ER10280 Li SOCL2 Battery 500mAh 3.6V 2/3AAA Size Lithium ER10/28

Notice:

This ER10280 battery is NOT made by Mitsubishi or Maxell . We offer a Generic Equivalent Replacement.

however this can replace the ER10280 FX2NC-32BL ER10/28 3.6V Batteries made by Mitsubishi / Maxell.

1. High Voltage,

The rated voltage is 3.6V, which is the highest voltage in the current non-rechargeable lithium battery series;

2. Stable working voltage

At room temperature and medium current discharge, the discharge curve is extremely flat and stable; more than 90% of the battery capacity is output on a high-voltage platform with almost constant voltage;

3. Wide temperature range

Can be used at temperature between -55°C ~ 85°C.The capacity at -40°C is about 50% of the standard capacity, showing excellent high and low temperature performance; High temperature range is -40～+150℃.

4. High energy density

The specific energy of lithium-thionyl chloride battery is as high as 700Wh/kgL

5. Better storage life and reliability

With particularly low self-discharge characteristics, less than 1% per year, and the shelf life of the battery has more than 10 years at room temperature.

6. Hermetic glass-to-metal sealing

The manufacturing process of stainless steel shell and metal-glass hermetic welded structure.

Warning:

Do not recharge, short circuit, crush, disassemble, heat above +125℃, incinerate,or expose contents to water. Dispose of used batteries properly in case of explosion, burn and leakage.

Main Applications:

a. Mainly used in the civil field: PLC system,ETC system,Alarm System,Utility Meters, real-time clocks

b. Various smart meters; smart electricity meters, water meters, heat meters, gas meters

c. remote monitoring system: positioning device, marine telemetry system

d. Automotive electronics: automotive tire pressure monitoring system (TPMS), braking system

e. Industrial field: microcomputer control system, tax control machine, automated instrumentation and equipment, oil wells, mines, medical equipment, burglar alarms, wireless communications, marine lifesaving, etc.

f. Modern military fields: aviation, aerospace, marine electronics, amphibious weapons, etc.

g. AMR and CMOS circuit boards for public instruments