28422-ZW9-003 RATCHET, STARTER (Honda Code 6640395). Honda
BF15D3 LGA, BF15D3 LHA, BF15D3 LHGA, BF15D3 LHSA, BF15D3 LHTA, BF15D3 LRA, BF15D3 LRTA, BF15D3 SHA, BF15D3 SHGA, BF15D3 SHSA, BF15D3 SHTA, BF15D3 SRTA, BF15D3 XHA, BF15D3 XHGA, BF15D4 LGA, BF15D4 LHA, BF15D4 LHGA, BF15D4 LHSA, BF15D4 LHTA, BF15D4 LRA
RATCHET
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Compatible models:
BF15D3 LGA
BF15D3 LHA
BF15D3 LHGA
BF15D3 LHSA
BF15D3 LHTA
BF15D3 LRA
BF15D3 LRTA
BF15D3 SHA
BF15D3 SHGA
BF15D3 SHSA
BF15D3 SHTA
BF15D3 SRTA
BF15D3 XHA
BF15D3 XHGA
BF15D4 LGA
BF15D4 LHA
BF15D4 LHGA
BF15D4 LHSA
BF15D4 LHTA
BF15D4 LRA
BF15D4 LRTA
BF15D4 SHA
BF15D4 SHGA
BF15D4 SHSA
BF15D4 SHTA
BF15D4 SRTA
BF15D4 XHA
BF15D4 XHGA
BF15D5 LGA
BF15D5 LHA
BF15D5 LHGA
BF15D5 LHSA
BF15D5 LHTA
BF15D5 LRA
BF15D5 LRTA
BF15D5 SHA
BF15D5 SHGA
BF15D5 SHSA
BF15D5 SHTA
BF15D5 SRTA
BF15D5 XHA
BF15D5 XHGA
BF15D6 LHA
BF15D6 LHGA
BF15D6 LHSA
BF15D6 LHTA
BF15D6 LRA
BF15D6 LRTA
BF15D6 SHA
BF15D6 SHGA
BF15D6 SHSA
BF15D6 SHTA
BF15D6 SRTA
BF15D6 XHA
BF15D6 XHGA
BF15DK0 LHA
BF15DK0 LHSA
BF15DK0 LHTA
BF15DK0 LRTA
BF15DK0 SHA
BF15DK0 SHSA
BF15DK0 SHTA
BF20D3 LGA
BF20D3 LHA
BF20D3 LHGA
BF20D3 LHSA
BF20D3 LHTA
BF20D3 LRA
BF20D3 LRTA
BF20D3 SHA
BF20D3 SHGA
BF20D3 SHSA
BF20D3 SHTA
BF20D3 SRA
BF20D3 SRTA
BF20D3 XHGA
BF20D3 XHSA
BF20D3 XHTA
BF20D4 LGA
BF20D4 LHA
BF20D4 LHGA
BF20D4 LHSA
BF20D4 LHTA
BF20D4 LRA
BF20D4 LRTA
BF20D4 SHA
BF20D4 SHGA
BF20D4 SHSA
BF20D4 SHTA
BF20D4 SRA
BF20D4 SRTA
BF20D4 XHGA
BF20D4 XHSA
BF20D4 XHTA
BF20D5 LGA
BF20D5 LHA
BF20D5 LHGA
BF20D5 LHSA
BF20D5 LHTA
BF20D5 LRA
BF20D5 LRTA
BF20D5 SHA
BF20D5 SHGA
BF20D5 SHSA
BF20D5 SHTA
BF20D5 SRA
BF20D5 SRTA
BF20D5 XHGA
BF20D5 XHSA
BF20D5 XHTA
BF20D6 LHA
BF20D6 LHGA
BF20D6 LHSA
BF20D6 LHTA
BF20D6 LRA
BF20D6 LRTA
BF20D6 SHA
BF20D6 SHGA
BF20D6 SHSA
BF20D6 SHTA
BF20D6 SRA
BF20D6 SRTA
BF20D6 XHGA
BF20D6 XHSA
BF20D6 XHTA
BF20DK0 LHA
BF20DK0 LHTA
BF20DK0 LRTA
BF20DK0 SHA
BF20DK0 SHTA
BF20DK0 SRTA
BF8D1 LHA
BF8D1 LHSA
BF8D1 LRA
BF8D1 SA
BF8D1 SHA
BF8D1 SHSA
BF8D1 SRA
BF8D2 LHA
BF8D2 LHSA
BF8D2 LRA
BF8D2 SA
BF8D2 SHA
BF8D2 SHSA
BF8D2 SRA
BF8D3 LHA
BF8D3 LHSA
BF8D3 LRA
BF8D3 SA
BF8D3 SHA
BF8D3 SHSA
BF8D3 SRA
BF8D4 LHA
BF8D4 LHSA
BF8D4 LRA
BF8D4 SHA
BF8D4 SHSA
BF8D5 LHA
BF8D5 LHSA
BF8D5 LRA
BF8D5 SHA
BF8D5 SHSA
BF8D6 LHA
BF8D6 LHSA
BF8D6 LRA
BF8D6 SHA
BF8D6 SHSA
BF8DK0 LHA
BF8DK0 LHSA
BF8DK0 SHA
BF9.9D1 LHA
BF9.9D1 LHSA
BF9.9D1 LRA
BF9.9D1 SA
BF9.9D1 SHA
BF9.9D1 SHSA
BF9.9D1 SRA
BF9.9D2 LHA
BF9.9D2 LHSA
BF9.9D2 LRA
BF9.9D2 SA
BF9.9D2 SHA
BF9.9D2 SHSA
BF9.9D2 SRA
BF9.9D3 LHA
BF9.9D3 LHSA
BF9.9D3 LRA
BF9.9D3 SA
BF9.9D3 SHA
BF9.9D3 SHSA
BF9.9D3 SRA
BF9.9D4 LHA
BF9.9D4 LHSA
BF9.9D4 LRA
BF9.9D4 SHA
BF9.9D4 SHSA
BF9.9D4 SRTA
BF9.9D5 LHA
BF9.9D5 LHSA
BF9.9D5 LRA
BF9.9D5 SHA
BF9.9D5 SHSA
BF9.9D5 SRTA
BF9.9D6 LHA
BF9.9D6 LHSA
BF9.9D6 LRA
BF9.9D6 SHA
BF9.9D6 SHSA
BF9.9D6 SRTA
BF9.9DK0 LHA
BF9.9DK0 LHSA
BF9.9DK0 LRA
BF9.9DK0 SHA
BF9.9DK0 SHSA
BFP15D3 LRTA
BFP15D3 XHTA
BFP15D3 XRTA
