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Mitsubishi PLC Positioning Module QD75D2

The Mitsubishi PLC Positioning Module QD75D2 is a state-of-the-art motion control solution designed to deliver unparalleled precision, efficiency, and adaptability in modern industrial automation systems. As part of the renowned MELSEC-Q Series, the QD75D2 seamlessly integrates into various industrial environments, offering advanced capabilities for managing complex motion tasks. With its intuitive operation and reliable performance, the QD75D2 sets a new standard for precision and efficiency in automation.

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Product Description

Mitsubishi PLC Positioning Module QD75D2

 

The Mitsubishi PLC Positioning Module QD75D2 is a state-of-the-art motion control solution designed to seamlessly integrate into automation systems for precision-driven industries. This module is part of the renowned MELSEC-Q Series, offering advanced positioning functionality, user-friendly operation, and exceptional reliability, making it an indispensable component for your automation needs.

 

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Top Features of the QD75D2

  1. Two-Axis Positioning Control
    The QD75D2 supports 2-axis independent or synchronized control, enabling operations like straight-line and circular interpolation. This flexibility allows for advanced motion profiles tailored to complex tasks.

  2. Comprehensive Control Modes
    Enjoy smooth transitions with multiple control options, including:

    • PTP (Point-To-Point) Control
    • Speed-Position and Position-Speed Switching
    • Trajectory Control for both linear and circular paths
  3. Extended Positioning Range
    Whether using absolute or incremental positioning, the QD75D2 offers an extensive operational range, ensuring precision across micro and macro scales:

    • Absolute mode: -214748364.8 to 214748364.7 µm
    • Incremental mode: 0 to 2147483647 pulses
  4. Enhanced Speed and Pulse Output
    With speed settings ranging from 0.01 mm/min to 20,000,000 mm/min and a maximum output of 1M pulses/s, the module caters to high-speed applications requiring rapid response times.

  5. Acceleration/Deceleration Flexibility
    The QD75D2 features trapezoidal and S-curve acceleration/deceleration, with customizable times from 1 ms to 8,388,608 ms, ensuring smooth and safe machine operations.

  6. Non-Volatile Data Storage
    Critical data, including parameters and positioning instructions, are stored in flash ROM, ensuring that no backup battery is required. This design eliminates maintenance concerns while safeguarding data.

  7. Compact, Lightweight Design
    The module measures only 98 mm (H) x 27.4 mm (W) x 90 mm (D) and weighs a mere 0.15 kg, making it ideal for space-constrained control panels.

  8. Robust Connectivity
    Equipped with a 40-pin connector and differential driver output, the QD75D2 ensures secure and accurate signal transmission. Compatible accessories like the A6CON1, A6CON2, and A6CON4 connectors (sold separately) simplify wiring and setup.

  9. High Durability and Low Power Consumption
    Operating at just 0.56A (DC 5V), the QD75D2 minimizes power usage without compromising on performance, ensuring durability and cost-efficiency.


Applications

The QD75D2 is designed for use in various demanding applications, including:

  • Multi-axis CNC machining
  • Robotics and automated material handling
  • Precision packaging systems
  • Electronics manufacturing

Why Choose the Mitsubishi QD75D2?

  1. Unparalleled Accuracy: The QD75D2 ensures precise motion control, crucial for high-end applications.
  2. Versatile Performance: From speed control to trajectory control, this module adapts to diverse tasks.
  3. Compact Efficiency: Lightweight and compact, it integrates effortlessly into your system.
  4. Reliable Data Management: Flash ROM storage guarantees secure and maintenance-free data retention.
  5. Proven Mitsubishi Quality: Backed by Mitsubishi's legacy of innovation, the QD75D2 is engineered for durability and performance.

The Mitsubishi PLC Positioning Module QD75D2 is the definitive choice for industries requiring high precision, flexible motion control, and dependable performance. Whether it's for robotics, manufacturing, or complex machinery, the QD75D2 stands out as a reliable partner in optimizing automation systems.