Information hydraulic governor
BOSCH
F 019 Z2E 260
f019z2e260
ZEXEL
105856-4321
1058564321
DAIHATSU
QGDK311880FZ
qgdk311880fz

Rating:
Components :
0. | INJECTION-PUMP ASSEMBLY | 105856-4321 |
1. | _ | |
2. | FUEL INJECTION PUMP | |
3. | NUMBER PLATE | |
4. | _ | |
5. | CAPSULE | |
6. | ADJUSTING DEVICE | |
7. | NOZZLE AND HOLDER ASSY | |
8. | Nozzle and Holder | |
9. | Open Pre:MPa(Kqf/cm2) | |
10. | NOZZLE-HOLDER | |
11. | NOZZLE |
Scheme ###:
1. | [1] | 158502-0420 | BASE |
2. | [1] | 029811-8000 | BEARING PLATE |
3. | [1] | 158528-0900 | PACKING RING |
7. | [1] | 158131-0100 | GEAR SHAFT |
10. | [1] | 158028-0000 | O-RING |
11. | [1] | 158507-1820 | DIAPHRAGM HOUSING |
13. | [1] | 158621-0500 | SLEEVE |
18. | [1] | 158699-0521 | COMPENSATOR ASSY |
18/1. | [1] | 158610-0901 | POWER PISTON |
18/3. | [1] | 158654-1000 | COILED SPRING |
18/4. | [1] | 158614-0300 | STOP PIN |
18/5. | [1] | 158612-0500 | PLAIN WASHER |
18/6. | [1] | 158654-1100 | COILED SPRING |
18/7. | [1] | 016110-1220 | LOCKING WASHER |
18/8. | [1] | 158612-0001 | BUSHING |
18/9. | [2] | 158528-1300 | O-RING |
18/10. | [1] | 158615-0400 | PUMP PLUNGER |
18/11. | [1] | 025620-1410 | SPRING PIN |
35. | [3] | 029330-6070 | GASKET |
36. | [3] | 010206-2520 | HEX-SOCKET-HEAD CAP SCREW |
50. | [1] | 158600-1020 | FLYWEIGHT ASSEMBLY |
51. | [1] | 158106-0100 | PLAIN WASHER |
52. | [1] | 029811-0000 | BEARING PLATE |
53. | [1] | 158620-1220 | PILOT VALVE |
60. | [2] | 158220-0000 | GUIDE LEVER |
61. | [2] | 158736-0200 | BEARING PIN |
62. | [4] | 025520-1510 | SPLIT PIN |
70. | [1] | 158730-0220 | TERMINAL ARM |
70/1. | [1] | 158230-0020 | TERMINAL ARM |
70/2. | [1] | 158315-0200 | TERMINAL SHAFT |
70/3. | [1] | 158315-0200 | TERMINAL SHAFT |
70/4. | [2] | 158736-0100 | TAPER PIN |
70/5. | [2] | 011006-0620 | SET OF NUTS |
70/6. | [1] | 158214-0020 | SPEED DROOP ADJUSTER |
70/7. | [1] | 014020-5120 | PLAIN WASHER |
70/8. | [1] | 029320-5030 | TAB WASHER |
70/9. | [1] | 010535-1220 | FLAT-HEAD SCREW |
85. | [1] | 158814-0900 | SPEED CONTROL SHAFT |
86. | [2] | 158823-0300 | BUSHING |
86. | [2] | 158823-0300 | BUSHING |
87. | [1] | 158322-0200 | COILED SPRING |
88. | [1] | 158710-0400 | STRAP |
89. | [1] | 029404-5010 | BEARING PIN |
95. | [1] | 158211-0100 | STRAP |
96. | [2] | 158653-0100 | WIRE |
104. | [1] | 158017-0900 | GASKET |
105. | [1] | 158964-3420 | PNEUMATIC CONTROLLER |
105/1. | [1] | 158562-4600 | COVER |
105/2. | [1] | 158910-0200 | CYLINDER |
105/3. | [3] | 029050-6090 | FLAT-HEAD SCREW |
105/4. | [1] | 014110-6440 | LOCKING WASHER |
105/5. | [1] | 158416-0000 | FLAT-HEAD SCREW |
105/6. | [1] | 158915-0700 | UNION NUT |
105/7. | [1] | 158918-0000 | PLAIN WASHER D30&10.8T1.00 |
105/8/1. | [1] | 158412-0100 | COILED SPRING K1.0 |
105/8/1. | [1] | 158412-0200 | COILED SPRING K2.0 |
105/8/1. | [1] | 158412-0300 | COILED SPRING K3.0 |
105/8/1. | [1] | 158412-0400 | COILED SPRING K4.0 |
105/8/1. | [1] | 158412-0500 | COILED SPRING K5.0 |
105/8/1. | [1] | 158912-1800 | COILED SPRING K3.4 |
105/8/1. | [1] | 158912-1900 | COILED SPRING K2.5 |
105/8/1. | [1] | 158912-3300 | COILED SPRING K4.5 |
105/9/1. | [1] | 158412-0000 | COILED SPRING K7.0 |
105/9/1. | [1] | 158912-0500 | COILED SPRING K4.9 |
105/9/1. | [1] | 158912-0600 | COILED SPRING K5.1 |
105/9/1. | [1] | 158912-0700 | COILED SPRING K5.2 |
105/9/1. | [1] | 158912-1100 | COILED SPRING K4.8 |
