Armstrong In The Media

Armstrong Fluid Technology

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District Energy Growth Drives Tremendous Environmental And Energy Savings Opportunities For The HVACR Industry

Posted by Armstrong Fluid Technology on Apr 23, 2024 1:56:13 AM

As seen on hvacinformed.com 23rd January, 2024

Driven by the demand for low-cost energy and the growing number of organizations committing to Net-Zero targets, the global market for District Heating and Cooling Systems market is expected to grow to over $745 billion by 2032.

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Topics: District Energy, HVAC, In The Media, District Heating

Flip The Script

Posted by Armstrong Fluid Technology on Apr 22, 2024 12:09:34 AM

 

 

April 22nd is designated as Earth Day. We spend the day (and perhaps a few days on either side) thinking more carefully about the environment and our impact on it. We make commitments around the many ways the years ahead will be different. How we can change. How we can consume less. How we can be more responsible. How we can reduce our carbon footprint, and purchase carbon credits to erase the rest.

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Topics: Environmental Goals, Earth Day

Armstrong DE Pumps to deliver a reduction in energy consumption

Posted by Armstrong Fluid Technology on Apr 18, 2024 3:33:18 AM

As seen on impeller.net January 24, 2024

Armstrong Fluid Technology has introduced an expanded range of Design Envelope Permanent Magnet pumps that are engineered to deliver 35-65% reduction in energy consumption compared to conventional integrated pumps with induction motors.

 

Available in mid-February with motors up to 60hp, these Design Envelope Permanent Magnet operate at NEMA Ultra-Premium efficiency levels that exceed the targets set by the US Department of Energy and the NRCan Office of Energy Efficiency.

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Topics: Design Envelope, In The Media, Permanent Magnet Motors, Design Envelope Technology

Armstrong’s Fire Manager Boosts Intelligent Pumps

Posted by Armstrong Fluid Technology on Apr 18, 2024 3:00:18 AM
As seen on ccr-mag.com 
 
Armstrong Fluid Technology has announced the launch of Fire Manager, a cloud-based service that enables Active Performance Management in its industry-leading Design Envelope Fire Pumps.
 
The innovative new service proactively tracks and manages pump performance and provides early diagnostic warnings and timely automated reports that help customers make informed decisions and take immediate action to deliver the most efficient and safest  fire safety  system performance.
 
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Topics: In The Media, Fire Safety, Fire Pump Manager

New Regional Manager for Data Center Sales and Business Development at Armstrong Fluid Technology

Posted by Armstrong Fluid Technology on Apr 17, 2024 2:07:50 AM
As Seen On: newsaboard.com March 13, 2024
 
 

 

Jacob Wolfe, a seasoned professional with extensive experience in the data center industry, has been appointed as the Regional Manager for Data Center Sales & Business Development in the Americas region by Armstrong Fluid Technology. In his new role, Wolfe will be responsible for driving business development initiatives and implementing sales strategies to enhance Armstrong’s presence in the data center market.

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Topics: Data Center

Fire Pump Types

Posted by Armstrong Fluid Technology on Apr 16, 2024 10:37:38 AM

Pumps that are designed and approved for fire suppression systems can be grouped into four major categories based on configuration.

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Topics: Design Envelope, Fire Pumps

Design Envelope Fire Pump Unit

Posted by Armstrong Fluid Technology on Apr 16, 2024 10:36:03 AM

Design Envelope Fire pumps are designed, assembled, and tested to meet the code requirements of a Self-Regulating Variable Speed Fire Pump Unit, as described in NFPA 20 – 2019 edition. Design Envelope Fire pumps are factory-built, integrated fire pumps consisting of a Vertical In-Line pump, driver, and variable speed control unit. They’re configured to maintain a set pressure until the maximum power draw is reached, while modulating pump speed to control to meet limits on pressure or suction.

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Topics: Design Envelope, Fire Pumps, Design Envelope Fire pump unit

Horizontal Split Case Fire Pump

Posted by Armstrong Fluid Technology on Apr 15, 2024 5:16:23 AM

Horizontal Split Case Fire Pump

 

 

These pumps use a between-the-bearings design, which means that the impeller is supported by bearings on both sides. This design provides more support for the impeller and enables it to rotate more efficiently under stress. HSC pumps place the suction and discharge nozzles (flanges) in the bottom half of the casing, on opposite sides. The impeller shaft is positioned slightly above the flanges. This sturdy but simple design is particularly suitable for higher flow applications, because it reduces thrust loads on the pump shaft and allows for operation over a broad range of flows.

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Topics: Fire Pumps, Pumps

Armstrong Celebrates 90th Anniversary

Posted by Armstrong Fluid Technology on Apr 12, 2024 1:19:45 AM
As Seen On: contractormag.com April 04, 2024
 
Since its founding in 1934 the company has expanded from the challenges of the Great Depression to become a leader in its field.
 
TORONTO, CAN —   Armstrong Fluid Technology  marked its 90th anniversary this April, celebrating a significant milestone of longevity and innovation in the fluid-flow systems industry. Since its founding in Toronto, Canada, in 1934 by Samuel Allan Armstrong, the company has expanded from the challenges of the Great Depression to become a leader in its field. Today, Armstrong operates eight manufacturing facilities across four continents, showcasing its global reach and commitment to excellence in design, engineering, and manufacturing.
 
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Topics: In The Media, CEO

Circuit Balancing Valves (CBVs)

Posted by Armstrong Fluid Technology on Apr 4, 2024 2:52:17 PM

Where do Circuit Balancing Valves (CBVs) fit in a hydronic system?

 CBVs should be included in every branch of a hydronic system. For many applications such as boilers, chillers and heat pumps, they are needed to ensure balanced or equalized flow of water to all parts of a building and, as required by heating or cooling loads, across all branches of a system.

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Topics: Hydronics, CBV

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