Batteries FIAMM SMG
The FIAMM SMG range of valve
regulated lead acid stationary batteries
combine the beneifts of recombination
technology (i.e. virtually no
maintenance due to very low gas
emissions) plus the advantages of
conventional vented batteries with
positive tubular plates (i.e. long life and
excellent cycling capability).
FIAMM has a program of continuous
improvement investing in
manufacturing processes, equipment
and technology. FIAMM’s Standby
Battery manufacture conforms to ISO
9001 quality assurance. The
continuous investment in battery
technology is reflected by means of
premium products that are of the
highest quality and reliability.
FIAMM SMG valve regulated lead acid
batteries are the ideal energy source
for many different standby
applications
General Features
Safe
Long life
Versatile
Reliable
Minimal gassing
Technical Features
Tubular positive plates:
incorporating a special grid
construction, pressure cast from
antimony-free alloy, with highly
porous gauntlets that retain the
active material
Pasted negative plates: pasted,
grid type
Electrolyte: immobilised in a gel
structure
Separators: with extremely high
porosity and low internal resistance
Containers and Lids: made of
plastic (ABS) material. Also available
in ABS flame retardant material as
an option (according to IEC 707
FV0).
Easy installation: FIAMM SMG
cells are normally installed in an
upright position on steel stands
One way relief valve: opens at low
pressure and is fitted with a flame
arrestor device
Terminals: female treated terminal
(M10) ensure perfect contact ad
a low resistance with the flexible
cable connectors
Post seals: high integrity post seal
design to prevent electrolyte leakage
and terminal corrosion
Connectors: flexible, fully insulated
cable connectors screwed to the
terminal with an insulated screw
having a probe hole on the top for
electrical measurement.
Applicable Standards
DIN 40742
IEC 60896 part 21 – 22
Eurobat Guide – 12 years
Electrical Characteristics
Nominal voltage: 2 V
Float voltage charge at 20°C: 2,23 V / cell
Boost recharge: max. voltage of 2,4 V / cell with the max. current of 0,25 x C10 (A)
Self discharge at 20°C: < 2% / month