Single-use battery Panasonic N-600AACL

The Panasonic N-600AACL is a single-use AA battery built on Nickel-Cadmium (NiCd) technology. It is designed for stable, repeatable voltage delivery in a variety of portable devices, providing a nominal capacity of 650 mAh and a compact cylindrical form factor with a height of 48.9 mm and diameter of 14.3 mm. Weighing approximately 22 g, this battery is suitable where dependable, short- to medium-duration power is required.

Advantages

NiCd chemistry offers consistent discharge characteristics and tolerance to moderate temperature variations, helping maintain device performance under varying conditions. The battery’s AA size and standard voltage make it compatible with a wide range of consumer electronics. Its physical dimensions and weight are optimized for common handheld and household devices, allowing straightforward replacement and installation without device modification.

Suitable for

• Household remote controls and clocks
• Toys and handheld electronic gadgets
• Flashlights and portable lights
• Small appliances and battery-powered tools requiring AA cells

Key specifications

• Battery type: Single-use (primary) AA cell
• Chemistry: Nickel-Cadmium (NiCd)
• Nominal capacity: 650 mAh
• Dimensions: height 48.9 mm, diameter 14.3 mm
• Weight: 22 g

How to use

Insert the battery into the device following the polarity markings (+ and −) indicated in the battery compartment. Ensure the contacts are clean and free of corrosion before installation. Replace spent cells with new ones of the same type and similar specifications to maintain device performance. Do not attempt to recharge; this product is intended for single-use operation.

Recommendations

Store unused batteries in a cool, dry place away from direct sunlight and metal objects. Remove batteries from devices that will not be used for extended periods to prevent potential leakage damage. Dispose of used batteries in accordance with local regulations for battery waste and recycling; do not incinerate or expose to high temperatures.