11-40
•
The cylinder head gasket comes in three sizes. Choose the gas-
ket appropriate for the cylinder head by the following procedure.
•
Measure the amount of piston projection for every cylinder.
(See “PISTONS, CONNECTING RODS AND CYLINDER
LINERS” section.)
•
Select a cylinder head gasket with the appropriate thickness
for the average of the piston projection measurements from
the table below.
•
If any of the piston projection measurements is more than
0.05 mm larger than the average value, then use the gasket
one class higher than that class (A
→
B, B
→
C).
Unit: mm
•
The size class of the cylinder head gasket can be determined
from the size mark or the shape of the notches cut on the gasket
edge.
CAUTION
• Replacement of the piston or connecting rod alters the pis-
ton projection. Always measure the amount of piston pro-
jection after either or both of them are replaced.
•
Clean the sealant application surfaces of each part.
•
Apply sealant to the top surfaces of the joints between the upper
crankcase and front case (at two places).
•
Install the cylinder head and its gasket on the upper crankcase
within three minutes of applying the sealant, being careful not to
dislodge the sealant.
CAUTION
• Be careful not to damage the cylinder head gasket. Other-
wise, coolant or oil may leak out, or engine power reduction
due to noise may result.
• Do not run the engine within one hour of mounting the cyl-
inderhead. If any cylinder head bolts are loosened or re-
moved, be sure to reapply sealant to the surfaces specified
above.
•
Tighten the cylinder head bolts (1 to 18) to a torque of 147 N
·
m
{15 kgf
·
m} (wet) in the order indicated in the illustration. Then,
tighten them further by 90
°
in the same order.
•
After tightening each bolt, make a punch mark on the head of
the bolt to indicate the number of times that it has been used.
CAUTION
• Cylinder head bolts that have been tightened using the
torque-turn method must never be additionally tightened af-
ter the final angular tightening.
Piston projection
Cylinder head gasket
Size
Thickness
when tightened
–0.088 to –0.027
“A”
0.75 ± 0.04
–0.027 to 0.033
“B”
0.80 ± 0.04
0.033 to 0.094
“C”
0.85 ± 0.04
CYLINDER HEAD AND VALVE MECHANISM
Summary of Contents for Fuso CANTER FE85DE6SLGP
Page 8: ...M E M O 00 5 00...
Page 12: ...00 00 9...
Page 13: ...00 10 How to Read Circuits Electrical HOW TO READ THIS MANUAL...
Page 16: ...M E M O 00 13 00...
Page 41: ...11 11 3 1 Exploded View STRUCTURE AND OPERATION...
Page 51: ...M E M O 11 13 11...
Page 59: ...M E M O 11 21 11...
Page 60: ...11 22 ROCKER COVER...
Page 67: ...M E M O 11 29 11...
Page 71: ...M E M O 11 33 11...
Page 74: ...11 36 CYLINDER HEAD AND VALVE MECHANISM...
Page 79: ...M E M O 11 41 11...
Page 95: ...M E M O 11 57 11...
Page 101: ...M E M O 11 63 11...
Page 105: ...M E M O 11 67 11...
Page 109: ...M E M O 11 71 11...
Page 110: ...11 72 TIMING GEARS AND BALANCE SHAFTS...
Page 117: ...M E M O 11 79 11...
Page 140: ...M E M O 12 11 12...
Page 150: ...M E M O 12 21 12...
Page 169: ...M E M O 13 15 13...
Page 173: ...M E M O 13 19 13...
Page 177: ...M E M O 13 23 13...
Page 181: ...M E M O 13 27 13...
Page 182: ...13 28 SUPPLY PUMP...
Page 185: ...M E M O 13 31 13...
Page 191: ...13E 4 1 1 Supply pump STRUCTURE AND OPERATION...
Page 198: ...13E 13E 11 2 Electronic Control System 2 1 System block diagram...
Page 253: ...M E M O 14 3 14...
Page 254: ...14 4 1 Cooling System Flow of Coolant STRUCTURE AND OPERATION...
Page 266: ...14 16 DISCONNECTION AND CONNECTION OF HOSES AND PIPES...
Page 267: ...14 14 17...
Page 269: ...M E M O 14 19 14...
Page 277: ...M E M O 14 27 14...
Page 296: ...M E M O 15 17 15...
Page 306: ...M E M O 15 27 15...
Page 313: ...15 34 FE85DE FE85DG DIESEL PARTICULATE FILTER...
Page 335: ...MARCH 2015 Shop Manual 4M5 diesel engine For Colombia EURO 4...