0398489 LEAF PLATE ASSEMBLY JOHNSON
D25RWA, J20CRCCA, J20CRCEM, J20CRCUR, J20CREIE, J20CREND, J20CREOR, J20CRERC, J20CRESB, J20CRETS, J20ECEM, J20EEIE, J20EEND, J20EEOR, J20EERC, J20EESB, J20EETS, J25ECCM, J25ECEB, J25ECUA, J25EEID, J25EENS, J25EEOA, J25EERR, J25EESE, J25EETC, J25JREOS
LEAF
Price: query
Rating:
Compatible models:
D25RWA
J20CRCCA
J20CRCEM
J20CRCUR
J20CREIE
J20CREND
J20CREOR
J20CRERC
J20CRESB
J20CRETS
J20ECEM
J20EEIE
J20EEND
J20EEOR
J20EERC
J20EESB
J20EETS
J25ECCM
J25ECEB
J25ECUA
J25EEID
J25EENS
J25EEOA
J25EERR
J25EESE
J25EETC
J25JREOS
J25RCEM
J25REIE
J25REND
J25REOR
J25RERC
J25RESB
J25RETS
J25RWCUR
J25RWEIM
J25RWENB
J25RWERD
J25RWESA
J25RWETE
J25RWK
J25TECEM
J25TEEIE
J25TEEND
J25TEEOR
J25TEERC
J25TEESB
J25TEETS
J25TELERC
J28ESLCCR
J28ESLCEA
J28ESLCUC
J28ESLEIB
J28ESLENE
J28ESLEOC
J28ESLERS
J28ESLESM
J28ESLETD
J30ECCE
J30ECED
J30ECUB
J30EEIC
J30EENR
J30EEOB
J30EERM
J30EESS
J30EETA
J30RCED
J30REIC
J30RENR
J30REOB
J30RERM
J30RESS
J30RETA
J30TECED
J30TEEIC
J30TEENR
J30TEEOB
J30TEERM
J30TEESS
J30TEETA
J35RCCE
J35RCED
J35RCUB
J35REIC
J35RENR
J35RERM
J35RESS
J35RETA
TJ30ELESS
JOHNSON
BRP JOHNSON entire parts catalog list:
- INTAKE MANIFOLD » 0398489
J20CRCEM, J20CRLCEM, TJ20CRCEM, TJ20CRLCEM, TJ20CRLESF 1989
J20CRCUR, J20CRLCUR, J20ECUR, J20ELCUR 1987
J20CREIE, J20CRLEIE, TJ20CRLEIE 1991
J20CREND, J20CRLEND, TJ20CREND, TJ20CRLEND 1992
J20CREOR, J20CRLEOR 1995
J20CRERC, J20CRLERC 1994
J20CRESB, J20CRLESB, TJ20CRESB, TJ20CRLESB 1990
J20CRETS, J20CRLETS, TJ20CRETS, TJ20CRLETS 1993
J20ECEM, J20ELCEM 1989
J20EEIE, J20ELEIE 1991
J20EEND, J20ELEND 1992
J20EEOR, J20ELEOR 1995
J20EERC, J20ELERC 1994
J20EESB, J20ELESB 1990
J20EETS, J20ELETS 1993
J25ECCM, J25ELCCM, J25RCCA, J25RLCCA, J25TECCA, J25TELCCA 1988
J25ECEB, J25ELCEB, TJ25ELCEB, TJ25ELESF 1989
J25ECUA, J25ELCUA, J25RCUR, J25RLCUR, J25TECUR, J25TELCUR 1987
J25EEID, J25ELEID, TJ25ELEID, VJ25ELEID 1991
J25EENS, J25ELENS, TJ25ELENS, VJ25ELENS 1992
J25EEOA, J25ELEOA 1995
J25EERR, J25ELERR 1994
J25EESE, J25ELESE, TJ25ELESE, VJ25ELESE 1990
J25EETC, J25ELETC, TJ25ELETC, VJ25ELETC 1993
J25JREOS 1995
J25RCEM, J25RLCEM 1989
J25REIE, J25RLEIE, VJ25REIE 1991
J25REND, J25RLEND 1992
J25REOR, J25RLEOR 1995
J25RERC, J25RLERC 1994
J25RESB, J25RLESB, VJ25RESB 1990
J25RETS, J25RLETS 1993
J25RWCUR, J25RWLCUR 1987
J25RWEIM, J25RWLEIM 1991
J25RWENB, J25RWLENB 1992
J25RWERD, J25RWLERD 1994
J25RWESA, J25RWLESA 1990
J25RWETE, J25RWLETE 1993
J25RWK, J25RWLK 1989
J25TECEM, J25TELCEM 1989
J25TEEIE, J25TELEIE 1991
J25TEEND, J25TELEND 1992
J25TEEOR, J25TELEOR 1995
J25TEERC 1994
J25TEESB, J25TELESB 1990
J25TEETS, J25TELETS 1993
J25TELERC 1994
J28ESLCCR, VJ28ESLCCR 1988
J28ESLCCR, VJ28ESLCCR 1988
J28ESLCEA, VJ28ESLCEA 1989
J28ESLCEA, VJ28ESLCEA 1989
J28ESLCUC 1987
J28ESLCUC 1987
J28ESLEIB 1991
J28ESLEIB 1991
J28ESLENE 1992
J28ESLENE 1992
J28ESLEOC 1995
J28ESLEOC 1995
J28ESLERS 1994
J28ESLERS 1994
J28ESLESM, VJ28ESLESM 1990
J28ESLESM, VJ28ESLESM 1990
J28ESLETD 1993
J28ESLETD 1993
J30ECCE, J30ELCCE, J30RCCE, J30RLCCE, J30TECCE, J30TELCCE 1988
J30ECED, J30ELCED, TJ30ELCED, TJ30ELESF 1989
J30ECUB, J30ELCUB, J30RCUB, J30RLCUB, J30TECUB, J30TELCUB 1987
J30EEIC, J30ELEIC, VJ30EEIC, VJ30ELEIC 1991
J30EENR, J30ELENR, VJ30EENR, VJ30ELENR 1992
J30EEOB, J30ELEOB 1995
J30EERM, J30ELERM 1994
J30EESS, J30ELESS 1990
J30EETA, J30ELETA, VJ30EETA, VJ30ELETA 1993
J30RCED, J30RLCED 1989
J30REIC, J30RLEIC 1991
J30RENR, J30RLENR 1992
J30REOB, J30RLEOB 1995
