Pressurise
The inlet supply is checked and the pump raises water pressure for controlled atomisation.
The air is the result. The water path is the system.
The F1C is not a generic mist generator. Its result depends on a sequence: pressure, droplet size, air contact, secondary evaporation, separation, and a protected return path. Each stage has a job.
Technical documentsFrom pressurised water to conditioned air.
The process is easier to trust when every transition has a visible purpose. The F1C combines an open water circuit with a controlled air path and a controller that watches both.
Atomise
Sequential valve groups divide the water into fine droplets and introduce them where the airstream can absorb them.
Evaporate
The primary and secondary air path completes evaporation and removes heat from the air.
Separate
The droplet separator catches larger residual droplets and returns them to the catch pan.
Protect
Water and operating conditions remain measured; configured stages are flushed through the drain path.
The controller watches the transitions.
The protection system follows the physical sequence. A poor inlet condition should stop the pump before atomisation; a high-humidity condition should reduce demand before output becomes excessive; a maintenance condition should run its own isolated routine.
Demand
External analog or network demand establishes the requested operating level.
Air
Return and output humidity support PID control and condensation limiting.
Water
Conductivity and temperature identify changes that affect the wetted circuit.
Pressure
Inlet and pump-side readings support dry-run and stability supervision.
Protection
Leak, motor-temperature, board-temperature, and maintenance states remain explicit.
Demand always has priority over hygiene.
A flush should never compete with a real humidity request. The controller closes the normal outlet path, gives humidification priority at the valve lock, and then resumes maintenance across the configured stages.
Measure before flushing
Water temperature and conductivity determine whether a quality condition needs escalation.
Flush in sequence
Every enabled stage is visited from the first to the last.
Drain deliberately
The dedicated flush valve opens for each stage and closes again afterward.
Yield to demand
Normal humidification waits for the maintenance lock instead of competing with it.
The same system, through the interfaces a building already understands.
The controller supports direct supervisory signals, serial fieldbuses, IP fieldbuses, and local service workflows without making the operator depend on a proprietary remote portal.
- 0–10 VDC
- 4–20 mA
- Modbus RTU
- Modbus TCP
- BACnet/IP
- BACnet MS/TP
- Ethernet web