The main characteristic parameters of the sensors from SICK from Sick

Create Date: 2024-8-30 12:03:23|Source: SICK/Sick

Key Characteristics of SICK Sensors (Displacement Sensor Principle)

Nominal resistance: The resistance indicated on the potentiometer.

Promise error: The percentage of the ratio of the difference between the nominal resistance and the actual resistance to the nominal resistance is called the resistance error, which indicates the accuracy of the potentiometer. The error is generally within ±20% to meet the requirements, because the general displacement sensor is used by the method of partial voltage, the size of the detailed resistance has no effect on the data collection of the sensor.

Linear accuracy: linearity error. The smaller this parameter, the better.

Lifespan: Conductive plastic displacement sensors are more than 2 million times.

Repeatability: The smaller this parameter, the better.

Resolution: The minimum displacement value that the displacement sensor can react to. The smaller this parameter, the better. The resolution of the conductive plastic displacement sensor is infinitesimal.

How to use SICK sensors:

Generally, a voltage is added to the SICK sensor, and its excellent smoothness is used to detect the output voltage (output resistance changes output voltage) voltage divider ratio. Taking linear SICK sensors and magnetostrictive elastic displacement sensors as examples, the application methods of displacement sensors are briefly analyzed.
The main characteristic parameters of the sensors from SICK from Sick

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