
P.6
Part. N. 8000 H1489 (10-2009)
HYDRAULICALLY CONTROLLED CLUTCH
Bleeding the clutch system
A long travel and mushy feel of the clutch lever indicate that there is air in the
system and the clutch hydraulic system needs bleeding.
Bleeding procedure is as follows:
- Take the rubber cap off the bleed valve (1).
- Attach a clear plastic hose to the bleed valve and place the other end of the
hose in a vessel (make sure the hose end stays dipped in the fluid throughout
the procedure).
- Remove the reservoir cover (2) and the rubber diaphragm (3) and fill fresh
fluid into the reservoir. Use the fluid specified in the lubricant table (see Sec
-
tion A).
- Slacken the bleed valve and operate the lever (4) repeatedly until the fluid
flowing out of the hose looks clear and free of air bubbles: now tighten the
bleed valve.
- Top up fluid level (A) and refit rubber diaphragm (3) and reservoir cover
(2).
Fluid level inside the reservoir shall never drop below the minimum
notch during the bleeding procedure.
Hydraulic fluid is corrosive. In the event of contact with eyes, rinse
with abundant water.
Motorcycle handlebar must be turned to the right during the bleed
-
ing procedure. This will keep the master cylinder reservoir higher,
making bleeding easier.
The bleeding procedure does not remove all air from the circuit; any
small amounts of air left in the circuit will disappear after a short
period of usage; this will eliminate the mushy feel of the lever and
restore its travel to proper length.
Bleed valve tightening torque: 12-16 Nm, 1.2-1.6 Kgm, 8.7-11.6 ft/
lb.
Summary of Contents for 2009 TC 250
Page 6: ......
Page 7: ...b 1 b Part N 8000 H1489 10 2009 IMPORTANT NOTICES Section ...
Page 9: ...A 1 A Part N 8000 H1489 10 2009 GENERAL INFORMATION Section ...
Page 16: ......
Page 17: ...B 1 B Part N 8000 H1489 10 2009 MAINTENANCE Section ...
Page 24: ......
Page 25: ...C 1 C Part N 8000 H1489 10 2009 TROUBLESHOOTING Section ...
Page 30: ......
Page 31: ...D 1 D SETTINGS AND ADJUSTMENTS Part N 8000 H1489 10 2009 Section ...
Page 33: ...D 3 SETTINGS AND ADJUSTMENTS Part N 8000 H1489 10 2009 ...
Page 66: ......
Page 67: ...E 1 E Part N 8000 H1489 10 2009 GENERAL PROCEDURES Section ...
Page 98: ......
Page 99: ...F 1 F Part no 8000 H1489 10 2009 ENGINE DISASSEMBLY Section ...
Page 137: ...G 1 G Part N 8000 H1489 10 2009 ENGINE OVERHAUL Section ...
Page 163: ...H 1 H Part N 8000 H1489 10 2009 ENGINE REASSEMBLY Section ...
Page 180: ...H 18 Part N 8000 H1489 10 2009 ENGINE REASSEMBLY Input shaft Output shaft ...
Page 183: ...H 21 Part N 8000 H1489 10 2009 ENGINE REASSEMBLY Input shaft Output shaft ...
Page 221: ...I 1 I Part N 8000 H1489 10 2009 FRONT SUSPENSION Section ...
Page 223: ...I 3 Part N 8000 H1489 10 2009 FRONT SUSPENSION ...
Page 270: ......
Page 271: ...J 1 J Part N 8000 H1489 10 2009 REAR SUSPENSION Section ...
Page 289: ...L 1 L Part N 8000 H1489 10 2009 BRAKES Section ...
Page 299: ...M 1 M Part N 8000 H1489 10 2009 ELECTRICAL SYSTEM Section ...
Page 300: ......
Page 341: ...M 43 TE H00973 TXC H00974 Part N 8000 H1489 10 2009 ELECTRICAL SYSTEM Wiring TE TXC ...
Page 353: ...N 1 N Part N 8000 H1489 10 2009 ENGINE COOLING Section ...
Page 360: ......
Page 361: ...O 1 O Part N 8000 H1489 10 2009 KIT INSTALLATION INSTRUCTIONS Section ...
Page 377: ...P 1 P Part N 8000 H1489 10 2009 HYDRAULICALLY CONTROLLED CLUTCH Section ...
Page 383: ...Q 1 Q Part N 8000 H1489 10 2009 OPTIONAL COMPONENTS Section ...
Page 386: ......
Page 387: ...S 1 S Part N 8000 H0368 10 2009 FUEL INJECTION SYSTEM Section ...
Page 394: ......
Page 395: ...W 1 W Part N 8000 H1489 10 2009 SPECIAL TOOLS Section ...
Page 407: ...Y 1 Y Part N 8000 H1489 10 2009 CHASSIS AND WHEELS Section ...
Page 420: ......