0433067 JOHNSON D-SHAFT AY 20"


0433067 D-SHAFT AY 20" JOHNSON J40ECEC, J40EEIA, J40EENJ, J40EESR, J48ESLCER, J48ESLCER, J48ESLEIM, J48ESLEIM, J48ESLENB, J48ESLENB, J48ESLESA, J48ESLESA, J50BECEC, J50BEEIA, J50BEENJ, J50BEESR, J50TELCEC D
0433067 D-SHAFT AY 20" JOHNSON
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$480.90
 

17-08-2024
5.0[2.25] pounds
US: Rareelectrical
RAREELECTRICAL New Drive Shaft Is Compatible With Johnson Evinrude 2 Cyl 3.187 Bore Looper 40 48 50 40-50 Hp 1989 1990 1991 1992 By Part Number 449-208 0433067 18-1721 181721
Rareelectrical Rareelectrical Brand Compatible with Johnson/Evinrude || Replaces: PRODUCT TYPE: DRIVE SHAFTMANUFACTURER PART NUMBER: 449-208OEM INTERCHANGE PART NUMBER 2: 181721HP: 40-50 ... || Full One Year Warranty || Computer tested for consistent Quality and unsurpassed reliability || Drive Shaft Source: Aftermarket
$771.76

23-12-2024
5.0[2.25] Pounds
US: Rareelectrical
RAREELECTRICAL New Drive Shaft Is Compatible With Johnson/Evinrude 2 Cyl 3.187 Bore Looper 40 48 50 40-50 Hp 1989 1990 1991 1992 By Part Numbers 449-208 0433067 18-1721 181721
Rareelectrical Rareelectrical Brand Compatible with Johnson/Evinrude. Please verify your OEM part number from your original unit to help ensure fitment. || Replaces: Product Type: Drive Shaft / Manufacturer Part Number: 449-208 / Oem Interchange Part Number 2: 181721 / Hp: 40-50 / / / || Applications: This Item Fits Various Applications By Part Number. Please Check Your Part Number To Ensure Fitment. / Johnson/Evinrude 2 Cyl 3.187 Bore Looper 40 40-50 Hp 1989 / Johnson/Evinrude 2 Cyl 3.187 Bore Looper 40 40-50 1990 / Johnson/Evinrude 2 Cyl 3.187 Bore Looper 40 40-50 1991 / Johnson/Evinrude 2 Cyl 3.187 Bore Looper 40 40-50 1992 / Johnson/Evinrude 2 Cyl 3.187 Bore Looper 48 40-50 1989 / Johnson/Evinrude 2 Cyl 3.187 Bore Looper 48 40-50 1990 / Johnson/Evinrude 2 Cyl 3.187 Bore || Applications: 48 40-50 1991 / Johnson/Evinrude 2 Cyl 3.187 Bore Looper 48 40-50 1992 / Johnson/Evinrude 2 Cyl 3.187 Bore Looper 50 40-50 1989 / Johnson/Evinrude 2 Cyl 3.187 Bore Looper 50 40-50 1990 / Johnson/Evinrude 2 Cyl 3.187 Bore Looper 50 40-50 1991 / Johnson/Evinrude 2 Cyl 3.187 Bore Looper 50 40-50 1992... || Drive Shaft Source: Aftermarket
$480.90
 

17-08-2024
5.0[2.25] pounds
US: Rareelectrical
RAREELECTRICAL New Drive Shaft Compatible With Johnson/Evinrude 2 Cyl 3.187 Bore Looper 40 48 50 40-50 Hp 1989 1990 1991 1992 By Part Numbers 449-208 0433067 18-1721 181721
Rareelectrical Rareelectrical Brand Compatible with Johnson/Evinrude || Replaces: PRODUCT TYPE: DRIVE SHAFTMANUFACTURER PART NUMBER: 449-208OEM INTERCHANGE PART NUMBER 2: 181721HP: 40-50 ... || Full One Year Warranty || Computer tested for consistent Quality and unsurpassed reliability || Drive Shaft Source: Aftermarket
Number on catalog scheme: 43306
 

BRP JOHNSON entire parts catalog list:

