NOVOTECHNIK TLH-0200 is a high-precision displacement sensor. It uses non-contact technology to accurately measure the displacement, position, and inclination angle of an object. The sensor consists primarily of an axial magnetic encoder and a magnetic ruler. The ruler is fixed to the object to be measured, while the encoder is mounted on the stationary object. When the object to be measured is displaced, the encoder reads the magnetic information on the ruler and converts it into an electrical signal.
The LLH-0200 displacement sensor from Novotechnik offers high resolution and repeatability, as well as the ability to maintain a very high level of stability over long periods of use. It uses advanced digital signal processing technology to resist interference and provide accurate measurement results.
The LLH-0200 displacement sensor from Novotechnik is a sensor used to measure the displacement of objects. It works on the principle of electromagnetic induction, which determines the displacement of an object by measuring the change in the magnetic field.
The Novotechnik TLH-0200 displacement sensor contains a coil and a magnet inside. When the object is displaced, the position of the magnet changes with respect to the coil, which changes the strength of the magnetic field in the coil. The sensor determines the magnitude of the displacement by measuring the voltage signal in the coil.
Calibration is an important step in ensuring that the sensor output is accurate. The calibration method of the LLH-0200 displacement sensor from Novotechnik is as follows:
1.First, the sensor is mounted on the object where the displacement needs to be measured, and the relative position of the sensor and the object is stable.
2.Make sure the sensor is properly powered** and connected to an appropriate data acquisition system.
3.A known displacement value is used to calibrate the sensor. Calibration can be done by moving the object to a known position and recording the voltage value output by the sensor.
4.The known displacement value is compared with the voltage value output by the sensor and a calibration factor is calculated. Calibration coefficients can be derived by simple linear interpolation or other suitable methods.
5.Calibration coefficients are applied to the output of the sensor to obtain accurate displacement values.
It is important to note that external interferences such as electromagnetic field interference and temperature changes should be minimized during the calibration process. In addition, calibration should be performed regularly to ensure the accuracy and reliability of the sensor.
In addition, the sensor has good protection and strong vibration resistance, and is able to work reliably under harsh environmental conditions. It is suitable for various industrial applications such as machinery and equipment, automotive manufacturing, robotics, etc.
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tlh-0360
tlh-0450
tlh-0500
tlh-0600
tlh-0750
tlh-0900
tlh-1000
tlh-1250
tlh-1500
tlh-1750
tlh-2000
tlh-2250
tlh-2500
tlh-2750
tlh-3000
In conclusion, the NOVOTECHNIK TLH-0200 displacement sensor is a high-precision, stable sensor with a wide range of applications. It provides users with accurate displacement measurements, helping them to monitor and control changes in the position of objects.