SC PRO 8000
1500 Cubic Feet
- Liquid-temperature-measuring bottle probe
- Advanced digital controller
- Dynamic airflow with quiet operation technology
- Condensate management system
- Coated evaporator coil
- Front or rear power switch
- Single-piece mounting bracket
- Durable powder-coated finish
The SC Series is our easiest-to-install, self-contained cooling unit. It does not require an HVAC-R technician to install.
The SC PRO Series embodies the latest and greatest system design technologies in an all-new housing design. Developed upon feedback directly from customers and installers, the unit incorporates a variety of high-end components at an affordable price point. By combining powerful airflow with quiet operation technology, the SC PRO is unrivaled when it comes to efficiently cool small to mid-sized wine cellars.
What separates the original SC Series from the SC PRO Series? The SC PRO comes complete with a new blower fan system that optimizes performance while operating at a significantly lower noise level. It also reintroduces a condensate management system, which effectively evaporates up to 3oz. of water an hour. This management system renders the drain line as an additional safeguard rather than a definite need.
The SC PRO Series is a direct replacement for one of the most well-known cellar cooling units, the XLT. Designed for simple, through-the-wall installation, the unit fits between standard wall studs and a single-piece mounting bracket eliminates the need for a support shelf. The SC PRO has a 30°F temperature differential. In order to keep your cellar at 55°F, the condenser intake temperature should not exceed 85°F. This makes interior installation ideal for SC Series units.
- Self-contained units require adequate ventilation on the exhaust side of the unit to dissipate the heat generated during operation.
- The condenser intake temperature should not exceed 85°F.
The BTU/h value shown here is a theoretical number. There are often circumstances under which a cellar design may require a larger unit due to variables not accounted for in the formula. For example, these variables could be building materials (such as glass, stone, concrete, etc.) which do not offer the insulation capacity required to maintain the optimal cellar environment. We recommend purchasing a unit with a larger capacity to compensate for these unaccounted-for variables. An undersized unit can lead to premature failure and will most likely prevent the cellar from reaching your desired temperature.