What is a 5 gas analyzer?
The Bridge Analyzer 5 Gas Analyzer measures Carbon Monoxide (CO), Carbon Dioxide (CO2), Fuel Dependent Hydro Carbons (HC), Oxygen (O2) and Nitric Oxide (NOx). When the Zero is complete, the analyzer is ready to measure exhaust emissions gas.
What does a gas analyzer measure?
An exhaust gas analyser or exhaust carbon monoxide (CO) analyser is an instrument for the measurement of carbon monoxide among other gases in the exhaust, caused by an incorrect combustion, the Lambda coefficient measurement is the most common.
What causes high O2 emissions?
When the engine is running lean, O2 will increase proportionately with the air/fuel ratio. As the engine goes to the lean misfire conditions, around 16.0 to 1 O2 will rise drastically. There are other causes of high O2 besides lean conditions such as misfires, air injection problems, and exhaust leaks.
What causes high CO readings?
Possible Causes of High Carbon Monoxide (CO) Emissions Fuel can only come from three sources: the crankcase vapor control system, the evaporative control system, or the actual fuel delivery system.
What are the 5 emissions monitored by a 5 gas analyzer?
The Bridge Analyzer Model 9005, 5 gas exhaust emissions analyzer measures Carbon Monoxide (CO), Carbon Dioxide (CO2), Fuel Dependent Hydro Carbons (HC), Oxygen (O2) and Nitric Oxide (NOx).
What does the bridge analyzer 5 gas analyzer measure?
The Bridge Analyzer 5 Gas Analyzer measures Carbon Monoxide (CO), Carbon Dioxide (CO2), Fuel Dependent Hydro Carbons (HC), Oxygen (O2) and Nitric Oxide (NOx). The 5 Gas Analyzer comes in a hard case with all accessories as a complete, ready-to-use gas analyzer.
How does a 5 gas analyzer work in a car?
The 5 Gas Analyzer comes in a hard case with all accessories as a complete, ready-to-use gas analyzer. Turn on the power switch, connect the hose and probe, push the Zero button. When the Zero is complete, the analyzer is ready to measure exhaust emissions gas.
What kind of gas is used to test a motor?
1 Carbon Monoxide (CO) 2 Hydrocarbons (HC) 3 Oxygen (O2) 4 Carbon Dioxide (CO2) 5 Nitrogen Oxides (NOX) 6 Testing Converter Efficiency