Duracell MN2400 Alkaline AAA Battery 1.5 V

Subtotal (1 pack of 10 units)*

£10.25

(exc. VAT)

£12.30

(inc. VAT)

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Pack(s)
Per Pack
Per unit*
1 +£10.25£1.025

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RS Stock No.:
665-475
Mfr. Part No.:
MN2400 P10 BOOST
Brand:
Duracell
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Brand

Duracell

Product Type

AAA Battery

Series

MN2400

Chemistry

Alkaline

Number of Batteries

10

Nominal Voltage

1.5V

Termination Type

Flat

Battery Size

AAA

Standards/Approvals

ANSI

Diameter

10.5mm

Height

44.5mm

Weight

13g

RoHS Status: Exempt

COO (Country of Origin):
BE

Duracell MN2400 Series AAA Battery, 1.5V Nominal Voltage, Alkaline Chemistry - MN2400 P10 BOOST


This AAA battery provides steady 1.5V power for a wide range of portable devices and operates across typical consumer thermal conditions. It is an alkaline-manganese dioxide cell supplied in a pack of ten with flat terminations and is designed for standard single-cell applications where stable nominal voltage and a conventional form factor are required.

Features and Benefits:


• 128mΩ impedance at 1kHz improves performance under electronic loads
• 13g weight supports compact, lightweight device designs
• Storage range 6°C to 29°C reduces capacity loss during warehousing
• Operating range -20°C to 54°C enables use in varied climates
• ANSI designation provides standardised sizing and interchangeability

Applications


• Suitable for remote controls in domestic and commercial settings
• Used with handheld electronic gadgets requiring 1.5V cells
• Ideal for battery-operated toys that need frequent replacement cells
• Can be used for emergency torches and portable lighting
• Used for measurement tools that demand consistent supply voltage

What is the cell chemistry and why does it matter?


It uses alkaline-manganese dioxide chemistry which provides stable nominal voltage and predictable discharge characteristics for typical consumer loads.

How does storage temperature affect shelf life?


Storing between 6°C and 29°C reduces self-discharge rate and preserves delivered capacity prior to use.

What Terminal type is provided and how does that affect device compatibility?


Flat terminations suit devices with spring or flat-contact holders and ensure consistent contact pressure.

How does impedance influence device performance?


Lower impedance at 1kHz helps maintain voltage under moderate electronic loads, improving run-time for Active circuits.

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