Description
Flexibility
Seamlessly integrates with any standard IT server rack architecture without structural modifications.
Smart flexible piping geometry guarantees full-swing door clearance for effortless backend hardware maintenance.
Compact structural design enables hassle-free site transportation and swift plug-and-play installation.
Future-proof modular building blocks allow seamless on-demand cooling capacity expansion as workloads grow.
Efficiency
Combines a pumped refrigerant free-cooling cycle with a variable-speed inverter compressor and EC fans to unlock peak data center energy efficiency.
Utilizes sustainable R134a refrigerant under reduced operating pressure to guarantee zero ozone depletion potential and minimized global warming impact.
Extracts thermal loads directly at the IT rack level while leveraging elevated inlet air temperatures to maximize cooling system performance.
Relibility
Incorporates premium-tier industrial components to guarantee maximum operational uptime and a prolonged equipment lifespan.
Utilizes a direct expansion DX design to completely eliminate the need for intricate water loops and bulky distribution manifolds.
Advanced intelligent control systems enable seamless local management and real-time remote monitoring of critical operational metrics.
Built for High-Heat Server Racks
Rapidly expanding computing and data storage demands present severe thermal challenges for modern infrastructure, as traditional data center cooling struggles to manage surging heat densities. Perfectly tailored for high-density rack environments, this advanced rear-door heat exchanger executes rapid thermal transfer using either fluid or gas cooling mediums. The rack-mounted architecture completely eliminates hot air recirculation within the cabinet, securing the ideal operational microclimate and maximum uptime for mission-critical data servers.
Optimized Design
Adds less than 380mm to the cabinet footprint while matching any server rack height configuration.
Eliminates intricate water loop plumbing and distribution manifolds through a streamlined direct expansion cooling design.
Delivers uniform airflow and up to 30kW cooling capacity to completely neutralize hotspots inside high-density server cabinets.
Integrates directly with existing IT enclosures, erasing the need for costly hot and cold aisle containment structures.
Intelligent Control System
Features an advanced intelligent control system driven by granular sensor metrics and proactive operational logic.
Dynamically self-adjusts all primary digital components to maintain peak efficiency based on live onsite environment shifts.
Logs over 1,000 active alarms alongside 7-day comprehensive historical charts for both temperature and pressure tracking.
Offers universal connectivity with built-in Web, SNMP, Modbus, Bacnet, IPV6, Email, and dry contact monitoring protocols.
Employs an integrated web server for full responsive control and real-time status viewing from any mobile or desktop browser.
Ultra-Compact & Scalable Architecture
Key Components
Inverter Compressor
Dynamically modulates compressor output to deliver pinpoint temperature stabilization that matches real-time server heat loads.
Slashes operational energy costs while significantly extending the equipment lifespan of the core compression unit.
Utilizes eco-friendly R134a refrigerant to eliminate ozone depletion impacts entirely.
Features a wide 30% to 100% stepless capacity modulation range for highly flexible cooling performance.
EC Fans
Engineered with a premium infrastructure layout to guarantee top-tier system uptime and hardware reliability.
Deploys an ultra-efficient EC fan array designed to slash data center power consumption.
Features 0% to 100% stepless speed modulation for precision airflow management.
Utilizes a direct-drive motor assembly, completely removing belts for hassle-free maintenance and quick component replacement.
Delivers superior external static pressure flexibility to easily overcome high-resistance specialized airflow deployments.
Electronic Expansion Valve
Dynamically calibrates electronic refrigerant metering to match variable infrastructure thermal demands instantly.
Outperforms traditional thermal expansion valve (TEV) setups with superior COP metrics during low-temperature seasonal operations.
Optimizes initial refrigerant mass flow during compressor startup cycles to protect the hardware and maximize operational uptime.
