What to do if coolant discharge at intercooler of MTU Engine?
- EEileen Kennedy MDSep 13, 2025
If there is coolant discharge at the intercooler of the MTU Engine, especially a major coolant discharge due to leaking, contacting service is required.
What to do if coolant discharge at intercooler of MTU Engine?
If there is coolant discharge at the intercooler of the MTU Engine, especially a major coolant discharge due to leaking, contacting service is required.
Engine Model | 20V4000G43 |
---|---|
Engine Type | Diesel |
Configuration | V |
Number of Cylinders | 20 |
Speed | 1500 RPM |
Bore | 170 mm |
Displacement | 95.4 L |
Cooling System | Water-cooled |
Aspiration | Turbocharged |
Compression Ratio | 16.5:1 |
Fuel Consumption at 100% Load | Approx. 200 g/kWh |
Emissions Compliance | EPA Tier 2 / IMO Tier II |
General safety guidelines applicable to all products.
Guidelines for intended use and proper operation of the product.
Safety rules for starting and operating the engine.
Safety precautions for assembly, maintenance, and repair activities.
Technical specifications for continuous operation 3A, optimized fuel consumption.
Technical data for continuous operation 3B, optimized fuel consumption.
Technical data for continuous operation 3B, optimized for TA-Luft emissions.
Technical data for operation 3B, compliant with EPA T2 regulations.
Technical data for operation 3B, compliant with NEA Singapore and China Stage III.
Technical data for standby operation 3D, optimized fuel consumption.
Technical data for standby operation 3D, compliant with EPA T2 regulations.
Technical data for standby operation 3D, NEA Singapore and China Stage III compliant.
Technical data for standby operation 3E, optimized fuel consumption.
Technical data for standby operation 3E, optimized for TA-Luft emissions.
Technical data for standby operation 3E, NEA Singapore and China Stage III compliant.
Technical data for standby operation 3F, optimized fuel consumption.
Procedure for re-commissioning the engine after prolonged shutdown.
Steps for putting the engine back into operation after scheduled maintenance.
Procedure for starting the engine manually for testing purposes.
Guidelines for restarting the engine after an automatic safety shutdown.
Common engine faults, their causes, and corrective actions.
List of fault messages from the ADEC ECU and their corrective actions.
Table of required maintenance tasks, options, and corresponding measures with page references.