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General| Brand | Clarke |
|---|---|
| Model | C18H |
| Category | Industrial Equipment |
| Language | English |
Information on engine model, serial number, ratings, and manufacturing details.
Guidance for handling fires, burns, electrocution, and other emergencies.
Explains the meaning of various warning labels affixed to the engine.
Shows a diagram and list of components for a typical fire pump installation.
Procedures for storing engines for less than or more than one year.
Instructions for coolant system preparation before engine storage.
Steps to follow when taking an engine out of storage.
Detailed steps for checking and performing driveshaft alignment between pump and engine.
Procedures for starting the engine using the main controller or gauge panel.
Method to start the engine at a reduced speed for testing or initial setup.
Instructions for stopping the engine via the main controller or gauge panel.
Describes the ECM selector switch and manual switching between primary/alternate ECMs.
Explains the automatic switching mechanism between dual ECMs upon failure detection.
Procedure for programming ECMs, requiring a certified service dealer.
How to navigate and view engine parameters and diagnostic trouble codes.
Customizing gauge display settings like brightness, contrast, units, and language.
Displays additional engine and system performance data beyond the default six-up display.
Displays specific parameters related to the fire pump system if equipped.
Customizing which parameters are displayed on specific gauges.
Read-only engine settings, primarily for troubleshooting activities.
How to view past diagnostic trouble codes, their SPN, FMI, and occurrence count.
Covers all aspects of the engine's fuel system, including specifications and maintenance.
Specifies the required diesel fuel type, grade, and acceptable additives for engine operation.
Procedures for removing air from the fuel system after filter changes or fuel depletion.
Specific steps to prime the C18H engine fuel system after secondary filter changes.
Detailed instructions for replacing primary and secondary fuel filters.
Recommendations for fuel tank maintenance to prevent condensation and ensure fuel quality.
Discusses engine de-rating based on ambient conditions for optimal performance.
Requirements for adequate engine compartment ventilation for cooling and emissions.
Information on the reusable air filter, its servicing, and precautions.
Step-by-step guide for cleaning and oiling the air filter element.
Importance of proper exhaust system design and maximum backpressure limits.
Procedure for checking and maintaining the engine oil level using the dipstick.
Steps for draining and refilling the engine oil and replacing the filter.
Instructions for removing and installing the engine oil filter cartridge.
Details on the recommended engine oil type, grade, and important notes for topping up.
Specifies the oil capacity for the C18H engine models.
Specifies the normal operating temperature range for C18H engines and alarm points.
Guidelines for selecting suitable coolant mixtures, including requirements for heavy-duty diesel engines.
Discusses water quality and its impact on the cooling system, recommending distilled water.
Lists acceptable coolant types and capacities for C18H engines.
Emphasizes the importance of coolant inhibitors for corrosion and scale prevention.
Steps for filling the cooling system, purging air, and checking fill levels.
Explains the need for raw water flow to heat exchangers and charge air coolers.
Describes the function and components of the cooling loop system.
Critical procedure for establishing correct raw water flow for engine cooling at maximum pump load.
Discusses requirements for discharging waste water from the heat exchanger outlet.
Importance of cleaning strainers to prevent engine failure due to reduced cooling water flow.
Mentions the allowance for backflow preventers in cooling lines per NFPA 20.
Notes local code considerations for discharging hot water.
Diagrams illustrating coolant and raw water flow paths in heat exchanger and radiator systems.
Explains the causes and potential damage from water pump cavitation in the cooling system.
Lists drawing numbers for DC and AC voltage wiring diagrams for the engine instrument panel.
Procedures for checking and adjusting drive belt tension for the alternator.
Actions to take in case of engine overspeed, including shutdown and reset procedures.
How to simulate various pump controller alarms for testing purposes.
Specifies battery type, size, and performance criteria for engine starting.
Routine maintenance tasks categorized by frequency (weekly, 6 months, 1 year, 2 years).
Explains diagnostic trouble codes (DTCs) and how they are displayed.
Introduces the Pressure Limiting Driver (PLD) system and its function.
Details specific information found on the PLD equipped engine nameplate.
Lists Clarke PLD equipped engine models, referencing Appendix A.
Describes connection points for pressure sensing and system integration.
Specifies how to connect lines for measuring discharge and suction pressure.
Essential checks and procedures before initial engine start-up.
Steps to disable the Variable Speed Pressure/Suction Limiting Controls for testing.
Procedure to remove air from the PLD speed control system.
Steps for the first engine start, including setting speed and recording pressures.
Recommended setting for the Main Relieve Valve relative to the PLD set point.
How to use the Powerview gauge to monitor PLD system set points and pressures.
Measures to protect the unit from freezing.
Describes PLD system failure behavior and troubleshooting alerts.
Notes on field adjustments, primarily fine-tuning throttle for rated speed.
Introduction to the engine's electrical system and wiring diagrams.
Record pump shutoff pressure and engine RPM during weekly tests.
Troubleshooting issues related to the Powerview gauge and pressure transmitters.
