How many valves does a Mitsubishi 6G73 have?
How many valves does a Mitsubishi 6G73 have?
The 6G73 is a 24-valve SOHC design with two valves running off a single cam lobe on the exhaust valves using a forked rocker arm and each intake valve actuated with two cam lobes, with a smaller bore than the 3.0 liter version of the same block.
When did the Mitsubishi 6G74 V6 come out?
The gasoline direct injection version of the 6G74 was launched in April 1997 as the first GDI V6 engine ever produced.
What kind of maintenance does a Mitsubishi 6G74 do?
Maintenance of the 6G74 engine is not difficult and involves regular oil changes and work with the timing drive. And a number of other cars popular at the end of the last century. Note that this Japanese automaker has constantly improved and upgraded its 6G72 engines.
What kind of fuel injection does a Mitsubishi 6G74 use?
It uses Multi-port fuel injection and uses forged steel connecting rods . The gasoline direct injection version of the 6G74 was launched in April 1997 as the first GDI V6 engine ever produced.
How many oxygen sensors does a Dodge Stealth have?
As detailed in the diagram to the left, the Mitsubishi 3000GT/GTO and Dodge Stealth can have up to four oxygen sensors, depending on the year, model and if it is a California-spec or Federal-spec car. For the twin turbo 3000GT/Stealth’s produced between 1991 and 1993, there are only two oxygen sensors.
What is an oxygen sensor in an engine?
An oxygen sensor (also known as an O2 sensor or lambda sensor) is an electronic device that samples the gasses passed through the exhaust system in order to determine, in real time, if the air-fuel ratio of the engine is rich or lean.
What kind of engine does a Mitsubishi Galant have?
The 2.5 V-6 was a 24 valve engine with a single overhead camshaft for each bank; designated 6G73 by Mitsubishi, it was available only with automatic transmissions in the Chrysler Cirrus and Dodge Stratus; it was also used in the Dodge Avenger, Mitsubishi Diamante, and Mitsubishi Galant.
What’s the difference between lean and rich oxygen sensors?
On the low end, 0.0 is a lean reading, while 1.0 is a rich reading. During a cold engine start-up, the oxygen sensor output will show rich (voltage near 1.0). It will then likely transition to lean (voltage near 0.0) and slowly move toward the rich end again.
