1. The application error of the load cell is generated by the operator, which also means that there are many reasons, such as errors in temperature measurement, including incorrect placement of the probe or incorrect insulation between the probe and the measurement site. Some application errors include errors in the purification process of air or other gases, and application errors also involve incorrect placement of the transmitter, so positive or negative pressure will affect the correct reading.
2. The characteristic error is defined as the inherent in the device itself. It is the difference between the ideal and recognized transfer function characteristics and the true characteristics of the device. Such errors include DC drift values, incorrect bevels, or non-linear bevels.
3. Dynamic Error Many sensors are characterized and calibrated for static conditions, which means that the input parameters used are static or static-like. Many sensors have strong damping, so they do not change the input parameters. Fast response, for example, the thermistor takes a few seconds to respond to a step change in temperature.
4. Therefore, the thermistor does not immediately jump to a new impedance, or a sudden change. Instead, it slowly changes to a new value, so that if the load cell with delay characteristics responds to rapid changes in temperature. The output waveform will be distorted because it contains dynamic errors. The factors that produce dynamic errors are response time, amplitude distortion, and phase distortion.
5. Insertion error is the error caused by changing the measurement parameters when a sensor is inserted in the system. Generally, such problems occur when performing electronic measurement, but similar problems may occur in other methods of measurement, for example. A voltmeter measures the voltage in the loop. It must have an inherent impedance that is much larger than the loop impedance or a loop load. At this point, the reading will have a large error. This type of error is caused by the use of A transmitter that is too large for the system (eg, pressure system); either the system's dynamics are too slow, or the system is self-heating with too much thermal energy.
6. The environmental error is derived from the environment in which the sensor is used. The load cell factors include temperature, or vibration, vibration, altitude, chemical volatilization or other factors, which often affect the characteristics of the sensor, so in practical applications, these factors are always Are grouped together.
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