Date: Thu, 02 May 2019 18:18:16 +0100 From: "N.J. Mann" <njm@njm.me.uk> To: Michelle Sullivan <michelle@sorbs.net> Cc: freebsd-stable <freebsd-stable@freebsd.org> Subject: Re: ZFS... Message-ID: <5D9EAA497C84C50D0DAA5491@triton.njm.me.uk> In-Reply-To: <0D0C3E6C-3ED3-4629-BD26-B4D23ABC3800@sorbs.net> References: <30506b3d-64fb-b327-94ae-d9da522f3a48@sorbs.net> <CAOhm=5oRTkr6L037fzh4DKpqgMY5XJVp60t934en3%2BrGCnbFJw@mail.gmail.com> <6D7D690B-31DA-4A86-BB34-64A977B91D4F@sorbs.net> <22E6AED197D46F831645E296@triton.njm.me.uk> <51f1813c-5666-33a4-2155-59ba706a1948@sorbs.net> <0D0C3E6C-3ED3-4629-BD26-B4D23ABC3800@sorbs.net>
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Hi,
On Friday, May 03, 2019 03:00:05 +1000 Michelle Sullivan <michelle@sorbs.net> wrote:
>>> I am sorry to hear about your loss of data, but where does the 11kV come from?
>>> I can understand 415V, i.e. two phases in contact, but the type of overhead
>>> lines in the pictures you reference are three phase each typically 240V to
>>> neutral and 415V between two phases.
>>>=20
>> Bottom lines on the power pole are normal 240/415 .. top lines are the 11KV distribution network.
>=20
> Oh and just so you know, it=E2=80=99s sorta impossible to get 415 down a 240v connection
No it is not. As I said, if two phases come into contact you can have 415v between
live and neutral.
Best wishes,
Nick.
--=20
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