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aemwb [2009/09/14 13:33] twdorris |
aemwb [2010/03/11 15:24] dmertz |
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One fix is to buffer the ECU input with [[http://www.ecmtuning.com/product_info.php?cPath=26&products_id=39|one of these]]. In doing so, the AEM is not required to drive the ECU input directly. | One fix is to buffer the ECU input with [[http://www.ecmtuning.com/product_info.php?cPath=26&products_id=39|one of these]]. In doing so, the AEM is not required to drive the ECU input directly. | ||
- | People still seem to get varying results, though. So another fix is to simply not use the built-in AEM WB display routines and instead define your own using the [[linearitems|LinWideband display item]]. | + | People still seem to get varying results, though. So another fix is to simply not use the built-in AEM WB display routines and instead define your own using the [[linearitems|LinWideband display item]]. To use that, you change the pin assignment to be Linear wideband and then manually adjust the mapping. |
One user found the following settings to work well on his own AEM WB install: | One user found the following settings to work well on his own AEM WB install: | ||
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Max Voltage: 4.99 | Max Voltage: 4.99 | ||
Max lambda: 1.32 (gasoline A/F ratio of 19.43:1) | Max lambda: 1.32 (gasoline A/F ratio of 19.43:1) | ||
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+ | AEM has now come out with yet another mapping with their 30-5130 gauge (at least this gauge seems to have a separate analog ground, the brown wire, that should be connected to ECU sensor ground to improve the ability of the WB to deliver accurate voltage readings to the ECU): | ||
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+ | Min Voltage: 0.50 | ||
+ | Min lambda: 0.578 (gasoline A/F ratio of 8.50:1) | ||
+ | Max Voltage: 4.50 | ||
+ | Max lambda: 1.224 (gasoline A/F ratio of 18.00:1) | ||
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