EtherCAT is a high-performance Industrial Ethernet technology with a flexible topology. It was introduced in 2003 by Beckhoff Automation.
They key functional principle of EtherCAT is how its nodes process Ethernet frames. Each singular node reads data that is addressed to it and writes the data back to the frame all while the frame is moving downstream. This improves bandwidth utilisation and eliminates the need for switches and hubs.
Most Alicat Scientific mass flow and pressure devices will have EtherCAT available on them:
Communications and power |
Mass flow meter or mass flow controller with EtherCAT |
Digital Outputs |
EtherCAT (sent to EtherCAT master) |
Analog Outputs |
None |
Electrical Connections |
Barrel jack for power + Dual RJ-45 to allow EtherCAT Cable redundancy + ERR and RUN LEDs |
Supply Voltage |
7 to 30 Vdc |
Supply Current |
Adds up to 60 mA current at 24 V to standard specification, which is about 40 mA on mass flow meters. Mass flow controllers draw more current to drive the valves and this will vary based on configuration. |
Alicat gas instruments with EtherCAT can possess the full Gas Select list of gas calibrations along with the COMPOSER firmware. This will create custom high-precision gas mixes of 2-5 gases and stores up to 20 customised gas mix compositions.
Alicat devices supports data transmission rates up to 100 mbps.
The ERR and RUN LEDs come handy when debugging/ troubleshooting your EtherCAT network.
The electronic hardware and firmware requirements needed to install EtherCAT mean that it must be ordered on new instruments and cannot be retrofitted to existing Alicat products.
If you wish to know more about the EtherCAT Protocol, contact a member of our sales team today and they will be happy to help!
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