FuSpower AA LR6 1.5V Alkaline Zinc Manganese Dry Battery User Guide

FUSPOWER Inc.
4650 Arrw Hwy Ste E6/7 MONTCLAIR CALIFORNIA 91763 US
Alkaline Zinc-Manganese Dry Battery
Technology Specification

AA LR6 1.5V Alkaline Zinc Manganese Dry Battery

Customer ………………………………..
Partname Alkaline Zinc-Manganese Dry Battery ……………………..
Model No AA LR6 1.5V …………………………
Serial No ………………………….
Produce No ……………………………..

Company address: 4650 Arrow Hwy Ste E6/7 MONTCLAIR
CALIFORNIA 91763 US
(Tel): 909-971-3484
E-mail: fuspowershop@gmail.com

1. Scope
   This specification defines the technical requirements for 1.5V LR6Alkaline cells distributed by FUSPOWER Inc. If not otherwise specified, the technical requirements and dimensions for cells should meet or exceed the requirements of GB/T 8897.1-2008,GB 8897.2-2008

2. Reference documents
   GB8897.1-2008(IEC60086-1:2000,IDT) Primary batteries-Part 1:General
   GB8897.2-2008(IEC60086-2:2001,MOD) Primary batteries-Part 2:Physical and technological specifications
   GB8897.5-2006(IEC 60086-5:2005,MOD)Primary batteries-Part 5:Safety of batteries with aqueous electrolyte

3. Chemical systems ,voltages and designation
   3.1 Chemical systems:Alkaline manganese battery Zinc-Manganese dioxide
   3.2 Nominal voltage:1.5V
   3.3 Designation
   IEC &GB(China): LR6; ANSI Number: AA；

4. LR6 Battery Dimensions
   The| LR6
   ---|---
   Measure No| Max| Min
   A| 50.5| 49.2
   C| 9.5| 8.0
   F| 5.5| 3.0
   G| 2.5| 1.0
   Ø| 14.5| 13.5

5. Voltage and Short current****
   Item| OCV(V)| CCV (V)
   ---|---|---
   Initial| 1.56≤OCV≤1.65| ≥1.45
   After 12 months| ≥1.56| ≥1.4

OCV measurment:The inner resistance of Voltage Metre is above 1MΩ
C.C.V. measurment: After 0.2±0.01sec by R=5.0Ω
SCC measurment:±0.5%

6. LR6 discharge performance:****
   Discharge conditions| Averge Minimun Discharge time
   ---|---
   Load| Daily period| E.P. (V)| Initial| Delayed discharge performance after 12 months
   3.9Ω| 1h/d| 0.8V| 7.5h| 7.2h
   3.3Ω| 4min/h, 8h/d| 0.9V| 330min| 320min
   24Ω| 15s/m, 8h/d| 1.0V| 46.0h| 45.0h
   43Ω| 4h/d| 0.9V| 92.0h| 91.0h
   1000mA| 10s/m，1h/d| 0.9V| 400time| 370time
   250mA| 1h/d| 0.9V| 7.7h| 7.4h
   100mA| 1h/d| 0.9V| 22.0h| 21.0h
   1500mW/2s
   650mW/28| 10T/h| 1.05V| 70time| 60time
   3.9Ω| 24h| 0.9V| 380min| 360min

