Provided by CaptiveAire Systems 1 CEUs available Course Description: A little TLC goes a long way in ensuring your unit performs the way it should. Whether you're a seasoned tech, and engineer, or an owner with a knack for DIY, this video gives you all the steps, tips and tricks to keep an HVAC unit in tip top shape. Prerequisite Knowledge: None. Learning Objective 1: Understanding how to properly and safely disassemble and inspect an HVAC unit. Learning Objective 2: Understanding how to properly clean and maintain heat pre-filters, exchange coils, drain pans and drains. Learning Objective 3: Understanding what cooling and heating parameters must be tested and verified during preventive maintenance. Learning Objective 4: Understanding how to correctly and safely make adjustments to indirect fired heaters. To access, https://www.youtube.com/watch?v=TDMlGDtu20shttps://www.youtube.com/watch?v=TDMlGDtu20s
EPP Flexible Date Events - TA
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2 events,Provided by CaptiveAire Systems Inc. 1 CEU provided Course Description: Fan wheels move air through your HVAC system, but their basic design is shared with machines such as water wheels, pumps, and even jet engines. In this presentation, we intuitively explain essential turbomachinery concepts as we develop and test several fan wheel prototypes. Prerequisite Knowledge: None. Learning Objective 1: To achieve a basic understanding of specific speed, specific diameter, and how they relate to one another and influence fan design using the Cordier diagram. Learning Objective 2: To achieve a basic understanding fan blade angle, shockless fluid entry and tangential fluid velocity using Euler’s Pump/Turbine equation. Learning Objective 3: Understanding how fan design changes as fans are scaled for HVAC applications. Learning Objective 4: Understanding the basics of different fan testing methodologies. Click here to access the webinar - https://youtu.be/Bh7pHLedo8c |
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3 events,Provided by Perlick 1 CEU available Either In-Person or Virtual Corrinne Walenda offers a glimpse into the future of beverage service with this fast-paced session exploring 10 emerging trends redefining the drinks landscape in 2025 and beyond. From the rise of botanical beverages and boundary-pushing martinis to the return of maximalism, theatrical bartending, and the growing demand for sophisticated low- and no-alcohol cocktails — this class unpacks what’s driving consumer tastes and how bars must evolve in response. We'll connect these trends to practical implications for bar layout, equipment selection, and operational flow, offering actionable takeaways for foodservice design consultants and their architects and clients. Ideal for: Foodservice design consultants, F&B directors, architects,interior designers, equipment specifiers, and anyone shaping the future of hospitality spaces. To schedule, contact Corrinne Walenda at corrinne.walenda@perlick.com or 414-399-8859. Provided by Middleby 1 CEU available This course explores how beverage trends are reshaping consumer behavior, social spaces, and modern hospitality. Participants will learn why beverages have become powerful drivers of experience, community, and affordability; how third spaces and warm service encourage guests to linger and connect; and how personalization, wellness, and non-alcoholic innovation are redefining beverage menus. The course also examines emerging flavor and seasonal trends, the role of beverages as accessible “little luxuries,” and how operators are responding to rising costs and labor challenges. Finally, participants will gain insight into how beverage automation supports 24/7 access, consistency, customization, and operational efficiency—while still delivering a high-hospitality guest experience. To schedule, contact Meghan Daro at mdaro@middleby.com or (610) 810-6038. Provided by Multiteria 1 CEU available Learning Objectives: 1) Serving Line Design: Learn how to specify various serving line types, considering operational needs and food safety. 2) Frame Construction: Differentiate modular, uni-body, and millwork foodservice equipment construction methods. 3) Welding Quality: Learn how to evaluate weld quality and its impact on structural integrity and sanitation. 4) Hot & Cold Wells: Understand design considerations for temperature control, insulation, energy efficiency, and food safety. 5) Health & Safety: Apply health, safety, and wellness principles to equipment selection and layout. Jason Carroll: Having 30 years of experience in the construction industry, Jason brings a unique perspective in dealing with Multiteria clients. Jason has worked closely with many companies ranging from dealers, general contractors, architects and building owners in that time. His career has been built on creating paths to connect good people and adding the value of great products. To request an On-Demand Live Presentation, email Hello@multiteriausa.com |
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2 events,Provided by CaptiveAire Systems 1 CEUs available Course Description: A little TLC goes a long way in ensuring your unit performs the way it should. Whether you're a seasoned tech, and engineer, or an owner with a knack for DIY, this video gives you all the steps, tips and tricks to keep an HVAC unit in tip top shape. Prerequisite Knowledge: None. Learning Objective 1: Understanding how to properly and safely disassemble and inspect an HVAC unit. Learning Objective 2: Understanding how to properly clean and maintain heat pre-filters, exchange coils, drain pans and drains. Learning Objective 3: Understanding what cooling and heating parameters must be tested and verified during preventive maintenance. Learning Objective 4: Understanding how to correctly and safely make adjustments to indirect fired heaters. To access, https://www.youtube.com/watch?v=TDMlGDtu20shttps://www.youtube.com/watch?v=TDMlGDtu20s Provided by CaptiveAire Systems Inc. 1 CEU provided Course Description: Fan wheels move air through your HVAC system, but their basic design is shared with machines such as water wheels, pumps, and even jet engines. In this presentation, we intuitively explain essential turbomachinery concepts as we develop and test several fan wheel prototypes. Prerequisite Knowledge: None. Learning Objective 1: To achieve a basic understanding of specific speed, specific diameter, and how they relate to one another and influence fan design using the Cordier diagram. Learning Objective 2: To achieve a basic understanding fan blade angle, shockless fluid entry and tangential fluid velocity using Euler’s Pump/Turbine equation. Learning Objective 3: Understanding how fan design changes as fans are scaled for HVAC applications. Learning Objective 4: Understanding the basics of different fan testing methodologies. Click here to access the webinar - https://youtu.be/Bh7pHLedo8c |
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