To Next PageTo Next PageWhat to do if temperature sensors are defective in Rotair MDVN 22K Air Compressor?
If the temperature sensors on your Rotair Air Compressor are defective, unplug the power cable from each probe, one at a time, to identify the faulty sensor. Once identified, replace the defective sensor. The temperature light on the control panel should then turn off.
What to do if the control valve of maximum pressure is defective in Rotair MDVN 22K?
If the control valve of maximum pressure is defective on your Rotair Air Compressor, remove the control valve and carefully inspect the spring and conical seat. If you cannot repair the defect, you will need to replace the valve.
What to do if the minimum pressure control valve is blocked in Rotair MDVN 22K?
If the minimum pressure control valve is blocked in your Rotair Air Compressor, disassemble it and check that the piston can move freely and that the spring is intact. If you cannot repair the defect, replace the valve.
How to fix battery discharged or defective in Rotair Air Compressor?
If your Rotair Air Compressor has a discharged or defective battery, recharge it. If the battery does not hold a charge after being recharged, replace it.
What to do if terminals of the battery cables are oxidized or loose in Rotair Air Compressor?
If the terminals of the battery cables are oxidized or loose on your Rotair Air Compressor, clean them and then tighten them securely.
What to do if there is no fuel in Rotair MDVN 22K?
If there is no fuel in your Rotair Air Compressor, top up the fuel in the diesel tank.
What to do if there is air in the fuel pipe of Rotair Air Compressor?
If there is air in the fuel pipe of your Rotair Air Compressor, carefully check all pipes to locate where the air is infiltrating.
General| Free Air Delivery | 2.2 m³/min |
|---|---|
| Working Pressure | 7 bar |
| Engine | Kubota D902 |
| Engine Power | 16.1 kW |
| Weight | 520 kg |
| Width | 1350 mm |
Explains key terms used in the manual for clarity and understanding.
Details how to identify the specific machine model and its data from the nameplate.
Lists the standards and directives the machinery complies with for safety and design.
Provides an overview of the motor compressor's function, application, and operating conditions.
Lists overall specifications like dimensions, mass, fuel capacity, and tire data for both models.
Details specific performance parameters of the compressor unit, including pressure and flow rates.
Provides specifications for the diesel engine powering the compressor, including brand, power, and emissions.
Details specifications for the machine's electrical battery, such as voltage, capacity, and discharge current.
Specifies the operating temperature range and humidity limits for the machinery.
Reports the noise level produced by the machinery during operation as per EU directive.
Explains various hazard symbols and their meanings to ensure user safety.
Lists actions that are strictly prohibited during operation or maintenance to prevent accidents.
Highlights mandatory actions like using PPE and important user notices for safe operation.
Provides general advice, disclaimers, and rules for using the manual and related documents.
Defines the intended and permitted applications for the motor compressor.
Specifies prohibited uses and potential liabilities for non-compliance.
Identifies potential risks remaining even with proper use and precautions.
Details safe procedures for securing and transporting the machinery.
Provides guidelines for safely lifting and moving the machinery using appropriate equipment.
Specifies safety measures and requirements for towing the road-certified version of the compressor.
Instructions for correctly installing and parking the compressor to ensure stability and safety.
Outlines essential safety rules to follow during all maintenance and repair operations.
Describes the structural frame, axle system, and towing connection features.
Details the machine's outer casing, its access features, and ventilation openings.
Refers to the engine details provided in Section 2 of the manual.
Explains the internal workings of the air compression system, including screw rotors.
Describes the function and safety features of the air-oil separator tank.
Explains the belt drive system connecting the engine and compressor for power transmission.
Details the operator's interface for monitoring pressure, hours, and pilot lamps.
Identifies and describes the instruments and controls on the operator panel.
Explains the meaning of various indicator lights on the control panel for machine status.
Details the types, ratings, and locations of fuses used in the electrical system.
Describes the function and wiring of the lighting system for road-certified models.
Explains the system for lubricating and cooling machine components using oil.
Describes the air intake, compression, separation, and delivery circuit.
Details how the engine speed is automatically regulated based on air demand and system pressure.
Step-by-step instructions for preparing the machine before initial operation.
Procedures for safely starting the motor compressor engine and systems.
Guidelines for operation while the machine is actively working, including ventilation checks.
Steps for correctly shutting down the motor compressor and discharging pneumatic pressure.
Recommended actions after the machine has been stopped, such as cleaning.
Procedures for checking and adjusting engine operating speeds using specialized equipment.
Instructions for managing the engine's maximum rotational speed, emphasizing not to alter it.
Instructions for calibrating the engine's minimum idle speed, requiring qualified personnel.
How to check and adjust the compressor's output air pressure if it deviates from specifications.
How to check and adjust the minimum operating air pressure, ensuring gauge reliability.
Details the function and operation of the self-restraint emergency stop system.
Step-by-step guide on using the emergency stop button for immediate machine shutdown.
Procedure for checking the functionality of the safety valve located on the oil separator tank.
Defines routine maintenance and lists periodic operations to keep the machine operational.
A schedule of recommended maintenance tasks and their frequencies for optimal functioning.
Specifies torque values for correctly tightening screws and bolts according to coupling classes.
General heading for detailed maintenance procedures for various machine parts.
How to inspect, clean, or replace the air intake filter cartridge.
Procedures for checking the battery fluid, terminals, and charge state.
Steps for replacing damaged or non-functional fuses in the machine's electrical system.
Instructions for replacing bulbs in the machine's lighting system.
Guide on how to check and adjust tire pressure to the correct level.
How to clean the radiator fins for optimal cooling performance.
Table for determining the correct antifreeze mixture based on temperature.
Procedure for inspecting and cleaning the oil recovery nozzle for proper function.
Steps for draining the fuel tank to remove water contamination.
Instructions for replacing the diesel pre-fuel filter to ensure clean fuel supply.
Refers to the user manual for brake system checks and component replacement.
How to periodically check the tightness of wheel bolts to ensure secure attachment.
Steps for replacing the oil filter on the compressor unit.
Recommends suitable oils and procedures for changing compressor oil.
How to check the oil mist separator for proper function and potential replacement.
Steps for replacing the oil separator filter, ensuring proper seal lubrication.
Refers to the engine manufacturer's manual for engine-specific controls and maintenance.
Guidelines for checking, adjusting tension, and replacing drive belts for optimal operation.
Steps for safely dismantling the machine and segregating waste materials.
Procedures for taking the machine out of service at the end of its mechanical life.
Guidelines for managing and disposing of various types of waste generated by the machine.
