Smart Home Battery

Main feature of smart home battery:

  • Application areas: Smart Home Monitor, Robot, Cordless phones and Security Alarm System etc.
  • Li-ion polymer cells, Li-ion cylindrical cells and import branded cells solutions
  • Standard type, High temperature type, Low temperature type and High Rate Type
  • Chemistry systems: LiCoO2, Li(NiCoMn)O2, LiFePO4
  • Single-cell and Multi-cells battery pack in series and parallel
  • High performance, long service life and high safety characteristics
  • Integrated intelligent PCBA
  • Customized plastic case configuration
  • KAYO branded promotion and OEM service
  • Environmental friendly

Security Monitor Battery, SH-2, Cell Model: KPL523450-1000

This product complies with National Standard GB31241-2014《Lithium ion cells and batteries used in portable electronic equipments-Safety requirements

This specification is applied to KPL523450-1000mAh-3.7V battery Manufactured by SHENZHEN KAYO BATTERY Co., Ltd.

Product Configurations

No.

序号

Item

项目

Components Descriptions

零件描述

Remark

备注

1 Li-ion Cell

锂离子电池

KPL523450  1000mAh  3.7V KAYO
2 PCM / 保护板 DW01+8205+10KNTC±1%  B=3435 TBD
3 Wire & Connector

导线与插头

Molex51021-3P 正向:红=黄=黑=UL1571#28AWG 外露线长50±3mm

Product Specifications

No.

序号

Item

测试项目

Performance

性能参数

Remark

备注

1 Capacity

容量

Typical / 典型 1000mAh Discharge at 0.2C  to

3.00V after standard charge.

标准充电后,使用0.2C的电流放电到3.00V。

Minimum / 最小值 950mAh
2 Nominal Voltage

标称电压

3.7V Operation voltage during

standard discharge.

标准放电过程的工作电压值

3 Cut-off Voltage

放电终止电压

3.00V Cut-off Voltage

放电终止电压

4 Charging Voltage

充电电压

4.20V
5 Internal Impedance

内阻

≤180mΩ AC 1KHz after standard charge

标准充电后AC 1KHz测试

6 Standard Charge

标准充电

CC / CV: 4.20V / 0.2C charging till to the current decline to 0.02C, at 23℃.

恒流 / 恒压: 4.20V / 0.2C充电直到电流下降到0.02C,环境温度23℃

Charge time: Approx 6.0h.

充电时间:大约6小时

7 Standard Discharge

标准放电

Discharge continuously with 0.2C to 3.00V.

使用恒流0.2C的电流连续放电到

3.00V。

8 Fast Charge

快速充电

CC / CV: 4.20V / 0.5C charging till to the current decline to 0.02C, at 23℃.

恒流 / 恒压: 4.20V / 0.5C充电直到电流下降到0.02C,环境温度23℃

Charge time: Approx 3.0h.

充电时间:大约3小时

9 Fast Discharge

快速放电

Discharge continuously with 0.5C to 3.00V.

使用恒流0.5C的电流连续放电到

3.00V。

10 Max. Charge Current

最大充电电流

0.5C
11 Max. Continuous

Discharge Current

最大连续放电电流

0.5C
12 Operation Temperature

工作温度

10~+45℃ Charge充电
-10~+60℃ Discharge放电
13 Storage Temperature

储存温度

Less than 1 year: -20~+25℃

少于1年:-20~+25℃

Recommend to charge and discharge at least 1 time to maintain battery.

建议至少要对电池进行一次充放电,进行电池性能维护。

Less than 6 months: -20~+30℃

少于6个月:-20~+30℃

Less than 3 months: -20~+40℃

少于3个月:-20~+40℃

14 Storage Humidity

储存湿度

65±20% RH
15 Weight

重量

Approx:  TBD

大约:   TBD

16 Product Dimensions

产品尺寸

Length: Max52.0mm/Min50.5mm

长度:Max52.0mm/Min50.5mm

Initial battery dimensions

初始电池尺寸

Width: Max34.5mm/Min33.0mm

宽度:Max34.5mm/Min33.0mm

Thickness: Max5.4mm/Min4.9mm

厚度:Max5.4mm/Min4.9mm

17 Open Voltage

出厂电压

3.8-3.95V

Electric features

No. 项目

Item

单位

Unit

最小值

Min.

中间值Typ. 最大值

Max.

备注(Remark
1 过充保护电压

Over charge protection voltage

V 4.275 4.30 4.325 来源IC规范

Source of IC spec

2 过充保护延时时间

Delay time for over charge protection

s 0.7 1.0 1.3 来源IC规范

Source of IC spec

3 过充电解除电压

Over charge release voltage

V 4.03 4.08 4.13 来源IC规范

Source of IC spec

4 过放电保护电压

Over discharge protection voltage

V 2.95 3.000 3.05 来源IC规范

Source of IC spec

5 过放保护延时时间

Delay time for over discharge protection

mS 89.6 128 166.4 来源IC规范

Source of IC spec

6 过放电解除电压

Over discharge release voltage

V 2.9 3.0 3.1 来源IC规范

Source of IC spec

7 放电过流保护测试值

Discharge Over current protection testing values

A 1.1 1.6 3 来源IC\MOS规范

Source of IC \MOSspec

8 放电过电流保护延迟时间

Delay time for discharge over current protection

mS 5.6 8 10.4 来源IC规范

Source of IC spec

9 充电过流保护测试值

Charge Over current protection testing values

A 1.1 / 3 I=VM/RSS(MOS内阻)

I=CS/RSS(电阻)

10 充电过流保护延迟时间

Delay time for charge over current protection

mS 5.6 8 10.4 来源IC规范

Source of IC spec

11 短路保护延迟时间

Delay time for short circuit protection

uS 200 280 400 来源IC规范

Source of IC spec

12 保护电路的功耗 VDD=3.9V,VM=0V

Power consumption of protection circuit

uA / 4.0 6.0 来源IC规范

Source of IC spec

13 PCM内阻(B-和P-间内阻B+和P+间没算在内)

PCM Internal Resistance

/ / 65 元件+PCB内阻
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