Hertz Control and Sensorless Vector Control, ensuring precise and smooth operation regardless of the load conditions.
Equipped with integrated safety features like Safe-Torque Off (STO), the AB 25A-D043N114 ensures operator safety during maintenance and emergency shutdown scenarios. Its robust IP20/NEMA UL Open Type enclosure provides protection against dust and light splashes, enhancing operational reliability.
With a choice of discrete inputs and outputs, the drive offers flexibility in system integration. It includes two opto outputs and two relay outputs for external control signals, while two analog inputs allow for monitoring and controlling process variables. An additional analog output enables feedback or adjustment of the drive’s performance.
The AB 25A-D043N114 PowerFlex 523 AC Drive is compatible with multiple communication protocols, including RS485 and Ethernet, facilitating seamless integration into existing control networks. The inclusion of a built-in communication port simplifies setup and reduces the need for additional hardware, streamlining the installation process.
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