Tvad: Now you're relying on spec's, empirical evidence and manufacturer's claims? I would think that Brent's comments as passed onto him by the manufacturer of the product itself would tell you something.
So that everyone else can follow along with what i'm getting at, IF the Hydra truly weren't "current limiting", it wouldn't matter where the amp was plugged in at. That's because there would be an abundance of current and power capacity regardless of the outlet chosen and where it was located within the wiring scheme of the Hydra. Given that this comment came from Brent aka Brainwater, i have no reason to doubt the validity of it. Given the internal wiring scheme of the unit, which i provided a link to for all to see, i can understand why Shunyata would say what Brent claimed they told him.
Other than that, i agree with your comment. If a manufacturer tells you that the unit isn't current limited, it should be able to provide a steady state level of current up to the rating of the circuit breaker and wiring feeding it. Sean
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So that everyone else can follow along with what i'm getting at, IF the Hydra truly weren't "current limiting", it wouldn't matter where the amp was plugged in at. That's because there would be an abundance of current and power capacity regardless of the outlet chosen and where it was located within the wiring scheme of the Hydra. Given that this comment came from Brent aka Brainwater, i have no reason to doubt the validity of it. Given the internal wiring scheme of the unit, which i provided a link to for all to see, i can understand why Shunyata would say what Brent claimed they told him.
Other than that, i agree with your comment. If a manufacturer tells you that the unit isn't current limited, it should be able to provide a steady state level of current up to the rating of the circuit breaker and wiring feeding it. Sean
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