Rechargeable C battery Varta 56714 — NiMH, Height 50 mm, Diameter 2.6 cm, Weight 62 g

Varta 56714 rechargeable C battery is a NiMH cylindrical cell with a nominal voltage of 1.2 V, a height of 50 mm, a diameter of 2.6 cm and a weight of 62 g. The pack contains two C-size rechargeable batteries designed for repeated charging and discharging cycles and intended for household and portable devices. Nickel‑Metal Hydride chemistry provides rechargeable energy storage suitable for medium-drain applications while avoiding single‑use battery waste.

Advantages

These rechargeable C batteries offer stable nominal voltage during discharge and are suitable for applications that require reliable, repeatable power. The NiMH chemistry provides higher capacity than many older rechargeable types and does not contain heavy metals such as cadmium. The cylindrical C format and standard dimensions ensure compatibility with equipment that accepts C cells.

Suitable for

• Toys and battery-powered games
• Lanterns and portable lighting
• Portable radios and audio devices
• Household appliances that accept C-size cells

Key specifications

• C size (cylindrical) rechargeable battery
• Nickel‑Metal Hydride (NiMH) chemistry
• Nominal voltage: 1.2 V
• Height: 50 mm
• Diameter: 2.6 cm
• Weight: 62 g
• Pack quantity: 2 batteries
• Suitable for repeated charge/discharge cycles

How to use

Insert each battery into the device following the polarity markings in the battery compartment. Charge the batteries using a charger compatible with NiMH cells and C-size batteries, following the charger manufacturer’s instructions. For storage, keep batteries in a cool, dry place and avoid prolonged exposure to high temperatures. Before long-term storage, charge batteries to the level recommended by the charger or manufacturer.

Recommendations

Use a dedicated NiMH-compatible charger and avoid chargers intended only for alkaline or single-use cells. For optimal cycle life, avoid deep discharge when possible and recharge batteries soon after use. Replace both batteries in multi-cell devices at the same time if performance decreases.