18000m³/H Outdoor Evaporative Cooler Industrial Swamp Cooler Axial Flow

Product Specification

18000 (m³/h) Environmentally Certified AC Side air outlet 220v/380v/50 Axial Flow

RUNDONGFANG RDF-18B Eco-Cooling System: Advanced Adiabatic Technology‌

The RDF-18B leverages ‌adiabatic evaporative cooling‌—a zero-refrigerant process mimicking natural thermodynamic principles. Ambient air is drawn through a ‌nano-coated cellulose matrix‌ saturated with water, triggering rapid evaporation that reduces air temperature by absorbing latent heat. A ‌variable-speed centrifugal blower‌ then propels the cooled air stream into indoor spaces, achieving a ‌7–18°C thermal differential‌ relative to external conditions. Core innovations include:

‌Phase-Change Media‌: Multi-directional honeycomb-structured pads engineered for 95% humidity retention and 30% faster heat dissipation.
‌Smart Water Optimization‌: Closed-loop filtration with IoT-enabled sensors to minimize water consumption (≤2L/hour) and prevent scaling.
‌Dual-Mode Operation‌: Switchable cooling/ventilation functions with particulate filtration (PM10 removal rate: 82%).
‌Cross-Industry Deployment Scenarios‌

‌Heavy Industrial Zones‌:

Automotive forging shops, semiconductor cleanrooms, precision tooling facilities
Mitigates heat stress near injection molding presses (ambient ≤45°C) and reduces energy costs by 65% vs. conventional HVAC.
‌High-Traffic Commercial Hubs‌:
Airport concourses, hypermarket fresh produce sections, data center auxiliary cooling
Complies with ASHRAE .1 air exchange standards while maintaining 50–60% relative humidity.
‌Agro-Industrial Complexes‌:
Hydroponic greenhouse clusters, poultry brooders, post-harvest cold storage vestibules
Enables microclimate zoning (±2°C accuracy) for pathogen control and yield optimization.
Certified under ‌ISO 16890 (air quality)‌ and ‌Eurovent ETL-CEP‌ for sustainable thermal regulation in arid/semi-arid biomes

Air Conditioner Parameters

Operational Dynamics of  Eco-Cooling Unit RDF-23A‌

The RDF-23A harnesses ‌evaporative enthalpy exchange‌, a thermodynamically optimized process where ambient air undergoes adiabatic cooling via a ‌hygrothermal transfer matrix‌. Fresh air is drawn through a ‌cross-fluted cellulose composite‌ saturated with water, inducing rapid phase-change cooling (latent heat absorption: 2,260 kJ/kg). A ‌high-torque axial-flow impeller‌ then delivers the conditioned airflow at velocities up to 4.5 m³/s, achieving ‌6–16°C thermal attenuation‌ relative to outdoor temperatures13. Core subsystems:

‌Phase-Exchange Media‌: Laser-cut cellulose pads with 97% porosity for maximized evaporative surface area (ASHRAE 15.1-compliant cooling efficacy);
‌Dynamic Air Handling‌: Variable-frequency fan arrays with ±3% velocity control for adaptive airflow distribution;
‌Closed-Loop Hydration‌: Self-regulating water circuits with anti-scaling anodes and IoT-enabled TDS monitoring (water usage: 1.8L/kWh).
‌Deployment Verticals‌

‌Industrial Thermal Management‌:

Automotive stamping lines, CNC machining centers, textile dyeing halls, pharmaceutical lyophilization suites;
Stabilizes microenvironments near high-heat equipment (ambient ≤48°C) with 68% lower energy intensity vs. DX systems.
‌Commercial Climate Control‌:
Exhibition pavilions, data center buffer zones, quick-service restaurant exhaust plenums;
Achieves ASHRAE 55 thermal comfort thresholds while suppressing PM2.5 levels by 74%.
‌Agro-Industrial Applications‌:
Vertical hydroponic farms, poultry hatcheries, post-harvest curing chambers;
Enables precision humidity modulation (±5% RH) for pathogen mitigation and crop yield enhancement.
Certified under ‌ISO 14044 (lifecycle assessment)‌ for carbon-neutral cooling in water-stressed regions.