Applications in Many Fields! High Temperature And High Pressure Guided Wave Radar Level Gauge Ensures Industrial Production Safety

In the industrial field, especially in the chemical, petroleum refining and power industries, liquid level monitoring of liquid or gas containers with high temperature and high pressure is required. High temperature and high pressure guided wave radar level gauge came into being. It is a high-precision liquid level monitoring equipment that works in the environment.

The Stainless Steel Guided Wave Radar Level Gauge uses radar technology, and its working principle is as follows: the liquid level gauge emits high-frequency radar waves, and these waves propagate within the high-temperature and high-pressure container until they intersect with the liquid surface. The liquid level gauge receives the reflected radar wave signal, and then analyzes the time difference of the signal to calculate the liquid level height. In high-temperature and high-pressure environments, the temperature and pressure of liquids may change. High temperature and high pressure guided wave radar level gauges usually have built-in temperature and pressure sensors to compensate for these changes in real time to ensure measurement accuracy.

High temperature guided wave radar level sensor has a number of significant features and advantages: it can work stably in high temperature and high pressure vessels and is not affected by the environment. Provides highly accurate liquid level measurement with small errors and is suitable for industrial applications that require high liquid level accuracy. It is not affected by the properties of the liquid and is suitable for various media, including corrosive liquids and high-viscosity liquids. It can realize long-distance liquid level monitoring and is suitable for equipment such as large containers or tall towers. It has a long service life, low maintenance costs and reduces operating costs.

High temperature and high pressure guided wave radar level gauge is widely used in many fields, including but not limited to: used to monitor liquid levels in high-pressure reactors, storage tanks and pipelines to ensure the safe operation of chemical processes. Used to monitor liquid levels in high-temperature and high-pressure petroleum storage tanks, refining towers and fractionation towers to ensure the production stability of refineries. Used to monitor liquid levels in high-temperature and high-pressure boilers, steam generators and cooling water circulation systems to ensure the effective operation of power plants. Used in high temperature and high pressure food processing equipment, such as cooking pots and sterilization equipment, to ensure food safety and quality.