The full temperature control system adopts the optimized dynamic PID algorithm, which greatly avoids the shortcomings of the traditional PID algorithm and improves the stability of temperature control.
The power platform adopts the soaking structure process, which effectively ensures the uniformity of surface temperature and higher heating efficiency.
The sample tray has a one-button control function, and both the upper and lower computers can realize the automatic operation of the mechanical structure in the tank, which is more convenient to control.
The instrument has a built-in high-precision laser distance sensor, which has the function of automatically measuring the thickness of the sample, making the test more accurate and efficient.
The instrument has a built-in miniature pressure sensor, which can perform a detailed pressure test on the sample to meet different test pressure needs.
With a friendly man-machine interface, the instrument is equipped with a 7-inch LCD touch screen, which can control the entire test system through the touch screen, and the cold and Hot Plate temperatures, sample pressure, thickness and other parameter values can be intuitively observed and displayed by the LCD screen.
The software has a two-way communication function, and any parameters required for the sample experiment can be set on the software, that is, the entire experimental process can be completed through the operation software, making the experiment more intelligent.
The instrument has a highly automated computer data communication and intelligent analysis and processing system, and the software can record the experimental data of the sample in real time, and automatically analyze the experimental results after the end.