KJ6T24A35SB

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The KJ6T24A35SB is a capsule-type pressure sensor for low-pressure measuring applications with its general purpose measuring range from 0 to 10 bars. It is composed of stainless steel, pressure sensitive ceramic, solder seals, silicone oil and other components. It has Teflon-lined tubing and a built-in temperature compensation circuit. It is suitable for use in many applications, such as automotive air pressure measuring, environment monitoring, pneumatic load cell testing, and other related industrial applications. This article will discuss the application field and working principle of the KJ6T24A35SB.

Application Field of KJ6T24A35SB

The KJ6T24A35SB is a universal pressure sensor that can be applied to a variety of applications. Its large measurement range, excellent repeatability, and greater temperature compensation make it suitable for many applications.

It’s suitable for use in automotive pressure measurement. The KJ6T24A35SB is designed to give accurate readings of vehicle internal air pressure, improving the safety and reliability of the vehicle. It is also ideal for monitoring the environment, such as air or water temperature, pressure, and humidity, providing real-time information for weather forecasting and disaster prevention.

Furthermore, the KJ6T24A35SB is a precision instrument for use in laboratory testing and research. It has high accuracy and greatly increases the reliability of scientific experiments, especially those requiring precise short-term measurement. Most notably, it is commonly used as a pneumatic load cell sensor, which measures the weight of a load regardless of its position, quantity, and shape, saving labor and reducing costs.

The Working Principle of the KJ6T24A35SB

When the capsule-type pressure sensor KJ6T24A35SB is connected, the pressure of the medium to be measured is applied to the pressure diaphragm and chamber, resulting in a displacement of the pressure-sensitive ceramic in the diaphragm, which changes the capacity of the ceramic capacitor.

The measuring circuit has a high input impedance, making the output voltage of the pressure sensor equal to the input voltage of the measuring circuit. Then, the capacity variation is converted into an electrical signal, and the amplifier circuit converts the electrical signal into a low-level voltage output. Finally, the microprocessor converts the voltage output into a corresponding data signal.

The KJ6T24A35SB has a built-in temperature compensation circuit to compensate for any changes in the environment temperature. Its excellent temperature compensation, combined with its improved design and high accuracy makes it an ideal choice for applications requiring low-pressure measurement.

Conclusion

The KJ6T24A35SB capsule-type pressure sensor enables precise measurements of low-pressure applications, simplifying the measurement process and reducing costs. It is suitable for a variety of applications, such as automotive air pressure measurement, environment monitoring, pneumatic load cell testing, and other related industrial applications. In addition, its built-in temperature compensation circuit ensures accuracy and maintain long-term stability.

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