Battery Varta 4714 LONGLIFE Max Power Baby C 1.5V – single-cell primary battery

Varta 4714 LONGLIFE Max Power Baby C 1.5V is a single-cell alkaline battery designed to deliver a stable 1.5V output for everyday C-size devices. The cell is intended for portable electronics, household items and small appliances that require moderate continuous current. Varta's Longlife chemistry provides extended shelf life and consistent voltage under typical load conditions, making this battery suitable for devices used intermittently or over long periods between replacements.

Advantages

The battery offers reliable voltage stability and a formulation that supports long storage life without significant self-discharge. Its C-size construction ensures compatibility with a wide range of consumer products that accept Baby C/size C cells. Manufactured by a well-established brand, the cell provides predictable performance across common temperature ranges and standard ambient conditions.

Suitable for

• Toys and battery-powered children's devices
• Flashlights, torches and portable lighting
• Portable radios and small audio devices
• Clocks, remote controls and household gadgets
• Small medical devices and measuring instruments that accept C cells

Key specifications

• Battery type: primary alkaline cell
• Nominal voltage: 1.5 V
• Cell size: C (Baby C)
• Chemistry: alkaline manganese dioxide
• Intended use: single-use (non-rechargeable)
• Typical storage behavior: low self-discharge for extended shelf life

How to use

Insert the battery into the device following the polarity markings (+ and -) indicated in the battery compartment. Replace the cell when device performance drops or the output becomes intermittent. Store unused batteries in a cool, dry place and avoid exposing them to high temperatures or humidity. Do not attempt to recharge the cell or mix with rechargeable batteries in the same device.

Recommendations

For optimal results, use Varta LONGLIFE Max Power Baby C 1.5V in devices with moderate continuous current draw and in applications where long shelf life and predictable discharge are important. Remove batteries from devices that will not be used for extended periods to prevent potential leakage.