Description
All Types of Air Conduction Systems
Various Cooling System
The CubixHall infrastructure supports an extensive matrix of thermal configurations, encompassing DX air-cooled, DX water-cooled, and chilled water dissipation architectures. Engineered for mission-critical redundancy, our systems interface seamlessly with hybrid dual-fluid dual-coil configurations, precisely calibrated to deliver bespoke individual solutions tailored to your specific project profiles.
DX Air Cooled
5kW-120kW
DX Water Cooled
30kW-120kW
Chilled Water
30kW-200kw
Efficiency and Reliability
- The full-range design aligns with stringent efficiency standards while limiting the physical footprint in high-density it spaces.
- EC fan-driven high-efficiency systems adapt to variable airflow demands, while the inverter compressor, combined with the eev, efficiently manages partial loads for modular cooling requirements.
- The exceptional structural design minimizes air bypass and thermodynamic energy loss, ensuring compliance with low pue targets.
- Smart control logics integrate multi-unit functional operations to systematically lower overall power consumption during partial cooling loads.
Green Efficiency Free Cool
- Free cooling is a highly recommended technological implementation designed to suppress the pue below 1.2. dx systems equipped with free cooling functionalities significantly limit total operational expenditures. similarly, chilled water systems featuring free cooling functions actively constrain overall running costs.
- Dual-source options are available to guarantee the maximum redundancy requirements of mission-critical data centers while offering flexible system combinations.
intelligent control system
- The infrastructure incorporates an industry-leading smart control system fueled by insightful sensor telemetry and intelligent operational logics.
- Total digital control over primary components ensures the maintenance of optimal working states and facilitates flexible adjustments corresponding to onsite environmental variables.
- The system catalogs over 1000 alarm entries, supported by 7-day historical pressure and temperature logs.
- Supported intelligent monitoring protocols encompass web, snmp, modbus-rtu, modbus-tcp, dry contact, and pvs.
- Cooperative teamwork configurations, such as master/slave working mode, master control mode, and force working mode, are fully supported.
- A native web interface allows administrators to execute monitoring and control operations remotely via standard web browsers.
Flexible Front Serving Design
- To guarantee maximum system uptime, the architecture is designed for minimal maintenance, allowing critical components to be accessed and rapidly swapped out in the event of an anomaly.
- The front-access configuration facilitates straightforward component replacement directly within the rack row, entirely eliminating the necessity for side access clearances.
Key Components
Inverter Compressor
Provides stable temperature control aligned with the cooling load by regulating compressor output. This reduces overall energy costs and extends the working life of the compressor. It utilizes green r410a refrigerant to eliminate odp effects and features an adjustable capacity ranging from 20% to 100%.
EC Fans
Exhibiting best-in-class design and reliability, the maximum-efficiency ec fan system offers continuous speed adjustment from 0% to 100%. The beltless, direct-drive system streamlines replacement and maintenance procedures. Elevated external static pressure ratings provide flexibility for specialized industrial applications.
Electronic Expansion Valve
Automatically modulates refrigerant flow based on instantaneous system requirements. This provides superior cop performance during low-temperature seasons compared to conventional tev systems, and ensures optimized refrigerant feeding during compressor startup to maximize operational reliability.
W Shape Airflow Distribution
The specialized v-shape evaporator configuration minimizes air resistance while maximizing heat transfer efficiency. Flexible multiple-circuit options offer enhanced precision over cooling load control. The hydrophilic fin design actively prevents freezing and water flow complications, substantially bolstering system reliability.
