Elevate your wine storage with the KingsBottle 36" (900mm) Wide Under Bench Dual Zone Wine Fridge, a sleek and sophisticated solution designed for American wine enthusiasts.
Perfectly sized for seamless integration under countertops in kitchens, home bars, or dining areas, this front-venting fridge combines style and precision to keep your collection at its best. With dual-zone cooling, you can store your Napa Valley Cabernet at 60°F (16°C) and your Oregon Pinot Gris at 46°F (8°C), ensuring every bottle is served at its ideal temperature.
This premium fridge holds up to 68 bottles (standard 750ml, up to 86mm diameter), making it ideal for intimate gatherings or building your wine collection. The Low-E glass door minimizes condensation for a clear view of your wines and provides UV protection to preserve their quality.
Cooling
Bottle Capacity 68 Bottles
Temperature Zones Dual Zone
Temperature Range 35°F to 68°F (2°C to 20°C)
Compressor Embraco Fixed-Speed Compressor
Construction
Door Type low_e_glass
Electrical & Size
Volume 6.70 CF (190 Liters)
Noise Level 42.0 dB
Weight 69.0 lb
Dimensions (W x D x H) 35.43" W x 23.46" D x 33.46" H
Installation Type
Built-In or Freestanding
Ventilation Requirement
Front Venting – Allows built-in installation with no rear clearance required for operation
Clearance Note
No clearance is required for operation. Additional space is recommended to facilitate installation, ventilation efficiency, and maintenance access.
Installation Considerations
The illustrated cutout dimensions allow for proper door swing and full access to pull-out shelves when installed as a built-in appliance. If installing between frameless cabinets, a 1/2" (12 mm) filler strip or side panel may be required on the hinge side. The filler strip acts as a spacer between the appliance and adjacent cabinetry, ensuring unobstructed door movement.
Installation Note
Ensure the unit is installed on a level surface and positioned according to the specified cutout dimensions. Proper alignment and spacing should be maintained to allow full door operation, structural stability, and optimal performance.
