Until this weekend, this is how my switch panel (left of the steering wheel) has been set up.
The
GREEN LED is a status light for the E-Locker that indicates when the locker is engaging/disengaging (blinks) and when it's engaged/disengaged (lit/off). The
RED LED is a status light for my Innovate Wideband, and the
RED button is a calibration button for the Wideband. Not pictured is a
RED LED that I added for the Alarm that indicates armed/disarmed status, zone trip indicators, etc.
I've always thought the array of LED's looks kind of tacky and low budget, not to mention that their functions are not defined in any way. To the uninitiated they might be construed as decorative.
I also wanted to add an in-cab winch control using an OEM power mirror switch, but the LED panel occupied the knock-out where I wanted to add the extra power mirror switch.
I started by replacing the
RED indicator LED (visible in this pic) for the alarm with an OEM "Toyota Security" dash insert. I used only the LED and left the glass breakage sensor disconnected (my alarm has its own). This not only cleans up the switch panel with a more OEM look, but it will also serve to confuse would be thieves as to what type of system they're dealing with.
RESPECT THE TOYOTA SECURITY!!!!!!!!
The
GREEN e-locker status LED was moved to a new location above the RR DIFF LOCK switch. I think it looks better there, and now it can be visually associated with the RR DIFF LOCK switch, which clarifies exactly what is being indicated when the LED is lit.
The calibration button and
RED LED for the wideband were moved down, below the bank of switches. There is a narrow rib of plastic at that location that worked out perfectly.
Finally, I test fit the new winch control switch (power mirror switch) in its new home to see how it looked. I think it's going to work out perfectly. I've already tested the switch with a multi-meter to check for continuity on the wires through all of the various switching positions. I've found two that are discrete channels which can be disabled using the button that selects the L or R mirror. This will give me an "IN", an "OUT", and a safety function.
UNFORTUNATELY.... while I was working on the LED for the e-locker, I short circuited the two wires for the illumination of the LED/switch. One is a fused 12V+ feed, and the other is a switched ground controlled by the e-locker detection switch and the ECU. When I shorted the wires I smelled smoke. I followed my nose and it led me to the E-locker ECU.
Pulled that sucker apart for inspection.....
Backside of the board looks ok...
Can you spot the problem?
Looks like I cooked a 680 ohm resistor on the upper RH side of the board on the "RLP" circuit. Oops.
The locker still locks/unlocks as it should, in fact everything still seems to work, EXCEPT when I engage the locker only the LED gets power... the light bulb inside the switch does not. I'm thinking I can have a new resistor soldered onto the board pretty easily. It could have been a lot worse.
Lesson for the day: The E-Locker ECU is electrically sensitive. BE CAREFUL when you're working w/the wiring connected to the ECU. :frusty:
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On a final note... I've got some long awaited transmission upgrades in the works. First, I picked up a B&M 70264 which I'm going to put in-line with the TRD trans cooler and run a dual external cooler setup. This should help settle down the 200-220 degree peak temps that I was seeing last summer.
ALSO... I'm excited!!!! I'm finally going to ship this little guy off to IPT Transmissions and have them perform their Valve Body Upgrade service. I just got off the phone with John (owner of IPT), who was kind enough to let me pick his brain for 20 minutes about my options.
(Link >
Toyota A340 Series Modified Valve Body)
For the first time since I've owned this rig, I'll actually be able to floor the throttle through a 1-2 up shift and not have to worry about tearing up my clutches. It's going to be nice to actually be able to use the power that my 4Runner puts out without the worry of transmission failure.