BS 476 ASTM E1354 Cone Calorimeter with Imported Siemens Oxygen Analyzer ISO 5660

This equipment operates on the principle of oxygen consumption calculated from oxygen concentration in combustion product gas streams to determine heat release rate - the most critical parameter in material combustion performance. It provides accurate measurement of material heat release during combustion, featuring an attractive design and convenient, precise testing capabilities. Essential for predicting fire hazards and evaluating flame retardant treatments, this device measures mass loss rate, O2, CO, CO2, and heat release rate for all fire and flame retardant materials.

Meets GB/T16172-2007, ISO 5660-1:2002, ASTM E1354, BS 476 PT.15, and NFPA 264 standards.

Used for testing smoke production, mass loss rate, O2, CO, CO2, and heat release rate in all fire and flame retardant materials. Evaluates material flame retardancy and combustion performance under various preset conditions, with data suitable for correlation analysis and mathematical modeling to predict combustion behavior. Widely employed by quality inspection units and research institutions for material analysis and heat release property testing.

• Modular cabinet design: Mobile analysis cabinet compatible with cone calorimeter tests and large heat release rate test systems
• Integrated test system: Combines test body with 19-inch analysis cabinet, embedded high-performance PC and LCD panel for complete control
• Advanced software: Professional Labview interface with high automation, fast response, and user-friendly operation
• Comprehensive calibration: Supports sensor calibration for oxygen, carbon dioxide, carbon monoxide analyzers, and other components
• Data recording: Tracks oxygen consumption, gas concentrations, temperature, heat release rate, and 15+ other parameters
• Advanced reporting: EXCEL format reports with graphical and numerical data presentation, including multi-curve comparison

• Combustion chamber (L1680mm * W700mm * H2410mm) with conical heater, igniter, and windshield
• Siemens paramagnetic oxygen analyzer for precise oxygen percentage measurement
• Load platform for recording sample mass changes during combustion
• Smoke measurement system with He-Ne laser emitter and double electron beam measuring device
• Ventilation system for exhausting combustion products
• Auxiliary equipment including microcomputer processor, server, and heat flow meter

Radiation cone

Radiation shielding layer

Weighing equipment

Positioning rack

Smoke exhaust system

Calibrating burner