Coin cell lithium battery GP Batteries CR24 3V — blister pack 5

GP Batteries CR24 is a 3V lithium coin cell supplied in a blister pack of five units. Designed for small, low-drain electronic devices, this coin cell provides a stable nominal voltage and a compact form factor that fits standard coin cell compartments. The blister packaging keeps each battery separate and visible for easy storage and replacement.

Advantages

This lithium coin cell offers stable 3V output suitable for devices that require a consistent low current supply. The compact diameter and thin profile make it compatible with many watches, calculators, key fobs and small sensors. The blister pack of five ensures convenient handling and reduces the risk of mixed-up cells during replacement or transport.

Suitable for

• Wristwatches and small timepieces
• Calculators and small electronic toys
• Car and home key fobs
• Remote sensors and memory backup modules
• Small medical devices and fitness trackers (where coin cells are specified)

Key specifications

• Nominal voltage: 3 volts
• Chemistry: lithium manganese dioxide (Li-MnO2) type
• Cell format: coin/button cell
• Packaging: blister pack containing 5 cells
• Typical application: low-drain portable electronics and memory backup

How to use

Before installing, verify the device specifies a compatible 3V coin cell of the same physical size. Remove the battery from the blister packaging with dry hands and observe correct polarity when inserting into the device: the marked positive side typically faces up. Ensure the battery compartment contacts are clean and free of corrosion. After replacement, close the compartment securely and test the device for proper operation. Dispose of used lithium coin cells according to local regulations or recycling programs.

Usage recommendations

Store in a cool, dry place away from direct sunlight and heat sources. Keep batteries out of reach of children and pets. Do not attempt to recharge, puncture, short-circuit, or disassemble the cells. Replace all batteries in multi-cell devices simultaneously when required to maintain consistent performance.