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Electronic table scales and electronic balance scales actually have more differences. From the existing situation, they are completely different things. So what is the most common calibration principle for electronic table weighing scales and electronic balance scales?
If you want to calibrate the electronic table weighing scales, you need to check the appearance and switch of the electronic table scales according to the existing situation. Also, check the brightness and whether the electronic table scales have a positional display. Use standard weights of different masses to measure once and measure according to the actual situation. Also, read the data after it stabilizes. Measure the standard weight at 1/3 of the place of the electronic table weighing scales. In this way, you can properly use the four corners for related measurements, ensuring calibration at the center point. Read the relevant data each time. When calibrating the electronic table scales, avoid errors and choose the largest weights to be placed in the center position of the electronic table scales. Record the data after each stabilization.
When calibrating electronic balance scales, relevant techniques are basically applied. The same weights can be placed on the weighing pan. If the balance is unbalanced, check the display screen until the value on the display screen eventually becomes 0, then remove the weights. Of course, in this way, the entire calibration process is considered completed. However, this kind of calibration basically utilizes electromagnetic force because the battery itself will fluctuate up and down with the temperature changes. In addition, there are coils circulating inside, and the current value has a certain impact on the electromagnetic force.
With the gradual improvement of people's living standards, most people also have smart electronic scales at home. The core component of smart electronic scales is the sensor. This kind of product itself has a display screen or other single-chip control modules and power interface. During the actual setting process, it will have different frequency signals passing through the human body. This is because the muscles inside the body have more blood or other moisture, which can conduct electricity, while fat itself is non-conductive. Therefore, these smart electronic table scales can effectively calculate resistance and measure the ratio of body fat, muscle, and bone weight using scientific formulas. In fact, there are more parameters such as body fat percentage and other muscles that can be calculated.
