WOW! Nice setup.
I finally got a chance to upgrade my flood coolant system.. the nozzle area for now. Looking forward to get a larger coolant tank(bin) with a new motor. I bought all the parts from Mcmaster, I could have save more somewhere else but it was convenient. I could have save more $$$ on a plain brass adapter instead of SS hex body adapter.
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WOW! Nice setup.
Yes I agree, nice setup, very clean, looks good.
Per your quote above what are your thoughts/plans for the tank and pump?Looking forward to get a larger coolant tank(bin) with a new motor.
If you don't mind could you post a parts list?
Very nice! Could you share the details?
Great setup with your atc. You won't have to worry about walking away and wondering if you are getting coolant in the right areas
I didn't buy all the items at one time, I bought some parts for trial purpose until I finally have a guts to drill and tap the column to mount the manifold. I bought the 3/8 NPT to 1/4 NPT manifold and was hoping to blast the hell out the aluminum... not really until I upgrade the pump. A 1/8 NPT output will probably work better with current coolant pump. The most important item on my list is the manifold and the individual shut off valve, from there you can decide if you really want the longer extension or just install the a flex hose with shut off valve. Don't buy item #2 it will save you $48.66, buy item 3 instead and tighten it up with a small pipe wrench or vise grip. You would only need 2 pcs of the item #12, it comes 10 pcs per box, you can use any screw type I guess as long it's 10-32x 1.625 long.I bought item 4 to mount the 1/4 NPT Loc-Line item #8. Some of my parts are nickel plated brass/aluminum and stainless steel, you can can get a plain simple brass or aluminum to save more $$. By the time I put my kit together I could have done it more simple and cheaper, this what I have and might as well make use of it.
No idea whether the pump is adequate or not, but looks to me like your flow is being strangled by the tiny inlet hose feeding that manifold. That will always limit both your flow and pressure. You need that pipe/tube to have a cross-sectional area roughly equal to the combined areas of all the outlets combined.
Also, flow is as important, if not more important, than pressure. You may well get a better result with larger, lower pressure outlet nozzles, than with smaller, higher-pressure ones. I've always found 1/4" nozzles will always do a much better job clearing chips than 1/8" nozzles.
Regards,
Ray L.
Thanks for bringing the up Ray. 5/16 ID hose is currently the largest hose that I can use using the push to connect plumbing. The back of the manifold also has a 3/8 NPT that I'm using for the 3/8 NPT to 5/16 OD hose to connect to the Tormach supplied coupling 1/4? where the factory loc-line hose is connected. Once I upgrade my tank and pump, I will definitely upgrade the inlet hose to maximize the flow. As long as I can direct one of the coolant hose to the tool varied from height and width size of the tool with ATC this will do the job. I'm considering the full enclosure upgrade and the coolant if $$/orders becomes more frequent.
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PCNC1100 Series II, w/S3 upgrade, PDB, ATC & 4th's, PCNC1100 Series II, ATC, 4th
Steve, if you don't mind me asking, what is your vise you have in your picture, please?
I am looking at the picture provided about the better solution and I still can't see how that is any different than Loc-Line. It has to be aimed after all- correct? If you are working on anything contoured you would still have to be concerned with trajectory following. I mean good for you guys and if it works keep rolling with it.