Redox 6000mAh/7.6V 130C charge Li-Po HV akumuliatorius XT60

Redox 6000mAh/7.6V 130C charge Li-Po HV akumuliatorius XT60

Charaktersitikos:
Talpa: 6000mAh
Dydis: 139 * 46 * 25mm
Įtampa: 7.6V
Svoris: 292g

Pastovi iškrovimo srovė: 50C (350A)

The company's HARDCASE series Lithium-Polymer packageRedox, include an ideal alternative for car modelers who want to replace the old NiMH and NiCD packages with something more efficient. All Racing series packages are enclosed in a hard "hardcase" housing, which effectively protects the targets against mechanical damage. All housings have exactly the same dimensions as nickel packages consisting of 6 Sub-C cells (7.2V), thanks to which they will fit perfectly in almost every model in the 1:10 and 1: 8 scale. Thanks to the large capacity and significantly increased current efficiency, the motor can receive a much higher current than in the case of nickel packets! This means nothing more than a powerful boost of power and longer driving time for each car model in which such a package will be installed. We strongly recommend both beginners and more experienced modellers.

Technical data:

• Voltage: 7.6V
• Capacity: 6000 mAh
• Constant discharge current: 130C
• Maximum charging current: 1C
• Length: 139 mm
• Width: 46 mm
• Thickness: 25 mm
• Weight (with wires): 292 g
• Connector: XT-60

IMPORTANT CONSIDERATIONS ON USING

• do not discharge below 3V / cell
• Li-POL batteries require chargers that support the process of charging Li-pol cells / packages
• DO NOT CHARGE THE BATTERIES (applies to all LI-POL types) with ordinary chargers that do not have a charging algorithm dedicated to this type of batteries
• load and store in special bags or containers intended for this purpose
• use only with regulators that enable work with Li-Pol batteries
• do not store with other conductive materials (possibility of short circuit)!
• do not expose to direct sunlight
• keep away from flammable objects
• do not disassemble packages and cells, do not remove from the protective foil
• do not leave unattended while charging!
• do not short-circuit the poles
• dispose of at designated sites specializing in the disposal of this type of cells
• do not pierce, in the event of mechanical damage to the link - DO NOT USE!