Electrolux ES31CB18GG varsi-imuri paristokäyttöinen kuiva grafiitti, harmaa

The Electrolux ES31CB18GG stick vacuum is a battery-operated dry vacuum cleaner in graphite and grey designed for everyday home cleaning. It delivers cordless convenience with a runtime of up to 45 minutes on a single charge and a recharge time of approximately 4.5 hours. With a reported sound level of 79 dB, the cleaner is intended for quick clean-ups and routine maintenance across different floor types without the need for water or steam.

Advantages

The cordless design eliminates the restriction of cables and enables easy maneuvering around furniture and obstacles. The extended battery runtime supports longer cleaning sessions without frequent recharging while a moderate recharge time restores battery capacity within a few hours. Dry cleaning operation is suitable for dust and debris removal on hard floors and low-pile carpets. The graphite and grey finish provides a neutral, modern appearance that integrates with a variety of home interiors.

Suitable for

Key specifications

How to use

Before first use, fully charge the vacuum for the recommended 4.5 hours. Attach the appropriate nozzle for the intended surface and switch the unit on. Move the vacuum head at a steady pace across floors to allow the motor and brush to capture dust and debris. For stairs, upholstery, or other elevated surfaces, use the handheld configuration if applicable and employ the accessory tools provided. After cleaning, switch off the unit, empty the dust container according to the manufacturer’s instructions, and store the vacuum in a dry place while keeping it charged as needed for the next use.

Recommendations

To maximize battery lifespan and cleaning performance, avoid running the vacuum on the highest power setting continuously unless necessary. Regularly empty and clean the dust container and filters to maintain suction efficiency. For optimal results on different surfaces, select the correct nozzle or accessory and perform periodic full charges rather than frequent partial charges when possible.