Initial:60 days after pruduction
Test condition: 20℃±2℃ and 60±15%RH

7. Leakage Resistance
   Item| Test conditions| Sample size| Requirements| Acceptance
   ---|---|---|---|---
   Overdischarge| 10Ω 24h/d for 48h at 20℃±2℃,| n=9pcs| No leakage;Max of 0.35 mm height increase| Ac=0,Re=1
   High| exposed to a temperature of 60℃± 2℃ and RH90±5% for a period of 3 weeks.| | |
   Temperature and humidity storage| n=20pcs| No leakage| Ac=0,Re=1
   45℃ Dry Storage| Stored for 12 weeks at 45℃| n=20pcs| No leakage| Ac=0,Re=1
8. Safety Requirement****
   Item| Test conditions| Sample size| Requirements of IEC60086-5:2005& GB8897.5-2006| Acceptance
   ---|---|---|---|---
   Partial Use| Stored at 45℃±2℃ for 30days  after undischarged batteries were test discharged 3.9Ω 24h/d,EPV=1.0V.| n=5pcs| No leakage;No explosion| Ac=0,Re=1
   Thermal shock| See the following note 1,Total 10 Cycles| n=5pcs| No explosion| Ac=0,Re=1
   Incorrect installation( 3 + 1 anti- charge test)| Place three undischarged and unconditioned batteries in a series with one test sample battery reversed,Complete the circuit until vent activation or until the temperature of the reversed battery returns to ambient.| n=5pcs| No explosion| Ac=0,Re=1
   Item| Test conditions| Sample size| Requirements of IEC60086-5:2005& GB8897.5-2006| Acceptance
   Free fall| Drop each undischarged battery Two times,oriented in each of three mutually perpendicular face (six total) from a height 1 meter,onto a concrete surface,see the following note 2| n=5pcs| No explosion| Ac=0,Re=1
   Overdischarge| Discharge one test sample battery(C1) with 43Ω resistance load until EPV is 0.6V,Connect  three undischarged batteries and the sample battery in series with a 7.5Ω resistance load(R1)as shown in note 3,Maintain the circuit until the CCV of the series string reaches 1.2V| n=5pcs| No explosion| Ac=0,Re=1

Note 1: Thermal shock Note 2: Free fall

9. Inspection rules
   10.1 Deliver inspection: Depending on GB2828

Routine inspection: Depending on GB2829 and QB/T2389

10. Inspection for service output:
    10.1 9 samples shall be tested for service output
    10.2 If the average value is equal to or more than the value of table 1, and if the number of batteries showing a value less than 80% of the value of table 1 is 1 or less. The batteries are considered to conform to the requirement.
    10.3 If the average value is less than the value of table 1,or if the number of batteries showing a value less than 80% is 2 or more, the test shall be repeated with other 9 pieces. At the second test, if the average value is equal to or more than the value of table 1,and if the number of batteries showing a value less than 80% of the value of table 1 is 1 or less, these batteries are considered to conform to the requirement.
    10.4 At above second test, if the average value is less than the value of table 1, or if the number of batteries showing a value less than 80% of the value of table 1 is 2 or more, the batteries are considered not to conform to the requirement. third test shall not
    be performed.
    

11. Instructions for use
    11.1 Always select correct size and grade of battery most suitable fot intended use.
    11.2 Replace all batteries of a set at the same time
    11.3 Clean the battery contacts and also those of the equipment prior to battery installation
    11.4 Ensure that batteries are installed correctly with regard polarity(+ and -);
    11.5 Remove batteries from equipment which is not be used for an extend period of time;
    11.6 Remove exhausted batteries promptly..
    

12. Disply and storage
    12.1 Batteries shall be stored in well-ventilateddry and cool conditions
    12.2 Battery cartons should not be piledup in severa layers,or should not exceed a specified height;
    12.3 Batteries should not be exposed to direct sun ray for a long time or placed in areas where they get wet by rain. ;
    12.4 Do not mix unpacked batteries so as to avoid mechanical damage and/or short circuit among each other
    

13. Storage life
    Storage life of batteries are ten years long at 20℃± 2℃ and RH 60±15%

14. Marks
    15.1 Designation;
    15.2 Polarity of terminals;
    15.3 Nominal voltage;
    15.4 Mercury content;
    15.5 Name or trade mark , manufacturer or supplier ;
    15.6 Cautionary advice

Schematic diagram of discharge:discharge Load: 3.9Ω
If manufacturer want to modify the product technology specification, we won’t inform you additionally)

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