Nilfisk MH 3.5C-180/780 PAX 400/3/50 EU
Advanced hot water technology for maximum uptime and lower operating costs
The MH Advanced series is developed for operations that require high performance, long uptime, and operational reliability in demanding environments. The machine combines powerful cleaning with reduced operating costs, minimized downtime, and the potential to cut CO2 emissions by up to 80% when using biofuel.
The biofuel-compatible boiler is at the core of this innovation, providing both flexibility and future-proof operation.
Features and benefits
Flexible motor and pump options that allow for operating times tailored to various industries
Efficient hot water technology that breaks down oils, grease, and lubricants more effectively than cold water
Anti-Stone system that minimizes limescale deposits when used with hard water
Additional machine protection for soft water, ensuring optimal performance and extended lifespan
Biofuel compatibility with the option to use diesel or biodiesel
Locked pre-settings that ensure consistent cleaning results regardless of the user
Intuitive and language-adapted user interface for easy operation
Quick control and personalized pre-settings for specific cleaning tasks
Robust and waterproof user interface adapted for tough environments
Step-by-step guides for troubleshooting and maintenance that reduce unnecessary service visits
Support for the Nilfisk Service App which enables quick diagnostics and more efficient service management
Technical specifications
Pump pressure: 180 bar
Cleaning power: 4.2 kg
Voltage/frequency: 400 V / 3-phase / 50 Hz
Power consumption: 5.3 kW
Sound pressure level: 83 dB(A)
Operating sound level: 102 dB(A)
Water flow: 710 l/h
Water temperature (water/steam): 90 °C / 150 °C
Heating capacity: 51 kW
Fuel consumption (Δt = 45 °C): 2.3 kg/h
Fuel type boiler/engine: Diesel / Biodiesel
Fuel tank: 15 liters
Chemical tank: 1 x 10 liters
Nozzle size: .0400
Max. inlet water temperature: 30 °C
A professional hot water pressure washer for industry, vehicles, agriculture, and construction where efficient cleaning, sustainable operation, and reduced environmental impact are crucial.
