The Fan Assessment Numeration System (FANS) is a measurement device for generating ventilation fan performance curves. Three different-sized FANS currently exist for assessing ventilation fans commonly used in poultry and livestock housing systems. All FANS consist of an array of anemometers inside an aluminum shroud that traverse the inlet or outlet of a ventilation fan. The FANS design has been updated several times since its inception and is currently in its fourth-generation (G4). The current design iteration (FANS-G4) is reported in this article with an emphasis on the hardware and software control, data acquisition systems, and operational reliability. Six FANS-G4 units were fabricated at the University of Kentucky (UK) Agricultural M...
A large portion of energy use in buildings is attributed to air movement devices. Accurate estimatio...
ABSTRACT: This study aim to develop a system, called FANS-N, for evaluation the exhaust fans in the ...
Ventilation fans are the driving force behind the exchange of air that is necessary to create a heal...
A device for in-situ fan airflow measurement, called the Fan Assessment Numeration System (FANS) dev...
The use of velocity traverses to measure in-situ air flow rate of ventilation fans can be subject to...
The Fan Assessment Numeration System (FANS) is an improved air velocity traverse method for measurin...
This publication describes how to use fan performance and system resistance data to achieve the desi...
Accurate ventilation rate data are essential to maximizing the quality of aerial emission measuremen...
Instrumentation and procedures have been developed to characterize mechanical ventilation system cap...
Ventilation rate estimates play an important role in evaluating the thermal environment and determin...
Accurate ventilation rate (VR) data are essential to maximizing the quality of aerial emission measu...
This publication describes efficiency and design factors to consider when selecting a ventilation fa...
This publication describes the most common types of ventilation fans and compares their physical and...
Smith et al., Fan Selection and Maintenance. Manhattan, KS, Kansas State University, December 2000
Research on agricultural air quality (AAQ), especially for obtaining reliable data of air pollutant ...
A large portion of energy use in buildings is attributed to air movement devices. Accurate estimatio...
ABSTRACT: This study aim to develop a system, called FANS-N, for evaluation the exhaust fans in the ...
Ventilation fans are the driving force behind the exchange of air that is necessary to create a heal...
A device for in-situ fan airflow measurement, called the Fan Assessment Numeration System (FANS) dev...
The use of velocity traverses to measure in-situ air flow rate of ventilation fans can be subject to...
The Fan Assessment Numeration System (FANS) is an improved air velocity traverse method for measurin...
This publication describes how to use fan performance and system resistance data to achieve the desi...
Accurate ventilation rate data are essential to maximizing the quality of aerial emission measuremen...
Instrumentation and procedures have been developed to characterize mechanical ventilation system cap...
Ventilation rate estimates play an important role in evaluating the thermal environment and determin...
Accurate ventilation rate (VR) data are essential to maximizing the quality of aerial emission measu...
This publication describes efficiency and design factors to consider when selecting a ventilation fa...
This publication describes the most common types of ventilation fans and compares their physical and...
Smith et al., Fan Selection and Maintenance. Manhattan, KS, Kansas State University, December 2000
Research on agricultural air quality (AAQ), especially for obtaining reliable data of air pollutant ...
A large portion of energy use in buildings is attributed to air movement devices. Accurate estimatio...
ABSTRACT: This study aim to develop a system, called FANS-N, for evaluation the exhaust fans in the ...
Ventilation fans are the driving force behind the exchange of air that is necessary to create a heal...