J30RERM, J30RLERM 1994
J30RESS, J30RLESS 1990
J30RETA, J30RLETA 1993
J30TECED, J30TELCED 1989
J30TEEIC, J30TELEIC 1991
J30TEENR, J30TELENR 1992
J30TEEOB, J30TELEOB 1995
J30TEERM, J30TELERM 1994
J30TEESS, J30TELESS 1990
J30TEETA, J30TELETA 1993
J35RCCE, J35RLCCE 1988
J35RCED, J35RLCED 1989
J35RCUB, J35RLCUB 1987
J35REIC, J35RLEIC 1991
J35RENR, J35RLENR 1992
J35RERM, J35RLERM 1994
J35RESS, J35RLESS 1990
J35RETA, J35RLETA 1993
TJ30ELESS, VJ30EESS, VJ30ELESS 1990
Information:
Table 1
J1939 Code and Description Comments
3216-11
Aftertreatment #1 Intake NOx : Other Failure Mode The aftertreatment intake NOx sensor heater cannot generate enough heat or the power supply is intermittent.
3216-12
Aftertreatment #1 Intake NOx : Failure A failed aftertreatment intake NOx sensor has been detected.
3226-11
Aftertreatment #1 Outlet NOx : Other Failure Mode The aftertreatment outlet NOx sensor heater cannot generate enough heat or the power supply is intermittent.
3226-12
Aftertreatment #1 Outlet NOx : Failure A failed aftertreatment outlet NOx sensor has been detected.
3360-12
Aftertreatment 1 Diesel Exhaust Fluid Controller : Failure A Diesel Exhaust Fluid Controller (DCU) has been flashed or a failed DCU has been detected.
3516–2
Aftertreatment #1 DEF Concentration: Erratic, Intermittent, or Incorrect The DEF quality sensor is unable to read the DEF concentration due to an optical path obstruction.
3516–12
Aftertreatment #1 DEF Concentration: Failure A failed DEF Quality Sensor has been detected Note: Turn the keyswitch to the OFF position before connecting or disconnecting these components.If the Caterpillar Electronic Technician (ET) will not communicate with the ECM, refer to Troubleshooting, "Electronic Service Tool Does Not Communicate" before you begin this procedure. The procedure verifies that electrical power is being supplied to the ECM and to the service tool connector.The data links are used to communicate information between the engine ECM and other control modules that are a part of the application. Cat ET also communicates with the ECM via the data links.The service tool connector contains connections for electrical power and for the data links.When the keyswitch is in the OFF position, Cat ET may communicate with the ECM. However, the communications may be disrupted and the communications may require frequent reconnection. In order to avoid this problem, place the keyswitch in the ON position when Cat ET is being used.Cat ET may display the following error message:"The version of the ECM is not recognized and the integrity of the changed parameters and displayed data is not guaranteed."This message indicates that one of the following conditions exist:
The flash file in the ECM is newer than the version of Cat ET.
The latest version of Cat ET has not been installed.
Illustration 1 g06156053Note: The DEF Quality Sensor is only available on 2017models or later.
Table 2
Troubleshooting Test Steps Values Results
1. Check the Connectors
A. Turn the keyswitch to ON.
B. Connect to the "Engine #1 Aftertreatment Controller" using Cat ET.
C. Record all active and logged codes.
D. Turn the keyswitch to OFF.
E. Allow the system to completely power down before disconnecting connectors.
F. Thoroughly inspect the connectors that are associated with the data link circuits. Verify that the connectors are free of debris, free of corrosion and securely connected.
