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The biggest difference between a split chiller system and a packaged chiller is that its condensing and evaporating components are not in the same unit. This article explains its structural features and advantages.
View detailsProtect your chiller system with the right filters. Learn about chiller filter types, functions, and typical installation locations.
View detailsCompare soft starters and VFD in chiller systems. Understand their roles, differences, and which motor control method suits your application.
View detailsCompare common thermal oils used in industrial chillers and learn how to choose the best fluid for your cooling system's temperature range.
View detailsGlycol concentration is commonly referred to as the coolant ratio, which represents the volume ratio between water and glycol in the coolant mixture. This article discusses the impact of an incorrect coolant ratio on industrial chillers.
View detailsEnsure your chiller matches operating conditions by considering Inlet Water Temperature for optimal performance and reliability.
View detailsSingle-phase and three-phase chiller systems have different power needs and applications. Know the key considerations before choosing your chiller.
View detailsDifferent countries and regions have mandatory requirements for electrical, energy efficiency, and environmental performance. This article explains the common international chiller certifications.
View detailsChillers need to operate continuously for extended periods after startup, so some components are susceptible to natural wear and tear and accidental damage.This article explains common wearing parts and critical spare parts to help you plan ahead.
View detailsIn areas with cold winters, Outdoor chillers are prone to freezing during winter. Frozen chillers can lead to costly repairs and prolonged downtime. Why do chillers freeze? How to prevent freezing?
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