The Armstrong ipc 11550 controller reduces the energy consumption of Central Chilled Water Plants by managing component output for optimal system-wide efficiency. eco*pulse™ is an HVAC Performance Management service for improving and maintaining chilled water plant efficiency.
Topics: Energy Upgrade, Energy - saving pumps
Armstrong recently completed a project in the United Kingdom, retrofitting a building belonging to National Grid.
Topics: Energy Saving, Energy Upgrade
District heating scheme in Blackburn Meadows, Sheffield, generates heat and energy from waste wood with the help of Armstrong Fluid Technology [Case Study]
As Seen On: empoweringpumps.com March 2, 2021
Topics: Variable speed pumps, District Heating, IPS 4000 Pump Controller
Inox, a leader in India’s Cinema exhibition industry, started a journey of energy conservation and carbon footprint reduction in its Laserplex theaters. Armstrong helped inox replace four constant-speed pumps with three Design Envelope pumps and changed the system to use primary-variable control.
Topics: Energy Saving, Energy Upgrade, Case Study
New Video on HVAC optimization – Flow Informs
Topics: HVAC
Case study: Brant Haldimand Norfolk Catholic District School Board
Topics: Energy Saving, Energy Upgrade, Energy - saving pumps
Case Study: Sarrebourg District Heating System
Topics: Case Study, District Heating, Design Envelope Technology
Design Envelope 6800 boosters are pre-assembled, compact systems. With Vertical Multi-stage pumps, these systems are energy-efficient and require minimal maintenance for reliable, long-term occupant comfort.
Topics: Design Envelope, 6800 Booster, Vertical In-Line
CAD (computer-aided design) drawings are digital files that house 3D & 2D models of physical objects. CAD files can include information such as geometric data, manufacturing data, material properties, and other data. CAD files are ‘to-scale’, meaning designers are able to create drawings in real-world dimensions.
Topics: HVAC System, SolidCAD
A Review of Pump Types for HVAC Systems
Pumps can be grouped according to the method of displacement, the direction of fluid flow, orientation, and control capabilities. Major types of pumps include positive-displacement pumps, centrifugal pumps, and axial flow pumps.
Topics: Commercial Pumps, Fire Pumps, HVAC System, Tango, Vertical, Twin Pumps, Fire Safety, Pumps, Variable Speed Drives