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  1. P|Prox displacement sensor
  2. Setup and support
  3. Device configuration

P|Prox displacement sensor: Device configuration

Unlike other inductive displacement sensors, the P|Prox series is equipped with two calibration modes: 1-point calibration and 3-point calibration. If the factory calibration is not suitable for the applicaiton requirements, the user can tailor it via ifm's configuration products. moneo|configure laptop software is a free downloadable software package for user-friendly programming and visualization of all IO-Link enabled sensors. moneo|blue is an app that runs on your smart phone.

moneo | configure is a user-friendly software package that enables easy programming and visualization of all ifm IO-Link enabled sensors (V1.0 and V1.1) as well as other manufacturers' IO-Link enabled sensors (V1.1).  The software can be downloaded here: moneo | configure.

Smart phone running the moneo blue app and the EIO330 bluetooth adapter

moneo | blue is an app that runs on your Apple or Android smart phones and provides access to all parameters, process values and diagnostics from all sensors connected to an IO-Link master. The Bluetoothâ„¢ adapter, EIO330, connects to one port of the IO-Link master and the app can be downloaded free of charge from the Apple App Store or from Google play.

Application configuration / calibration

Factory default calibration for the P|Prox family is completed using an aluminum target of a specified size, which varies with different housing sizes. In-application calibration (1-point and 3-point calibration) can improve performance.

1-point calibration

This calibration is best suited for large targets and all metals other than aluminum. The characteristic curve is linearized over the entire range based on a single distance point.

Instructions:

  1. Place the flat surface of the target directly against the sensing face of the sensor.
  2. Open moneo|configure and scroll to the "Application" section.
  3. Select "1-point calibration" and click on "Execute command"
  4. After approximately 5 seconds, you will see a pop up window stating that parameters were successfully written to the device, indicating the 1-point calibration is complete..

moneo|configure screenshot of 1-point calibration

3-point calibration

This calibration is best suited for small, non-uniform targets, such as screw heads, and all metals. The characteristic curve is linearized over the entire range based on three distance points.

Instructions:

  1. Click on "3-point calibration". Parameters [SMR], [CMR], and [EMR] will appear.
  2. Click on "Execure command" next to [SMR] and a popup window will be displayed.
  3. Scroll to the correct distance, place the metal target at that distance, and click "OK".
  4. Repeat for [CMR] and [EMR].
  5. Click on "Execute 3 Point calibration". 
  6. After approximately 2 seconds, you will see a pop up window stating that parameters were successfully written to the device, indicating the 3-point calibration is complete..

moneo|configure screenshot of 3-point calibration

IO-Link process data configuration

IO-Link process mapping of digital data from P|Prox