E3F2-7C4-S

Series:	E3F2
Part Status:	Active
Sensing Method:	Through-Beam
Sensing Distance:	275.591" (7m)
Voltage - Supply:	10 V ~ 30 V
Response Time:	2.5ms
Output Configuration:	NPN - Dark-ON/Light-ON - Selectable
Connection Method:	Cable
Ingress Protection:	IEC IP67, IP69K
Light Source:	Infrared (850 - 880nm)
Adjustment Type:	Fixed
Operating Temperature:	-25°C ~ 55°C

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Introduction

E3F2-7C4-S is an optical industrial photoelectric sensor used for on-machine detection. It uses high intensity pulsed output with built-in amplifier start circuit, is ideal for detection and length sensing. More importantly, the E3F2-7C4-S technology offers an unmatched high performance and reliability with accuracy and long-term stability at its core. In this article, we will discuss the application field and working principle of E3F2-7C4-S.

Application Field

The E3F2-7C4-S can be used in a variety of applications related to industrial automation. Its versatile and reliable technology make it ideal for applications such as pick-and-place systems, robot positioning, conveyor systems, linear and edge detection, and more. These optical sensors are ideal for detecting small, difficult-to-detect objects, as well as for providing reliable detection of transparent objects, such as glass or plastic. In addition to the mentioned industrial applications, the E3F2-7C4-S can also be used in medical applications, such as scanned clinical and anatomical images. The accuracy and high performance of these sensors make them ideal for applications such as the automatic detection of abnormalities in an image and the accurate measurement of physiological parameters.

Working Principle

The E3F2-7C4-S works by using an advanced reflected light detection system that sends pulsed output via a built-in amplifier start circuit. This signal can be used to detect objects and measure their size. The technology uses a three-layer design which ensures the light pulses are sent exactly where the object is located. The outer layer provides for the illumination, while the middle layer contains an array of photo-transistors and filters that detect the incoming light. Finally, the inner layer is used to amplify the signal and perform additional filtering. The E3F2-7C4-S is designed to be extremely accurate and reliable. It is capable of detecting objects as small as 1mm with an accuracy of 0.25%. The built-in technology also allows for error-free data processing and prevents the detection of any false signals. Additionally, the sensor offers a long-term stability of 10M times operating life and a wide dynamic range of 3m to 12m.

Conclusion

The E3F2-7C4-S is an advanced optical industrial photoelectric sensor that is suitable for a variety of applications such as pick-and-place systems, robot positioning, and medical scanning. It utilizes an advanced reflected light detection system along with a three-layer design to accurately detect objects and measure their size. The sensor offers a high accuracy, long-term stability, and wide dynamic range for reliable detection and data processing.

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