Information autom. advance mechanism
BOSCH
9 420 616 051
9420616051
ZEXEL
105681-2320
1056812320
Rating:
Scheme ###:
| 1. | [1] | 156800-2620 | TIMING-DEVICE HOUSING |
| 2. | [1] | 156801-1301 | FLANGE BUSHING |
| 3. | [2] | 156723-0300 | ECCENTRIC DISC |
| 3. | [2] | 156723-0300 | ECCENTRIC DISC |
| 4. | [2] | 156723-0400 | ECCENTRIC DISC |
| 4. | [2] | 156723-0400 | ECCENTRIC DISC |
| 5. | [1] | 156819-9320 | FLYWEIGHT ASSEMBLY |
| 5/1. | [2] | 156802-6220 | FLYWEIGHT |
| 5/1. | [2] | 156802-6220 | FLYWEIGHT |
| 5/2. | [4] | 156807-1100 | SLOTTED WASHER |
| 5/2. | [4] | 156807-1100 | SLOTTED WASHER |
| 5/3. | [4] | 156807-0900 | SLOTTED WASHER |
| 5/3. | [4] | 156807-0900 | SLOTTED WASHER |
| 5/4. | [4] | 156896-4400 | COMPRESSION SPRING |
| 5/4. | [4] | 156896-4400 | COMPRESSION SPRING |
| 5/5. | [4] | 156896-4300 | COMPRESSION SPRING |
| 5/5. | [4] | 156896-4300 | COMPRESSION SPRING |
| 5/6. | [4] | 156809-0300 | LOCKING WASHER |
| 5/6. | [4] | 156809-0300 | LOCKING WASHER |
| 5/7. | [2] | 156806-0900 | PIN |
| 5/8/1. | [0] | 156728-0800 | SHIM D19&15T0.1 |
| 5/8/1. | [0] | 156728-0900 | SHIM D19&15T0.3 |
| 5/8/1. | [0] | 156728-1000 | SHIM D19&15T0.5 |
| 5/8/1. | [0] | 156728-1100 | SHIM D19&15T1.0 |
| 5/8/1. | [0] | 156728-2000 | SHIM D19&15T0.4 |
| 5/8/1. | [0] | 156728-2100 | SHIM D19&15T0.7 |
| 5/8/1. | [0] | 156728-2100 | SHIM D19&15T0.7 |
| 5/9/1. | [0] | 156728-1200 | SHIM D14&10.6T0.1 |
| 5/9/1. | [0] | 156728-1200 | SHIM D14&10.6T0.1 |
| 5/9/1. | [0] | 156728-1300 | SHIM D14&10.6T0.3 |
| 5/9/1. | [0] | 156728-1400 | SHIM D14&10.6T0.5 |
| 5/9/1. | [0] | 156728-1500 | SHIM D14&10.6T1.0 |
| 5/9/1. | [0] | 156728-2200 | SHIM D14&10.6T0.4 |
| 5/9/1. | [0] | 156728-2300 | SHIM D14&10.6T0.7 |
| 5/10. | [4] | 156808-0500 | SPACER BUSHING |
| 13. | [1] | 156809-1620 | COVER |
| 13/2. | [1] | 139648-0300 | PACKING RING |
| 13/3. | [1] | 156315-0200 | O-RING |
| 30. | [1] | 156322-0000 | LOCKING WASHER |
| 31. | [1] | 134325-0800 | UNION NUT |
| 33. | [1] | 029331-0190 | GASKET D14&10.2T1 |
| 34. | [1] | 156316-0000 | CAPSULE |
| 35. | [1] | 156314-0600 | CAP |
| 36. | [1] | 156319-0200 | GASKET |
Cross reference number
Zexel num
Bosch num
Firm num
Name
105681-2320
AUTOM. ADVANCE MECHANISM
K 14KL AUTOMATIC TIMER TIMER SPG TIMER
K 14KL AUTOMATIC TIMER TIMER SPG TIMER
Information:
The 169-3374 Injector Sleeve Removal Group is used to remove the brass injector sleeves on 3176 and 3176B Engines, only. This tool group is used with the 9U-6860 Sleeve Replacement Group . The tool group eliminates the tapping and threading operation of the current 9U-6860 Sleeve Replacement Group . The benefits of this method of sleeve removal are easier sleeve removal and little debris that could enter the engine. This tool group uses a crimping die and captured stud similar to the current 3100 Sleeve Removal Tool. This tool group can be used with the cylinder head either on or off the engine.Additional Contact Information
For additional product support questions concerning this tool, contact the Dealer Service Tools Hotline at:USA: 1-800-542-8665, Option 1International: 1-309-578-7372Injector Sleeve Removal
Remove the rocker arms from the cylinder being repaired.
