thanks in advance
lofty
We don't take ours off, just leave it hooked up to the mains and use
the caravan trickle charger to keep it ticking over. Mind, we also use
it roughly every two to three weeks, so longest it's been 'off-road',
or not in use, is probably one month ... last year when the Disco was
on blocks while I replaced the rear diff after it lunched itself in
France.
--
Paul - xxx
'96/'97 Landrover Discovery 300 Tdi
Dyna Tech Cro-Mo comp
Hi Lofty
If you keep the van at home or you have access to mains just leave it
connected to the onboard PSU
Won't over charge but will keep it topped up over the winter
Metwo
Hi Metwo
Due to where I live I have to keep my van stored on a farm, with about 300
others, so no electric
to keep on charge
lofty>
lofty
>
One of thoses automatic chargers from Aldi would do the job. I kept
my 'van battery connectred to one all through last winter. The
battery lost no electrolyte at all and the specific gravity in all
cells stayed at 1.30. My battery will over-winter the same way again
this year. Alternatively you could pay 4 times the price for a Cetec
one!
Neil
(Reply via group please)
Or perhaps do as I do
Run a fused lead from the grey socket on the Discovery
It keeps the battery charged as run around
Swap it every month or so with the second battery
With 2 virtually fully charged batteries I can mange at least a weeks water /
light and radio during the winter
DieSea
I leave mine on the drive and connect it to the mains to keep the
battery topped up. but every so often it is worth taking it out and
giving it a good charge with a good charger.
Neighbour gave me his four ex-truck (lorry) batteries.
One of them was dud the others so-so. But worth keeping around.
Time again to give them a short low amp refresher charge!
Which we do every couple of months. Out in the cool storeroom which
never freezes.
Although a more sophisticated charger would 'float' them at the
recommended 2.15 to 2.17 volts per cell.
So for six cells (typical lead acid 12 volt auto battery); 6 x 2.17 =
13.02 volts.
For charging maximum voltage should be about 2.3 volts per cell. 6 x
2.3 = 13.8 volts.
Can't say the same for the small m.cycle type battery in the truck
camper.
It's been ignored for at least a couple years now. Must take it out in
case if freezes this winter.
Thanks for the reminder.
Those figures are wrong. 13.8v is the float charge voltage, the voltage
at which a lead acid battery can be kept on charge indefinately. 14.3
-14.4 is the voltage needed to bring a battery up to a full charge
level, but once full charge has been attained the voltage should be
reduced to 13.8v
--
Regards,
Harry (M1BYT) (L)
http://www.ukradioamateur.co.uk