Dynisco PT460XL-35MPA-6 Thick Film melt pressure sensors

Dynisco PT460XL-35MPA-6 Thick Film melt pressure sensors is a thick film melt pressure sensor, mainly used to measure the pressure of high temperature melt. The following is a detailed introduction:

Range: The range is 0-35MPa, which can be used to measure the melt pressure within this pressure range. It is suitable for industrial occasions such as plastic extrusion and injection molding that need to measure higher pressure.

Accuracy: It usually has high accuracy, which may reach about ±0.5% FS, and can provide more accurate data for pressure measurement in industrial production processes. Sputtering thin film technology is used, and long-term drift is small, which can ensure measurement stability during long-term use.

Output signal: It may provide 3.33mV/V full-scale output. This output signal meets industry standards and can be used with most pressure indicators, which is convenient for access to various measurement control systems.

Installation method: Generally, 1/2 - 20 UNF thread installation is adopted, which can be installed in the standard sensor mounting hole, which is convenient for installation. If there are special needs, a variety of other electrical connection methods can also be configured.

Measuring medium: It can measure liquid or gas (no corrosion to stainless steel shell), mainly used to measure the pressure of high-temperature melt, but the premise is that the melt is non-corrosive to the stainless steel shell of the sensor.

Material and characteristics: It uses Inconel thick diaphragm, which has good wear resistance and thermal stability. It is suitable for environments with large wear or rough media. It has good stability and repeatability after internal 80% calibration.

Working temperature: The probe part of the sensor can withstand high temperatures, but the shell temperature resistance is generally below 80℃, so during installation and use, the installed sensor shell part needs to be fixed in a room temperature environment to improve measurement accuracy and service life.