RC CellMeter-7 Digital Battery Capacity Checker Controller Tester for LiPo LiFe Li-ion NiMH Nicd

Specifications: Dimensions (Length x Width x Height) : 84 x 50 x 16mm Battery Type: NiCd / NiMH, Li-Po, LiFe, Li-ion Cell Number: NiCd / NiMH (4 - 7 Cells), Lithium Type (2 - 7 Cells)Input cells: LIPO: 2-7 cells LIFE: 2-7 cells Li-lon: 2-7 cells NiCd: 4-7 cells NiMH: 4-7 cellsTotal Voltage: LIPO: √ LIFE: √ Li-lon: √ NiCd: √ NiMH: √Total cell battery capacity(0-99%): LIPO: √ LIFE: √ Li-lon: √ NiCd: × NiMH: ×Individual Battery cell voltage: LIPO: √ LIFE:√ Li-lon:√ NiCd: × NiMH: ×Lowest cell voltage: LIFE: √ Li-lon: √ Li-lon: √ NiCd: × NiMH: ×Highest cell voltage: LIFE: √ Li-lon: √ Li-lon:√ NiCd: × NiMH: ×Voltage Difference Between Highest and lowest cell voltages: LIFE: √ Li-lon: √ Li-lon:√ NiCd: × NiMH: × Display Mode: -Battery cell voltages, Total voltages, Lowest cell voltage, Highest cell voltage. -Voltage gap between Highest cell voltage and Lowest cell voltage, Remaining battery capacity (%). -Press "TYPE" for 3 seconds until you hear 3 'Beep' sound ,the 'LiPo' will Blink and the 1S - 6S will Blink - shows Cell Balancing begins Balancing Mode.-Press "MODE", it show out TOTAL Voltage, maximum voltage"MAX", minimum voltage "MIN", and voltage difference "MAX-MIN".-Press "CELL", you can see the voltage and power of each cell, the total voltage and the total power.-During Balancing Mode , the checker will give a bit warmer temperature.-All the products have been tested before shipping, if you have any problem, please don't hesitate to contact with us.Package : 1 piece of Version 2 Cellmeter-7 Digital Battery Checker 1 piece of instruction paper(LiPO Battery and cable in the picture not included )

• Use for lipo life li-ion nimh nicd battery.
• Applies to check the batteries.It's very handy to read your cell voltage.
• High quality, safe and durable,tiny and compact,easy to figure out and to use.
• Cell Number: NiCd / NiMH (4 - 7 Cells), Lithium Type (2 - 7 Cells).
• Display Mode: Battery cell voltages,total voltages,lowest cell voltage, Highest cell voltage gap between highest cell voltage and lowest cell voltage, Remaining battery capacity(%)