Household Battery Varta 04114 101 422 LR14 Alkaline 1.5V 65.8g

The Varta 04114 101 422 LR14 Alkaline 1.5V is a household cylindrical battery designed for common domestic devices. With a nominal voltage of 1.5 V and LR14 size, this alkaline cell delivers steady power for appliances that require medium to high energy output. The battery measures approximately 50 mm in height and about 26.2 mm in diameter, and each cell weighs roughly 65.8 g. Supplied in a pack of two, these batteries are intended for intermittent and continuous use in radios, torches, toys and other household equipment.

Advantages

Alkaline chemistry provides a long shelf life and stable voltage under typical discharge conditions. The cylindrical LR14 format is compatible with many household devices, offering straightforward installation and replacement. The battery construction is designed to resist leakage under normal use and storage conditions, and the moderate weight reflects sturdy internal components for reliable performance.

Suitable for

• Portable radios and audio devices
• Flashlights and torches
• Children’s toys and electronic games
• Clocks, remote controls and small household gadgets

Key specifications

• Battery technology: Alkaline
• Nominal voltage: 1.5 V
• Battery size: LR14 (also known as C size)
• Weight per cell: approximately 65.8 g
• Pack quantity: 2 pieces
• Typical dimensions: height ~50 mm, diameter ~26.2 mm

How to use

Insert the battery into the device ensuring correct polarity alignment as indicated by the device’s markings. For devices with multiple cells, replace all cells at the same time with batteries of the same type and age to maintain balanced performance. Store unused batteries in a cool, dry place away from direct sunlight and heat sources. Dispose of used batteries according to local regulations for battery recycling or collection points.

Recommendations

For optimal results, use these LR14 alkaline batteries in devices that match the C-size battery specification and remove batteries from equipment that will not be used for extended periods. Avoid mixing with rechargeable or different chemistry cells to prevent reduced performance or leakage risk.