Yes , I talked Greg in to doing diesel stuff. This was his fist cummins pan , and manifold. I he built and I took credit again duramax pan and plumbed it.
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I wish this tool would just go away.
Nothing he posts is helpful, he is a selfish self promotion from 8 years ago. Can't you see what everyone on this forum is saying?
If he gave credit to those who have helped him, and run his car and not his mouth, he MIGHT be tolerable. None of his posts are informative. Did he pay you off?
Did you just hear that somewhere, oh Great Greg?
Is this another example of "learning by osmosis" just regurgitating info youre around and being just a driver...or what?
Pretty sure I read somewhere that the stock pump in the stock GM wet sump design pulls roughly 5" at idle too Greg, and matches your "@ full power" vacuum claim of 10-12" as well...there is a minimum and ideal requirement/ratio that needs to be adhered to...GM didn't mess that up and the stock pump can and does produce more volume than required, by like 125%??? Which is why we can tap and run bypass systems and centrifuges, no problem...I'm pretty sure the Melling, Dmax performance replacement pump, can out perform your pumps vacuum #'s set up with just a spring swap...lol
Im pretty sure the main benifits for a dry sump system are being able to mount the engine lower, to attain a lower center of gravity, less windage and pumping losses and technically unlimited volume, perfect evap control, as well as precision flow and heat control...but what do I know...nuthin
And that's mainly why I am here Greg, to learn. I used to get excited when you'd post this chit, thinking some valuable knowledge would be passed along...but I always click out of the thread to find myself disappointed and concerned...I truly hope you can find d someone to post for you, like you find people to build your bucket...then at least there might be something actually mechanically sound and intelligible associated with that hideous avatar and blow hard braggart signature
no I built the Duramax pan 10% myself I roll it up bend it up cut it up the cummins pan was 9 years ago that Greg builtSo he built it and you took credit for it. Got it.
Carry on.
no I built the Duramax pan 100% myself I roll it up bend it up cut it up the cummins pan was 9 years ago
OK guys.
I have had pm's with Greg and told him what should be done. He is trying to post some helpful info. Let's give him a chance without jumping on him on every post.
Let's see where this goes.
Did you just hear that somewhere, oh Great
Pretty sure I read somewhere that the stock pump in the stock GM wet sump design pulls roughly 5" at idle too Greg, and matches your "@ full power" vacuum claim of 10-12" as well...there is a minimum and ideal requirement/ratio that needs to be adhered to...GM didn't mess that up and the stock pump can and does produce more volume than required, by like 125%??? Which is why we can tap and run bypass systems and centrifuges, no problem...I'm pretty sure the Melling, Dmax performance replacement pump, can out perform your pumps vacuum #'s set up with just a spring swap...lol
I know...nuthin
Impressive :rofl:My current set up pulls about 45inches of vacuum at idle
Impressive :rofl:
Dry sump and crankcase evacuation are two different things
Interesting...I will admit I don't understand the complete concept, I thought that the stock setup did indeed pull vacuum. My bad, but thank you for the constructive feedback and explanationUm, cocoal, you might want to step back and educate yourself some in regards to your 1st paragraph. You just proved yourself to be compeltely in the dark with that one. I'm not here to stand up for anybody, but when you say something this far off, I cannot resist the urge to chime in. You obviously have NO clue what he was refferring to in regards to crankcase vacuum. The stock system pulls ZERO, NADA, ZILCH for crankcase vacuum. It CAN'T pull vacuum when it is picking up oil from the crankcase and pumping it directly back through the engine where it drains back into said crankcase. What he is refferring to is the ability to maintain a negative crankcase pressure inside of the block by pumping out more than is being pumped back in through the engine. By using multiple stages of pumps for scavenging VS just one stage for pumping, you can pull out more than the engine gets pumped back into it. By doing this you get improved ring seal from the negative pressure on the opposing side of the rings, and a few other advantages.
The rest of what you said was pretty well spot on, but your 1st paragraph you typed out was such an EPIC fail I could not resist posting a response.
Wow , I can do away with a $4800 autovirdi pump and do it with a stock Chevy pump.
You do realize that this pump had 5 scavenge sections each 3 time the size of a stock pump. On Pro Stock Motor we pull 23 to 24 inches of volume in the pan and 28 to 30 Just like my PP I use at home meaning there is no air and no windage
When you pull vacuum you have to work with the seals . I put them in backwards of the way the custom aftermarket seal I use are intended.
It's his same stuff over and over. Putting seal in backwards was done 20 years ago. Nothing new but he read it somewhere and now it's new again. Lmao If it's tech to you listening to his bs then by all means rock on!