BR1225 RAYOVAC, BR1225 Datasheet - Page 21

LITHIUM BATTERY, 3V, COIN CELL

BR1225

Manufacturer Part Number
BR1225
Description
LITHIUM BATTERY, 3V, COIN CELL
Manufacturer
RAYOVAC
Datasheet

Specifications of BR1225

Battery Size Code
Coin Cell
Battery Capacity
50mAh
Battery Voltage
3V
Battery Technology
Lithium
Battery Terminals
Pressure Contact
External Diameter
12.5mm
External Height
2.5mm
Lead Free Status / RoHS Status
na

Available stocks

Company
Part Number
Manufacturer
Quantity
Price
Part Number:
BR1225
Manufacturer:
MAXWELL
Quantity:
4 000
Part Number:
BR1225-1VC
Manufacturer:
STANLEY
Quantity:
3 000
Part Number:
BR1225-3V
Manufacturer:
PANASONIC
Quantity:
8 000
Part Number:
BR1225/1HC
Manufacturer:
SMSC
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3 000
Part Number:
BR1225/H1A
Manufacturer:
TAIYO
Quantity:
4 000
Part Number:
BR1225A/HBN
Manufacturer:
Panasonic
Quantity:
4 000
XII. Recommended Storage, Handling and Disposal Procedures
A. Storage and Date Codes
BR Lithium cells and FB Lithium batteries are
electrochemical devices which depend upon
internal chemical reactions to produce electrical
power. These reactions are accelerated by high
temperatures and retarded by low temperatures.
Therefore, to minimize power loss during storage,
batteries should be stored at ambient temperature,
21°C (70°F). Storage at lower temperatures is not
necessary nor recommended due to the possibility
of shorting from moisture condensation.
To maximize battery power, the following storage
procedures should be observed:
1. Rotate inventory. Maintain a first in, first out
2. Avoid storage in high temperature areas. Make
B. General Precautions
BR Lithium cells and FB Lithium batteries should
not be inserted improperly, recharged, or
disposed of in fire
Take precautions to insure correct polarity of the
battery in the device
Recharging of batteries may cause leakage
Never short-circuit, disassemble, or subject
batteries to excessive heat
Never expose Lithium to moisture
Do not solder directly to battery case
Improper welding can damage internal
components and impair battery performance
Damaged or penetrated batteries could present a
fire hazard. Handle all damaged batteries with this
caution in mind.
method of stock storage and usage. The
manufacture date of Rayovac cells and batteries
are identified by a date code stamped on the
individual products.
sure that cells and batteries are stored away
from hot air vents, radiators, motors, and
equipment that generates heat. Avoid storage
near windows or skylights where the sun can
generate heat.
21
C. Handling and Shipping
Batteries are vulnerable to short circuiting if not
handled, packaged, or transported properly. Cell
types which have their positive and negative
terminations in close proximity to each other, or
tabbed cells, are particularly susceptible to short
circuiting if not handled properly. In prototyping
and assembly operations, care should be taken to
avoid placing these products on conductive
antistatic mats.
To avoid potential short circuit and shipping
damage situations:
1. Always store the batteries in the trays and/or
2. Rayovac offers individually packaged cells and
3. Never place or dump batteries on conducting
4. Never ship batteries or completed circuit boards
5. Use caution with measuring equipment. Insulate
6. Make sure batteries installed in equipment
cartons in which they were shipped. Whenever
possible, reship the batteries in undamaged
original trays and/or cartons.
batteries, designated by a "-1" suffix on the part
number. This allows for the safe handling and
transport of batteries in smaller quantities.
surfaces such as metal tables or shelves.
Do not co-mingle batteries.
with installed batteries in anti-static bags as
the bags are conductive and will short out
the battery.
metal micrometers and calipers with tape to
avoid short circuiting batteries during
dimensional checks.
are securely or permanently installed prior
to packaging.

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