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Oxygen, nitrogen and hydrogen analyzer, Fusion Master ONH

NCS Testing Technology (Germany)

Description

The sample poured into the graphite crucible will be fused in the electrode furnace. Nitrogen and hydrogen gases are released from the carrier gas sample, and oxygen reacts with carbon in the graphite crucible to form CO. Then CO is oxidized to CO₂.

The analytical gas is then directed to a thermal conductivity cell for nitrogen and hydrogen determination, and then to an infrared cell for oxygen determination. Based on the data received from the detectors, the PC calculates the concentrations of oxygen, nitrogen, and hydrogen.

Technical Specifications

Sensitivity / accuracy Oxygen 0.1 ppm / ±0.3 ppm; Nitrogen 0.1 ppm / ±0.3 ppm; Hydrogen 0.01 ppm / ±0.05 ppm
Electrode furnace External PC control, maximum power: 10 kVA
Determination method Infrared absorption in solid state with two independent detector blocks for oxygen and a thermal conductivity detector for nitrogen and hydrogen
Sample weight / Analysis time 1 g / 90 s
Reagents Anhydrous magnesium perchlorate, sodium hydroxide, copper oxide
Gas connection Helium and nitrogen 5.0, 2 bar; compressed air 6 bar (oil-free)
Power supply 400/230 VAC (±10%), 50/60 Hz, 32 A, 10 kVA max.
Dimensions, mm W, H, D: 670 × 870 × 800 mm; weight: 165 kg
Additional PC and monitor (included), laboratory scales 0.0001 g

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