Frequently Asked Question

QG65 Analog Series Replacement Options
Last Updated 17 days ago

The QG65 Analog series
  • uses an 8-pin M12 connector.
  • It does not include a cross-tilt error warning feature.
  • It supports upside-down mounting.

  • Replacement Option: QG65N2 High Accuracy Analog Series

    The QG65N2 Analog series with an 8-pin connector is a direct replacement for the QG65 Analog. This model also allows upside-down mounting and has the cross-tilt error warning feature disabled by default.

    ⚠️ Note: The QG65N2 Analog series does not include an RS232 interface. If you rely on RS232 functionality, please be aware that we do not currently offer a replacement model with this feature.

    QG65 Analog QG65N2 Analog 
    QG65-KI-360H-AI-CMQG65N2-KIXv-360H-AI-CM8-UL
    QG65-KI-360H-AV-CMQG65N2-KIXv-360H-AV-CM8-UL
    QG65-KD-010H-AI-CMQG65N2-KDXYh-010H-AI-CM8-UL
    QG65-KD-010H-AV-CMQG65N2-KDXYh-010H-AV-CM8-UL
    QG65-KD-030H-AI-CMQG65N2-KDXYh-030H-AI-CM8-UL
    QG65-KD-030H-AV-CMQG65N2-KDXYh-030H-AV-CM8-UL
    QG65-KD-090H-AI-CMQG65N2-KDXYh-090H-AI-CM8-UL
    QG65-KD-090H-AV-CMQG65N2-KDXYh-090H-AV-CM8-UL
    If your application doesn’t require a plug-and-play replacement, consider the standard QG65N2 analog series with a 5-pin connector as an alternative.

    AI (4-20mA)AV3 (0-10V)
    QG65N2-KIXv-360(H)-AI-CM-ULQG65N2-KIXv-360(H)-AV3-CM-UL
    QG65N2-KDXYh-010(H)-AI-CM-ULQG65N2-KDXYh-010(H)-AV3-CM-UL
    QG65N2-KDXYh-030(H)-AI-CM-ULQG65N2-KDXYh-030(H)-AV3-CM-UL
    QG65N2-KDXYh-090(H)-AI-CM-ULQG65N2-KDXYh-090(H)-AV3-CM-UL
    To enhance dynamic performance, consider then the Dynamic Series, now available with analog output options too.
    AI (4-20mA)AV3 (0-10V)
    QG65D-KIXv-360(H)-AI-CM-ULQG65D-KIXv-360(H)-AV3-CM-UL
    QG65D-KDXYh-010(H)-AI-CM-ULQG65D-KDXYh-010(H)-AV3-CM-UL
    QG65D-KDXYh-030(H)-AI-CM-ULQG65D-KDXYh-030(H)-AV3-CM-UL
    QG65D-KDXYh-090(H)-AI-CM-ULQG65D-KDXYh-090(H)-AV3-CM-UL

    * Model with (H) means high accuracy model.
    * AV=0.5-4.5V, AV3=0-10V. Other values within the range are possible. e.g. 1-9V or 0-5V etc.

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