1、 Instrument usage

The hydrogen analyzer is based on high-precision thermal conductivity detector technology and uses inert gas melting method to quickly measure the hydrogen content in steel, rare earth materials, alloys, copper, zirconium, titanium, ceramics, powder materials and other inorganic materials.

2、 Instrument composition

The hydrogen analyzer consists of a pulse furnace infrared detection integrated machine, a computer, an electronic balance, a printer, and a chiller.

3、 Technical indicators

Hydrogen: 0.00002-0.1%

Note: Changing the sample size can alter the measurement range

2 . Instrument accuracy:

Hydrogen: 0.2ppm or RSD ≤ 2.0%

Note: * Subject to not exceeding the standard deviation or uncertainty of the sample.

3 . Minimum reading: 0.00001%

4 . Analysis time: 120-240 seconds

5 . Electronic balance weighing accuracy: 0.0001g

6 . Testing method:

Hydrogen: Thermal conductivity detection method

7. Chemical reagents: anhydrous magnesium perchlorate, base absorbent, Schulz reagent

8 . Electrode pulse furnace: 220VAC, 8KVA

9 . Gas requirements:

Carrier gas: High purity nitrogen 99.999%, 0.20Mpa

Power gas: ordinary nitrogen (or purified compressed air), 0.35Mpa

10. Cooling system: External circulation cooling system.

11. Working environment: 15-35 ℃, 20-80% relative humidity.

12. Instrument size: Host W 600 × D 660 × H 890.

13. Host weight: 160 KG.

14. Power supply: 220V, 50HZ, single-phase, 50A