Analysis of Inert Gases in Hollow Glass

Analysis of Inert Gases in Hollow GlassceremonyIt is an intelligent industrial gas analyzer developed by combining imported high-performance paramagnetic oxygen sensors with new microcomputer technology. The instrument is suitable for use in various non explosion proof situations and can analyze and monitor the concentration of initial gases (argon, krypton) in insulated glass.

The instrument complies with the national standard GB/T11944-2012 "Hollow Glass".

Analysis of Inert Gases in Hollow GlassceremonyTypical application areas:

Glass production enterprises, third-party measurement and testing units

Instrument features:

1. Imported sensors are selected, which have the characteristics of long lifespan, good stability, high accuracy, and fast response

2. The analysis method used in this device is precise and reliable, and is therefore widely used in the production, testing, and certification of insulating glass

3. This analyzer has a lifespan of over ten years and is economical and practical

4. Measurement resolution reaches 0.01%, measurement accuracy: ≤± 1% F.S

5. Only a small amount of gas (20ml) needs to be taken, so the pressure inside the insulated glass will not significantly decrease

6. Selective sampling

7. Only two points need to be calibrated, and the test data is displayed linearly with high accuracy

8. You can choose to take samples from the metal spacer or from the hollow glass cavity

9. During testing, only the "syringe" is needed to extract the sample, without the need to move the equipment around the glass

10. This device has a one click calibration function. When there is doubt about the accuracy of the test results, they can be calibrated according to the instructions before testing.

Technical Specifications:

1. Detecting gases: argon gas, krypton gas

2. Analysis principle: paramagnetic oxygen

3. Range: Oxygen: 0-25%, Inert Gas: 0-99.99%

4. Accuracy: ≤± 1% F.S

5. Repeatability: ≤± 0.5% F.S

6. Stability: ≤± 0.5% F.S/7d

7. Response time: T90 ≤ 10 seconds

8. Working environment: Temperature range of -5 ℃ to+40 ℃; Humidity ≤ 90% RH (no condensation)

9. Detection method: injection type

10. Sample volume: ≥ 20ml

11. Working power supply: 220VAC ± 10%, 50Hz ± 5%