105/9/1. | [1] | 158912-1200 | COILED SPRING K5.4 |
105/9/1. | [1] | 158912-2300 | COILED SPRING K6.8 |
105/9/1. | [1] | 158912-2400 | COILED SPRING K7.0 |
105/9/1. | [1] | 158912-2500 | COILED SPRING K7.3 |
105/9/1. | [1] | 158912-2600 | COILED SPRING K7.4 |
105/10. | [1] | 158918-0000 | PLAIN WASHER D30&10.8T1.00 |
105/11. | [1] | 158413-0001 | STOP PIN |
105/12. | [1] | 158414-0000 | PUMP PLUNGER |
105/13. | [1] | 158414-0100 | DIAPHRAGM |
105/14. | [1] | 158414-0200 | PLATE |
105/15. | [1] | 013020-6040 | UNION NUT M6P1H5 |
105/16. | [1] | 158910-0300 | CAP |
105/17. | [1] | 158915-1000 | FLAT-HEAD SCREW |
105/18. | [1] | 029630-9050 | O-RING |
105/19. | [1] | 158567-1500 | WING NUT |
105/21. | [1] | 158904-2020 | ROUND NUT |
105/22. | [1] | 158916-0000 | SET OF NUTS |
105/23. | [2] | 029050-6220 | FLAT-HEAD SCREW |
105/24. | [2] | 029320-6010 | LOCKING WASHER |
105/25. | [2] | 158909-0200 | BLEEDER SCREW |
105/26. | [1] | 027114-1040 | INLET UNION |
105/27. | [2] | 029331-4120 | GASKET D18&14.2T1.5 |
105/28. | [1] | 027414-2640 | EYE BOLT |
105/30. | [1] | 013020-6040 | UNION NUT M6P1H5 |
105/31. | [1] | 158567-1200 | SET OF NUTS |
105/35. | [1] | 026512-1640 | GASKET D15.9&12.2T1 |
105/36. | [1] | 158066-0000 | BLEEDER SCREW |
106. | [4] | 029010-6350 | BLEEDER SCREW M6P1.0L22 |
118. | [1] | 158527-0200 | NEEDLE VALVE |
119. | [1] | 016500-0710 | O-RING |
123. | [2] | 026512-1640 | GASKET D15.9&12.2T1 |
123. | [2] | 026512-1640 | GASKET D15.9&12.2T1 |
124. | [2] | 029111-2070 | CAPSULE M12P1.5L10 |
124. | [2] | 029111-2070 | CAPSULE M12P1.5L10 |
130. | [1] | 029331-8040 | GASKET |
131. | [1] | 158660-0320 | CONTROL VALVE |
135. | [1] | 158515-0700 | INDICATOR PLATE |
137. | [1] | 158515-0800 | INDICATOR PLATE |
140. | [1] | 158820-0620 | POINTER |
142. | [1] | 158820-0620 | POINTER |
158. | [1] | 015040-0880 | BEARING PIN |
190. | [1] | 158017-1000 | GASKET |
200. | [1] | 158599-6920 | SPARE PART |
Include in #2:
105856-4321
as INJECTION-PUMP ASSEMBLY
Cross reference number
Zexel num
Bosch num
Firm num
Name
Information:
Shunt-Type Cooling System
A shunt-type cooling system for the engine is recommended. A shunt-type cooling system radiator has a normal top tank (9) above the radiator core (10) and an expansion tank (2) above (any location) the top tank.An air and coolant tube (7) allows excess air and coolant in the radiator top tank to flow into the expansion tank. The expansion tank has a shunt line (3) which connects to the water pump (11) inlet. The shunt system maintains a positive head of coolant at the pump inlet to prevent cavitation in the pump under all operating conditions.When initially filling the cooling system, the coolant in expansion tank (2) flows through shunt line (3) to the water pump inlet, flows through pump (11), and fills engine cylinder block (13) from the bottom. Coolant flowing into the bottom of the block forces the air out through the top of temperature regulator housing (4), through tube (7) into expansion tank (2).It is a good procedure, after filling the system, to immediately start the engine and make certain the cooling system is full after a few minutes of engine operation. The operating water pump circulates the coolant through the engine, to drive out any air that could have been trapped in the engine. It may be necessary to add more coolant to fill the system.
