| Attribute | Value |
|---|---|
| Brand | Mitsubishi Electric |
| Category | Motion Controller |
| Model | Q173DCPU |
| Power | 5VDC 1.25A |
| Serial Numbers | R14431034, R14431041 |
| Country of Origin | Japan |
| Weight | 310 gm |
What is the Mitsubishi Q173DCPU Motion Controller?
The Mitsubishi Q173DCPU is a dedicated motion controller from Mitsubishi’s Q Series PLC lineup. It offers high-performance motion control, supporting multi-axis synchronization, smooth trajectory planning, and real-time communication with other automation components.
This controller is specifically designed to work with servo systems, linear motors, and advanced machine tools, making it ideal for complex industrial automation tasks.
Key Features of the Q173DCPU Motion Controller
Here are some of the standout features that make the Mitsubishi Q173DCPU a preferred choice:
✔ High-Speed Processing: Handles complex motion control tasks with minimal delay.
✔ Multi-Axis Control: Supports up to 32 axes, making it suitable for advanced robotics and machine applications.
✔ Built-in Motion APIs: Simplifies programming and integration with Mitsubishi’s PLCs.
✔ Synchronization & Interpolation: Ensures precise movement for robotics and CNC machining.
✔ Advanced Diagnostics: Offers real-time monitoring for effective troubleshooting.
✔ Ethernet & SSCNET III Connectivity: Allows easy communication with other automation equipment.
Advantages of Employing the Q173DCPU Motion Controller
Employing the Mitsubishi Q173DCPU provides the following benefits in industrial automation:
✅ Higher Precision: Offers precise, high-speed motion control.
✅ Less Downtime: Internal diagnostics and error recovery functions avoid failures.
✅ Energy Efficiency: Optimized motion profiles save energy.
✅ Scalability: Facilitates growth with future-proof modules to add later.
✅ Seamless Integration: Integrates seamlessly with Mitsubishi PLCs and servo motors.
Usage of the Mitsubishi Q173DCPU
The Q173DCPU finds applications in numerous industries, which include:
Robotics: Synchronized robotic arm operation at high speeds.
CNC Machining: Precise cutting and shaping in manufacturing processes.
Packaging Industry: Smooth conveyor belt and sorting machine operation.
Printing & Labeling: Precise control for print head movement.
Semiconductor Fabrication: Wafer handling and chip placement of high precision.
