HCDAR-82 high-temperature resistant radar level gauge

In many industrial applications, accurate measurement of materials often requires extreme temperature conditions. These high-temperature environments have raised higher requirements for measuring equipment, especially for its high temperature resistance performance. The high-temperature resistant radar level gauge is designed to meet this demand. It can provide reliable and accurate level measurement in high-temperature environments and has become an indispensable tool in many industrial fields.

The special materials and manufacturing processes used in the radar level gauge are key to its stable operation in high-temperature environments. These level gauges usually use high-temperature resistant electronic components and stainless steel or alloy material casings, which can withstand long-term exposure to high temperature and high heat radiation environments without damage or reduced performance. In addition, some radar level gauges are equipped with cooling systems, such as water-cooled or air-cooled systems, to protect sensitive electronic components from overheating.

The application of radar level gauges is very extensive, especially in high-temperature situations where conventional measuring equipment cannot handle it. For example, in the ironmaking and steelmaking processes of the metallurgical industry, it is necessary to monitor the level of molten metal or slag; In the power industry, it is necessary to monitor the level of coal powder or ash in boilers; In cement production, it is necessary to measure the material level in the clinker silo. The temperature in these applications is usually very high, and only radar level gauges can meet such working environments.

Protection level:

How to ensure installation meets IP68 requirements as shown in the picture: Please ensure that the sealing head is not damaged. Please ensure that the cables of this device are not damaged. Please ensure that the cables used comply with the electrical connection specifications. Please ensure the waterproof performance of the cable sealing head when entering the meter to meet the requirements of protection level IP68. Before entering the electrical interface, bend the cable downwards to ensure that water does not flow into the housing. Please tighten the cable sealing head as shown in ①, and plug the unused electrical interface with blind plugs as shown in ②

Selection and Application

Application Cases

Add quartz isolation flanges and heat dissipation devices, suitable for measuring liquids or solids, with a small antenna beam angle, suitable for high temperature and high pressure applications.