
Daikin AWM
Oil-free magnetic-bearing compressors, variable-speed operation and rapid recovery for demanding data center cooling.
Masters brings national data center expertise to hyperscale, colocation, enterprise and edge facilities, including demanding AI and high-performance computing environments. We help clients maximize uptime, optimize energy efficiency and plan for growing cooling demands.
Our solutions connect central chiller plants and precision air cooling with rack-level, liquid and hybrid cooling. We coordinate equipment selection, controls integration and monitoring for new facilities, phased expansions and modernization.
Support continues beyond equipment selection, with maintenance, troubleshooting and ongoing technical assistance. Our experienced service team also provides 24/7 emergency service for HVAC and building automation systems.
Chillers, custom air handling and rack-level cooling for enterprise, hyperscale and high-density AI data centers.

Oil-free magnetic-bearing compressors, variable-speed operation and rapid recovery for demanding data center cooling.

Variable-speed fans, Variable Volume Ratio compressors and optional free cooling reduce compressor use when conditions allow.

Oil-free magnetic-bearing cooling with RideThrough and RapidRestore technologies for power disturbances and rapid recovery.

Rack-level air cooling and containment paired with direct-to-chip liquid cooling for high-density AI and HPC.

Custom cooling units tailored to the facility’s footprint, airflow, connections and service-access needs.

Factory-assembled plants integrate chillers, pumps, piping, electrical and controls for simpler installation and future expansion.
Air- and water-cooled chillers, including modular MagLev® systems, for efficient central plants and phased expansion.

Oil-free magnetic-bearing cooling with configurable coils, fans and optional free cooling to match project needs.

Oil-free centrifugal cooling with a flooded evaporator for efficient, serviceable central plant applications.

Compact, oil-free cooling modules support phased capacity growth and installation through a standard doorway.
Dry, evaporative and hybrid heat rejection for air- and liquid-cooled data centers, matched to water availability and site conditions.

Compact dry cooling for water-constrained sites, with independent fans, drives and coils to support redundancy.

Induced-draft crossflow cooling with high-efficiency options and an open interior for easy access to major components.

Dry and evaporative operating modes balance water use and energy performance as weather and loads change.
Dry and adiabatic heat rejection for air, liquid and immersion cooling, with configurable equipment and intelligent controls.

Dry-cooling coils with hydroBLU™ humidification pads add adiabatic assistance when loads or ambient temperatures rise.

Compact V-shaped coils with configurable fans, housing and controls to match site capacity and footprint.

Dry cooling with adiabatic air pre-cooling and intelligent controls to manage water and energy use.
EFT airflow systems help reduce hot-air recirculation at chillers and dry coolers, supporting cooling capacity, efficiency and reliability.
See how hot condenser discharge air recirculates into nearby equipment and raises intake temperatures.

An engineered base delivers ambient air to equipment intakes, helping reduce hot-air recirculation in chiller and dry-cooler arrays.

Airflow and layout evaluation for new facilities and retrofits, with optional free cooling and independent airflow controls.
Precision perimeter, row-based and large-scale air cooling for room conditions, rack hot spots and high-density airflow.

Perimeter air conditioning and chilled-water air handling for precise room cooling across a range of capacities.

Chilled-water and DX cooling close to high-density racks, with or without aisle containment.

Configurable fan and coil arrangements deliver high airflow and modular redundancy for data centers without raised floors.
Active and passive rear-door heat exchangers transfer server exhaust heat to a water circuit at the rack.

Fan-assisted rear-door cooling captures server exhaust heat and transfers it to the facility’s water circuit.

Passive rear-door heat removal with manufacturer-rated cooling up to 29 kW at the rack.

High-capacity active rear-door cooling for AI and HPC, compatible with standard racks in new or existing facilities.
Packaged wall-mount air conditioning and outdoor-air free cooling for electronic equipment rooms and modular shelters.

Exterior wall-mount cooling for equipment shelters, with low-ambient operation and optional factory economizers.

Larger-capacity shelter cooling with dual compressors, staged operation and available economizers.

Filtered outdoor-air free cooling with a 48 VDC air mover and CoolLinks controls for shelters and equipment cabinets.