Increase = 10 log(B/A) dB = 10 log (3000/1) = 10 ( 3.47712) = 34.8 dB (rounded)
3000 divided by 240 approx 13 amps?
It will, but only 1.75 decibels louder. The smallest change in loudness that most people can detect is 1 decibel, so the difference between 400 and 600 watts would be barely noticeable.
A Storm Cat 800 watt generator has a decimal rating of between 190 to 265 decibels depending on load and amperage. This is enough noise pollution to cause hearing damage after twenty minutes of exposure.
Depending on the brand, it will give about 18.000 Lumens and equals a 100W HPS lamp
not any relation between mega watt and gallons of diesel.
64 watts = 18.1 decibels. If by 'set' you mean you have two 64 watt speakers then they will create 36.2 decibels.
3000 divided by 240 approx 13 amps?
It will, but only 1.75 decibels louder. The smallest change in loudness that most people can detect is 1 decibel, so the difference between 400 and 600 watts would be barely noticeable.
A Storm Cat 800 watt generator has a decimal rating of between 190 to 265 decibels depending on load and amperage. This is enough noise pollution to cause hearing damage after twenty minutes of exposure.
You need 3000 x 24 watt-hours or 72,000 watt-hours. A typical car battery has a capacity of 50 Ah or 600 watt-hours, so you would need 120 car batteries, connected in the right combination of series and parallel to give the right voltage for the inverter.
Depending on the brand, it will give about 18.000 Lumens and equals a 100W HPS lamp
not any relation between mega watt and gallons of diesel.
It will have the potential to over drive the speaker elements and can cause distortion and potential speaker damage.
Yes, you can use up to 25 amps on a 3,000 watt generator.
It is used for the For 3000 & 4000 Series of computers.
3000 joules(J)
3000 joules(J)