TSCDLNN100PGUCV

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Pressure Sensors, Transducers

In the world of measurement technology, pressure transducers are essential items that perform a variety of tasks. As the name implies, pressure transducers convert mechanical pressure into an electrical signal. This makes them especially useful in various industrial contexts, such as detecting pressure levels in highly pressurized systems or monitoring pressure levels of water or air flow. In this article, we’ll discover the application field and working principle of the TSCDLNN100PGUCV, a modern pressure transducer.

The TSCDLNN100PGUCV is an advanced pressure transducer with a range of up to 100 bar (1,450 psi). It features a high resolution of 18 bit, and a frequency response of up to 10 kHz. It can be used in a variety of industrial and laboratory situations, such as monitoring pressure in gas, oil, water, and steam systems. It is also suitable for measuring pressure in high-temperature and high-pressure environments.

Application Field

The TSCDLNN100PGUCV is designed for a broad range of applications, including:

• Cutting costs and improving safety in industrial operations;
• Making data-driven decisions in water treatment plants;
• Improving energy efficiency in food processing;
• Measuring pressure of compressed air networks;
• Monitoring hydraulic systems over extended periods of time;
• Generating more accurate readings in laboratories.

Working Principle

The TSCDLNN100PGUCV works by using a strain gauge, which detects changes in pressure and converts them into an electrical signal. This electrical signal can then be read by a computer or other electronic device, such as a data logger. The strain gauge works by responding to changes in pressure, such as when you press the gauge with your finger; the gauge’s resistance increases and this change is registered as an electrical signal. The TSCDLNN100PGUCV contains a strain gauge and a piezoelectric element that detects and measures changes in pressure.

The TSCDLNN100PGUCV also features a built-in amplifier that boosts the signal generated by the strain gauge. This amplifier improves the accuracy of the transducer and allows for a greater range of signals to be recorded. The TSCDLNN100PGUCV is powered by an external power source, such as a direct current (DC) power supply. The transducer can also be configured to run on AC power.

Accuracy

The impressive accuracy of the TSCDLNN100PGUCV is due to its built-in amplifier and its high-resolution output signal. This makes the transducer highly suitable for applications where accuracy and reliability are essential. The transducer also features an over-pressure safety valve, which prevents it from becoming damaged in case of sudden changes in pressure.

It is also important to note that the TSCDLNN100PGUCV is RS485 compatible, meaning it can be connected to a compatible device in order to send and receive data. This is particularly useful when the transducer is implemented in a remote system, allowing for the data to be transferred over long distances.

Conclusion

In conclusion, the TSCDLNN100PGUCV is an advanced pressure transducer that is designed for a wide range of industrial and laboratory applications. It features an amplifier and an over-pressure safety valve, as well as a frequency response of up to 10 kHz and a resolution of 18 bits. It is also RS485 compatible, meaning it can be connected to remote systems. All these features make the TSCDLNN100PGUCV an ideal choice for accurate and reliable pressure measurements.

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