Gens Ace Lipo Battery Guide

Gens Ace Lipo batteries are intended for use with radio controlled models only. R/C applications vary too greatly to cover every possible use in these instructions. The user must accept the duty to make smart and safe decisions about their desired application to avoid possible abuse and misuse. Non-R/C uses are not intended nor approved.

fpv gens ace

Gens Ace from Genstattu

By purchasing our RC best 2s lipo battery you agree that you have read and understood the safety precautions printed here and on each product, and agree to bear full responsibility for any injury, loss or damage resulting from all circumstances surrounding your use or misuse of this product. You agree not to hold TrakPower, its distributors (owners and employees) and/or retailers responsible for any accidents, injury to persons, or property damage. You accept the responsibility for inspecting and detecting any signs of damage or defect before and after use and prior to charging and to discontinue use immediately if any such issue arises. If you do not agree to these terms of use, return the item in its original condition to the place of purchase.
LiPo batteries can be damaged and CATCH FIRE if overcharged, shorted, damaged physically, or over-discharged

Over-charging, using an incompatible charger, or charging a battery that was previously damaged either physically or electrically can result in a catastrophic failure of the battery in the form of swelling, emission of smoke, and FIRE.
Over-discharging a LiPo (to a voltage lower than its rated minimum voltage) can damage a LiPo internally – even without the damage being visible in any way. Yet, a catastrophic failure (FIRE) could occur when attempting to re-charge the battery later.
LiPo failures are often a result of human error. Reading and understanding these instructions is CRUCIAL for avoiding problems, and to ensure personal safety and the protection of the surroundings.

CAPACITY: A way to rate a battery’s maximum energy storage limit, typically listed in “mAh” (milliamp-hours) and being the amount of energy the battery can deliver constantly over a period of one hour. Capacity rating is typically a way to gauge how much run time a 14.8 lipo battery can provide. The greater the rated capacity, the longer the run time.

C-RATING: A multiple of the battery’s capacity rating, calculated as the battery’s rated milliamp-hours (mAh) divided by 1000. C-ratings are used to establish various limits for a LiPo battery, such as a battery’s maximum charge and discharge current values. A battery rated at 2100mAh (1C = 2.1A) with a maximum charge rating of 3C could be charged at (2.1A x 3) 6.3 amps. A battery rated at 3200mAh with a maximum discharge rating of “25C” should be able to deliver(3.2A x 25) 80 amps of current during discharge.

SERIES PACK CONFIGURATIONS “S”: Electrically connecting multiple cells end-to-end places cells in “series”, with the resulting total pack voltage being the SUM of all cell voltages. Connecting packs in series is usually done to deliver more power (torque and/or speed) to the motor. A 3-series LiPo pack (3S) would have a total nominal voltage of (3 x 3.7V) 11.1V. A 4S pack has a total nominal pack voltage of (4 x 3.7V) 14.8V, etc. Connecting an 11.1V battery in serieswith a 7.4V battery will result in an overall voltage of 18.5V. Do not connect multiple packs together in series unless each has the same rated capacity (regardless of the rated voltage of each pack).

Gens Ace established in Year 1998 and mainly focus on mobile phone chargers and mobile phone batteries, Rechargeable batteries of Lithium Polymer (Li-po), Nickel Metal Hydride (Ni-MH) and LiFePO4 batteries, which used for various application, such as RC Models/Helicopter/Airplane/Boats/Cars, RC Toys and Power Tools, solar lighting, emerging lighting, cordless phone, walkie talkie, blue tooth, etc.

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