Q-PAC Joins AMCA and Breaks Ground on the New AMCA 270 Airflow Tunnel
On June 10, 2025, Q-PAC, known for its advanced multimotor plenum fans, made a significant announcement that highlights its commitment to innovation in HVAC technology. The company is set to join the Air Movement and Control Association (AMCA) International, a pivotal move that underscores Q-PAC's dedication to enhancing the industry standards for airflow measurement.
In conjunction with its AMCA membership, Q-PAC is investing in the construction of a cutting-edge AMCA 270 airflow tunnel, which is expected to be operational by the fall of this year. This facility is designed to meet rigorous AMCA 270 testing standards, aimed at enhancing the precision and reliability of airflow measurement for its multimotor plenum fans. With this new setup, Q-PAC will not only solidify its leadership role in fan design but also contribute substantially to defining global HVAC airflow standards.
The CEO of Q-PAC, Matt Kent, expressed the company’s innovative agenda by stating, "We’ve created a new type of fan, and while the industry is skeptical, we aim to prove that building owners deserve more than outdated solutions. Many new air handlers still rely on technology that is over fifty years old, which is unacceptable. Our advancement into AMCA standards aims to revolutionize performance measurement in our sector."
Kent further elaborated on how the performance of multimotor fans can be misleading if measured solely based on the performance of single motors within ECM plug-fans. He emphasized the importance of obtaining experimental data that truly represents the operational capabilities of fans with multiple motors. This initiative represents Q-PAC's resolve to set new benchmarks for airflow technology.
The forthcoming airflow tunnel will revolutionize testing capabilities, accommodating a wide range of configurations from 2,000 to 70,000 CFM for individual fans. This will ensure that each Q-PAC fan is crafted with meticulous attention to detail, primed to meet the evolving demands of modern HVAC systems across critical sectors like healthcare, education, and commercial infrastructure, where efficient airflow is paramount to user comfort.
In joining AMCA, Q-PAC thus acknowledges not only its responsibility towards innovation but also reinforces its commitment to adhering to best practices as validated by third-party verification. This membership allows Q-PAC to collaborate with other industry leaders, contributing to the dialogue around best practices and advancements in airflow technology.
Through strategic investments in both infrastructure and partnerships, Q-PAC is dedicated to realizing its goal of manufacturing the most sophisticated fans available in the market today. This focus is not just about growing as a company but about redefining what modern HVAC solutions can accomplish. In conclusion, Q-PAC is poised at the forefront of an industry transformation, ensuring it delivers the high-quality performance that contemporary facilities demand.
For further details about Q-PAC and its industry innovations, visit q-pac.com or reach out to their representative. As they continue to raise the bar with new technologies, Q-PAC surely is a company to watch in the coming years.
In conjunction with its AMCA membership, Q-PAC is investing in the construction of a cutting-edge AMCA 270 airflow tunnel, which is expected to be operational by the fall of this year. This facility is designed to meet rigorous AMCA 270 testing standards, aimed at enhancing the precision and reliability of airflow measurement for its multimotor plenum fans. With this new setup, Q-PAC will not only solidify its leadership role in fan design but also contribute substantially to defining global HVAC airflow standards.
The CEO of Q-PAC, Matt Kent, expressed the company’s innovative agenda by stating, "We’ve created a new type of fan, and while the industry is skeptical, we aim to prove that building owners deserve more than outdated solutions. Many new air handlers still rely on technology that is over fifty years old, which is unacceptable. Our advancement into AMCA standards aims to revolutionize performance measurement in our sector."
Kent further elaborated on how the performance of multimotor fans can be misleading if measured solely based on the performance of single motors within ECM plug-fans. He emphasized the importance of obtaining experimental data that truly represents the operational capabilities of fans with multiple motors. This initiative represents Q-PAC's resolve to set new benchmarks for airflow technology.
The forthcoming airflow tunnel will revolutionize testing capabilities, accommodating a wide range of configurations from 2,000 to 70,000 CFM for individual fans. This will ensure that each Q-PAC fan is crafted with meticulous attention to detail, primed to meet the evolving demands of modern HVAC systems across critical sectors like healthcare, education, and commercial infrastructure, where efficient airflow is paramount to user comfort.
In joining AMCA, Q-PAC thus acknowledges not only its responsibility towards innovation but also reinforces its commitment to adhering to best practices as validated by third-party verification. This membership allows Q-PAC to collaborate with other industry leaders, contributing to the dialogue around best practices and advancements in airflow technology.
Through strategic investments in both infrastructure and partnerships, Q-PAC is dedicated to realizing its goal of manufacturing the most sophisticated fans available in the market today. This focus is not just about growing as a company but about redefining what modern HVAC solutions can accomplish. In conclusion, Q-PAC is poised at the forefront of an industry transformation, ensuring it delivers the high-quality performance that contemporary facilities demand.
For further details about Q-PAC and its industry innovations, visit q-pac.com or reach out to their representative. As they continue to raise the bar with new technologies, Q-PAC surely is a company to watch in the coming years.
Topics Consumer Technology）
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