SPECIFICATION FOR ALKALINE BATTERY Type: LRIZGCNN RECEIVED TOSHIBA HOME APPLIANCES CORPORATION April 24,2015 Battery Business Div. 5.
1. Applicability This specification is Proust Country of origin: Related standards 2. Ratings: 2. 1 Battery type! 2. 2 Nominal voltage: Standard weight: NR A 8 Terminals: PRODUCT SPECIFICATION applicable to the following product. Alkaline Manganese Dioxide Battery LR14GCNN China IEC 60086-1, IEC BOOR-2 LR £57 3 Shape and dimensions: Bee Mg I, Better Dimensions. 2g Positive electrode — cap terminal Negative electrode — base terminal 2.
Items Requirements Conditions Minimum 200k ) | Initial 86.0 or linger . | Load resistance: 200,10 average intermittent . . Discharge time: 4 hours/day Duration discharge After 78.5 or longer End-point voltage: 8.9V by 12 months QUOTE 1. The requirements of Treble 1 represent values measured or obtained at the ambient temperature of 2022C and st the relative humidity of (60H15)%. NOTE 2. Test specimen batteries shall be stored at the ambient temperature of 20+2C and at the relative humidity of (6015)%.
8. 4 Leakage characteristics: Requirements of Tables J have to be satisfied. {Table 2} Test items Requirements Test conditions Temperature, humidity: 202°C, (BU%15) %RH Electrolyte Load resistance: 3.040. M950 leakage on Completion of test: The instant when the over discharge No electrolyte leakage unload voltage decreases below 409% of Initial | or deformation find able the nominal voltage for the First time, by visual check Temperature! 45:22°C Electrolyte Lo . Humidity: TO%RH or below leakage at high .
(Fig. 1) BATTERY DIMENSIONS D “0 , 262 3 4 075%, 50.0 44 © 13 min.
Precautions when using Alkaline manganese batteries 1. Precautions when designing battery appliances. If the batteries are improperly used, leakage, heat, explosion, ste. may happen Pay attention to the following matters at the designing of appliances. (recantations when designing battery compare tent.
@ When choosing the material for the battery compartment, shocks and environment should be considered. ’ If vibration or shocks can be estimated, take 2 measure so that the construction of the compartment can absorb it. @ Avoid the connection of batteries in serial-parallel or in parallel, as much as possible. Pay attention. especially for serial-parallel or -parallel connection because if the arrangement is mistaken, the batteries may continent te discharge or may be recharged even If the switch ig off.
@ To avoid reverses insertion of batteries, the form of the contact point should make use of the shapes difference of ©O battery terminals, as much as possible. 05 When the external substitute electric source is used, the circuit should be designed to veld charging or forced discharging of catteries. @ To ensure the prevention of charging batteries, a protective circuit should be installed, {recantations at apparatus manufacturing (I Do not give ultrasonic vibration to the batteries.
@ For storage in warehouse or display in shop window, keep the batteries away from long duration direct sunlight and Tom rein water The exposition of the batteries to high temperature may increase their deterioration or induce leakage, Besides, if the batteries get wet, the insulation will decrease and rust gathering or leakage will occur more easily. Besides, batteries flocked by families are increasing: in this sacs, the matters that McGuire attention are as mentioned above.
7 /\ DANGER If the alkaline solution of the batteries touches the eyes, Injury such as loss of eyesight may caused. Do not ruh the ayes, but flush the eves employ with abundant clean water such ag city water and then receive medieval treatment without delay. A WARNING (I) Seep batteries out of reach of babies and little children. If by any chance, the batteries are swallowed, consult the doctor without delay, {An eject of indication: LRO3-LR1} @ Do not interstate, heat, disassemble or remodel the batteries.
r @ Do not mix and use “different types or brands of batteries” wer “used and new batteries” together. The difference of characteristics may cause lezksge, heat or explosion. @ These batteries are not designed to be recharged If recharged, the insulator or the inside structure may be damaged, and the batteries mey leak, heat or explode. @ Remove promptly the used batteries from the apparatus.
@ Keep the batteries away from water. The batteries may heat. & The specification or the performance of the batteries may be sometimes not appropriate, depending on applications or apparatus: use correctly the appropriate batteries in accordance with the operating instructions and notices of the apparatus. @ At the storage of batteries, avoid direct sunlight, high temperature snd high humidity places. Leakage may Jalapeno. Beside, the performances and the life of the batteries may decreases.
