13A
13A-23
CAUTION
• If the supply pump has been replaced, perform the “initialization of supply pump unit difference learning
value” using Multi-Use Tester in order to clear the correction data (learned pump unit difference) from the
engine electronic control unit. (See Gr13E.)
Tightening torque (Unit: N·m {kgf·m})
Lubricant and/or sealant
Installation procedure
Installation: Supply pump
•
Position the No. 1 piston to the top dead center in the compres-
sion stroke in the following manner.
•
Crank the engine to align the pointer with the “1 6” mark on
the flywheel.
•
This will bring either the No. 1 piston or the No. 6 piston to the
top dead center in the compression stroke. If both the inlet
and exhaust rockers can be moved by hand by the amount of
valve clearance, that cylinder is at the top dead center in the
compression stroke. From that position, every turn of the
crankshaft will alternately bring the No.1 and No. 6 pistons to
the top dead center in the compression stroke. (See Gr11.)
•
Install the supply pump while ensuring that the stamped line on
the supply pump timing cover is aligned with the stamped line on
the coupling block.
Installation: Injection pipe and fuel pipe
•
Ensure that the pipe and mounting surfaces of the connector are
flat and free from damage.
•
Bring the pipe into intimate contact with mounting surfaces of the
connector evenly, and temporarily tighten it without applying an
excessive force.
•
Tighten it to the specified torque after temporary tightening.
Mark
Parts to be tightened
Tightening torque
Remarks
Fuel pipe
39.2 to 49 {4.0 to 5.0}
–
Eyebolt (for fuel return pipe mounting)
7.9 to 12.7 {0.8 to 1.3}
–
Eyebolt (for fuel suction pipe mounting)
14.8 to 19.6 {1.5 to 2.0}
–
Mark
Points of application
Specified lubricant and/or sealant
Quantity
O-ring
Engine oil
As required
Содержание 6M60-TL
Страница 1: ...Service Manual 99709 51100 For use with the FD80N FD160N Service Manuals 6M60 TL Diesel Engine ...
Страница 2: ......
Страница 8: ...00 00 5 ...
Страница 26: ...00 00 23 212340 OutputUnit V OutputUnit OutputUnit ...
Страница 27: ...00 24 3 2 2 VCM 3OP input monitor and output monitor VCM 3 VCM 3OP 212341 ...
Страница 28: ...00 00 25 3 2 3 MP input monitor VCM 3 MP 212342 ...
Страница 45: ...M E M O 11 9 11 ...
Страница 51: ...M E M O 11 15 11 ...
Страница 52: ...11 16 ROCKER COVER ROCKER BRACKET AND CAMSHAFT ...
Страница 60: ...11 24 CYLINDER HEAD AND VALVE MECHANISM ...
Страница 67: ...M E M O 11 31 11 ...
Страница 83: ...M E M O 11 47 11 ...
Страница 89: ...M E M O 11 53 11 ...
Страница 97: ...M E M O 11 61 11 ...
Страница 103: ...M E M O 11 67 11 ...
Страница 104: ...11 68 CRANKSHAFT AND CRANKCASE ...
Страница 142: ...M E M O 13A 9 13A ...
Страница 152: ...M E M O 13A 19 13A ...
Страница 161: ...M E M O 13E 3 13E ...
Страница 164: ...13E 6 1 1 Supply pump STRUCTURE AND OPERATION ...
Страница 176: ...13E 18 3 Electronic Control Unit Connection Diagram STRUCTURE AND OPERATION ...
Страница 177: ...13E 13E 19 ...
Страница 212: ...14 14 3 1 Cooling System Flow of Coolant STRUCTURE AND OPERATION ...
Страница 220: ...M E M O 14 11 14 ...
Страница 236: ...M E M O 14 27 14 ...
Страница 255: ...M E M O 15 13 15 ...
Страница 272: ...54 54 3 1 Starter This starter uses planetary gears as its reduction gearing mech anism STRUCTURE AND OPERATION ...
Страница 273: ...54 4 2 Alternator 24V 50A STRUCTURE AND OPERATION ...
Страница 276: ...54 54 7 3 Circuit diagram ...
Страница 308: ...M E M O 61 3 61 ...
Страница 309: ...61 4 1 Air Compressor STRUCTURE AND OPERATION ...
Страница 318: ...M E M O 61 13 61 ...
Страница 319: ...61 14 AIR COMPRESSOR 154 cm3 154 mL ...
Страница 322: ...M E M O 61 17 61 ...
Страница 323: ...61 18 AIR COMPRESSOR 319 cm3 319 mL ...
Страница 326: ...M E M O 61 21 61 ...
Страница 327: ...61 22 AIR DRYER ...