View Single Post
  #11  
Old 09-15-2013, 03:02 PM
Elliot Thompson Elliot Thompson is offline
Registered User
 
Join Date: Oct 2003
Location: New York
Posts: 430
Quote:
Originally Posted by Truba
thats the thing i have no idea about these things thats why i was hoping someone like you can explain these things a bit better to me. i was told that it draws out 1350 out of the wall, and the guy in a shop said its a lot of power to draw from the wall. anyway this is what the manual states

Power Consumption

At Idle - 170 watts

2 channels @ 300W @ 8 ohms - 1280 watts

2 channels @ 500W @ 4 ohms - 2100 watts

Bridged @ 900W @ 8 ohms - 2040 watts

btw i have no idea how much your typical 250 watt class a/b amp consumes




The above numerical figures is the typical consumption of a 250 watt per channel @ 8 ohms Class A/B amplifier.

The above consumption next to the 4 and 8 ohms figures only comes into play when the amplifier is operating at maximum output (Clipping or just below clipping) at 4 and/or 8 ohms per channel. Wattage rating on amplifiers is rated at maximum output. Anything below maximum output the consumption will be less. It is similar to a hair dryer. The lower heater settings the lower the consumption, the higher the heater settings the higher the consumption.

The Idle Consumption of the amplifier is 170 watts, which is 1.4 amperes on a 120-volt line source. So the amplifier consumes,

At Idle - 170 watts ( 1.4 amperes on a 120-volt line source)

2 channels @ 300W @ 8 ohms - 1280 watts ( 10.6 amperes on a 120-volt line source)

2 channels @ 500W @ 4 ohms - 2100 watts ( 17.5 amperes on a 120-volt line source)

Bridged @ 900W @ 8 ohms - 2040 watts ( 17 amperes on a 120-volt line source)

This amplifier will operate fine on a standard 15 amp, 120-volt line source. Which is why, the manual recommends using nothing lower than a 15 amp, 120-volt line source.

Best Regards,
__________________
Elliot Thompson
Reply With Quote