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Manitowoc CVDT1200 Remote Air-Cooled Condensing Unit for IB-1090C - 208-230V/1ph
Manitowoc CVDT1200 Remote Air-Cooled Condensing Unit for IB-1090C - 208-230V/1ph
- Remote Heat Dissipation: The Manitowoc CVDT1200 eliminates kitchen heat by relocating the condensing unit to a remote outdoor location.
- QuietQube Compatibility: Specifically designed for the IB-1090C ice machine to provide a whisper-quiet front-of-house environment.
- Standard 208-230V Power: Operates on a single-phase electrical connection, ideal for most commercial restaurant applications.
- All-Weather Durability: Housed in a heavy-duty galvanized cabinet built to withstand extreme outdoor temperatures and weather.
- Improved Ice Production: Enhances ice machine efficiency by providing superior cooling performance compared to standard self-contained units.
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The Manitowoc CVDT1200 is a dedicated remote air-cooled condensing unit engineered specifically for the Indigo® NXT IB-1090C QuietQube® ice machine head. By moving the compressor and condenser coils away from the ice production zone, the CVDT1200 effectively eliminates the noise and heat exhaust typically associated with high-capacity ice making. This remote configuration is the premier choice for dining rooms, upscale bars, and open-concept kitchens where a quiet atmosphere and comfortable ambient temperature are essential. Built to Manitowoc's rigorous industrial standards, this unit provides the reliable 208-230V single-phase power necessary to sustain high-volume ice production throughout the day.
- Compatibility: Designed exclusively for the Manitowoc IB-1090C Ice Machine Head
- Electrical: 208-230V / 60Hz / 1-Phase
- Cooling System: Remote Air-Cooled (CVD Technology)
- Quiet Operation: Removes compressor noise from the service area for a "QuietQube" experience
- Construction: Corrosion-resistant galvanized steel housing for outdoor or remote indoor mounting
- Efficiency: Lowers kitchen cooling costs by venting heat outside the building
- Reliability: Engineered for peak performance in high-ambient temperature environments