The moisture analyzer basically works through integral devices, through special modules that calculate the weighing and heating, where the operator accurately determines the mass of any sample, and subjects it to the drying process.
It also has heater modules to automatically determine humidity, allowing the synchronous performance of two interrelated operations, such as mass measurement and temperature measurement.
This functionality makes the whole process faster, easier and more efficient. Which allows you to analyze more samples, access saved data and spend less time on preparation, and more time to put your results to work. Similarly, the configuration and proper use based on the functionality of the equipment, provides an appropriate method, to ensure strict sample preparation and handling, as well as the configuration and maintenance of instruments, can help ensure quality moisture analysis.
Mechanism of Operations of the Moisture Analyzer
First, the moisture analyzer complies with the operation of measuring pressures of any substance, carrying out an effect of ideal distinction of values. So, it occupies the full commitment, to seek the balance of the state of matter.
Likewise, in representation of analysis, it is centralized in catalyzing each of the components or residual particles that enter its space, which is complementary confined in a bar, so that the pressure is diluted in a large percentage.
According to the above, it is responsible for calculating and interpreting the percentages towards a projection, certifying the handling of different modes of resulting values.
The primary method, which translates its function, is grouped into the following:
- The sample is taken directly, through a pipe in which the substance allows it to enter.
- It is developed by the adhesion of the gas in a linear way so that there is no type of evasion.
- The representation of the sample is set as dry, making the analysis work properly.
Effusions of energies are used, which place matter at certain values.
The previous mode is performed on a target, where it shows each of the calculations, where energy is the basis of the system.
Benefits of Moisture Analyzers
By using the correct humidity analyzer, you can get faster and more accurate results, thanks to the heating systems they offer. However, incorrect configuration and use can lead to inaccurate and unreliable results.
It should be noted that moisture analysis should not only be practiced, but should be carried out optimally, to avoid disastrous results. A malfunction can lead to inaccurate and unreliable results, low repeatability or a large variation in measurement results (low accuracy). In this regard, the use of low-quality instruments, or the failure to take appropriate measures to prepare the workspace, may have unfavorable results, including samples that have not completely dried, or that have prematurely lost moisture content due to evaporation before the start of measurement.
To guarantee the process, an accurate measurement of humidity must be taken into account, through the appropriate selection of high quality equipment, which complies in the production of accurate and repeatable results, with little variation in the measurements.
Kalstein Brand Moisture Analyzers
At Kalstein, we are equipped with the most extensive technology in trained laboratory equipment, to meet all the demands of our customers. In this case, we offer you the Humidity Analyzers of YR models, with general and very attractive characteristics, such as; Infrared lamp/HBM sensor. Aluminum housing/stainless steel chamber. High definition LCD. Temperature/time adjustment. The percentage of moisture content/dry residue. Store historical set. Option: aluminum box/printer/grinder. Power supply by infrared lamp. Temperature setting 40°C-199°C per 1°C step.
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