Chilled water systems are a proven cooling solution ideal for medium to larger structures. Using a centralized plant design, these systems produce chilled water that is then distributed throughout the building to individual air handlers. At the end of the line, these air handlers deliver conditioned, cool air directly into the occupied spaces. This centralized approach makes chilled water systems highly efficient for larger facilities like hospitals, campuses, and office complexes, offering reliable temperature control while minimizing energy consumption across the entire structure. 

In a chilled water system, air handlers are crucial components located throughout the building. They receive the cold water generated by the central plant and use it to cool the air before distributing it into different rooms and zones. These end-of-the-line units ensure that every part of the structure experiences consistent, comfortable temperatures. Properly sized and maintained air handlers not only maximize the efficiency of the chilled water system but also enhance indoor air quality and occupant comfort. 

Air compressors play a vital supporting role in both pneumatic tool operations and older hydronic systems, including those using chilled water or boiler-based heating. In shop environments where pneumatic tools are in use, reliable air compressors are non-negotiable for daily productivity. Similarly, in building systems, compressors can assist in controlling valves and actuators critical to system operation. Although air compressors are generally very dependable, routine inspections are important—a close look can often reveal hidden wear or damage before it leads to costly repairs or system downtime.