Lithium Photo Battery everActive CR2 — 3V, single blister (1 pc.)

Primary lithium photo battery everActive CR2 provides a nominal voltage of 3V in a compact, cylindrical form factor supplied as a single blister. Designed for photographic equipment and small electronic devices, this CR2 cell delivers stable voltage output and long shelf life suitable for cameras, flash units and optical instruments. The single-blister packaging makes it convenient for occasional replacement and ensures the cell remains protected until use.

Advantages

The everActive CR2 battery combines primary lithium chemistry with a low self-discharge rate to preserve capacity during storage and deliver consistent power when installed. Its stable 3V output supports reliable performance in devices sensitive to voltage fluctuations. Packaged as one cell in a blister, it is easy to handle and install without additional unpacking or bulk storage concerns.

Suitable for

• Digital cameras and camera flashes
• Rangefinders and optical devices
• Security devices and motion sensors
• Portable measuring instruments and compact electronics

Key specifications

• Chemistry: primary lithium
• Nominal voltage: 3 V
• Form factor: CR2 cell (cylindrical, compact)
• Packaging: single blister (1 piece)
• Shelf life: long storage stability typical for lithium cells

How to use

Before installation, verify device compatibility with CR2 cells and ensure correct polarity when inserting the battery. Remove the cell from the blister just prior to use to maintain maximum shelf life. Install in the battery compartment according to the device manufacturer’s instructions, observing the indicated + and − terminals. Dispose of the battery according to local regulations once depleted; do not attempt to recharge primary lithium cells.

Usage recommendations

For optimal performance in cameras and flash units, store spare everActive CR2 batteries in a cool, dry place away from direct sunlight and high temperatures. Use fresh batteries for high-drain photographic flash applications and replace them as a matched pair if the device requires multiple CR2 cells.