SPECIFICATION FOR ALKALINE BATTERY Tempe: ORTHOGONAL RECEIVED i April 24,2015 TOSHIBA HOME APPLIANCES CORPORATION Battery Business Div. &.
1. Applicability Product Country of y This specif PRODUCT SPECIFICATION cation is applicable to the following product. origin: Related standards : Ratings 1 Battery Nominal BOM type: voltage: Alkaline Manganese Dioxide Battery LOGON China IEC 60UBG-1, IEC 500852 LR2@ 1.5% Shape and dimensions’ See Fig. 1, Better Dimensions. 4 Standard weight ling 5 Terminals: Positive electrode ~ cap terminal Negative electrode — base terminal 2.
Tons Requirements Conditions 10-ohm Minimum Initial 95.0 or longer | Load resistance: intermittent . . average Partitive re Discharge time! 4 hour/day discharge or Duration 8 87.0 or longer | Endpoint voltage’ 0.8V [Et] 12 months NOTE I. The requirements of Table 1 represent values measured or obtained at the ambient temperature of 20%3C and at the relative humidity of (HOZ1E)%. NOTE 2. Test specimen batteries shall he sired at the ambient temperature of 20L2T NOTE 3.
3. 4 Leakages characteristics: Requirements of Table 3 have to he satisfied. (table 2} Test items Requirements Text conditions Temperature, uni T REIT, Electrolyte ‘ Load resistance! leakage on Completion of test! The instant she the over discharge No electrolyte leakage unload voltage decreases below 40% of Initial | or deformation indubitable the nominal voltage for the First time. by visual check, Temperature: 45:27 Humidity? T0%RH or below Stare time: To be kept standing open for 30 days.
(Fig. 1} BATTERY DIMENSIONS 1.5 min, 61.5 2 @18 min.
Precautions when using Alkaline manganese batteries 1. Precautions when designing battery appliances. If the batteries are improperly used, leakage, heal. explosion, etc. may happen. Pay attention to the following matters at the designing of appliances. ()Precautions when designing battery compartment.
@ When choosing the material for the battery compartment, shocks and environment should be considered. If vibration or shocks can be estimated take a measure so that the construction of the compartment can absorb it. @ Avoid the connection of batteries in serial-parallel or in parallel, ss much as possible. Pay attention especially for serial-parallel or parallel connection because if the arrangement is mistaken, the batteries may continue to discharge or may be recharged even If the switch is off.
@ To avoid reverse insertion of batteries, the form of the contact point should make use of the shape difference of @E battery terminals, as much as possible @ When the external substitute electric source is used, the circumvent should be designed to veld charging or forced discharging of batteries.
@ For storage in warehouse or display in shop window, keep the batteries sway from long duration direct sunlight and from rain water The exposition of the batteries te high temperature may increase their deterioration or induce leakage. Besides, if the batteries get wel, the insulation will decrease and rust gathering or leakage will occur mare easily.
A DANGER If the alkaline solution of the batteries touches the ayes, injury such as loss of eyesight may caused, Do not rub the eyes, but flush the eves simply with abundant clean water such as city water and then receptive medical treatment without delay. NT A\WARN {NG (I) Keep batteries out of reach of babies and little children IE by any chance, the batteries are swallowed, consult the doctor without delay.
@ Bo not mix and use “different types or brands of batteries” nor “used and new batteries” together. The difference of characteristics may cause speckle, jest or implosion. @ Tess batteries are not designed ‘to be recharged If recharged, the insulator or the inside structure may be damaged, and the batteries may leak, heat or explode. @ Remove promptly the used barristers from the apparatus.
® Keep the batteries away from water. The batteries may heat. @& The specification or the performance of the batteries may be sometimes not appropriate, depending on applications or apparatus: use correctly the appropriate batteries in accordance with the operating instructions and notices of the apparatus. ’ @ At the storage of batteries, avoid direct sunlight, high temperature and high humidity places. Leakage may happen. Beside, the performance amd the rife of the batteries msy decrees.
tens Requirements Conditions 10-ohm Initial 13.5 or longer | Load resistance: (00.0560 intermittent . } ; Discharge time: 1 hour/day I. discharge After Minimum discourage 11.0 or longer | End-point voltage: 0.9V (h} 12 months average 43~ohm Co . . duration Initial 59.0 or longer | Load resistance: intermittent . : Discharge time: 4 hours/day discharge After ° ® 48.0 or longer | End-point voltage: (.5V (ny 12 months NOTE 1.
