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Need help?Do you have a question about the Clarke C32H and is the answer not in the manual?
Explains the structure and meaning of Clarke model numbers and their components.
Provides fundamental recommendations to reduce risks to persons and property.
Shows a typical fire pump installation layout with numbered components.
Provides instructions for storing engines for less than or more than one year.
Critical requirements for engine installation to ensure performance and life.
Details procedures for checking and ensuring proper engine-to-pump coupling alignment.
Provides step-by-step instructions for checking driveshaft alignment for parallel offset and angular tolerance.
Procedure for performing a weekly operational test of the engine.
Instructions on how to start and stop the engine using various controls.
Explains the "Soft Start" feature for reduced speed operation during testing.
Instructions on how to stop the engine using the main pump controller or gauge panel.
Explains the components and layout of the engine gauge panel.
Explains the function of the ECM selector switch and dual ECM operation.
Details the automatic switching process between dual ECMs.
Procedure for programming ECMs with an automatic switching device.
How to use the PowerView gauge for viewing parameters and codes.
How to navigate the PowerView gauge display screens using menu options.
How to adjust user settings like brightness, contrast, units, and language on the gauge.
Details on adjusting user-specific settings on the PowerView gauge.
How to customize auxiliary parameters displayed on the PowerView gauge.
Displays specific parameters for fire pump applications, if available.
Information on customizing auxiliary engine and system performance data displays.
Explains how to select and replace gauges on the PowerView display.
Information regarding engine settings, pre-set by Clarke, used for troubleshooting.
Steps to view past diagnostic trouble codes (DTCs) from the engine ECM.
How to view current diagnostic trouble codes (DTCs) displayed by the engine.
Information on engine shutdown conditions, specifically overspeed.
Covers specifications, testing, and maintenance of the diesel fuel system.
Details the required diesel fuel specifications and quality for optimal performance.
Procedures for bleeding air from the fuel system after maintenance or run-out.
Specific priming procedure for the C32H engine after secondary filter replacement.
Steps for priming the C32H engine after the fuel tank has been depleted.
Identifies fuel filter locations and instructions for changing primary and secondary filters.
Guidance on maintaining fuel tank levels to reduce condensation.
Covers air intake, ventilation, and exhaust system requirements.
Discusses engine testing conditions and potential de-rating for site conditions.
Requirements for adequate ventilation for the engine and combustion system.
Information on the single-stage disposable air filter, its maintenance, and restriction limits.
Explains the crankcase ventilation system and vapor expulsion.
Guidelines for exhaust system installation to ensure performance and engine life.
Details engine oil checks, changes, and filter replacement.
How to check the engine oil level using the dipstick.
Step-by-step instructions for draining and refilling the engine oil.
Procedures for replacing the engine oil filter cartridge.
Information on engine coolant, water quality, capacities, and filling procedures.
Specifies the recommended operating temperature range for C32H engines.
Guidelines for selecting suitable coolant mixtures and their basic requirements.
Discusses water quality requirements for engine coolant and potential issues.
Lists coolant capacities for C32H models and recommendations for coolant types.
Emphasizes the importance of coolant inhibitors and their function.
Instructions for filling the cooling system and purging air pockets.
Explains the need for a clean raw water source for heat exchanger cooling.
Describes the standard NFPA 20 cooling loop piping and its components.
Crucial steps for setting the correct raw water flow rate for engine cooling.
Requirements for raw water outlet flow, especially when discharging to a reservoir.
Importance of cleaning strainers and potential issues with heat exchangers.
Information on backflow preventers in cooling loops as per NFPA 20.
Considerations for waste water discharge temperature based on local codes.
Diagram illustrating the flow of coolant and raw water through the system.
Critical alert regarding high coolant temperature conditions and required actions.
Explains causes and potential damage from water pump cavitation.
Lists available wiring diagrams for the engine gauge panel.
Instructions on how to check and adjust drive belt tension for proper operation.
Actions to take in case of an engine overspeed condition and reset procedure.
Procedures for simulating various pump controller alarms for testing.
Specifies the required battery type and specifications for the engine.
Procedures for adjusting engine speed during start-up or operation.
Outlines routine maintenance tasks based on engine usage, categorized by frequency.
Explains types of DTCs and how they are displayed on the gauge.
Information on ordering genuine Clarke spare parts, including required details.
Directs users to Appendix A for a list of engine maintenance parts.
Outlines warranty responsibilities shared between Clarke and Caterpillar.
Details the duration and coverage of Clarke's warranty for system components.
Refers to Appendix B for Caterpillar's limited warranty information.
Reference data for installation and operation parameters.
Reference to wiring diagrams available on the Clarke website.
Reference to parts illustration drawings.
Provides a matrix of parts for different C32H engine models.
Contains the full text of Caterpillar's limited warranty.
Introduces the Pressure Limiting Driver (PLD) system and its function.
Explains how PLD equipped models are identified on the nameplate.
Specific instructions for installing the PLD system components.
Details how to make discharge and suction pressure connections for the system.
Procedures for inspecting the PLD system during initial start-up.
Steps to disable the VSPLC/VSSLC for testing purposes.
Procedure to bleed air from the PLD speed control system.
Instructions for the initial start-up of the engine with the PLD system.
Recommendation for setting the MRV cracking pressure relative to the PLD Set Point.
How to monitor system set points and real-time pressures via the PowerView gauge.
Procedures for operating the PLD system.
Advice on protecting the unit from freezing conditions.
What happens if the PLD Speed Control System fails and how to resolve it.
Covers the electrical system relevant to PLD engines.
Covers the electrical system relevant to PLD engines.
Refers to Figure #29 for wiring diagrams of PLD equipped engines.
General maintenance tasks for the PLD system.
Record pump shutoff pressure and engine RPM weekly for reference.
Problem solving specific to the PLD system.
Explains diagnostic codes for PLD system failures and low suction alarms.
Provides contact details for parts and service inquiries.
Provides data on pressure trimming capabilities for PLD models.
General