Duracell Duracell Plus Alkaline AAA Battery 1.5 V

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Sous-total (1 paquet de 16 unités)*

21,63 €

(TVA exclue)

26,18 €

(TVA incluse)

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Unité
Prix par unité
le paquet*
16 +1,352 €21,63 €

*Prix donné à titre indicatif

N° de stock RS:
250-5080
Référence fabricant:
MN2400B16PLUS
Fabricant:
Duracell
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Marque

Duracell

Series

Duracell Plus

Product Type

AAA Battery

Chemistry

Alkaline

Nominal Voltage

1.5V

Number of Batteries

16

IEC Code

LR03

Termination Type

Flat

NEDA Code

24 A

Battery Size

AAA

Height

44.5mm

Weight

11g

Standards/Approvals

ANSI, IEC

Diameter

10.50mm

Statut RoHS : Exempté

Duracell Plus Series AAA Battery, 10.50mm Diameter, 1.5V Nominal Voltage - MN2400B16PLUS


This AAA battery supplies 1.5V for portable devices, using alkaline chemistry to deliver steady power across varied loads. It is intended for applications requiring replaceable single-cell power and operates across a wide temperature span. Stored within recommended conditions, the cell offers practical service life examples varying by applied load and cut-off voltage.

Features and Benefits:


• 133m-ohm impedance at 1kHz for predictable voltage response
• Flat terminals enabling stable contact in battery holders
• Operates from -20°C to 54°C for extended temperature use
• High-rate capability up to 0.6A short bursts for demanding loads
• Typical mass 11g supporting lightweight product designs

Applications


• Suitable for remote controls and battery-powered toys
• Used with portable measuring instruments requiring stable voltage
• Ideal for handheld torches and LED penlights
• Can be used for wireless mice and keyboards
• Used for small electronic sensors and clocks

What storage conditions preserve cell performance?


Store between 5°C and 30°C to limit capacity loss and maintain typical delivered energy.

How does temperature affect discharge at 100mA?


Lower temperatures reduce service hours

comparative curves exist for -10°C, 0°C and 21°C conditions.

What resistance behaviour should be expected under load?


DC resistance varies with rate

low-rate and high-rate impedance ranges cover brief high-current pulses and steady drains.

How is delivered capacity defined for different uses?


Capacity depends on applied load, temperature and cut-off voltage, with discharge charts showing examples for constant current, power and resistance conditions.

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