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![M18 Inductive Proximity Sensor]()
M18 Inductive Proximity Sensor1. Standard M18 thread design for easy system integration. . 2. Nickel-plated copper housing provides excellent resistance to mechanical stress and impact. . 3. Equipped with LED status indicatorsread more -
![PNP NPN Proximity Sensor]()
PNP NPN Proximity Sensor1. Compact M4 threaded miniature housing, ideal for narrow installation spaces of precision micro automation equipment. . 2. Integrated one-piece 304 stainless steel structure, impact, wear andread more -
![18mm Inductive Sensor]()
18mm Inductive Sensor1. Standard M18 thread facilitates installation and fixation on various devices. Offers both flush and non-flush (protruding sensing surface) mounting options to accommodate different detectionread more -
![Flat Inductive Sensor]()
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![3 Wire Inductive Proximity Sensor]()
3 Wire Inductive Proximity Sensor1. The three-wire structure allows for flexible implementation of both NPN and PNP output types, greatly facilitating system integration. . 2. As a non-contact inductive sensor, giving it a very longread more -
![Rectangle Inductive Sensor]()
Rectangle Inductive Sensor1. Its square and miniature structure perfectly conforms to the surface of precision equipment, allowing for seamless integration with micro-automation components to achieve precise,read more
Thomas Mitchell
Jacob Schmidt
Fred Rosenbaum
Zachary Strine
Bobbie Runnels
Fred Jackson
Inductive sensors from Micro-Epsilon are based on the eddy current principle and designed for non-contact measurement of displacement, distance, position, oscillation and vibrations....
Inductive proximity sensors are operated using an Eddy Current Killed Oscillator (ECKO) principle. This type of sensor consists of four elements: coil, oscillator, trigger circuit, and an output. The...
Digital/Inductive Current Sensors. Digital/Inductive Open loop current sensors provide digital output that changes from Vcc to 0.4 V when current exceeds operation point. Not damaged by...
Sensor methods can help you integrate inductive sensors into your products by providing application engineering and support, such as: Statistical and Monte Carlo analysis of performance and...
Inductive sensors are designed to measure AC power and typically operate between 20 Hz and 100 Hz, although some units will work in the kilohertz range. A well-designed inductive sensor can be...
Inductive sensing is based on two physical laws of electromagnetism: Ampere's law where a current produces a magnetic field; and Faradays law of induction where a changing magnetic...