16013-ZW9-003 FLOAT SET (Honda Code 6639553). 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
FLOAT
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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
BF15DK2 LHA
BF15DK2 LHSA
BF15DK2 LHTA
BF15DK2 LRTA
BF15DK2 SHA
BF15DK2 SHSA
BF15DK2 SHTA
BF15DK3 LHA
BF15DK3 LHSA
BF15DK3 LHTA
BF15DK3 LRTA
BF15DK3 SHA
BF15DK3 SHSA
BF15DK3 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
BF20DK2 LHA
BF20DK2 LHTA
BF20DK2 LRTA
BF20DK2 SHA
BF20DK2 SHTA
BF20DK2 SRTA
BF20DK3 LHA
BF20DK3 LHTA
BF20DK3 LRTA
BF20DK3 SHA
BF20DK3 SHTA
BF20DK3 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
BF8DK2 LHA
BF8DK2 LHSA
BF8DK2 SHA
BF8DK3 LHA
BF8DK3 LHSA
BF8DK3 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
BF9.9DK2 LHA
BF9.9DK2 LHSA
BF9.9DK2 LRA
BF9.9DK2 SHA
BF9.9DK2 SHSA
BF9.9DK3 LHA
BF9.9DK3 LHSA
BF9.9DK3 LRA
BF9.9DK3 SHA
BF9.9DK3 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
BFP15DK2 XHTA
BFP15DK2 XRTA
BFP15DK3 XHTA
BFP15DK3 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
BFP8DK2 LHTA
BFP8DK2 LRTA
BFP8DK2 XHSA
BFP8DK3 LHTA
BFP8DK3 LRTA
BFP8DK3 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
BFP9.9DK2 LHTA
BFP9.9DK2 LRTA
BFP9.9DK2 XHA
BFP9.9DK2 XHSA
BFP9.9DK2 XHTA
BFP9.9DK2 XRTA
BFP9.9DK3 LHTA
BFP9.9DK3 LRTA
BFP9.9DK3 XHA
BFP9.9DK3 XHSA
BFP9.9DK3 XHTA
BFP9.9DK3 XRTA
Honda
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- CARBURETOR (MANUAL) » 16013-ZW9-003
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Information:
Introduction
Table 1
Revision History
Revision Summary of Changes
06 Added Effectivity
05 Added prefix, GK6, ME6, PF6, S7E, TE9, W6E, Z9E, BT9, K56, K57, K58, GZ8, GW8, GG8, GG9, GX8, GK8, GWT.
04 Added prefix K2D, HFB, D5T, LW5, PN5, RE5, TP5, WE5 The problem that is identified below does not have a known permanent solution. Until a permanent solution is known, use the solution that is stated below.Problem
The machines that are listed above may experience one of the issues that are stated below.
No start situation
Engine ECM unavailable in Cat® Electronic Technician (ET)
Inability to flash the ECM using ERTECM failures are rare and these issues are typically due to the machine starting circuit, machine low-pressure fuel system, or improper flashing.Solution
Do not operate or work on this product unless you have read and understood the instruction and warnings in the relevant Operation and Maintenance Manuals and relevant service literature. Failure to follow the instructions or heed the warnings could result in injury or death. Proper care is your responsibility.
Table 2
Troubleshooting Test Steps Value Results
1. Determine the Diagnostic Code.
A. Establish communication between Cat® Electronic Technician (ET) and the ECM. Refer to Troubleshooting, "Electronic Service Tools", if necessary.
B. Check for active codes and check for logged codes on Cat ET.
C. Check Cat ET for any associated codes. Troubleshoot any active codes before continuing with this procedure.
Diagnostic code
Result: An associated code is active or logged.
Repair: Troubleshoot any associated codes before continuing with this procedure.
Result: An associated code is not active or logged.
Proceed to Test Step 2.
2. Check the Machine Electrical System.
A. Check that Cat ET can connect to the engine ECM with Key Switch ON.
Machine electrical system
Result: Cat ET can connect to the engine ECM, then the engine ECM is turned on.
Proceed to Test Step 3.
Result: Cat ET cannot connect to the engine ECM, and the machines starting circuit is not providing power to the engine ECM.
Repair: Go to Troubleshooting, "Electrical Power Supply - Test".
Check all grounds on the engine harness. This includes ground wires attached to the engine block, battery, and chassis ground studs. There have been known instances where ground wires were found loose, broken, or faulty through rust or paint.
For the 308E2, the engine ECM is typically being ordered, when PI32292 is being performed and the engine ECM did not flash. If the flashing procedure was not followed properly, it will appear that the engine ECM is dead since it cannot be seen by Cat ET. However, it can still be flashed by following Special Instruction, REHS9223, "Obtaining a DPK Flash File and Flashing Procedure with the Engine Reprogramming Tool" steps.
