Engineered Systems
  Home
  Subscribe
  eNewsletters
  Subscription Customer Service
  Online
  Web Features
  Webinars
  Podcasts
  ES-TV Videos
  Blog
  White Papers
  Products
  Boiler Microsite
  Current Issue
  Cover Story
  Features
  Columns
  Case In Point
  Issues and Events
  Departments
  Letters to the Editor
  Green Intelligent Buildings Supplement
  ES Glossary
  Calendar of Events
  HVAC Challenge
  HVAC Designer Tips
  The Facility Files
  Product Info(Free)
  Resources
  Archives
  Digital Edition Archives
  Career Center
  Back2Basics
  Mechanical Products Sourcebook
  Industry Links
  Market Research
  PennWell Books
  ES Info
  Today's Boiler Advertising
Search in: EditorialProductsCompanies
Water heaters

June 29, 2009

ARTICLE TOOLS
EmailEmailPrintPrintReprintsReprintsshareShare



AERCO introduces the SmartPlate line of water-to-water heaters that help reduce system energy costs by utilizing brazed plate-and-frame designs suited for use with high-efficiency condensing boilers. Capable of supporting up to 90 gpm domestic loads at a 100° F rise, these fully packaged, instantaneous heaters incorporate real-time load tracking capabilities and responsive controls to maintain accurate hot water temperatures under diversified load patterns common in commercial and institutional applications.

Available in both brazed-plate, single wall and plate-and-frame, double wall configurations, all SmartPlate water heaters incorporate a PID temperature controller and a high turndown, electronic control valve to maintain outstanding ±2° F temperature control when operated under constant load conditions with variances held to ±4° F under normal load changes. AERCO’s state-of-the-art controls package also supports remote monitoring and easy integration with building automation system (BAS) software via Modbus communications protocol.

While SmartPlate heaters can be paired with any hydronic boiler in a domestic hot water (DHW) application, the line is especially well suited for use with today’s condensing boilers. The units can utilize boiler water as little as 5° F above the required potable water temperature to yield system-wide energy savings. Specifically, such a system design will minimize radiation losses while also helping drive the low return water temperatures within the boiler loop to maximize the opportunity to operate the boilers in high-efficiency, condensing mode.

AERCO


|PrintEmail

Did you enjoy this article? Click here to subscribe to the magazine.








BNP Media