Sanyo SEB-014 User's Manual
Contents
1. 49 89 4600950 FAX 49 89 460095190 Scandinavia Representative Office TEL 45 33 27 09 10 FAX 45 33 27 04 44 Italy Representative Office TEL 39 2 55180490 FAX 39 2 55180502 France Representative Office TEL 33 1 4131 8484 FAX 33 1 4131 8485 SANYO Energy UK Company Ltd TEL 44 1442 213121 FAX 44 1442 212021 e For more detailed information contact the above A P This brochure was printed on recycle paper AUSTRALIA SANYO Australia Pty Ltd TEL 61 2 8825 2822 FAX 61 2 9678 9381 SANYO Energy HK Company Ltd TEL 852 2301 2213 FAX 852 2301 2191 SANYO Energy Taiwan Co Ltd TEL 886 2 2522 1311 FAX 886 2 2543 4659 e SANYO Energy Singapore Corporation Pte Ltd TEL 65 6736 3100 FAX 65 6736 1230 SANYO SANYO Electric Co Ltd lt Soft Energy Company gt lt Factory Sales gt Sumoto city Hyogo Japan TEL 81 799 24 4111 FAX 81 799 24 4123 Printed in Japan 2002 10 10 0002. SANYO Sanyo Lithium Polymer Rechargeable Batteries New generation rechargeable battery that technology of completely gel type electrolyte with high ton conductivity brings Lithium Polymer Battery Presently demand is rising rapidly for lightweight and thin portable information amp communication devices such as portable phones portable audio systems and PDA personal digital assistants Similarly there is demand for thin and lightweight batteries for use in these devices SANYO s lithium polymer battery can be utilized in a wide variety of market products SANYO has developed and introduces a lithium polymer battery that achieves an ultra thin under 4mm with high performance through its own original technology and high reliability employing a complete gel type electrolyte Lithium polymer battery is new generation rechargeable battery to meet the demands of evolution to various thinner and lighter battery 4 J y A n Wip Model of Gel type Electrolyte Structure model of electrolyte geled by cross linked polymer ee Main Features Kh Performance and High Reliability with Newly Developed Complete Gel Type Electrolyte The newly developed polymer electrolyte obtains superb long life reliability featuring more than 500 recharging cycles while also achieving high performance gravimetric energy density of 166Wh kg amp volumetric energy density of 348Wh l Electrolyte Cro
3. harging operation outside this temperature range can lead to damage and or overheating of the battery pack and may cause damage to it If electrolyte from the battery pack contacts your skin or clothing immediately wash it away with running water Otherwise skin inflammation can occur Store the battery pack in a location where children cannot reach it Also make sure that a child does not take out the battery pack from the battery pack charger or equipment Before use carefully study the Operation Manual and Precautions For further information contact a nearest SANYO distributor or representative Safekeep the manual for future reference For recharging procedures refer to the Operation Manual of your battery pack charger If you find rust a bad odor overheating and or other irregularities when using the battery pack for the first time return it to your supplier or vendor USA e SANYO Energy USA Corporation TEL 1 619 661 6620 FAX 1 619 661 6743 New Jersey Office TEL 1 201 843 7200 FAX 1 201 843 3870 e SANYO Energy Europe Corporate Chicago Office TEL 1 630 285 0333 FAX 1 630 285 1133 Florida Office TEL 1 352 376 6711 FAX 1 352 376 6772 Atlanta Office TEL 1 770 476 4558 FAX 1 770 476 7558 Dallas Office TEL 1 972 398 0307 FAX 1 972 398 8477 CANADA e SANYO Canada Inc TEL 1 416 421 8344 FAX 1 416 421 8827 ASIA EUROPE GmbH TEL
4. ll result in reverse charging possibly leading to damage overheating smoke emission bursting and or ignition of the battery pack Do not connect the battery pack to an electrical outlet vehicle cigarette lighter etc When subjected to large voltage overcurrent can flow on the battery pack possibly leading to damage overheating smoke emission bursting and or ignition Do not use the battery pack for a purpose other than those specified Otherwise its guaranteed performance will be lost and or its service life will be shortened Depending on the equipment in which the battery pack is used excessively high current can flow through battery pack possibly damaging it and leading to damage overheating smoke emission bursting and or ignition If the battery pack damages and the electrolyte gets into the eyes do not rub them instead rinse eyes with clean running water and immediately seek medical attention Otherwise eye injury may result A Warning 1 Do not use the battery pack in combination with primary battery packs such as dry cell battery packs or battery packs of different capacities or brands Otherwise the battery pack can be overdischarged during use or overcharged during recharging abnormal chemical reactions may occur possibly leading to damage overheating smoke emission bursting and or ignition If recharging operation fails to complete even when a specified recharging time has elapsed immediately stop f
