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Does anyone have any input on Color Fittings vs Jackson Racing oil coolers?

7.2K views 63 replies 12 participants last post by  GravyRobber  
#1 ·
On my very first HPDE with the car (and first HPDE I've done in a good 5 or 6 years), I was hitting 260*F oil temps after a couple hot laps with a nearly stock car (hp+ pads, -2.0 camber up front, nothing else that would impact lap times), on a 50*F day and a track that was slightly damp. I intend to keep doing track days every 3-4 weeks, and I of course plan on getting faster over time. Based on my experience, I think the rest of the car performs just fine for someone of my skill level, but I seem to already be exceeding what the stock heat exchanger is capable of. I'd like to keep the engine alive, so picking up an oil cooler seems like it would be worthwhile.

Doing a little research, it seems like the JR and Color Fittings kits would probably fit the bill best, but I'm having a lot of trouble figuring out which kit would actually be better for me. I like that the CF kit is a few hundred bucks cheaper, and I like that it uses angled fittings that preserve a little more clearance with the airbox and other parts under the hood. I like that the JR kit has a shroud, and having the utility to run sensors to the adaptor plate seems like a plus. This car is daily driven, and I live in NJ which has winter (but not midwest/new england winter), but even so keeping vs losing the stock heat exchanger doesn't really seem like a big deal to me. It seems like it would be a tradeoff of warming the oil up to temp ~10 minutes faster on very cold days vs having slightly higher oil pressure, which doesn't look like a big deal either way from where I'm sitting. I guess if I wanted to return the car to stock for some reason, it would be a good bit faster to do so if the stock HE were still on and I didn't need to drain/refill coolant. They use an identical and high quality core, so there shouldn't be a large difference in cooling ability.

Does anyone have any opinions on this? I'm really torn.
 
#2 ·
You probably already have a pretty good grasp of the differences at this point. Since they use the same core cooler you can pick up the shroud from JR and attach it to the color fittings cooler.

BTR Justin and Kevin Vo came out with youtube install videos of the JR coolers. Maybe if you want a visual on top of the instruction manual that could be a consideration. There are other youtubers who made videos of their colorfittings cooler but I don't know them off the top of my head.

I dislike the fittings on the colorfittings kit. IIRC they use a crush washer at the banjo fittings which I'm not so much a fan of from prior vehicles. CSG Mike also has been on record saying the kit needed safety wire to prevent the banjo bolts from undoing themselves. This apparently has been rectified and is now included in the newer kits.

Biggest consideration for you though is if you'll be driving this car in the colder months in NJ. You're going to have a difficult time getting the oil up to temp regardless which kit you choose during a typical commute. Other 86 drivers I know made block off plates for their front bumper opening to be able to get temps up.
 
#5 ·
I have the original CF kit.

CF kit uses that banjo bolt style adapters, through my testing banjo bolt's 90° turn is a big limiting factor on oil pressure. I swapped their mocal plate out for HEL plate (straight shot fittings), I saw 5 psi to 10 psi increase in nominal pressure.

Here are my findings:

Banjo bolt 90° fittings @ 230F saw 60psi nominal pressure. (Average)

HEL plate @ 230F saw 70 psi nominal pressure. (Average)

Image


There's problem running JR kit as well, a few users reported JR kit's lines were rubbing against the installation location. Some have reported the lines being punctured, which lead to losing oil pressure instantly (if not starting a fire).
 
#7 ·
There's problem running JR kit as well, a few users reported JR kit's lines were rubbing against the installation location. Some have reported the lines being punctured, which lead to losing oil pressure instantly (if not starting a fire).
Mind linking me to a topic and some pics about this? Also not sure from this post what the hosing is rubbing up against to cause the puncture.
 
#6 ·
I second giving AZP installs a call, they're a JR retailer and they just installed my dual radiator. And I believe they use the JR air cooler on all their race cars (they race a bunch of gen1's in NASA).

While I cannot say much about warm-up for the JR air oil cooler, the dual rad warm-up times (minus the OE heat exchanger) seem to be about the same. Driving around town I've seen temps top out around 190-200*F?
 
#10 ·
The JR kit is likely your better bet. The fittings are 45 degree bends and flow better than the CF kit. They use the same Setrab core. The issue with the JR lines is not the lines fault, but the installation. You REALLY have to be careful (with any oil cooler install) to be sure the lines will not rub against anything. Even though it may not seem "sharp" to you, vibrate the hell out of it and add heat and tension, and pretty much anything will cut through a line. @900BRZ covered this in his videos and I've covered it in my build thread as well. Be careful how you run the lines and use zip ties to hold the lines in place.

Now, even though the JR air to oil cooler says to leave the OE HX in place, I have removed mine. You need to order an oil filter union to get rid of the OE HX and route the coolant hoses back, but I saw 5 to 7 psi bump in oil pressure by eliminating the OE HX. Warm up is slightly longer, but not a concern for me.
 
#36 ·
latapx, thank you for all the build info, very helpful!

I'm getting the JR cooler and plan to remove the OE HX. couple questions:

Where did you get the oil filter union? I see one on the color fittings site but it's out of stock. Looked on the toyota and subaru oem parts sites and it wasn't clear if their bolt for the filter was the correct one.

You show that once the OE HX is removed, the oil filter plate is rubbing on the OE air filter box. Is it usable with that contact or is it required to get an aftermarket intake to provide the room?

The JR kit is likely your better bet. The fittings are 45 degree bends and flow better than the CF kit. They use the same Setrab core. The issue with the JR lines is not the lines fault, but the installation. You REALLY have to be careful (with any oil cooler install) to be sure the lines will not rub against anything. Even though it may not seem "sharp" to you, vibrate the hell out of it and add heat and tension, and pretty much anything will cut through a line. @900BRZ covered this in his videos and I've covered it in my build thread as well. Be careful how you run the lines and use zip ties to hold the lines in place.

Now, even though the JR air to oil cooler says to leave the OE HX in place, I have removed mine. You need to order an oil filter union to get rid of the OE HX and route the coolant hoses back, but I saw 5 to 7 psi bump in oil pressure by eliminating the OE HX. Warm up is slightly longer, but not a concern for me.
 
#16 ·
I sent an email to AZP. I talked to them briefly about oil cooling when they did my alignment a couple weeks ago. I know they use JR oil/air with the OE heat exchanger removed on their car. I didn’t really consider the dual radiator/cooler initially but that’s something I’ll look into also.
 
#18 ·
@latapx that’s interesting on the lines. It is definitely tight under the headlight… I positioned the sleeves on each line such that they start before going under the headlight and end on the other side… I.e. the whole “under the headlight” area has the sleeve.

I took my bumper off and inspected the lines a couple months ago, but didn’t remove the headlight. Everything looked fine, but now I’m wondering if it has rubbed through the sleeve and line potentially….
 
#23 ·
I talked to the folks at AZP. Their recommendation was to RUN Jackson oil to air cooler without the stock, heat exchanger, and then block off cooler using corrugated plastic in the winter. Their opinion is that removing the HE is both removing a potential point of failure and boosting the oil pressure to possibly improve reliability of oil delivery. Their experience was that oil will get up to temp just fine in the winter with the cooler blocked off.

Their opinion was that there was some extra inherent risk with the oil to water combo cooler because in the unlikely event of an internal failure, the odds of catastrophic damage were high.

I’ll have them order me what I need and install it sometime over the next couple weekends. I’ll try to document the HE delete because I’ve never seen anyone post photos or vids of installing a JR cooler with the HE removed.