J40ECEC, J40ELCEC, J40RCEC, J40RLCEC, J40TECEC, J40TELCEC, J40TLCEC, J40TTLCEC, TJ40ELCEC 1989
J40EEIA, J40ELEIA, J40REIA, J40RLEIA, J40TEEIA, J40TELEIA, J40TLEIA, J40TTLEIA, TJ40ELEIA, VJ40EEIA, VJ40ELEIA, VJ40TELEIA, VJ40TLEIA 1991
J40EENJ, J40EENM, J40ELENJ, J40ELENM, J40RENM, J40RLENM, J40TEENJ, J40TEENM, J40TELENJ, J40TELENM, J40TLENJ, J40TLENM, J40TTLENM, TJ40ELENJ, TJ40ELENM, VJ40EENJ, VJ40EENM, VJ40ELENJ, VJ40ELENM, VJ40TELENJ, VJ40TELENM, VJ40TLENJ, VJ40TLENM 1992
J40EESR, J40ELESR, J40RESR, J40RLESR, J40TEESR, J40TELESR, J40TLESR, J40TTLESR, TJ40ELESF, TJ40ELESR, TJ40TELESF, TJ40TELESR, VJ40EESR, VJ40ELESR, VJ40TELESR, VJ40TLESR 1990
J48ESLCER, VJ48ESLCER 1989
J48ESLCER, VJ48ESLCER 1989
J48ESLEIM 1991
J48ESLEIM 1991
J48ESLENB, VJ48ESLENB 1992
J48ESLENB, VJ48ESLENB 1992
J48ESLESA, VJ48ESLESA 1990
J48ESLESA, VJ48ESLESA 1990
J50BECEC, J50BELCEC, J50TLCEC, TJ50TLCEC, TJ50TLESF 1989
J50BEEIA, J50BELEIA, J50JEIA, J50TELEIA, J50TLEIA, VJ50BEEIA, VJ50BELEIA, VJ50TLEIA 1991
J50BEENJ, J50BEENM, J50BELENJ, J50BELENM, J50JENJ, J50JENM, J50TELENM, J50TLENJ, J50TLENM, VJ50BEENJ, VJ50BEENM, VJ50BELENJ, VJ50BELENM, VJ50TELENM, VJ50TLENJ, VJ50TLENM 1992
J50BEESR, J50BELESR, J50TELESR, J50TLESR, TJ50TLESF, TJ50TLESR, VJ50BEESR, VJ50BELESR, VJ50TLESR 1990
J50TELCEC 1989

Information:


Illustration 1 g00595836
Schematic For Pressure Sensor (Engine Oil)
To find the cause of a low oil pressure shutdown, perform this procedure.
Check for a diagnostic fault.
Check for a CID 100 (oil pressure sensor) or a CID 269 (sensor power supply) that is active. See Testing And Adjusting, "Troubleshooting Diagnostic Codes". Expected Result: CID 100 or CID 269 should not be showing.Results:
OK - Proceed to 2.
Not OK - Correct the active CID 100 or CID 269 prior to proceeding with this procedure. See Testing And Adjusting, "Troubleshooting Diagnostic Codes". STOP.
Check obvious causes.
Check for low oil pressure.
Check oil level.
Check for oil leaks.
Check for other obvious causes of low oil pressure. Expected Result: No obvious cause should exist.Results:
OK - Proceed to 3.
Not OK - An obvious cause does exist. Correct the fault. Refer to the Engine Service Manual. STOP.
Check setpoints. This step checks the setpoints P12 (oil step speed), P13 (low oil pressure at rated speed) and P14 (low oil pressure at idle speed).
View the setpoints and note the setpoints P12, P13, and P14. See Systems Operation, "Engine/Generator Setpoint Viewing OP2".
Compare the setpoints that are viewed with the specified setpoints of the particular generator set. Expected Result: The setpoint value that is viewed and the setpoint value that is specified should agree.Results:
OK - Proceed to 4.
Not OK - The setpoints do not agree. Reprogram setpoints P12, P13 and P14. See Systems Operation, "Engine/Generator Programming OP5". STOP.
Check the function of low oil pressure.
Turn the ECS to the OFF/RESET position and then turn the ECS to the START position.
Allow oil pressure to stabilize.
When the engine is at idle speed, compare the actual pressure that is showing on the lower display with setpoint P14. The actual pressure that is showing should be greater than setpoint P14.
When the engine is at rated speed, compare the actual pressure that is showing on the lower display with setpoint P13. The actual pressure that is showing should be greater than setpoint P13. Expected Result: The actual pressure at idle speed and at rated speed should be greater than the setpoint value. These actual pressures should not cause a low oil pressure shutdown.Results:
OK - Both actual pressures are greater than the corresponding setpoint value and the low oil pressure indicator does not FLASH. The problem is not present now. The problem may be intermittent. Check the harness and all the electrical connections of the oil pressure circuit. See Testing And Adjusting, "Electrical Connector - Inspect". STOP.
OK - Both actual pressures are greater than the corresponding setpoint value and the low oil pressure indicator remains FLASHING. Therefore, the GSC is faulty. Replace the GSC. See Testing And Adjusting, "EMCP Electronic Control (Generator Set) - Replace". STOP.
Not OK - Actual pressure showing is less than the setpoint for rated speed or idle speed. The pressures are correct for a low oil pressure shutdown. Therefore, the engine should shut down and the low oil pressure indicator should FLASH. The GSC is operating properly. Refer to the Engine Service Manual in order to find the cause of low oil pressure. STOP.Note: Check the accuracy of the pressure that is shown on the lower display of the GSC. Install an accurate engine oil pressure gauge as close as possible to the engine oil pressure sensor for the EMCP II.


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