The application of dynamic pressure sensors in the nuclear power industry is extensive and critical. This sensor is mainly used to measure the pressure brought by the gas flow, that is, the dynamic pressure, especially in the monitoring of the aerodynamic performance parameters of high-speed moving objects (such as turbines, pumps, etc.).

     In the nuclear power sector, dynamic pressure sensors can be used in the following ways:

Performance monitoring of turbines and pumps: Turbines and pumps in nuclear power plants, when operating, generate high speed rotation and fluid flow, resulting in dynamic pressure. Dynamic pressure sensors can measure the pressure changes of these devices in real time, providing operators with information about the operating status of the equipment, helping to identify and deal with potential problems in a timely manner.

Cooling system monitoring: The cooling system of a nuclear power plant is a key part of ensuring the normal operation of a nuclear reactor. Dynamic pressure sensors can be installed in key parts of the cooling system to monitor the flow of coolant in the pipe to ensure that the cooling effect is as expected and to prevent overheating or damage to the equipment due to insufficient cooling.

Leakage detection: Pipes and valves in nuclear power plants can cause abnormal pressure if they leak. The dynamic pressure sensor can monitor the pressure changes in these parts in real time, and once an anomaly is found, it can issue an alarm in time to prevent the occurrence of leakage accidents.

Safety monitoring: In the safety monitoring system of nuclear power plants, dynamic pressure sensors can be used in conjunction with other sensors (such as temperature, flow and other sensors) to form a complete monitoring network. By comprehensively analyzing the data of various sensors, the operation status of nuclear power plants can be more accurately judged and nuclear safety can be ensured.

It should be noted that the application environment of the nuclear power industry is often characterized by high temperature and high radiation, so the dynamic pressure sensor needs to have good high temperature and radiation resistance, and it also needs to have high precision and high reliability characteristics to ensure its stable operation and accurate measurement in the nuclear power industry.

In addition, with the continuous development of nuclear power technology, the requirements for dynamic pressure sensors are also increasing. In the future, dynamic pressure sensors will need to have higher measurement accuracy, wider measurement range, and stronger anti-interference ability to better meet the needs of the nuclear power industry.

Senther Dynamic Pressure sensor P2803, P2804 Features:

Small size, good long-term stability;

High frequency response, wide voltage supply;

Strong anti-interference ability, overload protection;

High temperature dynamic pressure products can be customized.