For EMC stack emission applications, the 5-100 complies with US-EPA Method 25A and Method 503 (USA).
The J.U.M. Engineering Model HFID 5-100 is a heated total hydrocarbon analyzer that can be rack or table mounted for high accuracy, sensitivity and stability for pressurized samples with a conventional sample back pressure regulator. The Model 5-100 is ideally suited for the detection of very small traces of hydrocarbons in high purity pressurized gases.
The 5-100 is also well suited for integration into Continuous Emission Monitoring (CEM) systems and other analytical systems that are already equipped with a complete sampling train and have a main sampling pump.
The Model 5-100 uses a hydrogen flame ionization detector (FID) in a heated furnace to prevent the loss of high molecular weight hydrocarbons and to provide long-term stability and reliable performance in the analysis of low trace levels of hydrocarbon contaminants in high purity gases, air and other gases, including hydrogen (Model H-100).
With the exception of the sample back pressure regulator, all components in contact with the sample are integrated into the heated FID furnace.
Analyzer Features
- All components heated in the temperature-controlled furnace, except BPR
- Microprocessor-based PID temperature controller for FID ovens
Applications
- Monitoring of contamination by hydrocarbons in air and other gases
- Cleanroom applications
- Monitoring of VOCs and/or oil vapours passing through compressor air purification systems
Detection of small traces of hydrocarbons in high purity gases such as CO2, Ar, N2, He, O2 and other
Inspection of high purity plumbing systems used in the semiconductor industry
Carbon bed rupture solvent recovery monitor
Catalytic Converter Test
Carbon adsorption regeneration control
All you need to run your factory !
