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Upgrade Phytec Module to Embedded Control: Difference between revisions

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Created page with "This guide explains how to upgrade the Phytec Module to an Embedded Control. Please note that not all Phytec based boards can be updated to an Embedded Control. = Upgrade Kit = To upgrade your robot, please send a picture of your control to support@cpr-robots.com so we can check if an upgrade is possible. Afterwards you will get an offer for the upgrade kit you need. The Upgrade Kit includes the Embedded Control and necessary connecting parts. = Updating to Embedded C..."
 
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Your robot should then start as usual.
Your robot should then start as usual.
= Write the Configuration =
As per default, the Embedded Control only has an empty project on it. In order to let the control know, which robot you have, you have to write the correct configuration on it.
To do this get the latest '''Updater''' here: [[IgusRobotControl]]
You can find the instructions on how to use the updater here: [[Robot Control Update Process]]
Make sure to choose "Update complete folder" in Step 3 and navigate to the correct project (zip-file).
When the process has been completed, restart the robot and you are good to go!

Latest revision as of 10:15, 8 April 2026

This guide explains how to upgrade the Phytec Module to an Embedded Control. Please note that not all Phytec based boards can be updated to an Embedded Control.

Upgrade Kit

To upgrade your robot, please send a picture of your control to support@cpr-robots.com so we can check if an upgrade is possible. Afterwards you will get an offer for the upgrade kit you need. The Upgrade Kit includes the Embedded Control and necessary connecting parts.

Updating to Embedded Control

  1. Switch off the control unit and disconnect the main plug.
  2. Unplug the handheld control unit (if present) from the corresponding connection of the adapter in the control cabinet.
  3. Disconnect all wires coming out of the Phytec board. In detail:
    1. All wires in the ‘CAN’ connector of the support module (3 x grey, 1x white)
    2. Two grey wires in the double-deck terminal for connecting the hand-held pendant station
    3. One black wire in the GND terminal block
  4. Disconnect all wires of the adapter for the hand-held pendant station. In detail:
    1. The brown and orange wires in the double-decker terminal block
    2. The red wire in the 24V terminal block
    3. The black wire in the GND terminal block
  5. Remove the Phytec board, the empty double-decker terminal block and the display adapter from the control cabinet.
  6. Click the new Embedded Control into the top-hat rail of the control cabinet. The side with the pre-wired connectors should be on the same side as the ‘CAN’ connector of the support module.
  1. Connect the wires of the ‘OUT-BUS’ connector of the embedded control to the ‘CAN’ connector of the support module as follows:
    1. Dark blue/white in position 2 (GND)
    2. Yellow in position 3 (CAN-L)
    3. Green in position 4 (CAN-H)
    4. Position 1 of the connector remains empty, the other connectors of the support module remain connected as they are
  2. Connect the wires of the ‘IN-SUPPLY’ connector of the Embedded Control as follows:
    1. Dark blue into the 24V terminal block
    2. Dark blue/white to the GND terminal block
  3. Connect the handheld control unit (if available) directly to the Embedded Control at the ‘Display’ output
  4. Connect the Ethernet cable to the LAN connection of the Embedded Control.

Your robot should then start as usual.

Write the Configuration

As per default, the Embedded Control only has an empty project on it. In order to let the control know, which robot you have, you have to write the correct configuration on it. To do this get the latest Updater here: IgusRobotControl

You can find the instructions on how to use the updater here: Robot Control Update Process

Make sure to choose "Update complete folder" in Step 3 and navigate to the correct project (zip-file). When the process has been completed, restart the robot and you are good to go!