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Odd that this car I'm working on has the clutch interfering with the end tank. It appears your engine is further over towards the driver side and the clutch is directly in front of the core itself.
Odd that this car I'm working on has the clutch interfering with the end tank. It appears your engine is further over towards the driver side and the clutch is directly in front of the core itself.
Yeah not sure what's going on.
I've done this swap on a 325is and a 318is, neither had clearance issues with the ac.
2 things causing it. Finally was able to measure tonight, dug an e36 compressor out of the back shelves.
1. The transmission mount from Arc had a blem in one of the gussets and was hitting the transmission, tweaking it a bit.
2. The e46 compressor clutch is in fact larger in, both in extension and the outer edge diameter of the clutch. This is why iniad's clutch cleared the end tank left/right (where I mentioned it looked like the whole engine was more driver side), and in depth.
Now, the client is going to flip his lid. He was excited to have gotten the compressor with the drop-out motor, and to top it off, I already fabricated the high pressure line to suit the e46 compressor fitting. Grrr.
"that guy" in the bring a trailer link is me lol. E36 compressor and E36 mishimoto radiator. Used the standalone can bus module and converted to r134. No stalling and AC was cold as hell even on the lowest setting
I think that's the thinnest 16" spal.
It worked well enough even without a shroud except in stop and go Houston traffic. I mounted it in the top drivers side of the rad, but would've liked more cooling if possible just for added insurance
I think that's the thinnest 16" spal.
It worked well enough even without a shroud except in stop and go Houston traffic. I mounted it in the top drivers side of the rad, but would've liked more cooling if possible just for added insurance
Thanks what other options would you consider. I am thinking of going the E36 Rad and E36 AC compressor as well.
For this client, I will be using the stock e30 condenser fan wired to an e36 318ti thermal switch on the side of the radiator, then an additional puller fan wired only to the 80°c terminal of the same switch. Used this method in previous builds (albeit m/s50/2).
For this client, I will be using the stock e30 condenser fan wired to an e36 318ti thermal switch on the side of the radiator, then an additional puller fan wired only to the 80°c terminal of the same switch. Used this method in previous builds (albeit m/s50/2).
Nearly finished.
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What intake is that? Does it clear the stock booster?
What intake is that? Does it clear the stock booster?
It's an aluminum turbo manifold made by Napol Performance in CAN. Pretty sure it will clear the stock booster, but didn't have a chance to check. Using the 944 booster and was going to modify the stock box, but then the client saw this mani and bought it since he planning on turbo later. IMO it's not going to make as much power as the stock one (in N/A form), but guess we will find out when we go to the dyno.
It's not a cheap way around the booster for N/A, but I feel it's a decent product for 800 clams.
It's an aluminum turbo manifold made by Napol Performance in CAN. Pretty sure it will clear the stock booster, but didn't have a chance to check. Using the 944 booster and was going to modify the stock box, but then the client saw this mani and bought it since he planning on turbo later. IMO it's not going to make as much power as the stock one (in N/A form), but guess we will find out when we go to the dyno.
It's not a cheap way around the booster for N/A, but I feel it's a decent product for 800 clams.
Interested to seeing the Dyno when you finish this. If its close to stock and i can leave the booster alone I could go that route. I have a 2002 booster sitting in a box right now.
Curious if those last cylinders flow well with that kind of manifold design in NA form. I would be all over that because the only other option is a carbon fiber one made to fit but those are $$$$
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