63709A 1 PROTECTOR Mariner
7002201DK, 7002207, 7003207, 7006201CD, 7006201HB, 7006201TB, 7008218EW, 7008237, 7008425, 7010207HB, 7010209, 7010312DT, 7011201TB, 7015201LD, 70152374D, 7015529, 7016207CD, 7020201HB, 7020201NC, 7020201TB, 7020207, 7025208CW, 7030320, 7031203GD, 70
PROTECTOR
Price: query
Rating:
Compatible models:
7002201DK
7002207
7003207
7006201CD
7006201HB
7006201TB
7008218EW
7008237
7008425
7010207HB
7010209
7010312DT
7011201TB
7015201LD
70152374D
7015529
7016207CD
7020201HB
7020201NC
7020201TB
7020207
7025208CW
7030320
7031203GD
7031207CD
7040208PW
70404119D
7040706
7040716
70432037D
7045217
7050200
7050716
7050717
7055207GD
7060312PC
7060524
7070520
7075217CD
7075217HD
7075217TD
7075217UD
70752L7TF
70752L7UF
7075312ND
7075312SD
7075317TB
7075317UB
7075412TB
7075412UB
7075412UY
7075524
7075717
7080629
7090412TB
7090412TD
7090412TY
7090412UB
7090412UY
7090520
7090524
7100412CD
7100412HB
7100412NC
7115412TB
7115520
71354120D
7135412AD
7135412ED
7135412HD
7135417PD
7135473GD
7135826
7150413ED
7150413HD
7150453ND
7150453PD
7150629
7175412PD
7175413AD
7175413PD
7175413YD
7175423HD
7175629
7200412PD
7200473GD
7200473HD
7200473JD
7200620
7220727
7225412CD
7225413DD
7250422PD
7B25201GF
Mariner
Mariner entire parts catalog list:
- IGNITION COIL-VOLTAGE REGULATOR » 63709A 1
- FLYWHEEL MAGNETO AND STARTER » 63709A 1
- FLYWHEEL MAGNETO » 63709A 1
- IGNITION COMPONENTS » 63709A 1
- ELECTRICAL COMPONENTS » 63709A 1
- ELECTRICAL COMPONENTS » 63709A 1
- IGNITION COMPONENTS » 63709A 1
- FLYWHEEL MAGNETO (S-N-M-100131-ML-402041 & ABOVE) » 63709A 1
- FLYWHEEL MAGNETO (S-N-M-100130-ML-402040 & BELOW) » 63709A 1
- IGNITION COMPONENTS » 63709A 1
- FLYWHEEL MAGNETO (S-N-M-100131-ML-402041 & ABOVE) » 63709A 1
- FLYWHEEL MAGNETO (S-N-M-100130-ML-402040 & BELOW) » 63709A 1
- ELECTRICAL COMPONENTS » 63709A 1
- FLYWHEEL MAGNETO » 63709A 1
- C.D.I. MAGNETO » 63709A 1
- IGNITION COMPONENTS » 63709A 1
- ELECTRICAL COMPONENTS » 63709A 1
- ELECTRICAL COMPONENTS » 63709A 1
- IGNITION-ELECTRICAL COMPONENTS » 63709A 1
- FLYWHEEL (M-020025 ML-316415 E-251060 EL-551615 & BELOW) » 63709A 1
- CDI MAGNETO (M-020026 ML-316416 E-251061 EL-551616 & UP) » 63709A 1
- IGNITION-ELECTRICAL COMPONENTS » 63709A 1
- IGNITION-ELECTRICAL COMPONENTS » 63709A 1
- IGNITION-ELECTRICAL COMPONENTS » 63709A 1
- IGNITION-ELECTRICAL COMPONENTS » 63709A 1
- IGNITION COMPONENTS » 63709A 1
- ELECTRICAL » 63709A 1
- C.D.I. IGNITION COMPONENTS » 63709A 1
- ELECTRICAL COMPONENTS (3) » 63709A 1
- ELECTRICAL COMPONENTS (2) » 63709A 1
- ELECTRICAL COMPONENTS (1) » 63709A 1
- ELECTRICAL COMPONENTS (3) » 63709A 1
- ELECTRICAL COMPONENTS (2) » 63709A 1
- ELECTRICAL COMPONENTS (1) » 63709A 1
- C.D.I MAGNETO » 63709A 1
- ELECTRICAL BOX COMPONENTS » 63709A 1
- MAGNETO » 63709A 1
- MAGNETO » 63709A 1
- ELECTRICAL COMPONENTS » 63709A 1
- FLYWHEEL, IGNITION COIL AND SWITCH BOX » 63709A 1
- FLYWHEEL, IGNITION COIL AND SWITCH BOX » 63709A 1
- FLYWHEEL, SWITCH BOX, IGNITION COIL, STATOR » 63709A 1
- FLYWHEEL, IGNITION COIL AND SWITCH BOX » 63709A 1
