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|Type:||ER26500 + UPC1520||Full-size(mm):||Φ26.2.×50.0+Φ15.1.×21.0|
|All-up Weight:||62g||Rated Voltage:||3.6V|
|Nominal Capacity:||8500mAh||Maximum Continuous Current:||500mA|
WR14505 Li-SO2 Battery Long Life High Continuous / Pulse Current
|Nominal Capacity||8500mAh||Nominal Voltage||3.6V|
|Maximum Continuous Current||0.5A||Maximum Pulse Discharge Current||2.0A|
|Temperature||≤ 30℃||Humidity||≤ 75%RH|
|Operating Temperature||-55℃ to +85℃||Max Weight||53g|
|Self-discharge Rate||2%||Shelf Life||10 years|
1. Battery Characteristic
Single battery 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 241Wh/kg
The battery can be in work between -55℃~ +85℃
Stable operating voltage, more than 90% of the capacity could be output with a fixed voltage
The battery self-discharge less than 2% per year at room temperature
Battery sealing using the fully sealed structure to reduce the leakage of the battery, make the battery can be stored at room temperature for more than 10 years
An auxiliary battery capacitor designed for large pulse current.
The combination of UPC and lithium SOCl2 bobbin battery is more safety, and the combination can provide large discharge current. It’s a good choice to replace spiral battery.
2. The working principle of UPC
Lithium SOCl2bobbin battery and UPC in parallel, high load of pulse completed by the Ultra Pulse Capacitor, not affected by the passivation.High load pulse bycompleted UPC, ahead of the next pulse lithium battery recharge UPC, after a full charge the discharge capacity ofUPC is constant, so on, until the battery capacity is completely consumed. In this way, we can guarantee the battery packa long life under the high load capacity.
3. Product application areas
4. FAQS of General Safety Instructions
They are going to be hot in very short time and it will lead the leakage of gas and toxic materials which may cause a big rupture.
The batteries can’t be short circuit. If positive and negative polarity of a battery is directly connected, this may cause a short circuit and this may lead to toxic materials or gas leakage and/or violent rupture.
The batteries of different electrochemical system, grades, or brands can’t be mixed because it would lead toxic material or gas leakage and/or a big rupture.
Battery disposal method should be in accordance with local and state regulations.