DTAPM4C

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DTAPM4C is an acronym of Digital Temperature and Air Pressure Measurement for Combined Pressure and Temperature. It is a combined pressure and temperature measurement technology which applies digital temperature and air pressure sensor measuring principle developed by the research group of Fujian University.

As a tool to measure pressure and temperature, DTAPM4C utilizes a set of precision and reliable pressure transducers, thermistors and calculation software to measure the combined information of pressure and temperature. The system can be helpful for monitoring and control in production, process and storage conditions, especially for the manufacturing, process and storage of food items. It is also suitable for environmental monitoring, air pollution analysis and other related topics.

DTAPM4C system can be employed in local, remote, laboratory or field-based measuring applications. It can be used to accurately measure the combined pressure and temperature data from instruments installed in pipes, tanks and other structures. The system is convenient to operate and provides easy data storage and analysis management. It has many user-friendly features and supports multiple types of input and output. Besides, it is capable of integrating with other systems.

This system works in a rather simple way. The temperature and air pressure sensors are installed in the pipelines or tanks. These sensors detect the temperature and pressure changes at a given moment. The data is recorded continuously and sent to the control system. The control system then processes the received values and converts them into digital format. The digital temperature and pressure data will then be used to calculate the air pressure and temperature of the measured area. The data is stored in the data storage system and be used for subsequent analysis or control.

Overall, DTAPM4C is an ideal solution for applications that need to measure the combined pressure and temperature. This system can make the process of measuring air pressure and temperature much easier and it is also capable of providing accurate and reliable data. Along with its user-friendly features and support for multiple types of inputs and outputs, this system is gaining more users every day and is being adopted in various industries for accurate air pressure and temperature measurement.

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