Measuring Gas | Carrier Gas | Basis Range | Smallest Range | Smallest Suppressed Zero Range |
---|---|---|---|---|
Measuring GasHydrogen (H2) | Carrier GasNitrogen (N2) or Air | Basis Range0% – 100% | Smallest Range0% – 0.5% | Smallest Suppressed Zero Range98% – 100% |
Measuring GasHydrogen (H2) | Carrier GasArgon (Ar) | Basis Range0% – 100% | Smallest Range0% – 0.4% | Smallest Suppressed Zero Range98% – 100% |
Measuring GasHelium (He) | Carrier GasArgon (Ar) | Basis Range0% – 100% | Smallest Range0% – 0.5% | Smallest Suppressed Zero Range98% – 100% |
Measuring GasNitrogen (N2) | Carrier GasHydrogen (H2) | Basis Range0% – 100% | Smallest Range0% – 2% | Smallest Suppressed Zero Range99.5% – 100% |
Measuring GasHydrogen (H2) | Carrier GasHelium (H2) | Basis Range20% – 100% | Smallest Range20% – 40% | Smallest Suppressed Zero Range85% – 100% |
Measuring GasHydrogen (H2) | Carrier GasMethane (CH4) | Basis Range0% – 100% | Smallest Range0% – 0.5% | Smallest Suppressed Zero Range98% – 100% |
Measuring GasHydrogen (H2) | Carrier GasCarbon dioxide (CO2) | Basis Range0% – 100% | Smallest Range0% – 0.5% | Smallest Suppressed Zero Range98% – 100% |
Measuring GasHydrogen (H2) | Carrier GasOxygen (O2) | Basis Range0% – 100% | Smallest Range0% – 0.5% | Smallest Suppressed Zero Range97% – 100% |
Measuring Gas | Carrier Gas1 | Carrier Gas2 | Carrier Gas3 |
---|---|---|---|
Measuring GasHydrogen (H2) | Carrier Gas1Nitrogen (N2) or Air | Carrier Gas2Carbon dioxide (CO2) | Carrier Gas3Methane (CH4) |
Measuring GasHydrogen (H2) | Carrier Gas1Argon (Ar) | Carrier Gas2Carbon dioxide (CO2) | Carrier Gas3Oxygen (O2) |
Electrolysis is the process of splitting water into the elements oxygen and hydrogen. Hydrogen serves as an energy storage, e.g. for power-to-gas processes.
One difficulty in hydrogen measurement is humidity, which influences the measurement result and can also damage the sensor.
The FTC300, optimized for this application, features an integrated humidity measurement to compensate for cross-sensitivity and built-in protection of the sensor against condensate and dust.
For the measurement of oxygen in hydrogen and hydrogen in oxygen, Messkonzept offers an electrolysis kit.
The electrolysis monitoring kit consists of two devices with the following gas analyzer configuration:
Device 1 | |
Condition of the test sample 1 | Hydrogen: 0-0,5 Vol% Oxygen 99,5 – 99,99 Vol% Humidity: Dewpoint: 25°C |
Device 1: | FTC300 |
Measuring Task: | 0-5 Vol% H2 in O2 |
Needed extra options: | Condensate and Dust Protection Humidity Measurement Cross-sensitivity compensation Filling with glass beads |
Device 2 | |
Condition of the test sample 2 | Hydrogen: 99,95-99,999 Vol% Oxygen 0,001 – 0,1 Vol% Humidity: Dewpoint: -40°C (Dry) |
Device 2: | FTC300 |
Measuring Task: | 0-3 Vol% O2 in H2 Flow measurment |
Needed extra options: | Condensate and Dust Protection Integrated Flow Meter Filling with glass beads |
For an offer inquiry please download the pre-filled questionnaire change parameters if necessary and send it to sales@messkonzept.de.
phone : +49 (0) 69 530 564 44
fax : +49 (0) 69 530 564 45
e-mail: info@messkonzept.de
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