MLH016BSH14A

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Pressure Sensors, Transducers, are everyday components used in applications ranging from aviation and automotive testing, to medical and industrial production. The MLH016BSH14A is one such device, with advanced features and abilities designed to make work easier and more efficient, while ensuring reliable and precise results each time. Here, we take a deeper look at its applications and working principle.

Applications of the MLH016BSH14A

The MLH016BSH14A transducer is most commonly used in the aerospace and automotive industries, where accurate, consistent measurements are essential. It is specifically designed for testing high-pressure environments with levels up to 500 MPa, and able to provide readings with an accuracy of up to 0.1%.

The MLH016BSH14A utilizes a media-isolated pressure sensor to measure the differential pressure of the test medium. It can also be used to measure other physical parameters such as altitude, vacuum, and thrust pressure. In addition, its advanced features allow it to be integrated into existing systems for easy data storage and retrieval.

With its robust construction and IP67 protection rating, the MLH016BSH14A is suitable for use in a wide range of harsh environments, including those with high levels of dust and vibration. Its long-term stability and long-life operation ensure reliable performance even under extreme conditions.

Working Principle of the MLH016BSH14A

The MLH016BSH14A utilizes a combination of strain gauges, piezoelectric accelerometer, and optical bridges to measure pressure changes. The strain gauges act as an active sensing element and measure the pressure changes by converting them into electrical resistance. The piezoelectric accelerometer measures the vibration of the media in the environment, while the optical bridges perform static pressure measurement.

The MLH016BSH14A also utilizes a self-adaptive processing technique to synchronize the different measuring signals, ensuring accurate and reliable readings. The self-adaptive processing technique works by constantly adjusting the signal gain to achieve the desired accuracy. This eliminates any possible errors due to temperature or other factors.

Additionally, this device features an on-board temperature compensation system to minimize any errors due to temperature fluctuations. This system works by measuring the ambient temperature and making the necessary adjustments to ensure accurate results.

Conclusion

In conclusion, the MLH016BSH14A transducer is designed for use in a wide range of industrial and aerospace applications requiring precision pressure measurements. Its advanced features such as self-adaptive processing and on-board temperature compensation provide accurate and reliable readings. Its robust construction and IP67 protection rating allow for use in harsh environments, while its long-term stability and long-life operation ensure lasting performance.

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