
Add to Cart
High Energy Li-SOCl2 Battery Stable Voltage Hermetic Sealing 2100mAh Nominal Capacity
Nominal Capacity | 2100mAh |
Battery discharged at continuous current 4mA until voltage reaches cut-off voltage 2.0V at ambient temperature 23±2℃ | |
Nominal Voltage | 3.6 V |
Maximum Continuous Current | 400mA |
Battery with minimum 50% rated capacity discharged at ambient temperature 23±2℃ | |
Maximum Pulse Discharge Current | 800mA |
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 | 22.0g |
Self-discharge Rate | 2% |
Max self-discharged rate at ambient temperature 23±2℃ | |
Shelf Life | 10 years |
Ambient temperature 23±2℃ |
1. Battery Characteristic
The nominal voltage of single cell up to 3.6V, the operating voltage varies with the load, normally between 3.3V and 3.6V
We offer the specific energy density of 343Wh/kg
The battery with a strong adaptability to temperature can be in work between -55℃ ~ +85℃
Battery voltage is very stable during work, more than 90% of the capacity could be output on a fixed high voltage platform
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
Wireless telecommunication devices
Cardiac pacemaker, respirator, oxygenator, inspection devices, monitoring devices, infusion pump, etc.
RFID products, road toll transponder, IC cards, etc.
3. Manufacturing Advantages
4. Company Advantages
5. FAQS of General Safety Instructions
Storage environment should be as dry as possible.
When the abnormal heat release or leakage occurs, the battery is not able to be continued to use.
The manual should be read before the battery is used.
You need to follow the signs + and - on the batteries and make sure not to reverse. If batteries are wrongly used, they will be hot very fast and can lead the gas and other toxic materials leakage.
The batteries are able to be deformed or drilled into or damaged because the toxic materials or gas leakage may lead a big rupture.
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.
Battery disposal method should be in accordance with local and state regulations.