828547353 Mercury CONDUIT

Illustration 1 g00635162
Typical example (1) Camshaft position sensor (2) Boost pressure sensor (3) Connector for the electronic unit injector P300/J300 (4) Inlet air temperature sensor (5) Ground point for the OEM (6) Engine Control Module (ECM) (7) Crankshaft position sensor (8) Fuel temperature sensor (9) Atmospheric pressure sensor (10) Engine oil pressure sensor (11) ECM connector that is for the engine (12) ECM connector that is for the OEM
Illustration 2 g00635165
Typical example (13) Coolant temperature sensorEngine Monitoring
Note: Refer to the Troubleshooting Guide for more information about the engine electronics.The electronic control system includes Engine Monitoring. The system monitors engine oil pressure, coolant temperature, inlet manifold air temperature and coolant level. All truck engines are shipped from the factory with the following sensors: oil pressure sensor, coolant temperature sensor and inlet manifold air temperature. The OEM is responsible for providing and installing the coolant level sensor. The coolant level sensor is the only sensor that can be individually selected for Engine Monitoring. The ECM Customer Programmable Parameter enables the coolant level sensor. The default factory setting is "NO". The ECM Customer Programmable Parameters have four levels that are for Engine Monitoring:
OFF
Warning (Factory Default)
Derate
Shutdown"Off Mode"
The ECM will ignore the oil pressure sensor and the coolant level sensor. Coolant Temperature is still used for Cold Mode. Inlet Manifold Air Temperature is used for operation in cold air regardless of the engine monitoring mode.Warning Mode
Warning mode uses the following sensors: Oil Pressure, Coolant Temperature, Inlet Manifold Temperature and Optional Coolant Level Sensor. Table 1 indicates the diagnostic codes that are available. The table also shows the effect on engine performance when the diagnostic code is active. When a diagnostic code is active, the Check Engine Lamp will flash and the Warning Lamp will come on.
Table 1
PID-FMI     Description of the Fault Code     Warning Lamp     Derate    
100-01     Low Oil Pressure Warning     SOLID     NONE    
100-11     Very Low Oil Pressure Warning     SOLID     NONE    
105-00     High Inlet Manifold Air Temperature     SOLID     NONE    
105-11     Very High Inlet Manifold Air Temperature     SOLID     NONE    
110-00     High Coolant Temperature Warning     SOLID     NONE    
110-11     Very High Coolant Temperature     SOLID     NONE    
111-01     Low Coolant Level Warning     SOLID     NONE    
111-11     Very Low Coolant Level     SOLID     NONE    "Derate" and "Shutdown" Modes
Derate mode and Shutdown mode allow the ECM to alter engine performance in order to avoid damage to the engine. The engine should return to normal conditions once the problem is corrected. When the engine is derated, the Check Engine Lamp and the Warning Lamp will flash. Refer to Table 2. In the Derate column, MPH indicates that the vehicle speed is derated. The maximum derate is 45 mph. HP indicates that the engine horsepower is limited. The maximum derate is 160 hp. RPM indicates that the engine speed is limited. The maximum derate is 1350 rpm. For the operating conditions that cause these codes, refer to the appropriate section for the sensor.
Table 2
PID-FMI     Description of the Fault Code     Warning Lamp     Derate    
100-01     Low Oil Pressure Warning     SOLID     NONE    
100-11     Very Low Oil Pressure Warning     FLASH     MPH, HP, RPM    
105-00     High Inlet Manifold Air Temperature     SOLID     NONE    
105-11     Very High Inlet Manifold Air Temperature     SOLID     NONE    
110-00     High Coolant Temperature Warning     FLASH     MPH, HP    
110-11     Very High Coolant Temperature     FLASH     MPH, HP    
111-01     Low Coolant Level Warning     SOLID     NONE    
111-11     Very Low Coolant Level     FLASH     MPH, HP    Engine Monitoring Time to Shutdown
Table 3 indicates the active diagnostic codes that are capable of shutting down the engine when the ECM is programmed to Shutdown. The "Time To Shutdown" column indicates the amount of time of engine operation after a diagnostic code is activated. The engine must have been running for at least thirty seconds in order to activate this mode. The "Start/Restart Time" column indicates the amount of time for engine operation after start-up if the condition still exists. The "Start/Restart Time" follows a shutdown that is caused by the "Engine Monitoring" function. A "NO" indicates that the code will not cause a shutdown of the engine.