Q13UDEHCPU 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. The processing performance is powerful.

Program capacity: Supports up to 120K steps (approximately 480KB), meeting complex control requirements.

Memory configuration: Standard RAM 768KB, standard ROM 1024KB, CPU shared memory 16KB, multi-CPU high-speed transfer area 64KB.

I/O capability: Supports a maximum of 8,192 I/O points and can be connected to a variety of expansion modules.

Communication interface: Built-in USB and RS-232C interfaces, supporting Ethernet module expansion, enabling high-speed network communication.

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

Functional features

High-speed computing and response: Ultra-high-speed instruction processing capability, combined with 10μ s-level fixed-period interrupts, can accurately capture high-speed signals (such as encoder pulses), making it suitable for high-precision synchronous control.

Rich programming support: Compatible with multiple programming languages such as ladder diagrams, SFC, and ST (Structured Text), supports modular programming to enhance development efficiency.

Strengthen communication functions: Support industrial Ethernet protocols such as CC-Link IE Field and PROFINET, and can be seamlessly integrated with HMI, servo systems, vision devices, etc., to build a distributed control network.

High reliability: It features program encryption, data backup (supporting SD card), and self-diagnosis of faults. The power supply, operation, and error status can be quickly located through LED indicator lights.

Excellent scalability: It can be expanded with special modules such as analog quantities, high-speed counting, and motion control, flexibly adapting to different control scenarios.

Application scenarios

Precision manufacturing: such as semiconductor packaging equipment and laser processing machines, which utilize high-speed processing capabilities to achieve micron-level positioning control.

Production line automation: In automotive parts assembly lines and electronic component inspection lines, coordinate multi-axis servos, conveyor belts and sensors to achieve efficient cycle control.

Process control: It is used for closed-loop control of temperature and pressure in chemical reaction vessels and food production lines, and combines high-speed communication to achieve real-time data interaction with the upper computer.

Robot system: As the core of the small robot controller, it processes the motion instructions of the joint motors and the signals from external sensors to ensure precise and coordinated movements.

Advantage Products:

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