IO-Link: How to replace sensors using IO-Link data storage mode скачать в хорошем качестве

IO-Link: How to replace sensors using IO-Link data storage mode

IO-Link Data Storage Mode is a key feature of IO-Link technology, which allows the IO-Link master to store and upload IO-Link sensor configurations. Video Transcription: IO-Link Data Storage Mode offers rapid sensor configuration and prevents inadvertent changes to settings that can cause operational problems. IO-Link Data Storage Mode is a key feature of IO-Link technology, which allows the IO-Link master to store and upload IO-Link sensor configurations. With this feature, an IO-link sensor configuration can be stored on a port on the IO-link master. This sensor configuration can then be rapidly uploaded into other identical sensors by simply connecting the sensor to the port. In this video, we will set port 7 to Data Storage Mode on a TBEN-L5-8IOL IO-Link master. With port 7 set to Data Storage Mode, we will be able to rapidly configure BCT IO-Link capacitive sensors. After assembling the hardware and plugging the block into in your PC, open PACTware. Right click on “Host PC” and select ”Add Device”. In the pop up window, select “BL Service Ethernet”, then select “OK” . Under “Host PC”, double click on BL Service Ethernet. Ensure the local area connection the block is connected to is selected. Then click the eye symbol. The part number for the TBEN IO-Link master should now appear under Device Type. Next, select “Add Device/DTM to project”. Notice the project window will populate with the device and various IO-Link ports. Let’s set port 7 to IO-Link Data Storage Mode. Right click on “Intern-Lx-8IOL”, and then select “Parameterization”. Select “Port 7-IO-Link (Channel 12)”. Next to “Operation Mode” select “IO-Link without Validation”. Then, set “Data Storage Mode” to “Activated”. Then Click “OK”. Under “Host PC”, right click on Port 7 and then select “Add Device”. In the pop up window, select the product series of the device you are trying to configure. Then select “OK”. In the project window, right click on the product and select “Connect”. Once again, right click on the product and select “Parameter”. The parameter window will open. Here is where we change the IO-Link device configuration. To read the current configuration of the device, select the “Read from Device” button. In this example, we will change the BCT sensor to have a normally closed switch point behavior. To store the sensor configuration into the sensor, select “Write to Device”. The IO-Link device is now configured and the sensor configuration is now stored in port 7 of the TBEN IO-link master. We can now upload the stored sensor configuration to other BTC IO-Link capacitive sensors automatically, by connecting each sensor to the IO-link master port.