SHUNT-TYPE RADIATOR COOLING SYSTEM-SCHEMATIC (Temperature regulator partially open)
1-Radiator cap (pressure regulating valve). 2-Expansion tank. 3-Shunt line tube. 4-Temperature regulator (thermostat) housing. 5-Cylinder liners (six). 6-Cylinder head. 7-Air and coolant bleed tube (between radiator top tank and expansion tank). 8-Radiator coolant bypass tube. 9-Radiator top tank. 10-Radiator core. 11-Water pump. 12-Engine lubricating oil cooler. 13-Cylinder block.Cylinder Head
CYLINDER HEAD-END VIEW
1-Precombustion chamber (six). 2-Spring (twelve). 3-Lock (twenty four). 4-Rotocoil assembly (twelve). 5-Rocker arm (twelve). 6-Push rod (twelve). 7-Air inlet manifold (in head). 8-Valve seat insert (six inlet, six exhaust). 9-Valve (six inlet, six exhaust).This overhead valve (OHV) cylinder head has one inlet and one exhaust valve for each engine cylinder. Rocker arms (5) are operated by the camshaft, in the engine cylinder block, cam followers (lifters) and push rods (6) which open and close valves (9) at the proper time. Each rocker arm has an adjustable contact to obtain the recommended valve lash (valve clearance). Each valve spring (2), to close a valve, is retained by locks (3) and a rotocoil assembly (4). The rotocoil will rotate a valve stem approximately one third of a degree each time the valve opens and closes. This will rotate the valve about one revolution per minute when the engine is operating at full load RPM.The valve bushings (guides) and valve seat inserts (8) can be removed, if necessary, and new ones installed. The valve seats are ground at 30° angles. The high heat resistant steel inlet valves and stellite exhaust valves are gound slightly less (about one fourth of a degree) than 30° angles. The interference angles between the valves and valve seats provide for better seating for longer periods of time.The inlet
A shunt-type cooling system for the engine is recommended. A shunt-type cooling system radiator has a normal top tank (9) above the radiator core (10) and an expansion tank (2) above (any location) the top tank.An air and coolant tube (7) allows excess air and coolant in the radiator top tank to flow into the expansion tank. The expansion tank has a shunt line (3) which connects to the water pump (11) inlet. The shunt system maintains a positive head of coolant at the pump inlet to prevent cavitation in the pump under all operating conditions.When initially filling the cooling system, the coolant in expansion tank (2) flows through shunt line (3) to the water pump inlet, flows through pump (11), and fills engine cylinder block (13) from the bottom. Coolant flowing into the bottom of the block forces the air out through the top of temperature regulator housing (4), through tube (7) into expansion tank (2).It is a good procedure, after filling the system, to immediately start the engine and make certain the cooling system is full after a few minutes of engine operation. The operating water pump circulates the coolant through the engine, to drive out any air that could have been trapped in the engine. It may be necessary to add more coolant to fill the system.
SHUNT-TYPE RADIATOR COOLING SYSTEM-SCHEMATIC (Temperature regulator partially open)
1-Radiator cap (pressure regulating valve). 2-Expansion tank. 3-Shunt line tube. 4-Temperature regulator (thermostat) housing. 5-Cylinder liners (six). 6-Cylinder head. 7-Air and coolant bleed tube (between radiator top tank and expansion tank). 8-Radiator coolant bypass tube. 9-Radiator top tank. 10-Radiator core. 11-Water pump. 12-Engine lubricating oil cooler. 13-Cylinder block.Cylinder Head
CYLINDER HEAD-END VIEW
1-Precombustion chamber (six). 2-Spring (twelve). 3-Lock (twenty four). 4-Rotocoil assembly (twelve). 5-Rocker arm (twelve). 6-Push rod (twelve). 7-Air inlet manifold (in head). 8-Valve seat insert (six inlet, six exhaust). 9-Valve (six inlet, six exhaust).This overhead valve (OHV) cylinder head has one inlet and one exhaust valve for each engine cylinder. Rocker arms (5) are operated by the camshaft, in the engine cylinder block, cam followers (lifters) and push rods (6) which open and close valves (9) at the proper time. Each rocker arm has an adjustable contact to obtain the recommended valve lash (valve clearance). Each valve spring (2), to close a valve, is retained by locks (3) and a rotocoil assembly (4). The rotocoil will rotate a valve stem approximately one third of a degree each time the valve opens and closes. This will rotate the valve about one revolution per minute when the engine is operating at full load RPM.The valve bushings (guides) and valve seat inserts (8) can be removed, if necessary, and new ones installed. The valve seats are ground at 30° angles. The high heat resistant steel inlet valves and stellite exhaust valves are gound slightly less (about one fourth of a degree) than 30° angles. The interference angles between the valves and valve seats provide for better seating for longer periods of time.The inlet