The Melles Griot 17MPZ001 is a piezoelectric controller module that delivers closed-loop feedback control for precision nanopositioning applications. It drives Melles Griot piezoelectric actuators with 1 A output current, enabling high-accuracy motion control in microscopy, optics, and scientific instrumentation. The module integrates into the 17MMR001 mainframe as part of a modular control architecture, where it connects via the backplane for power delivery and CAN-based communication with an IBM-compatible PC controller.
Technical Specifications
• Model: 17MPZ001
• Manufacturer: Melles Griot
• Product Type: Piezo Electric Controller with Feedback
• Output Current: 1 A
• Control Architecture: Closed-loop feedback positioning system
• Communication: Controller Area Network (CAN)
• Mainframe Compatibility: 17MMR001
– Key Features
• Closed-loop feedback control ensures stable, repeatable nanopositioning
• Module form factor enables flexible system configuration and upgrades
• Backplane power and communication integration eliminates external wiring complexity
• 1 A output current suitable for standard Melles Griot piezo actuators
• CAN interface supports multi-module systems via single controller
– Typical Applications
• Precision microscopy and optical alignment
• Nanopositioning in research and industrial environments
• Multi-axis motion control systems requiring modular architecture
• Closed-loop actuator control in scientific instrumentation
– Compatibility & Integration
The 17MPZ001 slots directly into the 17MMR001 mainframe, which provides all power and communication requirements. Integration with an IBM-compatible PC running pre-loaded control software enables command-based actuator positioning and real-time feedback monitoring. The modular design allows multiple controller cards within a single mainframe, supporting complex multi-axis applications.
