E32-T12B 2M

Series:	E32
Part Status:	Active
Sensing Method:	Through-Beam
Sensing Distance:	26.772" (680mm)
Voltage - Supply:	--
Response Time:	--
Output Configuration:	--
Connection Method:	Cable
Ingress Protection:	IP67
Light Source:	--
Adjustment Type:	--
Operating Temperature:	-40°C ~ 70°C

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Introduction to the E32-T12B 2M Optical Sensor

The E32-T12B 2M is a reliable and compact industrial-grade photoresistor, specifically designed to measure environmental parameters in demanding conditions. This sensor uses an array of photosensitive elements to measure light levels and respond accordingly. By measuring the light that enters the sensor, it can accurately detect anything from a temperature or pressure change to the presence of motion or other objects.

Advantages of the E32-T12B 2M Optical Sensor

The E32-T12B 2M optical sensor has been designed to be extremely rugged and reliable, withstanding extreme temperatures and pressures. The sensor is highly sensitive, with an array of finely tuned photosensitive elements that can accurately detect both very small and very large changes in light levels. Its small size and lightweight design also makes it ideal for installation in restricted or uncomfortable spaces. In addition, the sensor is highly resistant to EMI/RFI interference, meaning it can be used in hostile electromagnetic environments.

Applications of the E32-T12B 2M Optical Sensor

The E32-T12B 2M optical sensor has a broad range of practical applications in industrial settings where light levels have to be constantly monitored. This includes applications such as monitoring temperature in cooling towers, detecting pressure changes in air conditioning systems, and locating objects in medical imaging applications. It is also commonly used for motion detection, for measuring the intensity of light in the environment, and for security and surveillance systems.

Working Principle of the E32-T12B 2M Optical Sensor

At its core, the E32-T12B 2M optical sensor is a simple device that consists of an array of photosensitive elements. When light enters the sensor, it is absorbed by the photosensitive elements which then generate a current that is proportional to the intensity of the light level. This current is then amplified by an amplifier stage, which increases the level of sensitivity by a factor of ten. The signal is then sent to the output of the sensor, where it can be used to trigger a desired response. In this way, the sensor is able to accurately measure the light level in the environment and respond accordingly.

Limitations of the E32-T12B 2M Optical Sensor

Although the E32-T12B 2M optical sensor is a reliable and robust device, it has some limitations. The sensor is designed to only work in very specific conditions, as it can be affected by extreme temperatures, pressures, and electromagnetic interference. Additionally, the sensor’s accuracy is limited to within 10-30%, so it is important to ensure that it is installed correctly and that it is never exposed to extreme levels of illumination.

Conclusion

The E32-T12B 2M optical sensor is a robust and reliable industrial-grade photoresistor that has been designed to be particularly resistant to extreme temperatures and pressures. The sensor is highly sensitive and can be used for a wide variety of applications, such as temperature, pressure, and light level detection. It is also highly resistant to EMI/RFI interference. The sensor does have some limitations, such as its limited accuracy, so it is important to ensure it is installed correctly and maintained properly.

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