AA-IOT-HD-101

IoT Enabled Heat Detector

Intelligent Temperature with IoT Integration

The AirlightAA-IoT-HD-101 IoT-enabled addressable heat detector continuously monitors temperature variations and transmits real-time thermal data to the fire alarm control panel, which is then seamlessly uploaded to the cloud via internet connectivity. Designed for precise heat detection in environments where smoke detectors may not be suitable, this intelligent sensor combines advanced thermal sensing with cloud-based monitoring capabilities. It issues instant alerts for rapid temperature rise, fixed temperature thresholds, abnormal environmental conditions, and device connectivity issues. Leveraging IoT technology, it empowers fire safety personnel to monitor temperature trends, respond quickly to fire hazards from any location, and enables proactive maintenance through continuous system diagnostics and real-time data analysis. 

 

IoT  & Smart monitoring

Real-Time Temperature Sensing & Cloud Upload: Continuously monitors ambient temperature with high precision. Real- time thermal data is transmitted to the control panel and automatically uploaded to the cloud via internet connection for remote access and analysis.

Remote Access& Monitoring: Supports off-site monitoring and response by fire safety personnel from any location worldwide. Access live temperature readings, historical trends, system status, and alerts through web- based platforms and mobile devices.

Intelligent Event Alerts: Detects and notifies for rapid temperature rise, fixed temperature threshold breaches, abnormal environmental conditions, device connectivity status, and sensor faults. Instant notifications enable rapid emergency response and intervention.

 Proactive Maintenance Monitoring: Continuous system diagnostics identify potential issues before they become critical. Predictive maintenance alerts reduce downtime, ensure optimal performance, and extend detector lifespan through timely servicing.

Enhanced Situational Awareness: Touchscreen display shows real-time temperature data, providing critical Information for rescue support staff and emergency responders. Historical temperature trends enable faster and more informed decision-making during emergencies.

System Integration: Compatible with Building Management Systems (BMS) and smart building platforms for unified monitoring and control. Integrates seamlessly with HVAC, ventilation, and other building systems for comprehensive environmental management.

Advanced Detection Features

Dual Detection Modes: Operates in both rate-of-rise and fixed temperature detection modes. Responds to rapid temperature increases or when temperature exceeds preset thresholds, ensuring comprehensive fire detection in various scenarios.

Digital Communication: Addressable functionality enables two- way communication between control panel and detector. Advanced digital protocols ensure reliable data  transmission and support remote diagnostics and configuration.

Adjustable Sensitivity Levels: Sensitivity levels and control functions can be adjusted remotely through the control panel without physical access to the detector, enabling optimization for different environments and reducing false alarms.

Configurable Temperature Thresholds: Users can define pre-alarm and main alarm temperature settings based on specific environmental conditions and site requirements, ensuring optimal detection sensitivity for any application.

Unique Device Identification: Real-time temperature data transmitted with unique device IDs enable precise location identification on the control panel, allowing rapid emergency response to the exact detector location.

Visual Status Indication: Bi-colour LED provides instant visual feedback: Green LED blinks during normal scan operation, Red LED glows steady during alarm condition, ensuring clear status indication at all times.

Ideal Applications

Kitchens & Cooking Areas: Where smoke detectors may cause false alarms from cooking fumes

Garages & Parking Facilities: Areas with vehicle exhaust and dust requiring heat detection

Industrial Manufacturing: Facilities with dust, steam, or fumes that affect smoke detection

Boiler Rooms: High-temperature environments requiring thermal monitoring

Warehouses: Storage facilities with dusty conditions or temperature-sensitive goods

Mechanical Rooms: Equipment areas requiring heat detection without false alarms

Laundry Facilities: Areas with steam and moisture that affect smoke detectors

Electrical Rooms: Critical infrastructure requiring precise temperature monitoring

 

 

Datasheet