TRCH-6A fully automatic hydrocarbon element analyzer characteristic: 1. It has the function of fully automatic determination of hydrogen content in organic and inorganic substances in solid materials. 2. It has the function of fully automatic control with hydrogen value detection and control system. 3. It has the function of fully automatic control with blank value detection control system. 4. It has the function of hydrogen value detection pre-processing control 5. It has the function of constant weight preprocessing control. 6. It has the function of controlling the coating of electrolytic cells. 7. It has the function of resetting and controlling the combustion boat. 8. It has the function of fully automatic control with temperature control system. 9. It has the function of electrolytic polarity change control (change polarity every 1440 minutes). 10. It has the function of dynamically displaying the curve of changes in the mass, electrolysis current, gas flow rate, furnace temperature, etc. of the measured substance. 11. It has the function of gas flow exceeding the limit (upper and lower limits) and alarm prompt after detection is completed. 12. The heating furnace has system protection functions for low temperature, high temperature, and furnace temperature. 13. It has a fault alarm protection function for detecting the movement position of the combustion boat. 14. Various control parameters are inputted and saved by the industrial touch screen computer. 15. The power integrator is implemented using software to achieve high and stable detection accuracy of the system. 16. The gas flow rate is controlled by a mass flow controller in a closed-loop manner to ensure accurate and stable gas control. 17. Temperature control adopts phase shifted closed-loop control to achieve high and stable temperature control accuracy. 18. The upper computer adopts an industrial touch screen computer, which gives the system high anti-interference ability and simple operation. 19. The fully automatic control of the lower computer is completed by PLC, ensuring the reliability and stability of the entire system. Technical parameters: Hydrogen detection range: 0-20% Carbon detection range: 1-99% Allowable detection error: Hydrogen<± 0.15% Carbon<± 0.50% Testing time: approximately 0-15 minutes Electrolysis voltage: The coating electrolysis voltage is DC10 ± 0.5V, and the working electrolysis voltage is DC24 ± 0.5V Electrolytic polarity change time: 1440 minutes Current: Terminal current<50mA Range 50-700mA Linear error<± 0.1% Efficiency 99% Temperature control accuracy: 850 ± 10 ℃, 300 ± 10 ℃, resolution 1 ℃ Temperature measuring element: K-type thermocouple Heating element: resistance wire heating tube
characteristic: 1. It has the function of fully automatic determination of hydrogen content in organic and inorganic substances in solid materials. 2. It has the function of fully automatic control with hydrogen value detection and control system. 3. It has the function of fully automatic control with blank value detection control system. 4. It has the function of hydrogen value detection pre-processing control 5. It has the function of constant weight preprocessing control. 6. It has the function of controlling the coating of electrolytic cells. 7. It has the function of resetting and controlling the combustion boat. 8. It has the function of fully automatic control with temperature control system. 9. It has the function of electrolytic polarity change control (change polarity every 1440 minutes). 10. It has the function of dynamically displaying the curve of changes in the mass, electrolysis current, gas flow rate, furnace temperature, etc. of the measured substance. 11. It has the function of gas flow exceeding the limit (upper and lower limits) and alarm prompt after detection is completed. 12. The heating furnace has system protection functions for low temperature, high temperature, and furnace temperature. 13. It has a fault alarm protection function for detecting the movement position of the combustion boat. 14. Various control parameters are inputted and saved by the industrial touch screen computer. 15. The power integrator is implemented using software to achieve high and stable detection accuracy of the system. 16. The gas flow rate is controlled by a mass flow controller in a closed-loop manner to ensure accurate and stable gas control. 17. Temperature control adopts phase shifted closed-loop control to achieve high and stable temperature control accuracy. 18. The upper computer adopts an industrial touch screen computer, which gives the system high anti-interference ability and simple operation. 19. The fully automatic control of the lower computer is completed by PLC, ensuring the reliability and stability of the entire system.
