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... as opposed to ...
Tho the top "circuit" diagram is not that clear, IMO that or similar are easier to follow because you see the contacts, and coil, and how they connect.
I NEVER used relay pin/terminal numbers in diagrams since I did not want to limit to DIN relays (Bosch, Hella etc using pins 30, 87, 86, 85 etc).
In fact I never learned those labels until I started on the12volt. (And even that was after a few years after deciding it was easier memorising them than forever looking them up.)
But because (almost?) all DIN relays have a diagram with pin numbers on them, I found it easy using them in practice despite unlabelled circuit diagram pin numbers.
And if I used my normal JIDEC (Jap) or other relays, I never had to convert pin mumbers on "wiring diagrams" (as per the lower diagram above). Of course I'd have to know the relay's "circuit" relationship to its pin numbers, but they too usually had a schematic or diagram on their body; otherwise I'd have to look at their datasheets etc.
IMO the wiring or "physical" diagrams are good for those that simply want to wire & build. But if you want to understand or fault find, or be able to use different relays, then IMO circuit diagrams are essential.
And now I've probably confused you even more...
But I now use micro-DIN relays instead of the mini-DIN relays (aka cube type as used on the12volt) so translating 30 & 87 etc is a bit of a pain.

