DG10-D Plus Solid Combustion Rate Test Apparatus (Image Method)-Material Flammability Analyzer via Video Tracking-Fire Safety Lab Equipment

Purpose and standards

1.  This apparatus is used to determine the ability of a substance to propagate combustion by measuring the combustion time after ignition. It is suitable for granular, paste-like, or powdery substances.

2.  The solid combustion rate test apparatus complies with the following standards:

u  United Nations "Recommendations on the transport of dangerous goods: Manual of tests and criteria", Section 33.2.4, Test N.1: Test method for flammable solids;

u  GB/T 21618-2008 Dangerous goods - Test method for burning rate of flammable solids;

u  GB 5085.4 Identification standards for hazardous wastes Identification for ignitability, 4.2: Test of Flammable Solids;

u  GA/T 536.1 Grading and test method on fire hazard for flammable and explosive hazmats;

u  NY/T 1860.15 Guidelines on the determination of physico-chemical properties of pesticides - Part 15: Flammability of solids;

u  National and industry standards equivalent to or adopting by equivalent to the above standards.

Technical parameters

1.  Working environment: -5℃ to 45℃, <95% RH;

2.  Combustion distance detection range: 0-250mm, accuracy: ±0.5mm;

3.  Combustion rate detection range: 0-500m/s;

4.  Timing range: 0-30min, accuracy: ±0.1s;

5.  Burn-bearing plate material: High-temperature quartz;

6.  Apparatus dimensions (L×W×H): 410mm×490mm×350mm.

Functional features

1.  Compatible with both "preliminary screening" and "combustion rate" tests, suitable for metal and non-metal powders, granular, and paste-like substances;

2.  Equipped with standard stacking molds, with handles on both sides for raising and lowering the molds to compact the test samples;

3.  Through image processing algorithms, the flame morphology is precisely analyzed, enabling rapid calculation of the combustion rate;

4.  Integrates gas ignition and silicon nitride ignition technologies, allowing for seamless switching between the two ignition methods to cater to a wide range of experimental needs;

5.  Equipped with an advanced temperature detection system that automatically initiates ignition once the ignition source reaches 1000°C, ensuring precise and safe operation without any concern;

6.  Supports delayed startup of instruments and remote wireless control for ignition, safeguarding the safety of experimental personnel;

7.  Equipped with a red emergency stop button, which can directly cut off the power to protect the safety of testing personnel in case of accident;

8.  Features automated testing process, including automatic combustion timing, data recording, and automatic determination of test results;

9.  Supports one-click export of Excel test reports, including data, results, and analysis reports;

10.  Enables facial recognition and account password login, allowing for the setup of dual-person authentication login and featuring permission levels;

11.  Embedded with an industrial PC motherboard, 10.1-inch capacitive touch screen, pre-installed with professional operating software;

12.  Supports both wired and wireless networking. A single computer can remotely control multiple instruments via wired or wireless networks, enabling centralized data storage and management.