This sophisticated under-the-counter cooler has two individual compartments, allowing you to store and chill all your favorite beverages at their ideal temperature. With adjustable temperature ranges on both sides, you can easily set the perfect temperature for your wine, beer, spirits, and fizzy drinks.
- The cooler's vibration-free cooling compressor and state-of-the-art fan work together to distribute cool air throughout the cabinet, ensuring temperature uniformity in the entire cooler. The high-end digital display controllers allow you to precisely monitor and adjust the temperature settings as needed, ensuring that your beverages are always perfectly chilled.
- The elegant stainless steel glass door hardware adds a touch of sophistication to any bar, restaurant, or home. The charged tempered safety glass is coated with two layers of UV protection, keeping your wine safe from both incandescent and fluorescent light sources. The LOW E glass also helps prevent condensation, ensuring that your cooler always looks its best.
- For added convenience, the cooler comes with seven beech wood shelves, two glass shelves, one wire shelf, and one wire basket, all of which are easy to remove to tailor your wine cooler and beverage center storage needs.
- The cooler's front-vented heat dispersion systems allow you to build it into cabinets with minimal clearance, giving you even more design flexibility.
- For security, the cooler comes with a lock and spare key to protect your stock from unauthorized access.
- The aesthetic interior LEDs display your beverages in stunning light, making it easy to find the drink you're looking for.
Volume: 6.50 Cu.ft (184L), Capacity: 58 cans (11.2 OZ) and 31 bottles of wine. This cooler can be installed as built-in or free-standing, front venting. With a quiet and durable vibration-free cooling compressor, it operates at a noise level of less than 42dB for minimal disruption.
For a reliable and efficient cooling option, this sophisticated cooler is the perfect choice to keep your beverages at their optimal temperature.