BFP15D4 LRTA
BFP15D4 XHTA
BFP15D4 XRTA
BFP15D5 LRTA
BFP15D5 XHTA
BFP15D5 XRTA
BFP15D6 LRTA
BFP15D6 XHTA
BFP15D6 XRTA
BFP15DK0 LRTA
BFP15DK0 XHTA
BFP15DK0 XRTA
BFP20D3 LRTA
BFP20D4 LRTA
BFP20D5 LRTA
BFP20D6 LRTA
BFP20DK0 LRTA
BFP8D1 LHA
BFP8D1 LHSA
BFP8D1 LRA
BFP8D1 XHA
BFP8D1 XHSA
BFP8D1 XRA
BFP8D2 LHA
BFP8D2 LHSA
BFP8D2 LRA
BFP8D2 XHA
BFP8D2 XHSA
BFP8D2 XRA
BFP8D3 LHA
BFP8D3 LHSA
BFP8D3 LRA
BFP8D3 XHA
BFP8D3 XHSA
BFP8D3 XRA
BFP8D4 LHA
BFP8D4 LHTA
BFP8D4 LRTA
BFP8D4 XHA
BFP8D4 XHSA
BFP8D5 LHA
BFP8D5 LHTA
BFP8D5 LRTA
BFP8D5 XHA
BFP8D5 XHSA
BFP8D6 LHA
BFP8D6 LHTA
BFP8D6 LRTA
BFP8D6 XHA
BFP8D6 XHSA
BFP8DK0 LHA
BFP8DK0 LHTA
BFP8DK0 LRTA
BFP8DK0 XHSA
BFP9.9D1 LHA
BFP9.9D1 LHSA
BFP9.9D1 LRA
BFP9.9D1 XHA
BFP9.9D1 XHSA
BFP9.9D1 XRA
BFP9.9D2 LHA
BFP9.9D2 LHSA
BFP9.9D2 LRA
BFP9.9D2 XHA
BFP9.9D2 XHSA
BFP9.9D2 XRA
BFP9.9D3 LHA
BFP9.9D3 LHSA
BFP9.9D3 LRA
BFP9.9D3 XHA
BFP9.9D3 XHSA
BFP9.9D3 XRA
BFP9.9D4 LHA
BFP9.9D4 LHTA
BFP9.9D4 LRA
BFP9.9D4 LRTA
BFP9.9D4 XHA
BFP9.9D4 XHSA
BFP9.9D4 XHTA
BFP9.9D4 XRTA
BFP9.9D5 LHA
BFP9.9D5 LHTA
BFP9.9D5 LRA
BFP9.9D5 LRTA
BFP9.9D5 XHA
BFP9.9D5 XHSA
BFP9.9D5 XHTA
BFP9.9D5 XRTA
BFP9.9D6 LHA
BFP9.9D6 LHTA
BFP9.9D6 LRA
BFP9.9D6 LRTA
BFP9.9D6 XHA
BFP9.9D6 XHSA
BFP9.9D6 XHTA
BFP9.9D6 XRTA
BFP9.9DK0 LHA
BFP9.9DK0 LHTA
BFP9.9DK0 LRA
BFP9.9DK0 LRTA
BFP9.9DK0 XHA
BFP9.9DK0 XHSA
BFP9.9DK0 XHTA
BFP9.9DK0 XRTA
Honda
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Information:
Diagnostic Codes
Diagnostic trouble codes are generated by the Electronic Control Module (ECM) to alert the operator that a problem has been detected. The problem can be in the electronic system or in the mechanical system. Diagnostic trouble codes are used by the service technician to help in the identification of the nature of the problem. Cat Electronic Technician (ET) is a software program that can be used by the service technician to view the diagnostic code information. Refer to Troubleshooting, "Electronic Service Tools" for detailed information that is related to the functionality of Cat ET.The *Controller Area Network (CAN) data link is used by the ECM to communicate with controllers, display modules, and electronic service tools. The ECM transmits information and the ECM receives information over the CAN data link. The communications protocol and the diagnostic messages over the CAN data link conform to the SAE J1939 industrial standards.Note: The SAE J1939 industrial standards refer to the control module for the engine as the Electronic Control Unit (ECU). This manual refers to this control module as the Electronic Control Module (ECM).Communications with electronic service tools aid the technician in diagnostics and troubleshooting for the engine and the engine subsystems. When a problem with the engine is detected by the ECM, the ECM communicates information about the problem over the CAN data link. The problem may be physically detected by one of the input or output