FIRE-SCAN - Fire Detection & Prevention System

Detect Critical Heat Sources Before They Become Fires

FIRE-SCAN is an advanced thermographic monitoring solution designed by InfraTec for early fire detection and fire prevention in industrial facilities, warehouses, storage areas, and outdoor sites.

By continuously monitoring temperature conditions using high-resolution infrared cameras, FIRE-SCAN identifies developing hot spots, abnormal heat patterns, and potential ignition sources long before they escalate into costly incidents.

The system combines precision thermal imaging, intelligent alarm management, and automated monitoring software to provide 24/7 protection of critical assets, inventory, infrastructure, and personnel.

Whether monitoring bulk materials, manufacturing facilities, lithium-ion battery storage areas, chemical processing operations, or outdoor storage yards, FIRE-SCAN delivers early warning capabilities that enable rapid intervention before a fire occurs.

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Image of FIRE-SCAN solution in waste storage with image of user interface monitoring temperature

Protect Assets. Prevent Downtime. Detect Fires Early.

FIRE-SCAN provides organizations with a proven thermographic monitoring solution for early fire detection and prevention. By identifying abnormal temperature conditions before ignition occurs, facilities can significantly reduce operational risk, improve safety, protect valuable assets, and minimize costly downtime.

FIRE-SCAN uses radiometric infrared cameras to continuously measure temperature across an entire scene rather than at isolated points. The system automatically analyzes thermal data, compares temperatures against configurable thresholds, and detects developing heat anomalies that may indicate fire risk.

When a critical temperature condition is detected, FIRE-SCAN can:

Trigger visual and audible alarms
Notify operators and control rooms
Record and document alarm events
Initiate automated response actions
Support fire suppression systems such as sprinklers
Track long-term temperature trends for predictive risk assessment

High thermal sensitivity and spatial resolution allow the system to identify even small pockets of heat or embers across large monitoring areas, helping organizations respond before dangerous situations develop.

Images of different installed FIRE-SCAN systems and configurations

Designed for Challenging Industrial Environments

FIRE-SCAN is built for continuous industrial operation and can be configured to meet the demands of a wide range of applications.

The modular architecture allows systems to be tailored to site-specific requirements, from a single monitoring location to large-scale multi-camera deployments.

Available system configurations may include:

High-resolution infrared cameras
Pan-and-tilt camera systems for expanded coverage
Industrial control cabinets and PCs
Fibre optic or copper communications infrastructure
Remote monitoring capabilities
Uninterruptible power supply options
ATEX-certified components for hazardous environments

Image of FIRE-SCAN Software graphic user interface

Powerful FIRE-SCAN Monitoring & Analysis Software

At the heart of FIRE-SCAN is a comprehensive software platform designed for continuous monitoring, alarm management, and operational awareness. The intuitive interface provides operators with a complete view of all monitored areas and system status in real time.

Key software features include:

Live thermal image monitoring
Multi-camera mosaic overview displays
Combined thermal and visual camera viewing
Temperature trend visualization and analysis
Automatic recording of maximum, minimum, and average temperatures
Alarm event logging and documentation
Camera and system health monitoring
Detection and filtering of known interference sources
Historical image and data storage for incident review

FIRE-SCAN software includes advanced alarm functionality that helps reduce false alarms while ensuring rapid response to genuine threats. Warning and alarm thresholds are user adjustable, with multi-level alarm escalation capabilities, automated documentation of alarm events and configurable response workflows.