hyCLEANER® OSMOBIL MAX – Reverse Osmosis System for Cleaning Applications

hyCLEANER® OSMOBIL MAX – Reverse Osmosis System for Cleaning Applications

The OSMOBIL MAX is a high-performance reverse osmosis system engineered for demanding cleaning tasks across large-scale environments like solar parks and building façades. Delivering up to 750 liters of deionized water per hour, it ensures optimal results for photovoltaic system maintenance and other professional applications.

Designed for versatility and efficiency, OSMOBIL MAX features a smart, speed-controlled pump with dry-run protection, enabling stable operation even under fluctuating inlet pressure. The system operates via a standard 230 V connection—no three-phase power required—making it both powerful and convenient on any job site.

Its water-saving recycling mode and innovative X-Flow system provide exceptional control and resource optimization. With three operator outlets, mobile tank capability, and cloud connectivity for GPS tracking and remote monitoring, the OSMOBIL MAX is a future-ready solution built for performance, reliability, and sustainability.

Key Features:

• Delivers up to 750 L/h of pure water—ideal for large-scale cleaning projects
• Smart, speed-controlled pump with dry-run protection for consistent performance
• Water recycling mode reduces fresh-water demand by up to 25%
• X-Flow system enables precise manual control and minimizes water usage
• Three outlets support simultaneous operation by up to three users

Specifications:

• Pure water output: Up to 750 L/h
• Power supply: 1.1 kW / 230 V, 50 Hz
• Inlet TDS (max.): 1,000 ppm
• Salt rejection rate: ≥ 95%
• Water recovery: 40 – 75%

References:

• Mobile pure-water tank station with sensor-controlled filling
• Connected via OSMOBIL Cloud for remote monitoring and GPS tracking
• Durable stainless-steel housing with low-cost maintenance

Made in Germany, the OSMOBIL MAX is engineered for durability, low operating costs, and ergonomic handling—providing a reliable solution for professional cleaning teams tackling large surfaces efficiently and sustainably.