Konect PROX4 Manuel D'utilisation page 19

5. CHARGING CURRENT SETTING
You have to know the battery allowable maximum charge current before charging.Charge current
exceeds the allowable maximum charge current may cause damage to battery and it is possible to
lead a fire and explosion of battery when charging.
We usually use C value to mark battery charging/discharging capability.The battery allowable
maximum charging current is calculated by multiply C value by battery capacity . For example, if
battery is 1000mAh, 5C, then the allowable maximum charging current is 1000*5=5000mA, that is the
battery maximum allowable charging current is 5A.
To Lithium batteries, if you can't confirm battery's C value, for your safety, please set charging current
no more than 1C.
The relationship between C value and charging time is, charging time≥60minites/C value, for example,
charging with 1C, charging finish time need 60-70 minutes. This time may be extended due to different
battery performance.
6. POWER ALLOCATION
Power allocation is only effective under AC power supply, have intelligent allocation and average
allocation two modes.
Power Intelligent allocation is allocate power by channels, it can improve charger's working efficiency,
shorten charging time, with intelligent allocation design to meet different user's needs.
Single channel working power can reach to 100W under AC input mode.Charger is charged by full
power per single channel according to the priority of charging start time.That is when several channels
all connected with battery and start charging process,charger will allocate full power to the battery
which charging first, allocate the other channels with small power. When the first battery fully charged,
then one by one according to the charge time priority to full power charge each channel battery till
every single channel battery fully charged.
Power average allocation is to allocate the power of charger equally to each channel, each channel's
power is the same, minimum 25W, maximum 100W. This design is good for record charging time and
compare battery performance.
Under DC input mode, each channel can charge under maximum power 100W, improve charging
efficiency and shorten charging time.
7. LITHIUM BATTERY MODE INSTRUCTION
Charging Lithium battery at balance mode
This is for balancing the voltages of Lithium batteries of the battery pack to be charged. Inner system
will monitor each cell's voltage and restraint each cell's current to fulfill balance charging. You need to
connect the battery to the charger's output plug as well as the balance port when charging.
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