Yea no ice fishing here lol. Winter is to have the Goblin under the knife. Just wanted to know what is was for. Thinking I will try and add a sight glass would be cool to see if you have air bubbles. Not sure if you would see them through.You probably don't need a block heater from the Saab, so you can take your goblin out ice fishing.
Technically, I don't think it is fair to call it a block heater when it is located in the thermostat housing.
Piston are all new so I should be good there. Will a catch can help it it out? If so which what are guys using on the LSJ?Crankcase ventilation goes back into the intake, and oil vapors condense, making an oily mess thru the intercooler and intake.
Pretty normal. Gets worse if you increase boost, or have old rings on your pistons.
If you just have to have one they are available. Summit racing sells a filter one --Yea no ice fishing here lol. Winter is to have the Goblin under the knife. Just wanted to know what is was for. Thinking I will try and add a sight glass would be cool to see if you have air bubbles. Not sure if you would see them through.
B207 Engine Heater, I guess.Technically, I don't think it is fair to call it a block heater when it is located in the thermostat housing.
I'm assuming the Saab intake manifold PCV works the same way as the LSJ intake manifold since the head should be the same. You can put a catch can between the valve cover breather and an intake tube somewhere, but that's only going to get half your PCV (when in boost). The PCV valve from your last pic pulls crankcase vapors directly into the intake manifold when the manifold's in vacuum, so it's a little more complicated to get a catch can into the vacuum PCV setup.Piston are all new so I should be good there. Will a catch can help it it out? If so which what are guys using on the LSJ?
B207 Engine Heater, I guess.
I'm assuming the Saab intake manifold PCV works the same way as the LSJ intake manifold since the head should be the same. You can put a catch can between the valve cover breather and an intake tube somewhere, but that's only going to get half your PCV (when in boost). The PCV valve from your last pic pulls crankcase vapors directly into the intake manifold when the manifold's in vacuum, so it's a little more complicated to get a catch can into the vacuum PCV setup.
That being said, I don't think your intercooler, intake manifold, or runners really look that bad, especially if they've never been cleaned before. In addition to tired rings, you can also get oil in those places from an imperfect turbo shaft oil seal. You can also get oil in the intake runners and around the valves from bad valve stem seals.
If you just have to have one they are available. Summit racing sells a filter one --
View attachment 55143
and then their are some of these in different shapes --
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The ZZP LSJ entry turbo swap typically uses the air-to-water intercooler built into the LSJ intake manifold. Your picture shows an intercooler that's not that one. Are you using a separate air-to-water intercooler instead of, or in addition to, the LSJ supercharger intercooler?
In any case, before assuming that you have a blow-by issue, I'd clean everything out and see if or how quickly it gets dirty again. Does the engine smoke at idle or anything like that? Do you know if you're fouling spark plugs quickly? I would start with a default perspective that you don't currently have a problem.
Can you not clean it? It's essentially just a check valve. Mine was gummed up, and some brake cleaner and a pick and some shop rags had it looking and working new again.Ok so a little update:
1. Took the PCV out and I believe its bad snice I can blow in both directions. Hopefully I can find one snice last time I read they are discontinued.
I wouldn't think so. Let's think about each way the sprockets can be off:2. I had a leak coming from the camshaft position sensor. I had to put cylinder four on TDC so I took off the valve cover to double check the timing and also inspect. Need a little advice here snice all the videos I saw. Say that a good way to tell if timing is correct. Is to have 3.5 links to the top of the head. I have less then that. Is that an issue?
It's either going to be clocked correctly, or out by an increment of 60° (because something's not lined up and it's a hex). If it's off by a hair, I'd think you're fine, unless the timing mark on the end of the camshaft is 180°, which would be the last thing I would check.When I want to install the camshaft sensor housing. I lined up the marking and went to install it and I noticed it was off a hair to line up the bolts. One video I saw said it was normal for it to be off a slight amount. Thought?
I think you're overthinking things. If it's oil, you're good. I don't think you're going to detect contaminated fluid visually during teardown, unless you drain the oil and get not-oil and/or drain the coolant and don't get just-coolant.3. Another thing I noticed was this real brown looking liquid not sure what it can be.
4. Not sure if im crazy but the oil looks greenish and white in some areas. Which is not good from my knowledge.
Funny enough I chased my tail thinking I had a PCV issue in mine for the longest time to realize it’s probably just a worn shaft seal. I bought my turbo used off a hurt engine and I get a little oil in my charge pipes. If it’s anything like the LNF PCV system the car sucks the oily crank vapor anytime off boost so it just layers up overtime.B207 Engine Heater, I guess.
I'm assuming the Saab intake manifold PCV works the same way as the LSJ intake manifold since the head should be the same. You can put a catch can between the valve cover breather and an intake tube somewhere, but that's only going to get half your PCV (when in boost). The PCV valve from your last pic pulls crankcase vapors directly into the intake manifold when the manifold's in vacuum, so it's a little more complicated to get a catch can into the vacuum PCV setup.
That being said, I don't think your intercooler, intake manifold, or runners really look that bad, especially if they've never been cleaned before. In addition to tired rings, you can also get oil in those places from an imperfect turbo shaft oil seal. You can also get oil in the intake runners and around the valves from bad valve stem seals.
I will give it a try, I also might have one in the spare parts binCan you not clean it? It's essentially just a check valve. Mine was gummed up, and some brake cleaner and a pick and some shop rags had it looking and working new again.
You totally have a point everything is new so there shouldn't be an issue fingers crossed. Just been finding mismatched bolts and shortcuts that make me think. What else could have been rushedI wouldn't think so. Let's think about each way the sprockets can be off:
In the first or second option or even a combination of the two, you're going to be at least a whole link off in one direction or the other or when added together between both sides. I would chalk up an apparent 1/4 link discrepancy on both sides to visual perspective.
- If both cams are advanced or retarded one tooth relative to the crank, then you'd have ~2.5 links on one side and ~4.5 on the other. This is assuming #1 is really TDC... if not, things get a little more fuzzy.
- If one cam is advanced or retarded one tooth relative to the other, you'd either have ~3.5 links on one side and ~2.5 or ~4.5 on the other, or 3 or 4 links on both sides.
- Last option would the chain is stretched, but I wouldn't think visual detection would be the best way to determine that.
It's either going to be clocked correctly, or out by an increment of 60° (because something's not lined up and it's a hex). If it's off by a hair, I'd think you're fine, unless the timing mark on the end of the camshaft is 180°, which would be the last thing I would check.
Your totally correct, im always over thinking everything. Gave it some thought and remembered that I put dye to fund multiple oil leaks.[/QUOTE]I think you're overthinking things. If it's oil, you're good. I don't think you're going to detect contaminated fluid visually during teardown, unless you drain the oil and get not-oil and/or drain the coolant and don't get just-coolant.