E3T-ST13-ECON 0.3M

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The E3T-ST13-ECON 0.3M is an optical sensor belonging to the family known as Photoelectric, Industrial. Generally, photoelectric sensors are used to detect the presence or absence of objects, in order to initiate other operations, such as hazardous-area alarms, machine start-stop or material transfer. In this case, E3T-ST13-ECON 0.3M has specific properties and features to fulfill its tasks.

Application field
E3T-ST13-ECON 0.3M is applied mainly as a means of detecting the presence or absence of air bubbles or objects in highly specialized, highly hygienic applications. Due to its small size, the E3T-ST13-ECON 0.3M can be integrated into various types of machines with minimal or no modifications, including those operating in production lines related to the medical industry. This sensor is particularly suitable for manual placement or installation in robots with high accuracy.

Working Principle
The basic operating principle of E3T-ST13-ECON 0.3M is based on the fact that light is reflected or emitted from objects or air bubbles when in contact with a photodetector, resulting in a diffused reflection. This type of optical sensor is designed to detect the presence of objects in liquid or air, by evaluating the level of reflected light that is received by the photodetector. The reflected light is then processed by the op-amps and outputs, resulting in a ON/OFF state.Based on its internal circuitry, the detection range of the sensor can be adjusted via a potentiometer, as well as the amount of noise that is filtered out of the signal to prevent false triggering.Once an object is detected, the E3T-ST13-ECON 0.3M then triggers a signal that can be used to initiate any type of external operation or alarm that is linked to it. This type of sensor is also capable of detecting very small objects, including air bubbles.In summary, the E3T-ST13-ECON 0.3M is a highly specialized, highly accurate optical sensor suitable for a variety of applications where precision and hygienic standards are critical. Its highly configurable internal circuitry makes it a reliable and powerful tool in the measurement and control of liquids, air bubbles or objects.

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