PETLIBRO Polar Smart Pet Food Dispenser, 5L, Wi-Fi, Stainless Steel Bowl, White

The PETLIBRO Polar Smart Pet Food Dispenser is a modern, Wi-Fi-enabled automatic feeder designed to provide precise, scheduled meals for your cat or small dog. With a 5-liter capacity and compatibility with kibble sizes from 2 to 15 mm, it ensures your pet receives fresh, portion-controlled meals even when you're away. The stainless steel bowl promotes hygiene, while the infrared sensor prevents overflow. Backup battery support keeps your pet fed during power outages.

Advantages

Smart scheduling via the Petlibro App allows up to 10 meals per day with customizable portion sizes (1-50 portions, approx. 5-10g each). The 10-second voice recorder lets you call your pet to mealtime. Anti-clog design and included desiccant bag maintain food freshness. Removable, dishwasher-safe parts make cleaning effortless.

Suitable for

• Cat and small dog owners seeking automated feeding schedules
• Pet parents who travel frequently or have irregular hours
• Households with multiple pets needing controlled portions

Key specifications

• Brand: PETLIBRO
• Model: PL-AF109-31B
• EAN: 754932368621
• Food Capacity: 5 Liters
• Connectivity: Wi-Fi (2.4GHz)
• App Control: Yes (Petlibro App)
• Max Meals Per Day: 10
• Portion Size Range: 1-50 portions (approx. 5-10g per portion)
• Voice Recorder: 10-second custom message
• Primary Power: DC 5V/1A Adapter
• Backup Power: 3x D-cell batteries (not included)
• Backup Battery Life: Up to 30 days
• Bowl Material: Food-grade Stainless Steel
• Desiccant Bag: Included
• Anti-Clog Design: Yes
• Infrared Sensor: Yes (prevents overflow)
• Material: Food-grade ABS Plastic
• Cleaning: Removable, dishwasher-safe parts
• Indicator Lights: LED
• Colour: White

Recommendations

For optimal performance, use dry kibble within the specified size range. Ensure the dispenser is placed on a flat, stable surface. Regularly clean the bowl and hopper to maintain hygiene. The backup batteries are recommended for uninterrupted operation during power failures.