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General| Brand | IMER |
|---|---|
| Model | KOINE 4 |
| Category | Construction Equipment |
| Language | English |
Details the components of the plastering machine as shown in Fig. 1.
Prepares the machine for movement by detaching hoses and managing hopper contents.
Details safe methods for lifting the machine using attachment points and suitable equipment.
Explains how to disassemble the machine for easier transport.
Details power supply requirements, protection, and connection methods.
Explains how to connect the water hose and ensure adequate water supply.
Details how to connect the air hose to the machine panel and spray jet.
Ensures safety by checking safety grille, material type, and wearing protective gear.
Guides on regulating water consistency and selecting appropriate deflectors.
Explains causes of machine shutdowns and advises on operation interruptions.
Steps to safely stop the machine and depressurize pipelines.
Method for cleaning material delivery pipelines using a washing sponge.
Instructions for cleaning the mixer, mixing chamber, and pump components.
Daily checks for water filter cleanliness.
Weekly checks for compressor air filter, mixer, motor connection, and contacts.
Arrangement for machine inspection by authorized technician.
Warnings against starting during repairs and using specialized personnel for electrical work.
Instructions to use only original IMER spare parts.
Ensure safety guards are refitted correctly after repairs.
Information on respiratory diseases and cancer risks from crystalline silica inhalation.
Guidance on using NIOSH-approved respiratory protection and following OSHA regulations.
Warning about chemicals in dust known to cause cancer or reproductive harm.
Diagnosing issues when the machine and compressor fail to start.
Troubleshooting electrical or connection issues when only the compressor runs.
Checking air supply and nozzle for issues preventing machine start-up.
Diagnosing material-related problems in the mixing chamber.
Troubleshooting issues with the cell wheel not starting.
Diagnosing electrical or water supply problems for pump/wheel start-up.
Identifying causes for the machine stopping shortly after startup.
Troubleshooting issues where the machine or compressor fails to stop.
Resolving material flow interruptions caused by air bubbles.
Addressing general material flow stoppages, including clogging and worn parts.
Diagnosing issues with inconsistent material delivery to the jet.
Checking for solenoid valve faults causing water increase in the mixing chamber.
Indicates correct electric power supply and phase sequence.
Signals tripped thermal magnetic cut-outs for motors or pumps.
Indicates that there is no water pressure.
Signals correct operation or safety sensor trips.
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