The ultra-high temperature 80GHz radar level transmitter is designed for extreme High temperature level measurement scenarios, with core upgrade in ultra-high temperature resistance. As Ultra-high temperature radar level gauge, it adopts multi-layer high-temperature resistant architecture: the RF module is equipped with a high-temperature heat insulation cavity, and the medium contact end uses high-temperature alloy + ceramic insulation layer. The process temperature can stably adapt to -40~1000℃, and the ambient temperature is -40~85℃, completely solving the problems of easy equipment damage and unstable signals under ultra-high temperature working conditions.
In the blast furnace slag level measurement in the iron and steel industry, Ultra-high temperature radar level gauge faces 1000℃ high-temperature slag and furnace radiation. Radar waves penetrate the high-temperature smoke and dust layer to accurately capture the slag liquid level position, providing real-time data for blast furnace slag discharge rhythm control; in the molten aluminum liquid storage tank monitoring in non-ferrous metal smelting, its temperature resistance ensures continuous measurement of 900℃ aluminum liquid level, avoiding liquid leakage accidents caused by液位失控.
As High temperature radar level sensor, it is equipped with a self-developed high-temperature adapted CMOS RF chip, combined with dynamic temperature compensation algorithm. Even in ultra-high temperature environments with severe temperature fluctuations, it still maintains 5GHz operating bandwidth and ±1mm ultra-high accuracy. In the ultra-high temperature melting furnace level monitoring in the glass industry, High temperature radar level sensor can resist 950℃ high temperature in the furnace, accurately feedback the molten glass level, and ensure uniform glass forming thickness; in the high-temperature cracking furnace level monitoring in the chemical industry, it can stably measure the 800℃ cracking raw material level, optimize the feeding rate and improve reaction efficiency.
For the harsh working conditions of High temperature level measurement, the product enhances anti-interference and protection performance: radar waves adopt special frequency modulation, which can penetrate ultra-high temperature steam, dust and medium splashing areas; the protection level reaches IP66, combined with high-temperature sealing technology, preventing high-temperature water vapor and dust from entering the equipment interior. In the ultra-high temperature sintering kiln level monitoring in the ceramic industry, High temperature radar level sensor can penetrate high-temperature dust and sintering flue gas in the kiln, accurately judge the stacking height of green bodies in the kiln, and ensure sintering uniformity.
In conclusion, this 80GHz radar level transmitter focusing on High temperature level measurement, with the -40~1000℃ ultra-high temperature resistance of Ultra-high temperature radar level gauge and the precise performance of High temperature radar level sensor, becomes a breakthrough solution for level measurement in ultra-high temperature industries such as iron and steel, non-ferrous metals, and glass.
