Regardless of whether for the configuration of measurement systems or for the evaluation of measurement data or for the maintenance of components: the software from RGI is designed directly for the respective application.
The radiometric potash belt scale from RGI is used for uninterrupted, continuous measurement of the mass of a material to be transported on the conveyor belt and the determination of its potassium mass fraction.
The identical RGI detectors of type WDxx or MDxx are used for the mass determination.
The number of detectors to be used depends on the relevant general conditions, such as the width of the conveyor belt, and is usually between five and eight.
To determine the mass, the transport speed of the measured material on the conveyor belt is necessary. This information can be supplied by a tachometer in the RGI measurement system package or by an external information system.
ASBxx
Container for radioacive source
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MDxx, WDxx
Detectors for mass measuring systems
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This software is used for commissioning, parameterization, data acquisition and processing for a potash route.
With its help can be carried out extensive settings, displays and evaluations:
● Numbering the counters in the program
● Check the measurement
● System parameters
● Mass parameters
● Parameters of the potassium measurement
● Measurement of the zero level
● Measurement of the samples
● Management of the measured samples
● Determination of the coefficients for evaluation
● Graphical display of samples
● Graphic corrections
● and much more
While penetrating matter, the intensity of radiation is weakened depending on the mass of the matter.
If a radioactive emitter (usually Cs) is attached to the conveyor belt and a detector is attached below the conveyor belt, the mass of the measured material on the conveyor belt can be deduced from the drop in intensity of the radiation measured in this way.
When determining the mass fraction of potassium in the sample, the radiation from the radioactive isotope K, which is always present in the same proportion, is used.
Since the intensity of the radiation depends on both the absolute amount of K and the amount of material to be measured, it is necessary to either keep the amount of material being transported on the conveyor belt constant or to determine the quantity of the material to be measured in order to determine the mass fraction.
In the measuring devices for determining the mass fraction of potassium in the goods transported on the conveyor belt on the basis of the detection of gamma radiation (detector RGI PD125), the amount of the measured goods is always recorded. The structure of the RGI radiometric belt scale provides the required information about the quantity of the measured material from the sub-component for mass determination.
● simple, intuitive teaching
● retrofitting
● no contact with the material to be measured
● Measurement independent of:
- medium
- process conditions
● Maintenance-free because there is no wear
● high operational reliability
● Long-term stable measurement
● Recalibration is not necessary
● Checks before delivery:
- Quality, climate and function
● own development and production in Germany
● Use of high quality materials and components
● Use of proven technology
● Worldwide sales and on-site service by trained personnel
Our staff would be happy to help you and take care of your inquiries and orders.
You can get help and advice on the selection of the measuring system that best suits your application
from our experts in process measurement technology.