300100140477

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Temperature sensors are essential components of modern technology, enabling precise temperature measurement and control. When combined with thermostats, they become even more valuable in automating the use of energy in a variety of applications. The 300100140477 is a microcontroller based mechanical temperature sensing device which is suitable for a wide range of temperature applications.

Application Field of the 300100140477

The 300100140477 has a relatively wide application range. It’s commonly used in laboratories, in industrial automation, for monitoring and control, in medical applications such as refrigeration storage and in commercial applications such as analyzing the rooms’ temperature. It’s also adopted in the military, aerospace and automotive industries.

Working Principle of the 300100140477

The 300100140477 utilizes the principle of mechanical temperature sensing. In contrast to other methods of temperature sensing, such as the use of semiconductor elements, the 300100140477 utilizes a simple mechanical system. It consists of an expanding thermistor which is mechanically linked to a movable rod. The movement of the rod is proportional to the temperature of the environment.

When the temperature changes, the rod moves, exerting a downward force on another rod connected to a tension meter. This pushes the tension meter up proportionally to the temperature. When the temperature is constant the tension is also constant. This tension is then used to provide a direct reading.

The total temperature range of the device is impressive, a staggering -60°C to 110°C. It can be used for as low as -30°C and as high as +50°C. It’s also highly accurate, with a precision of 0.1°C.

Conclusion

The 300100140477 is a microcontroller based mechanical temperature sensor which is suitable for a wide range of temperature applications. It utilizes the principle of mechanical temperature sensing, and has a wide application range. It’s able to measure a temperature range of -60°C to 110°C with a precision of 0.1°C.

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