LTM-6A LVDT displacement sensor transmitter made in China
Date:2024/4/28 15:07:12 Visits: Author:Dongfang YOYIK Engineering Co; Ltd, LTM-6A LVDT displacement sensor transmitter made in China
Debugging the LVDT displacement sensor transmitter LTM-6A typically requires the following steps:
1. Confirm the power supply voltage and signal output range of the transmitter. In general, the transmitter of LVDT displacement sensors requires a power supply voltage of 24V DC, and the signal output range needs to be set to the corresponding voltage or current range.
2. Connect the sensor and transmitter. Connect the three cables of the sensor to the corresponding ports of the transmitter, usually to the input ports of the transmitter.
3. Confirm that the connection is correct. Confirm that the connected cables match the ports of the sensor and transmitter, ensuring that the cables are securely connected and that there are no loose or detached contact points between the sensor and transmitter.
4. Perform zero calibration. Under no stress, reset the measurement output of the LVDT sensor to zero. Usually, it is necessary to adjust the zero potentiometer of the transmitter until the output voltage or current is zero.
5. Adjust sensitivity. For transmitters that require sensitivity adjustment, adjustments can be made according to actual needs. Usually, it is necessary to rotate the sensitivity adjustment knob of the transmitter until the output voltage or current meets the actual requirements.
6. Perform linearity calibration. For transmitters that require linearity calibration, known displacement or measurement values can be used for calibration. Input the known value into the sensor and confirm whether the output of the transmitter matches the known value. If it does not meet the requirements, linearity adjustment is required.
7. Conduct system testing. After completing the above steps, system testing can be carried out to check whether the sensors and transmitters can accurately measure displacement or changes, and whether the output meets the expected range. If there are any issues, adjustments and calibration can be made again.
It should be noted that the above steps are only the basic debugging process, and the specific operations may vary depending on different devices and applications. Before debugging, please carefully read the equipment manual and operating manual, and follow the instructions for operation.
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LVDT displacement sensor transmitter