circuits by the ECM. A problem can also be communicated via the data link to the ECM. The ECM transmits this information over the data link in a form of a diagnostic trouble code and code description.The diagnostic trouble code has a format of a two-element code. The following terms describe the elements of the code:Suspect Parameter Number (SPN) - The SPN is a code which is assigned to each component. The SPN identifies the origin of the problem.Failure Mode Identifier (FMI) - The FMI is used with the SPN to provide more information that relates to the problem. The FMI may indicate that a problem with an electronic circuit or an electronic component has been detected. The FMI may also indicate that an abnormal operating condition has been detected.The codes are displayed in the form “SPN-FMI”. The ECM also attaches a text description to the message that is transmitted over the data link. This text description is used to describe the SPN-FMI code.The failure mode identifiers can be divided into two categories:
Codes that indicate that a problem with an electronic circuit or an electronic component has been detected
Codes that indicate that an engine event or a system event has been detectedThe failure mode of the fault is determined by evaluating the electronic signal from the suspect circuit. Typically, the first category of code is generated when the signal for the circuit is outside the range of the sensor. The second category of code is an engine event. An engine event indicates that the sensor signal is OK, but the signal is outside the normal operating range of the engine parameter. Illustration 1 is an example that represents the evaluation of a sensor signal by the ECM.
Illustration 1 g01950177
Example of the typical electrical signal of a sensor
(1) This area represents the normal operating range of the engine parameter.
(2) In these areas, the engine is operating in an unsafe operating range of the monitored parameter. A diagnostic code that indicates an engine event will be generated for the monitored parameter. The sensor circuit does not have an electronic problem. Refer to Systems Operation, "Engine Monitoring System" for additional information that is related to engine events.
(3) In these areas, the signal from the sensor is outside of the operating range of the sensor. The sensor circuit has an electronic problem. A diagnostic trouble code that indicates that a problem with the circuit has been detected will be generated.When you troubleshoot a diagnostic trouble code, be sure to evaluate the problem from the viewpoint of an interpretation of the electrical signal. Refer to the above illustration for an evaluation of the sensor signal.Cross-Reference Information for Diagnostic Codes
Table 1 is a list of the diagnostic codes for this engine. The diagnostic codes are cross-referenced with the appropriate procedure that can be used to troubleshoot the code.
