Fiamm FLX Installations- und Betriebsanleitung - Seite 6

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FIAMM Industrial Batteries
FIAMM AGM Valve Regulated Recombination Batteries: FLX Series- Engineering Manual
Ventilation in battery room
Under normal operating conditions, the gassing rate of FIAMM FLX Series batteries is extremely low.
However, the battery room should have sufficient ventilation to avoid temperature rise in the event of
unexpected circumstances such as overcharge due to a charger malfunction. As accelerated
recombination reaction generates heat, it is important that there allowances in ventilation to dissipated
excess heat through ventilation or air conditioning.
Temperature control in battery room
Battery life and performance are optimal at a temperature of 77° F. Operation at lower temperature will
reduce available capacity (for the period of time that the battery remains at low temperature). Higher
operating temperatures affect battery performances and will shorten the battery service life. Air
circulation within the battery room must be sufficient to avoid hot or cold spots. The total temperature
spread between the hottest and the coldest cell of the same string should be maintained inside a
window of +/- 5° F.
Racks
Battery racks should be grounded and made of acid resistant and insulated material. For safety reasons
they should be installed as level as possible. The depth and the height of the racks, along with servicing
headroom, should allow both adequate ventilation and a satisfactory servicing.
Cabinets
Good ventilation is extremely important for battery cabinets. Ventilation openings should be both at the
bottom of the cabinet, and as close as possible to the top, to prevent any hydrogen accumulation in an
abusive situation. Cabinets should be placed/fastened steadily to the floor.
Installation procedure
For a proper installation clean the blocks with a soft dry antistatic cloth or soft water-moistened cloth.
Place each cell/block at their correct position according to the electrical layout. Start with the lowest
shelf to ensure stability. Inter-tier and inter-row connections should be applied only once all blocks have
been connected properly. For proper ventilation and airflow maintain a distance of .25" or greater
between all battery blocks.
Interblock connecting procedure
It is extremely important to ensure proper surface contact between battery terminal posts and cables
(recommended) or solid connectors used to complete each string. Each connecting surface must be
clean and without oxidation. If required use very fine grit abrasive paper to remove any dirt on each
surface. Do not use wire brushes or similar tools that may damage the plating film around terminals' and
connectors' copper. Then apply a light coating of No-Ox grease to the terminals and connectors prior to
installation of the connection hardware.
Terminal torque settings
To ensure a proper electrical connection between the flat surface of each terminal and the connector a
calibrated torque wrench must be used. Torque the electrical connections to the settings in Table 2.
Battery
12FLX100, 12FLX150
12FLX200 - 12FLX540
12FLX700
Final checking of connections
To perform a final check of the connections it is advisable to measure the overall battery voltage and
make sure that this value is equal to the open circuit voltage of an individual block multiplied by the
number of blocks.
Paste a sticker with a progressive number to each block, making sure that the surfaces are dry and
clean. It is a good practice to number the blocks beginning with #1 at the positive end of each string.
This document and any confidential information it contains shall be distributed, routed or made available solely with written permission of
FIAMM. FIAMM reserves the right to change or revise without notice any information or detail given in this manual
Table 2 – TORQUE SETTING VALUES
Terminal Type
FEMALE #10-32
FEMALE 154-20
FEMALE M8
December 2012
Torque (in-lbs)
62-80
88-106
88-106
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