Allen-Bradley PowerFlex 523 4kW (5Hp) AC Drive, 25A-B017N104
Enhance your industrial operations with the Allen-Bradley PowerFlex 523 AC Drive, designed for seamless control and energy efficiency. Ideal for applications requiring precise motor speed control in manufacturing, material handling, and processing industries.
Brand:Allen-Bradley
Series:25A-B017N104 PowerFlex 523
Voltage:480V AC
Phase:3-Phase
Output Current:17 A
Input Voltage:323-528 VAC
Input Current:15.4 A
Output Voltage:0-460VAC
Power:4kW (5Hp)
Frame:N/A (based on model naming convention, it seems specific frame details are not provided)
Enclosure:Panel Mount
Interface Module:Programmable LCD Display
IGBT:Yes
Network Type:ControlNet (coax)
Control:Advanced Key Features
Rating:Filtered A & B Frames (Optional), C, D, & E Frames (Standard)
This drive delivers superior motor control, making it ideal for industrial applications where precise speed and torque control are critical. With its robust design, the A-B 25A-B017N104 PowerFlex 523 AC Drive can withstand harsh environments, ensuring consistent operation even under challenging conditions.
The Full Numeric LCD interface module offers easy setup and monitoring of the drive’s performance, providing real-time feedback on motor status and operational data. This makes maintenance and troubleshooting straightforward, reducing downtime and increasing overall productivity.
The drive supports a wide range of operating voltages, from 323-528 VAC, and provides stable output voltage within the range of 0-460VAC, which is essential for ensuring that connected equipment operates smoothly without fluctuations.
Built with the latest technology, this AC Drive integrates seamlessly into existing systems through its advanced control features, enhancing system efficiency and flexibility. Its compact size and panel mount design make installation quick and easy, fitting into tight spaces.
The inclusion of a resistor ensures that excess energy is safely dissipated, protecting the drive and connected components from damage due to voltage spikes or surges. This feature enhances the reliability and longevity of the entire system.
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