Rms mark.

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Got the math behind that?
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With a load being 1 ohm, volts and amps should be equal (On a TRUE 1 ohm load), in which case the math is V/A=1, V*A=2500W, 50Vx50A=2500W

Granted that is with a resistive load. If your reactive load is rising to 2 ohms your VAC need to be at 70.5... however that amp won't put out a VAC of 70.5 as that is beyond its capability at 2ohms....

 
So...set it at 50??

With a load being 1 ohm, volts and amps should be equal (On a TRUE 1 ohm load), in which case the math is V/A=1, V*A=2500W, 50Vx50A=2500W
Granted that is with a resistive load. If your reactive load is rising to 2 ohms your VAC need to be at 70.5... however that amp won't put out a VAC of 70.5 as that is beyond its capability at 2ohms....
Sent from my XT1710-02 using Tapatalk

 
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