Andy Hall wrote:
On 17 Sep 2005 16:07:48 -0700, wrote:


Andy Hall wrote:
On 17 Sep 2005 13:30:55 -0700, wrote:




They don't
sell to B&Q.

That's neither here or there.

You must get the point and the market the company is selling to.

The gullible?






The only spoiler is the quoted 37 minute recovery.

This is disappointing.

It "never" delivers less than 15 litres per minute at any time, which
is great for showers.

Untrue. That would assume a temperature increase of 35 degrees. The
throughput would be less if a higher temperature than 40 degrees were
required in the winter.

The makers say it doesn't go below 15 litres, so do the dealers who I
spoke to who deal with many makers products, not only ACV. I prefer to
believe them rather than a confused internet nerd.

The only person confused here is you.

In the winter, the cold water temperature can easily be 5 degrees.
35kW will produce a 15lpm flow rate for a temperature rise of 35
degrees - i.e. an output temperature of 40 degrees.

It delivers 380 litres per minute.

No it doesn't. Try a tenth of that for a limited time.

Do you have any concrete evidence that disproves the makers data? If
so I would be interested to know.


The 15 litres per minute is a
welcome backup.

It would be if it actually achieved it. However, this only happens
under a limited set of conditions.

Again, if you have any concrete evidence that disproves the makers data
I would be interested.


I don't see many situations where the 380 litres would
be exhausted.

At 45 degrees, I can.


You are still confused, or drunk.


I'm never either.

Last night you were certainly drunk.



--

.andy

To email, substitute .nospam with .gl