Panasonic Valve Regulated Lead Acid Batteries 12V3.4A LC-R123R4PG Manual De Usuario
Los códigos de productos
LC-R123R4PG
VRLA BATTERIES
AUGUST 2005
This information is generally descriptive only and is not intended to make or imply any representation, guarantee or warranty with respect to any cells and batteries. Cell and battery designs/specifications are subject to
modification without notice. Contact Panasonic for the latest information.
modification without notice. Contact Panasonic for the latest information.
CHARACTERISTICS - CONTINUED
e) Open circuit voltage vs. residual capacity
Residual capacity of the battery can be roughly
estimated by measuring the open circuit voltage as
shown in the Figure.
Residual capacity of the battery can be roughly
estimated by measuring the open circuit voltage as
shown in the Figure.
Open circuit voltage vs. Residual capacity 77°F (25°C)
•••••
Temperature conditions
Recommended temperature ranges for charging,
discharging and storing the battery are tabulated
below.
discharging and storing the battery are tabulated
below.
•••••
Battery life
a) Cycle life
Cycle life (number of cycles) of the battery is depen-
dent on the depth of discharge in each cycle. The
deeper the discharge is, the shorter the cycle life
(smaller number of cycles), providing the same
discharge current. The cycle life (number of cycles)
of the battery is also related to such factors as the
type of the battery, charge method, ambient tempera-
ture, and rest period between charge and discharge.
Typical cycle-life characteristics of the battery by
different charge/discharge conditions are shown by
the chart to the right.
This data is typical and tested at a well-equipped
laboratory in a controlled environment.
Cycle times are different for each battery model.
Cycle times can also differ from this data when using
batteries under real conditions.
Cycle life (number of cycles) of the battery is depen-
dent on the depth of discharge in each cycle. The
deeper the discharge is, the shorter the cycle life
(smaller number of cycles), providing the same
discharge current. The cycle life (number of cycles)
of the battery is also related to such factors as the
type of the battery, charge method, ambient tempera-
ture, and rest period between charge and discharge.
Typical cycle-life characteristics of the battery by
different charge/discharge conditions are shown by
the chart to the right.
This data is typical and tested at a well-equipped
laboratory in a controlled environment.
Cycle times are different for each battery model.
Cycle times can also differ from this data when using
batteries under real conditions.
Cycle life vs. Depth of discharge
100%
(3h discharge)
50%
(1.5h discharge)
120
100
80
60
40
20
0
200
400
600
800
1000
1200
1400
Capacity (%)
Charge/discharge cycle (number of cycles)
Depth of discharge
30%
(0.9h discharge)
(Test condition)
Discharge : 0.25 CA corresponding resistance
Cut-off voltage: Discharge depth 100% only 1.75V/cell
Charge : 14.7 V constant-voltage control
Maximum current: 0.4 CA
6 hours
Temperature : 25˚C
Discharge : 0.25 CA corresponding resistance
Cut-off voltage: Discharge depth 100% only 1.75V/cell
Charge : 14.7 V constant-voltage control
Maximum current: 0.4 CA
6 hours
Temperature : 25˚C
(Temperature: 25˚C)
7.00
6.75
6.50
6.25
6.00
5.75
5.50
5.25
5.00
14.0
13.5
13.0
12.5
12.0
11.5
11.0
10.5
10.0
0 20 40 60 80 100
Residual capacity (%)
Open circuit v
oltage (6V batter
y)
Open circuit v
oltage (12V batter
y)
Charge
Discharge
Storage
32
°
F (0
°
C) ~ 104
°
F (40
°
C)
5
°
F (-15
°
C) ~ 122
°
F(50
°
C)
5
°
F (-15
°
C) ~ 104
°
F (40
°
C)