Operating Voltage:380V AC
Phase:3-phase
Nominal Power Output:25.0kW
Motor Speed Control:Volts / Hertz and Sensorless Vector Control
Communication Protocols:Profibus, Ethernet, DeviceNet
Enclosure Rating:IP20/NEMA UL Open Type
Installation Type:Panel Mount
Safety Feature:Safe-Torque Off (STO)
Input Current:60A
Output Power:25.0kW for normal operation
Max Torque:100Nm
Number of Inputs:7 discrete inputs
Number of Outputs:2 opto outputs + 2 relay outputs
Analog Input:2 channels
Analog Output:1 channel
Network Interface:RS485/Ethernet
The Allen-Bradley AB 25B-D017N114 AC Drive is designed for seamless integration into modern industrial control systems, providing precise speed and torque control essential for a wide range of machinery operations. With its robust construction and advanced control algorithms, it ensures consistent performance and minimizes maintenance requirements.
Equipped with built-in communication ports for various protocols like Profibus, Ethernet, and DeviceNet, this drive offers versatile connectivity options for seamless integration with other factory equipment. Its compatibility with both discrete and analog input/output signals facilitates easy configuration and monitoring.
Featuring a Safe-Torque Off (STO) safety feature, the drive ensures secure operation even in critical applications where safety is paramount. This feature prevents unintended movements of machinery when power is lost or interrupted, enhancing workplace safety.
With an enclosure rating of IP20/NEMA UL Open Type, this drive is suitable for industrial environments with varying levels of dust and water ingress, ensuring durability and reliability under challenging conditions. Its panel mount design allows for flexible installation options, accommodating different workspace layouts.
The Allen-Bradley AB 25B-D017N114 AC Drive stands out with its enhanced control capabilities, allowing users to optimize performance according to specific application needs. It supports both Volts / Hertz control and Sensorless Vector Control, ensuring superior control accuracy across a broad range of operating conditions.
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