Figured I should update my thread. Still a work in progress but I'm mailing dead testing to memory very nicely.
Left to right;
DNO cutout - cable on the bottom is a 2.5mm Artic Flex connected to a 13A plugtop
Cutout goes into 2 pole isolator and onwards to a 4 module 17th Ed Wylex board (was the only small board I had in).
From the board, power goes into RCD and from there into the only permenant circuit (6A Lighting).
The lighting circuit as you see it is 3 1G backboxes with 2way switches top and bottom, with an intermediate in the middle - This allows 3 way switching.
There are 3 ceiling roses on the circuit. Default configuration is set as 1 switch controls all 3 however there is flexibility to have 1 switch to 1 ceiling rose and a combination of the 2.
The roses themselves are wired in my standardised format (L to R - 2-3-3)
Terminal 1 - Pendant Line
Terminal 2 - Switched Line (Blue sleeved brown) return from L1 on lighting switch)
Terminal 3 - Line in (either from DB or previous fixture)
Terminal 4 - Perm Line to switch
Terminal 5 - Line out (to next fixture) - If this terminal (along with 6) is empty then fixture is end of radial
Terminal 6 - Neutral out (to next fixture)
Terminal 7 - Pendant Neutral
The next "circuit" is the 3 stacked 2G socket faceplates, with a 1G faceplate and a fan isolator (used as for 3 pole isolation)
When the isolator is in the OFF position then the sockets form a ring and pass all tests for a ring circuit.
When the isolator is ON then the single socket is no longer part of the ring and because of thid, the stacked sockets above effectively form a 3 2G socket radial.
This circuit has wiring ran back to the CU position and a 32A (or 20A if radial) fitted, if we are using/testing this circuit.
The 16A socket and plug is not wired into the CU and is literally an end-to-end wiring exercise - wire a 16A socket and a 16A plug.
Below this there is a SFCU which is spurred from Socket 2 on the stack to the left. The SFCU is to simulate a boiler spur, this then goes into the blanked off plate with Wagos covering the ends - obviously it would normally go to a wiring centre but for ease I have omitted that.
Above the blanked box is a 45A cooker isolator. The cable running from the bottom of the isolator is also Wago'd - I would add a CCU but I don't have any so just Wago'd
The final circuit on the board (at present) simulates a cooker point (didn't have one on hand), we have the countertop isolator position and it's LOAD side going down to the blanked plate.
I plan to add a shower isolator (and feed), along with an in-line fan (either on a pull cord attached to the lighting circuit [splitting off a ceiling rose] or to a blanked plate to simulate a shower.
Lastly I will add an outdoor light and PIR, along with switching to enable the light to operate independently from the PIR and also allow the PIR to be overridden (bypassed).
Hanging next to the setup is my Megger 1730 MFT. That's about it so far.
