Description
In addition to measuring total hydrocarbon concentrations in high purity hydrogen or mixed hydrogen gas, the H100 can also be well suited for integration into low concentration in-line hydrogen inspection systems. The Model H100 uses a hydrogen flame ionization detector (FID) in a heated oven to prevent the loss of high molecular weight hydrocarbons and to provide long-term stability and reliable performance in analyzing low concentrations of trace hydrocarbon contaminants in high purity hydrogen. With the exception of the sample back pressure regulator, all sample contacting components are integrated into the heated FID oven for minimal hang-up, stable baseline and fast response.
Key points
- Made in Germany
- Low-cost FID heated oven
- Very economical, low cost of ownership
- Low maintenance
- Excellent long-term stability
- Conventional sample back pressure regulator (BPR)
- Slim 19-inch design, 132 mm high
- Automatic flame-out indicator with automatic fuel shut-off valve
- Fast response
- Low fuel and air consumption
- Highly selective
- All components heated in the furnace, except BPR
- Microprocessor based PID temperature controller for FID furnace
Applications
- Detecting low traces of hydrocarbons in mixed hydrogen or high purity hydrogen gases
- Detection of low levels of hydrocarbons in mixed hydrogen/helium and high purity hydrogen/nitrogen fuel gases
- In-line inspection of high purity hydrogen plumbing systems in the semiconductor industry
- On-line monitoring of hydrogen loading terminals during the filling process for hydrocarbon contamination in hydrogen gases