Remove the injector.
Illustration 4 g02888499
Put Sleeve Stud (3) into Injector Sleeve
Drop 142-8280 Sleeve Stud (3) into the injector sleeve and ensure that stud is resting at the bottom of the injector sleeve. The flat disc part of the sleeve stud should be below the top edge of the brass sleeve.
Illustration 5 g02888500
Insert Crimping Swage (9) Into Bore And Over Sleeve Stud (3)
Apply a light coating of grease to the inside cutting edge of crimping swage (9) and insert into the injector bore. Make sure that the tool is resting on the top edge of the brass sleeve by turning or "wiggling" slightly. It is possible for the tool to rest on the casting ledge (indicated by the arrow) in the cylinder head. The threads of sleeve stud (3) should go into the center hole of crimping swage (9), as shown in Figure 5.
Illustration 6 g02888508
Drive Crimping Swage (9) Down Into Injector Sleeve
Using a large hammer, strike the top of crimping swage (9) firmly and squarely. Drive down into the injector bore until the bottom slot is level with the top deck of the cylinder head, as shown in Figure 6.
Illustration 7 g02888509
Remove Driving Swage (9) With Crows Foot Pry Bar (12)
Remove the crimping swage from the injector bore. If the tool is stuck in the bore, use a crows foot pry bar (12) in the slot to work out the tool. Many times there will be a small amount of brass caught between crimping swage (9) and the injector bore causing the tool to stick. When the tool is removed, the top of the brass sleeve should be rolled over, trapping sleeve stud (3) inside the injector sleeve.Note: The sharp edge of crimping swage (9) must remain sharp and free of nicks or damage. This tool may be resharpened only on the inside cutting edge. Any sharpening procedure that reduces the OD of the cutting edge will result in poor tool performance and tool sticking.
Illustration 8 g02888517
Insert Sleeve Jaw (4)
Insert 151-4833 Sleeve Jaw (4) into the injector bore. The sharp edge of the sleeve jaw is designed to lock the rolled-over brass material between the sleeve stud and the sleeve jaw. The sleeve stud is then prevented from
For additional product support questions concerning this tool, contact the Dealer Service Tools Hotline at:USA: 1-800-542-8665, Option 1International: 1-309-578-7372Injector Sleeve Removal
Remove the rocker arms from the cylinder being repaired.
Remove the injector.
Illustration 4 g02888499
Put Sleeve Stud (3) into Injector Sleeve
Drop 142-8280 Sleeve Stud (3) into the injector sleeve and ensure that stud is resting at the bottom of the injector sleeve. The flat disc part of the sleeve stud should be below the top edge of the brass sleeve.
Illustration 5 g02888500
Insert Crimping Swage (9) Into Bore And Over Sleeve Stud (3)
Apply a light coating of grease to the inside cutting edge of crimping swage (9) and insert into the injector bore. Make sure that the tool is resting on the top edge of the brass sleeve by turning or "wiggling" slightly. It is possible for the tool to rest on the casting ledge (indicated by the arrow) in the cylinder head. The threads of sleeve stud (3) should go into the center hole of crimping swage (9), as shown in Figure 5.
Illustration 6 g02888508
Drive Crimping Swage (9) Down Into Injector Sleeve
Using a large hammer, strike the top of crimping swage (9) firmly and squarely. Drive down into the injector bore until the bottom slot is level with the top deck of the cylinder head, as shown in Figure 6.
Illustration 7 g02888509
Remove Driving Swage (9) With Crows Foot Pry Bar (12)
Remove the crimping swage from the injector bore. If the tool is stuck in the bore, use a crows foot pry bar (12) in the slot to work out the tool. Many times there will be a small amount of brass caught between crimping swage (9) and the injector bore causing the tool to stick. When the tool is removed, the top of the brass sleeve should be rolled over, trapping sleeve stud (3) inside the injector sleeve.Note: The sharp edge of crimping swage (9) must remain sharp and free of nicks or damage. This tool may be resharpened only on the inside cutting edge. Any sharpening procedure that reduces the OD of the cutting edge will result in poor tool performance and tool sticking.
Illustration 8 g02888517
Insert Sleeve Jaw (4)
Insert 151-4833 Sleeve Jaw (4) into the injector bore. The sharp edge of the sleeve jaw is designed to lock the rolled-over brass material between the sleeve stud and the sleeve jaw. The sleeve stud is then prevented from