Pilha GP Batteries Ultra Plus Alkaline 15AUP/LR6 AA alcalina

The GP Batteries Ultra Plus Alkaline 15AUP/LR6 AA is a single-use alkaline battery engineered for everyday devices that need steady, predictable power. Designed in the AA/LR6 size, it provides consistent voltage output and stable performance across a wide range of consumer electronics. The battery is intended for disposable use and is suited to applications where long shelf life and reliable operation between replacements are important.

Advantages

These GP Ultra Plus Alkaline cells deliver reliable energy with low self-discharge, offering long storage life and dependable output during use. The alkaline chemistry ensures steady voltage under normal loads, and the AA format is compatible with most household electronics. The product’s packaging dimensions make it simple to store and organize in a toolbox, drawer, or supply cabinet.

Suitable for

• Remote controls and game controllers
• Children’s toys and electronic playthings
• Clocks and small household gadgets
• Flashlights and portable lamps with moderate current draw
• Wireless mice, keyboards, and small audio devices

Key specifications

• Chemistry: Alkaline
• Battery size: AA / LR6
• Form factor: Single-use (primary) cell
• Typical applications: Low to moderate drain devices
• Storage characteristics: Low self-discharge for extended shelf life
• Package dimensions: 156 mm x 186 mm x 62 mm

How to use

Install the AA battery into the device matching the positive (+) and negative (–) terminals to the marked contacts. Replace batteries in pairs or all at once when multiple cells are used in a device to maintain balanced performance. Dispose of used batteries according to local regulations for single-use alkaline cells. Do not attempt to recharge single-use alkaline batteries.

Recommendations

Store batteries in a cool, dry place away from direct sunlight and extreme temperatures. Remove batteries from devices that will not be used for extended periods to avoid leakage. For high-drain devices, consider using batteries specifically designed for higher current demands or rechargeable alternatives.