User Manual

Conrad Electronic SE · Klaus-Conrad-Str.1 · 92240 Hirschau
4．Weight  using disk-scale measurement。  approximate 25.0 g。
5．Charge
Voltage
 Following a period of discharge at
300mA down to a terminal voltage ,
then standard charge, the cell voltage
shall be tested at 5 minutes before
finishing charging。
 The voltage shall be less than
2.0
V。
6．Open circuit
voltage: (O.C.V.)
 After finished a standard charge
period, the open circuit voltage of the
cell shall be tested within 1 hour.
 The O.C.V. shall exceed 1.8
V .
7．Closed
circuit voltage:
(C.C.V.)
 After finished a standard charge
period, the closed circuit voltage of
the cell shall be tested with a 0.86
Ω Impedance loaded within 1hour。
 The C.C.V. shall exceed 1.6
V
.
8．Internal
impedance
 After finished a standard charge
period, the internal impedance of the
cell shall be tested within 1 hour。
 The internal impedance shall
not be more than 30
mΩ .
9．capacity
 After finished a standard charge
period, the cell shall be tested within
1 hour based discharged at 300
mA
down to a terminal voltage of 1.3V；
 The capacity is equal or above
the minimum capacity。
10．High Drain
Discharge
 To discharge at 1500mA
to 1.2V
within 1 hour after finished standard
charge。
 The Capacity is equal or
above 54 min。
11．Self-
discharge
 Discharge at 300
mA to a terminal
voltage of 1.3V, then standard charge
to put aside for 28 days , after
discharge again at 300mA
to 1.3V to
test capacity.
 The subsequent capacity shall
not be less than 60%
of
initial capacity.
12．Over-charge
 Following a period of discharge at
300
mA down to a terminal voltage
of 1.3V
，first standard charge and
then charge for 48hrs at 150
mA by a
constant voltage holding at 1.9V.
Then discharge at 300mAh
to test
capacity .
 No deformation , no leakage
 Capacity not be less than
minimum capacity
13．Over-
discharge
 Following a period of discharge at
300
mA down to a terminal voltage
of 1.3V, combine the cells with a
0.86
Ωper cell load. After stored for
a period of 24 hours, standard
charged and then discharge at 300
mA。
 No deformation
 The subsequent capacity shall
not be less than 80%
of rated
capacity。