Can someone give me an idiots guide how to use an LM-1 with NON pro HP tuners
#1
Can someone give me an idiots guide how to use an LM-1 with NON pro HP tuners
I know it's been covered before, but I want to make absolutely sure I get it right and the guides aren't clear to me.
Would someone be good enough to give a step by step guide how to wire in and set up an innovate LM-1 WB02 with a NON pro HP Tuners MPVI2 please?
I'm hoping there's a way the WB can be used in place of one of the stock narrowband sensors so that I don't have to weld in another bung.
It's an LQ9 and P59 PCM by the way,
Thanks guys!
Would someone be good enough to give a step by step guide how to wire in and set up an innovate LM-1 WB02 with a NON pro HP Tuners MPVI2 please?
I'm hoping there's a way the WB can be used in place of one of the stock narrowband sensors so that I don't have to weld in another bung.
It's an LQ9 and P59 PCM by the way,
Thanks guys!
#2
TECH Fanatic
iTrader: (8)
Here ya go
https://www.corvetteforum.com/forums...hp-tuners.html
what isn’t clear to you? Asking in a helpful way not an offensive way. Pretty much instead of putting the voltage signal into the HPtuners pro interface, you put the signal to the AC pressure pig tail or the EGR pigtail
https://www.corvetteforum.com/forums...hp-tuners.html
what isn’t clear to you? Asking in a helpful way not an offensive way. Pretty much instead of putting the voltage signal into the HPtuners pro interface, you put the signal to the AC pressure pig tail or the EGR pigtail
#3
I know it's been covered before, but I want to make absolutely sure I get it right and the guides aren't clear to me.
Would someone be good enough to give a step by step guide how to wire in and set up an innovate LM-1 WB02 with a NON pro HP Tuners MPVI2 please?
I'm hoping there's a way the WB can be used in place of one of the stock narrowband sensors so that I don't have to weld in another bung.
It's an LQ9 and P59 PCM by the way,
Thanks guys!
Would someone be good enough to give a step by step guide how to wire in and set up an innovate LM-1 WB02 with a NON pro HP Tuners MPVI2 please?
I'm hoping there's a way the WB can be used in place of one of the stock narrowband sensors so that I don't have to weld in another bung.
It's an LQ9 and P59 PCM by the way,
Thanks guys!
#5
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Join Date: Feb 2006
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I have mine wired up through the AC Pressure interface. There are three wires on the AC pressure sensor - ground, 5 volt reference and signal. You attach the output from the wideband to the signal wire. You can find the signal wire with a multimeter. The ground wire will have continuity to the engine block with the key off. The 5 volt reference has 5 volts with the key on. The signal wire has neither thing.
Once you have it wired, you have to add a channel for the AC pressure sensor voltage in HP Tuners. Once you connect the wiring, make sure that the AC pressure sensor (wideband) reads 4.5 volts with the key off. That's the full lean reading (usually). From there, you need to create a math parameter to convert the voltage signal being received into an understandable AFR for you. The literature for the wideband should have an equation that converts a given voltage into AFR. For the AEM UEGO unit I used, it was "AFR = (2.3750 * Volts) + 7.3125". When you create the math parameter, you have to switch "Volts" in the equation with the reading from the AC pressure sensor. You do that by selecting the parameter to include in place of the "Volts". It appears as numbers in brackets like this "[2210]". Once you have the custom parameter specified, you can graph it and display it in charts by clicking on the "User Defined" section.
Once you have it wired, you have to add a channel for the AC pressure sensor voltage in HP Tuners. Once you connect the wiring, make sure that the AC pressure sensor (wideband) reads 4.5 volts with the key off. That's the full lean reading (usually). From there, you need to create a math parameter to convert the voltage signal being received into an understandable AFR for you. The literature for the wideband should have an equation that converts a given voltage into AFR. For the AEM UEGO unit I used, it was "AFR = (2.3750 * Volts) + 7.3125". When you create the math parameter, you have to switch "Volts" in the equation with the reading from the AC pressure sensor. You do that by selecting the parameter to include in place of the "Volts". It appears as numbers in brackets like this "[2210]". Once you have the custom parameter specified, you can graph it and display it in charts by clicking on the "User Defined" section.
#6
I was going to use the AC pressure switch as well until I figured out I could just use the serial out on the WB direct to the PC and then just config the external channel with the WB you are using.
Here is my thread asking the same question you did and the help I got.
https://ls1tech.com/forums/pcm-diagn...thout-pro.html
#11