Table 1
Cross-Reference from Diagnostic Trouble Codes to Functional Test or Procedure
J1939 Code and Description CDL Code and Description Troubleshooting Procedure
28-3
Accelerator Pedal Position #3 : Voltage Above Normal 774-3
Secondary Throttle Position Sensor : Voltage Above Normal Troubleshooting, "Speed Control - Test"
28-4
Accelerator Pedal Position #3 : Voltage Below Normal 774-4
Secondary Throttle Position Sensor : Voltage Below Normal Troubleshooting, "Speed Control - Test"
29-3
Accelerator Pedal Position #2 : Voltage Above Normal 774-3
Secondary Throttle Position Sensor : Voltage Above Normal Troubleshooting, "Speed Control - Test"
29-4
Accelerator Pedal Position #2 : Voltage Below Normal 774-4
Secondary Throttle Position Sensor : Voltage Below Normal Troubleshooting, "Speed Control - Test"
29-8
Accelerator Pedal Position #2 : Abnormal Frequency, Pulse Width, or Period 774-8
Secondary Throttle Position Sensor : Abnormal Frequency, Pulse Width, or Period Troubleshooting, "Speed Control - Test"
52-3
Engine Intercooler Temperature : Voltage Above Normal 279-3
Aftercooler Coolant Temperature Sensor (Front) : Voltage Above Normal Troubleshooting, "Sensor Signal (Analog, Passive) - Test"
52-4
Engine Intercooler Temperature : Voltage Below Normal 279-4
Aftercooler Coolant Temperature Sensor (Front) : Voltage Below Normal Troubleshooting, "Sensor Signal (Analog, Passive) - Test"
91-3
Accelerator Pedal Position #1 : Voltage Above Normal 91-3
Accelerator Pedal Position #1 : Voltage Above Normal Troubleshooting, "Speed Control - Test"
91-4
Accelerator Pedal Position #1 : Voltage Below Normal 91-4
Accelerator Pedal Position #1 : Voltage Below Normal Troubleshooting, "Speed Control - Test"
91-8
Accelerator Pedal Position #1 : Abnormal Frequency, Pulse Width, or Period 91-8
Accelerator Pedal Position #1 : Abnormal Frequency, Pulse Width, or Period Troubleshooting, "Speed Control - Test"
95-2
Engine Fuel Filter Differential Pressure : Erratic, Intermittent, or Incorrect 95-2
Engine Fuel Filter Differential Pressure : Erratic, Intermittent, or Incorrect The filtered fuel pressure is greater than the unfiltered fuel pressure. Ensure that the sensor connectors are connected to the correct sensors. If an electrical problem with a sensor is suspected, refer to Troubleshooting, "Sensor Signal (Analog, Active)
Diagnostic trouble codes are generated by the Electronic Control Module (ECM) to alert the operator that a problem has been detected. The problem can be in the electronic system or in the mechanical system. Diagnostic trouble codes are used by the service technician to help in the identification of the nature of the problem. Cat Electronic Technician (ET) is a software program that can be used by the service technician to view the diagnostic code information. Refer to Troubleshooting, "Electronic Service Tools" for detailed information that is related to the functionality of Cat ET.The *Controller Area Network (CAN) data link is used by the ECM to communicate with controllers, display modules, and electronic service tools. The ECM transmits information and the ECM receives information over the CAN data link. The communications protocol and the diagnostic messages over the CAN data link conform to the SAE J1939 industrial standards.Note: The SAE J1939 industrial standards refer to the control module for the engine as the Electronic Control Unit (ECU). This manual refers to this control module as the Electronic Control Module (ECM).Communications with electronic service tools aid the technician in diagnostics and troubleshooting for the engine and the engine subsystems. When a problem with the engine is detected by the ECM, the ECM communicates information about the problem over the CAN data link. The problem may be physically detected by one of the input or output circuits by the ECM. A problem can also be communicated via the data link to the ECM. The ECM transmits this information over the data link in a form of a diagnostic trouble code and code description.The diagnostic trouble code has a format of a two-element code. The following terms describe the elements of the code:Suspect Parameter Number (SPN) - The SPN is a code which is assigned to each component. The SPN identifies the origin of the problem.Failure Mode Identifier (FMI) - The FMI is used with the SPN to provide more information that relates to the problem. The FMI may indicate that a problem with an electronic circuit or an electronic component has been detected. The FMI may also indicate that an abnormal operating condition has been detected.The codes are displayed in the form “SPN-FMI”. The ECM also attaches a text description to the message that is transmitted over the data link. This text description is used to describe the SPN-FMI code.The failure mode identifiers can be divided into two categories:
Codes that indicate that a problem with an electronic circuit or an electronic component has been detected
Codes that indicate that an engine event or a system event has been detectedThe failure mode of the fault is determined by evaluating the electronic signal from the suspect circuit. Typically, the first category of code is generated when the signal for the circuit is outside the range of the sensor. The second category of code is an engine event. An engine event indicates that the sensor signal is OK, but the signal is outside the normal operating range of the engine parameter. Illustration 1 is an example that represents the evaluation of a sensor signal by the ECM.
