| Customization: | Available |
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| Type: | Digital Laser Displacement Sensor |
| Output Signal Type: | Digital Type |
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| The displacement sensor TDZ-1-03 adopts the principle of linear variable differential transformer (LVDT) and consists of a main coil and two secondary coils. The main coil generates a magnetic field by passing alternating current. When the iron core moves in the main coil, a voltage is induced in the secondary coil. The voltage difference generated by the two secondary coils is proportional to the displacement of the iron core. By measuring this differential voltage, the linear displacement of the iron core relative to the initial position of the sensor can be obtained. This principle enables the displacement sensor to have high-precision measurement capabilities, with a linearity of up to 1%, ensuring the accuracy of the measurement results. |
| Technical parameter: 1. Linear range: 0-1000mm. 2. Linearity: ± 0.5% of full stroke. 3. Working temperature: -40~150 ºC (conventional) -40~210 ºC (high temperature) 4. Sensitivity coefficient: ± 0.03% FSO./ºC 5. Leads: Six polytetrafluoroethylene insulated sheathed cables, external stainless steel sheathed hoses. 6. Vibration tolerance: 20g to 2 kHz. Precautions for installation and use of LVDT displacement sensors: When installing, it is necessary to install the sensor on a flat surface. The sensor should not be close to the conductive metal, usually at a distance of more than 20mm. It should not be close to strong magnetic fields or currents, and the sensor should not be partially placed inside a closed conductor. |
| Product Features: small size, high accuracy, stable performance, good reliability long service life. |
| Applications of LVDT Sensor: Suitable for monitoring and protecting the stroke and valve position of hydraulic motors. |
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