Walk Behind Floor Scrubber X5

Scrub Rider X5 Product Specifications:

Working Voltage: DC 24V
Battery Life: 3-4 hours
Fresh Water Tank Capacity: 60 L
Cleaning Width: 520mm
Cleaning Speed: 0-5km/h
Noise Level: 55 dB(A) 
Disc Brush Motor Power: 550 W
Disc Brush Rotational Speed: 180 rpm/min
Water Regulation: Mechanical 

Battery Capacity: Maintenance-Free Lead-Acid 100AH
Estimated Productivity: 3000 m²/h
Dirty Water Tank Capacity: 65 L
Water Suction Width: 860 mm
Operation Power: 1150W
Water Suction Motor Power: 500 W
Squeegee Weight: 6.7 kg
Brush Contact Pressure: 25 kg
Water Level Protection Device: Float Ball 
Machine Weight: 145 kg
Machine Dimensions (L x W x H) (mm): 1300 x 860 x 1060
Packaging Dimensions (L x W x H) (mm): 1420 x 640 x 1290

Product Features:

• Chassis: The chassis adopts a pallet-style steel frame structure, providing robust support and durability, and the cast aluminum disc brush cover is corrosion-resistant.
• Pressurizing Device: Equipped with a spring-type pressurizing device, it adds 5kg of cleaning pressure to the ground, enabling the deep cleaning for industrial floors with heavy oil stains, and the cleaning effect is remarkable.
• Rotomolding Body: The body of the machine is shaped through adopting the hollow rotational molding technology, which ensures that it will neither deform nor crack, making it more sturdy and durable.
  
• Battery Configuration: Two 100AH Maintenance-Free Lead-Acid Batteries. The machine's full-charge battery life is up to 3-4 hours. 
  
• Water Suction Motor: A AMETEK Water Suction Motor is selected. The suction power is increased by 20% compared to the old model, while reducing power consumption by nearly 10%.
  
• Water Suction System: The stainless-steel squeegee is integrally formed and has the properties of being rust-proof and corrosion-resistant. It ensures that there is no water residue on the ground after suction.
  
• Motor Protection System: The float ball device in the dirty water tank and a water level observation port of the clean water tank prevents water from entering the motor due to misoperation.
  
• Mechanical Assistance: The disc brush is angled at fifteen degrees to the ground to reduce its contact area with the surface, while utilizing the inertial force generated by the rotating disc brush to propel the floor scrubber. This significantly reduces the physical energy consumption of users.
  
• Operating System: The device features an intuitively designed control panel with independent switches and clearly segmented functional zones, enabling users to operate it independently after just a single training session.
• Smart System: Users can opt to install a liquid crystal integrated control panel and a smart IoT system. Through this system, users can monitor the equipment's usage in real-time and achieve intelligent perception, recognition, and management functions.