Q173CPUN-T | Mitsubishi Electric | Contrôleur de mouvement

Description

Managing complex multi-axis synchronization, the Mitsubishi Electric Q173CPUN-T provides robust motion control capabilities within the MELSEC Q Series PLC platform. This specialized module mounts directly to the system backplane to handle multi-axis coordination and path planning calculations independently of the primary sequence PLC CPU. Supporting up to 32 axes of motion control, it is optimized for high-performance machine automation. The module integrates support for hand-held teaching units, allowing commissioning technicians and engineers to carry out on-site positioning tests, adjustments, and diagnostics without relying entirely on external computer interfaces.

Features

• Simultaneous, high-speed coordination of up to 32 independent motion axes.
• Direct hardware compatibility with external hand-held teaching units.
• High-speed backplane integration for low-latency command processing.
• Robust metal-framed structural housing optimized for industrial chassis deployment.

Applications

• High-speed packaging, cartoning, and vertical form fill seal machinery.
• Multi-axis material handling, palletizing, and gantry pick-and-place lines.
• Precision sheet-fed or rotary printing press operations requiring tight registration control.
• Automated assembly lines with complex mechanical synchronization profiles.

Technical Specifications

Alternative Models & Compatibility

The Q173CPUN-T module requires a compatible MELSEC Q multi-CPU backplane configuration. It is designed to operate in tandem with a main PLC CPU module (such as the Q02H, Q06H, or newer Universal models). Always verify the firmware revision compatibility of both CPUs to prevent synchronization faults during initial power-up cycles.

Application Pitfalls & Engineering Notes

Because this module draws a substantial current load of 1.56 A at 5 VDC from the system backplane, engineers must perform a complete power budget calculation for the rack power supply module (e.g., Q61P, Q63P). An over-current condition on the 5 VDC rail will trigger a power supply fault, stopping both the PLC logic processing and all active multi-axis motion control loops simultaneously.

Commissioning & Wiring Tips

When integrating a teaching unit with the module, ensure the connecting interface is seated fully and locked. Route high-speed external motion network and feedback cables inside isolated metallic conduits separated from heavy motor power lines to reduce the coupling of electro-magnetic interference into the controller's logic circuits.

Installation Guidelines