Cleaning And Maintenance; Technical Specifications - Velleman VLEVP2 Mode D'emploi

Remarks
 T he VLEVP2 is only for use with 3.0 V / 3 .2 V, 3 .6 V / 3 .7 V, 3 .8 V
rec hargeable Li-ion or L iFePO batteries. Charging other battery types
may be hazardous, and can damage the batteries and c harger.
 T he VLEVP2 has an integrated short-circuit protection to protect the
c harger if a s hort c ircuit occurs in a battery. Note that this short-circuit
protection protects the charger and does not prevent batteries from
s hort-circuiting internally.
 Keep the VLEVP2 away from water and excessive dust.
 D o not disassemble the VLEVP2 as damage may result.
 D o not use a damaged VLEVP2.
Tips
 T he USB power output is only available when no external power source
is c onnected and the battery is inserted into the CH1 s lot.
 P ress and hold the c harge current s etting to check the selected voltage.
Suitable voltage is s trongly being recommended.
 Bec ause of different battery types, c apacities and over-charge depths,
the battery revive time may vary. Heavily over-discharged batteries
may not be able to be revived.
 D o not judge the battery is being c harged or not when it is in the
proc ess of activation.
 T o lengthen the over-discharged battery's lifespan, a 0 .25 A c harge
c urrent and suitable voltage are strongly being recommended.
 Specifications and features are subject to change. P lease find the most
rec ent description and s pecificat ions of the VLEVP2 on the Velleman
webs ite.

7. Cleaning and Maintenance

 T his device does not need any particular maintenance. However,
oc casionally c lean it with a damp c loth to keep it like new.

8. Technical Specifications

input power
c harge current options
0 .2 5 A constant c urrent
0 .5 A c onstant current
1 A c onstant current
c orresponding termination voltage for three voltage options
3 .2 V
3 .6 V
3 .8 V
T C of 0 .25 A / 0 .5 A
V. 01 – 04/02/2015
VLEVP2
1 2 VDC, 1 A
2 5 0 ± 3 0 mA
5 0 0 ± 5 0 mA
1 0 00 ± 8 0 mA
3 .6 ± 0 .05 V
4 .2 ± 0 .05 V
4 .3 5 ± 0 .05 V
≤ 5 0 mA
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