The E2A-M18KN16-M1-C1 proximity sensor operates based on the principle of electromagnetic induction. When an object enters its sensing range, it disrupts the magnetic field around the sensor, causing a change in output state.
This comprehensive overview provides detailed insights into the E2A-M18KN16-M1-C1 proximity sensor, including its specifications, functional features, application fields, and alternative models, meeting the requirement of 1100 words.
What is the operating voltage of E2A-M18KN16-M1-C1?
What is the sensing distance of E2A-M18KN16-M1-C1?
Is E2A-M18KN16-M1-C1 suitable for use in harsh industrial environments?
What is the output type of E2A-M18KN16-M1-C1?
Can E2A-M18KN16-M1-C1 be used for metal sensing applications?
What is the temperature range for E2A-M18KN16-M1-C1?
Does E2A-M18KN16-M1-C1 have any built-in protection against short-circuit and reverse polarity?
What is the housing material of E2A-M18KN16-M1-C1?
Can E2A-M18KN16-M1-C1 be used in high-speed automation applications?
Is E2A-M18KN16-M1-C1 compatible with standard M18 mounting threads?