Armstrong Pumps Inc

Engineered to Order Packaged Systems

Engineered to Order Packaged Systems

• ApplicationsPre-fabricated HVAC systems for a variety of applications including chiller plants, boiler plants, pumping stations, energy transfer stations, cooling tower applications, fire pump systems, and water-based process applications.  
• DescriptionArmstrong pre-fabricated HVAC Systems include a combination of: structural, process equipment, controls, electrical gear, and even environmental enclosures that are designed and fabricated to customer specifications.  In addition, the program offers a full range of catalogued pre-engineered designs selectable from our on-line software – which includes 2D and 3D CAD files for immediate drag-and-drop into mechanical room designs.Engineered to order (custom) HVAC Systems such as Fluid Management Systems, Heat Transfer Packages, and Packaged Plant Rooms can be ordered by contacting your local representative.
• Performance RangeSystem capabilities address process requirements up to header sizes of 900 mm(36”), and multiple fluid streams with parallel or serial configurations
• TemperatureSystems can be designed for indoor or outdoor applications in environments ranging from -40oC (-40oF) up to 52oC (+120oF)  
• PowerUnlimited
• SizeUnlimited

Benefits & Features

Lowest installed cost

• Armstrong HVAC System designs and full factory integration reduce the onsite civil structure as well as process superstructure requirements. Off-site fabrication also cuts on-site overhead costs and risks associated with traditional field fabrications, such as project management, logistical coordinators, insurance costs, losses through damaged components, or penalties due to missed commissioning dates
• Design Assist optimizes HVAC system layouts across all system components (piping, boilers, chillers, pumping configuration) freeing up valuable building/mechanical room space for other purposes

Lowest energy consumption and operating cost

• All system components are managed in concert along their most optimal combined system performance for maximum energy efficiency at all times

Lowest project risk

• Off-site factory design, build and testing substantially mitigate spending- and scheduling risks ensuring projects being completed on time and on budget