Edit: That should have been a "yes" to your first question.
No. I would never do that. (Especially since I'm the one who *****es about it the most.)
See if this diagram helps. A 4-wire humbucker has five fundamental modes of operation: Off, series, parallel, slug, and screw. This is the technique I use for doing dual humbuckers, when I have the luxury of a lever switch. Note, in this diagram that each mode is a vertical configuration, indicated by the colored blocks. And any mode can be slid left or right to get whatever sequence you desire. And any mode can be duplicated. Note that in the diagram I made for the OP, the first two positions on the neck are both "off." And, when a pup is "off", black & white are shorted together, and red & green are shorted together. But slug and screw coils aren't connected. It's the quietest humbucker wiring you can have.
In a "normal wiring scheme, when a pup is off, one side is still connected to ground, with the "hot" side unterminated. If you're someone who moves around a lot on stage, and have a really long cable, your guitar isn't actually at ground potential. You can still pick up noise. With this wiring technique, you can't. All coils that are "off", are shorted out. In any mode.
And, it makes wiring a Superswitch super easy once you get used to the technique.
You're welcome, welcome, welcome.![]()
If you did the wiring seen in the rotary switch drawing, it will always have some hum in positions 3-6 because it's either 1 coil or combining 1 coil of one pickup with the other humbucking pickup, rather than combining two humbucking pickups. As soon as you split a humbucking pickup to one coil, you lose the humbucking and introduce single coil noise. It requires an even number of coils at all times to maintain the humbucking.
If you did the wiring seen in the rotary switch drawing, it will always have some hum in positions 3-6 because it's either 1 coil or combining 1 coil of one pickup with the other humbucking pickup, rather than combining two humbucking pickups. As soon as you split a humbucking pickup to one coil, you lose the humbucking and introduce single coil noise. It requires an even number of coils at all times to maintain the humbucking.
That is correct about 60 cycle noise being present in positions that feature just one coil or an uneven number of coils. However, that same issue also exists in the diagram Artie provided, in the "slug coil only" and "screw coil only" positions. So it is not an issue just in the rotary diagram.
So just to clarify the intent of Artie's diagram, it was NOT seeking to prevent noise from 60 cycle hum. That is unavoidable with lone coils and combinations that have an uneven number of coils, as i wrote a couple sentences back. Instead, Artie's diagram's target was to eliminate RFI noise due hanging wires acting as antennae. There are 2 different types of potential noise in a guitar circuit, and each has different causes and handlings.
If you look at the original request, and from Artie's original wiring scheme to meet that request, there are no "lone" coils in the wiring schema.
I hate noise, so I would never have requested that in the first place.
When i said "Artie's diagram", i was not referring to the one he did for you.
I was referring to the example one that he posted of a 2 pole switch that showed the 4 ways of how a single humbucker pickup could be configured. Reattached here for quick convenience. What is unique about that diagram, is HOW artie goes about making the connections. He does each in a way to ensure that none of the humbuckers 4 wires are left unterminated. His purpose for doing that was to eliminate potential RFI noise.
I used a 5 way super switch, using Artie's original diagram.
I suspect sloppy soldering.
He does each in a way to ensure that none of the humbuckers 4 wires are left unterminated. His purpose for doing that was to eliminate potential RFI noise.
If the problems remain after you re-do some of the soldering, post some pics of the wiring inside the cavity and we'll try to troubleshoot and help.

@artieToo Can you please help me . . .
:yourock:Sure. And welcome to the forum. Just give me a little time.
Are you comfortable doing a mag flip? If you don't, then inside and/or outside coil pairs won't be hum cancelling. This can also be remedied by doing neck-side or bridge-side coils instead. But both are do-able, if you don't mind the mag flip. (Which is pretty easy.)
Aside from Bridge and Neck series in outer position, the rest can go wherever on 2, 3 and 4 if that simplifies anything.