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The Rosemount 3051H high-temperature pressure transmitter is primarily used in applications where the temperature of the medium is high. For ordinary pressure transmitters, such as 3051cd and 3051tg, when measuring the pressure of the medium, the temperature of the medium should not exceed 80°C; at low temperatures, it should not exceed -40°C. When the medium temperature is below 40°C, the liquid does not solidify. However, Rosemount transmitters are used not only for measuring liquids but also for measuring gases. For example, the temperature of steam is very high, while the temperature of some gases is very low. In pipelines, the pipes can withstand high or low temperatures, but if the transmitter cannot tolerate such temperatures, the consequences are obvious. The 3051H high-temperature pressure transmitter can withstand what high temperatures? In the technical documentation, we found that the high-temperature pressure transmitter can withstand temperatures ranging from -40 to 240 degrees. If the medium is water, then it’s obvious that the water has been turned into steam. In many boilers, transmitters are used at both the inlet and outlet. At the top of the boiler, gases are the main output, and it is quite common for these gases to have temperatures exceeding 200 degrees. If the temperature still exceeds the range that the 3051 high-temperature transmitter can handle, then condensation equipment is necessary to deal with this situation. Of course, many experienced technicians have their own methods for handling such situations. We won’t go into too much explanation here. Okay, that concludes today’s introduction to the 3051H high-temperature pressure transmitter. If you have any other questions, feel free to contact our online technical support staff.