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v3narrowbandsim [2008/12/22 08:13]
twdorris created
v3narrowbandsim [2024/03/15 11:16]
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-====== Narrowband simulation ====== 
-Wideband kits typically provide two distinct outputs. ​ One is a 0-1v narrowband simulation and another is a 0-5v wideband output used for datalogging more precise A/F ratio data.  You would typically run the narrowband output to the ECU's front O2 input so the ECU could run normal closed loop off this signal and then run the 0-5v output into a different ECU input for datalogging purposes. 
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-With ECMLink'​s narrowband simulation function, you can simply run the 0-5v output to the ECU and then configure the ECU to produce the 0-1v simulation internally, thus freeing up an additional input on the ECU for some other aftermarket sensor. 
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-===== Process ===== 
-The help file included with the ECMLink application goes into detail about the process of configuring the NBO2 sim tab for your own setup. ​ Please refer to this for more information. ​ The best way to determine your own switch point is to datalog the wideband kit while running closed loop off a stock narrowband sensor and then simply take an average of the raw wideband voltage (available in the datalog as a Raw value) while the narrowband sensor is cycling normally. You can select such an area in your datalog with the mouse and then right click and do a "​Selection->​Average"​ to have the application average the values for you. 
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-Some common stoichiometric (14.7:1) switch points are listed below. 
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-^Wideband kit^Switch point (volts)^ 
-|AEMWB ​ |  4.07| 
-|AEMWBGauge ​ |  2.34| 
-|AEMWBGaugeR1 ​ |  2.53| 
-|AFXWB ​ |  4.07| 
-|DynoJetWB ​ |  2.94| 
-|FJOWB ​ |  2.5| 
-|LC1WB ​ |  2.5| 
-|PLXWB ​ |  2.35| 
-|TechEdgeLinWB ​ |  2.85| 
-|TechEdgeWB ​ |  2.5| 
-|ZT2WB ​ |  2.5| 
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v3narrowbandsim.txt ยท Last modified: 2024/03/15 11:16 (external edit)