3.4 Linkage characteristics: Requirements of Table 2 have to be satisfied. (Table 2) Test items Requirements Test conditions Temperature, humidity: (80215) %8H Electrolyte load resistance! 10:0. 050 leakage on Completion of test: The instant when the over discharge Ho electrolyte leakage unload voltage decreases below 40% of Initial | or deformation find able the nominal voltage for the First time, by visual check. Temperature: 45+ 2% Electrolyte ji .
2019. 2.20 Afi the design concept an bi Prohibited Reuse S0a%e subs [SRE CELL image CELL image LT ALKALINE TOSHIBA Las Bi cal ie .
Precautions when using Alkaline manganese batteries 1. Precautions when designing battery appliances, If the batteries are improperly used, leakage, heat, explosion, wee. may happen. Pay attention to the following matters at the designing of appliances. {1}Precautions when designing hetero compartment, (@ The battery compartment should be made so that replacing of batteries is easy, wheels softer loading of batteries easy release should be avoided.
@ When choosing the material for the battery compartment, shocks and environment should be considered. If vibration or shocks can be estimated, take = measure so that the construction of the compartment can absorb it. dD Avoid the connection of batteries in serial-parallel or in parallel, as such as possible.
@ To avoid reverse insertion of batteries, the form of the contact point should make use of the shapes difference of BS battery terminals, as much as possible. 5 When the external substitute electric source is used, the circuit should be designed to veld charging or forced discharging of hatcheries.
(@ For storage in warehouse or display in shop window, keep the batteries away from long duration direct sunlight and from rain water. The exposition of the batteries to high temperature may increase their deterioration or induce leakage. Besides, if the batteries get wet, the insulation will decrease and rust gathering or leakage will scour more easily, Besides, batteries stocked by families are increasing in this sane, the matters that require attention are as mentioned above.
/A\ DANGER If the alkaline solution of ihe batteries touches the eves, injury such as loss of eyesight way caused. Do not rub the eyes, but flush the eyes amply with abundant clean water such as city Walter ond them receive medical treatment without delay. /MA WARNING (0 Keep batteries out of reach of babies and little children If by avy chance, the batteries are swallowed, consult the doctor without delay, {An object of indication: LRO3-LRL) @ bo net incinerate, jest, disassemble or remodel the batteries.
@ Po not mix and use new batteries” together The difference of characteristics “different types or brands of batteries” may cause leakage, nor “used and beat or explosion. ® These batteries ave not designed to be recharged. If recharged, the insulator or the inside structure may be damaged, and the batteries may leak, heat or explode. @ Remove promptly the used batteries from the apparatus.
® Keep the batteries away from water, The batteries may heat. @ The specification or the performance of the batteries may be sometimes not appropriate, depending on applications or apparatus: use correctly the appropriate batteries in accordance with the operating instructions and notices of the apparatus. ( At the storage of batteries, avoid direct sunlight, high temperature and high humidity places. Leakage may happen. Beside, the performance and the life of the batteries may decrease.
TOSHIBA Confidential Lending Innovation 2» Technical Data for Alkaline Dry Battery Type: LR6 w= Sades in China 2019/04/08 TOSHIBA HOME APPLIANCES CORPORATION Battery Business Div.
TOSHIBA Confidential Leading Innovation 3» Satin Battery system Alkaline Dry Battery Battery type LR6 Nominal Voltage 1.5V Discharge condition Service Life (1) 10£2 Continuous 18.5 hours, San eet (2) 100 10/Day 18.5 ours. (33.90 1h/Day 7.0 hours. (4) 4302 4/Day 88.0 hours. Standard Weight 23g Cap Terminals Fe + Ni plate Terminals Base Terminals Fe + Ni plate Outer Overall bright dimensions tetrameter Usable temperature range -10 ~45deg. C This is val for guaranteed.
