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Summary of Contents for Competition Electronics Turbo35-GFX LiPo
- Page 1 Competition Electronics, Inc Turbo35-GFX LiPo User’s Manual Addendum Competition Electronics, Inc 3469 Precision Dr. Rockford, IL 61109...
- Page 2 WARNING: Please read before using your Turbo35-GFX LiPo charger/discharger: IMPORTANT SAFETY INSTRUCTIONS AND WARNINGS • You must read these safety instructions and warnings before using the Turbo35-GFX LiPo battery charger. • Lithium Polymer batteries are volatile. Failure to read and follow the below instructions may result in fire, personal injury and damage to property if charged or used improperly.
- Page 3 3.3v. If you insist and the per cell voltage is greater than 2.3 volts, the Turbo35-GFX LiPo will charge the pack at a reduced current for 2 minutes in an attempt to reach at least 3V per cell. However, chances are the pack is damaged and will need replacement.
- Page 4 In this case, CEI recommends obtaining the proper mating connectors and connecting them to the Turbo35-GFX LiPo output leads in such a way that shorting of the pack is not possible. In this case, it is recommended that similar proper mating connectors be directly attached to the Turbo35-GFX LiPo output leads.
- Page 5 Turbo35-GFX if you have questions. LiPo Mode The Turbo35-GFX LiPo mode allows charging of LiPo packs consisting of 1, 2 or 3 cells at up to 12000 mAHr rates. LiPo packs require a constant current charge process when the voltage is below 4.2 volts per cell. After the voltage threshold of 4.2V per cell is reached, the charge mode will switch into a constant voltage...
- Page 6 2.3V per cell. If the LiPo pack voltage is between 2.3V and 3V per cell, the Turbo35-GFX LiPo will try to charge the pack at approx. 10% of the mAHr rate setpoint for 2 minutes in an effort to restore the pack voltage to 3V per cell.
- Page 7 AIR On/Off For higher charge rates, the Turbo35-GFX LiPo will measure actual internal resistance at 121 seconds into the discharge cycle. AIR measurement is disabled for discharge rates of 10 amps and below. Under and Overvoltage Considerations NOTE: As with charging, there are under and over voltage checks built in which will terminate discharge if it can be determined that there is an abnormality.
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