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Tuotekoodi: | SK-100185-02 |
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Numero: | SK100185 |
Tuotemerkki: | SkyRC |
The NC2500 Pro is a six-channel charger for AA/AAA NiMH/NiCD Batteries with four working modes of Charge, Discharge, Refresh and Break-in. You can set the proper working current based on different battery capacities, and the current is adjustable, ranging from 0.1A to 2.5A.
With the wide-viewing LCD screen, NC2500 Pro displays current, capacity, voltage, elapsed time, and working mode at a glance. NC2500 Pro features battery internal resistance detection, QC3.0, motor run-in, and the firmware is upgradable.
Features:
FlexiPulse Overheating is Prevented
The battery internal resistance usually increases as it is used. When the battery is used for a long time, its internal resistance will increase. The internal resistance consumes part of the electric energy when charging and causes the battery to heat up simultaneously.
SkyRC deploys an innovative FlexiPulse algorithm for internal resistance detection in this charger. Once a high internal resistance is detected, the charge current will automatically decrease to reduce the overall heating and protect the battery.
Any useless battery in your drawer?
With NC2500 Pro, users can try to rescue useless or none-performing-well batteries. Regardless that it is against the law to dispose of these batteries improperly, you have some chance to save the almost dead batteries.
After trying all the modes as in the manual, refer to the battery rescue steps as simple as 1-2-3:
We are Certified, We are Qualified!
NC2500 Pro comply with the laws and regulations into each country we ship. Our products are designed, tested and approved to meet worldwide standards for Product Safety, Electromagnetic Compatibility and other regulatory compulsory requirements, when used for their intended purpose.
Specs:
Motor run-in:
Included:
Tämä verkkosivusto käyttää evästeitä palvelumme varmistamiseen, henkilökohtaisten tarjousten tekemiseen ja asiakaskokemuksen parantamiseen. Jos et hyväksy alla olevia valinnaisia evästeitä, tämä voi vaikuttaa sivuston toimintaan. Jos haluat tietää enemmän, lue evästekäytäntömme tästä.