Hitachi Super Big 2 Top Mount Refrigerator R-V990PUQ1 BSL - 25 ft. Capacity - Inverter x Dual Fan Cooling - Extreme Climate Resilience - Selectable Mode Compartment - Triple Power Filter - Durable Tempered Glass Shelving - Brilliant Silver

The Hitachi R-V990P "Super Big 2" Refrigerator is a high-capacity cooling solution engineered for demanding environments and versatile food preservation. By utilizing dedicated airflow for each compartment, it ensures independent temperature precision, while its rugged build maintains performance even in extreme heat or during significant voltage fluctuations. Its interior is designed for maximum utility, offering specialized drawers for delicate produce and adaptable zones for varied ingredients. With a advanced filtration system to maintain a hygienic environment, this unit combines industrial-grade reliability with intuitive organization to meet the needs of a modern, busy household.

Features:

• Inverter x Dual Fan Cooling: Dedicated fans for freezer and refrigerator compartments ensure independent, efficient temperature control.

• Extreme Climate Performance: Maintains consistent cooling in ambient temperatures up to 60°C and functions without a stabilizer between 143V–300V.

• Selectable Mode Compartment: A versatile drawer that switches between Vegetable and Dairy/Meat modes to accommodate varying storage needs.

• Big Moisture-Guard Vegetable Compartment: Indirect cooling design that maintains approximately 90% humidity to keep produce crisp.

• Capacity: Total Net Capacity: 700L (Refrigerator: 514L | Freezer: 186L).

• Triple Power Filter: Advanced filtration to eliminate 99% of bacteria and common food-related odors.

• Durable Build: Tempered glass shelves capable of supporting up to 100 kg each for heavy-duty storage.

• Dimensions: 91 cm (Width) x 183.5 cm (Height) x 74.5 cm (Depth).

Engineered for elite performance and climate resilience, this refrigerator is the ultimate centerpiece for the modern kitchen, keeping your groceries perfectly fresh regardless of external conditions.