Wow, I never realized that there would be that big a difference in impingement with these types of nozzles! This is for an inverted L machine so I guess I need to size up the gpm and spray angles. Are the veespray tips you mentioned from "spraying systems inc?" Any idea on the ones you use MEP?It can actually vary depending on the tip. I'm most familiar with the Belanger Vector which recommends no more than 18", but I've found the MEG tips it comes with lose most of the impact at just 6". Veespray tips have good impact at 24" and still more than MEG at 36".
What is the difference between the Imeg and the veespray nozzles? I need something with more impact I think I am running meg nozzles or whatever comes standard with pdq and its somewhat a mist at 15 inches out not a direct punch, I need a more knife like cut what would work best and do I keep them the same size on the PDQ just change to the veespray or imeg and I should see a difference?Search directly for your tip size by typing H1/4VV-SS or H1/8VV-SS and adding your tip size, example H1/4VV-SS1504 takes you right to that tip, or search without the tip size and it will show all of that type. They stock a lot more tips than show on the site, and they will order any that you ask for.
What are pmegs? I never heard of them and where do you order these? I switched from meg to imeg and saw very little difference, I also used the hand test and seemed about the same.Today I received some imeg nozzles and some pmeg. I could not see much difference with the imeg but tge pmeg definitely kept its shape without misting for a longer distance than the meg. My complex impact testing meter (my hand) felt more impact with the pmeg. For a few dollars it would be worth switching. Just change the megs for the same size pmegs!
I got these from a UK company called G&S penrith. I will try and find out who makes them and will then post!What are pmegs? I never heard of them and where do you order these? I switched from meg to imeg and saw very little difference, I also used the hand test and seemed about the same.
Wise words as ever Mac and very true!There is a rule in mathematics called the inverse square rule. This applies to many, many different fields including this. It states that when you double the distance from a spray source to the object being sprayed, the force decreases by four times. So if you have 1000 psi water at 12" distance, at 24"distance you have 250 psi. So all of you who think an inverted L is sooo great, look at the distance from the tip to the hood or rear trunk of a car. Sorry to confuse this with facts. If I am wrong please give me information that explains this in a different way. And I do not consider sales info from a site to be a credible source. Just the facts mam. Sgt. Friday.