Quote:
Originally Posted by GTA
"A3" pin that i will use for the input, my question is is it really this easy?

Pretty much that easy if you are using the S_AUJP V4 (1026 version or later).
Physically Connect Output wire to A3 or F14
Set bit in bin file if using "A3" pin, Clear bit for "F14" Pin.
Location 99B (WB OPT 2, bit 7, Input "A3", Else "F14")
Set bit in bin to use the "Raw" output from the WB
Location 99B (WB OPT 2, bit 0, RAW A/D Output)
Select only 1 option for a WB setup.
This "RAW" one is for full 0-5 volt/0-255 count output to the datastream.
If two WBs are selected, the first one wins and you may not get the reading right because it would be scaled for a different WB output.
Confirm your scale within the LC-1 is outputting the full 0-5 volt range that equals 7.35 to 22.29 AFR
To Add the item to your ADX logging definition if it does not already exist:
Open ADX editor
Go to "Values" in the listing and click where you want to insert a new item
Click "Add New Item"
Name it to something you want like "WB Full Range"
Give it a Unique ID value (anything works here)
Type description as desired "LC-1 with full scale output"
Units override = AFR
Packet offset = 0x24 | 36
Source Data Size = 8 bit
Range Low = 7.35
Range high = 22.299

alarms (if you want)
Alarm Low = 12.0, Enabled
Alarm high = 15.0, Enabled
Click conversion tab and click "Set"
Enter this: X * 0.058980 + 7.350000
Argument type = Native
Output Format = Floating Point
Output Digits = 2 (If you only want 1 decimal then make this 1)
Save
Run your car!