Wireless PROFIBUS
The wireless transmission of the PROFIBUS network can be solved by optical or radio transmission. Optical transmission causes minimal delays, but requires precise setup and direct visibility of the optical modules, whose optical link must not be interrupted by anything. Radio transmission does not require direct visibility of both antennas and the transmission path may be interrupted. We offer a well-known solution from the German company Schieldknecht, operating at 869 MHz and 2.4 GHz.
The 3 Biggest Killers of the PROFINET Industrial Network
Our engineers perform diagnostics of industrial networks in hundreds of manufacturing companies. They travel across the country to find the causes of failures. We have asked them what problems they have most frequently diagnosed in customers' PROFINET networks recently. What have they told us?
We train the basics and troubleshooting of PROFIBUS networks | FOXON Academy
Do you want to know why your industrial communication is dropping out? Know where the errors are on the bus and fix them quickly? How the PROFIBUS network works and how to upgrade it and make it more robust? Learn all this in a training session full of practical examples
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How to access PROFIBUS wirelessly
The wireless transmission of PROFIBUS can be solved either by optical or radio transmission. Optical transmission causes minimal delays, but requires precise alignment and direct visibility of the optical modules, whose optical link must not be interrupted by anything. For radio transmission, we have solutions for 869 MHz and 2.4 GHz frequencies, both with Bluetooth technology.
For PROFIBUS wireless projects, we offer solutions from the German company Schildknecht, DATAEAGLE Compact and X-Treme.
You can see how the technology works in the manufacturer's video HERE