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NiCd NiMH Pb LiFe Lilon CE LiPo LiHV Dual Battery Charger

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NiCd NiMH Pb LiFe Lilon CE LiPo LiHV Dual Battery Charger

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Brand Name :	NLD
Model Number :	D2-2
Certification :	ISO9001 CE FCC
Price :	Negotible
Payment Terms :	L/C, T/T, D/P, D/A
Supply Ability :	100sets/month
Delivery Time :	20days

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NiCd NiMH Pb LiFe Lilon CE LiPo LiHV Dual Battery Charger

Dual Channel Charger for Battery Charger Support Type NiCd NiMH Pb LiFe Lilon LiPo LiHV

Default Battery Type of Charger and Task Parameters

	NiCd/NiMH	Pb	LiFe	Lilon	LiPo	LiHv
Rated Voltage	1.20V	2.00V	3.20V	3.60V	3.70V	3.80V
Full Charge Voltage	1.40V	2.46V	3.65V	4.10V	4.20V	4.35V
Storage Voltage	Not supported	Not supported	3.30V	3.70V	3.80V	3.85V
Discharge Voltage	1.10V	1.90V	2.90V	3.20V	3.30V	3.40V
Pre-charge Voltage	0.90V	1.80V	2.60V	2.90V	3.00V	3.10V
Balance Charge	Not supported	Not supported	Supported	Supported	Supported	Supported
Unbalanced Charge	Supported	Supported	Supported	Supported	Supported	Supported
Support Cells	1-16S	1-12S	1-6S	1-6S	1-6S	1-6S
Max Charge Current	12.0A	12.0A	12.0A	12.0A	12.0A	12.0A

Please be cautious when selecting the charging parameters for diuerent types of batteries; otherwise, the batteries may be damaged. Incorrect setting can result to fire and/or explosion.

Specification

Input Voltage: AC 100~240V	Supported Batt. Type: LiFe/Lilon/LiPo/LiHv (1~6S)
Charge Current: 0.1~12.0A*2	NiMH/Cd(1~16S)
Discharge Current: 0.1~3.0A*2	Pb(1~12S)
Max Charge Power: 200W	Display: 2.4" 320x240 IPS LCD
Max Discharge Power: 5W*2	Operating Temperature: 0~40°C
Balance Current: 1A/Cell*2	Storage Temperature: -20~60°C
Balance Cells: 1~6S*2	Dimensions: 120x108x70mm
	Weight: 510g

1. AC input	2. USB port	3. Update port	4. Balance port for channel 1
5. Battery port for channel 1	6. Battery port for channel 2	7. Balance port for channel 2	8. Channel 1 select button
9. Channel 2 select button	10. 2.4" IPS display	11. Speed shuttle key

How to Confirm Charging Current

It is very important to know the maximum charging current of the battery as excessive current could influence the life span of battery and/or cause damages. In addition, excessive current can cause heating and/or explosion of the battery during the charging process.

The charging and discharging capacity of battery is usually marked with C value. Multiplying the charging C value and battery capacity equals to the maximum charging current supported by the battery. For example, for a 1000 mAh battery with a charging capacity of 5C, the maximum charging current would be 1000*5=5000mA; therefore, the maximum charging current is 5A.

For a lithium battery, if it is impossible to confirm the supported charging C value, please set the charging current below 1C for the sake of its (lithium battery) safety.

The reference relation between C value and charging time: charging time ≥60 minutes/ charging C value (it therefore needs around 60~70 minutes to complete charging with 1C). Due to differences in battery conversion eciency, the period to complete the charging might be

extended.

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