Larry,
We did do the 15 second switch hold down and it sometimes did get it to come on. Today I put one of the inverters outside in 26 degree temp and let it cool a couple of hours and then brought it in to my bench. Our laser temp sensor said the innards were at 27 F. It fired right up. S
Bob
the flicker on the magnum's is due to the default settings. There is
a setting called ac drop or drop ac volts it is set for like 80 volts ac
bump it up to 100-105 and the relay will transfer a lot quicker.
Happy Holidays
Ryan
___
List sponso
Hi John,
Magnum support probably had you do this but just in case... Did you press and
hold the tiny power button on the inverter for 15+ seconds? This forces the
processor to reset. Also try applying AC power to the input. This should force
the charger to start. Make sure the DC voltage measur
I have one at a camp that we started last weekend at -20 F
Try the remote to turn it on if you have one.
If you start a generator will it pass power through and charge the
batteries?
Any chance you have a 24 volt bank and a 48 volt inverter or the opposite?
Might it be that the push switch is not
John,
I would second Ryan's experiences. We too have more than a few Magnum's
out there working fine in Maine, some more than two years old.
Daryl
> John
>
> we have a pile of the magnum 120/240 units here in Maine all on
> epanels as well and a few are in the cold never had a problem ye
John
we have a pile of the magnum 120/240 units here in Maine all on
epanels as well and a few are in the cold never had a problem yet I have
taken them in the back of the truck at sub zero temps and hooked them
up. Are these 24 volt or 48 volt? I have never used the 24 volt but
would susp
I have a number of these Magnum sine wave inverters (various models)
out in locations where the inverter undoubtedly gets very cold at
times. I do not know if this matters, but all of my Magnum inverters
have a "remote" as part of the installation, even if it is usually
right there. Last week
That is a problem we have not seen before with those inverters, though not
unheard of with electronics in general. From my experience it is usually due to
an electrolytic capacitor being out of spec (or wrong one)., but can also be
from some solid state component, or even the main processor or R
Have there been any updates or improvements on the "time outs" that
Bill Brooks reported with the Fronius inverters? From what I recall
of the post, the periods where the inverters were not producing
resulted in overall efficiencies of around 85%. Since learning of
this issue, I've avoided s
9 matches
Mail list logo
