The E2B-M30LS10-M1-B1 proximity sensor operates based on the principle of electromagnetic induction. When an object enters its sensing range, it disrupts the electromagnetic field around the sensor, causing a change in output state.
This completes the English editing encyclopedia entry structure for the E2B-M30LS10-M1-B1 proximity sensor.
What is the E2B-M30LS10-M1-B1 sensor used for?
What is the operating voltage range of the E2B-M30LS10-M1-B1 sensor?
What is the sensing distance of the E2B-M30LS10-M1-B1 sensor?
Is the E2B-M30LS10-M1-B1 sensor suitable for use in harsh environments?
What output does the E2B-M30LS10-M1-B1 sensor provide?
Can the E2B-M30LS10-M1-B1 sensor be used for position detection?
What is the temperature range for the E2B-M30LS10-M1-B1 sensor?
Does the E2B-M30LS10-M1-B1 sensor have any built-in diagnostics or indicators?
Can the E2B-M30LS10-M1-B1 sensor be used in high-speed applications?
What are some typical applications for the E2B-M30LS10-M1-B1 sensor?