3. Check the Fuel System.
A. Visually check the fuel level in the fuel tank. Do not rely on the fuel gauge only.
B. Ensure that the vent in the fuel cap is not filled with debris.
C. Inspect the fuel system for external leaks. Ensure that there is no air in the clear bowl on the primary fuel filter.
D. Check that there are no external leaks, no air in the clear primary fuel filter. Change the primary fuel filter and the in-line filter for the fuel transfer pump.
E. Check fuel quality. Refer to Testing and Adjusting, "Fuel Quality - Test", for the proper procedure. Check the fuel tank for debris or foreign objects which may block the fuel supply.
F. Check for the proper operation of the fuel transfer pump. Replace the pre-filter if excessive contamination or if the maintenance interval is exceeded. Refer to Testing and Adjusting, "Fuel System", for test information.
Confirm fuel flow rate from transfer pump (dead head the pump for correct results):
SSL, MTL, CTL, and CWL - .5 gal per min @ 12 psi MHE - .09 gal per min @ 5 psi
Fuel Level
Result: The fuel system is OK.
Proceed to Test Step 4.
Result: The fuel system is not OK.
Repair: Replace the fuel filters. Clean the primary filter/water separator of debris. Refer to the Operation and Maintenance Manual for details.
4. Restrictions in the Air Inlet and Exhaust System.
A. Check for an air filter restriction indicator.
B. Check the air inlet and exhaust system for restrictions and/or leaks. To test the exhaust system, the DOC inlet temperature sensor can be removed to ensure the DOC/DPF are not plugged.
Air and exhaust system restrictions
Result: There are no system restrictions.
Proceed to Test Step 5.
Result: There are system restrictions.
Repair: Refer to Systems Operation, "Air Inlet and Exhaust System", for additional information on the air inlet and exhaust systems.
Replace plugged air filters. Refer to the Operation and Maintenance Manual for the correct procedure. If the DOC and/or DPF are plugged and not at the 3000 hour service interval, determine the root cause of premature plugging. Submit a DSN ticket if technical assistance is needed.
5. Swap Engine ECM with another similar machine.
A. Swapping an engine ECM is recommended to troubleshoot a true engine ECM failure before ordering a new engine ECM.
Engine ECMs can only be swapped with the same engine model.
Prefixes SSL, MTL, CTL, and CWL can be temporarily swapped. SSL, MTL, and CTL machines that are XHP can only be interchanged with each other.
MHE engine ECM cannot be swapped with other product families.
Note: Machine sales models that have the C3.3B engines that use the 436-0821 Monitoring Control are:
236D, 242D, 246D, 257D, 259D, 262D, 277D, 279D, 287D, 289D, 906M, 907M, 908M, 308E
Machine sales models that have the C3.8 engines that use the 392-4121 Electronic Control Gp are:
272D, 272D XHP, 299D, 229D XHP, 910K, 914K
Machine sales models that have the C3.8 Tier 4 Final engines that use the 458-9392 Electronic Control Gp are:
272D2, 272D2 XHP, 297D2, 297D2 XHP, 299D2, 299D2 XHP
Engine ECM
Result: The engine ECM from another machine resolves issue.
Repair: Verify that the problem is resolved, submit a DSN ticket with the completed troubleshooting results and PSR prior to ordering an engine ECM. This will help document any trends or potential issues to the product group.
Result: The ECM swap does not resolve issue.
STOP If the procedure did not correct the issue, contact your Cat dealer Technical Communicator (TC). For further assistance, your TC can confer with the Dealer Solutions Network (DSN).
Table 1
Revision History
Revision Summary of Changes
06 Added Effectivity
05 Added prefix, GK6, ME6, PF6, S7E, TE9, W6E, Z9E, BT9, K56, K57, K58, GZ8, GW8, GG8, GG9, GX8, GK8, GWT.
04 Added prefix K2D, HFB, D5T, LW5, PN5, RE5, TP5, WE5 The problem that is identified below does not have a known permanent solution. Until a permanent solution is known, use the solution that is stated below.Problem
The machines that are listed above may experience one of the issues that are stated below.
No start situation
Engine ECM unavailable in Cat® Electronic Technician (ET)
Inability to flash the ECM using ERTECM failures are rare and these issues are typically due to the machine starting circuit, machine low-pressure fuel system, or improper flashing.Solution
Do not operate or work on this product unless you have read and understood the instruction and warnings in the relevant Operation and Maintenance Manuals and relevant service literature. Failure to follow the instructions or heed the warnings could result in injury or death. Proper care is your responsibility.
Table 2
Troubleshooting Test Steps Value Results
1. Determine the Diagnostic Code.
A. Establish communication between Cat® Electronic Technician (ET) and the ECM. Refer to Troubleshooting, "Electronic Service Tools", if necessary.
