Rechargeable Ni‑MH Battery Pack everActive AKC.eA.PL2 1.2V 5000mAh — 2 pcs

Pack of two everActive AKC.eA.PL2 rechargeable Ni‑MH batteries, each with a nominal voltage of 1.2 V and a rated capacity of 5000 mAh. These high‑capacity Ni‑MH cells are intended for devices that accept standard rechargeable cylindrical batteries and provide extended runtime compared with lower‑capacity cells. The pack is suitable for repeated charge/discharge cycles and for use in household electronics, remote controls, portable tools and backup power applications where long runtime and reliable performance are required.

Advantages

High nominal capacity delivers longer operating time between charges while maintaining the stable voltage characteristics typical of Ni‑MH chemistry. Rechargeable design reduces single‑use waste and lowers overall operating cost for frequently used devices. The cells are compatible with common chargers and devices that accept standard Ni‑MH cells, and are designed to withstand multiple charge cycles with acceptable capacity retention.

Suitable for

• Remote controls and multimedia controllers
• Portable tools and LED flashlights
• Battery backup for small electronics and sensors
• Toys and hobby devices requiring extended run time

Key specifications

• Chemistry: Nickel‑Metal Hydride (Ni‑MH)
• Nominal voltage: 1.2 V per cell
• Rated capacity: 5000 mAh per cell
• Quantity: 2 cells per pack
• Cell format: standard cylindrical rechargeable cell

How to use

Insert the cells into compatible devices observing correct polarity. Charge the batteries with a charger designed for Ni‑MH cells, following the charger manufacturer’s instructions for charging current and charging time. For best performance, allow a full charge cycle before first use and avoid overcharging by using a charger with automatic charge termination or monitoring. Store cells in a cool, dry place when not in use and discharge/charge periodically during long storage to maintain capacity.

Usage recommendations

Use a charger that supports Ni‑MH chemistry and matches recommended charging currents to maximize cycle life. Avoid exposing cells to high temperatures, and replace cells if you observe significant capacity loss or leakage. For devices with high continuous current draw, verify that the specific device operates correctly with high‑capacity Ni‑MH cells.