Armstrong Pumps
Armstrong Pumps Fluid Technology is known around the world as a leader and innovator in the design, engineering, and manufacturing of intelligent fluid-flow equipment. Fixed-speed pumps do not understand the slight differences that occur in a system as it operates, but Armstrong units work with all the nuances in flow and pressure, cutting energy consumption in more than half.
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Unbalanced Flow And Pressure Increase Energy Consumption
Constant flow is vital to maintain HVAC systems operating at the design level and avoid failures. Pumps are responsible for ensuring proper flow through creating differential pressure between the water inlet and outlet of the pump.
Traditional design with oversized pumps and outdated controls like fixed speed operation or capacity staging do not address the nuances of hydronic systems, and underperforming pumps or pumps that present seal leakage, damaged shafts, rust, and corrosion will directly affect the pressure and flow of your system. The consequence is the impact on temperature and humidity levels, creating an unbalanced system that increases energy consumption as it operates.
Armstrong Pumps superior design and controls reduce energy usage by as much as 70% compared to fixed speed alternatives.
Fluid Technology For Optimal Flow and Low Operating Costs
Armstrong’s innovation drive is responsible for creating and introducing vertical inline pumps, dual arm pumps, ECM motors, sensorless controls, parallel sensorless controls, demand-based plant optimization, and pump manager active performance management to the market.
Through these groundbreaking developments, Armstrong provides significant space, weight, installation, and energy savings for your hydronic systems from simple to intricate applications.
Armstrong Pumps Product Highlights
Sensorless bundle (sensorless control, flow readout, constant flow, constant pressure)
Parallel sensorless (parallel sensorless control)
Energy performance bundle (auto-flow balancing, maximum flow control)
Protection Bundle (minimum flow control, bypass valve control)
Zone optimization (accept up to 2 dP sensor control signals)
Pre-set heating and cooling parameters for two-pipe systems
