SummaryThe MULTIZONE 800 is a compact mobile air filtration and purification unit designed for medical risk areas. Ready to operate, it integrates into clinical environments to control particulate and microbiological risks and targets the performance expected for risk zone 2 under standard NF S 90-351 (April 2013).
Purification steps- Double pre-filter: barrier against large particles (pollen, hair, dust).
- Double HEPA H13 filter block: barrier against ultrafine particles, retention 99.95% on particles 0.1–0.3 µm.
- Activated carbon: capture and neutralization of odors and VOCs (smoke, formaldehyde, ammonia, benzene, other gases).
- Micro-organism reduction: combined action with ambient air ionization technology.
Features- Airflow up to 800 m3/h
- 3 blower speeds
- 4 operating modes: autonomous, manual, scheduled, night
- High-definition tactile LCD display
- Control lock to prevent unintended changes
- Real-time air quality sensors
- Low noise level: 37.5 dB(A) in night mode
Examples of application areas- COVID-19 intensive care units
- Circulation in operating theatres
- Endoscopy rooms
- Intensive care
- Pre-operative care rooms and recovery rooms
- Sterilization areas
- Neonatal intensive care
Compliance and performanceDesigned to achieve the performance expected for risk zone 2 according to NF S 90-351 (April 2013). Purified air is discharged upwards after the described filtration and treatment stages.
Technical specifications- Type: mobile air filtration and purification unit
- Maximum airflow: 800 m3/h
- Speeds: 3 blower speeds
- Modes: autonomous / manual / scheduled / night
- Filters: double pre-filter; double HEPA H13 block (99.95% on 0.1–0.3 µm)
- Molecular treatment: activated carbon filter for VOCs and odors
- Biocidal technology: ambient air ionization for micro-organism reduction
- Interface: high-definition tactile LCD
- Safety: control lock
- Sensors: integrated real-time air quality sensors
- Noise level: 37.5 dB(A) in night mode
- Target compliance: performance aimed for risk zone 2 (NF S 90-351, April 2013)