5. nal Nominal ae Number Voltage V Capacity mAh Weight g Size HXWXL mm UPF323456L 3 500 13 3 3 25 X 34 0 x 56 0 UPF383456L 3 640 14 5 3 90 x 34 0 x 56 0 UPF363562 3 620 15 4 3 0X34 7x61 0 UPF373581 3 7 940 21 0 3 60 X 34 5 x 80 5 Applications Discharge Rate Characteristics Charge CC CV 500mA 4 2V It 20 cut off Discharge CC 500mA x0 2 x1 x2 2 75V cut off Temp 20 C Cell Voltage V 0 100 200 300 400 500 600 Discharge Capacity mAh Discharge Temperature Characteristics Charge CC CV 500mA 4 2V It 20 cut off Discharge CC 500mA 2 75V cut off Cell Voltage V 0 100 200 300 400 500 600 Discharge Capacity mAh Volumetric Energy Density Gravimetric Energy Density STAND Wh Wh kg 1 85 299 139 2 3 319 163 2 29 293 149 3 48 348 166 1 Discharge 0 2ItA E V 2 75V Min 2 The maximum thickness of the standard shipment charging condition Cellular phone PHS PDA Notebook computer Personal transceivers Handy terminal Camcorder Digital camera Head set stereo CD player Mini Disc player etc L Type Cell PCB less type The batteries attached L at their suffix are high safety models which are used our original ian 4 super efficient Manganese in the positive electrode As they can prevent the unsafe situation at E E the over charging these cells can be attached to equipments without PCB 7 However they are recommended to assemble p
6. rotection devices or to install measures in order to protect from the over current and the over discharge mode when they are used without PCB lt gt Protection Circuit Board Lithium Polymer Battery Handling Precautions 10 11 12 13 14 A Danger Do not disassemble or modify the battery pack The battery pack is equipped with built in safety protection features Should these features be disabled the battery pack can damage overheat emit smoke burst and or ignite Do not connect the positive and negative terminals with a metal object such as wire Do not transport or store the battery pack together with metal objects such as necklaces hair pins etc Otherwise short circuiting will occur overcurrent will flow causing the battery pack to damage overheat emit smoke burst and or ignite or the metal object such as wire necklace or hair pin can generate heat Do not discard the battery pack into fire or heat it Otherwise its insulation can melt down safety features will be damaged and or its electrolyte can ignite possibly leading to damage overheating smoke emission bursting and or ignition on it Do not use or leave the battery pack near a heat source such as fire or heater 80 C or higher If the resin separator should be damaged owing to overheating internal short circuiting may occur to the battery pack possibly leading to damage overheating smoke emission bursting and or ignition of the batter
7. short circuiting can occur possibly leading to damage overheating smoke emission bursting and or ignition Do not strike or throw the battery pack The impact might cause damage overheating smoke emission bursting and or ignition And also if the protective feature in it may become damaged it will be charged with extremely high current and voltage abnormal chemical reactions can occur possibly leading to damage overheating smoke emission bursting and or ignition Do not use an apparently damaged or deformed battery pack Otherwise damage overheating smoke emission bursting and or ignition of the battery pack may Occur Do not directly solder the battery pack Otherwise heat can melt down its insulation damage its gas release vent or safety features possibly leading to damage overheating smoke emission bursting and or ignition Do not reverse the positive and negative terminals Otherwise during recharging the battery pack will be reverse charged abnormal chemical reactions then may occur or excessively high current can flow during discharging possibly leading to damage overheating smoke emission bursting and or ignition The positive and negative terminals are arranged in a particular orientation Do not force the connection if you cannot easily connect the battery pack terminals to the battery pack charger or other equipment Confirm that the terminals are correctly oriented Reversing the terminals wi
