Fregadora TENNANT FCS T681 D85

The TENNANT FCS T681 D85 scrubber-dryer is a ride-on industrial cleaning machine designed to address the needs of large indoor areas. With a coverage of up to 5,073 m² per hour, this scrubber-dryer is ideal for demanding applications in environments such as warehouses, factories, shopping malls and other high-traffic commercial or industrial spaces. Its robust design and ability to handle large areas make it an efficient and durable solution for intensive cleaning operations.

The FCS T681 D85 is available with disc or cylindrical heads, allowing it to adapt to different types of surfaces. Disc heads operate at speeds up to 200 RPM, while cylindrical heads reach up to 850 RPM, providing effective cleaning even in the toughest conditions. With an adjustable downward pressure of up to 60 kg (on the 850 mm version), this machine ensures deep and uniform cleaning on hard floors, effectively removing embedded dirt.

The TENNANT FCS T681 D85 features a 100-liter solution tank and a 110-liter recovery tank, allowing operators to work for extended periods without the need to stop to empty or refill the tanks. This significantly improves productivity, reducing downtime and optimizing cleaning operations in large facilities. Its acoustic level of only 75 dBA ensures that the scrubber dryer can be used in noise-sensitive environments without disrupting daily activities.

Powered by battery, the FCS T681 D85 offers up to 3.5 hours of autonomy, allowing long working days without the need for frequent recharging. The machine is equipped with a traction system that facilitates handling on wide surfaces, and its ergonomic seated-driver design ensures comfortable and efficient operation, reducing operator fatigue during prolonged tasks.

With a length of 1,504 mm and a width of 942 mm to 1,090 mm, depending on the type of head, the FCS T681 D85 is easy to maneuver in large spaces. This scrubber dryer is a powerful and efficient tool, designed to maximize productivity and deliver exceptional cleaning results in the most demanding environments.