Quantitative Moisture Control System

一、TJ2016(V1.2)Overview of Quantitative Moisture Scanner

  Soft-X ray，Kr85，Pm147,Paper Quantitative and Moisture (QCS) Online Measurement and Control System (TJ-QCS3000)

Performance characteristics:

1、SOFT-X-ray technology that does not require a license for the use of radioactive sources, has radiation levels that meet national environmental protection requirements, adjustable measurement, low environmental radiation, and can disappear upon power failure; (Radioactive sources can also be configured according to user requirements)

2、Realize online detection of paper quantification and moisture content, with temperature compensation and mechanical compensation functions; Quantitative detection range: 10-1000 g/m2, quantitative detection accuracy ± 0.1g/m2; Moisture detection accuracy ± 0.5%, moisture detection range 0-30%

3、Realize fully automatic closed-loop control of paper weight and moisture content, which can be decoupled in both directions to make the control more stable;

4、Display banners, vertical instantaneous quantitative values, moisture values, concentrations, flow rates, and instantaneous air pressure values for production convenience;

5、Accurate banner positioning detection (positioning accuracy of 0.1mm), achieving uniform control of paper banners;

6、Display and modify the working conditions and control parameters of the paper machine;

7、Print roll, team, and daily production reports;

8、Automatically exit when paper breaks, and automatically enter when paper is restored;

9、Concentration feedforward compensation eliminates the impact of concentration fluctuations on quantification;

10、Intelligent control of the "O" - shaped scanning frame, which can dynamically self calibrate and self calibrate during the production process, and change the scanning width according to different paper outputs;

11:Bilateral limit detection of historical data, measuring non-conforming parts of paper rolls;

12、Networked control, realizing the multi machine network structure of servers and clients, and realizing remote monitoring and diagnosis through the Internet;