78fj40mg
TLCA #23510
Ok, Here we go... Just got back from vacation. Some pics of the LED housings with the wiring as requested.
Real nice LEDs!
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Ok, Here we go... Just got back from vacation. Some pics of the LED housings with the wiring as requested.
Here's a pic of the LED lights it looks like the side marker shows LEDs, go to the 1st page for more pics.watrob [IMG]https://forum.ih8mud.com/attachments/20140701_172423-jpg.924405/[/IMG] post: 9351983 said:Can you tell me, on the side of the front indicator lights the Australian regulation states we must have a lights, have you shorted this out in your led light system?
View attachment 938036
To me, the biggest benefit to running LEDS, is the lower current draw.
The old harnesses we run in our antiques suffer from several things.
1. Rusted/Broken/Corroded/Missing ground connections.
2. Corroded brass terminals.
3. Non-water proof connectors ( on the older trucks).
4. Oxidized copper wire.
5. Long runs of small gauge wire. (Think Head Lights)
All these things add up to dim lights on a lot of Cruisers. By swapping out all the incandescent bulbs for LEDS, the overall current is lowered meaning less power loss in the circuit itself.
Now will doing the LED swap cure all your electrical woes? Of course not! But in a marginal system it will help. Oh and the LED flasher that SuperBrightLEDS sells WILL overcome several shortcomings in the FJ40 Turn/Hazard circuit such as: not flashing if you don't have enough current to activate the OEM flasher, having mis-matched bulbs that causes the same issue, hell it will even flash if you only have one bulb in the entire system!
BTW you can use this flasher with incandescent bulbs and gain the same benefits without swapping to LEDS.
Do you want the whole kit or just the lights?What's the cost for a set of front & rear lights plus flasher unit (if I need one) ? for my new rebuild.
looks good (kinda wished you had some for the front lights of the older ones (i ended up doing something similar)
few questions, why the use of 5mm leds? now not the more normal (for auto use) high flux 4prong leds? also, why use resisters for the dimming of the lights? why not a PWM?
Thanks
I'm very interested in your units for my 24 Volt Japanese BJ-44 RHD, BUT I am worried about Coolerman's salt issue post. Not only do they salt the roads here in NYC, I also drive to Montreal where they paint the streets with salt, AND I live by the Atlantic Ocean, so the air is full of salt.
I'm not sure it I will ever drive in the water (great way to get your car stuck and flooded by the ocean, and I don't plan on extending the vents on my axles), but I will be on dry sand near the water.
Will your lights be able to take that kind of abuse?
Best,
T
PWM stands for Pulse Width Modulation. It is a way to use electronics to send a variable width pulse to LEDS to control their brightness. You can also save significant energy using this technology for lighting due to the human eye and it's persistence of vision. This is generally used for LEDS that need to be dimmed and brightened on a regular basis or for show.
I see how these are better than the replacement LED bulbs that are out there. They are emitting the light from a much larger area, in the direction it is needed, and they do not rely on a reflector to focus the light back toward the viewer. I bet these are really bright in person.
Combine those design features, with the fact that the cheap after market light housings do not have reflectors like the OEM version, nor are they painted with reflective paint on the inside, and you have a really a good upgrade for the after market housings.
Now: If these circuit boards are already coated with something that will with stand salt water, post that fact, and ignore this next part.
You mentioned there was a life time guarantee on these things? On the production units, are the backs of the PC boards sealed or epoxy/silicone potted in any way? Reason I ask: An unprotected circuit board won't make it through one winter if they use salt on the roads.
I know this from personal experience building lights mounted on the rear of vehicles...
Many years ago I used to make these trailer hitch brake flasher things out of these cheap Chinese bicycle flashers I got from an import company. I opened them up, added a miniature relay triggered by the trailer socket brake light wire, and fed the LEDS with the park light circuit power. I put the relay contacts across the push button On-Off switch and when you hit the brakes the LEDS on the flasher would flash in an on/off pattern, alerting drivers behind you that you were stopping. Just like the Toyota third brake light flashes now. The bicycle flashers snapped together, and had a nice rubber seal all the way around, making them at first glance, water proof.
Uh... no.... Every single one, I sold to a state that salted their roads in the winter, failed within the first year! This was due to salt water intrusion into the housing. When I opened the returned units up, the bottom of the circuit boards were covered in green corrosion, which shorted out the park light circuit, blowing fuses on these folks vehicles. So much for that venture....
Now, the OEM, and the after market housings, are not sealed to anything approaching even IP66, so they are NOT water proof. This means that a salt water solution film will eventually get inside the housings, and bye bye circuit boards. There was a post above that mentioned how the aftermarket stamped steel light housings last a few years, then rust out.
An idea would be to offer these with the lenses, or have the interested folks mail you their lenses. You could then place the boards in the lenses, embed the circuit boards in epoxy, silicone, wax, or whatever material would work making the whole assembly water proof. All the end user would have to do is route the wires out through one of the bulb bases, and then seal that one, and the other two, making the housing inside water proof. Just a thought...