Panasonic Pro Power AAA LR03 Batteries | 4 Pack

Panasonic Pro Power AAA LR03 Batteries | 4 Pack are expertly designed to provide reliable and enduring energy for devices that are integral to both professional and personal settings. These AAA batteries deliver high-performance power, tailored to support a variety of electronic devices with efficiency and reliability. Their eco-friendly design and broad compatibility make them an ideal choice for those seeking both quality and environmental responsibility.

Key Features:

• Consistent Longevity:These batteries are built to offer a stable and lasting power supply, significantly reducing the frequency of replacements.
• Ideal for a Range of Devices:Perfectly suited for items like TV remotes, wireless mouse devices, portable audio players, and digital thermometers.
• Tailored for Medium Drain Devices:Excellently adapted for gadgets requiring moderate power, such as clocks, flashlights, and wireless doorbells.
• Eco-Conscious Construction:Free from harmful substances like mercury and cadmium, these batteries are an eco-friendly option.
• Multiple Designation Compatibility:Also recognized as 24A, AM4, MN2400, and E92, facilitating easy identification and compatibility checks.

Technical Specifications:

• Battery Type: Alkaline
• Voltage: 1.5V
• Weight: Roughly 11 grams per battery
• Dimensions: Standard AAA size, 44.5 mm x 10.5 mm
• Operating Temperature Range: -20°C to 54°C
• Shelf Life: Up to 7 years under optimal storage conditions

Panasonic Pro Power AAA LR03 Batteries, presented in a pack of four, are an essential energy solution for a wide array of electronic appliances. These batteries ensure that devices crucial for both work and leisure are always powered and ready for use. Their advanced chemical composition and technical specifications position them as a premium choice for both frequent and occasional use in various applications. With a 4-pack offering, users are assured of having a convenient backup, making sure that their devices remain operational without interruption.