Connectors
Result: The connectors were connected properly and did not have corrosion or moisture.
If a -11 code is active or logged, Proceed to Test Step 2.
If a 3360-12 or 3820-12 code is active or logged, Proceed to Test Step 3.
If a 3216-12, 3655-12, 3226-12, or 3609-12 code is active or logged, replace the appropriate NOx sensor. Refer to Special Instruction, REHS8151 for special handling instructions. Proceed to Test Step 6.
Result: A 3516–12 or 3100–12 code is active or logged.
Repair: Replace the DEF tank header. Refer to the appropriate Disassembly and Assembly for removal and installation instructions. Proceed to Test Step 6.
Result: A 3516–2 or 3100–2 code is active or logged.
Proceed to Test Step 4.
Result: The connectors were not connected properly or the connectors did have corrosion or moisture.
Repair: Repair the connectors and/or the wiring. Replace parts, if necessary. The DCU connector is not serviceable. Verify that the original problem is resolved.
2. Check the Voltage to the Suspect Sensor.
A. Disconnect the suspect sensor from the wiring harness.
B. Turn the keyswitch to ON.
C. Measure the voltage between battery "SUPPLY" and "RETURN" on the wiring harness connector of the suspect sensor.
Battery Voltage
Result: The measured voltage is equal to battery voltage.
Repair: Replace the failed NOx Sensor. Refer to Special Instruction, REHS8151 for special handling instructions.
Proceed to Test Step 6.
Result: The measured voltage is not equal to battery voltage.
Repair: There is a problem with an intermittent battery supply. Check the power supply to the suspect sensor.
Proceed to Test Step 6.
3. Perform the DEF Dosing Control Module Reset
A. Turn the keyswitch to ON.
B. Connect to the "Engine #1 Aftertreatment Controller" using Cat ET.
C. Perform the "DEF Dosing Control Module Reset".
Test Completed Successfully
Result: The test completed successfully and a 3360-12 or 3820-12 code is no longer active.
Return the unit to service.
Result: The test did not complete successfully and a 3360-12 or 3820-12 code is still active.
Repair: Replace the DCU.
Proceed to Test Step 6.
4. Check the Diesel Exhaust Fluid (DEF) Quality
A. Measure the DEF quality. Refer to Testing and Adjusting, Diesel Exhaust Fluid Quality - Test.
DEF
Result: The DEF is not contaminated and the concentration is not within the acceptable range.
Repair: Drain the DEF from the DEF tank. Refill the DEF tank with DEF that meets ISO 22241 quality standards.
Proceed to Test Step 6.
Result: The DEF is not contaminated and the concentration is within acceptable range.
Proceed to Test Step 5.
Result: The DEF is contaminated.
Repair: Contact the DSN for further information.
5. Inspect the DEF Quality Sensor
A Remove the DEF tank header from the DEF tank.
B Inspect the DEF tank and DEF manifold filter for debris.
C Inspect the DEF quality sensor for visible debris. Refer to the Testing and Adjusting, Diesel Exhaust Fluid Tank - Flush procedure.
DEF Quality Sensor
Result: Debris was found in the DEF tank, DEF header manifold filter, or the DEF quality sensors.
Repair: Flush the DEF tank and replace all of the DEF filters. Refer to the Testing and Adjusting, Diesel Exhaust Fluid Tank - Flush procedure.
Proceed to Test Step 6.
Result: No debris was found or a DEF quality sensor is damaged.
Repair: Replace the DEF tank header assembly and fill the tank with DEF that meets ISO 22241 quality standards.
Proceed to Test Step 6.
6. Perform the Aftertreatment System Functional Test.
A. Turn the keyswitch to ON.
B. Start the engine.
C. Connect to the "Engine #1 Aftertreatment Controller" using Cat ET.
D. Perform the "Aftertreatment System Functional Test".
Aftertreatment System Functional Test
Result: The test completed successfully.
Return the unit to service.
Result: The test was unsuccessful. There are
Parts leaf JOHNSON:
0124707
0124707 LEAF SPRING, Detent
J28ELCDS, J28ELCDS, J28ESLCCR, J28ESLCCR, J28ESLCUC, J28ESLCUC, J48ESLCUS, J48ESLCUS, J88MSLCUS, J88MSLCUS
0327221
0327221 LEAF VALVE
D25RWA, J20CRCCA, J20CRCEM, J20CRCUR, J20CREIE, J20CREND, J20CREOR, J20CRERC, J20CRESB, J20CRETS, J20ECEM, J20EEIE, J20EEND, J20EEOR, J20EERC, J20EESB, J20EETS, J25ECCM, J25ECEB, J25ECUA, J25EEID, J25EENS, J25EEOA, J25EERR, J25EESE, J25EETC, J25JREOS