TY-D-10000CT

TY-D-10000CT
日期(DATE):08/11/2008
TYSONIC
典型特征 Typical characteristics
标准充电特征 Standard charge
TY-D-10000CT
单颗电池规格 Specifications of single cell
快速 Rapid
0℃ to 40℃
尺寸
Dimensions
直径 Diameter
高 Height
大约重量
Weight(Approximately)
电阻
Internal Impedance
Ambient
temperature
Charge
充电
Charge
标准 Standard
快 速 Rapid
充电
环境温度
At 1000 Hz
标准
放电 Discharge
贮藏 Storage
单颗电池尺寸包括 PVC (Dimensions
(
Voltage (V)
standard
0.5C 放电
Discharge
118min
122min
mm
33.0-0.7
60.5-1.0
克 gram
170
8mΩ(Max)
(充电后 After Charge)
1000mA(0.1C)×15hrs
2000mA(0.2C)×6.0hrs
℃
0℃ to 40℃
最小 Minimum
典型 Typical
0.2C 放电
Discharge
300min
310min
)
℃
℃
charge time (hours)
快速充电特征 Rapid charge
Charge: 0.2C×6hrs.
℃
℃
℃
charge time (hours)
放电特征 Discharge characteristics
-20℃ to 50℃
-20℃ to 30℃
with tube)
℃
Charge:0.2C×6hrs.
Voltages (V)
容量
Capacity
1.2V
Voltages (V)
标称电压
Nominal voltage
Charge: 0.1C ×15hrs.
Discharge capacity (%)
Nominal capacity (%)
寿命特征图 Cycle life characteristics
Number of cycles life curve
备注 Note:
1.
Ni-MH 圆柱型电池在不同的温度荷电保持曲线图
Charge retention curves of Ni-MH cylindrical cell At
various storage temperature
标称容量是指 20℃时 0.2C 放电容量
2. 容量只作为参考
Average capacity, for reference only.
3. 重量和内阻也作为参考
Weight and internal impedance are For reference.
4. 寿命测试依照 IEC 标准
Standard according as IEC of test cycle life。
Capacity Reserve (%)
Nominal capacity, rated at 0.2C 20℃.
℃
℃
℃
Time (days)
1
BAO TONG USA INC. dba TYSONIC BATTERIES
1. PREFACE
The specification is suitable for the performance of NI-MH rechargeable battery produced by Bao Tong USA Inc.
dba TYSONIC BATTERIES.
2. MODEL
TY-D-10000CT
3. APPEARANCE
There shall be no such details as discoloration or electrolyte leakage or 0 voltage.
4. RATINGS
Description
Unit
Specification
Condition
Nominal Voltage
V
1.2
Unit cell
Typical Capacity
min
310
Standard Charge/Discharge
Nominal Capacity
mAh
10000
Standard Charge/Discharge
Minimum Capacity
min
300
StandardCharge/ Discharge
mA
1000(0.1C)
hour
15
mA
2000(0.2C)~5000(0.5C)
with charge termination control
Standard Charge
Fast Charge
hour
Trickle Charge
Discharge Cut-off
Voltage
Maximum
Discharging
Current
mA
V
mA
Storage
Temperature
℃
Typical Weight
g
5.
6.0 approx.(0.2C)
Ta=0~40℃
-△V=5mV/cell
Timer cutoff=110%input
capacity
Temp. cutoff=40~45℃
dT/dt=0.8℃/min(0.5 to 1.0C);
0.8~1℃/min(1C)
500(0.05C)~1000(0.1C)
Ta=0~40℃
(see note 1)
1.0
Unit cell
10000(1.0C)
Ta =0~50℃
1.0v cut off
-20~+25(within 1 year)
-20~+30(within 3 month)
-20~+40(within 1 month)
-20~+50(within 1 week)
170approx
*
*
PERFORMANCE
Before proceed the following tests, the cells should be discharged at 0.2C to 1.0V cutoff. Unless otherwise
stated, tests should be done within one month of delivery under the following conditions:
Ambient temperature: 20℃±5℃
Relative Humidity:
65±20%
Standard Charge/Discharge Conditions:
Charge:
1000 mA(0.1C)×15hrs
Discharge: 2000mA(0.2C) to 1.0V/cell
2
Test
Unit
Capacity
min
300
Standard Charge / Discharge
Up to 3 cycles
are allowed
V
1.25
Within 1 hr after standard charge
Unit cell
mΩ
8
Upon fully charge at 1kHz
*
min
118
Standard Charge/rest 30min
discharge at 0.5C to 1.0V
Up to 3 cycles
are allowed
min
N/A
Standard Charge/rest 30min
discharge at 2.0C to 0.9V
Up to 3 cycles
are allowed
Low
Temperature
Discharge
min
240
Standard Charge,
Storage:24hrs at 0±2℃
0.2C discharge at 0±2℃
1.0V/cell
Cut-off
Overcharge
N/A
0.1C charge for 48hrs
*
Charge
reserve
min
180min
Standard charge Storage: 28 days
Standard discharge (0.2C)
1.0V/cell
Cut-off
IEC Cycle
Life Test
Cycle
500
IEC61951-2(2003)7.4.1.1
Humidity
N/A
Open
circuit
Voltage
(OCV)
Internal
Impedance
(Ri)
High
Rate
Discharge
(0.5C)
High
Rate
Discharge
(2.0C)
External Short
Circuit
Safety Device
Operation
Free
falling(drop)
N/A
N/A
N/A
Specification
No
conspicuous
deformation
and/or leakage
Condition
Remarks
*
No leakage
Standard charged, stand for 14 days at 33
±3℃ and 80±5% of relative humidity
*
No fire and no
explosion
After standard charge, short-circuit the cell
at 20 ℃ ± 5 ℃ until the cell temperature
returns to ambient temperature.(cross
section of the wire or connector should be
more than 0.75mm2)
*
No explosion
Forced discharge at 0.2C to a final voltage
of 0V,then the current be increased to 1C
and forced discharge continue for 60 min
Leakage
of
electrolyte and
Deformation are
acceptable
△V<0.02V/cell
△Ri<5%/cell
Charge at 0.1C for 16hrs,and then leave
for 24hrs,check battery before / after drop
Height: 50 cm
Thickness of wooden board: 30mm
Direction is not specified
Test for 3 times
*
3
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