Jump to content
SAU Community

Recommended Posts

Helo,

I have put an SR20DET into my R32. I have the engine loom and wiring diagrams for the interior loom of 200SX/Silvia S14 etc but cant seem to find any wiring diagrams for the R32 interior main harness where the engine loom joins onto the main harness, i need to know the pin outs (not for the ECU) for the connectors so i can splice them together with the SR20DET.

If anyone has any diagrams i would be very grateful.

Thanks John

Link to comment
https://www.sau.com.au/forums/topic/177556-sr20det-into-r32/
Share on other sites

I've never seen one.

Half of the dash plug wires can be traced directly back to the ecu so the 32 pinout diagram works for those. The rest need to be traced back into the engine loom, which is easy enough to do with a continuity tester and a second pair of hands. Find which plug it runs to, figure out what the plugs into and you know what it is.

There are a few wires running direct into the engine loom off the top of my head (later model r32) 2 wires for the water temp sensor for the climate control, 2 wires for the fuel pump speed dropping resistor, 1 wire for the water temp gauge, 1 wire for the ac on trigger, 1 wire tied into the wipers (you need to strip the wiper loom out of the r32 engine loom and keep it). I'm sure i've forgotten a few but that gives you 7 of the roughly 20 wires on the dash plugs, and about 10 go to the ecu.

I had to add the fuel pump dropping resistor plug and the climate control temp sensor plug into the rb25 loom when i did that swap.

Hope that helps a bit.

Create an account or sign in to comment

You need to be a member in order to leave a comment

Create an account

Sign up for a new account in our community. It's easy!

Register a new account

Sign in

Already have an account? Sign in here.

Sign In Now


  • Similar Content

  • Latest Posts

    • Meanwhile, 20+ years ago, I pulled out the 105mm hole saw and went straight down through the inner guard in front of the airbox to get my stormwater pipe cold air intake in. Right behind the two stock holes for the intercooler pipes. Those have no reinforcement (apart from a couple of robust pieces of steel pipe through them!). I feel that the Australian vehicle standards crews put way too much emphasis on "maintaining the crash performance" of cars and not enough consideration of "any crash is a new and wonderful experiment with a random selection of parameters and you will never be able to tell if an extra 80mm hole through some sheet metal caused a significant difference...but if you close your eyes and squint at the whole structure, engage your engineering brain and have a good think about it, you'd have to expect that it would do jack all."
    • You guys are focussing on the wrong part of this post and have headed off on an irrelevant tangent!  Clearly I'm not going to put my most prized physical possession (well it will be once I'm finished it...) on a piece of shit contraption that might fail and crush me or my car!  At no point was that even implied I was trying to buy a butchered P.O.S that some shonky clown had thrown together with a gasless MIG....  Either way I would love to see the build quality of a rotisserie that has failed.  Actually I'd love to see a photo of one that has failed full stop.  Google fails to deliver.  Never happened?? I'll either make one that won't fail or will buy one that wouldn't fail! End Post.....
    • Yeah, if you can't breathe for more than about 2 minutes, you're cooked.
    • Well, all the power should be getting dissipated across the starter motor. Therefore, ideally, the voltage drop across the earth lead should be convincingly close to zero. Certainly you'd want it to be only a volt or so at max, because otherwise that volt doesn't turn up at the starter to do what is required. A car can probably survive a bad enough earth to crank and start with only 9V or so at the starter motor, maybe even a bit less. But you're seeing only 8V at the battery terminals when cranking, so there can't even be that much available over at the starter, which simply won't do. I would have thought that you couldn't pull enough current (with a healthy starter) to make the battery drop to 8V locally. But I was ignoring the possibility that the starter is in fact crook. If it has shorted windings (or maybe the solenoid is borked and shorting to earth) then I guess it could pull a stack of current and not even look like wanting to turn over. So follow the other boys' reccos too. Because they are just as likely at this point.  
    • Depending where the whole gets drilled, and what country/state you're talking about, quite likely not.   Under ole vehicle mod rules in NSW, VSI06 allowed for drilling of holes in "non structural" areas. So you could drill a hole through the inner guard, and not need engineering. You couldn't drill over seams, and it was advised to add extra reinforcing around the hole, as well as something to protect from sharp edges.   Again, it's all about finding the documentation for where the mod is to be done, AND then being able to explain the situation, with the documentation as to why you don't need engineering, with a positive attitude, to any one of the likes eg, police, vehicle inspector, etc.
×
×
  • Create New...