6.3Safety instructions of the battery manufacturer . . . . . .
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Editing status: 2012-04-02
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1 Area of application and introduction
1 Area of application and introduction
Scope
Technical background
Dangers
Responsibility of theuser/Liability
Hotline
These safety instructions are part of the scope of delivery of a VEGA
instrument with integrated Lithium polymer or Lithium metal battery.
They must be read completely and implemented by the user as a
supplement to the operating instructions.
The implemented Lithium batteries/accumulators are compact energy
stores with high energy density. These stores feature high cell voltage
and cell capacity. They consist of single cells and are combined into
so-called packs.
Caution:
If these packs are not handled correctly, there is a danger to the user
and the environment due to overheating, ignition, deflagration or
explosion. This can result in toxic gases being released and persons
injured through acid burns and poisoning.
With that said, it is the responsibility of the user to avoid these dangers
through correct handling of the packs. These safety instructions supply
the necessary information for personal safety, the safety of the plant as
well as pr otection of the environment. They serve as a supplement to
the instructions in chapter "For your safety" of the operating
instructions.
By buying these Lithium battery packs, you as the buyer take over the
responsibility for the risks involved. If you do not agree to this user
responsibility, you are not allowed to put the battery into operation. We
do not accept liability for damage to the batteries/accumulators and
any other resulting damage.
In case of any questions, please call our service hotline under the
telephone number +49 1805 858550.
The hotline is available to you 7 days a week round-the-clock. Since
we offer this service world-wide, the support is only available in the
English language. The service is free of charge, only the standard
telephone costs will be charged.
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2 Possible dangers and their causes
2 Possible dangers and their causes
The accumulator pack consists of individual hermetically sealed
containers which are designed to withstand normal temperatures and
pressures when used correctly. Under these conditions there is neither
a fire/explosion hazard nor a danger of leaking contents. Incorrect
handling can cause overheating, ignition, deflagration or explosion.
Should this happen, toxic gases can be released and persons injured
through acid burns and poisoning.
The following factors could cause fire and explosion damage:
l Mechanical damage
l Short-circuit/wrong polarity on the connections leading to the
outside
l Excessive current drain due to incorrect use
l Too high temperatures (see technical data)
l Contact of the accumulator contents with water
l Charging the accumulator pack with a non-approved battery
charger
Caution:
In the case of strong mechanical impact or a high-impact event to the
test system or the accumulator pack (e.g. drop from heights/accident)
the safety of the pack is no longer guaranteed. The accumulator pack
may look fine but there can be a perforation or damaged wire.
To avoid fire damage through self-ignition due to mechanical effects or
an impact, the battery pack must be monitored for at least one hour at
a fireproof, well ventilated place. To avoid the risk of undetected
damage to the battery pack, we recommend disposing of the battery
pack according to the valid regulations.
Interrupt the charging process if the accumulator cannot be charged
within the specified charging time of approx. four hours. Otherwise the
battery can overheat, get cracks or ignite.
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3 Measures to avoid dangers
3 Measures to avoid dangers
The following me asures serve to avoid dangers:
l Use the accumulator pack only in the intended VEGA instrument
l Charge the accumulator pack only in mounted condition with the
supplied charging device
l Do not operate the charging device and the accumulator
unattended
l Never shortcircuit or reverse the accumulator
l Avoid operation under adverse ambient conditions, for example
too low or too high temperatures, excessive humidity, combustible
gases, dusts, vapours, solvents
l Do not immerse the accumulators in water
l Do not expose to strong mechanical shocks or vibrations
l Do not disassemble, modify or deform
l Only use the specified charging device
l Do not throw into a fire
l Damaged and deformed accumulator packs must not be used;
they must be disposed of (see chapter "Disposal")
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4 Storage/Transport/Disposal
4 Storage/Transport/Disposal
Storage
Transport
Avoid high temperatures and strong temperature fluctuations as well
as direct sun and high humidity. A temperature of a pprox. 20 °C (68 °F)
is ideal to ensure a low self-discharge. Make sure that contact with
water is avoided.
