Omnicel
Omnicel ER14335 2/3 AA 3.6V 1650 mAh lithium primary battery
A 2/3 AA lithium thionyl chloride cell delivering 3.6 V and 1650 mAh for backup, metering, medical or industrial use
- Reliable 3.6 V output backed by 1650 mAh capacity
- Operates from -55 °C to +85 °C for extreme environments
- UL approved chemistry meets safety standards
- Compact 14.5 mm × 33.5 mm size fits tight spaces
- Low 75 mA continuous current suits long-life backup roles
2/3 AA lithium primary cell
The Omnicel ER14335 is a 3.6 V lithium thionyl chloride battery with a nominal capacity of 1650 mAh. It suits equipment that demands long-term, low-current power such as backup circuits, meters, medical devices and military or aerospace systems.
Continuous current limited to 75 mA
The chemistry delivers a maximum continuous current of 75 mA and a pulse current of 150 mA. It is not rechargeable and must not be charged; attempting to recharge creates a safety hazard.
Hermetic cylindrical format 14.5 mm by 33.5 mm
The cell measures 14.5 mm in diameter and 33.5 mm in height, weighing approximately 14 g. It operates from -55 °C to +85 °C and should be stored below +30 °C in a dry, ventilated area. Solder tabs directly only for a few seconds to avoid heat damage.
Highlights
- Reliable 3.6 V output backed by 1650 mAh capacity
- Operates from -55 °C to +85 °C for extreme environments
- UL approved chemistry meets safety standards
- Compact 14.5 mm × 33.5 mm size fits tight spaces
- Low 75 mA continuous current suits long-life backup roles
Specifications
No published specifications for this item yet.
Questions about this item
Should I choose this 1650 mAh ER14335 or a different capacity for my meter?
This ER14335 cell delivers 1650 mAh at 3.6 V; select it when your device specifies that capacity and the 2/3 AA form factor.
What does the 3.6 V nominal voltage mean once the battery is installed?
At a 1 mA load and 20 °C the cell holds 3.6 V; voltage will sag under higher current and rise to 3.66 V open-circuit.
What current limits does the Li-SOCl2 chemistry impose in practice?
Continuous draw is capped at 75 mA and pulse peaks at 150 mA; exceeding either can damage the cell.
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