7055207GD 1998
- ELECTRICAL COMPONENTS » 63709A 1
- FLYWHEEL, SWITCH BOX, IGNITION COIL, STATOR » 63709A 1
- FLYWHEEL, SWITCH BOX, IGNITION COIL AND STATOR » 63709A 1
- FLYWHEEL, SWITCH BOX, IGNITION COIL, STATOR » 63709A 1
- FLYWHEEL, SWITCH BOX, IGNITION COIL, STATOR » 63709A 1
- ELECTRICAL (USA-0G127500 - 0G437999)(BEL-9836633 - 9926999) » 63709A 1
- ELECTRICAL (USA-0G127499-BEL-9836632 & BELOW) » 63709A 1
- ELECTRICAL (USA-S-N-0G438000-BEL-9937000 & UP) » 63709A 1
- ELECTRICAL COMPONENTS » 63709A 1
- ELECTRICAL COMPONENTS » 63709A 1
- ELECTRICAL COMPONENTS » 63709A 1
- ELECTRICAL COMPONENTS » 63709A 1
- ELECTRICAL COMPONENTS » 63709A 1
- ELECTRICAL COMPONENTS » 63709A 1
- ELECTRICAL COMPONENTS » 63709A 1
- ELECTRICAL COMPONENTS » 63709A 1
- ELECTRICAL COMPONENTS » 63709A 1
- ELECTRICAL COMPONENTS » 63709A 1
- ELECTRICAL COMPONENTS » 63709A 1
- ELECTRICAL COMPONENTS » 63709A 1
- FLYWHEEL, STATOR AND IGNITION COIL » 63709A 1
- ELECTRICAL COMPONENTS » 63709A 1
- FLYWHEEL, STATOR AND IGNITION COIL » 63709A 1
- ELECTRICAL COMPONENTS » 63709A 1
- ELECTRICAL COMPONENTS » 63709A 1
- ELECTRICAL COMPONENTS » 63709A 1
- ELECTRICAL COMPONENTS » 63709A 1
- ELECTRICAL COMPONENTS » 63709A 1
- WIRING HARNESS AND IGNITION COIL » 63709A 1
- WIRING HARNESS AND IGNITION COIL » 63709A 1
- ELECTRICAL COMPONENTS (USA-S-N-0G438000-BEL-9937000 AND UP) » 63709A 1
- ELECTRICAL COMPONENTS (USA: 0G437999-BEL: 9926999 AND BELOW » 63709A 1
- ELECTRICAL COMPONENTS » 63709A 1
- ELECTRICAL COMPONENTS » 63709A 1
- ELECTRICAL COMPONENTS » 63709A 1
- WIRING HARNESS AND IGNITION COIL » 63709A 1
- WIRING HARNESS AND IGNITION COIL » 63709A 1
- IGNITION COIL-VOLTAGE REGULATOR » 63709A 1
- IGNITION COIL-VOLTAGE REGULATOR » 63709A 1
- IGNITION COIL-VOLTAGE REGULATOR » 63709A 1
- IGNITION COIL-VOLTAGE REGULATOR » 63709A 1
- IGNITION COIL-VOLTAGE REGULATOR » 63709A 1
- ELECTRICAL COMPONENTS » 63709A 1
- FLYWHEEL, STARTER MOTOR AND IGNITION COILS » 63709A 1
- IGNITION COIL-VOLTAGE REGULATOR » 63709A 1
- IGNITION COIL-VOLTAGE REGULATOR » 63709A 1
- FLYWHEEL, STARTER MOTOR AND IGNITION COILS » 63709A 1
- IGNITION COIL-VOLTAGE REGULATOR » 63709A 1
- FLYWHEEL, STARTER MOTOR AND IGNITION COILS » 63709A 1
- IGNITION COIL-VOLTAGE REGULATOR » 63709A 1
- IGNITION COIL-VOLTAGE REGULATOR » 63709A 1
- IGNITION COIL-VOLTAGE REGULATOR » 63709A 1
- IGNITION COIL-VOLTAGE REGULATOR » 63709A 1
- IGNITION COIL-VOLTAGE REGULATOR » 63709A 1
- FLYWHEEL, STARTER MOTOR AND IGNITION COILS » 63709A 1
- IGNITION COIL-VOLTAGE REGULATOR » 63709A 1
- ELECTRICAL COMPONENTS » 63709A 1
- ELECTRICAL COMPONENTS » 63709A 1
- ELECTRICAL COMPONENTS » 63709A 1
- FLYWHEEL, STARTER MOTOR AND IGNITION COILS » 63709A 1
- FLYWHEEL, STARTER MOTOR AND IGNITION COILS » 63709A 1
- ELECTRICAL(SEAPRO-MARATHON S-N-0G303045 & BELOW » 63709A 1
- ELECTRICAL(S-N:0G129222-0G303045 NON SEAPRO-MARATHON) » 63709A 1
- ELECTRICAL(S-N:0G129221 & BELOW NON SEAPRO-MARATHON) » 63709A 1
- ELECTRICAL(ALL MODELS-S-N:0G303046 & UP) » 63709A 1
