Carbon hydrogen nitrogen element analyzer

Carbon hydrogen nitrogen element analyzerTechnical parameters:

1. Measurement range:

Carbon element: 50ppm or 0.005% -100%

Hydrogen element: 200ppm or 0.02% -50%

Nitrogen element: 80ppm or 0.008% -50%

2. Accuracy:

Carbon element (Cad): 0.5%

Hydrogen element (Had): 0.15%

Nitrogen element (Nad): 0.08%

3. Single sample analysis time:

6-7min

4. Sample weighing:

Recommendation: 100-120mg

5. Testing method:

Carbon element: optimized for low noise, non dispersive infrared absorption method

Hydrogen element: optimized for low noise, non dispersive infrared absorption method

Nitrogen element: optimized low drift, thermal conductivity detection method

6. Gas specifications required for the experiment:

Carrier gas: helium, purity higher than 99.996%, 0.25 ± 0.01MPa

Auxiliary gas: oxygen, with a purity higher than 99.50% when only measuring carbon and hydrogen elements,

When measuring nitrogen element, the purity is higher than 99.995%, 0.25 ± 0.01MPa

Power gas: Compressed air or nitrogen, must be free of oil and water, 0.25 ± 0.01MPa

7. Furnace type:

Resistance furnace, maximum temperature 1050 ℃

8. Automatic sample drop head:

30 samples can be installed at once

9. Power configuration:

Testing power supply: AC220V ± 22V, 50Hz, 2A

Heating unit: AC220V ± 22V, 50Hz, 20A

10. Host size (mm): 710X690X930

11. Host weight (kg): 120

Carbon hydrogen nitrogen element analyzerTechnical features:

1. 30 samples can be set out at once, and the instrument can automatically send, drop, experiment, cycle test, and adjust or replace samples at any time during the analysis process.

2. By adopting PID temperature control method, the temperature control accuracy of the furnace can reach ± 1 ℃, and the temperature control accuracy of the constant temperature chamber and gas storage tank can reach ± 0.1 ℃.

3. By using pressure sensors to monitor the pressure of the entire gas path of the instrument, it can automatically perform air tightness checks on the entire gas path, furnace, infrared pool, thermal conductivity pool, and gas storage tank.

4. The instrument adopts ultra-low drift infrared cell and thermal conductivity cell as the core components of element analysis, making the experimental results more accurate and error free.

5. The airtightness detection device with * can detect the airtightness of the gas path in sections under the control of the program, and determine the fault to a specific range. Convenient for gas path maintenance.