Technical Specifications

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Applications

• High-end CNC machine tools and precision machining equipment: Utilizing its built-in high-speed motion control function, it easily achieves multi-axis linear interpolation, circular interpolation, and high-precision positioning, ensuring extremely high dimensional accuracy and surface quality of machined parts.
• Robot and robotic arm systems: Capable of precisely coordinating the synchronous movement of multiple servo axes, achieving complex trajectory planning and high-speed start-stop, while ensuring smooth motion and repeatability.
• Semiconductor and electronics manufacturing equipment: In micron-level precision assembly and handling processes, the Q25PRHCPU's high-speed processing capability (34ns basic instruction) ensures extremely short response latency, significantly improving production cycle time and yield.
• Packaging and printing machinery: Through electronic gears and electronic cams, it perfectly achieves strict synchronization between multiple axes such as unwinding, traction, cutting, and sealing, avoiding material stretching or misregistration, and adapting to high-speed continuous production.
• Process control systems with extremely high reliability requirements: The core advantage of the Q25PRHCPU lies in its redundant control. In industries where downtime would result in significant economic losses or safety hazards, its full-duplex system enables seamless switching in the event of a main CPU failure, ensuring 24/7 uninterrupted production.
• Large-scale Logistics Conveying and Warehousing Systems: Supporting up to 4096 I/O points and robust network communication capabilities (CC-Link IE / MELSECNET / H), it can easily manage vast conveyor networks, achieving precise material tracking and high-speed distribution.