VIPER 8L vysávač na suché vysávanie 800W 50000515

Office cleaners and facility managers need a reliable dry vacuum that handles daily dust and debris without fuss. The VIPER 8L Dry Vacuum Cleaner 800W 50000515 is built for exactly that: a compact, canister-style machine that moves easily between desks, meeting rooms, and corridors. Its 8-litre tank and powerful 800 W bypass motor deliver consistent suction for routine maintenance, while the 10 m cable and 1.9 m hose give you the reach to cover large areas without constantly swapping outlets.

Key specifications

• Power consumption: 800 W
• Voltage: 220–240 V, 50–60 Hz
• Airflow: 1834 L/min (30.5 L/s)
• Vacuum pressure: 200 mbar (20 kPa)
• Tank capacity: 8 L (dry)
• Dust bag capacity: 8 L
• Cable length: 10 m
• Hose length: 1.9 m, diameter 32 mm
• Noise level: 69 dB(A)
• Filter: cartridge filter
• Motor: 1 bypass motor
• Mobility: 2 fixed wheels, 2 swivel casters
• Housing: durable polypropylene
• Protection class: IP20
• Included accessories: crevice tool, round brush, upholstery tool, floor nozzle, telescopic tube, hose

Why choose it

This VIPER vacuum is designed for dry pickup only, making it ideal for offices, schools, and retail spaces where wet spills are not a concern. The cartridge filter is easy to access and maintain, and the bypass motor is protected from dust ingestion for longer life. The combination of fixed wheels and swivel casters gives you stability on straight runs and agility around furniture. With a 10 m cable, you can clean an entire floor from a single outlet, reducing downtime.

Ideal use cases

• Daily maintenance of offices, meeting rooms, and corridors
• Schools and educational facilities
• Retail spaces and showrooms
• Hotels and hospitality areas
• Any dry-only cleaning environment

Good to know

The VIPER 8L Dry Vacuum Cleaner is a robust, no-nonsense machine for everyday dust and debris. Its compact canister design and long cable make it a practical choice for professional cleaners who need reliable performance without the complexity of wet/dry models.