TOSHIBA Leading innovation | 33 LR6 Discharge Characteristics Test condition : 102 continuous discharge, Initial, 20deg. C Confidential Voltage Service Life (h) This is only for reference. {not guaranteed.) The information contained herein may be changed without prior notice.
TOSHIBA Confidential Leading Innovation 2» LR6 Discharge Characteristics Test condition : 3.9Q Holiday |, Initial, 20deg. C 1.80 1.70 1.60 1.50 1.40 1.30 1.20 1.10 1.00 0.90 Voltage (V) 0.80 0.70 0.60 Service Life (h} This is only for reference. {not guaranteed.) The information contained herein may be changed without prior notice.
TOSHIBA Leading Innovation ' 2 LR6 Discharge Characteristics Test condition : 1002 1h/Day , Initial, 20deg. C Confidential 1.80 1.70 1.60 1.50 1.40 1.30 1.20 1.10 1.00 Voltage (V) 0.90 0.80 0.70 0.60 Service Life (h) This is only for reference. (nol guaranteed } The information contained herein may be changed without prior notice.
TOSHIBA Leading Innovation > LR6 Discharge Characteristics Test condition : 43Q 4h/Day |, Initial, 20deg. C Confidential 1.80 1.70 1.60 1.50 140 1.30 1.20 1.10 1.00 0.90 0.80 Po Voltage (V) 0.60 Service Life (h) This is only for reference. (not guaranteed.} The information contained herein may be changed without prior notice.
TOSHIBA Confidential Leading innovation >» LR6 Storage Characteristics [(D Discharge condition: 10Q day End-voltage 0.9V] 100 Retention Storage period (months) [@Discharge condition: 43 Q holiday End-voyage 0.9V) 160 Retention Storage period (months) [Note] 1.Discharge temperature, relative humidity storage temperature, relative humidity: 2022°C 3. rate This is only for reference (not guaranteed.
TOSHIBA Confidential Leading Innovation ' 3» LR6 Leakage Performance Test items) Electrolyte Leakage (34) Storage period Test condition maydays holidays days Sodas Iyar year Room condition Room temperature Storage at high temperature and high humidity deg This is only for guaranteed. This information contained herein may be changed without prior native.
TOSHIBA Leading Innovation . 2» Year This is only for guaranteed.) This information contained herein may be changed without prior notice.
TOSHIBA "Confidential Leading Innovation >> LR6 Battery $14.5 40 | P55 ion $7.0 min. | Unit: mm ‘Terminals: Positive-cap terminal Negative-base terminal Outer shell: Shrink-abet This is only for reference. (not guaranteed.) This information contained herein may be changed without prior notice.
Test items Requirements Conditions Wintry | | 450 or leer | Load resistance: 760.3750 average Termite taint Discharge time! 4 hours/day duration discharge After 38.5 or longer | Endpoint voltage: 0.8V { 12 months NOTE I. The requirements of Table I represent values measured or obtained at the ambient temperature of 20420C and at the relative humidity of NOTE 2. Test specimen batteries shall be stored at the ambient temperature of 20429 and at the relative humidity of NOTE 3.
3.4 Leakage characteristics: Requirements of Table 2 have to be satisfied {Table 2) [rems Requirements Conditions Temperature, humidity: {60+ 15) %RM Electrolyte Load resistance: 2020.10 leakage on Completion of test: The instant when the aver discharge No electrolyte leakage on—load voltage decreases below 40% of Initial | or deformation find able the nominal voltage for the first time.
2019. 2.20 Afi the design concept an bi Prohibited Reuse S0a%e subs [SRE CELL image CELL image LT ALKALINE TOSHIBA Las Bi cal ie .
Precautions when using Alkaline manganese batteries 1. Precautions when designing battery appliances. If the batteries are improperly used, leakage, heat, explosion, ste. may happen. Pay attention to the following matters at the designing of appliances. (Recantations when designing battery compartment.
@ When choosing the material for the battery compartment, shocks and environment should be considered. It vibration or shocks can be estimated, take # measure so that the construction of the compartment can absorb it.
D To avid reverse insertion of batteries, the form of the contact point should make use of the sheep difference of @E battery terminals, as much as possible. 0% When the external substitute electric source is used, the circuit should be designed to avoid charging or forced discharging of batteries, @ To ensure the prevention of charging batteries, a protective circuit should be installed. (2)Precautions at apparatus manufacturing A Bo not give ultrasonic vibration to the batteries.
