Information hydraulic governor
BOSCH
F 019 Z2E 519
f019z2e519
ZEXEL
105866-7350
1058667350
NIIGATA-TEKKOU
17720150A
17720150a
Rating:
Components :
0. | INJECTION-PUMP ASSEMBLY | 105866-7350 |
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] | 158507-1920 | DIAPHRAGM HOUSING |
13. | [1] | 158621-0800 | SLEEVE |
18. | [1] | 158699-0621 | COMPENSATOR ASSY |
18/1. | [1] | 158610-1101 | POWER PISTON |
18/3. | [1] | 158654-0800 | COILED SPRING |
18/4. | [1] | 158614-0700 | STOP PIN |
18/5. | [1] | 158612-0500 | PLAIN WASHER |
18/6. | [1] | 158654-0900 | COILED SPRING |
18/7. | [1] | 016110-1220 | LOCKING WASHER |
18/8. | [1] | 158612-0401 | BUSHING |
18/9. | [2] | 016550-2310 | O-RING |
18/10. | [1] | 158615-0500 | 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] | 158814-1200 | SPEED CONTROL SHAFT |
86. | [1] | 158823-0300 | BUSHING |
87. | [1] | 158322-0200 | COILED SPRING |
88. | [1] | 158710-0400 | STRAP |
89. | [1] | 029404-5010 | BEARING PIN |
91. | [1] | 158712-2000 | CONTROL LEVER |
93. | [1] | 029010-5210 | BLEEDER SCREW |
95. | [1] | 158211-0100 | STRAP |
96. | [2] | 158653-0100 | WIRE |
104. | [1] | 158017-0900 | GASKET |
105. | [1] | 158964-5421 | GOVERNOR MOTOR ASSY |
105/1. | [1] | 158962-5210 | CASE |
105/2. | [1] | 158903-0200 | HOLDER |
105/3. | [1] | 158903-0300 | HOLDER |
105/4. | [1] | 158903-0400 | FLAT-HEAD SCREW |
105/5. | [1] | 158903-1720 | ADJUSTER |
105/6. | [2] | 158903-0800 | PLATE |
105/7. | [4] | 029010-6330 | BLEEDER SCREW M6P1.0L13 |
105/8. | [1] | 014020-8140 | PLAIN WASHER D16&8.5T1.2 |
105/9. | [1] | 158904-0500 | TOOTHED GEAR |
105/10. | [1] | 158590-0000 | BEARING PIN |
105/11. | [2] | 020106-1640 | BLEEDER SCREW M6P1.0L14 |
105/14. | [1] | 158904-0300 | LEVER SHAFT |
105/15. | [1] | 158904-0200 | LEVER SHAFT |
105/16. | [3] | 014020-8140 | PLAIN WASHER D16&8.5T1.2 |
105/16. | [3] | 014020-8140 | PLAIN WASHER D16&8.5T1.2 |
105/16. | [3] | 014020-8140 | PLAIN WASHER D16&8.5T1.2 |
105/17. | [3] | 015320-1540 | SPLIT PIN |
105/18. | [2] | 158904-0400 | TOOTHED GEAR |
105/18. | [2] | 158904-0400 | TOOTHED GEAR |
105/19. | [3] | 011005-0820 | SET OF NUTS |
105/19. | [3] | 011005-0820 | SET OF NUTS |
105/20. | [1] | 158904-1920 | ROUND NUT |
105/21. | [1] | 158916-0000 | SET OF NUTS |
105/24. | [1] | 158908-3900 | CONDENSER |
105/25. | [2] | 014110-3440 | LOCKING WASHER |
105/26. | [2] | 012153-0840 | FLAT-HEAD SCREW M3P0.5L8 |
105/27. | [1] | 158906-1500 | TERMINAL BOARD |
105/28. | [2] | 014020-4140 | PLAIN WASHER D8&4.5T0.5 |
105/29. | [2] | 014110-4440 | LOCKING WASHER |
105/30. | [2] | 012154-1040 | FLAT-HEAD SCREW M4P0.7L10 |
105/31. | [1] | 158902-0300 | JOINT CONNECTION |
105/32. | [1] | 158902-0020 | FRICTION COUPLING |
105/34. | [1] | 158908-2800 | GEAR HEAD |
105/35. | [1] | 158908-4200 | MOTOR |
105/36. | [4] | 014020-4140 | PLAIN WASHER D8&4.5T0.5 |
105/37. | [4] | 158901-8100 | FLAT-HEAD SCREW |
105/38. | [1] | 158901-9700 | HOSE |
105/39. | [1] | 158901-8300 | COVER |
105/40. | [1] | 158900-0300 | BRACKET |
105/41. | [3] | 158900-0200 | BUSHING |