- ELECTRICAL COMPONENTS(S-N-0G303046 AND UP) » 63709A 1
- ELECTRICAL COMPONENTS(S-N-0G303045 AND BELOW) » 63709A 1
- STARTER MOTOR AND IGNITION COILS » 63709A 1
- IGNITION SYSTEM » 63709A 1
Information:
Fuel System
SCHEMATIC OF THE FUEL SYSTEM
1. Fuel priming pump. 2. Fuel filter bypass valve. 3. Fuel filter. 4. Fuel injection pump. 5. Precombustion chamber. 6. Fuel supply line. 7. Primary fuel filter. 8. Fuel transfer pump. 9. Bypass valve for fuel transfer pump. 10. Fuel manifold.This engine has a pressure type fuel system. There is an injection pump and injection valve for each cylinder. Fuel injection pumps (4) are in the pump housing on the right side of the engine. The injection valves are in precombustion chambers (5) in the top left side of the cylinder head.Fuel transfer pump (8) sends fuel from the fuel tank to primary fuel filter (7). Primary fuel filter (7) removes the larger dirt particles from the fuel. Fuel goes from primary fuel filter (7) to fuel filter (3). Fuel filter (3) removes the smaller dirt particles from the fuel. Fuel goes from fuel filter (3) to fuel manifold (10) in the pump housing. This manifold is the source of fuel supply for each injection pump (4). Fuel injection pumps (4) send fuel through high pressure fuel lines to the injection valves. The injection valves change the fuel to the correct fuel characteristic (spray pattern) for good combustion in the cylinders.Fuel transfer pump (8) can supply more fuel than is necessary for injection, so a bypass valve (9) is used to control the pressure of the fuel in the fuel system.An air vent valve in the fuel system is used to remove air from the fuel system. Air is removed by opening the air vent valve and putting pressure to the fuel system with fuel priming pump (1). Put pressure to the fuel system until a flow of fuel, free of air bubbles, comes from the vent line.Fuel Injection Pump Operation
The injection pump plunger (5) and lifter assembly (8) are lifted by the cam on camshaft (9) and make a full stroke every time. The force of the spring (6) holds the lifter assembly (8) against the cam of the camshaft (9).Fuel from fuel manifold (3) goes through inlet passage (2), in the barrel and then into the chamber above the plunger (5). During injection, the camshaft cam moves plunger (5) up in the barrel. This movement of plunger (5) closes inlet passage (2) and pushes the fuel out past the check valve (1) through the fuel lines to the injection valves.Injection starts when the top of the plunger (5) goes past and closes the inlet port (2). The point of injection is in relation to crankshaft position and is controlled by the thickness of spacer (10). A thicker spacer (10) makes the point of injection later and a thinner spacer (10) makes the point of injection sooner.The amount of fuel sent by the pump per stroke of the plunger (5) is changed by turning the plunger (5) in the barrel. Governor action moves the rack (7) which turns the pump gear segment (4) on the bottom of the plunger (5).
