Alkaline AAA Batteries Philips LR03A40F-10 — 40-pack, size AAA (LR03)

Pack of 40 Philips alkaline AAA batteries LR03A40F-10 provides standard single-use power for everyday portable devices that require LR03 / AAA cells. The set is intended for users who need multiple replacements at home, in the office, or for stocking spare cells for frequently used equipment. These alkaline batteries are designed to deliver stable voltage and can be stored for later use in a compact bulk pack.

Advantages

Philips alkaline chemistry offers reliable initial voltage and consistent discharge behavior appropriate for low- to moderate-drain devices. The 40-pack format reduces the need for frequent purchases and simplifies inventory for multiple devices. Cells are lightweight and compatible with all equipment that accepts standard AAA (LR03) batteries.

Suitable for

• Remote controls for TV, audio systems and set-top boxes
• Wall clocks and small household timers
• Children's toys and handheld gaming devices
• Portable LED torches, flashlights and headlamps
• Wireless computer peripherals such as keyboards and mice

Key specifications

• Cell type: Alkaline single-use battery
• Size: AAA (also designated LR03)
• Quantity in pack: 40 cells
• Nominal voltage per cell: 1.5 V (typical for alkaline cells)
• Intended use: Low- to moderate-drain portable electronics
• Storage format: Bulk retail pack suitable for long-term storage

How to use

Insert each AAA cell into the device following the polarity markings (+ and −). Replace batteries in all battery compartments of a device at the same time to ensure balanced performance. Do not mix new and used batteries or different battery chemistries. Dispose of used alkaline batteries according to local regulations or recycling programs.

Usage recommendations

Store batteries in a cool, dry place and avoid prolonged exposure to high temperatures. For devices used infrequently, remove batteries during long storage periods to prevent leakage. For optimal runtime, use these alkaline AAA batteries in devices with low to medium power draw; for high-drain devices consider appropriate rechargeable alternatives.