B. Check for active codes and check for logged codes on Cat ET.
C. Check Cat ET for any associated codes. Troubleshoot any active codes before continuing with this procedure.
Diagnostic code
Result: An associated code is active or logged.
Repair: Troubleshoot any associated codes before continuing with this procedure.
Result: An associated code is not active or logged.
Proceed to Test Step 2.
2. Check the Machine Electrical System.
A. Check that Cat ET can connect to the engine ECM with Key Switch ON.
Machine electrical system
Result: Cat ET can connect to the engine ECM, then the engine ECM is turned on.
Proceed to Test Step 3.
Result: Cat ET cannot connect to the engine ECM, and the machines starting circuit is not providing power to the engine ECM.
Repair: Go to Troubleshooting, "Electrical Power Supply - Test".
Check all grounds on the engine harness. This includes ground wires attached to the engine block, battery, and chassis ground studs. There have been known instances where ground wires were found loose, broken, or faulty through rust or paint.
For the 308E2, the engine ECM is typically being ordered, when PI32292 is being performed and the engine ECM did not flash. If the flashing procedure was not followed properly, it will appear that the engine ECM is dead since it cannot be seen by Cat ET. However, it can still be flashed by following Special Instruction, REHS9223, "Obtaining a DPK Flash File and Flashing Procedure with the Engine Reprogramming Tool" steps.
3. Check the Fuel System.
A. Visually check the fuel level in the fuel tank. Do not rely on the fuel gauge only.
B. Ensure that the vent in the fuel cap is not filled with debris.
C. Inspect the fuel system for external leaks. Ensure that there is no air in the clear bowl on the primary fuel filter.
D. Check that there are no external leaks, no air in the clear primary fuel filter. Change the primary fuel filter and the in-line filter for the fuel transfer pump.
E. Check fuel quality. Refer to Testing and Adjusting, "Fuel Quality - Test", for the proper procedure. Check the fuel tank for debris or foreign objects which may block the fuel supply.
F. Check for the proper operation of the fuel transfer pump. Replace the pre-filter if excessive contamination or if the maintenance interval is exceeded. Refer to Testing and Adjusting, "Fuel System", for test information.
Confirm fuel flow rate from transfer pump (dead head the pump for correct results):
SSL, MTL, CTL, and CWL - .5 gal per min @ 12 psi MHE - .09 gal per min @ 5 psi
Fuel Level
Result: The fuel system is OK.
Proceed to Test Step 4.
Result: The fuel system is not OK.
Repair: Replace the fuel filters. Clean the primary filter/water separator of debris. Refer to the Operation and Maintenance Manual for details.
4. Restrictions in the Air Inlet and Exhaust System.
A. Check for an air filter restriction indicator.
B. Check the air inlet and exhaust system for restrictions and/or leaks. To test the exhaust system, the DOC inlet temperature sensor can be removed to ensure the DOC/DPF are not plugged.
Air and exhaust system restrictions
Result: There are no system restrictions.
Proceed to Test Step 5.
Result: There are system restrictions.
Repair: Refer to Systems Operation, "Air Inlet and Exhaust System", for additional information on the air inlet and exhaust systems.
Replace plugged air filters. Refer to the Operation and Maintenance Manual for the correct procedure. If the DOC and/or DPF are plugged and not at the 3000 hour service interval, determine the root cause of premature plugging. Submit a DSN ticket if technical assistance is needed.
5. Swap Engine ECM with another similar machine.
A. Swapping an engine ECM is recommended to troubleshoot a true engine ECM failure before ordering a new engine ECM.
Engine ECMs can only be swapped with the same engine model.
Prefixes SSL, MTL, CTL, and CWL can be temporarily swapped. SSL, MTL, and CTL machines that are XHP can only be interchanged with each other.
MHE engine ECM cannot be swapped with other product families.
Note: Machine sales models that have the C3.3B engines that use the 436-0821 Monitoring Control are:
236D, 242D, 246D, 257D, 259D, 262D, 277D, 279D, 287D, 289D, 906M, 907M, 908M, 308E
Machine sales models that have the C3.8 engines that use the 392-4121 Electronic Control Gp are:
272D, 272D XHP, 299D, 229D XHP, 910K, 914K
Machine sales models that have the C3.8 Tier 4 Final engines that use the 458-9392 Electronic Control Gp are:
272D2, 272D2 XHP, 297D2, 297D2 XHP, 299D2, 299D2 XHP
Engine ECM
Result: The engine ECM from another machine resolves issue.
Repair: Verify that the problem is resolved, submit a DSN ticket with the completed troubleshooting results and PSR prior to ordering an engine ECM. This will help document any trends or potential issues to the product group.
Result: The ECM swap does not resolve issue.
STOP If the procedure did not correct the issue, contact your Cat dealer Technical Communicator (TC). For further assistance, your TC can confer with the Dealer Solutions Network (DSN).