Several working conditions where radar level meters are used in wet smelting projects - Just Measure it

Several working conditions where radar level meters are used in wet smelting projects

Wet smelting works, which is the smelting of copper, cobalt, zinc, nickel, and other non-ferrous metals by wet smelting. In the whole smelting process, in order to reduce staff labor intensity and improve production efficiency. Many companies choose to install radar level meters for level monitoring and control. Today, take a look at the radar level meter applied in the wet smelting project smelting cobalt working conditions are what.

Wet smelting of cobalt is used in this project mainly in the following conditions

Firstly, liquid level measurement in explosion-proof areas. This working condition is the key to two words: explosion-proof. The radar level meter is usually selected as an explosion-proof type. This type of radar level meter, in the structure of an additional explosion-proof module, has higher safety.

Secondly, liquid level measurement in storage tanks with agitation. In this case, the radar level meter is installed with the beam angle avoiding the stirring device as far as possible to avoid affecting the measurement accuracy.

Third, in explosion-proof areas, volatile liquid media level measurement. This kind of working condition is a little more complicated than the first. Radar level meter in addition to the choice of explosion-proof type, also pay attention to the degree of volatility, in general, there is the volatile generation of liquid level measurement, try not to use the flare type radar level meter, water drop type antenna radar level meter can be considered.

Fourth, the working conditions are relatively simple liquid-level measurements. In this case, there are few restrictions, and general radar level meters are available. The key is to pay attention to the characteristics of the measured medium.

Fifthly, liquid level measurement with a large range. Different types of radar level meters have slightly different ranges. For a large range of liquid level measurements, the key is to choose the right range.

Sixth, liquid level measurement of liquid ammonia. The above are all overall, this is a special case. For this kind of working condition, the key still depends on the nature of the liquid ammonia and the shape and size of the storage tank, etc.

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