Hi Rikard!
Thanks mucho for Plasma info! I'm needing more Soldering experience, haven't soldered Electronic component#1 yet. But I will when I get on that project...
The pliers...dont remember where I got 'em or their technical name, I just call 'em Pincher bug Pliers they look like an earwig's rear end, just look around for Plug Boot Pliers.
Good on the cooling issue. Eric the carguy's vid reminded me of the no-Spill funnel set, the yellow big one in the car's radiator, it allows coolant to expand up w/o overflow, has adaptors to fit many sizes of radiators. I forgot I have one, used it like he shows on a Maxima couple nights ago, got lots of air out of system this way works great!
Ok, PCV re-route: in case it still needs done. Dan and Karl got it right, I will explain further, try not to start a novel!
find PCV Valve. Most of time a hose goes from PCV to a hose nipple on intake manifold downstream of throttlebody. Disconnect this hose from intake man, cap off the nipple, leave other end hose on PCV valve. Now find/create a way to connect hose to air intake duct upstream from throttle blade. Often/usually another hose connects from air intake duct to valve cover or crankcase. Often it's convienient to just cut this other hose and insert a tee fitting appropriate size in this other hose, then connect PCV hose to tee. Some have made new hole in air intake duct and installed appropriate fitting to connect PCV hose.
Reason to do this: Groove enhances manifold vac during first part of intake stroke, this improves fuel vaporization w/ all attendant benefits. ANY vacuum leak in intake system downstream from throttle blade works directly to negate/reduce Groove Effect. From this perspective PCV is huge vacuum leak. But crankcase needs ventilated w/ vapors pulled into engine to be burned. Re-routing PCV hose as described solves issue.
Some including me have noticed oil vapor or residue being sucked thru re-routed PCV hose at new Tee connection. I'm still looking for a ready-made at-the-parts-store kinda oil vapor separator to attempt to stop this. Though if the weak pressure drop at the tee can pull oil residue from crankcase, think how much more a strong one at the original manifold PCV hose nipple could pull!
Anyhow Rikard hope my usual long blah blah is useful!!
TracyG Gadgetman Reno