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BY DangerRanger02 & JuBean An Interview. (Editor's Note: I don't usually like articles to be as 'wordy' as this one, but I let it go uncut because lots of us have been looking forward to getting the low-down on this truck, and I did not think it would be boring. I would love to get more of this type of thing in here.) ~DR02: "So Jubean, when and where did you get your ranger?" ~Jubean: "I got my baby from my brother five years ago. She had been neglected and was more or less trashed due to him working construction. I took my drivers exam in my truck and since then she has been like another arm for me. She had fiberglass running boards, visor (the only original mod still on her), and a drop in bedliner. But like any other 2.3 owner I wanted a little more power and I wanted to see what other people were doing to their rangers. So, I hit up the web and eventually found TRS; got bit by the mod bug, and the rest is history."
~Jubean:
"As of right now she has been dropped 2/3 via coils up front with a
much higher spring rate and 3.5* eccentric cams, and the rear by
flipping the shackle hanger. ~Jubean: "O.K. I guess I should start from the beginning. Reading in the 4 banger forum is what led me to the 2.3 Turbo swap. It is an easy swap for my year, (93), because most of the systems used are very similar to the donor cars. I bought a motor after seeing an ad in the Buy/Sell/Trade forum here on TRS. It was located in Indiana which is a long haul but lucky for me, I was leaving a couple days later to help my grandparents move. The motor was right on the way home. It is from a 1988 Thunderbird Turbo Coupe and had everything I needed to complete the swap plus some. When I got it home and tore into it I found a blown head gasket. No real biggie, so the head was sent out for a hot bath and magnuflux to check for cracks. It had a clean bill of health so I had it rebuilt and milled flat. The lower end was in great shape; a little dirty but otherwise good. The bearing clearances all checked out and the hone marks on the cylander walls looked almost new so i decided to leave it all intact. The block was stripped with a wire wheel then painted, all holes were retapped and every gasket replaced. The oil pan was then pulled, stripped, and repainted. The oil pump was also replaced at that time. Then came reassembly. Again every gasket was replaced; and every part that was not new was cleaned, brushed, then bolted on. Once the head was in place, I started playing with the exhaust. I wanted to keep the A/C so that meant I had to move the turbo forward. I did this by flipping the exhaust manifold over, and modifying it a little. simply just flipping it will not line the exhaust ports up correctly so i had to drill the bolt holes a little larger and take some metal out from the bottom (used to be top) of the exhaust port on the manifold. With that taken care of, I was able to dummy fit the turbo to the engine which allowed me to then make the oil and coolant lines. The turbo motors use an oil cooler that mounts to the block where the oil filter does on the n/a engines. From this I bent and modified pipes to carry coolant to and from the water pump, T-stat, turbo, and heater core. Then, I needed to make the oil feed lines. If the turbo had been left in the stock position I could have reused to original lines but that is to easy. I took hydraulic brake line and with a bender created the sending line which runs from the oil pressure sending unit, behind the head, then up to the turbo. The oil return line had to be extended to reach from the bottom of the turbo down to a special hole in the block. With that all done, I just had to fit up the accessory brackets and it would be ready. I decided to use the Ranger accessory system so I would not have to change the alternator wiring and so i could use my stock ranger A/C compressor. The alternator bracket does not need to be modified, but I had to work on the powersteering bracket. My 93 ranger powersteering bracket was not designed to leave room for a distributor so I had to cut away a small portion. The intakes used for the turbo motor are also different enough that one of the mounting holes for the bracket used the same hole as the intake, so that part of the bracket was cut to accomodate the lower intake. It
was now time to pull the old motor. It is a simple straightforward
process but time consuming. Once out the last needed parts could be put
on the turbo motor, because I was keeping my ranger transmission I
needed to use the ranger flywheel and clutch. After changing the motor
mounts we were ready to put the new one in. Once it was bolted to the
tranny and resting comfortably on the motor mounts the hard work begins.
The exhaust manifold was bolted to the head and the turbo installed,
then all the oil and coolant lines were hooked up. Another system that has to be wired is the ignition system. Because my truck had a DIS ignition I had to run a couple wires for the TFI mounted on the distributor. Not only that but I had to wire a coil in. It is not as hard as it sounds but you have to be able to read basic schematics. I also had to run new wires for the o2 sensor. On the old motor the wires ran under the engine; whereas the new ones were better routed over along the firewall. With that the motor was filled with fluids, the intercooler temporarily rigged, the Vane air meter (a MASS sensor really) hooked up and all connections double checked. It all looked good so after a quick preoiling the key was turned and IT RAN!!!!!!!!!!!! The timing was way off and of course it needed some serious tuning but it was able to idle by itself after a quick turn of the distributor. 4 days of securing things and trouble shooting and I drove it to work for the first time. Swapping
a 2.3T is not very hard. Before I tried it the most difficult thing I
had done was change a clutch! All you need is determination, research,
and time. I owe the success of my swap to the 4 banger forum and the
members who frequent it as well as the research I did before hand. There
is so much information available, you just have to take a little time to
dig it up. I spent around 2 weeks swapping motors but this was my first
time ever doing something of this magnitude; and I was working by myself
except when it came time to pull the old motor and put the new one
in."
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