54
54-19
•
Connect the starter as illustrated.
•
The following operations are performed with current supplied to
the starter. Thus, the entire procedure for removal of the pinion
must be completed within 30 seconds.
•
Turn ON switches 1 and 2 to supply current to the starter. The
pinion will spring out and rotate.
•
After the pinion starts to rotate, quickly (within five seconds) turn
OFF switch 2 to stop the pinion’s rotation.
CAUTION
• When switches 1 and 2 are turned ON, the pull-in coil P and
holding coil H are both energized. The circuit is connected
such that no voltage is applied to starter terminal B, so cur-
rent flows to the pull-in coil while the pinion rotates. To pre-
vent the pull-in coil from burning out, it is essential to turn
OFF switch 2 quickly (within five seconds) after the pinion
starts to rotate.
•
Apply a pipe-shaped implement to the pinion stopper.
•
Using a hammer, lightly tap the pipe-shaped implement to re-
move the stopper ring from the ring groove of the pinion stopper.
•
Remove the stopper ring and pinion.
•
Turn OFF switch 1 to de-energize the starter.
CAUTION
• When the starter is de-energized, the mechanism will at-
tempt to pull in the pinion. Thus, the stopper ring may slip
back into the ring groove of the pinion stopper. If this hap-
pens, energize the starter and go through the pinion remov-
al procedure again.
Summary of Contents for 6M60-TL
Page 2: ......
Page 8: ...00 00 5 ...
Page 26: ...00 00 23 212340 OutputUnit V OutputUnit OutputUnit ...
Page 27: ...00 24 3 2 2 VCM 3OP input monitor and output monitor VCM 3 VCM 3OP 212341 ...
Page 28: ...00 00 25 3 2 3 MP input monitor VCM 3 MP 212342 ...
Page 45: ...M E M O 11 9 11 ...
Page 51: ...M E M O 11 15 11 ...
Page 52: ...11 16 ROCKER COVER ROCKER BRACKET AND CAMSHAFT ...
Page 60: ...11 24 CYLINDER HEAD AND VALVE MECHANISM ...
Page 67: ...M E M O 11 31 11 ...
Page 83: ...M E M O 11 47 11 ...
Page 89: ...M E M O 11 53 11 ...
Page 97: ...M E M O 11 61 11 ...
Page 103: ...M E M O 11 67 11 ...
Page 104: ...11 68 CRANKSHAFT AND CRANKCASE ...
Page 142: ...M E M O 13A 9 13A ...
Page 152: ...M E M O 13A 19 13A ...
Page 161: ...M E M O 13E 3 13E ...
Page 164: ...13E 6 1 1 Supply pump STRUCTURE AND OPERATION ...
Page 176: ...13E 18 3 Electronic Control Unit Connection Diagram STRUCTURE AND OPERATION ...
Page 177: ...13E 13E 19 ...
Page 212: ...14 14 3 1 Cooling System Flow of Coolant STRUCTURE AND OPERATION ...
Page 220: ...M E M O 14 11 14 ...
Page 236: ...M E M O 14 27 14 ...
Page 255: ...M E M O 15 13 15 ...
Page 273: ...54 4 2 Alternator 24V 50A STRUCTURE AND OPERATION ...
Page 276: ...54 54 7 3 Circuit diagram ...
Page 308: ...M E M O 61 3 61 ...
Page 309: ...61 4 1 Air Compressor STRUCTURE AND OPERATION ...
Page 318: ...M E M O 61 13 61 ...
Page 319: ...61 14 AIR COMPRESSOR 154 cm3 154 mL ...
Page 322: ...M E M O 61 17 61 ...
Page 323: ...61 18 AIR COMPRESSOR 319 cm3 319 mL ...
Page 326: ...M E M O 61 21 61 ...
Page 327: ...61 22 AIR DRYER ...