Connecting The Battery; Precautions When Using The Batteries - Studer VarioString User Manual

Studer Innotec SA
VarioString
4.2 C
ONNECTING THE BATTERY
The VarioString is a device which DC (battery) connection is to be connected exclusively to a battery.
Most of the time, lead-acid batteries with liquid (VLA, VRLA) or gelled (GEL) and AGM electrolyte
may be used. It can be easily configured to create charge profiles that are compatible with these
various types of lead-acid batteries.
Using the VarioString connected to any other type of DC source without battery is strictly
forbidden and may cause significant damage to the equipment and / or to the source.
The use of other battery types like Ni-Cd, Li-ion or other is possible if the charge profile is
properly programmed, in accordance with the specifications of the battery manufacturer,
in agreement with the battery manufacturer and under the responsibility of the installer.

4.2.1 Precautions when using the batteries

The batteries should only be chosen, dimensioned and installed by qualified personnel, trained in this
specific area. When working with batteries, a second person is required in order to give assistance in
case of problems.
Lead-acid batteries with liquid or gelled electrolyte produce a highly explosive gas during normal
use. Avoid source of sparks or fire in the immediate vicinity of the batteries. The batteries must be
kept in a well-ventilated place and installed so as to avoid accidental short-circuits when
connecting.
Never try to charge frozen batteries.
Sufficient fresh water and soap must be kept close at hand to allow adequate and immediate
washing of the skin or eyes affected by accidental contact with the battery acid.
In the event of accidental contact of the eyes with acid, they must be washed carefully with cold
water for 15 minutes. Then immediately consult a doctor.
The battery acid can be neutralized with baking soda, among other things. A sufficient quantity of
baking soda should be available for this purpose.
Particular care is required when working close to the batteries with metal tools. Tools such as
screwdrivers, open-ended spanners, etc., may cause short circuits. Sparks created by short-circuits
may cause the battery to explode. Therefore these kinds of tools must always have isolated handles
and never be placed on top of a battery.
When working with the batteries, all metal jewellery such as rings, watches with a metal bracelet,
earrings, etc., must be taken off. The current supplied by the batteries during a short circuit is
sufficiently powerful to melt the metal and cause severe burns.
Batteries at the end of their life-cycle should be recycled in accordance with directives from the
responsible local authorities or the battery supplier. The batteries should never be thrown into fire as
they may explode. Under no circumstances should you try to take apart or dismount the battery, as
they contain toxic and polluting materials.
For ungrounded battery systems, always check that they are not inadvertently grounded before
starting working on the batteries.
Always follow carefully the instructions of the battery manufacturer.
If the battery voltage exceeds the value of 68V, the charger turns off and starts again when the
voltage is lower than 64V.
A battery voltage higher than 80V can cause important damage or destroy the equipment.
Such a voltage
inverters/chargers or other, can cause important damage or destroy the equipment!
12
applied on equipment
V 1.0
connected downstream like Xtender
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