Chilled Beams
Improve Comfort and Energy Efficiency
YORK® Active and YORK® Passive Chilled Beams provide maximum comfort while reducing energy usage. These systems use chilled water to transfer heat and reduce air that is moved throughout a building. Their compact design makes chilled beams ideal for retrofit applications where space is limited.
BENEFITS
FLEXIBLE DESIGN
These versatile systems can meet the requirements of any installation.
REDUCED UPFRONT COSTS
Chilled beams require less vertical space, which reduces material costs per floor.
LOWER MAINTENANCE COSTS
There are no moving parts that require repair or replacement.
QUIET OPERATION
The absence of fans eliminates overall sound.
- Up to 40 CFM and 1,700 BTUh per linear foot
- Maximized airflow for optimal energy efficiency
- Quiet operation and minimized overall sound
- Up to 40 CFM and 1,700 BTUh per linear foot
- Maximized airflow for optimal energy efficiency
- Quiet operation and minimized overall sound
- Up to 40 CFM and 1700 BTUh per linear foot
- Maximized airflow for optimal energy efficiency
- Quiet operation and minimized overall sound
- Up to 40 CFM and 1,000 BTUh per linear foot
- Maximized airflow for optimal energy efficiency
- Quiet operation and minimized overall sound
- Up to 500 BTUh per linear foot
- Quiet operation and minimized overall sound
- Ideal for retrofit applications where space is limited
- Up to 500 BTUh per linear foot
- Quiet operation and minimized overall sound
- Ideal for retrofit applications where space is limited
- Up to 65 CFM and 3,700 BTUh
- Maximized airflow for optimal energy efficiency
- Quiet operation and minimized overall sound
- Up to 20 CFM and 750 BTUh per linear foot
- Maximized airflow for optimal energy efficiency
- Quiet operation and minimized overall sound
- Up to 20 CFM and 750 BTUh per linear foot
- Maximized airflow for optimal energy efficiency
- Quiet operation and minimized overall sound
- Up to 20 CFM and 750 BTUh per linear foot
- Maximized airflow for optimal energy efficiency
- Quiet operation and minimized overall sound
- Up to 20 CFM and 750 BTUh per linear foot
- Maximized airflow for optimal energy efficiency
- Quiet operation and minimized overall sound
- Up to 20 CFM and 750 BTUh per linear foot
- Maximized airflow for optimal energy efficiency
- Quiet operation and minimized overall sound