The Parker ACR7000 Series combines multi-axis motion control and integrated motor drives in a compact, scalable platform. Parker designed the ACR7000 to simplify machine design while reducing required space, cabling, and components.

Specifications:

• Combines a multi-axis motion controller and motor drives in a single package.
• Supports coordinated multi-axis motion for demanding automation applications.
• Provides Ethernet connectivity with TCP/IP, UDP, and EtherNet/IP communications.
• Supports programming and configuration through Parker Motion Manager (PMM).
• Uses AcroBASIC programming for complex motion sequences and standalone machine control.
• Includes programmable digital I/O and encoder inputs for flexible machine integration.
• Offers scalable control for prototypes, laboratory equipment, and OEM machine designs.
• Reduces wiring, installation complexity, and control-panel space through integrated motion and drive functionality.

When starting a motion controller project, In-Position Technologies engineers first review the application requirements. This process helps determine the appropriate Parker motion control solution. Next, our engineers perform the necessary calculations for the controller, drives, motors, and related components. As a result, customers receive a properly sized solution without unnecessary cost.

To ensure the motion controller fits the application, In-Position Technologies engineers review:

• Number and type of motion axes
• Motor and drive requirements
• Motion profiles and performance
• I/O requirements
• Programming and control requirements
• Network and machine connectivity
• Compatibility with external controllers, drives, and third-party equipment

When ordering a Parker ACR7000 as part of a complete motion system, IP Tech engineers also review the entire solution. This process helps ensure:

• The system includes all parts and accessories required for operation.
• All selected components work together as a complete system.
• Motors, drives, controllers, and related components match the application requirements.
• The complete system meets the project’s performance specifications.