14510-ZY3-003 Honda TENSIONER, TIMING BELT (Honda Code 6989503).


14510-ZY3-003 TENSIONER, TIMING BELT (Honda Code 6989503). Honda BF175AK1 LA, BF175AK1 XA, BF175AK1 XCA, BF175AK2 LA, BF175AK2 XA, BF175AK2 XCA, BF200A2 LA, BF200A2 XA, BF200A2 XCA, BF200A2 XXA, BF200A2 XXCA, BF200A3 LA, BF200A3 XA, BF200A3 XCA, BF200A3 XXA, BF200A3 XXCA, BF200A4 LA, BF200A4 XA, BF200A4 XCA, BF200 TENSIONER
14510-ZY3-003 TENSIONER, TIMING BELT (Honda Code 6989503). Honda
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Number on catalog scheme: 7
 

Honda entire parts catalog list:

BF175AK1 LA 2007
BF175AK1 XA 2007
BF175AK1 XCA 2007
BF175AK2 LA 2007
BF175AK2 XA 2007
BF175AK2 XCA 2007
BF200A2 LA 2002
BF200A2 XA 2002
BF200A2 XCA 2002
BF200A2 XXA 2002
BF200A2 XXCA 2002
BF200A3 LA 2003
BF200A3 XA 2003
BF200A3 XCA 2003
BF200A3 XXA 2003
BF200A3 XXCA 2003
BF200A4 LA 2004
BF200A4 XA 2004
BF200A4 XCA 2004
BF200A4 XXA 2004
BF200A4 XXCA 2004
BF200A5 LA 2005
BF200A5 XA 2005
BF200A5 XCA 2005
BF200A5 XXA 2005
BF200A5 XXCA 2005
BF200A6 LA 2006
BF200A6 XA 2006
BF200A6 XCA 2006
BF200A6 XXA 2006
BF200A6 XXCA 2006
BF200AK0 LA 2007
BF200AK0 XA 2007
BF200AK0 XCA 2007
BF200AK1 LA 2007
BF200AK1 XA 2007
BF200AK1 XCA 2007
BF200AK2 LA 2007
BF200AK2 XA 2007
BF200AK2 XCA 2007
BF225A2 LA 2002
BF225A2 XA 2002
BF225A2 XCA 2002
BF225A2 XXA 2002
BF225A2 XXCA 2002
BF225A3 LA 2003
BF225A3 XA 2003
BF225A3 XCA 2003
BF225A3 XXA 2003
BF225A3 XXCA 2003
BF225A4 LA 2004
BF225A4 XA 2004
BF225A4 XCA 2004
BF225A4 XXA 2004
BF225A4 XXCA 2004
BF225A5 LA 2005
BF225A5 XA 2005
BF225A5 XCA 2005
BF225A5 XXA 2005
BF225A5 XXCA 2005
BF225A6 LA 2006
BF225A6 XA 2006
BF225A6 XCA 2006
BF225A6 XXA 2006
BF225A6 XXCA 2006
BF225AK0 LA 2007
BF225AK0 XA 2007
BF225AK0 XCA 2007
BF225AK0 XXA 2007
BF225AK0 XXCA 2007
BF225AK1 LA 2007
BF225AK1 XA 2007
BF225AK1 XCA 2007
BF225AK1 XXA 2007
BF225AK1 XXCA 2007
BF225AK2 LA 2007
BF225AK2 XA 2007
BF225AK2 XCA 2007
BF225AK2 XXA 2007
BF225AK2 XXCA 2007
BF250A LA 2007
BF250A XA 2007
BF250A XCA 2007
BF250A XXA 2007
BF250A XXCA 2007

Information:


