AB 2098-DSD-005X | High-Power Digital Servo Drive, Precision Control, Industrial Automation

The AB 2098-DSD-005X Digital Servo Drive is a high-power solution for industrial automation, designed for precise control in demanding applications. It combines advanced technology with robust performance, making it ideal for complex machinery and manufacturing processes.

Description

Input Voltage (AC):230 to 480V, 3-Phase

Input Frequency (AC):47 to 63Hz

Nominal Input Current (AC):7A

Continuous Output Current:11A (0-peak)

Interruption Output Current:22A (0-peak)

Size:9.54 x 14.2 x 5.46 inches (242.2 x 360.7 x 138.7 mm)

Interface Medium:RS232 & RS485 with DeviceNet

Encoder Support:Multi-turn absolute encoder

External Logic Power:Supply for external logic power

    The Allen-Bradley AB 2098-DSD-005X Digital Servo Drive is engineered to enhance the performance and reliability of your industrial automation systems. Its compact design and robust specifications make it suitable for various demanding applications.

    Equipped with advanced digital technology, this servo drive ensures precise control over motors, enabling smoother operations and higher efficiency in manufacturing processes.

    Featuring compatibility with multi-turn absolute encoders, it provides accurate position feedback, crucial for achieving precise motion control in critical industrial tasks.

    The Allen-Bradley AB 2098-DSD-005X is built with high-quality materials and rigorous testing standards, ensuring longevity and reliability in harsh industrial environments.

    With its versatile interface options and integration capabilities, this servo drive seamlessly connects with Allen-Bradley Logix 5000 series controllers and other interface modules, optimizing system performance and enhancing overall automation solutions.

AB 2098-DSD-005X Digital Servo Drive

Reviews

There are no reviews yet.

Be the first to review “AB 2098-DSD-005X | High-Power Digital Servo Drive, Precision Control, Industrial Automation”

Your email address will not be published. Required fields are marked *