105960-0191 ZEXEL F 019 Z1E 997 BOSCH ELECTRIC GOVERNOR f019z1e997 1059600191


 

Information electric governor

BOSCH F 019 Z1E 997 f019z1e997
ZEXEL 105960-0191 1059600191
105960-0191 ELECTRIC GOVERNOR
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Scheme ###:

1. [1] 159560-3320 GOVERNOR HOUSING
2. [10] 139006-4100 BLEEDER SCREW
4. [1] 159635-8500 COILED SPRING
5. [1] 159564-4000 SLOTTED WASHER
6. [1] 159564-4100 SLOTTED WASHER
7. [1] 159636-3120 CONNECTOR 3.5MM
7B. [1] 159636-3320 CONNECTOR 4.0MM
7C. [1] 159636-3520 CONNECTOR 4.5MM
8. [1] 020105-1240 BLEEDER SCREW M5P0.8L12
11. [1] 159620-4921 ACTUATOR
12. [2] 020106-4040 BLEEDER SCREW
13. [1] 159561-1300 GOVERNOR COVER
14. [6] 139006-1300 BLEEDER SCREW M6P1L76
15. [2] 029010-6550 BLEEDER SCREW
16. [8] 014110-6440 LOCKING WASHER
16. [8] 014110-6440 LOCKING WASHER
17. [1] 159566-4401 GASKET
18. [1] 159635-0100 GASKET
19. [1] 154390-0500 GASKET
20. [1] 153021-5000 CAP
21. [1] 026524-3040 GASKET
22. [1] 159564-0800 EYE BOLT
23. [2] 139514-0000 GASKET D19.2&14.2T1.0
28. [1] 139008-1100 BLEEDER SCREW
40. [1] 159564-0800 EYE BOLT
41. [2] 139514-0000 GASKET D19.2&14.2T1.0
65. [2] 159635-0400 BUSHING
80. [1] 159584-0100 TOOTHED GEAR
81. [1] 014111-2420 LOCKING WASHER
82. [1] 013031-2120 UNION NUT
83. [1] 025803-1310 WOODRUFF KEY
84. [1] 155412-5200 IMPELLER WHEEL
804S. [1] 159911-2300 PLUG HOUSING
805S. [1] 159911-2400 PLUG HOUSING
806S. [1] 159911-2500 PLUG HOUSING

Include in #1:

108922-1082 as GOVERNOR

Cross reference number

Zexel num
Bosch num
Firm num
Name
105960-0191 
105960-0192 
F 019 Z1E 997 
   
ELECTRIC GOVERNOR
* K




Information:

LOADERS
992G (7HR1-Up)Reference: Tool Operating Manual, form NEHS0537 4C6090 Temp. Selector GPProblem:
We have received reports, (also from 3400E HEUI Engines), about difficulties to pin-point "faulty" injectors with the help of ET. This is especially the case, if a cylinder is not completely "cold". Fortunately, we have a second, very effective tool/method, to quickly find "faulty" injectors for 3500 Series Engines. This tool does not replace ET, it complements ET (ET = Electronic Technician).Solution:
The solution is the 4C6090 Multi Channel Temperature Selector Gp, to measure & compare individual cylinder temperatures. This is a fairly inexpensive, but if used correctly, a highly effective tool (those of you, who have worked already on Marine Engines, may agree). Caution: Read also the chapter: "Cold Cylinder Cut-Out" in the Service Manual, before running this test. Test procedure: AAInstall the tool and the 4C6093 1-8 channel cable pack (for 12 & 16 cylinder Engines you need to order a second 8 channel cable pack) on the "cold" Engine. Check all 7E6830 thermocouples. Replace as necessary. Write down all "cold" individual cylinder and the ambient temperature(s). Caution: Each multi channel temperature test is: Engine, site, test individual! BBStart the Engine & let it warm up at LI: do not read any individual cylinder temperatures until you are 100% sure that all Engine temperatures have stabilized ! (LI = Low Idle) Write down the LI individual cylinder temperatures on the same chart as above. CCSelect Engine HI. - Read all individual cylinder temperatures, once the temperatures have stabilized ! Caution: On Engines with thermostatically controlled SCAC systems, your test may get fouled up by a sudden inrush of "cold" coolant, when the SCAC thermostats open ! (HI = High Idle, SCAC = Separate Circuit After Cooler) Write down the HI individual Engine cylinder temperatures on the same chart. DDThe Tool Operating Manual also discusses to do this test in Torque Converter Stall Conditions. If you manage to do this without "grilling" the TC and/or the Oil, by all means, give it a try. The importance is to get good, valid data, that allows you to make a decision about yes or no for possible injector replacement. Go, no-go tolerance band for possibly "good/faulty" injectors.For each test (Cold, LI, HI, & maybe TC-Stall) take all individual cylinder temperatures and add them up. Then, divide this figure by the number of cylinders (for the 992G, that would be 8). This is your average 0-Line, or, averaged cylinder temperatures. Example: Say, at High Idle you find for no. 1 to 8 cylinders: 736F, 701F, 756F, 695F, 728F, 714F, 682F, 732F. - Hence, your 0-line would be: 718 Deg F. This 0-Line has to be re-established for each test, each Engine, each Site, every time you run/re-run this test ! From the 0-Line, the tolerance band is plus/minus 42 degrees C (75 Deg F). I.e. any cylinder that falls outside the tolerance band of a total of 84 degrees C. (150 Deg F), needs further investigation, and possibly an

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