K2 Energy Smart Charger
Manufacturer Part Number: K2C12V4A
K2 Energy Smart Charger
General Description
K2 Energy Smart Charger - 4 Amp Lithium iron smart charger. Use for K2's K2B12V batteries. LED indication light, green for power on and charge complete (not charging). Red for Charging. 50/60Hz 100 – 240VAC input. Certified CE, UL, FCC, and RoHS. Comes with quick–disconnect terminals for charging your battery straight out of the box. This charger is recommended with your K2 batteries to guarantee a full charge and the longest life from your batteries.
Wings & Wheels is proud to be a K2 Energy dealer.
W&W typically stocks K2 Energy Smart Charger.
| AC Input Voltage | 50 / 60Hz 100–240 VAC |
| AC Input Current | 1.8 A |
| Output Voltage | DC 14.6 V |
| Output Load | 4.0 A Max |
| OPERATING CONDITIONS | CC / CV (CONSTANT CURRENT / CONSTANT VOLTAGE) |
| Operating Temperature | 0° – 40° C |
| Storage Temperature | -20° – 60° C |
| Operating Humidity | 5% – 65% RH |
| Storage Humidity | 5% – 65% RH |
| Caution | Indoor use only – K2|LiFeP04 batteries only |
| Dimensions | 5.5 in. x 2.4 in. x 1.8 in. – (140mm*62mm*35mm) |
| Safety Rating | CE | UL | FCC | RoHS | PSE |
Founded in Henderson, Nevada in 2006, K2 Energy is an American company and a leading researcher, developer and manufacturer of Lithium Ion batteries that are used in many advanced medical, transportation, and military applications around the world. Patented in the United States, Europe, and in China, K2’s Lithium Ion™ technology provides products tailored to customer requirements over a broad range of applications and platforms. Our proprietary K2 Lithium Ion™ technology in energy and power battery cells, modules and systems promise superior power, uncompromised safety, and unmatched performance in light–weight, long–lasting products that significantly out–perform traditional lead–acid batteries and other lithium ion products. We constantly research and develop new process technology and products and are dedicated to reimagining what is possible in the field of energy storage systems.
