ENGINE
L3560, L4060, L4760, L5060, L5460, L6060, WSM
1-M15
Injector Operation
No Injection
While the solenoid (2) is not electrified, the two way
electromagnetic valve (3) is pushed down by the valve
spring (1) and the discharge orifice (11) path is closed by
the valve ball (4). Here, fuel pressure is applied in the
control chamber (5) and to the bottom of the needle
valve (8) but based on the difference in projected net
area and the force of the nozzle spring (7), the needle
valve is pushed into the nozzle body (9) so fuel injection
is not performed.
9Y1210824ENM0021US0
Injection Start
When the solenoid (1) is electrified by the drive
circuit (6) the two way electromagnetic valve (2) is lifted
by an electromagnetic force and the valve ball (3) is lifted
by fuel pressure opening the discharge orifice (7). Here,
fuel inside the control chamber (4) passes through the
discharge orifice and flows to the fuel tank. As a result,
the needle valve (5) is pushed up based on fuel pressure
and fuel injection starts.
NOTE
• Longer electrification time of the solenoid leads
to increased amount of fuel injected.
9Y1210824ENM0022US0
Injection Complete
When electrification of the solenoid (2) by the drive
circuit (9) stops, the two way electromagnetic valve (3) is
pushed closed by the force of the valve spring (1) and
the discharge orifice (9) is closed by the valve ball (4). As
a result, fuel pressure in the control chamber (5) rises
and the needle valve (7) is pushed by the valve piston
(6).
9Y1210824ENM0023US0
(1) Valve Spring
(2) Solenoid
(3) Two Way Electromagnetic
Valve
(4) Valve Ball
(5) Control Chamber
(6) Valve Piston
(7) Nozzle Spring
(8) Needle Valve
(9) Nozzle Body
(10) Drive Circuit
(11) Discharge Orifice
(12) Suction Orifice
(1) Solenoid
(2) Two Way Electromagnetic
Valve
(3) Valve Ball
(4) Control Chamber
(5) Needle Valve
(6) Drive Circuit
(7) Discharge Orifice
(1) Valve Spring
(2) Solenoid
(3) Two Way Electromagnetic
Valve
(4) Valve Ball
(5) Control Chamber
(6) Valve Piston
(7) Needle Valve
(8) Drive Circuit
(9) Discharge Orifice
KiSC issued 03, 2016 A
Summary of Contents for WSM L3560
Page 1: ...L3560 L4060 L4760 L5060 L5460 L6060 WORKSHOP MANUAL TRACTOR KiSC issued 03 2016 A...
Page 5: ...I INFORMATION KiSC issued 03 2016 A...
Page 28: ...G GENERAL KiSC issued 03 2016 A...
Page 114: ...1 ENGINE KiSC issued 03 2016 A...
Page 241: ...2 CLUTCH KiSC issued 03 2016 A...
Page 242: ...CONTENTS 1 FEATURE 2 M1 MECHANISM KiSC issued 03 2016 A...
Page 275: ...3 TRANSMISSION KiSC issued 03 2016 A...
Page 454: ...4 REAR AXLE KiSC issued 03 2016 A...
Page 455: ...CONTENTS 1 STRUCTURE 4 M1 MECHANISM KiSC issued 03 2016 A...
Page 466: ...5 BRAKES KiSC issued 03 2016 A...
Page 467: ...CONTENTS 1 STRUCTURE 5 M1 2 OPERATION 5 M2 MECHANISM KiSC issued 03 2016 A...
Page 486: ...6 FRONT AXLE KiSC issued 03 2016 A...
Page 487: ...CONTENTS 1 STRUCTURE 6 M1 MECHANISM KiSC issued 03 2016 A...
Page 511: ...7 STEERING KiSC issued 03 2016 A...
Page 528: ...8 HYDRAULIC SYSTEM KiSC issued 03 2016 A...
Page 585: ...9 ELECTRICAL SYSTEM KiSC issued 03 2016 A...
Page 736: ...10 CABIN KiSC issued 03 2016 A...