SAV Systems’ Post

When mechanical systems sit idle for extended periods, uncoated iron components exposed to water will naturally oxidize. Join us for our upcoming webinar as we discuss this, the harm it can do to surfaces within the pump, and the eventual effect on the performance and efficiency of the HVAC system. Register today https://bit.ly/3Ge03mf and don't forget to bring your questions.

Presenter Spotlight: Todd Jekel, PhD Presentation: Application and Considerations for Internal Relief in Industrial Refrigeration Systems IIAR 2 allows internal overpressure relief when the design pressure of a component is higher than the design pressure of the downstream components. Details of the selected pressure relief device (i.e., liquid or vapor certified) are not prescribed by IIAR 2, only descriptions like "intended to be completely full of liquid", etc. The result is variability with respect to the design and application of internal relief. This session will identify and address these differences. Register: https://buff.ly/3vu7ZxT Housing: https://buff.ly/41f7hQY #IIAR2024Conference #IIAR #NaturalRefrigeration

Webinar Invitation - Science Behind Commercial Refrigeration We are excited to invite to you to a webinar that delves into the intricate science behind commercial refrigeration. We are very pleased to have this webinar presented by our Allied Member Bill Smith from Turbo Air Inc. REGISTER NOW: https://lnkd.in/gzycusAC   This webinar will cover:  1.     What is refrigeration and how does it work?  2.     The fundamental principles of thermodynamics in refrigeration.  3.     An In-depth look at the Components  4.     Types of Refrigerants   5.     Electrical Information in Commercial Refrigeration  6.     Remote/Split Systems: Comparisons and Applications 

R134A Refrigerant Properties https://lnkd.in/d_sK7pH4 Thermodynamic Properties (R134A)

Understanding Dry Bulb vs Wet Bulb Thermometers... Join us LIVE on August 15 for PDH HVAC Online Psychrometrics Part 1 - How To Read The Psychrometric Chart >>> https://lnkd.in/gVrC3bMM

Dive into the world of HVAC with Elliot and Bert in Part 1 of our Refrigeration Basics series! They break down the science that keeps your home cool and comfy, explaining the four main components of HVAC systems: the compressor, condenser, metering device, and evaporator. Understanding these parts and their functions can make all the difference in mastering HVAC systems. From pressure and temperature basics to the laws of thermodynamics, this video is your go-to guide for getting started! Watch now and turn the heat down on confusion: https://buff.ly/4eJqOPN #HVACBasics #Refrigeration101 #LearnHVAC #CoolingSystems #ScienceOfCool #HVACSchool

When selecting air handling units (AHUs), the importance of casing specifications cannot be overlooked. Eurovent guidebooks highlight how critical features like L1, D1, T2, TB2, and F9 classifications influence overall performance and efficiency: ✔ L1 Air Tightness: Ensures minimal leakage, crucial for energy efficiency, preventing unwanted energy loss. ✔ D1 Mechanical Strength: Guarantees the casing’s structural integrity under operational pressures, enhancing durability. ✔ T2 Thermal Transmittance: Provides efficient thermal insulation, reducing energy consumption by maintaining stable internal temperatures. ✔ TB2 Thermal Bridging: Reduces the risk of condensation by minimizing heat transfer at the casing’s junctions and connections. A TB2 class indicates low thermal bridging, which helps prevent condensation on the casing surfaces, thereby protecting the structure and internal components from moisture damage and enhancing overall energy efficiency. ✔ F9 Bypass leakge: Ensures high-efficiency filtration, effectively capturing fine particulates as air passes through the filter, essential for maintaining optimal indoor air quality and comfort. These casing characteristics significantly affect an AHU’s functionality, from lowering operational costs to improving environmental comfort and sustainability. Prioritize these specifications to ensure your HVAC system operates at peak efficiency. 🌍 Find extensive information on Eurovent Quality Criteria for Air Handling Units: https://lnkd.in/gkBP9ZSy

R134A Refrigerant Properties https://lnkd.in/dQRUkUPk Thermodynamic Properties (R134A)

R134A Refrigerant Properties https://lnkd.in/dYyRg6Ck Thermodynamic Properties (R134A)

Maximise efficiency and performance with the new Vitocal 200-A Pro: Designed for HVAC engineers. Viessmann are adding to their commercial heat pump range with the Vitocal 200-A Pro, which provides both heating and cooling. It’s available in heating outputs of 32, 64 or 128 kW and can be cascaded to 1,024 kW. Enhanced Vapour Injection ensures high heating water flow temperatures even in cold temperatures (for example 65°C flow temperature at -7°C). Learn more https://bit.ly/3OBSHxO