The accumulator pack "PLICSAKKU" consists of Lithium-ion cells and
is subject to the dangerous goods regulations according to UN 3480/
3481. It is hence subject to certain transport regulations depending on
the carrier. Because the nominal energy content is below 100 Wh, the
accumulator pack is approved for facilitated transportation.
These dangerous goods regulations require, among other things, a
special approved packaging with appropriate handling labels and
comprehensive accompanying documents containing an emergency
number as well as information for skilled packaging staff.
Danger:
If the transport packaging shows obvious damages, the consignment
must not be accepted or further transported because of the danger of
ignition.
To avoid fire damage through self-ignition due to mechanical effects or
impact, the battery pack must be monitored for at least one hour at a
fireproof, well ventilated place. To avoid the risk of undetected damage
to the battery pack, we recommend disposing of the battery pack
according to the valid regulations.
Note:
If a battery-operated VEGA instrument is returned for repair, the
battery/power pack must be removed. Please send only the instrument, not the battery/power pack.
Disposal
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Note:
Batteries and accumulators contain some environmentally harmful but
also some valuable raw materials that can be recycled. For that reason
batteries and accumulators must not be disposed of in household
waste.
All consumers are legally obligated to bring batteries to a suitable
collection point, e.g. public collection points. Y ou can also return the
batteries and accumulators to us for correct disposal. Due to the very
strict transport regulations for lithium-based batteries/accumulators,
this is normally not a good idea because shipment is very expensive.
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5 Reaction in case of contamination/fire
5 Reaction in case of contamination/fire
Contamination
In case of fire
Avoid contact with parts of the battery, e.g. after battery leakage or
mechanical damage. If this happens nevertheless, observe the
following:
l Skin contact: Immediately remove contaminated clothes, rinse
thoroughly with water and consult the doctor
l Eye contact: Rinse thoroughly for at least 15 minutes with water
and consult the doctor immediately
l Swallowing: Immediately drink plenty of water and consult the
doctor
l Inhalation: Immediately get the person into fresh air and seek
medical advice
In case of a fire in the environment, bring the batteries and
accumulators immediately to a safe place as long as this is possible
without risk. If lithium-based cells burn, toxic gases are released and
therefore it is necessary to inform the fire brigade. For that reason,
leave closed rooms immediately. Inform the fire brigade that lithium
cells are burning. The necessary measures are listed in the attached
safety data sheet from the battery manufacturer as well as in UN 3090/
3091 or UN 3480/3481.
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6 Supplement
6 Supplement
6.1 Technical data
PLICSAKKU for VEGAPULS
Accumulator typeLithium-Polymer, chargeable
Number of cells4, with 3.7 V each
Operating voltage, accumulator pack14.8 V DC
Energy contentapprox. 4.7 Wh
Lithium content< 2 g
Chemical constituents
- Lithium-Cobalite (LiCoO
- Graphite Powder (C)20 … 25 %
- Electrolyte (LiPF
, C3H10O3)
C
4H6O3
- Polyethylene (C
2H4
- Copper Foil (C)5 … 10 %
- Nickel (Ni)2 … 3 %
- Polyvinylidene fluoride (CH
- Polypropylene (C
- Aluminium foil (Al)5 … 10 %
Charging time with completely empty
accumulator
Transport and operating temperature
- Charging0 … +45 °C (32 … +113 °F)
- Discharging-20… +60 °C (-4 … +140 °F)
Recommended storage temperature0 … +25 °C (32 … +77 °F)
)35 … 40 %
2
6C3H4O3
,
19 … 15 %
)n0.5 … 1 %
)n0.5 … 1 %
2CF2
)n2 … 5 %
3H6
approx. 4 hours
Battery charger
Technical data see operating instructions of the sensor
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6.2 Liability exclusion
This safety data sheet gives you a short summary of our knowledge and recommendations. We
cannot guarantee completeness with respect to worldwide regulations or possible dangers. The
existing information was obtained from sources w e believe to be reliable and, according to our
knowledge, was correct at the time of pu blication.
The specifications in this document refer to current knowledge, however, they are not an assurance
of product properties and do not justify a contractual legal relationship. We do not accept
responsibility or give a warranty for the provided information.
VEGA declines any liability for losses and damages resulting directly or indirectly from the use of the
batteries/accumulators or the information in this safety instruction.
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