Alkaline AAA (Micro) Battery Varta LR03 1.5V — single-cell

Varta Alkaline AAA (Micro) LR03 1.5V single-cell battery is designed to deliver a stable 1.5V output for low- to moderate-drain devices. The cell is suitable for everyday household and travel use, offering a long shelf life and consistent performance in devices that accept AAA (LR03) format. The battery chemistry provides reliable voltage under typical loads and is compatible with a wide range of small electronic products.

Advantages

This Varta alkaline AAA battery provides steady voltage and predictable performance for devices such as remotes, clocks and small toys. It has a long storage life so devices remain ready for use after long periods of non-use. The single-cell format is lightweight and easy to replace, and its common AAA size ensures broad compatibility across consumer electronics that specify LR03/AAA cells.

Suitable for

• Remote controls and TV accessories
• Wall clocks and alarm clocks
• Small toys and handheld games
• Portable LED lights and flashlights with low drain
• Wireless mice, keyboards and small sensors

Key specifications

• Cell type: Alkaline single cell
• Nominal voltage: 1.5 V
• Size: AAA / LR03 / Micro
• Typical use: low to moderate current drain devices
• Form factor: cylindrical, single cell
• Storage characteristics: long shelf life under recommended conditions

How to use

Insert the battery into the device according to the polarity markings (+ and −). Use a single new cell to replace depleted ones or replace all cells in multi-cell compartments with cells of the same type and age to ensure balanced performance. Do not mix alkaline batteries with rechargeable or different chemistries in the same device. Remove batteries from devices that will not be used for extended periods to avoid leakage damage.

Recommendations

Store batteries in a cool, dry place away from direct sunlight and heat sources. Dispose of used batteries according to local regulations for battery recycling. Keep batteries out of reach of children and do not attempt to recharge non-rechargeable alkaline cells.