(Moderator apparently moved this over to this thread. Thank you, Mods....)
Please ignore all prior posts. I took the kind advice of that gent and bought the unit I should have gone with from the beginning...
Therefore......
I have a 5706v I am installing, have a few questions about the following...
I used to install professionally a LOOOONG time ago, but there also used to be complete documentation in each kit. Plus, they have gotten more complicated. So please be patient with me...
Vehicle - 2005 Jeep Liberty Renegade, 4x4, 3.7 v6 with 6-speed manual transmission
Alarm/Remote start - Viper 5706v, with 2 added 535T window rollup modules, 556U immobilizer bypass module, 456L door lock interface, and an Autolight light automation module (not DEI as I couldn't find one in stock. Does not interface with the alarm or remote start)
-MAIN HARNESS (6-pin connector)
difference between pin 4, white/brown 'parking light isolation wire (87a/NC of onboard relay)' and pin 5, white 'parking light output (30 Common of onboard relay)'. I get that these are relay terminals, but don't understand the need to have two separate wires doing basically the same job.
Pin 6 - GWA. Presumably for the alarm functionality, so it would control field sensors, window modules, etc.
-REMOTE START HARNESS (10-pin heavy gauge connector)
I believe I mostly understand what's going on here. However-
Pin 8 - Orange - + Accessory Output. So basically, a Positive when armed (or in this case, when remote started?). So this would go to the Ignition Accessory wire in the harness?
Pin 10 - + Ignition Input/Output. Presumably as above, but goes to an Ignition wire at the Ignition switch? Possibly doing double duty to detect Ignition draw for the alarm (and thus, an Input in that regard) as well as providing Ignition output to the Ignition harness for Remote Start? Am I on the right track with this one?
Not sure what to make of all the Flex Relay wires (Pins 2(pink/black),3(pink/white), and 9(red/white). I assume these are for odd vehicles like Toyota, where there are 'split ignition' circuits (where there are two or more separate circuits needing IGN while running, but the circuits are wired separately-ie, not applicable to my application.
That's enough for now. I will have more questions in a bit. I am actually installing this 'as we speak'.
"Always listen to experts. They'll tell you what can't be done, and why. Then do it. - Robert A. Heinlein"