Desiccant Air Dryers & PSA Applications

AIRMASTER: Optimised Control for Desiccant Air Dryers & PSA Applications
Airmaster controllers provide a precise and intelligent solution for desiccant air dryer and PSA system control, optimising efficiency, reducing energy consumption, and enhancing reliability.
Pressure Swing Adsorption (PSA) technology is widely used for moisture removal in desiccant air dryers, ensuring reliable performance in industrial applications. By lowering dew points significantly compared to refrigerated dryers, desiccant dryers are essential for moisture-sensitive processes that demand ultra-dry air. Beyond compressed air treatment, PSA technology is also a key process in on-site Nitrogen Generation, a rapidly growing market where precise control of adsorption cycles enhances efficiency and gas purity. PSA is also widely used in high-pressure nitrogen and hydrogen generation, where robust and reliable control systems are critical for safe and efficient gas separation. This expanded market reach makes Airmaster controllers – FIT, FORM, and FLEX- valuable not only for air drying but also for broader gas separation applications.
Key Benefits For OEMs
Industry-Leading Control at Every Level
Unlike many competitors who reserve advanced control features for high-end models, every Airmaster product—FIT, FORM, and FLEX—includes Temperature Energy Control, One-Touch Dew Point Control, and Dynamic Moisture Load Control as standard. This ensures that even entry-level systems benefit from high-efficiency automation and intelligent energy management.
Maximise Efficiency
Minimise purge losses and intelligently optimise regeneration cycles to lower energy costs and enhance system performance.
Versatile Control for Any System
Seamlessly adapt to heatless, heated, and blower-regenerated dryers, ensuring optimal performance across all configurations.
Intelligent Energy Optimisation
Leverage TEC Mode, One-Touch Dew Point Control, and Dynamic Moisture Load Control to minimise energy consumption without compromising air quality.



