| Nominal Capacity | 2500mAh |
| Battery discharged at continuous current 1.35mA until voltage reaches cut-off voltage 2.0V at ambient temperature 23±2℃ |
| Nominal Voltage | 3.6 V |
| Maximum Continuous Current | 100mA |
| Battery with minimum 50% rated capacity discharged at ambient temperature 23±2℃ |
| Maximum Pulse Discharge Current | 200mA |
| Battery with minimum 50% rated capacity discharged at max pulse for 3 seconds after 27seconds break. Ambient temperature 23±2℃ |
| Storage Condition | Temperature ≤ 30℃ Humidity ≤ 75%RH |
| Operating Temperature | -55℃ to +85℃ |
| Battery Dimension | See drawing on pag |
| Max Weight | 20.0g |
| Self-discharge Rate | 2% |
| Max self-discharged rate at ambient temperature 23±2℃ |
| Shelf Life | 10 years |
| Ambient temperature 23±2℃ |
1. Battery Characteristic
Each cell nominal voltage up to 3.6V, the working voltage varies with the load, generally between 3.3V ~ 3.6V
We provide the specific energy density up to 450Wh/kg
- Wide Operating Temperature Range
We provide a wide operating temperature range, from -55℃ to +85℃
Stable operating voltage, more than 90% of the capacity could be output with a fixed voltage
Under the condition of normal temperature, the battery self -discharge rate of no more than 2% per year
Hermetic welding sealing to reduce the leakage for extending the shelf life to more than 10 years
2. Main Applications
Ground force (individual soldier system, infantry fighting vehicles, robot soldier), navy (submarine, underwater robot), air force (fighters, unmanned surveillance drones), aerospace (satellites, shuttles), etc.
Wireless electric power tools, computer RAM & COMS, UPS, CNC machine tools, (TPMS), camera, video camera, timer, calculator, electric toys, lighting equipment, etc.
Well pressure meters in high temperature, float meter, logging while drilling (LWD), measure while drilling (MWD), etc.
3. Manufacturing Advantages
- Advanced automatic technology;
- There is excellent control of passivation in HCB;
- The main solutions are high power, high capacity, high temperature etc;
- Combing suggestions and multiple cascade and parallel connecting ways are workable for HCB;
- There are multiple safety designs for our products;
- It is over 20 years for HCB to produce the Li-SOCl2 batteries
4. Company Advantages
- HCB has passed Quality Management System with the standard GB/T19001-2008/ISO9001:2008;
- HCB Environment Management System meets the standard GB/T24001-2004/ISO14001:2004;
- The drop test is workable of HCB battery;
- The goods can be transported very safely because we can provide the report for the customers' reference;
- CE test is available for HCB Battery;
- We can provide you with the Rosh certificate if you need;
- UL Standard is workable for HCB Battery;
5. FAQS of General Safety Instructions
- In order to keep the battery safely, what should we do?
In order to store the battery, the environment should be dry enough.
- Is it ok to continue to use the battery when the abnormal heat release or leakage occurs?
We need to stop using the battery when the abnormal heat release or leakage occurs.
- What should you do if the children swallow the battery?
Keep battery out of the children. If swallowed, please contact a physician at once.
- What the danger is if the battery is closed to the fire?
The batteries may be incinerated or mutilated if they are closed to the fire and it leads a possible burst or they may release the toxic materials.
- If the positive and negative polarity of a battery is directly connected, what will happen?
If + and - polarity of battery is connected directly, it causes a short circuit and this may lead toxic gas and materials leakage or a big rupture.
- If the batteries are soldered directly, what will happen?
The batteries can not be soldered directly. If they are directly soldered, it will cause short circuit and a gas and toxic material leakage or big rupture.
- What will happen if the primary batteries are charged?
The primary batteries can’t be charged. This can cause gas leakage and will lead to violent rupture or fire.
