The Haier 1D 60 Series 7 H3R-330WNA is a versatile and efficient refrigerator designed to meet the needs of modern households. Boasting a freestanding design in a classic white colour, it integrates seamlessly into any kitchen decor. This model is packed with features to preserve your food fresher for longer, reduce energy consumption, and offer convenience.
Key Features
- Large 330L capacity suits family grocery needs perfectly.
- Dimensions 595x675x1910mm, space-efficient for most kitchens.
- A-rated for energy, consuming only 66 kWh annually.
- Operates quietly at 38 dB for kitchen tranquility.
- No Frost system prevents ice, promotes even cooling.
- Features reversible doors for adaptable kitchen placement.
- LED display on door for straightforward temperature control.
- Includes automatic defrost to maintain food quality.
Climate Class T
This refrigerator operates reliably in extreme temperatures up to 43°C. Its robust design ensures consistent performance in varied environments, making it perfect for areas experiencing high ambient temperatures, while safeguarding the freshness and nutritional value of your food.
Touch Control Type
The refrigerator features a contemporary touch control interface, offering a user-friendly way to adjust settings. This modern approach streamlines operation, providing an intuitive experience that blends seamlessly with its sleek exterior, enhancing both functionality and kitchen aesthetics.
Incandescent Lamp
Inside, an incandescent lamp provides bright, warm lighting, enabling you to easily locate and access items throughout the day or night. This efficient lighting solution adds convenience and visibility, making meal prep simpler and more enjoyable.
Electronic Control
This refrigerator utilizes electronic control for precise temperature management. By enabling accurate adjustments, it ensures that your food is stored under optimal conditions, helping to preserve freshness, prevent spoilage, and reduce waste.
Door Gasket Type (Push-in Gasket)
It features a push-in door gasket, creating a tight seal that keeps cold air inside and warm air out. This efficient design enhances temperature stability, reduces energy consumption, and contributes to the unit's overall energy efficiency.
