Duracell Ultra C oplaadbare batterij nikkel-metaalhydride (NiMH)

The Duracell Ultra C Rechargeable Battery is a NiMH battery designed to provide dependable, repeatable power for medium- and high-drain devices. Sized C and supplied in a pack of two, each cell delivers a nominal voltage of 1.2 V and can be recharged multiple times, reducing single-use waste while offering consistent performance for everyday electronics and portable equipment.

Advantages

Duracell Ultra C Rechargeable batteries combine the established benefits of NiMH chemistry with the robustness expected from a major battery brand. They deliver stable voltage under load, tolerate repeated charge cycles without significant memory effect, and are suitable for use in a variety of consumer and professional devices. The rechargeable design reduces long-term running costs and environmental impact compared with disposable batteries.

Suitable for

• Portable radios and lanterns
• Toys and handheld gaming devices
• Flashlights and headlamps
• Household tools and battery-powered appliances

Key specifications

• Battery chemistry: Nickel-Metal Hydride (NiMH)
• Nominal voltage: 1.2 V per cell
• Size: C
• Quantity: 2 batteries per pack
• Intended use: Rechargeable cells for medium- to high-drain devices
• Typical form factor dimensions (manufacturer data): approximately 119 mm height × 84 mm width × 26 mm depth (pack/packaging dimensions noted in product data)

How to use

Install the Duracell Ultra C Rechargeable batteries in the device following the polarity markings (+/−) indicated in the battery compartment. Charge cells before first use and recharge them with a compatible NiMH battery charger. Allow batteries to cool to room temperature before charging and avoid using chargers intended only for non-rechargeable cells. Store unused batteries in a cool, dry place and remove them from devices if the device will not be used for an extended period.

Recommendations

For best lifecycle and performance, use a smart charger with automatic cut-off or delta-V detection, avoid deep discharge whenever possible, and follow the device manufacturer’s instructions regarding battery replacement and handling. Dispose of batteries according to local regulations or recycle them through an appropriate collection program.