Controlled mechanical ventilation

Sitali SFE 100 [S1]

Controlled Mechanical Ventilation
Olimpia Splendid’s decentralised single-flow continuous MVHR unit works under extraction only and is perfect for humid, windowless environments such as kitchens or bathrooms. The Sitali SFE 100 is..See specifics
Sitali SFE 100 [S1]

Controlled Mechanical Ventilation

Olimpia Splendid’s decentralised single-flow continuous MVHR unit works under extraction only and is perfect for humid, windowless environments such as kitchens or bathrooms. The Sitali SFE 100 is equipped with a humidity sensor that automatically regulates the fan speed based on the set humidity percentage (adjustable from 50% to 95%). Thanks to the integrated timer, it is also possible to set its operation with automatic shut-off up to 30 minutes.

Specifics

    Flow rate (m3/h) 102
    Type Punctual
    Technology Extraction

Commands

Possibilità di connessione a sistema domotico esterno (tramite contatto pulito)

Possibilità di connessione a sistema domotico SiOS Control (tramite contatto pulito)

Functions

Air Replacement

Turbo

Maximises extraction, to facilitate air exchange in the shortest time possible.

Silent Mode

Reduces the noise of the product, for greater acoustic comfort.

Humidity Sensor

Increases air exchange, in case of high indoor humidity levels.

Highlights

Automatic detection of humidity
The unit is equipped with a humidity detection probe that operates in automatic mode (humidistat function that can be activated via dip switch). When there is a sudden increase in humidity and/or when the humidity value exceeds 65%, the unit operates at the intermediate speed. The speed decreases only when the humidity stabilizes for a fixed time of 5 minutes.

Product range

Sitali SFE 100 S1
99231

Sitali SFE 100 S1

Flow rate of up to 60 m3/h

Documents

Manuale

Manuale

Catalogo prodotto

Catalogo EN

Certificato

CE Declaration

Catalogo prodotto

Catalogo EN

Manuale

Instructions

Certificato

CE Declaration

Important Notes

Top quality ABS structure