What is the current draw at 50% load?
2003059
According to the paperwork I got with this thing, it is 1000w. So 9 amps. Be careful not to overload it, once you blow a fuse you're screwed.
1879427
In the absence of a glow plug connection, the circuit is incomplete and no load is present to be powered by the attached battery. So the answer is "no" current draw is zero.
237521
I'm not sure. I'm using it to vent a crawlspace and it does produce pretty good draw.
1410249
It depends a lot on the application and duty cycle. If you're running a continuous load, 4 A should be perfectly safe. If you are running intermittent loads, I would not exceed 20 A, and only for short periods of time (feel the leads to see how quickly they warm up under higher loads). These are meant for testing and prototyping, so odds are you probably aren't walking away from the area... but if you are away from the area that these are being used, it's best to make sure the loads do not exceed 4 A continuous.
35589
Its 100A max input which would point toward 6gauge if you want to provide full current capacity. I however used 8guage as I'm only pulling maybe 60A max.
700923
First, the answer is NOT 500ma (.5) as someone else replied. That is the no-load idle current, NOT the MAXIMUM current. While I don't see an official answer, based on the claimed 87% efficiency, the maximum load and surge, and a battery voltage estimate of 13 volts, a little rough math gives us a possible full load current of a bit over 132 amps, with a possible surge current reaching twice that number. Keep in mind these are just some quick back of the napkin figures, and are not a substitute for the manufacturer's published rating. BOTTOM LINE: Contact them before wiring it, I'm just somebody on the Internet making unreliable wild-eyed claims about electricity.
616543
There's a nice load vs. time graph on the product information page on APC's website. At this writing, the page can be found at <http://www.apc.com/products/resource/include/techspec_index.cfm?base_sku=SMT1500&total;_watts=1000>
1834388
Informal rule is twice the maximum load in Watts (for surges when certain equipment starts up). So 500W is all you'd need.
67857
Not sure, it is probably not rated for alot because it was designed for low current draw L.E.D's
1376062
120V maximum continues draw12.5 amps min draw 5 amps output 2050-5200 BTU's
2239493
I was interested in the same question and on Leviton's website, I found one of its technical folks posted a response to another consumer indicating the draw was 50 mw. http://communities.leviton.com/message/4440#4440 Oct 22, 2012 10:47 AM (in response to Jonathan Murray) Re: USB Charger/Tamper Resistant Outlet cat. no T5630 idle current draw? It is below 50mw as compared to Cooper who was twice ours and Pass & Seymour which was over 4 times ours.
1472545
Well, that load is within spec. I have not run mine this hard, but at this price it seems worth a try.I have had excellent performance thus far at 48V, probably 2-3 A.
369598
31.84 CFM input current 90mA consumption 1.08WSpecs posted on StarTec website
446845
A Grey Beard Pump initial draw on start up is 1amp. After start up the draw is .5amp. Thanks for your interest in our pumps. Regards Grey Beard...
955911
It's a 55W TDP card. That means it'll consume up to 55W when under full load. I've seen many guys reporting being able to run this card with their stock 280-300W PSUs.
1121362
On average it looks like 2,500 maHrs. Depends on load and to some extent on temperature. At -10C you loose 50% of the maHrs. 25ma - 110Hrs - 2700maHrs100ma - 24Hrs - 2400maHrs200ma - 11Hrs - 2200maHrs500ma - 2.5Hrs - 1200maHrs
110701
Nice use of Watt's Law, but you can't calculate the input draw based on the output power. 6000w is calculated using the voltage of its internal power supply not your 120vac wall outlet. So 6000w output does NOT equal a 50a input draw.