6810 cone calorimeter Introduction: It can objectively evaluate the combustion performance of materials in real fires. In 1982, BARAUSKAS et al. developed a cone calorimeter (cone), an advanced test instrument. Cone's combustion environment is very similar to the real combustion environment. There is a good correlation between the test results and the results of large-scale combustion tests. It can express the combustion performance of materials and is important in evaluating materials, material design and fire prevention. Reference value. After continuous development and improvement, cone has now become an ideal test instrument for studying fire and evaluating the combustion properties of materials. Technical Parameters: 1, 19-inch standard instrument rack, Taiwan Advantech industrial control computer host 2. The rated power of the cone heater is 5000W, and the heat output is 0~100kW/m2. 3. Within 50X50mm of the center of the exposed sample surface, the irradiation deviation at the center shall not exceed ±2%; 4, the maximum size of the sample: 100mm x 100mm x 50mm; 5, weighing range 0 ~ 3000g; accuracy: 0.1g; 6. 10KV ignition system with high-voltage spark generator with safety shut-off device, automatic positioning; 7. The US Shifumei paramagnetic oxygen analyzer uses a paramagnetic pressure change method to measure the oxygen concentration in the gas. 8, concentration range 0-25%, T90 <1.5s, zero drift: < 0.5% / month, measured value offset <0.5% / month, linear error < 1% of the current measurement range; 9, the United States Shifumei non-dispersive infrared CO and CO2 analyzer CO: 0 ~ 1%; CO2: 0 ~ 10%; 10. THORLABS smoke density analysis in the United States uses a laser system to measure smoke density. The system consists of a photodiode, a 0.5mW HeNe laser, a main graphic detector and an auxiliary graphic detector. 11. The exhaust system consists of a fan, a hood, a fan's intake and exhaust pipes, and an orifice flow meter. Exhaust fan flow 0~0.05M3/s adjustable 12. The annular sampler should be installed in the intake pipe 685mm away from the hood. There should be 12 small holes on the sampler to homogenize the airflow component; 13. The US SETRA differential pressure sensor is used to measure the pressure difference between the two sides of the sharp edge plate at 350 mm above the fan to determine that the inner diameter of the sharp edge plate is 57 mm ± 1 mm. 14. The temperature of the airflow is measured by a US OMEGA armored thermocouple with a 1.5 mm diameter closed junction. The thermocouple should be installed 100 mm above the orifice plate; 15. The gas sampling system includes a loop sampler, a sampling pump, a filter, a cold trap, a waste water discharge, a moisture filter, and a co2 filter; Independent research and development, patented technology cold trap, temperature control 0-4 degrees, with Taiwan imported sampling pump 16. Heating cone temperature controller Automatically adjusts and controls the temperature in the range of 0-1000 °C. The resolution and temperature control accuracy are both 2 degrees, and the automatic cold junction compensator with thermocouple should be provided. 17. The United States MEDTHERM imported Carden type foil heat flow meter, the design range is 0^100k W/m', the radiation receiving target has a diameter of 12.5mm, and the surface is covered with a durable matt black coating. The radiation receiving target is water cooled. The accuracy of the heat flow meter is 3% and the repeatability is 0.5%. 18, Taiwan Advantech data acquisition system, high-speed recording oxygen analyzer, orifice flowmeter, thermocouple and other instruments output.
Introduction: It can objectively evaluate the combustion performance of materials in real fires. In 1982, BARAUSKAS et al. developed a cone calorimeter (cone), an advanced test instrument. Cone's combustion environment is very similar to the real combustion environment. There is a good correlation between the test results and the results of large-scale combustion tests. It can express the combustion performance of materials and is important in evaluating materials, material design and fire prevention. Reference value. After continuous development and improvement, cone has now become an ideal test instrument for studying fire and evaluating the combustion properties of materials.
