Nilfisk MH 5.5M-220/1100 FA 400/3/50 EU
Advanced performance for maximum uptime
The MH Advanced series is designed for professional businesses that demand high capacity, long uptime, and reliable performance in challenging environments. The machine delivers powerful and efficient hot water cleaning while minimizing operating costs and downtime. When using biofuel, CO2 emissions can be reduced by up to 80%, making the model a sustainable choice for the future.
The biofuel-compatible boiler is at the heart of this innovation, providing the flexibility to choose fuel based on need and availability.
Features and benefits
Flexible motor and pump options adapted for different industries and work intensity
Efficient hot water technology that dissolves oils, grease, and lubricants faster than cold water
Anti-Stone system that minimizes limescale deposits in hard water
Extra machine protection in soft water for optimal operation and longer lifespan
Biofuel compatibility with support for diesel and biodiesel
Locked presets that ensure consistent and uniform cleaning results
Language-adapted and intuitive user interface
Quick controls and personalized settings for specific cleaning needs
Robust and waterproof interface designed for harsh environments
Step-by-step troubleshooting and maintenance guides that reduce unnecessary service visits
Support for Nilfisk Service App for quick diagnostics and more efficient service management
Technical specifications
Pump pressure: 220 bar
Cleaning power: 6.6 kg
Voltage/frequency: 400 V / 3-phase / 50 Hz
Power consumption: 7.9 kW
Sound pressure level: 77 dB(A)
Operating sound level: 96 dB(A)
Water flow: 1050 l/h
Water temperature (water/steam): 90 °C / 150 °C
Heating capacity: 85 kW
Fuel consumption (Δt = 45 °C): 4.6 kg/h
Boiler/engine fuel type: Diesel / Biodiesel
Fuel tank: 30 liters
Detergent tanks: 2 x 10 liters
Nozzle size: .0550
Max. inlet water temperature: 30 °C
A powerful hot water pressure washer for industry, transport, agriculture, and construction where high water capacity, long uptime, and reduced environmental impact are crucial.
