Mitsubishi General-Purpose High-Speed CPU Q13UDVCPU

Input/Output Points: 4,096 points.

Input/Output Soft Element Points: 8,192 points.

Program Capacity: 130K steps.

Basic Operation Processing Speed (LD instruction): 1.9 ns.

Program Memory Capacity: 520 KB.

Peripheral Connection Ports: USB, Ethernet (with communication protocol support function).

Memory Card Interface: SD memory card, extended SRAM card.

Efficient Handling of Large-Capacity Data

Previously, continuous access between standard RAM and SRAM card file register areas was not possible, requiring programming considerations for area boundaries. With the installation of an 8 MB SRAM expansion card in the high-speed general-purpose QCPU, the standard RAM can be used as a continuous file register, offering a capacity of up to 4,736K words, thereby simplifying programming. Thus, even if soft element memory space is insufficient, the file register area can be easily expanded by installing an extended SRAM card.

The index register has been expanded to 32 bits, enabling programming beyond the traditional 32K-word limit and allowing index modification to extend across all file register areas. Additionally, the processing speed of index modification, which plays a critical role in structured data (array) operations, has been improved. When index modification is used in repetitive processing programs (such as instructions from FOR to NEXT), scan time can be reduced.

Connectivity and Compatibility

Supports USB and RS232 interfaces.

Compatible with memory card installation.

High-Speed Multi-CPU Communication

Enables high-speed communication between multiple CPUs.

Reduced Fixed Scan Interrupt Time for Enhanced Precision

The minimum interval for fixed-cycle interrupt programs has been reduced to 100 µs, allowing for precise capture of high-speed signals and contributing to improved device precision.

High-Speed and Precision Machine Control via Multi-CPU System

High-speed control is achieved through parallel processing of sequential programs and high-speed communication between multiple CPUs (with a cycle time of 0.88 ms). The high-speed communication cycle between multiple CPUs is synchronized with motion control, maximizing operational efficiency. Furthermore, the new motion control CPU delivers twice the performance of previous models, ensuring high-speed and precise machine control.