(@ For storage in warehouse or display in shop window, keep the batteries away from long duration direct sunlight and from rain aster. The exposition of the batteries to high temperature may increase their deterioration or induce leakage. Besides, {f the batteries get wet, the insulation will decrease and rust gathering or leakage will occur more easily. Besides, batteries stocked by families are Increasing; in this cede, the matters that require abstention are as mentioned above.
/\ DANGER If the alkaline solution of the batteries touches the eyes, injury such as loss of eyesight way caused. Bo wot rab the eyes, but flush the eves amply with abundant clean wale such as city water and then receive medical treatment without delay. > A WARNING (D Keep batteries out of reach of babies and little children If by amy chance, the batteries are swallowed, consult the doctor without delay. {An ohmmeter of indication: LR OI-LRD @ Do not incinerate, heat, disassemble or remodel the butteries.
@ Do rot mix and use “different types or brands of batteries” nor “used and new catteries” forgather The difference of characteristics may cause leakage. heat or explosion ® These batteries are not designed to be recharged. If recharged, the insulator or the inside structure may be damaged, and the batteries mey leak, heat or explode. @ Remove promptly the used batteries from the apparatus.
B® Keep the batteries away from water. The batteries may heat. @ The specification or the performance of the batteries may be sometimes not appropriate, depending on applications or apparatus; use correctly the appropriate batteries in accordance with the operating instructions and notices of the apparatus. G0 At the storage of batteries, avoid direct sunlight, high temperature and high humidity places. Leakage may happen. Beside, the performance and the life of the batteries may decrease.
TOSHIBA Confidential Leading Innovation 03 Technical Data for Alkaline Dev Battery Type: ELROY GCL “Made i Chaney 2011/04/08 TOSHIBA HOME APPLIANCES CORPORATION Battery Business Div, Proprietary materials of TOSHIBA HOME APPLIANCES CORPORATION
TOSHIBA Leading Innovation 2» ELROY Discharge Characteristics “Test condition : 20€2 continuous discharge, Initial, 20deg. C Confidential 1.80 1.70 1.60 1.50 1.40 1.30 1.20 1.10 1.00 of » Voltage (V) 0.60 0 5 10 Service Life (h) This is ony for reference. (not guaranteed.} The information contained herein may be changed without prior notice.
TOSHIBA Leading Innovation » ELROY Discharge Characteristics Test condition : 102 1W/Day, Initial, 20deg. C Confidential 1.80 1.70 1.60 1.50 1.40 1.30 1.20 1.10 1.00 0.90 0.80 0.70 | Voltage (V) 0.60 ‘This is only for reference. {not guaranteed.
TOSHIBA Leading Innovation 2» LR Discharge Characteristics Test condition : 75Q 4h/Day, Initial, 20deg. C Confidential 1.80 170 1.60 1.50 1.40 1.30 1.20 1.10 Voltage (V) 1.00 0.90 0.80 0.70 0.60 0 20 40 Service Life () This is only for reference. (not guaranteed } The information contained herein may be changed without prior notice.
TOSHIBA Confidential Leading Innovation >> ELROY Storage Characteristics [(Discharged condition: 102 Thursday End-voltage 0.9] 100 Retention Storage period (months) [@ Discharge condition: 7582 ah/Day End-voltage 0.0] 100 90 80 70 Retention Storage period (months) [Note] 1.Discharge temperature, relative humidity 20:2°C 2.Storage temperature, relative humidity:2022°C rate This is only for reference (not guaranteed.) This information contained herein may be changed without prior notice.
TOSHIBA Confidential Leading Innovation 2% LR0O3 Leakage Performance Test items] Electrolyte Leakage (9%) Storage period Test condition days days Holidays Sundays tear year Year Room condition Room temperature Storage at high temperature and high humidity deg. This is only for reference (not guaranteed.) This information contained herein may be changed without prior notice.
TOSHIBA Confidential Leading Innovation >> LR Battery Di mentions 0 @105 P38 D445 $4.3 min. Unit: mm Terminals: Positive-cap terminal Negative-base terminal Outer shell: Shrink-label This is only for referenced not guaranteed.
