Allen-Bradley 2097-V33PR3-LM / F4 Servo Drive: Precision Control for Industrial Automation

Continuous Output Current (rms):4.0 A

Continuous Output Power:1.0 kW

Peak Output Current (rms):12.0 A

Peak Output Current (0-pk):17.0 A

Input Voltage Class:80-132 VAC rms, 1-phase; 80-264 VAC rms, 1-Phase; 80-264 VAC, 3-phase

Nominal Input Voltage:120 VAC, 240 VAC

Operating Frequency:48-62 Hz

Ethernet Communication Compatibility:Yes

Platform Integration:ControlLogix, CompactLogix, MicroLogix Controllers

Safe Torque-Off Feature:Integrated

Dimensions:9.37 x 7.29 x 2.70 in (238 x 185 x 69.0 mm)

Weight:3.3 lbs (1.5 kg)

    Integrating advanced servo technology, the Allen-Bradley 2097-V33PR3-LM/2097-F4 Servo Drive is designed for seamless integration into modern industrial automation systems. Its robust design ensures reliability and longevity, even under the most challenging operating conditions.

    Featuring a wide range of input voltage compatibility, this drive is adaptable to various power sources, ensuring compatibility and efficiency across diverse industrial settings. Its high power output and current handling capabilities make it suitable for applications requiring precise and dynamic control.

    Equipped with state-of-the-art communication ports, the servo drive supports Ethernet connectivity, facilitating seamless integration with ControlLogix, CompactLogix, and MicroLogix controllers. This feature enhances operational flexibility and ease of control, streamlining the setup and maintenance process.

    Safety is paramount in industrial environments, and the Allen-Bradley 2097-V33PR3-LM/2097-F4 Servo Drive addresses this concern with a Safe Torque-Off feature. This ensures the safe disengagement of the drive output without disrupting the overall system power, minimizing risks and enhancing workplace safety.

    Crafted from high-quality materials, the drive is built to withstand harsh environments typical of industrial settings. Its compact size and lightweight construction facilitate easy installation and reduce the overall system footprint, making it an optimal choice for space-constrained environments.