And your still a git
Where did you learn that?Ring mains are much better for the environment. Radials are wasteful of copper and more besides.
still useful in a kitchen though. where the load would require a 4.0mm radial.I'm a big fan of the ring circuit in general but I would be in favour of outlawing the ring final circuit in domestic installations
Reason being that it's not a necessity and it would prevent hazardous situations such as breaks in the ring and overcurrent on spurs
I'm a big fan of the ring circuit in general but I would be in favour of outlawing the ring final circuit in domestic installations
Reason being that it's not a necessity and it would prevent hazardous situations such as breaks in the ring and overcurrent on spurs
We’ve had this same discussion on a much more recent thread. No point going over it all again.
Agree. Although I find the "ring circuit better for the environment" argument interesting. Smacks of desperation to me.We’ve had this same discussion on a much more recent thread. No point going over it all again.
Except that it will be undersized and go undetected until the next full inspection.But if you get a break in the CPC in a ring circuit, at least you still have a CPC
Except that it will be undersized and go undetected until the next full inspection.
You have hit the jackpot there TEL. Run a 4mm radial instead of a ring circuit. Let's see... get rid of the two 2.5mm,s.Replace with a 4mm.Thats a, saving of 1mm of copper per circuit. Think of the benefits for "the environment" ?still useful in a kitchen though. where the load would require a 4.0mm radial.
Probably wouldn't be undersized, from an adiabatic point of view, unless rewireable fuses. From a Zs POV, possibly, but not if RCD protected.Except that it will be undersized and go undetected until the next full inspection.