一．

电源老化柜外观结构简介：

1.    

老化柜尺寸(mm)：

L2000*W600*H2000，

2.   B

层数：

单边8层，

3.   C

层高：

215mm,

4.   D

结构材质：

1.5mm 厚冷轧板，

5.   E

外观主色：

电脑色，

6.   G

结构形式：

测试区与负载区中间隔离，中间隔离板上安装有治具连接板，

7.   H

铝合金可规推门材质：

不具备

8.   I

结构类形：

3/2敞开式，可多人安装产品

二

电子负载模块配置、被测电源功率及老化数量介绍：

1.   A

电子负载模块控制方式：

RS485 通讯方式，触摸屏控制方式、电脑控制两种方式，

2.   B

安装电子负载模块型号：

XH320W-8CH（规格详见说明），

3.   C

电子负载模块隔离方式：

电子负载模块采用光电隔离（通讯及供电隔离），

4.   D

安装电子负载模块数量：

每层安装 5台，整车安装  64台,

5.   E

电子负载加载模式：

CC 恒流、CV 恒压模式，

6.   F

电子负载模块通道数量：

320W8CH，64套

7.   G

负载模块单通额定功率：

20W/CH，（负载电流范围：0.1~2.5A/CH，负载电压范围：2～60V）

8.   H

单通道被测电源额定功率：

20W 以下，

9.   I

整柜老化产品数量（放电）

9

20W 以下电源40台，用于移动电源产品放电

10.  J

整柜老化产品数量（充电）

9

用于移动电源产品充电，数量512台，开关电源5V给产品充电

三、

充、放电参数设定、采集：                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                                               装置介绍：

恒压充电

1.    

特点：

2.    

1、定时充电：通过电脑设定充电时间，按设定的时间进行充电

3.    

2、自动充电：通过设定充电的截止电流，当充电电流小于截止电流后，自动停止充电，以防止过充

4.    

3、单点控制：每个点是完全独立的，可同时进行多机种或多标准测试

5.    

4、数据实时监控：监控数据定时保存，可以随时调出老化数据

6.    

5、每一种状态都有不同的颜色进行区分，产品老化状态一目了然

7.    

6、不良品自动判断：只要设定好相应的判断条件，电脑即可根据当前的数据自动判断产品的好坏，并报警

8.    

7、恒压模式充电

9.    

8、可配合恒流放电进行充放电自动循环测试

10.   

9、充电和放电的连接线可同时接入相应的接口，实现自动充放电循环测试

11.   

技术参数：

12.   

1、充电电压：DC 5V±5%

13.   

2、最大充电电流：2A/CH

14.   

3、电压采集：DC 0-15V,±3%,

15.   

4、电压分辨率：10mV

16.   

5、电流采集: DC 0-2.5A,±3%

17.   

6、电流分辨率：1mA

18.   

7、扫描速度：10ms/ch

19.   

设定参数及意义：

20.   

1、充电电压上、下限：监控当前的充电电压是否在设定的范围之内

21.   

2、截止电流：低于此电流后，停止充电

22.   

3、充电时间：用于设定定时充电的时间，完整充电时，设为0

23.   

4、最小充电时间：设为0不判断

24.   

5、最大充电时间：设为0不判断