Q13UDVCPU Mitsubishi Melsec-Q series CPU Module

Product parameters

Processing speed: The execution speed of basic instructions (such as LD) reaches 10 nanoseconds, MOV instructions 30 nanoseconds, and floating-point operations (addition) 0.007 microseconds, demonstrating high-speed data processing capabilities.

Program capacity: Supports up to 120K steps (approximately 480KB), which can meet the storage requirements of medium and large complex control programs.

Memory configuration: Standard RAM 768KB, standard ROM 1024KB, CPU shared memory 16KB, multi-CPU high-speed transfer area 64KB, supporting efficient data storage and interaction.

I/O capability: Supports a maximum of 8,192 I/O points, can be connected to a variety of expansion modules, and is compatible with control systems of different scales.

Communication interface: Built-in USB and RS-232C interfaces, supporting access to networks such as Ethernet through expansion modules to meet diverse communication requirements.

Timer/Counter: The default timer has 2048 points and the regular counter has 1024 points, meeting the requirements of multi-task timing control scenarios.

Function

High-speed response and operation: With ultra-high-speed instruction processing capabilities and microsecond-level fixed-period interrupts, it can accurately capture high-speed input signals (such as encoder pulses), making it suitable for high-precision synchronous control scenarios.

Multi-programming language support: Compatible with multiple programming languages such as ladder diagrams, SFC (Sequential Function Diagrams), ST (Structured Text), etc., supporting modular programming to enhance development efficiency and program maintainability.

Enhanced communication and expansion: Supports multiple industrial network protocols, enabling seamless communication with devices such as HMI, servo drivers, and vision systems. At the same time, it can flexibly expand modules such as analog quantities, high-speed counting, and motion control to meet complex control requirements.

High reliability design: Equipped with program encryption protection, data backup (supporting SD card), and a complete self-diagnosis function for faults. The power supply, operating status and fault information can be intuitively displayed through LED indicator lights, facilitating quick problem identification.

Application scenarios

Precision processing equipment: such as CNC machine tools, laser cutting machines, etc., utilize their high-speed processing capabilities to achieve precise positioning and motion control of tools or laser heads, ensuring processing accuracy.

Automated production lines: In scenarios such as electronic component assembly lines and food packaging lines, multiple devices (such as conveyor belts, robotic arms, and detection devices) can be coordinated and controlled to achieve efficient production cycle management.

Logistics automation system: Stacker cranes and conveying and sorting line control for intelligent warehousing. By processing sensor signals and actuator instructions at high speed, it enhances the efficiency of logistics turnover.

In the field of process control: In the process control of chemical engineering, water treatment and other industries, real-time monitoring and precise adjustment of parameters such as temperature, pressure and flow rate can be achieved to ensure the stability of the production process.

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