Thanksgiving Deal Perlick Signature Series 2.8 Cu.ft Indoor Dual-zone Beverage Center W/ Stainless Steel Glass Door, Hinge Left, W/ Lock Up To 70% Off [aTep5U91]

Perlick Signature Series Dual-Zone Beverage Center

Introducing the Perlick Signature Series 2.8 cu.ft Indoor Dual-Zone Beverage Center, a premium appliance designed for those who appreciate the finer things in life. This elegant unit combines the durability of marine-grade materials with the sophistication of a stainless steel glass door, making it a perfect addition to any home, yacht, or outdoor kitchen.

Key Features and Specifications

Experience the ultimate in wine preservation with the Perlick Signature Series. This dual-zone beverage center features Perlick’s RAPIDcool™ forced-air refrigeration system, ensuring fast and even cooling for both red and white wines. With temperature control between 33°F and 65°F, your wines will be stored at their ideal conditions. The stainless steel glass door not only adds a sleek, modern look but also ensures durability in high-humidity and salt-air settings.

• Stainless Steel Glass Door: Aesthetically pleasing and durable for coastal and outdoor environments.
• RAPIDcool™ Refrigeration: Fast and even cooling for precise temperature control.

Practical Uses and Benefits

Whether you’re hosting a dinner party or simply want to keep your favorite beverages at the perfect temperature, the Perlick Signature Series Beverage Center is the ideal choice. Its whisper-quiet variable speed compressor minimizes noise, making it perfect for any setting. The eco-friendly R600a refrigerant and UL-rated outdoor use make this unit a sustainable and versatile cooling solution.

• Quiet Operation: Whisper-quiet variable speed compressor for a peaceful experience.
• Sustainable Cooling: Eco-friendly R600a refrigerant and UL-rated for outdoor use.

With its full-extension, smooth-glide wine racks and soft LED interior lighting, the Perlick Signature Series Beverage Center offers effortless access to your bottles while enhancing visibility without generating heat.