SAMSUNG 617L SIDE BY SIDE FRIDGE FREEZER NON PLUMBED GENTLE BLACK - RS64DG53R3B1FA
SAMSUNG 617L SIDE BY SIDE FRIDGE FREEZER NON PLUMBED GENTLE BLACK - RS64DG53R3B1FA
The Samsung RS64DG53R3B1FA is a premium 617L side-by-side refrigerator, blending sleek design with cutting-edge technology for the modern kitchen. Here’s a detailed breakdown of its standout features:
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SpaceMax™ Technology: This innovative feature maximizes internal storage without increasing the external dimensions. Perfect for those who need to store large amounts of groceries.
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Non-Plumbed Water & Ice Dispenser: Convenient access to chilled water and ice without the hassle of plumbing. No installation headaches – just plug and play for immediate use.
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WiFi Connectivity & SmartThings Compatibility: Control your fridge from anywhere using the SmartThings app. Adjust the temperature, check on your food, or receive alerts if the door is left open – all from your smartphone.
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Digital Inverter Compressor: The energy-efficient compressor adjusts its speed according to cooling demand, which not only reduces electricity consumption but also extends the life of the fridge. Backed by a 20-year warranty, it’s built for longevity.
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Sleek Gentle Black Finish: The stylish black finish adds a touch of sophistication to your kitchen. The surface is resistant to fingerprints, ensuring it stays pristine with minimal effort.
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Spacious 617L Capacity: With abundant storage, this fridge features deep door bins, adjustable shelves, and a dedicated wine rack, making it ideal for families and those who entertain guests frequently.
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All-Around Cooling: Ensures even cooling throughout the fridge, so your food stays fresher for longer by maintaining consistent temperatures.
The Samsung RS64DG53R3B1FA side-by-side fridge has the following dimensions:
- Width: 912 mm
- Height: 1780 mm (with hinge)
- Depth: 716 mm (with door handle)
For installation purposes, it's recommended to leave at least 50 mm of space from the rear wall and 29 mm from the sides to ensure proper ventilation and functionality