Electronic Modular Control Panel II+ Paralleling (EMCP II+P) Caterpillar


Fault Description

Usage:

C32 SXC
A fault is any condition that does not conform to the rules that the GSC+P operates. A fault can be active or a fault can be inactive. An active fault is a fault that is occurring now. An inactive fault is a fault that has previously occurred. Some examples of faults are listed below.

  • Coolant temperature is 123°C (254°F). This is a high water temperature fault.

  • Engine speed is 4500 rpm. This is an overspeed fault for the engine.

  • There is a broken wire in the engine harness. This is a diagnostic fault.

  • There is a failed oil pressure sensor. This is a diagnostic fault.

An amount of severity is attached to every fault. The amount of severity also describes the GSC+P response to a fault. Faults are either alarm faults or shutdown faults. Alarm faults are not critical. Shutdown faults are critical.

An alarm fault provides the operator with an early warning to the operator of a possible future shutdown fault. For an alarm fault, the GSC+P automatically activates alarm mode and the fault alarm indicator FLASHES. Refer to System Operation, "Alarm Mode" for further information.

A shutdown fault tells the GSC+P to shutdown the engine in order to prevent engine damage. The GSC+P automatically activates shutdown mode which shuts down the engine. The GSC+P then flashes the corresponding indicator. Refer to System Operation, "Shutdown Mode" for more information.

Most faults have a code. There are three types of fault codes. The type is obtained from the GSC+P input that is involved. The three types of fault codes are listed below.

AL Fault Codes - The AL fault codes are shown as AL1 through AL18 on the upper display. The AL fault codes include specific engine conditions. An example of an AL fault code is the low engine oil pressure alarm. AL fault codes also include protective relaying functions. Another example of an AL fault code is the underfrequency fault.

SP Fault Codes - The SP fault codes are shown as SP1 through SP4 on the upper display.

Diagnostic Codes - Diagnostic codes are shown as numeric values. Diagnostic codes are identified by the illumination of "CID FMI" on the upper display.

There is an exception. There are no fault codes for the shutdown faults that correspond to the dedicated shutdown indicators. The shutdown faults are identified to the operator by the nearest dedicated fault shutdown indicator. Low oil pressure is an example of a dedicated shutdown indicator.

Caterpillar Information System:

3500B Engines for Caterpillar Built Power Modules with the ADEM 3 Electronic Control Module Coolant Level - Test
Electronic Modular Control Panel II+ Paralleling (EMCP II+P) Parallel Setpoint Tuning OP-11
Electronic Modular Control Panel II+ Paralleling (EMCP II+P) AC Offset Adjustment OP10
Electronic Modular Control Panel II+ Paralleling (EMCP II+P) Engine Setpoint Verification OP9
3516C Generator Set Engine Engine Control Switch - Test
Electronic Modular Control Panel II+ Paralleling (EMCP II+P) Voltmeter/Ammeter Programming OP8
G3600 Engines Integrated Combustion Sensing Module - Test
Electronic Modular Control Panel II+ Paralleling (EMCP II+P) Hourmeter Programming OP7
Electronic Modular Control Panel II+ Paralleling (EMCP II+P) Spare Input/Output Programming OP6
Electronic Modular Control Panel II+ Paralleling (EMCP II+P) AC Factory Calibration Setpoint Programming OP5-2
Electronic Modular Control Panel II+ Paralleling (EMCP II+P) Protective Relaying Programming OP5-1
3516C Generator Set Engine Emergency Stop - Test
Electronic Modular Control Panel II+ Paralleling (EMCP II+P) AL Fault Codes
Electronic Modular Control Panel II+ Paralleling (EMCP II+P) SP Fault Codes
Electronic Modular Control Panel II+ Paralleling (EMCP II+P) Diagnostic Codes
Electronic Modular Control Panel II+ Paralleling (EMCP II+P) Programmable Spare Relay Outputs
Electronic Modular Control Panel II+ Paralleling (EMCP II+P) Programmable Spare Output
Electronic Modular Control Panel II+ Paralleling (EMCP II+P) Programmable Kilowatt Level Output
3500B Engines for Caterpillar Built Power Modules with the ADEM 3 Electronic Control Module CAN Data Link - Test
Electronic Modular Control Panel II+ Paralleling (EMCP II+P) Alarm Modules
3500B Engines for Caterpillar Built Power Modules with the ADEM 3 Electronic Control Module Injector Solenoid - Test
C7 and C9 On-Highway Engines Solenoid Valve - Test
3516C Generator Set Engine Speed/Timing - Test
3500B Locomotive Engines Belt Tension Chart
Back to top
The names Caterpillar, John Deere, JD, JCB, Hyundai or any other original equipment manufacturers are registered trademarks of the respective original equipment manufacturers. All names, descriptions, numbers and symbols are used for reference purposes only.
CH-Part.com is in no way associated with any of the manufacturers we have listed. All manufacturer's names and descriptions are for reference only.