CROSS SECTION OF THE HOUSING FOR THE FUEL INJECTION PUMPS
1. Check valve. 2. Inlet passage in pump barrel. 3. Fuel manifold. 4. Gear segment. 5. Pump plunger. 6. Spring. 7. Fuel rack. 8. Lifter assembly. 9. Camshaft. 10. Spacer.Fuel Injection Valve
CROSS SECTION OF FUEL INJECTION VALVE
1. Fuel injection line. 2. Nut. 3. Glow plug. 4. Body. 5. Nozzle assembly. 6. Precombustion chamber.High pressure fuel from the injection pumps goes through the fuel injection lines to the fuel injection valves. As this high pressure fuel goes into the nozzle assembly (5), the check valve in the nozzle assembly opens and the fuel goes into the precombustion chamber (6). The injection valve changes the fuel to the correct fuel characteristics (spray pattern) for good combustion in the cylinders.Hydra-Mechanical Governor
The governor control is connected to the control lever assembly on the engine governor. The governor controls the amount of fuel needed to keep the desired engine rpm (governed rpm).The governor has governor weights (12) driven by the engine, governor spring (5), valve (14) and piston (15). The valve and piston are connected to fuel rack (18). The pressure oil for the governor comes from the engine oil pump. Pressure oil goes through passage (17) and around sleeve (16). The governor control controls only the compression of governor spring (5). Compression of the spring constantly pushes to give more fuel to the engine. The force of rotation (centrifugal force) of governor weights (12) is constantly pulling to get a reduction of fuel to the engine. When these two forces are in balance, the engine runs at the desired rpm.
CROSS SECTION OF THE HYDRA-MECHANICAL GOVERNOR
1. Collar. 2. Speed limiter plunger. 3. Lever assembly. 4. Seat. 5. Governor spring. 6. Thrust bearing. 7. Oil passage. 8. Drive gear for weight assembly. 9. Cylinder. 10. Bolt. 11. Spring seat. 12. Governor weights. 13. Spring. 14. Valve. 15. Piston. 16. Sleeve. 17. Oil passage. 18. Fuel rack.The governor valve is shown here in the position when the force of rotation of the governor weights and the force of the governor spring are in balance.When there is an increase in engine load, there is a decrease in engine rpm and the rotation of governor weights (12) is slower. (The governor weights will move toward each other.) Governor spring (5) moves valve (14) forward. When valve (14) moves forward, an oil passage around valve (14) opens to pressure oil. Oil then flows through passage (7) and fills the chamber behind piston (15). This oil pushes the piston and rack forward to give more fuel to the engine. Engine rpm goes up until the force of rotation of the governor weights is large enough to be in balance with the force of the governor spring.When there is a reduction in engine load, there is an increase in engine rpm and the rotation of governor weights (12) is faster. This moves valve (14) backwards letting the oil behind piston (15) go through an open passage at the rear of the piston. The pressure oil between
SCHEMATIC OF THE FUEL SYSTEM
1. Fuel priming pump. 2. Fuel filter bypass valve. 3. Fuel filter. 4. Fuel injection pump. 5. Precombustion chamber. 6. Fuel supply line. 7. Primary fuel filter. 8. Fuel transfer pump. 9. Bypass valve for fuel transfer pump. 10. Fuel manifold.This engine has a pressure type fuel system. There is an injection pump and injection valve for each cylinder. Fuel injection pumps (4) are in the pump housing on the right side of the engine. The injection valves are in precombustion chambers (5) in the top left side of the cylinder head.Fuel transfer pump (8) sends fuel from the fuel tank to primary fuel filter (7). Primary fuel filter (7) removes the larger dirt particles from the fuel. Fuel goes from primary fuel filter (7) to fuel filter (3). Fuel filter (3) removes the smaller dirt particles from the fuel. Fuel goes from fuel filter (3) to fuel manifold (10) in the pump housing. This manifold is the source of fuel supply for each injection pump (4). Fuel injection pumps (4) send fuel through high pressure fuel lines to the injection valves. The injection valves change the fuel to the correct fuel characteristic (spray pattern) for good combustion in the cylinders.Fuel transfer pump (8) can supply more fuel than is necessary for injection, so a bypass valve (9) is used to control the pressure of the fuel in the fuel system.An air vent valve in the fuel system is used to remove air from the fuel system. Air is removed by opening the air vent valve and putting pressure to the fuel system with fuel priming pump (1). Put pressure to the fuel system until a flow of fuel, free of air bubbles, comes from the vent line.Fuel Injection Pump Operation
The injection pump plunger (5) and lifter assembly (8) are lifted by the cam on camshaft (9) and make a full stroke every time. The force of the spring (6) holds the lifter assembly (8) against the cam of the camshaft (9).Fuel from fuel manifold (3) goes through inlet passage (2), in the barrel and then into the chamber above the plunger (5). During injection, the camshaft cam moves plunger (5) up in the barrel. This movement of plunger (5) closes inlet passage (2) and pushes the fuel out past the check valve (1) through the fuel lines to the injection valves.Injection starts when the top of the plunger (5) goes past and closes the inlet port (2). The point of injection is in relation to crankshaft position and is controlled by the thickness of spacer (10). A thicker spacer (10) makes the point of injection later and a thinner spacer (10) makes the point of injection sooner.The amount of fuel sent by the pump per stroke of the plunger (5) is changed by turning the plunger (5) in the barrel. Governor action moves the rack (7) which turns the pump gear segment (4) on the bottom of the plunger (5).
