Normal
5A translates to 550W max on 110V mains, and less if you consider the ~10% of PSU power loss. This may or may not be enough for a RTX 3090 setup. It is less of a problem on 220V mains, but since I travel a lot, this is kind of a deal-breaker for me. Like [USER=18145]@REVOCCASES[/USER] has said, I really think IEC C14 is the way to go. Safety is arguably more important than size of the case.One remark I want to add, though, is that if the C6 inlet is indeed UL 60320-1 compliant, then it is rated 7 A / 125 V in addition to the 2.5 A / 250 V IEC rating. In that case, it should be enough for most low to medium power setups. Note, however, a 600 W PSU (7660b for example), can still draw more than 600 W at the inlet due to the power loss (the datasheet says up to 8 amps if the mains voltage is really low).
5A translates to 550W max on 110V mains, and less if you consider the ~10% of PSU power loss. This may or may not be enough for a RTX 3090 setup. It is less of a problem on 220V mains, but since I travel a lot, this is kind of a deal-breaker for me. Like [USER=18145]@REVOCCASES[/USER] has said, I really think IEC C14 is the way to go. Safety is arguably more important than size of the case.
One remark I want to add, though, is that if the C6 inlet is indeed UL 60320-1 compliant, then it is rated 7 A / 125 V in addition to the 2.5 A / 250 V IEC rating. In that case, it should be enough for most low to medium power setups. Note, however, a 600 W PSU (7660b for example), can still draw more than 600 W at the inlet due to the power loss (the datasheet says up to 8 amps if the mains voltage is really low).
