2011 Kawasaki KLX140 Owners Manual - Page 79

2011 Kawasaki KLX140 Manual

Page 79 highlights

MAINTENANCE AND ADJUSTMENT 77 Battery The battery installed in this motorcycle is a sealed type, so it is not necessary to check the battery electrolyte level or add distilled water. However, in order to maximize battery life and ensure that it will provide the power needed to start the motorcycle you must properly maintain the battery's charge. When used regularly, the charging system in the motorcycle helps keep the battery fully charged. If your motorcycle is only used occasionally or for short periods of time, the battery is more likely to discharge. Due to their internal composition, batteries continually self discharge. The discharge rate depends on the type of battery and ambient temperature. As temperatures rise, so does the discharge rate. Every 15°C (27°F) doubles the rate. Electrical accessories, such as digital clocks and computer memory, also draw current from the battery even when the engine stops. Combine such "engine-stop" draws with hot temperature, and a battery can go from fully charged to completely discharged in a matter of days. Temperature Self-discharge Approx. Number of Days from 100% charged to 100% discharged Lead-Antimony Lead-Calcium Battery 40°C (104°F) 25°C (77°F) 0°C (32°F) 100 Days 200 Days 550 Days Current Drain Discharging Ampere 7 mA 10 mA 15 mA 20 mA 30 mA Days from 100% charged to 50% discharged 60 Days 42 Days 28 Days 21 Days 14 Days Days from 100% charged to 100% discharged 119 Days 83 Days 56 Days 42 Days 28 Days Battery 300 Days 600 Days 950 Days j

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MAINTENANCE AND ADJUSTMENT
77
j
Battery
The battery installed in this motorcycle is a sealed
type, so it is not necessary to check the battery elec-
trolyte level or add distilled water.
However, in order to maximize battery life and en-
sure that it will provide the power needed to start
the motorcycle you must properly maintain the bat-
tery’s charge.
When used regularly, the charging
system in the motorcycle helps keep the battery fully
charged. If your motorcycle is only used occasion-
ally or for short periods of time, the battery is more
likely to discharge.
Due to their internal composition, batteries contin-
ually self discharge.
The discharge rate depends
on the type of battery and ambient temperature. As
temperatures rise, so does the discharge rate. Ev-
ery 15±C (27±F) doubles the rate.
Electrical accessories, such as digital clocks and
computer memory, also draw current from the bat-
tery even when the engine stops.
Combine such
“engine-stop” draws with hot temperature, and a bat-
tery can go from fully charged to completely dis-
charged in a matter of days.
Self-discharge
Approx.
Number of Days
from 100% charged to 100%
discharged
Lead-Antimony
Lead-Calcium
Temperature
Battery
Battery
40±C (104±F)
100 Days
300 Days
25±C (77±F)
200 Days
600 Days
0±C (32±F)
550 Days
950 Days
Current Drain
Discharging
Ampere
Days from
100% charged
to 50%
discharged
Days from
100% charged
to 100%
discharged
7 mA
60 Days
119 Days
10 mA
42 Days
83 Days
15 mA
28 Days
56 Days
20 mA
21 Days
42 Days
30 mA
14 Days
28 Days