GTE10-N1211

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Optical sensors, such as photoelectric, industrial, and others, are widely used in a range of applications. The GTE10-N1211 is one such optical sensor that has been utilized in various industrial settings. This sensor is mainly used for monitoring and controlling the temperature of a closed-circuit environment and providing prompt feedback in the event of an emergency.

This high-precision optical sensing device is capable of detecting a temperature range of 0 to 140°C, with an accuracy of ±1°C. It is also known for its longer operating life, said to be up to 10 years. This optical sensor is relatively easy to install and does not require specialized maintenance. As with any optical sensing device, it comes with numerous safety features for user-safety.

The working principle of the GTE10-N1211 is based on a light-emitting diode (LED) and a phototransistor. Both of these components function together to detect temperature within a given range. The LED is activated by passing current through it, radiating light that is detected by the phototransistor. The phototransistor detects changes in light intensity, which is then used to calculate the environmental temperature.

The output of the GTE10-N1211 is transmitted to a main controller, which then decides on the action to be taken in response to the detected temperature changes. The output can be used to trigger relevant alarms, switch off high-power electrical equipment, or shut off power supply. This optical sensing device can also be integrated into automated processes such as computer-controlled manufacturing processes, to ensure safe operation in potentially hazardous situations.

The GTE10-N1211 optical sensor is ideal for applications that require accurate temperature measurement within a specified range. Applications that are most suited for this optical sensing device include precision temperature control in industrial manufacturing and power generation plants, or for monitoring activities within a closed-circuit environment.

As with any optical sensing device, proper installation and maintenance is important to ensure the safe and efficient operation of the GTE10-N1211 sensor. This includes careful positioning of the optical device with respect to the environment being measured, as well as ensuring that its optical components are protected from dust and other forms of outside contamination. If properly installed and maintained, then this optical sensing device can prove to be a reliable and efficient tool in a wide range of industrial and other applications.

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