For customer service issues, please call 1-866-848-9912
or visit us online at www.sanyobatteries.com.
Call GE SANYO at (866) 848-9912 • SANYO Energy (U.S.A.) Corp.,
c/o XWG, 1840 County Line Road Huntingdon Valley, PA 19006
Charger Model #NC-MQN06
sanyo@accessoryhelp.info • www.sanyobatteries.com
Notes on Safety (Please read for proper use.)
Severity of symbol
Regarding eneloop Ni-MH batteries
Danger - Very close to causing death or heavy damage
Please follow the instructions below to avoid damage or injury.
to human body.
Warning - May cause death or heavy damage to
Danger
human body.
Caution - May cause heavy damage to human body
• Do not dispose of in fire. Do not heat, deform, solder, dissamble or
or property damage.
modify.
• Do not insert batteries with the (+) and (-) ends reversed.
Example of the symbols
• If leaked liquid gets in the eyes, wash them with clean water and
This symbol is to inform that the action written inside of the
consult a doctor immediately.
symbol is prohibited. (Left is to prohibit you from taking apart)
• Batteries should not be used in underwater lighting or in sealed
electronic devices.
Safety issues of charger
Warning
Danger
• Do not connect the (+) and (-) ends with metal objects. When
carrying or storing batteries, avoid direct contact with metal objects.
Use under the specified voltage
• Children should be supervised while handling the batteries.
Please use under AC100V to 240V. Otherwise, may
cause high heat, fire breakout, electric shock, or harm to
• Do not peel off or damage the outer tube.
human body.
• If leaked liquid gets on the skin or clothing, wash off with clean water
Warning
immediately.
• Do not connect 10 batteries or more in series.
Do not allow metal objects come into contact with charger.
Caution
May cause electric shock, excessive heat, or fire.
This appliance is not intended for use by persons
Operating temperature range for Ni-MH battery eneloop
(including children) with reduced physical, sensory or
• Discharge
23°F to 122°F
mental capabilities, or lack of experience and knowledge,
• Recharge
41°F to 95°F
unless they have been given supervision or instruction
• Store
- 4°F to 86°F
concerning use of the appliance by a person responsible
• Outside of the indicated range, battery’s performance and
for their safety. Children should be supervised to ensure
life-cycle may decrease.
that they do not play with the appliance. Do not charge
Do not use these batteries together with dry cells, other types of
non-rechargeable batteries.
batteries, new or old batteries together, or batteries with different
charge levels.
Caution
May deform charger causing high heat, leakage,
Correctly use “eneloop”
or explosion.
Ni-MH battery
Do not place heavy objects on top of the charger. Avoid
unstable locations like areas with strong magnetic fields or
About Charging
dust. May cause excessive heat or fire.
Depending upon storage condition, typically eneloop does not need to
Charger should be used between 41°F to 95°F. If ambient
be recharged for the first time if used within 2 years from the
temperature is higher, charger may cause the battery to leak
manufactured date. However, there may be a time when some digital
or rupture.
cameras may display the low battery indicator. In these cases, please
recharge.
Charging Safety
Please recycle used rechargeable batteries.
Do not charge near hot temperatures like an electric blanket,
stove, near direct sunlight, inside of a car, or under hot sun, etc. In
All rechargeable batteries contain precious
addition, please do not cover the charger with a blanket. In such
resources that can be reused. To learn more
cases, battery would not be fully charged because the temperature
about recycling or to find a drop-off location,
inside of the charger will become hot, and the safety protective
please visit http://www.rbrc.org
function will be activated and stop charging.
* All statements concerning capacity (mAh) or the life of the battery (cycle
Please charge at temperature between 41°F to 95°F.
life) are based on IEC61951-2.
* Statements concerning long term storage is based on simulations at room
temperature.