Table 1
J1939 Code and Description Comments
29-3
Accelerator Pedal Position #2 : Voltage Above Normal The Electronic Control Module (ECM) has detected that the analog "0-5 Volt" desired speed signal has exceeded the 4.5 volt trip point.
The setting for the upper diagnostic limit has been exceeded for .6 seconds.
The code is logged.
29-4
Accelerator Pedal Position #2 : Voltage Below Normal The ECM has detected that the analog "0-5 Volt" desired speed signal is below the .5 volt trip point.
The setting for the lower diagnostic limit has been exceeded for .6 seconds.
The code is logged.
91-3
Accelerator Pedal Position #1 : Voltage Above Normal The ECM has detected that the "PWM" desired speed signal is above the 95% diagnostic limit.
The code is logged.
The alarm output is activated.
91-4
Accelerator Pedal Position #1 : Voltage Below Normal The ECM has detected that the "PWM" desired speed signal is below the 5% diagnostic limit.
The code is logged.
The alarm output is activated.
974-5
Remote Accelerator Pedal Position : Current Below Normal The ECM has detected a low current in the circuit for the "4-20 mA" desired speed signal.
The current is less than 2 mA for more than 5 seconds.
The code is logged.
The alarm output is activated.
974-6
Remote Accelerator Pedal Position : Current Above Normal The ECM has detected an excessive current in the circuit for the "4-20 mA" desired speed signal.
The current has exceeded 22 mA for more than 5 seconds.
The code is logged.
The alarm output is activated. For this troubleshooting procedure, the "Desired Speed Input" configuration parameter can be set to "PWM" input or "0-5 Volt" input.The engine ECM will only monitor the status of the input signal for the PWM and 0-5 Volt desired speed inputs.The engine ECM does not supply the power and ground for the PWM or 0-5 Volt speed control circuits.If using the EMCP 4.3 and either the 0-5 Volt analog output or the PWM speed control feature, then the EMCP 4.3 will monitor the status of those outputs in relation to power and ground circuit health.If an external speed control source device is used, refer to that devices troubleshooting procedure.If using the EMCP 4.3 CAN desired speed input, refer to Troubleshooting, "Data Link - Test".The value of the current, frequency, or voltage corresponds to a range of desired engine speeds between minimum high idle and maximum high idle. The "Minimum Engine High Idle Speed" and the "Maximum Engine High Idle Speed" are set with the "Service/Configuration" screen of Cat ET. For more information, refer to Troubleshooting, "Configuration Parameters".The most likely causes of a diagnostic code for this circuit are a poor connection or a problem in a wiring harness. The next likely cause is a problem with a component. The least likely cause is a problem with the ECM.
Illustration 1 g06409674
For the complete circuit details, refer to the full schematic.
Table 2
Troubleshooting Test Steps Values Results
1. Inspect the Electrical Connectors and the Wiring
A. Turn the main disconnect switch to the OFF position.
B. Thoroughly inspect the connectors. Refer to Troubleshooting, "Electrical Connectors-Inspect" for additional information.
C. Perform a 45 N (10 lb) pull test on the connector wires.
D. Check the harness for abrasions and pinch points.
Connectors and Wiring
Result: The connectors and wiring appear to be OK.
Proceed to Test Step 2.
Result: There is a problem with the connectors and/or wiring.
Repair: Repair or replace the connectors or wiring. Ensure that all the seals are properly in place and ensure that the connectors are coupled.
If the problem is not resolved, proceed to Test Step 2.
2. Check for Codes
A. Connect Cat® Electronic Technician (ET) to the service tool connector.
B. Determine if a code is active or logged.
Codes
Result: Any of the following codes are active or logged:
- 29-4
- 91-4
Proceed to Test Step 3.
Result: Any of the following codes are active or logged:
- 29-3
- 91-3
Proceed to Test Step 7.
3. Check the Wiring for an Open Circuit
A. Ensure that the engine control is in the OFF/RESET position. Ensure that the electrical power is removed from the engine and the speed control device.
B. Remove the signal wire at the Engine Interface Connector (EIC), that carries the (PWM or analog 0-5 Volt) desired speed input signal to the engine ECM.
C. Perform one of the following:
- For the 91-4 disconnect the A-C1 connector from the ECM.
- For the 29-4 diagnostic disconnect the A-C2 connector from the ECM.
D. Measure the resistance between the following terminals at the removed ECM connector:
- For the 91-4 code, terminal 66 of the A-C1 ECM connector and terminal 66 of the A-C9 connector.
- For the 29-4 code, terminal 94 of the A-C2 ECM connector and terminal 15 of the A-C9 connector.
Open Circuit
Result: The resistance measured less than 10 ohms.
Proceed to Test Step 4.
Result: The resistance measured more than 10 ohms.
Repair: An open circuit has been detected. Repair or replace the wiring harness.
4. Check the Wiring for a Short Circuit to Engine Ground
A. Measure the resistance between the ground strap for the ECM and the following terminals at the ECM connector.
- For the 91-4 code, terminal 66 of the A-C1 ECM connector.
- For the 29-4 code, terminal 94 of the A-C2 ECM connector
Short Circuit
Results: The resistance measured more than 100k ohms.
The signal wire is not shorted to the engine ground.
Proceed to Test Step 5.
Results: The resistance measured less than 100k ohms.
The signal wire is shorted to the engine ground.
Repair: Repair or replace the wiring harness.
5. Check the Wiring Harness for a Pin to Pin Short Circuit
A. Turn the main disconnect switch to the OFF position.
B. Disconnect the wiring harness from the ECM.
C. Measure the resistance between the following ECM connector
terminals:
- For the 91-4 code, terminal 66 of the A-C1 ECM connector and all other terminal in the ECM connector.
- For the 29-4 code, terminal 94 of the A-C2 ECM connector and all other terminal in the ECM connector.
Short Circuit
Results: One or more of the measurements were less than 100 K ohms


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