How accurate is Fyrite?

(a) FYRITE accuracy is within ±1/2% CO2 or O2 compared to actual value.

What is Fyrite used for?

The Fyrite® Classic is a tried-and-true instrument for measuring oxygen and carbon dioxide.

What is a combustion analyzer?

Combustion analyzers are instruments with multifunctional capabilities that are designed to calculate the efficiency of various types of furnaces, heaters, and boilers by determining an array of parameters such as gas levels, flue pressure, and stack temperature.

What is a co2 analyzer?

Carbon dioxide analyzers, also called CO2 gas analyzers, are devices that can detect and quantify the amount of carbon dioxide in a sample.

How do I use the Fyrite gas analyzer?

Hold upright and away from face. Depress plunger valve momentarily to vent fyrite, and release. Loosen locknut at rear of scale, slide scale until top of the fluid column lines up with zero line on scale. Tighten scale locknut.

What is in Fyrite fluid?

Carbon Dioxide Fluid, 3 bottle carton, 20 & 60% In addition, Fyrite® readings are unaffected by the presence of most background gases in the sample. Fast, accurate and easy to use instruments for measuring and analyzing carbon dioxide or oxygen.

What should flue gas Analyser readings be?

Generally when this level is below 0.004 the boiler is considered to be running efficiently. When between 0.004 and 0.008 this indicates a potential problem and investigation and retesting must take place. When above 0.008 the appliance must be fully investigated, cleaned and retested.

How do you analyze CO2?

Infrared detectors, also known as NDIR analyzers, can be used to measure CO2 because it is an excellent absorber of infrared energy. Carbon dioxide can be measured in percent (%) and parts per million (ppm) depending on the requirements of the application.

How does a gas analyzer work?

An infrared gas analyzer measures trace gases by determining the absorption of an emitted infrared light source through a certain air sample. Trace gases found in the Earth’s atmosphere become excited under specific wavelengths found in the infrared range.