MaxAir™
AI-Ready Cooling Power for
Compact Spaces and Big Demands
MaxAir is a high-performance fan wall solution engineered to deliver precise, efficient cooling for high-density computing, while fitting seamlessly into compact footprints. It’s built for operators who need to scale capacity fast, maintain uptime, and control energy use under shifting workloads.
From hyperscale density to colocation adaptability, MaxAir is ready for any challenge.
Efficient Cooling for Powerful Impact
MaxAir delivers cooling that adapts, performs, and endures. Explore the key features that set it apart.
- IE5 EC centrifugal fans deliver high static pressure with minimal power use and 90% peak efficiency at part load.
- Precision EPIV valves stabilize chilled water flow under varying loads and prevent over-pumping.
- Adaptive airflow control adjusts cooling to real-time load conditions.
- Low-pressure drop heat exchanger with hydrophilic coating maximizes heat transfer.
- Unified fan wall control minimizes redundant operation.
- Optimized hydronic control improves free cooling and cuts system water demand.
- Modular, stackable design supports phased deployment and expansion, with up to 240 kW per unit.
- Plug-and-play modules with forklift channels, lifting lugs, and quick-connect interfaces speed installation.
- Available in quad fan modules for higher capacity within the same footprint.
- Modular coil sizes and fin configurations are tailored to application needs.
- Smart control with a 10" touchscreen enables intuitive operation, predictive monitoring, and seamless BMS integration.
- Twist-lock filter modules swap in under five minutes without tools.
- Strong thermal performance with low energy use supports high rack densities.
- Rapid onsite deployment accelerates project timelines and time-to-revenue.
- CE and ETL/UL compliance ensures safety, reliability, and global compatibility.
- Maintenance-friendly design keeps cooling operational even during component swaps.
- Low-noise, space-efficient design improves working conditions and maximizes usable floor space.
- Scalability, zero maintenance, and high efficiency cut costs and facilitate stronger ROI.
- CRAH Type: Fan Wall
- Sizes: 240kW, 480kW
- Power Supply: 400V/3Ph/50Hz, 460V/3Ph/60Hz
MaxAir in Data Center
MaxAir + CDU
More Cooling Capacity with No Time Wasted
MaxAir’s modular architecture lets you scale up instantly as demand grows while keeping costs and downtime to a minimum.
- Stackable, Space-Saving Architecture: Inline or vertical stacking maximizes footprint efficiency and supports phased investment and deployment.
- Plug-and-Play Installation: Pre-assembled modules with forklift-ready bases, lifting lugs, and optional casters simplify transport, placement, and setup.
- Quick-Connect Water & Power Interfaces: Flexible hose and clamp connectors accommodate pipe length variations, while electrical quick-connects allow safe fan disconnection and rapid replacement.
- Site-Friendly Assembly: Fast rigging and alignment require no hot work, minimizing labor time, site risk, and installation costs.
Frequently Asked Questions
How energy-efficient is MaxAir?
MaxAir is engineered for outstanding efficiency, with IE5 EC centrifugal fans that achieve up to 90% peak efficiency at part load, and precision EPIV valves that prevent over-pumping. Its low-pressure drop heat exchanger maximizes heat transfer while minimizing fan and pump energy use, and adaptive airflow control adjusts cooling output to real-time demand. Together, these technologies significantly reduce total energy costs, a key indicator of the facility’s overall energy efficiency. Read more about data center energy efficiency metrics.
How does modular cooling improve deployment timelines?
Modular cooling speeds up deployment by using prefabricated, standardized components that streamline manufacturing and reduce on-site construction. MaxAir reduces installation complexity with plug-and-play connections, forklift-ready bases, and stackable modules, enabling facilities to add capacity in days instead of months. Read more about the features and design of scalable cooling systems.
Does MaxAir support free cooling strategies?
Yes. MaxAir’s optimized hydronic control and low-pressure drop heat exchanger design improve free cooling efficiency, reducing reliance on mechanical cooling and lowering overall system water demand.
How does MaxAir support sustainability efforts for data centers?
MaxAir helps data centers meet sustainability goals by combining high energy efficiency with water-saving operation. Its IE5 EC fans, precision EPIV valves, and adaptive airflow control reduce electricity consumption, while optimized hydronic design improves free cooling performance and cuts system water demand. The modular, scalable architecture prevents overbuilding, reducing the embodied carbon of equipment, while long-life, low-maintenance components cut waste over the system’s lifecycle. Read more about the role of cooling in green data centers.
Can I customize MaxAir to fit my data center's needs?
Yes. All AIRSYS cooling solutions can be tailored to your facility to optimize performance, reduce power consumption, and increase operational efficiency. Talk to our specialists today to discuss the best options for your deployments.
Future-Proof Your Cooling Strategy
When you choose AIRSYS, you invest in your success.
MaxAir combines decades of design experience with a worldwide support team dedicated to continuous improvement. From deployment to daily operation, AIRSYS is committed to being your long-term partner in achieving lasting efficiency and reliability.