orangefj45
Supporting Vendor
one of my customers/buddies owns a 79. i had done an ome lift and some other work on it a few months ago. he took it to SNt and has been driving it quite a bit. when i initially worked on the cruiser i mentioned a turbo to him but he was reluctant;"it has enough power and i don't want to reduce the life expectancy of the engine". took some convincing but a couple of weeks ago he called me saying "turbo-glide kit from OZ is on the way via fedex. dropping it off to you asap. hope you don't mind". yeah, like i'm going to say NO to that job. LOL
anyways, got the truck and the kit a little over a week ago. i looked over the kit and instructions. the kit looked great, nice components. the instructions left a little to be desired and some of their 'techniques" seemed odd.
i got off to a good start by following the instructions although they leave a little of the swap up to the installer to figure out. no biggie. remove the air box, unbolt the existing exhaust, take off a few little odds and ends and you're pretty much ready for the install.
the turbo plenum adapter bolted right up. just to make sure everything would work, i did a mock-up first. that's when i ran into the first issues; brake line interferrance. so i removed the oem heat-shield from the chassis and gently bent the brake lines out of the way, making sure they'd be far enough away from the turbo to not heat up the brake fluid.
past of the conversion was to include a set og gauges; a pyro and a boost gauge. i opted to install the pyro in the turbo housing itself for a proper reading. i'd also heard horror-stories of people trying to drill and tap old cast iron exhaust manifolds and having them crack. ran into a slight clearance with the pyro. the best place to drill and tap the turbo housing seemed to be a boss cast in on the back side. mechanically a great spot; the housing is beefed up so there's plenty of wall thickness for threading it and there's good access. problem is that there's very little clearance between the housing and the engine block in that spot. so i tapped the hole at a slight angle downward. i had to use a threaded sleeve so the pyro would'nt bottom out in the housing. according to issopro ( gauge manufacturer ), the pyro should be at least 1/4-1/2" away from the inner wall of the shouing it's tapped into. without the sleeve, the pyro would have bottomed out in the housing. with it, i got 1/2" of clearance.
got that problem solved and the turbo mocked up. i used some heat-shield tubing on the pyro wiring to prevent any heat related issues given the close quaters.
anyways, got the truck and the kit a little over a week ago. i looked over the kit and instructions. the kit looked great, nice components. the instructions left a little to be desired and some of their 'techniques" seemed odd.
i got off to a good start by following the instructions although they leave a little of the swap up to the installer to figure out. no biggie. remove the air box, unbolt the existing exhaust, take off a few little odds and ends and you're pretty much ready for the install.
the turbo plenum adapter bolted right up. just to make sure everything would work, i did a mock-up first. that's when i ran into the first issues; brake line interferrance. so i removed the oem heat-shield from the chassis and gently bent the brake lines out of the way, making sure they'd be far enough away from the turbo to not heat up the brake fluid.
past of the conversion was to include a set og gauges; a pyro and a boost gauge. i opted to install the pyro in the turbo housing itself for a proper reading. i'd also heard horror-stories of people trying to drill and tap old cast iron exhaust manifolds and having them crack. ran into a slight clearance with the pyro. the best place to drill and tap the turbo housing seemed to be a boss cast in on the back side. mechanically a great spot; the housing is beefed up so there's plenty of wall thickness for threading it and there's good access. problem is that there's very little clearance between the housing and the engine block in that spot. so i tapped the hole at a slight angle downward. i had to use a threaded sleeve so the pyro would'nt bottom out in the housing. according to issopro ( gauge manufacturer ), the pyro should be at least 1/4-1/2" away from the inner wall of the shouing it's tapped into. without the sleeve, the pyro would have bottomed out in the housing. with it, i got 1/2" of clearance.
got that problem solved and the turbo mocked up. i used some heat-shield tubing on the pyro wiring to prevent any heat related issues given the close quaters.