So, I have been looking at this compressor, I'm still on the fence because I'm not certain that I want to paint rockets in the garage in the summer.
https://www.lowes.com/pd_340271-43657-HG300000DI_0__?productId=3341298&Ntt=campbell+hausfeld&pl=1¤tURL=%2Fpl__0__s%3FNtt%3Dcampbell%2Bhausfeld&facetInfo=
Tackle over 60 projects with this 8-gallon 200 PSI compressor such as inflating car and bike tires, installing trim and molding, repairing lawn equipment and more. Features no maintenance oil-free pump. The 200 PSI rating lets your air tools run 40% longer and helps you save space in your garage. Includes easy-to-use 2.5 inch soft-touch regulator knob for more comfortable pressure adjustments. One year warranty. Available at Lowe`s and lowes.com.
Use to finish over 60 projects such as cleaning workbench, inflating car and bike tires, installing trim and molding, and more
40% longer air tool run time (based on initial tank fill of 200 psi compared to an initial tank fill of 150 psi max on same size tank; assumes tool operation to 90 psi)
Save space in your garage with compact vertical tank design
Easy-to-use 2.5 inch soft-touch regulator knob for more comfortable pressure adjustments
Easy-to-read 2 inch outlet pressure gauge
No maintenance oil-free pump
Portable design is easy to move around
Improved balance and stability since pump and motor are located at the bottom of the tank
Features ASME code tank for safe, reliable operation
Delivers 2.5 SCFM @ 90 PSI; Max 200 PSI
My advice... don't walk, RUN from this compressor...
This is a classic example of selling you something you don't need.
For starters, the only thing that uses air pressure REMOTELY requiring 200 PSI is semi-truck tires. The higher the pressure a compressor has to develop, the shorter the service life (generally speaking). Also, it generates A LOT more heat compressing air to that pressure.
What they're TRYING to do is a "fake out" in swapping pressure for capacity... notice the VERY LOW cfm rating... and even that's a MAJOR FAKE OUT because it's rated at ONLY 2.5 CFM
at 90 PSI NOT at 2.5 CFM
at 200 PSI which is full pressure... at 200 PSI this things going to be BARELY creating any output whatsoever... it's like the difference between trying to put out a house fire with a garden hose at 50 PSI delivering maybe 5 gallons a minute and a FIRE HOSE at 50 PSI delivering maybe
500 gallons/minute. BIG difference where it counts! Yeah, the extra pressure means more air is crammed into the tank (making the compressor work a LOT HARDER to get it there, which also means a LONG recharge time for the compressor to build back up to pressure...) and it can keep an air tool working a while longer than say the same amount of air at 130 PSI could (because less volume of air is crammed into same space, hence the lower pressure) but it's a crappy way of doing it.
You'd do WAY better to get a compressor (oil type is preferable IMHO from a durability standpoint-- oilless just aren't made for the long haul, ESPECIALLY at such a high operating pressure!) with a higher CFM rating at 120-130 PSI max... like I said, the 200 PSI is just a cheat, and will GREATLY shorten the life of this compressor, no matter what the 'advertising' says.
The built in regulators are "okay" but honestly I prefer the combo regulator/filter drier you can get for about 10 bucks or so at Harbor Freight. You really want the regulator as close to the point of use as you can get (IE gun or airbrush end of the hose). You don't really use the air pressure regulator with air tools because it's a constriction that reduces the volume of air that can flow through it, hence the downstream pressure, which is BAD when you're trying to use an impact wrench or orbital sander... About the only thing you REALLY need a regulator for is painting, to get a stable supply of air from the gun/airbrush. The built in regulators are usually pretty cheap and crappy, and when they go to pot they're a BIG pain to replace or fix...
I honestly think you can get a MUCH better compressor at TSC or Rural King or Big R or even probably do as well for less money at Harbor Freight or Homeier or Northern Tool... BE SURE you get ACCURATE CFM RATINGS (and notice the pressure they're taken at-- the lower the pressure the higher the volumetric efficiency of the compressor-- IE if the compressor say has a displacement of oh, say 10 cubic inches... then it would theoretically push 10 cubic inches of air out of the cylinder with each stroke if there was no pressure in the tank... (theoretically because you actually have vacuum losses and pressure drops across the intake and exhaust valves of the compressor, which limit the airflow through them measurably since they're an obstruction). Now, as the pressure rises, the compressor is still drawing in air at ambient (atmospheric) pressure, but it has to compress it ABOVE THE PRESSURE IN THE TANK before it will open the exhaust valve and start flowing out of the compressor cylinder. When the compressor reaches the end of it's stroke, the air in the cylinder is STILL at the same pressure as the tank, and the exhaust valve snaps shut (reed valves or poppet valves) because there's no pressure differential to hold them open any longer. SO, the compressed air trapped in the cylinder expands, pushing the piston back down part way, but since some of the air was squeezed out the exhaust valve, the air expands and its pressure lowers until it's below atmospheric pressure-- the intake valve opens as the piston continues down, drawing more air into the cylinder. When the compressor's at the bottom of it's stroke, the piston stops and starts back up- the pressure gradient holding the intake valve open equalizes and the intake valve snaps shut. The piston moves up and compresses the air until the pressure in the cylinder is higher than that in the tank, which forces the exhaust valve open, repeating the cycle.
Now, at SOME POINT, the pressure in the cylinder will NOT exceed the pressure in the tank, and the exhaust valve will NOT be forced open, and NO MORE AIR will be compressed. The trapped air above the piston under this high pressure will merely expand as the piston descends, and since no air was forced out, when the piston reaches the bottom of its stroke, there won't be any pressure difference between the cylinder and the atmosphere... so the instake valve won't be forced open either... The greater the pressure in the tank, the less air is actually "squeezed out" of the cylinder with each stroke, making the airflow decrease more and more until it reaches this "stagnation point". This is where two-stage compressors come in (though these are really only needed for industrial applications). One piston compresses the air, then feeds that compressed air to a SECOND piston as its intake air, at a substantially higher pressure than atmospheric, raising the stagnation point considerably. But the same laws of volumetric efficiency apply...
If you're just doing some small airbrushing projects and maybe airing up a tire or two now and then, this compressor would be ok for that... probably won't last over 5 years, but it'd be ok... for any "serious" work, I wouldn't touch this thing with a ten foot pole...
IMHO! Later! OL JR