INTEGRATED SYSTEMS · AIRBORNE SURFACE DISINFECTION
One control architecture and one operating cycle, with two diffusion capacities designed for different treatment volumes.
Both systems use a permanently installed spraying module in the treatment zone. Each module connects to power and disinfectant supply. The cycle is initiated and monitored from the customer control interface, with individual module control in multi-module configurations.
1. Priming and circuit checks; 2. controlled spraying with the diffusion fan; 3. draining the circuit after treatment. The system awaits instructions between phases. Timing and settings depend on the installation and the selected protocol.
NANO targets equipment and small volumes, while MICRO provides higher diffusion capacity. Moving from NANO to MICRO does not change the operating sequence; it primarily changes the nominal flow and the number or arrangement of diffusion points. Volume, obstructions, airflow and microbiological objectives determine selection.
Connections may pass through the partition or run in a surface trunking, depending on the installation. The modules are designed to unclip from their mount for inspection, cleaning or replacement. Accessibility, surrounding materials and return-to-service conditions must be considered.
ARCHITECTURE AND CONNECTIONS
Up to five independently controlled integrated modules supervised by the customer HMI or PLC. A remote control enclosure coordinates commands and disinfectant supply.
Distribution to each module: electrical cable and liquid hose
Conceptual functional diagram, not a wiring drawing. RJ45 is the Ethernet network connector (TCP/IP, Modbus TCP). The 24 V supply is shown separately; PoE is not implied. Final wiring and communication parameters require confirmation in the integration specification.
TECHNICAL GALLERY
| Model | Nominal rate | Typical use |
|---|---|---|
| NANO1 | 300 ml/h | Equipment and mini-volumes, up to 10 m³ |
| NANO5 | 5 × 300 ml/h max. | Up to five modules; distributed or complex volumes |
| MICRO1 | 800 ml/h | Large volumes; volumes over 80 m³ |
| MICRO5 | 5 × 800 ml/h max. | Up to five modules; large installations |