CROSS SECTION OF THE HOUSING FOR THE FUEL INJECTION PUMPS
1. Check valve. 2. Inlet passage in pump barrel. 3. Fuel manifold. 4. Gear segment. 5. Pump plunger. 6. Spring. 7. Fuel rack. 8. Lifter assembly. 9. Camshaft. 10. Spacer.Fuel Injection Valve
CROSS SECTION OF FUEL INJECTION VALVE
1. Fuel injection line. 2. Nut. 3. Glow plug. 4. Body. 5. Nozzle assembly. 6. Precombustion chamber.High pressure fuel from the injection pumps goes through the fuel injection lines to the fuel injection valves. As this high pressure fuel goes into the nozzle assembly (5), the check valve in the nozzle assembly opens and the fuel goes into the precombustion chamber (6). The injection valve changes the fuel to the correct fuel characteristics (spray pattern) for good combustion in the cylinders.Hydra-Mechanical Governor
The governor control is connected to the control lever assembly on the engine governor. The governor controls the amount of fuel needed to keep the desired engine rpm (governed rpm).The governor has governor weights (12) driven by the engine, governor spring (5), valve (14) and piston (15). The valve and piston are connected to fuel rack (18). The pressure oil for the governor comes from the engine oil pump. Pressure oil goes through passage (17) and around sleeve (16). The governor control controls only the compression of governor spring (5). Compression of the spring constantly pushes to give more fuel to the engine. The force of rotation (centrifugal force) of governor weights (12) is constantly pulling to get a reduction of fuel to the engine. When these two forces are in balance, the engine runs at the desired rpm.
CROSS SECTION OF THE HYDRA-MECHANICAL GOVERNOR
1. Collar. 2. Speed limiter plunger. 3. Lever assembly. 4. Seat. 5. Governor spring. 6. Thrust bearing. 7. Oil passage. 8. Drive gear for weight assembly. 9. Cylinder. 10. Bolt. 11. Spring seat. 12. Governor weights. 13. Spring. 14. Valve. 15. Piston. 16. Sleeve. 17. Oil passage. 18. Fuel rack.The governor valve is shown here in the position when the force of rotation of the governor weights and the force of the governor spring are in balance.When there is an increase in engine load, there is a decrease in engine rpm and the rotation of governor weights (12) is slower. (The governor weights will move toward each other.) Governor spring (5) moves valve (14) forward. When valve (14) moves forward, an oil passage around valve (14) opens to pressure oil. Oil then flows through passage (7) and fills the chamber behind piston (15). This oil pushes the piston and rack forward to give more fuel to the engine. Engine rpm goes up until the force of rotation of the governor weights is large enough to be in balance with the force of the governor spring.When there is a reduction in engine load, there is an increase in engine rpm and the rotation of governor weights (12) is faster. This moves valve (14) backwards letting the oil behind piston (15) go through an open passage at the rear of the piston. The pressure oil between
Parts protector Mariner:
811173M
24161
24161 PROTECTOR CAP
7004201HB, 7004201UB, 7031203GD, 7031207CD, 7031207LF, 7031312TB, 7041203GB, 7075217CD, 7075217HD, 7075217TD, 7075217UD, 70752L7TF, 70752L7UF, 7075317TB, 7075317UB, 7075412TB, 7075412UB, 7075412UY, 7090412TB, 7090412TD, 7090412TY, 7090412UB, 7090412U