105/42. | [3] | 029010-6350 | BLEEDER SCREW M6P1.0L22 |
105/43. | [1] | 158907-3820 | LIMIT SWITCH |
105/44. | [1] | 158907-3720 | LIMIT SWITCH |
105/46. | [2] | 020144-1240 | BLEEDER SCREW |
105/47. | [5] | 158906-0801 | TERMINAL |
105/48. | [1] | 158562-2600 | COVER |
105/49. | [4] | 014020-6140 | PLAIN WASHER |
105/50. | [4] | 014110-6440 | LOCKING WASHER |
105/51. | [4] | 158909-0100 | BLEEDER SCREW |
105/53. | [2] | 158901-2700 | PLAIN WASHER |
105/54. | [1] | 158901-2800 | PACKING |
105/55. | [1] | 158901-2600 | GROUND |
105/59. | [2] | 014110-4440 | LOCKING WASHER |
105/60. | [2] | 012154-1640 | FLAT-HEAD SCREW |
105/61. | [1] | 158906-1600 | SPACER BUSHING |
105/62. | [1] | 158901-2000 | WIRE |
105/63. | [1] | 158901-1800 | WIRE |
105/70. | [1] | 158563-1300 | COVER |
112. | [1] | 026512-1640 | GASKET D15.9&12.2T1 |
113. | [1] | 155406-0220 | AIR FILTER |
118. | [1] | 158527-0200 | NEEDLE VALVE |
119. | [1] | 016500-0710 | O-RING |
123. | [2] | 026512-1640 | GASKET D15.9&12.2T1 |
124. | [2] | 029111-2070 | CAPSULE M12P1.5L10 |
130. | [1] | 029331-8040 | GASKET |
131. | [1] | 158660-0320 | CONTROL VALVE |
135. | [1] | 158515-0900 | INDICATOR PLATE |
137. | [1] | 158515-1000 | INDICATOR PLATE |
140. | [2] | 158820-0620 | POINTER |
140. | [2] | 158820-0620 | POINTER |
142. | [2] | 158820-0620 | POINTER |
142. | [2] | 158820-0620 | POINTER |
163. | [1] | 010210-1420 | HEX-SOCKET-HEAD CAP SCREW |
164. | [1] | 026510-1340 | GASKET D13.4&10.2T1 |
190. | [1] | 158017-1000 | GASKET |
200. | [1] | 158599-7220 | SPARE PART |
Include in #2:
105866-7350
as INJECTION-PUMP ASSEMBLY
Cross reference number
Zexel num
Bosch num
Firm num
Name
Information:
Procedure
Note: Prior to performing the analysis with the APC, be sure to read and understand all the interferences listed in the "Interferences Inherent In the Fuel Sample" section of this document. Ensure that all precautions have been taken to minimize the affect of skewed results due to improper sampling, handling, or preparation.
Obtain the fuel sample to be analyzed in an appropriate sample bottle as described in the "Fuel Sample Preparation" section. Manually or mechanically shake the sample vigorously for 30 seconds. When manually shaking a sample, ensure thorough mixing of the sample by turning the bottle so that the lid is facing downward. Shake by moving the wrist and/or forearm up and down as rapidly as is comfortable for the 30 seconds.Note: Degassing samples can be accomplished with either the use of an ultrasonic bath or with the use of a vacuum pump.
Immediately degas the sample, by partially opening the lid to the bottle and placing the sample upright in the degassing unit. Perform only one of the degassing methods. An ultrasonic bath is the best method for degassing a sample. An ultrasonic bath takes the least amount of time minimizing the impact of particle settling.Note: The purpose of partially unscrewing or opening the lid is to promote quick degassing of the sample. Air bubbles to remaining near the surface of the sample following the degassing process are acceptable.
