Dual-spectrum optical sensor with blue and infrared LED sources of different wavelengths has been integrated into a dust and insect resistant smoke detection chamber. The chamber design with a direct link to the AI SAFE microprocessor offers the most reliable detection method, which in combination with a predictive algorithm enables measurement of microparticle concentration directly in the air in real time. This unique technology is able to determine the size of volatile particles inside the optical chamber and respond only to a real threat in the form of smoke, while ignoring similar compositions of water vapor or other fumes.

For fire detection systems in residential buildings, early notification of persons immediate notification of real danger is crucial. The AI SAFE microprocessor was developed based on a detailed analysis of material combustion properties and works with a predictive algorithm that compares data from a dual-spectrum optical sensor and filters out the potential for false alarms in real time. If the recorded data corresponds to liquid water vapor particles or other types of vapors, the detector will not respond. However, if the dynamics of the data pattern correspond to the actual parameters of solid smoke particles from fire, the detector will immediately trigger a fire alarm.

If the smoke concentration reaches a set value during detection, the detector automatically triggers a loud acoustic alarm signal of 85 dB, accompanied by a flashing red LED indicator as a sign of fire alarm signaling. This is aimed at gaining the attention of people inside the building through a high noise level and intense LED signaling that a fire has started in some part of the building. The purpose of the fire alarm is an immediate response to an alarm event or the movement of people from the scene of an emergency to a safe zone.

The detector features a combined button with TEST and SILENCE functions, which is designed both for testing and verifying the correct operation of the device, as well as for temporarily silencing the alarm. In case you know the cause of fire alarm activation and need to silence the loud acoustic signal of the siren, you no longer need to go through any complicated procedure to reach the alarm itself and silence it using the button. SIC technology allows you to remotely silence the acoustic signal by pressing any button on a standard IR remote control (most remote controls for household appliances, for example for a TV).

The electronic components and circuit board of the detector are coated with an insulating and protective lacquer layer with IZOVAX nanoparticles, and thanks to the innovative dual-spectrum optical chamber sensing technology, which is able to distinguish smoke particles from water vapor, the device can be installed in very humid environments (near bathrooms, drying rooms, kitchens or utility rooms), unlike conventional fire detectors.

Power is provided by an integrated 3V lithium battery (built-in, non-replaceable) guaranteeing an exceptionally long detector operation of more than 10 years. Battery operation enables quick and easy installation and ensures proper functioning of the smoke and fire detector for more than 10 years from activation. The battery is activated when the detector is placed and secured in the mounting bracket. After 10 years of protection, with a 30-day advance notice, the detector will announce the end of its service life and automatically alert you that it needs to be replaced. The extended 10-year warranty covers both the battery and the device itself.