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Me72 Electronics

Me72 Electronics. 6-16V Input 2 Bidirectional, 13A continuous (30A burst) 1 Unidirectional 15A continuous Safe Start Mode Serial Communication Read and Mix PWM input from R/C Gear. Trex Motor Controller. TRex Command List. Battery ( LiPo ) x6. Charger/Power Supply.

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Me72 Electronics

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  1. Me72 Electronics

  2. 6-16V Input 2 Bidirectional, 13A continuous (30A burst) 1 Unidirectional 15A continuous Safe Start Mode Serial Communication Read and Mix PWM input from R/C Gear Trex Motor Controller

  3. TRex Command List

  4. Battery (LiPo) x6

  5. Charger/Power Supply

  6. Capacity – Amp Hours Voltage – Number of Cells in Series (3.7V / cell) Charge Rate – nc = n * capacity of pack Discharge Rate – same as charge, but given in continuous/peak values LiPo Batteries

  7. Me72 Battery: 2200mAh 4 cell (series) (14.8V) NanoTechLiPo (can charge up to 8c, discharge 35c continuous and 70c burst) Me72 Charger: 2x150 Watt Ports at 15V 0.1-10A Current/Port Max Nominal Charger Current: 150W/14.8V = 10.14A Max Current Available from Charger: 10A Max Battery Charge Rate: 8c = 8*2.2Ah = 17.6A LiPo Batteries

  8. Me72 Battery: 2200mAh 4 cell (series) (14.8V) NanoTechLiPo (can charge up to 8c, discharge 35c continuous and 70c burst) Me72 Charger: 2x150 Watt Ports at 15V 0.1-10A Current/Port Max Current Available from Charger: 10A Charge Time (20% Efficiency Loss): (2.2Ah/10A)*1.2 = .264h = 15.84m ~16 minutes for 2 batteries LiPo Batteries

  9. LiPo Overload Example Charge and store outside or in well ventilated, non-flammable area (glass/ceramic bowl) Always balance cells Do not run below ~80% capacity LiPo Failure Use Charge Bags (Silicone + Fiberglass) Use Charge Markers

  10. Power Analysis

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