Rechargeable Ni‑MH Micro AAA Battery XCell X1000 1.2V 1000mAh

XCell X1000 is a rechargeable Ni‑MH Micro AAA (R03) battery with a nominal voltage of 1.2V and a rated capacity of 1000mAh. It is intended for repeated use in small electronic devices where a compact, rechargeable energy source is required. The cell offers stable voltage under typical loads and can be recharged many times in compatible Ni‑MH chargers, reducing the need for single‑use alkaline cells and lowering operational waste.

Advantages

The XCell X1000 provides a balance of compact size and usable capacity suitable for micro AAA applications. As a Ni‑MH rechargeable cell it features low self‑discharge compared to older rechargeable chemistries and delivers consistent performance across repeated charge cycles. The battery is designed to work reliably in common low‑to‑moderate drain devices and is compatible with standard Ni‑MH charging equipment that supports Micro AAA cells.

Suitable for

• TV and media remote controls
• Small toys and handheld electronic games
• Compact LED flashlights and keychain lights
• Temperature sensors, wireless door/window sensors and similar home automation devices
• Portable measuring instruments with Micro AAA battery compartments

Key specifications

• Chemistry: Nickel‑Metal Hydride (Ni‑MH)
• Cell size: Micro AAA (R03)
• Nominal voltage: 1.2 V
• Rated capacity: 1000 mAh
• Rechargeable: yes — suitable for repeated charge/discharge cycles
• Typical applications: low to moderate current draw devices

How to use

Insert the XCell X1000 cells into the device respecting polarity markings. Charge the batteries before first use and recharge them using a charger that supports Ni‑MH Micro AAA cells and follows the manufacturer's charging profile. Avoid charging with incompatible chargers or using chargers for different chemistries. For best results, allow the charger to complete a full charge cycle and remove cells from the charger when indicated by the charger's status display.

Usage recommendations

Store unused batteries in a cool, dry place and avoid long exposure to high temperatures. For devices that are stored long term, remove batteries to prevent slow discharge and potential leakage. To maximize service life, avoid deep discharges where possible and recharge cells promptly after use. Use chargers designed for Ni‑MH chemistry and follow the charger's safety instructions.