Why MTU 8V 4000 Lx2 x Engine shows HIHI T-Exhaust Mean error?
The HIHI T-Exhaust Mean error in your MTU Engine indicates that the weighted average of all individual exhaust gas temperatures is too high. To resolve this, you should check the emission values, ignition timing, and valve drive, ensuring the exhaust valves are closing correctly.
How to fix HI T-Exhaust Mean error on MTU Engine?
The HI T-Exhaust Mean error on your MTU Engine occurs because the weighted average of all individual exhaust gas temperatures is too high. To fix it, you can check the emission values, verify the ignition timing, and inspect the valve drive to ensure the exhaust valves are closing properly.
What to do if MTU 8V 4000 Lx2 x displays HI T-Exhaust A1 error?
If your MTU Engine displays a HI T-Exhaust A1 error, it means the exhaust temperature of that cylinder is too high compared to the average. You should check the emission values, ignition timing, and valve drive, making sure the exhaust valves are closing correctly.
What to do if MTU Engine displays HI T-Exhaust A2 error?
If your MTU Engine displays a HI T-Exhaust A2 error, it means the exhaust temperature of that cylinder is too high compared to the average value. To solve this, check the emission values, the ignition timing, and the valve drive, ensuring the exhaust valves are closing.
What to do if MTU 8V 4000 Lx2 x displays HI T-Exhaust A3 error?
If your MTU Engine displays a HI T-Exhaust A3 error, it means the exhaust temperature of that cylinder is too high compared to the average value. To troubleshoot this, check the emission values, the ignition timing, and the valve drive, ensuring the exhaust valves are closing.
What to do if MTU 8V 4000 Lx2 x Engine displays HI T-Exhaust A4 error?
If your MTU Engine displays a HI T-Exhaust A4 error, it indicates that the exhaust temperature of that cylinder is too high compared to the average. You can resolve this by checking the emission values, ignition timing, and valve drive, ensuring that exhaust valves are closing correctly.
What to do if MTU 8V 4000 Lx2 x Engine displays HI T-Exhaust A5 error?
If your MTU Engine displays a HI T-Exhaust A5 error, it indicates that the exhaust temperature of that cylinder is too high compared to the average. You can resolve this by checking the emission values, ignition timing, and valve drive, ensuring that exhaust valves are closing correctly.
What to do if MTU Engine displays HI T-Exhaust A6 error?
If your MTU Engine displays a HI T-Exhaust A6 error, it indicates that the exhaust temperature of that cylinder is too high compared to the average. You can resolve this by checking the emission values, ignition timing, and valve drive, ensuring that exhaust valves are closing correctly.
What to do if MTU 8V 4000 Lx2 x displays HI T-Exhaust A7 error?
If your MTU Engine displays a HI T-Exhaust A7 error, it indicates that the exhaust temperature of that cylinder is too high compared to the average. You can resolve this by checking the emission values, ignition timing, and valve drive, ensuring that exhaust valves are closing correctly.
What to do if MTU Engine displays HI T-Exhaust A8 error?
If your MTU Engine displays a HI T-Exhaust A8 error, it indicates that the exhaust temperature of that cylinder is too high compared to the average. You can resolve this by checking the emission values, ignition timing, and valve drive, ensuring that exhaust valves are closing correctly.
General| Engine Type | Diesel |
|---|---|
| Cylinders | 8 |
| Fuel Type | Diesel |
| Aspiration | Turbocharged |
| Configuration | V-type |
| Cooling System | Liquid Cooled |
General information, nameplate, and safety instructions for product use.
Requirements for personnel and their organization for product operation and maintenance.
Safety measures to follow during product startup and operation.
Specific safety rules for gaseous fuel applications during startup and operation.
Safety rules to follow before, during, and after maintenance and repair tasks.
Safety regarding fire prevention, environmental protection, and handling of fluids.
Preconditions and procedures for starting the engine.
Procedure for safely shutting down the engine.
Steps for emergency shutdown and associated hazards.
Explanation of abbreviations used in fault messages.
List of fault codes and corrective actions from the genset control system.
List of fault messages originating from the Engine Control Unit.
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