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Makita DC18SE 3.0Ah Automotive Fast Charger



The Makita DC18SE 3.0Ah Automotive Fast Charger is a device that can quickly charge an 18 Volt 3.0 Ah Li-Ion battery in just 45 minutes. It has a built-in fan to cool the battery during charging, which helps to prolong the battery's lifespan. The charger also has an advanced CPU that communicates with the battery's memory chip to determine the best charging method based on the battery's history an... more details
Key Features:
  • Fast charging: The Makita DC18SE can charge an 18 Volt 3.0 Ah Li-Ion battery in just 45 minutes.
  • Cooling fan: The built-in fan helps to cool the battery during charging, which prolongs its lifespan.
  • Advanced CPU: The charger's advanced CPU communicates with the battery's memory chip to determine the best charging method based on the battery's history and condition.


R1 855.00 from Chavda International

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Current Price: R1 855.00

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Features
Brand Makita
Manufacturer Makita
Model Number DC18SE
Description
The Makita DC18SE 3.0Ah Automotive Fast Charger is a device that can quickly charge an 18 Volt 3.0 Ah Li-Ion battery in just 45 minutes. It has a built-in fan to cool the battery during charging, which helps to prolong the battery's lifespan. The charger also has an advanced CPU that communicates with the battery's memory chip to determine the best charging method based on the battery's history and condition. It can identify if the battery has been exposed to heat, over-discharged, or has aged through cycles. The charger uses 3 Active Controls (current, voltage, and thermal) to optimize the charging process and extend the battery's life.

Quickly charges an 18 Volt 3.0 Ah Li-Ion battery in only 45 minutes

Built-in fan to cool the battery to maximize the life of the battery during charge cycles

Advanced CPU communicates with individual battery's memory chip, recognizes battery's history and analyzes battery condition to determine the optimal charging method

Identifies if abused by heat, over-discharged or cycle age

Optimal charging method is achieved using 3 Active Controls (current, voltage and thermal) to maximize the effectiveness of the charge and extend the life of the battery
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