HYPERION EOS 0720i NET3 7S AC/DC Charger (150w max) - US

The EOS 0720i NET3 AD is the answer when looking to upgrade to more power but where you still have the flexibility of the built-in power supply. The 220V input provides 90W of input power, where as on DC (up to 15V) you have 150W at your disposal.

Features:

• Integrated balancer, LBA10/300 with 300mA max balance rate per cell
• TCS & STORE MODE
• 20A Max with 90W (AC) or 150W (DC) charger power
• Network to 300W and 14S max(2x7S balanced)
• Next-generation 0720i NET charger for 110-240V and >15VDC
• Perfect for home as well as the field or track
• Adapter boards for Chinese types (XH) and of course Hyperion is included - two adapters are included (not 3 as depicted)
• USB PC Port for Firmware upgrades
• PC Control & Data Suite Software System, which allows full control of the charger via PC, Data Logging, Memory Management, and more
• Temperature Sensor Port & Temp Stop settings*

Included with the package:

• EOS 0720i NET3 7S AC/DC Charger (150w max) x 1
• US Cord

Specifications:

• Input Voltage Range: 11-15V DC or 100-240V AC at 50~60Hhz
• Battery Types:
• NiCD/NiMh: 1-16 cells
• LiPo: 1-7 cells (100~6000maH) 3.7v/cell type only)
• HvLi: 1-7 cells (100~6000maH) 3.8v/cell type only)
• LiFe: 1-7 cells (3.3v/cell types including A123 and LifePo4 brand cells)
• PB: 1-12 cells (2v/cell nominal)
• Charge Current: 0.1A~20.0A Max by 100mA steps(150Watt limit on DC, 90Watt limit on AC)
• Discharge Current: 0.1A~5.0A Max by 10mA steps(50Watt limit)
• Trickle Charge Current: 0~200mA (NiCd/NiMh only)

Charge Termination:

• "Delta V" Peak detection for NiCd/NiMh
• "CC/CV" for Lithium polymer and Lead Acid batteries
• Cycling modes: Charge>Discharge / Discharge>Charge
• Display Type: 2 Line, 16 character Yellow backlit LCD

Note:

• Please download Latest Firmware for EOS0720iNET3-AD Charger. See the Manuals & Support page
• *Temp sensors sold separately: #HP-EOSTMPSEN

Caution:

• When you charge the HV Lipo Batteries using Hyperion EOS Series Chargers, please choose the HVLI mode at Battery Types
• You must NOT choose this (HVLI) mode for NORMAL Lipo Batteries. It's dangerous and may cause fire by overcharge