The DC EFU 1170X1170X110+35 redefines precision air filtration for hyperscale data centers, server farms, and edge computing facilities, combining a patented modular design with direct current (DC) ultra-high efficiency. Featuring a two-tier 110+35mm stackable chassis, this EFU delivers 2200 CMH airflow at just 42dB(A) while achieving HEPA efficiency for ISO Class 3-5 environments. Its IoT-enabled predictive maintenance and hot-swappable filter trays ensure zero downtime in 24/7 critical operations, compliant with ASHRAE TC9.9 and TIA-942 standards.

• Robust Construction: Galvanized aluminum-zinc plate ensures superior durability and corrosion resistance
• High-Efficiency Motor: EBM DC 470 motor delivers stable, group-controlled airflow (0.45-0.75 m/s ±5%)
• Advanced Filtration: Non-partitioned HEPA filter (1170×1170×69 mm) achieves particles
• Precision Airflow Control: Group-controlled operation synchronizes airflow across large-scale cleanroom systems
• Low-Noise Design: Operates at 48-58 dB (tested 1.5m below filter), minimizing disruption in labs or production areas
• Vibration-Free Operation: <5μm peak vibration ensures compatibility with precision equipment

• Pharmaceutical cleanrooms requiring ISO 100-class filtration
• Semiconductor manufacturing with strict particulate control
• Biotechnology labs demanding stable airflow and low noise

A: Our 48V DC system eliminates AC/DC conversion losses, reducing power consumption by 18-22% per rack. Integrated with lithium-ion UPS backups, it maintains airflow during grid fluctuations--critical for Tier IV data centers requiring uptime.

A: Yes, the dual-height chassis allows: 35mm slim units for retrofitting existing 19" racks; 110mm full-capacity units for new high-density deployments; Mixed configurations via tool-free magnetic coupling.

A: Embedded sensors monitor: Real-time server heat loads (via thermal imaging); Particulate levels; Filter pressure drop (auto-alerts at 90% capacity). The system dynamically redistributes airflow within ±2% variance, preventing hot spots.