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Mitsubishi PLC High-Resolution Isolated Channel Analog Module Q64AD-GH

The Mitsubishi PLC High-Resolution Isolated Channel Analog Module Q64AD-GH offers advanced features for high-precision analog signal processing in automation systems. It has four input channels that support both voltage and current inputs, with input resistance values of 10MΩ for voltage and 250Ω for current. This versatility allows it to cater to a variety of industrial applications.

Key specifications of the Q64AD-GH include a digital output with a range of 16-bit (-32768 to 32767) and 32-bit (-65536 to 65535), offering excellent resolution. The module achieves high accuracy with a baseline precision of ±0.05% and an environmental coefficient of ±71.4ppm/°C. The conversion speed is 10ms per 4 channels, making it suitable for time-sensitive applications.

With its optical isolation between the input/output terminals and the programmable controller power supply, the Q64AD-GH ensures robust protection in harsh environments. The module also supports custom voltage and current input ranges, giving users flexibility in configuring the system according to specific requirements.

 

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Product Description

Mitsubishi PLC High-Resolution Isolated Channel Analog Module Q64AD-GH

The Mitsubishi PLC High-Resolution Isolated Channel Analog Module Q64AD-GH offers precise analog signal handling for industrial environments. This module provides four analog input channels and supports both voltage and current inputs, making it versatile for a wide range of applications. The Q64AD-GH delivers high-resolution digital output with 16-bit and 32-bit precision, ensuring accurate data conversion and measurement for complex systems.

 

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Key Features and Specifications:

  • Analog Input Channels: 4
  • Voltage Input Range: DC -10V to 10V (Input Resistance: 10MΩ)
  • Current Input Range: DC 0-20mA (Input Resistance: 250Ω)
  • Digital Output: 16-bit (-32768 to 32767), 32-bit (-65536 to 65535)
  • Precision:

    • Reference Precision: ±0.05%
    • Environmental Coefficient: ±71.4ppm/°C

  • Conversion Speed: 10ms per 4 channels
  • Absolute Maximum Input:

    • Voltage: ±15V
    • Current: ±30mA

  • Isolation:

    • Optical coupling isolation between input/output terminals and power supply
    • Transformer isolation between input channels

  • I/O Points: 16 points (Smart I/O Allocation)
  • Terminal Block: 18 points
  • Wire Size Compatibility: 0.3mm² to 0.75mm²
  • Connector: R1.25-3 (non-insulated crimp terminal)
  • Internal Power Consumption: 0.89A (DC 5V)
  • Dimensions (HWD): 98mm x 27.4mm x 112mm
  • Weight: 0.20kg

Input/Output Characteristics and Maximum Resolution:


Voltage Input:

  • 0~10V:

    • 16-bit: 0~32000 (312.6µV)
    • 32-bit: 0~64000 (156.3µV)

  • 0~5V:

    • 16-bit: 0~32000 (156.4µV)
    • 32-bit: 0~64000 (78.2µV)

  • 1~5V:

    • 16-bit: 0~32000 (156.4µV)
    • 32-bit: 0~64000 (78.2µV)

  • -10~10V:

    • 16-bit: -32000~32000 (312.6µV)
    • 32-bit: -64000~64000 (156.3µV)

Current Input:

  • 0~20mA:

    • 16-bit: 0~32000 (312.5nA)
    • 32-bit: 0~64000 (625.0nA)

  • 4~20mA:

    • 16-bit: 0~32000 (500.0nA)
    • 32-bit: 0~64000 (250.0nA)

The Q64AD-GH is built for high-precision applications requiring quick response times and reliable analog-to-digital conversion. This module is ideal for industries such as process control, automation, and instrumentation. Its robust isolation ensures protection from electrical noise and external interference, guaranteeing safe operation in complex systems. The Q64AD-GH also supports flexible configuration, with user-defined voltage and current ranges to suit different types of sensors and input signals.