Project Overview
HazenFire successfully delivered an advanced beam smoke detection system for the Metal Steel Factory IGM Trade in North Macedonia, providing reliable early fire detection for a large-scale industrial production environment.
Steel factories and heavy industrial facilities often contain large open spaces, high ceilings, complex structures, and challenging environmental conditions. In these areas, traditional point-type smoke detectors may not provide effective coverage due to installation limitations and airflow conditions.
To overcome these challenges, HazenFire implemented the AT-B01 Linear Beam Smoke Detector solution, using reflective beam detection technology to provide wide-area monitoring, rapid smoke recognition, and stable performance across the industrial facility.
The system was designed to improve fire safety by detecting smoke at an early stage, allowing faster response before a potential fire event develops into a major incident.
The Fire Detection Challenge in Steel Factories
Steel production facilities operate under demanding conditions where fire risks can come from multiple sources, including:
- High-temperature manufacturing processes
- Electrical equipment and machinery
- Combustible materials and storage areas
- Dust accumulation and airborne particles
- Large production halls with high ceilings
Large industrial buildings create unique challenges for conventional fire detection systems. Point smoke detectors require many devices to cover wide areas, while installation and maintenance become difficult in high-ceiling environments.
Additionally, industrial factors such as dust, heat, airflow, and production activities can affect detector performance.
For these applications, a reliable long-distance detection solution is required to provide continuous monitoring over large areas.
HazenFire Beam Smoke Detection Solution
To meet the requirements of the Metal Steel Factory IGM Trade project, HazenFire deployed AT-B01 Linear Beam Smoke Detectors.
Beam smoke detection technology works by transmitting and receiving an infrared beam across a protected area. When smoke enters the beam path, the detector identifies the reduction in signal strength and activates an alarm.
This technology makes beam smoke detectors highly suitable for:
- Large industrial halls
- Steel factories
- Manufacturing facilities
- Warehouses
- High-ceiling buildings
The AT-B01 provides effective coverage with fewer devices compared with traditional smoke detection methods, reducing installation complexity while maintaining reliable fire monitoring.
Project Details
| Item | Description |
|---|---|
| Project Name | Metal Steel Factory IGM Trade |
| Location | North Macedonia |
| Application | Steel Factory / Industrial Facility |
| System Type | Beam Smoke Detection System |
| Product | HazenFire Linear Beam Smoke Detector |
| Model | AT-B01 |
| Quantity | 7 Units |
| Detection Type | Reflective Beam Detection |
| Detection Range | 5–100 meters |
| Completion Date | 2026 |
Why AT-B01 Linear Beam Smoke Detector Was Selected
The HazenFire AT-B01 was selected because it provides an effective fire detection solution for large industrial spaces where traditional smoke detection methods have limitations.
Key advantages include:
| Requirement | AT-B01 Solution |
| Large-area monitoring | Long-distance beam detection covers wide spaces efficiently |
| High ceiling applications | Suitable for industrial buildings with elevated structures |
| Early smoke detection | Detects smoke changes before fire escalation |
| Reduced installation requirements | Covers larger areas with fewer devices |
| Stable industrial performance | Designed for demanding environments |
| Flexible application | Suitable for factories, warehouses, and production facilities |
System Deployment Concept
The 7 units of HazenFire AT-B01 Linear Beam Smoke Detectors were strategically installed throughout the steel factory to provide comprehensive coverage of critical areas.
The detector placement was planned according to:
- Building structure and ceiling height
- Production area layout
- Smoke movement patterns
- Potential fire risk locations
- Required detection coverage
By creating monitoring zones across the facility, the system provides early warning capability throughout large open industrial areas.
Installation and Commissioning
Proper installation and alignment are essential for achieving maximum performance from beam smoke detection systems.
The commissioning process included:
| Commissioning Step | Purpose |
| Installation Position Verification | Ensures correct detector placement |
| Beam Alignment Adjustment | Maintains accurate infrared communication |
| Signal Strength Testing | Confirms stable beam connection |
| Alarm Function Testing | Verifies fire alarm activation |
| Fault Monitoring Check | Ensures system supervision |
| Coverage Evaluation | Confirms effective protection of industrial areas |
After commissioning, the system was prepared to provide reliable smoke detection and alarm transmission to the facility’s fire protection system.
Project Benefits
The implementation of HazenFire AT-B01 beam smoke detectors significantly improved fire detection capability at the Metal Steel Factory IGM Trade facility.
The project delivered several benefits:
- Early fire warning across large industrial spaces
- Reliable detection in high-ceiling environments
- Wide-area coverage with fewer detection points
- Improved protection for steel production operations
- Reduced limitations caused by building size and structure
- Stable performance in demanding industrial conditions
- Enhanced overall facility safety management
Recommended Applications
HazenFire AT-B01 Linear Beam Smoke Detectors are suitable for various large-scale applications, including:
- Steel factories
- Manufacturing plants
- Industrial warehouses
- Production facilities
- Logistics centers
- Large commercial buildings
- High-ceiling structures
- Industrial processing facilities
- Storage facilities
Conclusion
The Metal Steel Factory IGM Trade project in North Macedonia demonstrates the importance of selecting the right fire detection technology for challenging industrial environments.
By implementing the HazenFire AT-B01 Linear Beam Smoke Detection System, the facility achieved improved early warning capability, wider monitoring coverage, and enhanced fire protection performance.
HazenFire continues to provide advanced fire detection solutions designed to protect industrial facilities, critical infrastructure, and high-risk environments worldwide.
