Tyler James Inc
Senior Member
Checked the light green at the ECU, and I do have voltage during the 10-second "locking" period.If when you try to lock the diff, you don't have voltage at the Light Green (M1) wire of the diff lock connector
Checked the light green at the ECU, and I do have voltage during the 10-second "locking" period.If when you try to lock the diff, you don't have voltage at the Light Green (M1) wire of the diff lock connector
However, that wasn't the problem for me.
I tried to check, but I'm not sure how to do so. The relays inside the ECU won't activate unless the actuator is plugged in. I don't want to damage/compromise the wire insulation, so I'd rather not just jam the probe through the insulation. Any ideas/recommendations are appreciated.
It does.
Under what condition? It doesn't have continuity to ground at any time, but it does have voltage for 5 seconds after the diff is "unlocked"(not that it is ever actually locked, but the ECU still operates as if it is).
If that's the case, it brings me back to wishing I knew the mechanics of the ECU, and am wondering if the contacts on a relay in the ECU is hummed up or something- aka "bad" ECU. What causes the light green/black to have continuity to ground?
It does.
You sure? What do you mean "signal from the diff lock switch"? The switch on the top of the diff? It couldn't be that, because the Green with Yellow strip has voltage when the diff is "locked". Meaning, it has voltage whenever the dash button is depressed, and keeps voltage until you "unlock" the diff.
The Green with Black stripe never has continuity to ground like you say it must have, but does have voltage during the 5-second "unlocking" time period.
Thanks for your help, and any other insight is appreciated.
I really appreciate your time and effort to help. I won't be able to do any more troubleshooting till Saturday/Sunday anyway.Whole lot to address here, I think we can narrow it down here as soon as I get a few minutes, maybe this afternoon.
Just checked out the 2 YouTube videos on elocks. The bench test video with a lot less electric gizmos in the way looks very cool. I would like to see him built a kit for us, less electrical engineered people. It looks like it would only cost about $40 to do - depending on how fancy the LED light is.
Then I found Chillkats design. That is a sweet cable conversion, but too pricey at $425. I did notice that the parts can be purchased individually, though. The main thing that I would not buy is the too fancy over-engineered cable lever.
Somewhere between the rear end and the ECU, the wiring is haywire.
I can lock and unlock the diff with a 9v battery, but when I try to do the same at the ECU plug- notta. Pretty weird.
At least I [think I] know where to go from here, and I should be able to track it down [emoji1374]
When you say you can work it with a 9V battery, where exactly are you connecting your battery? What wires and what connector?
The Light Green/Red and the Light Green; the conductors that go directly to the motor brushes. And at the connector closest to the motor/actuator.
So if you go back to the Diff lock ECU and use the 9V set up at that connector it doesn't work?
Exactly. That's why I came to the conclusion it must be my wiring- between the ECU and actuator.
LOL I kept looking in this thread to see if this was finally the SOLVED post. Simple fix I guess.
So, that fixed it? Finally, eh?
I think that once mine decides to go out I will be doing the cable conversion. Electric is cool, like air, but you can never trust them to work every time. Don't you just love it when the ARB guys show up and all you hear a hissing due to an air leak. :biggrin1:
So, that fixed it? Finally, eh?
I think that once mine decides to go out I will be doing the cable conversion. Electric is cool, like air, but you can never trust them to work every time. Don't you just love it when the ARB guys show up and all you hear a hissing due to an air leak. :biggrin1:
Yeah; finally is right! I really like air and electric too, so it would be hard to go to a manual setup. That being said, Chilkat's beautifully made actuator might be enough to convince me that the "cool factor" of air and electric isn't worth the potential problems! Haha I think they should machine a nice dial instead of the bulky shift lever. It's so extreme, and I think a push-and-turn knob- that locks in either position- would be super nice and clean. Might up the price to a ridiculous number, but hey, if it's cool enough, people will buy it! [emoji41]So, that fixed it? Finally, eh?
I think that once mine decides to go out I will be doing the cable conversion. Electric is cool, like air, but you can never trust them to work every time. Don't you just love it when the ARB guys show up and all you hear a hissing due to an air leak. :biggrin1:
Haha man, you got that right!Hey now ! Don't be picking on us ARB guys . At least a hissing air line doesn't take a week to diagnose and repair . :yo: Tyler , at least it was a cheap fix .
Hahaha #Welded240LyfeBrah [emoji23]Yeah, mine stuck on once. I was driving around town and down the freeway for 2 weeks with a locked diff. :shocked: :jaw: :wow: :wow2:
Turns out is was just a corroded wiring connection at the harness and jiggling it fixed the issue. But I like this mechanical actuator idea.
Welp, here's the post you were waiting for! [emoji1373]
REALLY wanted my locker working, so I wanted to do whatever I needed to to get it fixed. I stripped back some insulation on both ends of the thick rubber sheathing, to see if the break was under the sheathing, or at one of the connectors/terminals/crimps-
To my surprise, there was no continuity between the test points under the sheathing; the issue was not at either connector/terminal.
So I took a wire from my sunroof control swap wiring, de-pinned the female end, added the waterproof boot, and soldered the other end-
https://youtu.be/VCohjQx3664
Hey now ! Don't be picking on us ARB guys . At least a hissing air line doesn't take a week to diagnose and repair . :yo: Tyler , at least it was a cheap fix .