Illustration 5 g01741117
If an ultrasonic bath is unavailable, an alternative method of degassing the sample is with the use of a 1U-5718 Oil Sampling Vacuum Pump. Ensure the 1U-5718 Oil Sampling Vacuum Pump is clean before beginning the degas process.Note: Rubber is to be placed over the hole of the tubing for the pump to develop and hold the required vacuum.
With the sample to be analyzed in the sample bottle, thread the bottle into the bottom of the 1U-5718 Oil Sampling Vacuum Group. Operate the pump to create a vacuum. Maintain the vacuum until all air bubbles have risen to the surface of the sample and dissipated.
If an ultrasonic bath or a vacuum pump is not available, the sample can degas naturally. Degas the sample by setting the sample on a flat surface and leaving the sample undisturbed. If the APC performs a flushing cycle, let the sample sit for 15 seconds. If the APC does not perform a flushing cycle, such as the 293-8413 HYDAC Contamination Monitor Group or the 383-4255 HYDAC Contamination Monitor Group, let the sample sit for 30 seconds. Proceed to the "Sample Processing" section.Sample Processing
Remove the lid from the sample bottle. Immediately begin the processing of the sample on the APC that has been prepared according to the "Fuel Sample Preparation" section.Note: If more than 45 seconds elapse after the shaking of the sample, the procedure shall be restarted with shaking of the sample in "Fuel Sample Preparation" section. Shaking the sample ensures that suspended particles do not settle to the bottom of the sample, causing inaccurate particle count results.
Obtain the particle count results
Note: Prior to performing the analysis with the APC, be sure to read and understand all the interferences listed in the "Interferences Inherent In the Fuel Sample" section of this document. Ensure that all precautions have been taken to minimize the affect of skewed results due to improper sampling, handling, or preparation.
Obtain the fuel sample to be analyzed in an appropriate sample bottle as described in the "Fuel Sample Preparation" section. Manually or mechanically shake the sample vigorously for 30 seconds. When manually shaking a sample, ensure thorough mixing of the sample by turning the bottle so that the lid is facing downward. Shake by moving the wrist and/or forearm up and down as rapidly as is comfortable for the 30 seconds.Note: Degassing samples can be accomplished with either the use of an ultrasonic bath or with the use of a vacuum pump.
Immediately degas the sample, by partially opening the lid to the bottle and placing the sample upright in the degassing unit. Perform only one of the degassing methods. An ultrasonic bath is the best method for degassing a sample. An ultrasonic bath takes the least amount of time minimizing the impact of particle settling.Note: The purpose of partially unscrewing or opening the lid is to promote quick degassing of the sample. Air bubbles to remaining near the surface of the sample following the degassing process are acceptable.
Illustration 5 g01741117
If an ultrasonic bath is unavailable, an alternative method of degassing the sample is with the use of a 1U-5718 Oil Sampling Vacuum Pump. Ensure the 1U-5718 Oil Sampling Vacuum Pump is clean before beginning the degas process.Note: Rubber is to be placed over the hole of the tubing for the pump to develop and hold the required vacuum.
With the sample to be analyzed in the sample bottle, thread the bottle into the bottom of the 1U-5718 Oil Sampling Vacuum Group. Operate the pump to create a vacuum. Maintain the vacuum until all air bubbles have risen to the surface of the sample and dissipated.
If an ultrasonic bath or a vacuum pump is not available, the sample can degas naturally. Degas the sample by setting the sample on a flat surface and leaving the sample undisturbed. If the APC performs a flushing cycle, let the sample sit for 15 seconds. If the APC does not perform a flushing cycle, such as the 293-8413 HYDAC Contamination Monitor Group or the 383-4255 HYDAC Contamination Monitor Group, let the sample sit for 30 seconds. Proceed to the "Sample Processing" section.Sample Processing
Remove the lid from the sample bottle. Immediately begin the processing of the sample on the APC that has been prepared according to the "Fuel Sample Preparation" section.Note: If more than 45 seconds elapse after the shaking of the sample, the procedure shall be restarted with shaking of the sample in "Fuel Sample Preparation" section. Shaking the sample ensures that suspended particles do not settle to the bottom of the sample, causing inaccurate particle count results.
Obtain the particle count results