IO-Power Technology Co., Ltd
1F,No.100, Jinzhu Rd., North Dist., Hsinchu City 30053, Taiwan
勁電科技有限公司 台灣 新竹市北區金竹路 100 號 1 樓 Tel: +886-3-5429395 Fax: +886-3-5357297
http://www.io-power.com.tw
www.io-power.com.cn
e-mail:
Form No.：IOP-DOC-011-001 10 / 22 Retention Period：6Y
Regular maintenance of low voltage storage
The IOP-USSS-12V1224-OA series is stored in a low voltage and low power operating state. It is
strongly recommended to start charging for the first time after obtaining the product. The charging
time lasts at least 8 hours without interruption, and then every three months. The charging and
maintenance of the voltage of the C-LiFePO4 Lithium battery is required, and the charging time lasts
for at least 8 hours without interruption.
Activate the system
The IOP-USSS-12V3556-OA series uses low voltage and low power consumption to detect the
operating status storage. When the voltage of the lithium iron battery is lower than 11V + -3%, the
control electronic components will enter the shutdown state and wait for external power to input
power for Start a system job.
When the external power source inputs power, the charge and discharge controller immediately
performs the charging operation of the C-LiFePO4 Lithium battery and simultaneously performs the
discharge management on the device side.
Special attention for the Product
IOP-USSS-12V1224-OA series adopts the latest technologies of high and low temperature
resistance for C-LiFePO4 Lithium Batteries. The characteristics of C-LiFePO4 Lithium Batteries are
very different from the lead-acid batteries and other types of batteries. C-LiFePO4 Lithium Batteries
made by different manufacturers design different characteristics in product, including the operating
voltage and operation current. This product uses C-LiFePO4 Lithium Batteries. Users shall pay
more attention on list below:
1.
Please use the product in accordance with the product specification data. Please do not remove
or change this equipment without authorization of any of the main parts, so as to avoid the safe
use of the extension of the problem.
2.
Do not proceed heating over 80°C or put it close to fire or keep it less than -40°C to directly
cooling down. It might cause damages for electronic components and the batteries.
3.
When the product housing is over 70°C, do not carry out charging and discharging operation to
avoid danger.
