Rechargeable NiMH Micro AAA Battery Voltcraft VC-12175585 600 mAh 1.2 V

Voltcraft VC-12175585 is a rechargeable NiMH Micro (AAA) battery with a nominal voltage of 1.2 V and a rated capacity of 600 mAh. It is built for compact consumer electronics and offers a reusable power source for devices that require small, removable cells. Compatible with chargers designed for NiMH chemistry, this Micro AAA battery is suitable for repeated charge-discharge cycles and helps reduce the amount of single-use battery waste.

Advantages

The battery delivers a stable 1.2 V output and a moderate 600 mAh capacity in a Micro (AAA) form factor, making it easy to install in small devices. Being NiMH rechargeable, it supports many charge-discharge cycles and lowers operating cost compared to disposable alkaline cells. The cell is compatible with standard NiMH chargers and provides predictable performance across typical low-to-medium drain applications.

Подходит для

• Пульты дистанционного управления
• Беспроводные датчики и датчики движения
• Игрушки и ручные электронные устройства
• Портативные гаджеты с гнездом для AAA элементов

Key specifications

• Chemistry: Nickel-metal hydride (NiMH)
• Cell type: Micro (AAA)
• Nominal voltage: 1.2 V
• Rated capacity: 600 mAh
• Rechargeable: yes — designed for multiple cycles
• Typical applications: low-to-medium drain portable electronics

How to use

Insert the battery into the device following polarity markings. Charge the cell only with chargers that support NiMH chemistry and the Micro (AAA) size. Observe the charger manufacturer’s instructions for charge current and recommended charging time. After charging, allow the battery to cool briefly before use and replace cells in matched sets for devices that require multiple batteries to ensure balanced performance.

Usage recommendations

Store batteries in a cool, dry place when not in use. Avoid exposure to extreme temperatures and remove batteries from devices that will not be used for extended periods. For optimal life, use a charger with automatic charge termination and avoid deep discharges when possible.