Turbomiser Free-Cooling
The Turbomiser Free-Cooling system is a high‑performance, air‑cooled chiller designed for outdoor installation. Features include microchannel condensers, flooded evaporators, and oil‑free magnetic‑bearing centrifugal compressors, ensuring exceptional efficiency, reliability, and overall system performance. Free-Cooling and Glycol-Free Free-Cooling variants offer further opportunities for energy savings and operational flexibility.
Höjdpunkter
- Advanced microchannel condensers featuring exceptional heat transfer performance and optimized for reduced footprint, low noise and serviceability
- Flooded shell-and-tube evaporators specifically engineered for its application, ensuring optimal thermal performance
- Turbocor oil-free, magnetic-bearing centrifugal compressors deliver significant energy savings, superior performance, and remarkably low noise emissions
- Automatic free cooling control, allowing seamless part and full free-cooling transition
- Minimized environmental impact with low-GWP refrigerants
- Compact footprint to optimize space utilization
- Lower electrical consumption, delivering significant savings
Produktbeskrivning
High-efficiency heat exchangers are installed in front of the condenser coils. This configuration allows the system to operate whenever ambient conditions are low enough to cool the chilled fluid without engaging the refrigeration compressors, delivering significant energy savings. Positioning the free cooling coil ahead of the condenser enables partial “pre-cooling” of the fluid before any remaining cooling load is handled by the refrigerant circuit, further improving efficiency. Free cooling is particularly effective in applications with higher chilled fluid temperatures, such as data centers, where ambient conditions permit the system to operate for the majority of the year. The Glycol-Free variant utilizes plate heat exchangers with a very close approach temperature, providing hydraulic separation between the free cooling and chilled fluid circuits. This design eliminates the need for glycol in the main water circuit, further improving the combined systems efficiency.