Brief: Discover the AC Dual-Fan FFU Redundant Airflow System, designed for 24/7 critical environment operation with pharmaceutical-grade HEPA filtration. This fail-safe solution ensures uninterrupted airflow for sterile pharmaceutical production, vaccine fill-finish lines, and high-risk biocontainment labs. Featuring dual EC motors, synchronized airflow control, and ISO Class 3-5 compliance.
Related Product Features:
Dual EC motors ensure zero downtime with synchronized airflow control for uninterrupted operation.
Pharmaceutical-grade HEPA filtration achieves 99.99% efficiency at 0.3μm particles.
Adjustable wind speed (0.45-0.75 m/s) for flexible cleanroom requirements.
Galvanized aluminum casing with 10 alarms and RS485 protocol for real-time monitoring.
Low noise levels (48-58 dB) and ≤5μm peak vibration for precision-sensitive environments.
300W-380W rated power ensures stable 220V/50Hz operation.
ISO 14644-1, ISO 9001, and CE certified for compliance with stringent standards.
Smart power management reduces energy use by 30% compared to traditional AC fans.
Faqs:
How does the dual-fan design ensure uninterrupted airflow in critical pharmaceutical environments?
The dual-fan redundancy guarantees continuous operation; if one fan fails, the second automatically compensates to maintain ISO 14644-1 compliance, preventing costly production halts or contamination risks in sterile drug manufacturing.
What certifications and filtration standards does this FFU meet for GMP-grade cleanrooms?
Equipped with pharmaceutical-grade H14 HEPA filters (99.995% @0.3µm), it exceeds EU GMP Annex 1 and FDA CFR 210/211 requirements. Each unit is ISO 9001/CE certified, with optional PQ/OQ validation support for audit readiness.
How is the system optimized for 24/7 operation in energy-sensitive facilities?
Smart power management: Dual EC motors reduce energy use by 30% vs. traditional AC fans, with <150W power draw per fan. Predictive maintenance: Built-in vibration sensors and RS485 alerts notify teams of filter clogs or motor issues before failures occur.