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Highlights / Outstanding Features / Characteristics

1. Smart Control & Automation

LabVIEW-Powered Interface: High-end LabVIEW software ensures a rigorous, automated, and user-friendly experience with lightning-fast response.
PLC Integration: Features industrial PLC programming and 16-bit high-precision boards for real-time data acquisition, automatic processing, and cloud-ready saving.
Customizable Software: Tailored functionality is available to meet specific research or regulatory requirements.

2. Precision Measurement & Analysis

Comprehensive Data Tracking: Automatically calculates flame spread rates and Critical Heat Flux (CFE). Real-time curves and graphs are generated for in-depth analysis.
Military-Grade Instrumentation: Equipped with an imported water-cooled heat flux meter (0-100 kW/m²) with a precision of 0.1 kW.
High-Resolution Imaging: Includes a 16-megapixel CCD camera for remote observation and high-definition recording of the entire combustion process.

3. Calibration & Operational Excellence

Automated Calibration: Features a multi-hole calibration plate and a sliding heat flux meter track to ensure radiation flux strictly meets ISO 5658-2 standards.
Advanced Observation: Angle-adjustable mirrors paired with a foot-switch recorder allow for effortless tracking of flame progression.
Modular Design: Independent control and analysis cabinets enhance system stability and simplify maintenance.

4. Safety & Reliability

Intelligent Flame Monitoring: Auto-ignition system with continuous thermocouple monitoring; gas supply is automatically cut off if a flame-out is detected.
IMO Standard Compliance: The specialized cylinder-type burner fully supports IMO automatic flame impact testing protocols.

Test Methods / Procedures

Our system provides a fully integrated testing workflow strictly in accordance with ISO 5658-2 and IMO FTP Code Part 5. The procedure is divided into four highly automated phases:

Phase 1: System Stabilization & Baseline Setting

Radiant Panel Pre-heating: The gas-fired radiant panel is ignited and stabilized until the heat source reaches the required temperature, ensuring a uniform thermal radiation field.
Environmental Balancing: Sensors monitor background heat flux and ambient conditions in real-time. The software performs automatic zero-calibration and initializes data baselines.

Phase 2: Precision Automated Calibration

Heat Flux Verification: Utilizing the multi-hole calibration plate and the sliding heat flux meter track, the system automatically detects and records the thermal gradient.
Standard Alignment: The software compares the measured data against the standard heat flux curve to ensure 100% compliance before testing begins.

Phase 3: Combustion Test Execution

Sample Loading & Ignition: The specimen is mounted vertically. The system triggers the IMO-compliant burner for a programmed flame impact sequence.
Dynamic Monitoring:
- Operators monitor flame progression via the adjustable observation mirror and the 16MP CCD camera.
- Using the integrated foot switch, the operator records the exact time the flame reaches each distance marker. Data is synchronized instantly with the LabVIEW control interface.

Phase 4: Automatic Analysis & Reporting

Critical Parameter Calculation: The system automatically calculates ignition/extinguishment times, Flame Spread Rate, and the Critical Flux at Extinguishment (CFE, kW/m²).
Instant Report Generation: Upon completion, the software generates a comprehensive technical report including real-time curves, high-definition combustion images, and final measurement results.

Specifications

Power AC 220V, 50/60Hz, 30A

Weight approx. 200 kg

Other requirements: Methane, PC, compressed gas, camcorders

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