Pila cilíndrica recargable NiMH everActive EVHRL14-5000, 1,2 V, 2 uds., 51,5 mm de altura

The Everactive EVHRL14-5000 is a rechargeable Nickel-Metal Hydride (NiMH) battery with a nominal voltage of 1.2 V supplied as a pack of two cells in blister packaging. Designed for everyday household devices, this NiMH battery provides stable output and rechargeability for repeated use. Its construction supports a balance between capacity and cycle life, making it suitable for devices that require moderate continuous current and frequent battery replacement when using disposable cells.

Advantages

NiMH chemistry offers higher usable capacity than standard alkaline batteries in many applications and improved performance under load. The Everactive rechargeable battery reduces the need for single-use disposables and lowers operating costs over repeated cycles. Supplied in a compact blister pack, the batteries are easy to store and handle until they are needed.

Suitable for

• Remote controls and wireless peripherals
• Portable audio devices and toys
• Clocks, flashlights and household gadgets
• Battery chargers that support NiMH cells

Key specifications

• Chemistry: Nickel-Metal Hydride (NiMH)
• Nominal voltage: 1.2 V
• Pack contents: 2 batteries
• Form factor: cylindrical cell suitable for devices accepting this size
• Packaging: blister

How to use

Before first use, fully charge the batteries with a charger compatible with NiMH cells and the cell size. Insert the batteries into the device following the correct polarity markings. When charging, use a charger that detects NiMH chemistry or follows the manufacturer's recommended charging current and termination method. Observe safe charging practices: avoid charging unattended for extended periods and ensure the charger and cells are placed on a non-flammable, heat-resistant surface.

Recommendations

For optimal lifetime and performance, cycle these NiMH cells regularly rather than leaving them discharged for long periods. Store charged cells in a cool, dry place. Use a charger with temperature or delta-V detection where possible and avoid mixing new and used batteries in the same device.