Fire detection system
Aspirating detection systems
Cirrus HYBRID aspirating fire and smoke detectors
The Cirrus HYBRID aspirating detector combines scattered-light detection technology and test-chamber detection into a single integrated unit.Product Description
Cirrus HYBRID aspirating fire and smoke detectors represent an advanced technology that combines two key detection methods – optical sensing and CCD analysis of microscopic particles – into a single, highly reliable system. This hybrid platform enables the identification of fire in its earliest stages, whether it begins with invisible combustion particles or visible smoke, providing a wide range of coverage and safety across different environments.
Unlike traditional aspirating systems that rely solely on optical detection, the Cirrus HYBRID uses dual analysis, allowing it to identify the earliest signs of thermal stress on materials and the initial stages of smouldering, as well as classic smoke-generation scenarios. This achieves an optimal balance between sensitivity and the reduction of false alarms.
In environments with dust, moisture, steam or temperature fluctuations — areas where traditional detectors often react incorrectly — the HYBRID system remains stable and reliable. Thanks to its combined approach and advanced filtering algorithms, false alarms are significantly minimized while maintaining high accuracy in recognising genuine fire signals.
The integrated colour touchscreen LCD display enables intuitive operation, easy monitoring and system configuration. HYBRID aspirators can supervise multiple detection zones, allowing precise localisation of the source and adaptation to different types of facilities — from warehouses and production plants to data centres, archives and clean rooms.
Overall, the Cirrus HYBRID is a technologically advanced and flexible solution that combines the best of both worlds — early detection of invisible particles and reliable identification of smoke. It is an ideal choice for users seeking maximum safety in demanding and variable conditions, with minimal risk of false alarms and a high degree of adaptability.
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