7
8
◎ SPECIFICATIONS
MODE SPECIFICATION
Power source
Display
Battery Type & Cells
Output
Charge Current
Discharge Current
Balancing current
USB
Sub Function
Firmware upgrade
PC communication
Languages
Cooling system
Ext. Module socket
Motor Test socket
Servo Test socket
Memory
SMPS Docking Terminal
Dimensions
Weight
11-28V External DC Power Supply (Docking system)
TFT 3.0” LCD W/ Touch screen
NiCd, NiMH / 1-14 cells / each channel
LiPo, LiFe, LiIo / 1-7 cells / each channel
Pb / 1-12 cells (2V/cell) / each channel
2 Channels (400W x 2CH = 800W)
0.1 - 20.0A (100mA steps) / Max. 400W-24V; Max. 220W-12V
0.1 - 10.0A (100mA steps) / Max. 60W
Discharge, Charge to Discharge / Discharge to Charge /
Charge to Discharge
Cycling
Max. 350mA
USB 5V output (5.0V 2.5A ) / USB B-Type
Servo Test, Motor Test, Warmer, ESC setting
External Mini USB device
Graupner/SJ Logging Software
Optional (Primarily English)
50 x 50 x 10mm x 2ea Dynamic Cooling Fan
Futaba 3P socket
ZHR
Futaba 3P socket
Each channel contains 20 memories (20ea x 2CH = 40 memories)
Yes
88.2 x 203.4 x 196.3 mm / 3.47 x 8.00 x 7.73 inches
1368 g / 48.25 oz
- Connect the battery pack to a balance board. Without this connection, either the batteries
or the charger may be damaged.
- Do not charge a battery with a voltage below 2.8V per cell. If this type of battery is forced
to charge, the pack can be damaged and, in extreme cases, can result in a fire.
- The default charging current is 1C. Monitor the voltage and the temperature of batteries
during charging operations that may exceed 1C.
- Do not charge Lithium Polymer battery packs to values that exceed 4.2V per cell.
- Always disconnect the battery after charging. Allow the charger to cool between the charges.
- Do not charge the batteries inside a car. Never use a cigarette socket as a power source.
- Do not charge the batteries using a digital camera, a camcorder, or a cell phone, as the power
source.
- Please use insulating gloves during the handling of the batteries, the charger or the wires.
Failure to do so may cause personal injury, as the voltage differential between the input and the
output can result in the formation of sparks.
