A Look at How This Important Device Works in the HVAC Industry
In the world of HVAC, an airflow transducer is a device that converts an airflow signal into an electronic signal for a VAV controller to regulate a damper and provide airflow to a space.
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Topics:
Static Pressure,
Terminals,
Controls,
Thermal Comfort,
HVAC Fundamentals,
HVAC,
Engineering,
Design Engineering,
Tech Tip
An Energy-Efficient Way to Enhance Individual Zone Control and Thermal Comfort
The HVAC industry’s evolving demand for energy-efficient systems has created opportunities for the development of new solutions and the innovation of existing designs. This includes the Horizontal Low-Profile Fan Coil (FCH): the modern-day fan coil for enhancing individual zone control and thermal comfort.
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Topics:
Static Pressure,
Fan Coils,
HVAC Fundamentals,
HVAC,
Engineering,
Design Engineering,
Filtration
Precise and Accurate Airflow Control
Venturi valves are devices designed to control airflow for room pressurization and fume hood air containment. They are most often used in spaces that require precise and accurate airflow control, protecting occupants from hazardous airborne gases and particles through proper ventilation.
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Topics:
Static Pressure,
HVAC Fundamentals,
HVAC,
Engineering,
Design Engineering
Creating Comfort, Efficiency and Sustainability with VAV Diffusers
High performance air systems demand modern design approaches with leading-edge
products and technology in order to optimize comfort and reduce energy consumption. A
comfortable environment is achieved by providing the smallest possible zones of temperature
control, allowing for individual temperature distribution and better air movement. Reduction
in energy is realized by designing a low-pressure HVAC system that allows for maximum
turn-down while maintaining temperatures.
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Topics:
GRD,
Diffusers,
Static Pressure,
Pressure Drop,
Thermal Comfort,
HVAC Fundamentals,
HVAC,
Engineering,
Design Engineering
In duct design and installation, system effect is the generation of higher than expected pressure drops through changes in duct direction or geometry. It can also be caused by improper installation of fittings, which result in excessive, unanticipated turbulence in the airflow. In short, system effect is the installed pressure drop which is different from the design pressure drop.
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Topics:
System Effect,
Static Pressure,
Outlet Conditions,
Pressure Drop,
Velocity Profile,
Inlet Conditions