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Sorry wrong numbers should be 3.57mm to 4.51mm. But still less than 1mm bigger. I'll post a picture of the horse drinking.

The difference in conductor diameter from 10mm to 16mm is less than a millimetre ie from 3.162mm to 4mm so I'm not expecting it to be difficult to get it in to the terminal. It will be a problem getting the horse to water but not getting it to drink as it were.

TLC Says: 230v 9K6W 5m run under more than 100mm insulation above plasterboard (even at 25 degrees C) Required Cable Size 16 mm Voltage Drop 0.584 Volts. Percentage Drop 0.25% Current Load 41.7 Amps Max Cable Load* 47.4 Amps

Through the provided ingress points.

Bond to incoming water goes through wall and ceiling void and down to incoming water in kitchen. picture coming soon. Cu is going to be split load unit like this:

Protective Multiple earth notice - so TN-C-S? Service Head Main Cutout detail CU Unused way, Fused unused. Downstairs Lighting, Upstairs Lighting, Sockets, Cooker Incoming Gas bonding Spoken to EDF who think the main Cutout is 60A because that's what it usually is...

Earth Bonding to incoming gas pipe detail

From Right To Left<br>unused empty, unused, Downstairs Lights , Upstairs lights, Sockets,Cooker

Cut out Detail

Stick to board by incoming head

Service Head and CU

Night Night

I'd much rather have used 10mm but I wasn't going to take the risk. 10k5 at 240, 9k6 at 230 and 43.75A as I recall

Sorry. No.

That'll do nicely

Thanks for your help I'll repost tomorrow cheers, Amy

but passes under insulation of 4 to 5 inches in the loft or if it goes above the insulation the loft can get quite hot. Seemed the results I got from TLC's calculator were just on the cusp so I decided to go with 16mm though I would rather have gone for 10mm and not had the anaconda wrestling...

No only one bathroom and only one house. Is the exclamation mark for the 16mm cable for a 45A load or the shower going in a bathroom?