Krueger: Chilled Beams Krueger has formed a strategic partnership with Halton to be the exclusive North American distribution channel for the Halton Chilled Beam and Displacement Ventilation product lines. Chilled beam technology has recently gained the attention of our industry due to the potential energy savings associated with using water in combination with air to condition the space. By volume, water can transfer 10 times more energy than air thus providing more efficient chiller performance and up to 60% reduction in the required air handler CFM output. Additionally, chilled beams adapt easily to many different energy sources and provide the flexibility to meet many room layout applications. With the optional integral supplemental cooling valve, additional conditioned air can be supplied to the space during high occupancy periods, then reduced during unoccupied periods to minimize unnecessary energy consumption and sub-cooling of the space. Applications for Chilled Beams: Both cooling and ventilation required Cooling capacities of 15 - 40 BTU/h/ft 2 Air flow requirement is < 1.5 cfm/ft 2 Ceiling lower than 13 ft BY
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Krueger: Chilled Beams
Krueger has formed a strategic partnership with Halton to be the exclusive North American distribution channel for the Halton Chilled Beam and Displacement Ventilation product lines.
Chilled beam technology has recently gained the attention of our industry due to the potential energy savings associated with using water in combination with air to condition the space. By volume, water can transfer 10 times more energy than air thus providing more efficient chiller performance and up to 60% reduction in the required air handler CFM output. Additionally, chilled beams adapt easily to many different energy sources and provide the flexibility to meet many room layout applications. With the optional integral supplemental cooling valve, additional conditioned air can be supplied to the space during high occupancy periods, then reduced during unoccupied periods to minimize unnecessary energy consumption and sub-cooling of the space.
Applications for Chilled Beams: Both cooling and ventilation required Cooling capacities of 15 - 40 BTU/h/ft2 Air flow requirement is < 1.5 cfm/ft2 Ceiling lower than 13 ft
BY
Temperature Equipment Corporation 17725 Volbrecht Rd. Lansing, IL 60438 708.418.0900 www.tecmungo.com
Active Chilled Beam
DOAS Fan Powered Box with Non-condensing Cooling Coil
Occupant Comfort Distributes conditioned air above the occupied zone at relatively low velocities and temperature difference with a fixed quantity of ventilation air
Low Sound Levels Low pressure induction nozzles, combined with sensible cooling coils, result in sound levels well below the maximum recommended for any type of space, including schools, hotel rooms, and health care facilities
Space Savings Very low space requirement in the plenum, allowing for more flexibility in the location of units
Lower Operating Costs Water is up to 10 times more efficient than air in transferring energy which can yield up to a 60% reduction in the required air handler CFM - Higher temperature chilled water is utilized (57-62°F), thus providing more efficient chiller performance
Adaptable Active Chilled Beams This exclusive technology combines an active chilled beam with a integral VAV damper to allow for flexibility of space use for zones such as conference and meeting rooms – combines perfectly with CO2-based demand controlled ventilation schemes
DOAS Fan Power Terminal Units Ideal for perimeter zones on a chilled beam project because it uses a sensible only cooling coil supplied with the same water that is feed to the chilled beams, but also allows for the addition of a heating coil
Chilled beams can help projects earn LEED Points
Passive Chilled Beam
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