Caterpillar Marine Electronic Engine Controls and Monitoring Systems

These achievements are confirmed by numerous electronic design excellence awards and hundreds of patents. The advancements made by Caterpillar engineers have positioned Caterpillar electronic marine engines as the worldwide standard in marine diesel technology. With millions of hours on the water, these proven engines ensure unmatched performance, reliability, and ease of operation.The ECM uses the information gathered by the sensors which are located throughout the engine and transmission to monitor all aspects of engine operation. Connected to the ECM by the wiring harness, the sensors detect and convert changes in pressure, temperature or mechanical movement into electrical signals. The electrical signals are sent to the ECM. The ECM uses information such as desired engine speed, and load to determine the fuel injection pressure, timing and duration. Based on sensor inputs, the ECM actuates the individual unit injectors to control engine speed.

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ALFA ROMEO MONTREAL ELECTRONIC IGNITION CONTROL UNIT WIRING DIAGRAM

Once the old control units have been removed, secure the new TS control units to the vehicle bodywork in the same position. On each unit connect the female connector of the black wire (earth wire from the car wiring loom) to the male connector (1) on the metal shell of the control unit, above the black socket (2) . Insert firmly the three-wire main connector into the black socket (2) of each control unit. Cover the connector/socket assembly with the protective rubber boot of the car wiring loom, blocking it on the ribbing (3) of the connector. Now the installation is completed and the negative battery connection may be reconnected.Details wiring diagram HT coil (bobina) Distribiutor (spinterogeno) Car wiring loom connector (connettore cab) Safety earth (massa) (black wire) Contact breaker point (puntina).

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