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14-6
1. Coolant Replacement and Cleaning of Cooling System
•
Using the radiator for extended periods of time without cleaning can increase chance of rust and scale formation,
which may cause engine overheating. The cooling system must be cleaned periodically.
Tightening torque (Unit: N·m {kgf·m})
1.1 Draining of coolant
•
Before draining the coolant, loosen the pressure cap to reduce
the pressure in the cooling system. Remember to drain the cool-
ant out of the reservoir tank as well.
WARNING
• Drain the coolant only after it has cooled sufficiently to
avoid getting scalded.
• Opening the pressure cap while the coolant temperature is
still high can cause hot coolant to spray out. Cover the
pressure cap with a cloth, and loosen it slowly to let the
pressure out before opening it fully.
1.2 Cleaning procedure
CAUTION
• Water used for flushing the cooling system must be soft water that has a property meeting the require-
ments indicated below. Using hard water will cause scale and rust to form in the system.
Required properties of soft water
Total hardness .......................... 300 ppm or less
Sulfate SO
.............................. 100 ppm or less
Chloride CI
............................. 100 ppm or less
Total dissolved solids.............. 500 ppm or less
pH .............................................. 6 to 8
•
Keep the coolant temperature at approximately 90
°
C so that the thermostat valve remains open and coolant con-
tinues to circulate in the radiator.
•
For the sake of convenience you can raise the coolant temperature quickly by covering the front of the radiator
with corrugated cardboard or something similar.
•
In cases where a great amount of rust has accumulated it is common for the radiator to leak as a result of clean-
ing. Conduct a through check for leakage after cleaning.
Mark
Parts to be tightened
Tightening torque
Remarks
–
Radiator drain cock
2 {0.2}
–
–
Crank case drain cock
7 {0.7}
–
4
GENERAL INSPECTION AND ADJUSTMENT
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 ...