Калориметр iCone Plus по сравнению с ISO 5660 ASTM E1354 FTT Instruments

1, the scope of application:

1.1 The oxygen consumption calculated from the oxygen concentration in the combustion product gas stream and the heat release rate of the combustion products when burning, the material's heat release rate is also the most important parameter in the material combustion performance, and the heat release rate in the material combustion process is measured accurately. For the prediction of fire hazards and their fire-retardant treatment is extremely important.

1.2 When the sample is exposed to the heat source of the cone heater, the cone calorimeter can measure the heat release rate, smoke generation rate, ignition time, oxygen consumption, carbon monoxide, carbon dioxide generation, and mass loss rate of the sample.

This equipment is widely used in national, provincial, scientific research institutions quality inspection units and institutions for training, academic seminars and practical training operations.

2, the composition and characteristics of the instrument:

2.1 The control part adopts embedded IPC design. The analysis part adopts the integrated machine, condensation: imported cold trap, filtration: using multi-layer filtration and can be folded, easy to replace the solid crystal. The overall performance is stable.

2.2 WINDOWS XP interface, LabVIEW style, perfect security mechanism. The measurement results are displayed in real time during the test and a perfect curve is dynamically drawn. The data can be saved, read and printed out permanently, and the report can be printed directly.

2.4 Shield: Automatically controlled by computer program, the whole test is completed automatically and completely;

2.5 Ignition mode: automatic ignition with pulse high voltage 10KV spark ignition;

2.6 laser calibration: the computer can complete the automatic calibration of light transmittance of 0% and 100%;

2.7 filter calibration: delivery 25%, 50%, 75% standard filter;

2.8 Observation window: High-temperature toughened glass observation window is used to observe and test, and protection testers can operate safely;

2.9 Gas Analysis: O2 uses imported sensors, imported high-precision modules; CO2, CO uses IR (infrared) measurements, imported high-precision modules. The accuracy is 0.01%; the content of harmful gas is measured through the gas sampling port, the hot filter, and the heating line, and the mass loss rate is measured by the load cell with improved accuracy.

2.10 Mass Flow Meter (MFC): The use of a high-precision mass flow meter monitors the gas flow to facilitate the calibration of the C-FACTOR data;

2.11 Two-way sensor introduces compressed gas to automatically purify the system.

2.12 The data acquisition system can collect records: oxygen concentration, temperature, orifice flowmeter, heat release rate, mass loss rate, flue gas flow rate, C-factor, sample ignition time and extinguishing time, total oxygen consumption, total smoke Quantity, total heat release, effective heat of combustion, carbon dioxide production, and carbon monoxide production.

2.13 Computers: Lenovo branded computers, 17-inch touch screens and 1 industrial computer are used for touch-screen control testing, and also include equipment operation and data processing software.

2.14 brand printer.

2.15 powerful exhaust fan, when the test is completed, start the exhaust fan system to discharge the exhaust outside.

KP8097 iCone Plus Calorimeter Comparing ISO 5660, ASTM E1354, FTT Instruments

Standards compliant:

Complies with: GB/T16172-2007, ISO 5660-1, ISO 5660-2, ASTM E 1354, ASTM E 1740, ASTM E 1550, ASTM D 5485, ASTM D 6113, NFPA 271, NFPA 264, CAN ULC 135, BS 476 Test Standard