Description
Space Saving
Floor space utilization is heavily optimized by this slim precision cooling unit. Designed for direct wall-mount integration, the space-saving enclosure eliminates standard ground-level area requirements entirely.
Easy to Deploy
Vertical installation height remains fully customizable thanks to the specialized up-front air supply design. This front-facing airflow configuration accommodates diverse wall-mount placements. Field integration is accelerated via factory-engineered quick-connect copper piping. This tooling-efficient plumbing setup guarantees rapid onsite deployment with minimal installation overhead.
High Reliability
Maximum product uptime is guaranteed by our proprietary engineering architecture. This unique equipment design integrates premium hardware sourced exclusively from industry-leading component brands. Uncompromising reliability is natively embedded into every system deployment.
Eco-Friendly Efficiency
Precision Climate Automation: Precise thermal management is constantly maintained by combining variable-frequency inverter compressors and EC motorized fans with an automated smart control system.
Eco-Compatible Free Cooling: To heavily reduce infrastructure energy consumption, an optional indirect free cooling configuration can be seamlessly integrated into the thermal loop.
Acoustic Optimization for Micro Systems: Operating noise is drastically minimized across sensitive micro data center applications by isolating the core compressor subsystem within the outdoor unit, fully satisfying strict indoor acoustic requirements.
Intelligent Control System
Predictive Automation Management: Continuous asset efficiency is driven by an advanced digital infrastructure control system, utilizing high-precision sensors and predictive automation logic.
Dynamic Digital Actuation: Full digital actuation to primary hardware assets maintains optimal equipment performance while dynamically adapting to real-time site conditions.
Comprehensive Telemetry Logging: The industrial monitoring system logs a comprehensive 1000-event alarm database alongside continuous 7-day historic trend graphing for both pressure and temperature metrics.
Multi-Protocol Interoperability: Network interoperability is fully optimized via native integration with Web, SNMP, Modbus, Bacnet, Email, Dry Contact, and IPv6 communication protocols.
Collaborative Unit Clustering: Multi-unit clustering supports advanced Master/Slave synchronization, Centralized Master Control, and Forced Operation modes for system redundancy.
Web-Enabled Interface Access: Users can seamlessly access, monitor, and configure the system from desktop or mobile browsers via an embedded web server interface.
Autonomous Power Recovery: Backed by an automated recovery sequence that triggers an immediate auto-restart following a utility blackout.
Outdoor Condenser
Environmental Ingress Protection: Structural integrity is secured by an IP55-rated waterproof electrical enclosure, paired with advanced high-efficiency finned surfaces optimized for maximum heat transfer enhancement.
Severe-Condition Chemical Resistance: To withstand highly aggressive operating environments, an optional premium anti-corrosion coating can be applied to safeguard long-term material durability.
Aerodynamic & Fluid Optimization: Peak energy utilization is delivered by an EC fan system featuring seamless, stepless speed modulation, complemented by internally threaded thermal piping to maximize fluid dynamics.
Accelerated Field Deployment: Fast onsite installation is natively supported through a streamlined quick-connection mechanics design, heavily cutting down integration overhead.
Key Components
Inverter Compressor
Compressor output dynamically adjusts to match fluctuating heat loads, maintaining consistently stable temperature control.
This advanced modulation heavily lowers operational energy expenses while extending the equipment’s mechanical working life.
The system integrates eco-friendly green refrigerant R410A to guarantee zero Ozone Depletion Potential (ODP) impact.
Unparalleled operational flexibility is delivered through a wide, adjustable capacity range spanning from 30% to 100%.
EC Fans
Outstanding architectural engineering guarantees elite product reliability and best-in-class equipment uptime.
Peak energy utilization is delivered by an industry-leading, high-efficiency EC fan system.
Airflow delivery is fully customizable through a wide, stepless speed modulation range from 0% to 100%.
The beltless direct-drive mechanism eliminates wear parts to streamline field replacement and routine maintenance.
Elevated external static pressure capability offers versatile deployment flexibility across specialized industrial applications.
Electronic Expansion Valve
Fluid dynamics are continuously optimized by automatically adjusting refrigerant flow to match real-time system demands.
The architecture delivers superior COP performance during low-temperature seasons compared to traditional thermal expansion valve (TEV) setups.
Optimized refrigerant feeding during compressor startup sequences heavily mitigates mechanical wear to maximize operational reliability.
