FY-2100SS
- Body material: ABS imported engineering plastic, whole machine injection molding, beautiful and elegant, acid and corrosion resistant;
- Water tank structure: adopts a large opening water tank design, which is more convenient and efficient for water injection and sewage maintenance;
- Vacuum suction assembly: Using die cast aluminum suction suction suction, beautiful, sturdy, more durable, suitable for various ground environments;
- Anti collision configuration: using soft rubber smooth transition wheels to enhance collision protection capabilities;
- Overload protection: Equipped with motor overload protection device to improve the service life of the motor;
- Filtering device: using a transparent wave net for easier and more convenient cleaning and maintenance;
- Control system: minimalist panel button layout, simple and practical, with low maintenance costs;
- Floating ball component: effectively protects the water ingress rate of the motor and extends the service life of the suction motor;
- Tire hub: wear-resistant polyurethane anti slip wheel hub, with stronger anti thunder and wear resistance.
High Work Efficiency
Efficient Cleaning: Industrial sweepers can clean thousands or even tens of thousands of square meters of floor space per hour, far exceeding the efficiency of manual cleaning. This high efficiency enables large-scale cleaning tasks to be completed in a shorter amount of time, significantly reducing operation time. Automation: Some industrial sweepers are equipped with automation features, reducing manual operation and further enhancing work efficiency.
Low Cost
Reduced Labor Costs: A single industrial sweeper can replace the work of multiple cleaning staff, thereby reducing the human resource costs for businesses. Additionally, it addresses issues such as difficulty in hiring, managing, and the high wages associated with manual cleaning staff. Electricity and Maintenance Savings: While industrial sweepers require electricity to operate, their power consumption is significantly lower than that of manual cleaning methods. Furthermore, the maintenance costs of industrial sweepers are relatively low, requiring only regular inspections and servicing. Reduced Consumption of Cleaning Supplies: Industrial sweepers minimize the use of water, cleaning agents, and other supplies during the cleaning process, further lowering cleaning costs.
Excellent Cleaning Results
Comprehensive Cleaning: Industrial sweepers employ rotating brushes or suction devices to thoroughly remove dust, ash, paper scraps, debris, and various other types of dirt and stains from the floor. Reduced Secondary Pollution: Equipped with efficient filtration systems, industrial sweepers minimize secondary pollution during the cleaning process, maintaining clean air quality.
High Safety Performance
Human-Machine Safety Devices: Industrial sweepers are equipped with human-machine safety devices such as emergency stop buttons and collision sensors, enabling immediate shutdown in case of unexpected situations, thus protecting the safety of operators. Reduced Occupational Risks: The use of industrial sweepers minimizes the risk of accidental injuries that may occur during manual cleaning, such as slips and falls.
Sturdy and Durable, Enhancing Corporate Image
Durability: Industrial sweepers are typically manufactured with high-quality materials, making them sturdy and durable with a long service life. This means businesses can rely on these machines for long-term floor cleaning tasks without the need for frequent replacements.
| model | unit | |
| Cleaning width | mm | 2100 |
| work efficiency | ㎡/h | 15000 |
| Climbing ability | % | 25 |
| Main brush length | mm | 800 |
| Power source | V/ah | 48V/103Ah/150Ah/203 |
| Continuous working hours | h | 5-8 |
| Garbage bin capacity | L | 240 |
| Water tank capacity | L | 200 |
| Drive power | W | 1800 |
| Electric high-pressure pump | W | 1500 |
| Water gun pressure | kg | 130 |
| Main brush/fan/side brush/vibrating dust power | W | 800/310/100*4/100*2 |
| Turning radius | – | Product Category |
| Maximum working speed | km/h | 10 |
| Dimensions (length * width * height) | mm | 2300*2000*1950 |
| Net weight | kg | 800 |
