E2EC-C2R5C2 2M

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Proximity sensors are devices designed to determine how close an object is to a given point. The range of measurements for each device depends on the type and construction of the device. E2EC-C2R5C2 2M is an inductive proximity sensor, which is widely used in most industries to detect metal objects with minimal distance. It has a strong anti-interference ability and can accurately detect the object.

Introduction

The E2EC-C2R5C2 2M inductive proximity sensor is a contactless sensing device developed by Omron based on electromagnetic field detection technology. It is used to detect a metal object with a minimum distance and can detect a metal object without contacting the object. It is widely used in automation control, such as robotic arms, elevators, etc, as it can accurately control the distance.

Design

The proximity sensor mainly includes an oscillator, an amplifier, an excitation coil, and a detector. The oscillator generates an alternating voltage with a frequency of 125 kHz, which is sent to the excitation coil through the amplifier. When a metal object approaches, an electromotive force is generated due to the variation of the mutual inductance between the excitation coil and the metal object. The electrical signal is amplified by the amplifier and transmitted to the detector. When the detector receives the amplified signal, it triggers the output switch and completes the detection.

Application Fields

E2EC-C2R5C2 2M is widely used in automation controls, such as robotic arms, assembly lines, machining centers, etc. It can be used as a proximity detector to control the position of metal objects, such as detecting the parts during the assembly process or controlling the movement of a robotic arm. It is also widely used in non-metal objects, such as plastics, wood, etc, with proper modifications.

Working Principle

The working principle of the E2EC-C2R5C2 2M proximity sensor is based on the electromagnetic field detection technology. An oscillator is used to generate an alternating voltage of 125 kHz, which is sent to the excitation coil. When a metal object approaches the excitation coil, an electromotive force is generated due to the variation of the mutual inductance between the excitation coil and the metal object. The electrical signal is amplified by the amplifier and transmitted to the detector. When the detector receives the amplified signal, it triggers the output switch and completes the detection.

Advantages

The E2EC-C2R5C2 2M has several advantages, such as, a wide detection range, strong anti-interference capabilities, and high accuracy. It also has a long service life of 30,000 detections. It also has a short response time of 3ms, which makes it ideal for many industrial applications.

Conclusion

The E2EC-C2R5C2 2M is a widely used inductive proximity sensor, which is used to detect metal objects with minimal distance. It has a wide detection range, strong anti-interference capabilities, and high accuracy, which makes it ideal for many automotive applications. Its short response time of 3ms further adds to its usability and makes it one of the most commonly used inductive proximity sensors in the industry.

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