Product Introduction

1Brooke Oxygen Nitrogen Hydrogen Analyzer (ONH)characteristic:

1. The German Bruker Oxygen Nitrogen Hydrogen (ONH) analyzer can easily switch from ON analysis mode to H analysis mode through software methods.

2. The G8 infrared detector uses an electronically controlled emission frequency for its infrared light source, which avoids the mechanical noise interference caused by traditional light sources driven by motors to cut light, ensuring the detection accuracy of the instrument.

3. Equipped with a non-contact optical temperature measurement system, users can monitor the actual temperature of the sample inside the graphite crucible at any time, so that you can keep track of the testing process at any time.

4. The G8 Galileo is a pulse furnace with three parameter setting modes: temperature, power, and current control, to meet customers' different and complex testing requirements.

5. The G8 Galileo has a large injection channel (10mm) to ensure safe injection of slice, block, and chip samples, meeting the special testing requirements of users.

6. The pulse furnace area of the instrument is equipped with a safety protection system, which prevents the operator from touching during analysis mode, ensuring the personal safety of the user.

7. The instrument has an automatic monitoring system for voltage, airflow, and cooling water flow, an independently set safety knob for overheating protection, and a self diagnostic system for instrument fault detection.

8. The complete standby mode of G8 Galileo can save the consumption of carrier gas and cooling water, reducing the user's usage cost.

9. There are multiple optional systems to choose from:

(1) Equipped with 10 different volumes of internal gas calibration units.

(2) Automatic cleaning device.

（3）Automatic crucible switching system.

(4) External infrared heating furnace, used for detecting diffused hydrogen.

IIBrooke Oxygen Nitrogen Hydrogen Analyzer (ONH)Technical parameters:

1. Measurement range: H: 0.01ppm-0.3% (total hydrogen), O: 0.01ppm-5%, N: 0.01ppm-3%

Diffusion hydrogen: 0.05-1000ml/100g (depending on the sample size)

2. Analysis time: Oxygen nitrogen/total hydrogen: about 50s, diffusion hydrogen: about 3-20 minutes (depending on the material type and weight of the sample)

3. Power supply: Analyzer: 400V, 8KVA

4. Reproducibility: Oxygen, Nitrogen, Nitrogen/Total Hydrogen:+/- 0.05ppm or RSD ≤ 1%

Diffusion hydrogen: ± 0.01ml/100g or RSD ≤ 1% (depending on the type and weight of the sample material)

5. Carrier gas:

(1) Total hydrogen: N2 purity 99.999%;

（2）Oxygen and nitrogen: He purity 99.996%;

（3）Diffusion hydrogen: N2zui small purity 99.999%

6. Pressure: 2 bar

7. Instrument size: 700x830x600mm (WxDxH)