what is amp draw for this unit what is cfm @ different static pressures e.g 0.1/4
1885731
Dave, I'm not an engineer, so I don't speak the eng jargon. That said, The spec indicates 2200 CFM. That's in a test situation. If you plan to use the fan in a vehicle, CFM through the fan will depend on how well you seal the attaching ducting. Your real consideration would be through the radiator, however. They don't give wattage or amp draw in specs, too bad. You would have to contact the mfgr for that. I would guess five amps, but that's just a guess. I have mine fused at 15 amps. No problems yet. RE: your static pressures question, you could extrapolate from assumed 2200 at sea level and probably get pretty close.
2135000
Search (Ctrl-F) for CFM. Under product description it says "Powerful 8-amp motor produces a strong 160 MPH air speed is produced at 160 CFM."
219725
Sorry for the late response.....just noticed the email. I checked the unit and manual and there was no such information present, shocker. I took a look around and I believe this is the information you were looking for: 100 Max PSI .51 CFM at 40 PSI and .39 CFM at 90 PSI: The website below had the information listedhttp://www.powertoolreviewed.com/2012/09/03/campbell-hausfeld-fp209499-review/
129095
i have 10 cfm at 90 psi i shoot no problem and 25 psi at the gun if you have a large tank you could paint with a 6 or above cfm at 90 psi
1393172
Per the box, 400 cfm, 115 watt, .97 amp.I may be putting it in my greenhouse to move air now that spring has come to FL
2106388
CFM (cubic feet per minute) determines the size system the pump can handle. Micron rating determins pump pressure. 15 psi is aproximately one atmosphere of pressure or 29.926 inches HG (mercury) and 760,000 microns. The lower the Micron rating, the quicker the pump is.
1281296
The density (type) of hardwood is going to make some amount of difference, but I was using 90psi for 3/4" maple. Can't tell you CFM because I have 150psi tank and the compressor kicks on at ~ 120psi; I was never dealing with a tank pressure anywhere near or below 90psi where the compressor was running. And I mean ... it would also depend on how fast you were nailing; it's not like this is a tool that runs continuously. Given that I would think almost anything would give you enough CFM @ 90psi unless you've got a crew all working off the same compressor with multiple pneumatic tools causing it to be continuously running (Or, you were 'Bishop' from 'Aliens' and firing 120 nails a minute, I suppose). The density (type) of hardwood is going to make some amount of difference, but I was using 90psi for 3/4" maple. Can't tell you CFM because I have 150psi tank and the compressor kicks on at ~ 120psi; I was never dealing with a tank pressure anywhere near or below 90psi where the compressor was running. And I mean ... it would also depend on how fast you were nailing; it's not like this is a tool that runs continuously. Given that I would think almost anything would give you enough CFM @ 90psi unless you've got a crew all working off the same compressor with multiple pneumatic tools... » Read More The density (type) of hardwood is going to make some amount of difference, but I was using 90psi for 3/4" maple. Can't tell you CFM because I have 150psi tank and the compressor kicks on at ~ 120psi; I was never dealing with a tank pressure anywhere near or below 90psi where the compressor was running. And I mean ... it would also depend on how fast you were nailing; it's not like this is a tool that runs continuously. Given that I would think almost anything would give you enough CFM @ 90psi unless you've got a crew all working off the same compressor with multiple pneumatic tools causing it to be continuously running (Or, you were 'Bishop' from 'Aliens' and firing 120 nails a minute, I suppose). « Show Less
1007554
I think it is 1/6 horse power, I never put a amp draw gage on it, so I am going by the manufactures specs.they seem to reliable pumps, I have ran them in my stock tanks to keep the water moving so the water did not freeze during the winter and they have ran 24/7 for a few winter and bought more pumps for last year,
1793804
Not sure of the Amps. Brass valve fitting. Great machine I use it frequently.
1283487
Airhead's website lists current draw at 11.8A/145W (http://www.airhead.com/12v-air-pump.html). This is a maximum rating (reached at max pressure), so most of the time current/power draw will be significantly lower.
2256185
Performance DataDon't know if this helpsPump Output (GPM) vs. Total Resistance To Flow (Feet of Head) SP1580 86 GPM 86 GPM 75 GPM 58 GPM 27 GPM SP1580X15 10ft 91; 20ft. GPM 91; 30ft. GPM 80; 40ft. GPM 62; 50ft. GPM 32 GPM
1784192
max. amps on 1 cycle is (9.46) at peak draw for about 1/4 second and then lowers to approx. 2 amps avg. 1 cycle last about 2 seconds Hopes this helps. JM
1476144
I have model # FFRE1033Q1. The amp draw is 7.7 in cooling mode. EER rating is 11.3. You can go to the Frigidaire web site to get the complete specs. There are several 10000 btu models. The one you are looking for is the model number I indicated above. AC units are listed under Home Comfort. You can also down load the manual.
1287682
My 8cfm pump says "1 HP" on the side. I assume its different for each CFM though.In HG and due to my elevation I'm only suppose to pull a vac of "28.4HG" and I did with my old pump. But with this new Pump, I can pull "29.3 HG" (I didn't even think It'd pull anything past 28.4hg tbh)So I can assure you this pump has more vacuum power compared to others.But I can't confirm its "11lbs" of pressure.
1088811
I can't say about the cfm, but as long as you're under the max psi it will flow whatever your compressor will put out. My compressor is a Camp/Haus 7HP, 4 Cylinder, 135 psi unit. No problem with big air tools or a sand blaster. I hope this helps.
783299
Max amp draw is like the start up under a load, anything over that it won't start. Running is the resistance of flow, how much motor works to turn the propeller. If this is too vague or if you were looking for something different than I'm sorry this is all I got.
1797795
The other answer is correct about the unit draw being fairly low as compared to the heating element power draw. I actually measured mine and it came in at about 9.5 Amps instead of the 6.7 amps one would get using the standard DC based calculation. The heater runs on AC power and there is a power conversion factor based on the RMS voltage value for all AC circuits. If I remember right the power factor for 60hz AC is .707. This calculates closer to the 9.5 amps my meter is showing.