ELECTRICAL COMPONENTS
8-108
2. Disconnect:
●
Battery leads
(from the battery terminals)
CAUTION:
ECA13640
First, disconnect the negative battery lead
“
1
”
, and then positive battery lead
“
2
”
.
3. Remove:
●
Battery
4. Check:
●
Battery charge
▼▼▼▼▼▼▼▼▼▼▼▼▼▼▼▼▼▼▼▼▼▼
a. Connect a pocket tester to the battery termi-
nals.
NOTE:
●
The charge state of an MF battery can be
checked by measuring its open-circuit voltage
(i.e., the voltage when the positive battery ter-
minal is disconnected).
●
No charging is necessary when the open-cir-
cuit voltage equals or exceeds 12.8 V.
b. Check the charge of the battery, as shown in
the charts and the following example.
▲▲▲▲▲▲▲▲▲▲▲▲▲▲▲▲▲▲▲▲▲▲
5. Charge:
●
Battery
(refer to the appropriate charging method il-
lustration)
WARNING
EWA13300
Do not quick charge a battery.
CAUTION:
ECA13670
●
Never remove the MF battery sealing caps.
●
Do not use a high-rate battery charger
since it forces a high-amperage current
into the battery quickly and can cause bat-
tery overheating and battery plate damage.
●
If it is impossible to regulate the charging
current on the battery charger, be careful
not to overcharge the battery.
●
When charging a battery, be sure to remove
it from the vehicle. (If charging has to be
done with the battery mounted on the vehi-
cle, disconnect the negative battery lead
from the battery terminal.)
●
To reduce the chance of sparks, do not
plug in the battery charger until the battery
charger leads are connected to the battery.
●
Before removing the battery charger lead
clips from the battery terminals, be sure to
turn off the battery charger.
●
Make sure the battery charger lead clips are
in full contact with the battery terminal and
that they are not shorted. A corroded bat-
tery charger lead clip may generate heat in
the contact area and a weak clip spring may
cause sparks.
●
If the battery becomes hot to the touch at
any time during the charging process, dis-
connect the battery charger and let the bat-
tery cool before reconnecting it. Hot
batteries can explode!
●
As shown in the following illustration, the
open-circuit voltage of an MF battery stabi-
lizes about 30 minutes after charging has
been completed. Therefore, wait 30 min-
utes after charging is completed before
measuring the open-circuit voltage.
▼▼▼▼▼▼▼▼▼▼▼▼▼▼▼▼▼▼▼▼▼▼
Charging method using a variable-current
(voltage) charger
a. Measure the open-circuit voltage prior to
charging.
NOTE:
Voltage should be measured 30 minutes after
Pocket tester
90890-03112
Analog pocket tester
YU-03112-C
Positive tester probe
→
→
→
→
positive battery terminal
Negative tester probe
→
→
→
→
negative battery terminal
Example
Open-circuit voltage = 12.0 V
Charging time = 6.5 hours
Charge of the battery = 20
–
30%
1
2
Summary of Contents for 2007 XP500
Page 1: ...SERVICE MANUAL XP500 15B 28197 E0 2007 XP500A ...
Page 2: ......
Page 8: ......
Page 36: ...SPECIAL TOOLS 1 27 ...
Page 55: ...TIGHTENING TORQUES 2 18 Crankcase tightening sequence Cylinder head tightening sequence ...
Page 61: ...LUBRICATION POINTS AND LUBRICANT TYPES 2 24 ...
Page 64: ...LUBRICATION SYSTEM CHART AND DIAGRAMS 2 27 EAS20410 LUBRICATION DIAGRAMS ...
Page 66: ...LUBRICATION SYSTEM CHART AND DIAGRAMS 2 29 ...
Page 67: ...LUBRICATION SYSTEM CHART AND DIAGRAMS 2 30 1 Oil strainer 2 Crankshaft ...
Page 68: ...LUBRICATION SYSTEM CHART AND DIAGRAMS 2 31 ...
Page 70: ...COOLING SYSTEM DIAGRAMS 2 33 EAS20420 COOLING SYSTEM DIAGRAMS ...
Page 72: ...CABLE ROUTING 2 35 EAS20430 CABLE ROUTING ...
Page 74: ...CABLE ROUTING 2 37 ...
Page 76: ...CABLE ROUTING 2 39 ...
