Karcher Drier BR 30/1 C Bp Commercial Floor Scrubber
SKU: 1.783-051.0
C$1,192.00Price
DESCRIPTION
Choose the Karcher BR 30/1 C Bp Pack for ultra-compact, cordless, and efficient floor cleaning. Ideal for maintaining hygiene on hard flooring surfaces like tiles and safety floors, this scrubber offers up to 20% better cleaning results and up to 60% quicker drying times compared to manual cleaning. Powered by Karcher’s 18V lithium-ion battery, this machine is designed for smaller spaces, such as offices, shops, medical facilities, hotels, and schools, providing productivity with ease. The integrated pre-sweeping function with hair pick-up comb ensures dust and dirt removal before scrubbing, reducing the need for dusting or vacuuming, thus saving time and costs.
FEATURES
- Superior Cleaning Performance: Achieves up to 20% better cleaning than manual methods with excellent dirt, water, and debris pickup.
- Quick Drying: Reduces slip risks with up to 60% faster drying times for safer, more productive cleaning.
- Enhanced Hygiene: Effectively removes dirty water and contaminants, minimizing pathogen spread and cross-contamination risks.
- Lithium-Ion Battery: Part of Kärcher’s 18V Battery Universe, offering long life, short charging, and interim charging options for improved productivity.
- Pre-Sweeping Function: Integrated feature collects dirt and hair, reducing the need for separate dusting or vacuuming.
TECHNICAL SPECIFICATIONS
- Battery Platform: 18V Karcher Battery Universe
- Drive Type: Battery-powered
- Traction Drive: Advance by brush rotation
- Working Width: 300 mm
- Fresh/Dirty Water Tank: 1 L / 0.7 L
- Battery Type: Removable lithium-ion
- Battery Voltage: 18V
- Battery Capacity: 2.5 Ah
- Runtime per Charge: Max. 50 minutes
- Battery Charging Time: 80% in 44 min, 100% in 70 min
- Brush Speed: 500-650 rpm
- Sound Pressure Level: 55 dB(A)
- Total Weight: 11 kg
- Dimensions (L x W x H): 340 x 305 x 1200 mm
SCOPE OF SUPPLY
- Battery and Charger Included
- Roller Brush
EQUIPMENT
- 2-tank system for effective water separation
