How many Amps does this LED bar draw?
803240
In general to find amps you will divide the watts by the volts. In this case its 72/12=6amps.
803241
I have no idea. I'm sure it probably said in the manuel but I never really looked. My SVT Raptor comes with built in up fitter switches and I have this bar wired into my 30amp switch.
2193
I am not sure wgich strip you are asking about. I bought the 300 led's and 600 led's. They are 24 watt and 46 watt. You need to use at least 2 amp for the 24 watt and 3.5 for the 46 watt. The formula to use if I remember it correctly is : Watts=volt X amp So, at 24 watt, you divide 24 watt by 12 volts and you get 2 amps Hope this helps
240528
It's a 2 amp draw, and the manufacturer recommends a 5-6 amp fuse. You should be fine. My nav lights are on a five amp fuse too and I've never had any problem. Good luck!
940704
I recommend a 9v battery with a 1k resistor. You could fine-tune the voltage and resistance, but those are easy and quick numbers that I've tested on a string of 10 LEDs.
367760
The voltage is 12 volts, the current on LED's is typically one fourth of ordinary lights, but it depends on the amount of LED's. LED bulbs have a variety of the amount of diodes, so the greater the amount the greater the draw. The draw with many diodes is likely to be still be less than ordinary bulbs, and certainly less than halogen bulbs.
2248204
Not sure on watts, since that really doesn't matter on the 12 volt platform. I am not concerned with watts, only amp draw, as that is what the battery is supplying for. Normal 1141 BA-15 draws right around 1.6 amp hours versus these LED's which are drawing just over 250mA hours. Basically I can run one of these six hours on about the same amount of battery power as just one 1141 bulb! Or I could run six of these for one hour versus one 1141 for the same one hour on the same amp draw. Clear as mud right??
2196
I am not sure wgich strip you are asking about. I bought the 300 led's and 600 led's. They are 24 watt and 46 watt. You need to use at least 2 amp for the 24 watt and 3.5 for the 46 watt. The formula to use if I remember it correctly is : Watts=volt X ampSo, at 24 watt, you divide 24 watt by 12 volts and you get 2 ampsHope this helps
151372
I believe 200. We put 4 of these on the sign at the entrance of our subdivision, powered by solar charged battery system. They draw only .25 amps each at 12 vdc and fully illuminate our sign
1232310
I believe it's about 600-650w equivalent. Not sure about how many individual leds are actually there.
1632989
You need to determine how many amps the LED rolls use (if you have a meter, you could determine how many amps each string draws by letting the juice run through the meter while set to the amp setting). Most LEDs (not the high power ones) takes about 10ma, which means that 100 of them would use 1Amp. If that is the types you have in your strings, you are more than OK
132008
It's a 12 volt system you can convert voltage into amps with an easy Google search. Another way is to tack it out with a voltage meter when the system is running it will also depending on the length of time on. I've left mine on overnight several times without any problem the next day. LED systems consume the less amount of power. Hope this helps
1201563
I do not know the amp draw but I recommend not using any cables that come with CCTV systems. I ended up building my own cables using 18 AWG Gauge (power) and 20 AWG CCA (RG59). Cheap cables will not provide the power to turn on the IR LEDs and the camera will shut down at dusk. I purchased a spool of this and recommend it: "RG59 Siamese Cable PE Jacket, 500 ft. Spool, For Outdoor Runs"
453092
4 amps seems accurate. I don't remember everything I learned in college about physics and electronics but I think you're looking at the input power which pretty much has nothing to do with output. I'm sure a lot is lost in heat and the lights etc.
2248203
In places where we still have incandescent bulbs (1141s) - the amp draw measures ~2 when on. These LEDs, by contrast, do not draw enough to even get a reading at all on my equipment. Really - almost nothing.
1657854
I don't see .39 amps anywhere in the specs. The unit I have is very bright and based on comparisons to other lights it seems plausible that it's really 10W. It's bright, at least the one I have.
262765
Any standard size LED sold these days is probably going to have a max current of around 30mA. Run it at 80% of that for a good long life. Look online for data sheets to really get a handle on this.
1526825
LED's come in all different voltage ranges , most commons being 1.5 volts, 3 volts, 9 volts, and 12 volts. The output from the LED driver: *Input Voltage:110 -130 Volt*Output Voltage:12V DC*Power:150 Watt 12.5Awould imply that you are within the working range of the LED driver in that you are not exceeding 150 watts. Watts = volt amps, therefore amps = 60/12 = 5 amps. LED driver is limited by 12.5 amps, therefore you ar within the working range. Don't see a problem with your planned setup.