Here's a couple of updates on the Land Cruiser. The last week or so, I've completed the duel battery project, added a switch console and an auxiliary electric engine fan.
The duel battery project that I mentioned in the prior post is now complete and works great. The system uses two Optimas. A red top starter in the stock location and a yellow top deep cycle on the passenger side.
I used the Slee wiper fluid bottle relocation kit, which is a nice convenience and fit perfectly. Then I installed a FJ80 battery tray and associated parts, including tie downs and bolts, which I sourced from CruiserDan on Mud. Everything bolted in nicely, except for some very minor trimming of the battery tray, which was super easy.
The Yellow top connects to the Red top via a 200 amp relay. A switch in the cable turns the relay on. It's 3 position switch. Position 1, turns the relay on when the ignition is turned on (automatic). Position 2, turns the relay off manually. Position 3, turns the relay on manually. Normally, I have the switch in the position that allows the relay to connect the batteries, when the engine is started and disconnected when the engine is turned off. If the starter battery dies, then the relay can be turned on manually, via power from the auxiliary battery. If the auxiliary battery dies, then the ignition can turn on the relay.
The auxiliary battery also powers an auxiliary fan that I bolted up. JDM rigs apparently came with an auxiliary electric fan for rigs with rear AC. I don't have rear AC, but since it was a simple, nearly bolt up deal, I bought a little fan at an autoparts store. This will serve as a back up (although research on Mud indicates that auxiliary electric fans seem to have minimal effect). However, auxiliary fans do improve AC performance at low speed, so it may come in handy on those really hot days in the desert this summer.
I have a single feed line from the auxiliary battery that runs into the cab into a central console switch panel. This powers all of my interior accessories, so that nothing other than the stock OEM equipment is run off of the starter battery.
The center console was built as a stand alone unit that replaces the stock center console. It has an integrated laptop mount. A switch panel houses a volt meter for the auxiliary battery, main power cut off switch for the interior accessories, duel battery relay switch on top, as well as indicator LEDs for the relay, rear flashing lights and auxiliary fan.
On the side of the switch panel are switches for the auxiliary fan, rear flashers, and rear back up lights. Two cig lighter plugs are also located on this panel. Also mounted to this console is the Ham radio, a CB radio (not installed yet), rechargeable mag light, feed line junction box with 3 additional cig lighters.
I haven't finished this project yet. The feed line will continue to the rear cargo area, where I'll have a few more cig lighter plugs, some additional lights and other accessories. The feed line will also power the rear flashers and rear back up lights when they are finished.
That's all for now. Ya, I know I said I was going to keep this project simple. I guess I couldn't stick to that. But I did do things a little differently. Everything is designed so that it is bolted in with no cutting or drilling and can be easily removed.
I also decided I'm going to go with a 2.5" OME lift after talking with Christo over at Slee. The front will be heavies for sure, but I haven't decided on the rear. I think I will go heavies, since I'll be carrying a full drawer systme, most of my gear, fuel cans, etc.
For a front bumper, I'm also trying to decide between Slee's new product or an ARB. I like Slee's simple design and I'm guessing it's probably better built, but I like the full frontal coverage of the ARB.
And finally to complete my indecision, I'm trying to decide whether to go with 285 MTRs or 295 MTRs. I understand the difference is in section width, about 11" verses 12", both about 33" tall.