Armstrong In The Media

As seen on thewholesaler.com – July 2016

As seen on heatinghelp.com - February 23, 2016

Armstrong Fluid Technology has recently received preapproval of its Vertical In-Line (VIL) Design Envelope (DE) pumps with integrated drives from the Office of Statewide Health Planning and Development (OSHPD) in California.

As seen on HeatingHelp.com - February 1, 2016

Both the DE 4200H and DE 4280 Series include Armstrong Design Envelope technology, with easy-to-use Sensorless control and enhanced connectivity to BAS to achieve significant efficiency improvements. The DE 4200H pumps are supplied with split-couplings and outside balanced seals while the DE 4280 pumps use a close-coupled design.

As seen on reevesjournal.com – January 2016

AHR Product Preview

The steak is just meat without some sizzle to go with it

Contractors will generally find that trade shows have a lot to offer. Between all the networking and social events, entire days of show attendance can be taken up by educational pursuits and seminars alone. Throw in a round of golf if there’s time and there you have your basic meat-and-potatoes trade show event.

As seen on heatinghelp.com - November 20, 2015

Armstrong Fluid Technology has announced the introduction of its Generation Three Design Envelope pumps featuring 33 advanced energy savings models ranging in sizes from one to 75HP.  All of these pumps are available for two to 10 day express shipment.

As seen on plumbingengineer.com : August, 2015

by Ashlei Cooper

On July 21, Armstrong Fluid Technology, in partnership with Maddock Industries, hosted engineers and building owners at the Palmer House Hilton Hotel in the Chicago Loop at one of its many international stops in its Design Envelope Symposium tour. Since the beginning of 2014, the company has been working to educate the industry on what it is calling the latest in innovative HVAC technology. The symposium centers on explaining how the technology can be applied to fluid flow systems for optimum energy efficiency in order to meet current and future energy codes.

As seen on pmengineer.com : July 23, 2015

Armstrong Fluid Technology packed 80 engineers, designers and building owners into the Honoré Room of The Palmer House Hilton Hotel July 21 in Downtown Chicago.

The pump manufacturer provided the attendees in-depth information about its Design Envelope technology which “is a demand based intelligent control solution that models equipment and system behaviour, monitors actual system conditions, and dynamically adjusts equipment operation to match system demand.”

Matt Berrell, an national sales manager with Armstrong, oversaw the “Challenging the Traditional Approach to Pump Selection and Control” which laid out that 40% of total United States energy usage comes from buildings, 32% from industry and 28% from transportation.

As seen on aquasistemas.mx– 22 July 2015

Note: The original was in Spanish and has been translated using Google Translate

Contractor: Air Service (Mxli) | Engineering Firm: Mega Projects (Mxli) 
The Center for Technical Education and Superior (CETYS University) is an educational institution of excellence, located in the state of Baja California, Mexico. That has always been at the forefront, facing the challenges of a changing world.

As seen on digital.bnpmedia.com – June 2015

By Nicole Krawcke

T ROY, Mich. — Building owners, managers, and engineers recently came together to learn about Armstrong Fluid Technology’s energy- efficient Design Envelope technology during an event held at Michigan Air Products’ Troy, Michigan, location. The event is one of 16 planned Design Envelope Symposiums the manufacturer has scheduled around the U.S. this year.

As seen on reevesjournal.com - March 10, 2014

Armstrong Fluid Technology introduces a circulator featuring Design Envelope technology. The COMPASS circulator helps contractors and wholesalers with easy selection, fast installation and broad performance capabilities for a wide variety of installations. It also helps homeowners reduce energy consumption and operating costs. In auto mode (one of eight operating modes), the circulator adjusts operating speed to match HVAC demand at any given moment. Over time, the circulator learns a system’s patterns of demand and appropriately adjusts output to further reduce energy usage.