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Air Handling System Controls https://lnkd.in/dsiQpYhm Shows the general arrangement for the four-channel control of an air handling system serving one zone in which the four channels control, in sequence, heating → heat recovery → fresh air (‘free’ cooling) → chilled water-based cooling.

Air Handling System Controls https://lnkd.in/dU3Ziei3 Shows the general arrangement for the four-channel control of an air handling system serving one zone in which the four channels control, in sequence, heating → heat recovery → fresh air (‘free’ cooling) → chilled water-based cooling.

Air Handling System Controls https://lnkd.in/dVkDF_Pe Shows the general arrangement for the four-channel control of an air handling system serving one zone in which the four channels control, in sequence, heating → heat recovery → fresh air (‘free’ cooling) → chilled water-based cooling.

❄️ Is Your Commercial Plantroom Ready for Winter? ❄️ Did you know that 59% of energy use in commercial buildings comes from HVAC systems? 📊 As temperatures drop, the demand on your heating systems rises, making efficiency more critical than ever. One key culprit that reduces system efficiency is magnetite buildup – a thick, black sludge caused by corrosion in pipework. ❗ Why does this matter? - Magnetite can block pipework and heat exchangers - It reduces heat transfer efficiency - It increases energy consumption and maintenance costs ✨ The Solution: VEXO’s X-POT ✨ The X-POT side stream filtration unit actively removes magnetic and non-magnetic debris, improving water quality, reducing energy waste, and preventing costly breakdowns. 🔧 By integrating the X-POT into your plantroom, you can: ✅ Improve system performance ✅ Reduce energy costs ✅ Extend the lifespan of your equipment Don’t let poor water quality cost your business this winter. Take action now to optimise your plantroom efficiency with VEXO. 👉 Learn more about the X-POT and our full range of solutions here: https://lnkd.in/eU9CssnB #PlantroomEfficiency #HVAC #WaterTreatment #EnergySavings #CommercialHeating #VEXOInternational

Air Conditioning Condensate Calculation https://lnkd.in/d7Rxbjvc Air conditioning condensate is the water that is produced as a result of the cooling process in an air conditioning system. When the air conditioning system cools the air in a building, it removes moisture from the air, which condenses on the cool coils of the air conditioning system. This condensation is collected and drained away through a condensate drain pipe. The water that is collected in the condensate drain is typically referred to as air conditioning condensate.

Chillers play a crucial role in efficient cooling solutions ❄ From air-cooled to water-cooled systems, each type offers distinct advantages. Understanding these differences empowers facility managers and building owners to make informed decisions, ensuring optimal performance and energy efficiency. Learn more ⬇ #Chillers #CoolingSystem #MechanicalGroup #HVACconstruction

Do you want to decarb your rooftops on your next retrofit? Thinking of going all electric on your next project? Rebel Applied and Rebel heat pumps eliminate or minimize electrical infrastructure modifications making the transition to heat pump technology much easier with Daikin.

Air Conditioning Condensate Calculation https://lnkd.in/dAgBH7cX Air conditioning condensate is the water that is produced as a result of the cooling process in an air conditioning system. When the air conditioning system cools the air in a building, it removes moisture from the air, which condenses on the cool coils of the air conditioning system. This condensation is collected and drained away through a condensate drain pipe. The water that is collected in the condensate drain is typically referred to as air conditioning condensate.

The Daikin Rebel units are ideal when designing a low pressure VAV Diffuser System…..let us help you to optimize comfort and energy savings on your next project..

Types of Centralized Cooling Systems https://lnkd.in/dyHqVKj5 The most common types of cooling system can been classified as centralized or partially centralized air/water systems, or local systems.