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Mitsubishi PLC Q Series CPU Module Q13UDEHCPU

The Mitsubishi PLC Q Series CPU Module Q13UDEHCPU is a high-performance, advanced CPU module designed for complex, large-scale automation systems. As part of the Mitsubishi Q Series, the Q13UDEHCPU offers superior processing power, extensive I/O handling capabilities, and flexible communication options, making it an ideal choice for demanding industrial applications.

Key features of the Q13UDEHCPU include fast processing speeds, built-in Ethernet for seamless integration into industrial networks, and significant memory capacity to support complex programs. With support for both USB and Ethernet interfaces, this controller ensures easy communication across diverse devices and systems. It is well-suited for industries requiring high-speed control, extensive I/O points, and reliable communication between devices, such as manufacturing, process control, and distributed control systems.

The Q13UDEHCPU delivers a robust solution for modern industrial automation, ensuring scalable, real-time control and enhanced network connectivity, making it a reliable choice for any large-scale automation application.

 

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Product Description

Mitsubishi PLC Q Series CPU Module Q13UDEHCPU

The Mitsubishi Q Series CPU Module Q13UDEHCPU is a high-performance controller designed for demanding industrial automation tasks. This advanced CPU module integrates robust processing power, extensive memory capabilities, and versatile communication options, making it ideal for large-scale automation systems and complex control applications.

As part of the renowned Mitsubishi Q Series, the Q13UDEHCPU offers a built-in Ethernet port, facilitating high-speed communication and enabling easy integration into modern industrial networks. This module is engineered to meet the needs of industries requiring rapid processing speeds, scalability, and flexibility, ensuring efficient control and management of various processes and devices.

 

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Key Features:

  • Control Method: Uses a storage program with repetitive operations to optimize process control and automation tasks.

  • I/O Control Mode: Supports refresh mode, providing direct access to I/O (DX, DY), resulting in enhanced real-time performance.

  • Processing Speed:

    • LD X0: 9.5ns
    • MOV D0 D1: 19ns The fast processing times ensure high-speed control for complex systems.

  • Constant Scanning: Configurable scan time between 0.5ms and 2000ms, offering flexibility for various real-time control requirements.

  • Interfaces:

    • USB and Ethernet connections for easy communication with external devices and networks.

  • Memory Capacity:

    • Program Memory: 520k bytes
    • Standard RAM: 1024k bytes
    • Standard ROM: 2048k bytes
    • QCPU Standard Memory: 8k bytes
    • Multi-CPU High-Speed Communication Memory: 32k bytes

  • Program Capacity: Capable of handling 130k steps (520k bytes), supporting complex programs and automation tasks.

  • I/O Points:

    • Supports 4096 I/O points (X/Y0 to FFF), with an additional 8192 soft I/O points (X/Y0 to 1FFF).

  • Ethernet Communication:

    • Supports 100/10Mbps data transfer speed with full-duplex/half-duplex modes, using baseband transmission. The maximum transmission distance is 100m, ideal for industrial Ethernet networks.
    • Maximum Nodes/Connections: Supports up to 4 levels of cascading for 10BASE-T and 2 levels for 100BASE-TX. Can handle up to 16 communication connections for protocols like MELSOFT, MC, and FTP.

  • Physical Dimensions:

    • Height: 98mm
    • Width: 27.4mm
    • Depth: 115mm
    • Weight: 0.22kg

  • Power Consumption:

    • 5V DC: 0.49A internal power consumption for energy-efficient operation.

Applications:

The Mitsubishi Q13UDEHCPU is suitable for a broad range of industrial automation applications:

  • Manufacturing: Ideal for controlling machinery and processes in industries such as automotive, electronics, and consumer goods.
  • Process Control: Used in industries requiring precise control, such as chemical plants, water treatment facilities, and food processing.
  • Distributed Control Systems (DCS): A robust choice for large-scale automation systems requiring integration across multiple devices and processes.

Conclusion:

The Mitsubishi Q13UDEHCPU is an advanced, highly efficient CPU module designed for high-speed and large-scale industrial applications. With its powerful processing capability, large memory capacity, and built-in Ethernet connectivity, it ensures reliable, flexible, and scalable control for complex automation systems. Whether in manufacturing, process control, or distributed control systems, the Q13UDEHCPU provides the performance and reliability needed for modern industrial environments.