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LiPo 7,4V 2000mAh 15/30C T-connect (DEANS) - 2 module

LiPo 7,4V 2000mAh 15/30C T-connect (DEANS) - 2 module

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The LiPo 7,4V 2000mAh 15/30C T-connect (DEANS) battery is a new high-quality product in the market of LiPo batteries. The manufacturer aims to create a product that matches the quality of the best players in the battery market while maintaining an attractive price. The range includes both large capacity packs and packs designed for limited space - even packs that are comparable in size to a lighter! The high-quality cables and connectors ensure maximum utilization of the battery's energy potential by minimizing energy loss during transfer. This solution also prevents contact overheating. Each cell is protected by the NanoSafeĀ® system to minimize the risk of fire in case of serious damage. Thanks to Subzero PowerĀ® technology, the efficiency in low temperatures has been increased and even at negative temperatures, the self-discharge level is very low. The meticulous construction of each cell and other components ensures minimal internal resistance and voltage resistance under load. These features have allowed for up to 20%
$35.44
LiPo 7,4V 2000mAh 15/30C T-connect (DEANS) - 2 module—
$35.44

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Ā 

The LiPo 7,4V 2000mAh 15/30C T-connect (DEANS) battery is a new high-quality product in the market of LiPo batteries. The manufacturer aims to create a product that matches the quality of the best players in the battery market while maintaining an attractive price. The range includes both large capacity packs and packs designed for limited space - even packs that are comparable in size to a lighter! The high-quality cables and connectors ensure maximum utilization of the battery's energy potential by minimizing energy loss during transfer. This solution also prevents contact overheating. Each cell is protected by the NanoSafeĀ® system to minimize the risk of fire in case of serious damage. Thanks to Subzero PowerĀ® technology, the efficiency in low temperatures has been increased and even at negative temperatures, the self-discharge level is very low. The meticulous construction of each cell and other components ensures minimal internal resistance and voltage resistance under load. These features have allowed for up to 20%