Directional fuse and integrated IEC outlet

Just guessing, the direction would be from the incoming Hot to the load, the power transformer....

If it makes any difference at all, which I doubt, I would think Jea's guess is correct. However, I agree with Bob R.

Re Overhang's comment, balanced interconnects may have the shield grounded at only one end, in order to eliminate possible ground loops. That would account for directionality in the case of those cables, and the proper direction would be to have the grounded end at the source. Not sure why or if a single-ended interconnect may truly be directional (manufacturer claims notwithstanding), but in any event (considering that the shield of a single-ended interconnect serves as the signal return path, plus as an rfi/emi shield, plus as a path that may conduct current flow caused by voltage offsets between the chassis of the two components) it's a very different situation than a power line fuse.

Regards,
-- Al

Al,

Solid core wire is directional.

The late Bob Crump
.

Jim I believe it has to do with the direction that the conductor is drawn through the die.

Now - the part that most people overlook ...
Yes the voltage and current are alternating (AC).
However the flow of *power* is always from source to load.
Always orient your fuse, cable, etc in that regard.

Solid core wire is directional. The late Bob Crump

Hmm. Well, ok, I'm willing to accept their empirical findings, even though pretty much everyone in that thread admitted that the phenomenon was unexplainable.

Bob,
I suspect that your bottom line about orienting from source to load is correct, in situations where it makes a difference, but I don't think that your explanation is applicable to a fuse. The fuse has no idea, so to speak, of which direction power is flowing. All it "knows" is that a current is oscillating back and forth through it, in alternate directions. It dissipates (converts into heat) an EXTREMELY small amount of power itself, equal to the square of the rms value of that current times its own very small internal resistance, but it has no way of "knowing" where the source is and where the load is.

Regards,
-- Al