WORKSHOP MANUAL BULLET
Page 90
d)
Method of checking oil circulation:
1
:
Remove the tappet inspection door. Continuous oil flow through the push rod while
the engine is in operation indicates proper oil circulation.
2
:
Loosen the banjo union at the cylinder head. Engine in idling, oil flow from this joint
indicates proper oil circulation up to this point.
3
:
While engine is idling, loosen the feed plug. Solid oil flow from here indicates proper
functioning of feed pump.
e)
Method of finding oil leaks to crankcase from cork seal, crank shaft timing end bush
& joint between crank case and oil tank:
1
:
Keep the motor cycle on a level ground.
2
:
Remove the return pump filter plug and drain the oil completely from crank case
chamber / flywheel chamber.
3
:
Check and top up oil in tank to ‘H’ mark on dip stick.
4
:
Refit the return pump filter plug.
5
:
Keep the motor cycle in this way for 24 Hrs. During this period do not crank or start
6
:
Now, remove the return pump filter plug and collect the oil that may drain from the
crank case in a bow. If no oil is draining, there is no leakage from oil tank and timing
chest to crank case.
7
:
If oil get collected and oil level in sump is unchanged then leakage is from T chest.
f)
Method of checking return pump operation:
1
:
Ride the vehicle for one or two kms or start and run the engine for 10 mts.
2
:
Keep the motor cycle on stand and switch off the engine.
3
:
Remove the return pump filter plug and collect the draining oil in a bowl.
4
:
About 50 to 75 ml oil will normally be there to drain. If oil drained measure more than
100 ml, operation of return pump can be suspected.
NOTES:
a)
Oil seepage into crank case when engine is at rest, results in the flywheel dipping through
the accumulated oil. When engine is started the resultant excessive oil splash causes oil
escape through breather during the first few minutes of engine operation.
b)
Failure of return pump causes excessive oil accumulation in crank case throughout engine
operation. The fly wheels dip through it. Excessive splash thus caused ends up with
continuous oil through from the breather.
c)
Excessive blow-by results in excessive gas flow through the crank case to the breather.
The flowing gas picks up the splashed oil at the crank case. This ends up with continuous
oil throw from the breather.
COMPLAINT:
HIGH LUBE OIL CONSUMPTION
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Summary of Contents for 350 BULLET 1989
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