Page 78: ...CABLE ROUTING 2 41 ...
Page 80: ...CABLE ROUTING 2 43 ...
Page 82: ...CABLE ROUTING 2 45 ...
Page 84: ...CABLE ROUTING 2 47 XP500 ...
Page 86: ...CABLE ROUTING 2 49 ...
Page 88: ...CABLE ROUTING 2 51 ...
Page 90: ...CABLE ROUTING 2 53 ...
Page 92: ...CABLE ROUTING 2 55 ...
Page 94: ...CABLE ROUTING 2 57 ...
Page 96: ...CABLE ROUTING 2 59 ...
Page 98: ...CABLE ROUTING 2 61 ...
Page 100: ...CABLE ROUTING 2 63 ...
Page 102: ...CABLE ROUTING 2 65 ...
Page 104: ...REPLACING THE HEADLIGHT BULBS 3 32 ADJUSTING THE HEADLIGHT BEAMS 3 32 ...
Page 138: ...ELECTRICAL SYSTEM 3 34 ...
Page 213: ...INSTALLING THE CHAIN DRIVE 5 75 ...
Page 262: ...CLUTCH 5 49 ...
Page 282: ...CRANKCASE AND CRANKSHAFT 5 69 ...
Page 290: ...CHAIN DRIVE TRANSMISSION 5 77 ...
Page 312: ...THROTTLE BODIES 7 9 ...
Page 316: ...IGNITION SYSTEM 8 1 EAS27090 IGNITION SYSTEM EAS27110 CIRCUIT DIAGRAM ...
Page 320: ...ELECTRIC STARTING SYSTEM 8 5 EAS27160 ELECTRIC STARTING SYSTEM EAS27170 CIRCUIT DIAGRAM XP500 ...
Page 322: ...ELECTRIC STARTING SYSTEM 8 7 XP500A ...
Page 326: ...ELECTRIC STARTING SYSTEM 8 11 ...
Page 330: ...CHARGING SYSTEM 8 15 EAS27200 CHARGING SYSTEM EAS27210 CIRCUIT DIAGRAM ...
Page 331: ...CHARGING SYSTEM 8 16 2 AC magneto 3 Rectifier regulator 16 Battery 17 Main fuse ...
Page 333: ...CHARGING SYSTEM 8 18 ...
Page 334: ...LIGHTING SYSTEM 8 19 EAS27240 LIGHTING SYSTEM EAS27250 CIRCUIT DIAGRAM ...
Page 337: ...LIGHTING SYSTEM 8 22 ...
Page 338: ...SIGNALING SYSTEM 8 23 EAS27270 SIGNALING SYSTEM EAS27280 CIRCUIT DIAGRAM ...
Page 343: ...SIGNALING SYSTEM 8 28 ...
Page 344: ...COOLING SYSTEM 8 29 EAS27300 COOLING SYSTEM EAS27310 CIRCUIT DIAGRAM ...
Page 347: ...COOLING SYSTEM 8 32 ...
Page 348: ...FUEL INJECTION SYSTEM 8 33 EAS27330 FUEL INJECTION SYSTEM EAS27340 CIRCUIT DIAGRAM ...
Page 372: ...IMMOBILIZER SYSTEM 8 57 EAS27640 IMMOBILIZER SYSTEM EAS27650 CIRCUIT DIAGRAM ...
Page 382: ...ABS ANTI LOCK BRAKE SYSTEM XP500A 8 67 EAS27740 ABS COMPONENTS CHART ...
Page 384: ...ABS ANTI LOCK BRAKE SYSTEM XP500A 8 69 EAS27750 ABS CONNECTOR LOCATION CHART 2 1 6 5 3 4 7 ...
Page 392: ...ABS ANTI LOCK BRAKE SYSTEM XP500A 8 77 EAS27810 BASIC PROCESS FOR TROUBLESHOOTING ...
Page 411: ...ABS ANTI LOCK BRAKE SYSTEM XP500A 8 96 ...
Page 414: ...ELECTRICAL COMPONENTS 8 99 1 2 3 4 5 6 7 8 9 10 11 12 13 ...
Page 419: ...ELECTRICAL COMPONENTS 8 104 ...
Page 445: ......
Page 446: ...YAMAHA MOTOR CO LTD 2500 SHINGAI IWATA SHIZUOKA JAPAN ...