Parker ACR7000 Servo Drive – Find comprehensive resources for Parker ACR7000 servo drives, including product catalogs, manuals, price list, programming guides, fault, alarm, warnings & software support. Get expert assistance for troubleshooting and optimization.
Parker ACR7000 is a series of integrated motion controllers that combine a multi-axis servo drive with a powerful motion controller in a single compact unit. This design offers a space-saving and cost-effective solution for applications requiring precise and coordinated motion control.
Features
The ACR7000 series multi-axis servo drive/controller combines performance, value and scalability that meets and exceeds OEM expectations. Built on the well-known ACR9000 platform, the 7000 series utilizes re-imagined hardware designs, well-suited for tabletop and laboratory style instruments and other compact machines. High performance servo drives are integrated with the multi-axis motion controller into a single package, saving space, cabling, and reducing installation complexity. Standard 4 to 8 axis systems are available. The ACR7000 series is a perfect building block for customer specific motion system solutions.
Markets:
- Industrial
- Semiconductor
- Lab/Diagnostic
- Factory Automation
Features/Benefits: - Drive and controller in a single package, reducing wiring and installation time, and eliminating drive/controller compatibility issues.
- Multiple drive axes in a common enclosure provides a compact package that makes the most of panel space and reduces the amount of cabling and installation complexity.
- ACR7000 programs with Parker Motion Manager, a proven platform used for other Parker products.
- Generous number of digital and analog I/O points allow interfacing with the most complex machine logic.
Applications: - Laboratory instruments
- Assembly and handling machines motion control systems
- Photonics and metrology applications
Applications:
The Parker ACR7000 is used in a variety of applications, including:
- Packaging machines
- Material handling
- Robotics
- Printing machines
- Textile machines