Petlibro Dockstream drinker
Petlibro Dockstream drinkerPetlibro Dockstream Cordless is a wireless cat drinker that combines functionality with safe use. Thanks to its rechargeable power supply (5000 mAh), the drinker can run for up to 30 days without recharging, allowing you to set it up anywhere - without tangled cables or power limitations. It's a great solution for people who value convenience and tidiness at home, as well as for cats who need constant access to fresh water.
Operating modes to suit your cat's needsThe device offers two modes of water flow: a continuous mode, available when plugged in, and a radar-sensing mode that starts the water when the cat approaches - plus activates an automatic 42-second flow every hour to keep the water fresh. This is an effective way to encourage your pet to drink regularly.
Quiet operation and advanced water circulationThe drinker operates extremely quietly - just 23 dB - so it doesn't disturb the home's silence, even at night. The advanced internal design ensures optimal water circulation, which translates into constant freshness and no noise.
Efficient filtration systemThe four-layer filtration system removes heavy metals, dander, dust and unpleasant odors. The water stays clean and fresh all day long. The filter's design is covered by patent protection, confirming its effectiveness and innovation.
Built-in safety featuresThe drinker is equipped with a lack of water sensor - when the level drops below the minimum, the pump automatically shuts off, which prevents overheating. In addition, the FOD (Foreign Object Detection) function detects the presence of metal objects in the base and also cuts power to the pump to prevent failure.
Easy cleaning and water refillingThe tank is easy to disassemble and clean - just remove the components and rinse them under running water (the base is not waterproof). The 2.5-liter capacity is sufficient for several days of use, reducing the frequency of water topping up. LED indicators indicate when the water level is low and the battery needs to be recharged.
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