105030-4461 ZEXEL 9 430 615 349 BOSCH NOZZLE-HOLDER 9430615349 1050304461 me731728


 

Information nozzle-holder

BOSCH 9 430 615 349 9430615349
ZEXEL 105030-4461 1050304461
MITSUBISHI ME731728 me731728
105030-4461 NOZZLE-HOLDER
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Scheme ###:

2. [2] 150508-3300 BEARING PIN
3. [1] 150651-3400 NOZZLE-RETAINING NUT
4. [1] 150550-5400 STOP PIN
5. [1] 150562-4400 COMPRESSION SPRING
7. [1] 150570-0400 SPACER BUSHING
8. [1] 150571-0000 SET OF NUTS
10. [1] 150572-0420 STOP PIN
11. [1] 150562-3100 COMPRESSION SPRING
13. [1] 150565-5500 THREADED PIN
14. [1] 150519-4600 UNION NUT
15. [1] 029332-2030 GASKET D25.5&22T1
16. [1] 150568-0400 CAP NUT
18. [1] 150613-1801 EYE BOLT
19. [2] 026508-1240 GASKET D11.9&8.2T1
800S/1. [0] 150523-5000 SHIM D11.5&4.5T0.50
800S/1. [0] 150523-5100 SHIM D11.5&4.5T0.52
800S/1. [0] 150523-5200 SHIM D11.5&4.5T0.54
800S/1. [0] 150523-5300 SHIM D11.5&4.5T0.56
800S/1. [0] 150523-5400 SHIM D11.5&4.5T0.58
800S/1. [0] 150523-5500 SHIM D11.5&4.5T0.60
800S/1. [0] 150523-6000 SHIM D11.5&4.5T0.70
800S/1. [0] 150523-6500 SHIM D11.5&4.5T0.80
800S/1. [0] 150523-7000 SHIM D11.5&4.5T0.90
800S/1. [0] 150523-7500 SHIM D11.5&4.5T1.00
800S/1. [0] 150532-6700 SHIM D11.5&4.5T0.1
800S/1. [0] 150532-6800 SHIM D11.5&4.5T0.2
800S/1. [0] 150532-6900 SHIM D11.5&4.5T0.3
800S/1. [0] 150532-7000 SHIM D11.5&4.5T0.4
800S/1. [0] 150532-7000 SHIM D11.5&4.5T0.4

Cross reference number

Zexel num
Bosch num
Firm num
Name
105030-4461 
9 430 615 349 
ME731728  MITSUBISHI
NOZZLE-HOLDER
K 53LZ NOZZLE HOLDER NH NH




Information:

Introduction
***#i00660713/i00660713*** contains the abbreviations, symbols, wiring sizes, wiring color and number codes for the ETR/ETS electric protection system which are placed on drawings and wiring, and referenced in the text of this Service Manual.The electrical system for the engine contains five subsystems. Each subsystem has different symbols and wire number codes. Abbreviations, symbols, numbering and lettering codes, and wiring requirements are described for the following subsystems.
Starting
Charging
Control
Monitoring
ProtectionThe engine electrical system is designed to improve operational reliability, reduce maintenance problems, improve the flexibility for making changes or additions to the system, and comply with international standards. In order to accomplish these goals, the engine electrical system contains the following components.
A steel junction box for the control, monitoring, and protection subsystems with standardized mounting locations on each engine series.
A steel power distribution box for the high amperage starting and charging subsystems with standardized mounting locations on each engine series.
A wiring harness in a protective nylon conduit that connects the junction box, power distribution box, and the electrical components located on the engine.
Common heat stamped wire number codes on each wire in the wiring harness for all engine models.
Common logic for all subsystems on all engine models."Description of Electrical System Symbols And Codes" explains how to use and understand the graphical representation of the ETR/ETS electric protection system by component and wiring abbreviations, symbols, and codes.Description of Electrical System Symbols And Codes
The Point-To-Point graphical system is used in all the wiring diagrams and schematics which help describe the systems operation and troubleshooting of the ETR/ETS electric protection system.Each wire in the wiring harness is heat stamped the length of the wire with the wire number code as shown in the ETR/ETS Wiring Using Wire Number Codes diagram on Illustration 7. The first number pair of the wiring code identifies the terminal on an engine component to which one end of the wire should be attached. The second number pair of the wiring code identifies the terminal on the component to which the other end of the wire should be attached. The number assigned to each terminal of each component will be the same for all engine models.The two numbers in the wiring code differentiate between left and right hand mounting. Illustration 2 contains the Number Codes and an example of usage.The symbols for the engine components will be the same for all 3200-3500 Series Engines.The use of abbreviations, symbols, and codes is provided by the following example. In order to locate and identify the wire which connects the starting motor magnetic switch and the starting motor, first determine the correct drawing abbreviation. The Abbreviation List on Illustration 1 shows ("SMMS") as the abbreviation symbol for the starting motor magnetic switch. ("SM") is shown as the abbreviation symbol for the starting motor. The symbols for both the starting motor magnetic switch and the starting motor are listed under the Starting System on 3.Locate the ("SMMS") and ("SM") symbols on the Starting System list on Illustration 3. Because an engine option exists for two

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Group cross 105030-4461 ZEXEL

Hino 

9 430 615 398 
236202060A 
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9 430 615 207 
 
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Hino 

9 430 615 399 
236202120A 
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9 430 615 333 
236202140A 
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9 430 615 208 
236202180A 
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9 430 615 208 
S236202180A 
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Mitsubishi 

9 430 615 348 
ME730761 
NOZZLE-HOLDER
9 430 616 096 
ME730762 
NOZZLE-HOLDER
105030-4461  
9 430 615 349 
ME731728 
NOZZLE-HOLDER

Nissan-Diesel 

9 430 616 097 
1661095501 
NOZZLE-HOLDER
9 430 616 098 
1661096006 
NOZZLE-HOLDER
 
 
NOZZLE-HOLDER

Isuzu 

9 430 616 099 
1153301031 
NOZZLE-HOLDER
9 430 615 359 
1153003041 
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9 430 615 359 
1153301032 
NOZZLE-HOLDER
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