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It looks pretty safe. I don't have this rule in my country. This inhibits sockets in little bathrooms definitely.

There are no bath sockets in UK? Really interesting. There is no law in my country regarding this. You have to put all humid plugs in one separate circuit only. And this circuit is the one that is reporting 60 MΩ

It's a brand new not used house, tested in a inner house circuit (bath sockets). Never used a single socket not the baths.

Today I had an insulation test done by an EICR and one of the circuits was 60-70 MΩ, it started in 40 and progressively went up to 60-70MΩ in multiple tests. Rest of the tested circuits went up to 200MΩ with the given MFT model (could not see the model, only the brand, classic yellow Fluke)...

Today I've measured with a caliper the whole cable and it's exactly 5.1 mm. AFAIK 10mm2 are 3.6mm without the protection so basically I Have to assume that the protection width is around 0.75mm. According to some XLPE grids I've seen, this measure seems to be acceptable to fit under the 10mm2...

And any fool can put some cables and tighten some screws. Thing is that one has to start from somewhere. I prefer those who start by understanding why those screws must be tightened first and in which order than those that have just been tightening them for ages just because someone told them...

You can always sin in both sides. Too much knowledge or too much experience. But most of the people with too much experience I know are like the ones that are mentioned here: Anyway, you always have to start from somewhere, don't you?

So, basically, AFAIK, in the UK with a MFT and a passed C&G 2391-52 assessment I'm ready to rock in EICR world?

For type B you need one upper model, MFT1835 instead of 25. Still, I would choose 25 because I rarely see a type-B RDS in non-industrial environments. Another option could be the Kewtech KT65DL (only tests A & AC RCDs though) which is way cheaper, and also includes an Earth Electrode resistance...

I was trying to check the equipment required for EICR testing and AFAIK, I see that the 6 in 1 like Megger 1825 can do all tests except for the functional and the visual inspection ones for obvious reasons. Continuity of protective and bonding conductors 🆗 Continuity of ring final circuit 🆗...

I did not know that the forum blocks further edits, but I'm going to be updating with some videos I find interesting for each of the sections, or comments within this thread: Continuity of protective and bonding conductors (2.1) Continuity of ring final circuit (2.1) Insulation resistance with...

You just call it "40A cable"? In my country they are measured in square milimiters. Like 10 mm2, 6 mm2. There is no "40A cable" In fact this feels kind of weird because for example in this page, they call 40A cable to a 6 mm2, which generally 10 mm2 is generally more widely accepted to be the...

Lets say that the main circuit breaker has 40A, RCD 40A, we don't have a comb busbar, and we have to do bridges manually between 5 MCb with 25A, 20A, 16A, 16A and 10A respectively, which is the site that must be used in the inner sections I provide a diagram to show which are the cables I'm...

I think the info is the hose. But the hose was removed, so I can only access the hose within the tube (and the hose doesn't have more length, to pull it out of the tube). The 2 cables inside the hose are 2x6 or 2x10.

Since I did not have any equipment, only the two 6 and 10 mm2 pieces of cable, I shoot some photos and then I scaled it. If I compare the incognito cable with the 6mm the scale was 0.85:1-0.9:1 And if I compared the incognito cable with the 10mm, the scale was 1.10:1-1.15:1 So there were two...

I've never had an XLPE cable on my hands. Anyone that has experience with XLPE cable and PVC, can tell me if XLPE is slightly less thick than PVC? For example, for a 6 mm2 cable in PVC and a 10 mm2 cable in XLPE, could I say they are almost the same (XLPE slightly thicker, but not as thick as...

Which camera do you have? @bglproserve I picked it from Amazon for £3500

HT GSC60 Yes, 10mA are the earth leakage, with the network analyzer then you clearly see the wave lenght and the presence of harmonics. From there one could detect which electronic device is provoking such, and replace it or put a class A RSD But for me, the interesting thing is not only to...

For example, on a brand new installation, suddenly you see that there are like 5V on an earth-neuter contact. When there should be at most 1-2V. Why so? This is part of a regular test for continuity. But then I find that there are like 10mA due to harmonics in the circuit. I know that as soon...

I was thinking so. Problem is that at least locally, they are selling this for £90-100 In Aliexpress it is for only £10 but it takes one century to arrive, so I would rather keep it safe to survive the most possible.