The XDB312 high-pressure pressure transmitter is a state-of-the-art device designed for accurate and reliable pressure measurements in high-pressure environments. It features an integrated elastic element made of imported sensitive components or high-precision foil strain gauges, providing excellent stability and reliability. Moreover, it uses organic-material-free sealing technology, such as copper or welded sealing, to avoid the aging problems of conventional sealing rings. The amplification circuit of the XDB312 has undergone strict aging treatment, and it also has a linear compensation function.
Installation of the XDB312 pressure sensor is straightforward and can be done using the following steps. First, choose a location that is easy to operate and maintain. Secondly, avoid installing the sensor near sources of vibration or heat. Thirdly, it is best to connect the sensor to the measurement pipeline through a valve. Fourthly, use a wrench to clamp the sensor at the hexagonal position . Finally, when operating the sensor, tighten the Hirschmann plug seal gasket, screws.
When using the XDB312 pressure sensor, it is important to follow the safety precautions to avoid damaging the equipment or hurting oneself. Firstly, handle the sensor with care during transportation and installation to avoid damaging its components and affecting the circuit's performance. Secondly, do not touch the isolation diaphragm inside the pressure inlet manually, as shown in Figure 3. Thirdly, do not rotate the Hirschmann plug directly, as it may cause a short circuit inside the product as shown in Figure 4. Fourthly, follow the wiring method strictly during electrical connection, as wiring errors can damage the amplification circuit. Finally, if you encounter any problems during the installation or usage of the product, please contact the manufacturer instead of opening and repairing the product yourself.
In conclusion, the XDB312 pressure sensor is a reliable and stable device that provides accurate pressure measurements in high-pressure environments. By following the installation and safety precautions, users can ensure the longevity and optimal performance of the device.