QPPACWAB10

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Part Status:	Active

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QPPACWAB10 Application Field and Working Principle

The QPPACWAB10 is a new type of heat sensor, based on the principle of thermal radiation, which can detect heat in confined areas and prevent potential harm. This type of sensor is specifically designed for high-temperature environments and is capable of accurately detecting temperatures up to 10,000℃. In addition to its high-temperature capabilities, the QPPACWAB10 also features a wide dynamic range, a high rate of response and a variety of connection options.

Application Field

The high-temperature capability of the QPPACWAB10 makes it ideal for applications in sectors where high-temperature environment exist. This type of sensor can be used to detect wildfires, detect heat from safety hazards, such as chemical leaks or overheating components in industrial machinery and equipment, and to measure temperature in rocket engines or exhaust systems. It is also often used to measure temperatures in aeronautical and aerospace components, as well as in nuclear power plants.

Working Principle

The working principle of the QPPACWAB10 is based on thermal radiation. Thermal radiation is the energy generated by all objects that have a temperature above absolute zero due to the emission of heat. The QPPACWAB10 is able to detect this energy and accurately measure temperatures up to 10,000℃.To detect thermal radiation, the QPPACWAB10 sensor generates a beam of infrared light, which is emitted at a frequency that corresponds to the temperature range it is designed to measure. The beam of infrared light is then used to measure the intensity of the thermal radiation emitted by the object. Once the intensity of the thermal radiation is measured, the temperature of the object can be calculated through the use of mathematical equations.

Functionality and Connectivity

The QPPACWAB10 sensor has a wide dynamic range, meaning it can accurately detect temperatures that range from -50℃ to 10,000℃. This wide range makes it suitable for a variety of applications, from low temperatures in cryogenic systems to high temperatures in industrial equipment or nuclear power plants.The QPPACWAB10 also features a high response rate, meaning it can accurately measure temperatures quickly as they change. This is especially useful for applications where temperatures may fluctuate rapidly, such as in rocket engines or power plants.In addition to its technical performance, the QPPACWAB10 is also equipped with a variety of connection options. This allows it to easily be incorporated into a variety of systems and used in conjunction with other equipment. The sensor can be connected through a range of protocols, including Wi-Fi, Ethernet, USB and Serial.

Conclusion

The QPPACWAB10 is a high-temperature heat sensor that is designed to detect temperatures up to 10,000℃. It features a wide dynamic range, a high rate of response and a range of connection options. This makes it suitable for a variety of applications, including the detection of wildfires, the measurement of temperatures in aerospace and nuclear power plants and the detection of safety hazards in industrial settings.

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