GENT Addressable Optical Smoke and Heat Detector

GENT Addressable Optical Smoke and Heat Detector – Advanced Fire Detection for Intelligent Safety Systems

The GENT Addressable Optical Smoke and Heat Detector combines advanced sensing technologies to provide reliable and early fire detection in commercial, industrial, and public buildings. Designed to work seamlessly with addressable fire alarm systems, this dual-sensor detector enhances system intelligence and minimizes false alarms. It’s ideal for areas where smoke or rapid temperature changes could indicate a fire, such as offices, hotels, schools, and factories.

Key Features:
Dual Detection Technology (Smoke & Heat): Uses both optical smoke sensing and fixed temperature/rate-of-rise heat sensing for accurate fire detection.
Addressable Communication: Each detector has a unique address, allowing pinpoint identification of alarm locations on the fire alarm panel.
LED Status Indicator: Integrated bi-color LED provides clear visual status updates—flashing for normal operation, steady for alarm condition.
False Alarm Reduction: Intelligent algorithms and dual sensing reduce the risk of nuisance alarms caused by dust, steam, or environmental changes.
Self-Monitoring Capabilities: Continuously checks internal systems for faults and reports them to the control panel for quick action.
Low-Profile, Aesthetic Design: Discreet and modern housing suitable for visible areas in commercial and residential properties.
Easy Installation & Maintenance: Compatible with standard mounting bases and easily removable for cleaning or replacement.

Functions:
Early Fire Detection: Detects smoke particles and temperature rise, triggering alerts before flames are visible.
Intelligent System Integration: Communicates status, alerts, and faults to addressable fire panels for precise response.
Enhanced Safety Coverage: Protects occupants and assets by responding to a broader range of fire scenarios.
System Versatility: Suitable for diverse environments where different fire signatures may occur.