Fisher & Paykel RF500QNUX1 498L Plumbed-In American Fridge Freezer, Ice & Water,Stainless Steel
The Fisher & Paykel RF500QNUX1 features a sophisticated blend of style and functionality in the 79cm wide Series 7 Quad Door American Fridge Freezer range. The total volume is 498 litres, comprising a refrigerator of 324 litres and a freezer of 174 litres, allowing for all your storage needs without compromising on noise, generating only 40dB. It features an ActiveSmart™ Foodcare and Clever Energy system, thus enabling one to store food in a responsible manner. The added touch of Wi-Fi capability, adjustable glass shelves, and eco-friendly refrigerant make it ideal for the modern eco-sensitive home.
ACTIVESMART™ FOODCARE
ActiveSmart™ Foodcare learns how you live. It’s technology which understands how you use your refrigerator and adjusts temperature, airflow and humidity inside to help keep food fresher for longer.
CLEVER ENERGY
With an exceptional 4.5 star energy rating, this refrigerator adapts to daily use by cooling and defrosting only when necessary. This means it uses the energy it needs without compromising on food care.
SLIMLINE DESIGN
With a sleek, slimline design and recessed handles, this quad door refrigerator is perfect for compact kitchens. Choose from natural stainless steel or elegant black stainless steel to suit your kitchen aesthetic.
HUMIDITY CONTROL
The humidity bin in this refrigerator is designed to help extend the freshness of your produce. It creates a unique microclimate within the bin, compared to the main refrigerator compartment, ensuring your fruits and vegetables stay fresher for longer.
DESIGN QUALITY
Our refrigerators are designed and built using robust, quality materials, with stainless steel exteriors and solid glass for the interior shelving.
SLIMLINE WATER DISPENSER AND ICE MAKER
The slimline dispenser makes it easy to fill almost any sized jug or vessel with cool filtered water, while fresh ice is always available for you in a dedicated freezer bin. Use the boost feature during busy times to increase ice production.
