Technical article: Micro-Epsilon's Chris Jones discusses growing importance of EtherCAT
‘EtherCAT sensors enable real-time measurements in industrial automation’
In this technical article, entitled ‘EtherCAT sensors enable real-time measurements in industrial automation’, Chris Jones, Micro-Epsilon UK’s managing director, discusses the growing importance of EtherCAT in enabling the latest laser displacement sensors to transfer measurement data in real time in automated industrial environments.
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- EtherCAT explained
- EtherCAT controllers
- EtherCAT laser displacement sensors
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Draw-wire sensors of the P115 series are designed for general use. Numerous options enable a suitable sensor to be selected for almost any industry application.
Mainsensor is based on a measuring principle that has been developed by Micro-Epsilon to combine the advantages of both inductive and magnetic sensors.
Micro-Epsilon offers the Indusensor VIP series of IP67-rated linear inductive displacement sensors.
This video presents the OptoNCDT 1700BL series of blue laser sensors from Micro-Epsilon. The sensors are said to offer significant benefits for users who need to measure the position or displacement of red-hot glowing metals and also translucent targets. Each sensor features optimised high-precision optics, innovative CMOS technology and an integrated controller. The six sensors in the series have measuring ranges from 20mm up to 1,000mm.