Aspirador cilíndrico Karcher VC 3 — aspirador a seco para casa, 700 W, 0,9 L sem saco, HEPA 13, tubo telescópico, mangueira de 1,5 m

The compact Kärcher VC 3 cylinder vacuum cleaner with multi-cyclone technology cleans without a filter bag, using a transparent 0.9 L dust container that makes it easy to see when emptying is needed. With a 700 W motor and HEPA hygiene filter, the VC 3 is designed for dry cleaning of hard floors and carpets in flats and smaller houses while keeping noise at approximately 76 dB.

Advantages

The bagless multi-cyclone system eliminates the need to buy or replace filter bags and reduces unpleasant odours. The transparent dust container provides quick visual control of fill level. A HEPA hygiene filter captures fine particles such as pollen and other allergens. Compact dimensions and a weight of 4.4 kg make the vacuum easy to handle and store.

Suitable for

• Dry cleaning of hard floors
• Dry cleaning of carpets and rugs
• Everyday vacuuming in flats and smaller houses
• Homes where allergy-sensitive filtration is required

Key specifications

• Type: Cylinder vacuum
• Cleaning type: Dry
• Maximum input power: 700 W
• Dust capacity: 0.9 L (transparent container)
• Filtration: HEPA hygiene filter
• Noise level: approx. 76 dB
• Weight: 4.4 kg
• Colour: Yellow / White / Black
• MPN: 1.198-053.0
• EAN: 4054278991726

How to use

Assemble the vacuum according to the user manual and connect it to a standard mains outlet. Select appropriate nozzle attachments — the crevice nozzle for narrow gaps and the soft dusting brush for delicate surfaces — and switch the vacuum on. Empty the transparent dust container when the fill level is visible and clean or replace the HEPA hygiene filter according to the maintenance instructions provided by the manufacturer.

Recommendations

For best results, use the crevice nozzle and soft dusting brush for detailed cleaning and empty the dust container before it reaches maximum capacity; follow Kärcher's maintenance schedule for filter care to preserve suction performance and filtration efficiency.