Armstrong In The Media

As Seen on pmengineer.com – May 22, 2018

Armstrong Fluid Technology updates its Fireset Horizontal Split Case Pump line with two new models: a 5x4x10NF fire pump for installs requiring 500 gpm at pressures from 55 to 167 psi and a 8x6x15 option for applications requiring flows between 1,500 and 2,000 gpm at pressures from 54 to 168 psi. The new Fireset HSC pumps have double suction design for operating efficiency and high-flow performance, right- or left-hand suction configuration with electric-driven pumps for adapting to mechanical room piping arrangements and a compact design for easy installation and maintenance.

As Seen on empoweringpumps.com – May 22, 2018

Armstrong Fluid Technology has announced that its next technology evolution COMPASS R20-75 circulator is available in a stainless steel construction.

Designed for use in potable water systems, the new stainless steel model features a dry rotor design, as well as advanced variable speed Design Envelope technology, Armstrong iECM^TM motors, and quadratic control to minimize both energy costs and long-term operating costs for homeowners.

As Seen on empoweringpumps.com – April 11, 2018

Armstrong Fluid Technology announces the introduction of the new ITC 9521, an Integrated Tower Control System designed to transform an HVAC installation into an intelligent system for a variety of heat rejection applications.

“Leveraging Armstrong’s advanced demand-based algorithms and industry-leading Parallel Sensorless technology, the ITC 9521 provides users with an energy-efficient solution for heat rejection processes for applications such as datacenters, condensing cooling, heat pumps, paint processing, injection molding and air-compressor stations,” according to Lex van der Weerd, Armstrong CEO.

As Seen on arabianindustry.com – January 23, 2018

Armstrong Firesetpumps feature a double suction design for superior levels of operating performance.

Armstrong Fluid Technology will be debuting a new line of high performance fire pump models at Intersec 2018 in Dubai. 

The Armstrong Fireset Horizontal Split Case (HSC) fire pumps offer superior flow performance and incorporate features for ease of installation and maintenance.

Armstrong Fluid Technology has announced a new service that will provide up to 25% savings compared to traditional variable speed plant operation.

TowerMax is an optimization service that boosts energy and water savings, and is available as an upgrade for any previous installation of an Armstrong Design Envelope IPC 9521 plant controller. TowerMax employs advanced operating algorithms to minimize the energy and water consumption of a variable speed chiller plant.

Next-Level Innovations in Design Envelope Technology

Now Available across the Entire Pump Range

Armstrong Fluid Technology has announced the availability of its next-level of innovation in Design Envelope pumping solutions across the entire pump range.

Unique Vibration Isolation Technology Further Extends Installed Cost Savings and Customer Options.

Toronto, January 22, 2018 – Armstrong Fluid Technology has announced the availability of a new line of high performance Design Envelope End-Suction pumps in the 1 to 10 hp range. These new offerings reflect a completely new design featuring improved hydraulics and Armstrong intelligent motor technology. The new offerings also feature Armstrong’s unique vibration isolation technology, which can reduce installed costs by as much as $2000 by eliminating the need to add an inertia base on installation.

As Seen on achrnews.com – January 22, 2018

Armstrong Fluid Technology held a press conference at its booth at the AHR Expo Monday announcing the availability of a new line of high performance Design Envelope End-Suction pumps in the 1 to 10 HP range.

“Last year was big year for us, we did two major introductions last year – our completely new 1-10 hp line,” said Neil Cooper, director, sales enablement, Armstrong Fluid Technology. “We’re still featuring the line you would have seen last year, featuring all the new elements of our next generation of offerings, and that’s the onboard controls, completely redesigned hydraulics, and most important, all the connectivity that goes with these. That’s wireless, wired, and traditional BACnet, no matter what you’re trying to connect these units to, it’s there.”

empoweringpumps.comAs Seen on empoweringpumps.com  –  January 8, 2018

The Armstrong Energy Audit uncovers cost-effective opportunities for energy savings in HVAC and control systems of all types and sizes.

When you request a free consultation, the experts at Armstrong Fluid Technology start by learning about your business needs before covering any technical matters. Their knowledge and expertise in fluid flow, variable speed, demand-based control, and heat transfer helps detect HVAC system improvements and energy savings opportunities that might exist at your facility.

Specifying an off-site manufactured integrated plant room is a possibility for most projects. But there are specific scenarios where this approach should always be the first choice. Here are my top five.

1. Projects with multiple, non-technical stakeholders

Building services engineers can typically visualise how a plant room will look once it is completed but, increasingly, projects involve stakeholders who are non-technical, and who have no way of understanding the implications of HVAC decisions. One example that springs to mind is district energy schemes, where stakeholders might include financial experts, councillors, tenant representatives or social housing personnel without technical knowledge. Another example is the educational site, where decisions might involve head teachers or school governors.

Integrated plant rooms are rendered in 3D graphics from the outset. So the non-technical stakeholder can be provided with a clear picture of the intended installation, and communication between parties is much improved.