8. ss linked Polymer Structure of Lithium Polymer Battery Excellent Discharge Characteristics that Allow for Discharge at 20 C Typical points of weakness for lithium polymer batteries were its load and temperature characteristics This newly developed polymer electrolyte possesses high ion conductivity even at low temperatures thus making possible discharges at 20 C Achieves an Ultra Thin Type Cross section Thickness of Under 4mm Casing Aluminum laminate film Positive electrode collector Positive electrode Gel type electrolyte Separator Negative electrode Negative electrode collector It was possible to achieve both an ultra thin type thickness of under 4mm and obtain high leakage resistance even when utilizing thin and light aluminum laminated film as the exterior packaging material because the electrolyte is completely gel type Charge Characteristics 45 Charge CC CV 500mA 4 2V It 20 cut off Temp 20 C 1000 Call Voltage UPF 823456L 4 0 800 800 5 S D lt D 3 5 600 600 x gt O c 5 3 0 400 400 amp cad gt 4 O O O 2 5 200 200 2 00 30 60 90 120 150 l Charge Time min Cycle Characteristics Charge CC CV 500mA 4 2V It 20 cut off 600 Discharge CC 500mA 2 75V cut off Temp 20 C Ka lt E S Pan O a9 Q a9 O ab an O 2 O Cycle Number 9 Ratings Model Nomi
9. urther recharging Otherwise damage overheating smoke emission bursting and or ignition can occur Do not put the battery pack into a microwave oven or pressurized container Rapid heating or disrupted sealing can lead to damage overheating smoke emission bursting and or ignition If the battery pack damages or gives off a bad odor remove it from any exposed flame Otherwise the electrolyte may catch fire and the battery pack may emit smoke burst or ignite If the battery pack gives off an odor generates heat becomes discolored or deformed or in any way appears abnormal during use recharging or storage immediately remove it from the equipment or battery pack charger and stop using it Otherwise the problematic battery pack can develop damage overheating smoke emission bursting and or ignition A Caution 1 Do not use or subject the battery pack to intense sunlight or hot temperatures such as in a car in hot weather Otherwise damage overheating and or smoke emission can occur Also its guaranteed performance will be lost and or its service life will be shortened The battery pack incorporates built in safety devices Do not use it in a location where static electricity greater than the manufacturers guarantee may be present Otherwise the safety devices can be damaged possibly leading to damage overheating smoke emission bursting and or ignition The guaranteed recharging temperature range is 0 40 C A rec
10. y pack Do not immerse the battery pack in water or seawater and do not allow it to get wet Otherwise the protective features in it can be damaged it can be charged with extremely high current and voltage abnormal chemical reactions may occur in it possibly leading to damage overheating smoke emission bursting and or ignition Do not recharge the battery pack near fire or in extremely hot weather Otherwise hot temperatures can trigger its built in protective features inhibiting recharging or can damage the built in protective features causing it to be charged with an extremely high current and voltage and as a result abnormal chemical reactions can occur in it possibly leading to damage overheating smoke emission bursting and or ignition To recharge the battery pack use the battery charger specifically designed for the purpose and observe the recharging conditions specified by SANYO A recharging operation under non conforming recharging conditions higher temperature and larger voltage current than specified modified battery charger etc can cause the battery pack to be overcharged or charged with extremely high current abnormal chemical reaction can occur in it possibly leading to damage overheating smoke emission bursting and or ignition Do not pierce the battery pack with a nail or other sharp objects strike it with a hammer or step on it Otherwise the battery pack will become damaged and deformed internal
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