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Set up an Analog Sensor

SUMMARY

Use this guide to configure an analog sensor in Factbird. Analog sensors can be used to monitor measurements such as temperature, vibration, pressure, current, humidity, or other continuously changing values by configuring the correct sensor type, input range, and engineering units.

 

WHEN TO USE THIS

Use this guide if:

  • You are connecting a new analog sensor to a Factbird device.
  • You want to monitor measurement data instead of production counts.
  • You need to configure the sensor's input range or engineering units.

PREREQUISITES

Before starting:

  • The analog sensor is physically connected to the Factbird device.
  • The sensor has been added to the device, or you are ready to create a new sensor.
  • You have access to the Administration page.
  • You know the sensor's output type (for example, 4–20 mA or 0–10 V) and measurement range from the manufacturer's documentation.

STEPS

  1. Add or select the sensor
    • Open Administration.
    • Go to Devices.
    • Select the device connected to the analog sensor.
    • Add a new sensor or select an existing sensor to configure. 

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  2. Open the sensor settings
    • Locate the sensor in the sensor overview.
    • Open the sensor's Settings page. 
      Screenshot 2023-08-10 at 14.04.07.png
      Screenshot 2023-08-10 at 14.07.21.png
  3. Configure the basic information
    • Open the Basic Information tab.
    • Set Sensor Type to Measurement
      Screenshot 2023-08-10 at 13.32.34.png
  4. Configure the analog input
    • Open the Sensor Setup tab.
    • Set Type of Wiring to ANALOG.
    • Enable Use analog input range.
    • Select the correct analog signal range:
      • 4–20 mA when using a Factbird DUO with a DP2200 converter.
      • 0–10 V when using a Factbird DUO with a DP1222 converter. 
        Screenshot 2023-08-10 at 15.10.18.png
        Screenshot 2023-08-10 at 15.10.42.png

  5. Configure the measurement range

    • Enter the minimum value the sensor represents.
    • Enter the maximum value the sensor represents.

    Example

    If a current sensor measures 0–20 A:

    • Minimum = 0
    • Maximum = 20

    These values are typically printed on the sensor label or provided in the manufacturer's datasheet. 
    Screenshot 2023-08-10 at 15.13.56.png

  6. Configure a data multiplier (optional)

    Use a data multiplier if the measured value needs to be converted into another engineering unit.

    Example

    To calculate electrical power from a current sensor installed on a 230 V circuit:

    • Enter 230 as the data multiplier.

    This converts the measured current into a power value. For many sensors, such as temperature or humidity sensors, a data multiplier is not required. 

    Screenshot 2023-08-10 at 14.36.54.png

  7. Select the data unit

    • Open the Data tab.
    • Select the unit that matches the measurement, such as:
      • °C
      • %
      • A
      • V
      • kW
      • mm/s

    This determines how values are displayed throughout Factbird. 

    Screenshot 2023-08-10 at 15.03.07.png

  8. Save the configuration
    • Click Update Sensor Configuration.
    • Wait for the device to apply the new settings.

EXPECTED RESULT

After completing these steps:

  • The analog sensor is configured correctly.
  • Measurement data is displayed in Factbird using the configured engineering units.
  • The sensor is ready for dashboards, trends, reports, and alarms.

TROUBLESHOOTING

Issue: The displayed values are incorrect.

  • Try: Verify that the selected analog input range matches the sensor output.

  • Try: Confirm the minimum and maximum measurement values have been entered correctly.
  • Try: Check that any required data multiplier has been configured correctly.

Issue: No measurement data is displayed.

  • Try: Verify the sensor wiring.

  • Try: Confirm the sensor has been added to the correct device.
  • Try: Ensure Sensor Type is set to Measurement.

Issue: The readings appear offset or scaled incorrectly.

  • Try: Review the sensor's specification sheet.

  • Try: Verify the configured measurement range and data multiplier.
  • Try: Confirm the correct converter type is being used (DP2200 for 4–20 mA or DP1222 for 0–10 V).

STILL NEED HELP?

Contact Support and include:

  • The analog sensor model.
  • The device name.
  • The configured input range.
  • The configured minimum and maximum values.
  • Screenshots of the sensor configuration.

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