Battery ARCAS 2-pack C size (R14) Heavy Duty — model 36757

ARCAS 2-pack C size (R14) Heavy Duty batteries provide standard zinc-carbon power in a convenient two-cell package for devices that accept C/R14 cells. These batteries are intended for moderate-drain applications where heavy-duty performance is sufficient and alkaline chemistry is not required. The pack contains two C-size cells designed to fit common toys, flashlights, radios and small household appliances.

Advantages

These ARCAS Heavy Duty C batteries offer a cost-effective power solution for devices with moderate energy demands. Their zinc-carbon chemistry delivers stable voltage for typical intermittent use, while the two-pack format ensures an immediate spare cell is available. The cylindrical C size matches standard R14 dimensions for straightforward installation and compatibility with a wide range of consumer devices.

Suitable for

• Toys and electronic games
• Handheld flashlights and lanterns
• Portable radios and small audio devices
• Low-to-moderate drain household appliances (clocks, remote controls where applicable)

Key specifications

• Cell size: C / R14
• Chemistry: zinc-carbon (heavy duty)
• Pack quantity: 2 cells
• Form factor: cylindrical single-use battery
• Typical use case: moderate-drain devices

How to use

Insert each C-size cell into the device following the polarity markings (+ and −) indicated in the battery compartment. Ensure correct seating to maintain reliable contact and prevent interruption of power. Replace both cells when device performance indicates low power or when one cell is depleted. Dispose of used batteries according to local regulations for single-use batteries and recycling programs where available.

Usage recommendations

Store ARCAS Heavy Duty C batteries in a cool, dry place away from direct sunlight and heat sources. Remove batteries from devices that will not be used for extended periods to prevent leakage. For devices with higher continuous current requirements, consider using alkaline or rechargeable alternatives better suited for high-drain applications.