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HVAC Equipment
Industrial Refrigeration
Building Automation & Controls
- Anguilla - English
- Antigua & Barbuda - English
- Aruba - English
- Bahamas - English
- Barbados - English
- British Virgin Islands - English
- Cayman - Islands - English
- Curacao - English
- Dominica - English
- Dominican Republic - Español
- Grenada - English
- Guadeloupe - English
- Haiti - English
- Jamaica - English
- Martinique - English
- Puerto Rico - English
- Puerto Rico - Español
- Saint Barthélemy - English
- Saint Kitts and Nevis - English
- Saint Lucia - English
- Saint Martin - English
- Saint Vincent & The Grenadines - English
- Trinidad & Tobago - English
- Virgin Islands - English
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- Belgium - Français
- Belgium - Nederlands
- Bosnia & Herzegovina - English*
- Bulgaria - English*
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- Czech Republic - Čeština
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- Finland - Suomeksi
- France - Français
- Germany - Deutsch
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YHAU-CW Double Effect Steam Chiller
120 – 4000 TR (422 TO 14,067 kW)
Download specs
These units are typically driven by steam that is available in CHP (cogeneration) system or industrial facilities.
These units are ideally suited for a variety of comfort or industrial process cooling applications.
Features and Benefits
Resources
- Advancing Efficiency by Design – Compared to conventional designs, the YORK® YHAU-CW Double Effect Steam absorption chiller uses an innovative two-step evaporator and absorber cycle that splits the absorption process into two steps, similar to how a series-counter-flow arrangement splits the work between two chillers. This, along with the parallel flow cycle, enables lower lithium-bromide solution concentrations, which reduces crystallization risk, reduces the potential for corrosion and improves efficiency.
- Flexible Operating Envelope – This unit is optimally suited for steam pressures that are commonly found in commercial cooling and industrial process applications.
- Minimizing Total Cost of Ownership – World-class YORK® engineering, support and service reduce the cost of ownership by simplifying startup and chiller operation over the life of the system.
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