Illustration 1 g01950177
Example of the typical electrical signal of a sensor
(1) This area represents the normal operating range of the engine parameter.
(2) In these areas, the engine is operating in an unsafe operating range of the monitored parameter. A diagnostic code that indicates an engine event will be generated for the monitored parameter. The sensor circuit does not have an electronic problem. Refer to Systems Operation, "Engine Monitoring System" for additional information that is related to engine events.
(3) In these areas, the signal from the sensor is outside of the operating range of the sensor. The sensor circuit has an electronic problem. A diagnostic trouble code that indicates that a problem with the circuit has been detected will be generated.When you troubleshoot a diagnostic trouble code, be sure to evaluate the problem from the viewpoint of an interpretation of the electrical signal. Refer to the above illustration for an evaluation of the sensor signal.Cross-Reference Information for Diagnostic Codes
Table 1 is a list of the diagnostic codes for this engine. The diagnostic codes are cross-referenced with the appropriate procedure that can be used to troubleshoot the code.
Table 1
Cross-Reference from Diagnostic Trouble Codes to Functional Test or Procedure
J1939 Code and Description CDL Code and Description Troubleshooting Procedure
28-3
Accelerator Pedal Position #3 : Voltage Above Normal 774-3
Secondary Throttle Position Sensor : Voltage Above Normal Troubleshooting, "Speed Control - Test"
28-4
Accelerator Pedal Position #3 : Voltage Below Normal 774-4
Secondary Throttle Position Sensor : Voltage Below Normal Troubleshooting, "Speed Control - Test"
29-3
Accelerator Pedal Position #2 : Voltage Above Normal 774-3
Secondary Throttle Position Sensor : Voltage Above Normal Troubleshooting, "Speed Control - Test"
29-4
Accelerator Pedal Position #2 : Voltage Below Normal 774-4
Secondary Throttle Position Sensor : Voltage Below Normal Troubleshooting, "Speed Control - Test"
29-8
Accelerator Pedal Position #2 : Abnormal Frequency, Pulse Width, or Period 774-8
Secondary Throttle Position Sensor : Abnormal Frequency, Pulse Width, or Period Troubleshooting, "Speed Control - Test"
52-3
Engine Intercooler Temperature : Voltage Above Normal 279-3
Aftercooler Coolant Temperature Sensor (Front) : Voltage Above Normal Troubleshooting, "Sensor Signal (Analog, Passive) - Test"
52-4
Engine Intercooler Temperature : Voltage Below Normal 279-4
Aftercooler Coolant Temperature Sensor (Front) : Voltage Below Normal Troubleshooting, "Sensor Signal (Analog, Passive) - Test"
91-3
Accelerator Pedal Position #1 : Voltage Above Normal 91-3
Accelerator Pedal Position #1 : Voltage Above Normal Troubleshooting, "Speed Control - Test"
91-4
Accelerator Pedal Position #1 : Voltage Below Normal 91-4
Accelerator Pedal Position #1 : Voltage Below Normal Troubleshooting, "Speed Control - Test"
91-8
Accelerator Pedal Position #1 : Abnormal Frequency, Pulse Width, or Period 91-8
Accelerator Pedal Position #1 : Abnormal Frequency, Pulse Width, or Period Troubleshooting, "Speed Control - Test"
95-2
Engine Fuel Filter Differential Pressure : Erratic, Intermittent, or Incorrect 95-2
Engine Fuel Filter Differential Pressure : Erratic, Intermittent, or Incorrect The filtered fuel pressure is greater than the unfiltered fuel pressure. Ensure that the sensor connectors are connected to the correct sensors. If an electrical problem with a sensor is suspected, refer to Troubleshooting, "Sensor Signal (Analog, Active)
Parts ratchet Honda:
28422-ZY1-003
28422-ZY1-003 RATCHET, STARTER
BF15DK0 LHA, BF15DK0 LHSA, BF15DK0 LHTA, BF15DK0 LRTA, BF15DK0 SHA, BF15DK0 SHSA, BF15DK0 SHTA, BF15DK2 LHA, BF15DK2 LHSA, BF15DK2 LHTA, BF15DK2 LRTA, BF15DK2 SHA, BF15DK2 SHSA, BF15DK2 SHTA, BF15DK3 LHA, BF15DK3 LHSA, BF15DK3 LHTA, BF15DK3 LRTA, BF1