Armstrong In The Media

As Seen On: empoweringpumps.com February 5, 2020

Armstrong Fluid Technology has announced the launch of Design Envelope EVERCOOL™, a new solution for rapid deployment in mission critical cooling applications.   

Design Envelope EVERCOOL is an automation platform for mission critical cooling systems. The EVERCOOL platform offers pre-engineered, feature-rich options that can be configured on-site. The platform meets the stringent requirements of the Uptime Institute for Tier III data centers, while avoiding the traditional requirements of extensive site programming and customization.  EVERCOOL reduces site commissioning time by up to 30% and reduces overall energy consumption, coordinating cooling system operation to reduce energy costs by as much as 40%.

As seen on b4ed.com - March 06, 2015

Replacing ageing school boiler plant can be daunting. Heating systems can only feasibly be replaced when the site does not require heating or a continuous water supply. In addition, projects often have to be squeezed into the summer vacation to avoid traffic, disruption and the presence of contractors during term-time. This small window of opportunity can create inconvenience and cost. As summer is the busiest time for the building industry it can be difficult to guarantee availability of contractors for the designated weeks. Many independent schools have additional challenges relating to the architectural heritage of their school buildings. Access can be problematic and something as basic as the size of doorways can present problems when removing the old boiler or positioning its replacement.

As seen on buildingdesign-news - November 14, 2014

19-20 November 2014, ICC ExCel London

At Datacenter Dynamics Converged Armstrong Fluid Technology will be featuring its portfolio of ultra-efficient products and systems for datacentre cooling and air conditioning. All solutions harness the benefits of Hartman LOOPTM digital relational control technology which is capable of treating the entire system ‘holistically’, rather than as individual sub-systems. This provides a number of environmental benefits. Controlled ‘holistically’, rather than as three independent control loops, chilled water system components are operated along their Natural Curve or “sweet points” for optimal energy consumption.

As seen on impeller.net - October 29, 2014

Armstrong Fluid Technology has launched a new generation of its Tenantherm space heating and hot water solution for apartment blocks and social housing schemes. Building on its popularity with landlords, property developers and contractors, the new Tenantherm unit offers all the benefits of its predecessor, but has a lower up-front cost and greater flexibility. It is also suitable for integration with a wide range of renewable technologies.

As seen on healthcarefacilitiestoday.com - June 2, 2014

TORONTO — Armstrong Fluid Technology has introduced a new Chiller Plant Automation System targeted at optimizing the performance of air-cooled chiller plants.

The IPC 9511 streamlines plant operations and can lower operating costs. Facility managers and engineers seeking an easy-to-use, comprehensive Plant Automation System will benefit from this fully field-configurable solution with automation features for constant speed and variable speed configurations.

As seen on mechanical-hub.com February 06, 2014 Toronto — Armstrong Fluid Technology announced the introduction of its Factory Service Plan for IPC chiller plant automation systems. As products have become increasingly intelligent incorporating embedded controls, the skillset required to provide proper service becomes less generic and more dependent on factory-trained and qualified resources. Key aspects of the Factory Service Plan include: inspection and review of key components, assessment of operation conditions, control system tuning, software upgrades as they are released, back-up and secure storage of parameters and settings, and annual training for the Building Operators. 

As seen on Engineered Systems - February 5, 2014

Armstrong Fluid Technology has introduced its Factory Service Plan for IPC chiller plant automation systems.

According to the company, as products have become increasingly intelligent incorporating embedded controls, the skillset required to provide proper service becomes less generic and more dependent on factory-trained resources. Key aspects of the Factory Service Plan include: inspection and review of key components, assessment of operation conditions, control system tuning, software upgrades as they are released, back-up and secure storage of parameters and settings, and annual training for the building operators.

As seen at Plant Automation.com - July 16, 2013

Armstrong Fluid Technology has launched an automated control solution designed to drive additional energy savings from chiller plant.

Interfacing seamlessly with the existing building automation system, the Armstrong Opti-Visor controls the key energy-using components of the chiller plant, providing the optimal operating settings for equipment such as water-cooled, variable-flow chillers, compressors, cooling towers and condenser water pumps.