Use Atosa SBB48GGRAUS2 48-Inch Glass Door Back Bar Cooler, Black Exterior for storage beer, ale, soft drinks, and ingredients for cocktails. It has a durable stainless steel body and two solid doors, which provide a clear view of the contents inside. Boasting a compact design, this cooler perfectly fits under the bar counter. Meant for commercial use, it will be a great addition to your bar, cafe, or restaurant.
| SKU | SBB48GGRAUS2 |
| Manufacturer | Atosa |
| Capacity | 11.5 |
| Color | Black |
| Refrigeration System | Self-Contained |
| Length (Inch) | 24.5 |
| Weight (Lbs) | 249 |
| Height (Inch) | 40.2 |
| Width (Inch) | 48 |
| Glass Style | Angled |
| Color | Black |
| Units of measure | EA |
| Installation Type | Free Standing |
| Material | Stainless Steel |
| Door Style | Swing |
| Number Of Doors | 2 |
| Door Type | Glass |
| Castors | Yes |
| Compressor Location | Side Mount |
| Number Of Shelves | 4 |
| Type Filter | Cooler |
Thanks to the stainless steel construction, the unit is wear- and corrosion-resistant. Equipped with an energy-saving heavy-duty Embraco compressor, this cooler works without vibration and quieter compared to the competitor models. Due to the bottom position, the compressor is easily removable for service. Moreover, it uses an eco-friendly R290 refrigerant.
Magnetic door gaskets provide complete tightness keeping the cool inside. Both doors are equipped with comfortable recessed handles and standard safety bar locks for controlled access to food and beverages inside. Glass doors provide great visibility, which simplifies the operation for bartenders. And LED lighting enhances products presentation.
Pre-installed shelves (two for each section) have an epoxy coating, which protects from rust in a moisture environment. The distance between them can be regulated just as you need. Also, this cooler comes with a built-in Dixell temperature controller, which has a digital panel for an adjustable setting. For better product preservation, the recommended temperature is between 33бµ’F - 38бµ’F.