DC EFU. Модульная энергосберегающая воздушная система для центров обработки данных.

Чистая комната отбора фильтров вентиляторов FFU
April 22, 2025
Связь Категорий: Чистая комната ФФУ
Прошедшая сертификацию ATEX на взрывостойкость, двигатель и схема взрывостойкие, подходящие для химических складов, литийных батарей и других потенциально взрывоопасных условий.
Brief: Discover the DC EFU Modular Energy-Saving Air System for Data Centers, featuring ultra-low noise and smart IoT control. This system offers 2200 CMH airflow at just 42dB(A) with 99.999% H14 HEPA efficiency, perfect for ISO Class 3-5 environments. Ideal for hyperscale data centers, server farms, and edge computing facilities.
Related Product Features:
  • Patented modular design with direct current (DC) ultra-high efficiency for energy savings.
  • Two-tier 110+35mm stackable chassis for flexible installation in various environments.
  • IoT-enabled predictive maintenance and hot-swappable filter trays for zero downtime.
  • EBM DC 470 motor ensures stable, group-controlled airflow (0.45-0.75 m/s ±5%).
  • Non-partitioned HEPA filter (1170×1170×69 mm) achieves 99.995% efficiency at 0.3μm particles.
  • Operates at 48-58 dB, minimizing disruption in labs or production areas.
  • Compliant with ASHRAE TC9.9 and TIA-942 standards for critical operations.
  • Vibration-free operation (<5μm peak vibration) ensures compatibility with precision equipment.
ЧаВо:
  • How does DC power improve PUE in data centers compared to traditional AC FFUs?
    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 99.995% uptime.
  • Can the 110+35mm modular design adapt to legacy server racks?
    Yes, the dual-height chassis allows 35mm slim units for retrofitting existing 19" racks and 110mm full-capacity units for new high-density deployments, with mixed configurations via tool-free magnetic coupling.
  • How does IoT integration prevent airflow disruptions in AI server clusters?
    Embedded sensors monitor real-time server heat loads, particulate levels, and filter pressure drop. The system dynamically redistributes airflow within ±2% variance, preventing hot spots.
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