超级电容2.7V 1200F 60*74 可瞬间释放1051A的电流，可应用在大部分的电路功率补偿电源，在2.3V工作电压环境下可在85℃环境使用，可储存1.2wh能量,低内阻高一致性，激光焊接方式

容量	1200F
电压	2.7V
误差	-0+30%
温度	-40℃~+65℃/ 85℃
寿命	500000-1000000cycle
漏电流（72hrs/uA）	2.5uA
最大峰值电流	1051A
尺寸	60*74

 

产品特性

①.体积小、质量轻 ②.低漏电流 ③.长循环寿命 ④.绿色环保 ⑤.安全可靠 

 

应用领域

 

①.储能系统②.大型UPS③.军用电子设备④.风力变浆 ⑤.节能电梯⑥.便携式电动工具

 

 

 

 

使用注意事项 Precautions for use

1.超级电容器应在额定电压和规定工作温度区间使用，不宜超过 65℃，并远离超过工作温度区间的热源；

2.超级电容器在使用前需确认正/负极，禁止反向充电。若正负极接反，会降低超级电容器的充放电性能，并会导致发热、泄露和使用寿命快速衰减。

3.超级电容器在使用前用干布对正/负极端子进行清洁，避免接触电阻过大降低超级电容使用性能。

4.禁止将超级电容器投入火中或进行高压加热。

5.禁止将超级电容直接与水、油、酸或碱接触。

6.禁止挤压、钉刺和拆解超级电容器。

7.禁止将带有 0.5V 以上电压的超级电容器进行正/负极短接；

8.在使用或储存期间如发现超级电容器有散发气味、变色、变形或其它反常之处应停止使用。

9.超级电容器所使用的电解液极易挥发，请不要随意分解超级电容器。

10.超级电容器不能随意丢弃，需请根据国家环保标准进行处理

 

1. Supercapacitors should be used within the rated voltage and specified operating temperature range, should not exceed 65 ℃, and should be kept away from heat sources exceeding the operating temperature range;

 

2. Before using the supercapacitor, it is necessary to confirm the positive/negative electrode and prohibit reverse charging. If the positive and negative poles are connected in reverse, it will reduce the charging and discharging performance of the supercapacitor, and lead to heating, leakage, and rapid decline in service life.

 

3. Before use, clean the positive/negative terminals of the supercapacitor with a dry cloth to avoid excessive contact resistance and reduce the performance of the supercapacitor.

 

4. It is prohibited to throw supercapacitors into fire or conduct high-voltage heating.

 

5. It is prohibited to directly contact the supercapacitor with water, oil, acid or alkali.

 

6. It is prohibited to squeeze, nail, or disassemble supercapacitors.

 

7. It is prohibited to short-circuit the positive/negative terminals of supercapacitors with voltages above 0.5V;

 

8. If any odor, discoloration, deformation or other abnormalities are found in the supercapacitor during use or storage, it should be stopped from use.

 

9. The electrolyte used in supercapacitors is highly volatile, please do not disassemble the supercapacitors at will.

 

10. Supercapacitors cannot be discarded randomly, please dispose of them according to national environmental standards

 

*（宣传插图）