Mike5100 2,061 Posted September 9, 2012 Share Posted September 9, 2012 ...where the dealer can plug a Honda diagnostic tool in and find out if any errors are showing up. If so where is it? Thanks Mike Link to post
Dave D 567 Posted September 9, 2012 Share Posted September 9, 2012 If you search diagnostic in the above box you will find http://www.nc700.co.uk/index.php?/topic/791-dlc-connector/page__hl__diagnostic#entry2067 1 Link to post
Mike5100 2,061 Posted September 9, 2012 Author Share Posted September 9, 2012 Thanks Dave Mike Link to post
Mike5100 2,061 Posted September 10, 2012 Author Share Posted September 10, 2012 (edited) The engineer showed me the readout for my bike today and everything was within spec (O2 sensor was 0.429v if that means anything to anyone) Mike Edited September 10, 2012 by Mike5100 Link to post
Guest Mi_ka Posted September 11, 2012 Share Posted September 11, 2012 0.429V as median value? The usual narrowband lambda sensors read about this voltage when spot on at 14.7 AFR but since the voltage slips quite a lot off this value when just a tad away from the 14.7 AFR and as the sensor ages and deposits accumulate, injection systems continuously trim for a tad leaner (sensor goes abruptly to around 0.200V) and then trim for a tad richer (sensor goes abruptly to around 0.800V) practically running the engine at 14.7AFR where the smog reducing system operate at best efficiency. This leaner-richer cycle goes on continuously as long as the injection system operates in the "closed loop" region usually at throttle openings less than 30-40% and steady running conditions. About once a second at idle speed and 4-5 times a second at higher rpm. Link to post
poldark 1,556 Posted September 11, 2012 Share Posted September 11, 2012 0.429V as median value? The usual narrowband lambda sensors read about this voltage when spot on at 14.7 AFR but since the voltage slips quite a lot off this value when just a tad away from the 14.7 AFR and as the sensor ages and deposits accumulate, injection systems continuously trim for a tad leaner (sensor goes abruptly to around 0.200V) and then trim for a tad richer (sensor goes abruptly to around 0.800V) practically running the engine at 14.7AFR where the smog reducing system operate at best efficiency. This leaner-richer cycle goes on continuously as long as the injection system operates in the "closed loop" region usually at throttle openings less than 30-40% and steady running conditions. About once a second at idle speed and 4-5 times a second at higher rpm. Yeah, what he said! Hope things improve for you. Link to post
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