To Next PageTo Next PageWhat to do if temperature sensors are defective in Rotair MDVN 26K 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 Air Compressor?
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 Air Compressor?
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 Air Compressor?
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 MDVN 26K?
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 | 2.6 m³/min |
|---|---|
| Working Pressure | 0.7 MPa |
| Engine Power | 9.7 kW |
| Power | 9.7 kW |
| Weight | 0.15 t |
Details compressor specifications like service pressure, minimum pressure, and rated payload.
Outlines engine brand, type, power availability, rotation speeds, and emissions standards.
Explains various hazard pictograms (general, electrical, crushing, motion, hot surfaces, loads, pressure vessels).
Details prohibited actions like removing guards, maintenance during operation, or transit under loads.
Specifies intended applications, working outdoors, and optimal compressor-tool coupling.
Lists prohibited uses and states the manufacturer's disclaimer for non-compliance.
Identifies potential hazards such as air discharge, exhaust gases, and hood operation.
Essential safety rules for performing maintenance, ensuring machine shutdown and guards.
Essential checks before operation: leveling, electrical connections, fuel, and oil levels.
Step-by-step guide for starting the motor compressor, including key switch and lamp checks.
How to monitor and adjust the maximum air pressure output using calibration valves.
How to monitor and adjust the minimum air pressure, ensuring system integrity.
Explains the function, operation, and restoration procedure for emergency stop buttons.
How to check the functionality of the safety valve quarterly for overpressure protection.
Defines routine maintenance and its objective to restore system functionality.
Lists recommended maintenance operations and their frequencies for optimal machine function.
Details recommended oils and procedures for oil replacement, considering operating conditions.
Lists causes and solutions for engine starting issues, including battery, fuel, and sensor problems.
Identifies problems and solutions when the motor does not accelerate, related to pressure valves.
Troubleshooting for situations where the engine runs but no air is produced, checking pressure valves.
Solutions for sudden machine stops caused by temperature anomalies, checking sensors and levels.
Diagnosing and fixing issues with engine speed and air output, checking accelerators and pressure.
