Purpose and standards
1. This apparatus is compatible with both oxidizing liquid tests and time/pressure tests.
2. The oxidizing liquid test apparatus is used to measure the potential of a liquid substance to increase the combustion rate or intensity of a combustible material when fully mixed with it or to form a mixture that may spontaneously ignite. The time/pressure test apparatus is used to determine the ignition effects of a substance under confined conditions to assess whether ignition at pressures typical of commercial packaging could lead to explosive deflagration.
3. Follow the following standards:
u United Nations "Recommendations on the transport of dangerous goods: Manual of tests and criteria", Section 34.4.2, Test 0.2: Test of oxidizing substances and Section 11.6.1, Test 1(c)(1): Time/pressure test;
u GB 5085.5 Identification standards for hazardous wastes - Identification for reactivity;
u GA/T 536.1 Grading and test method on fire hazard for flammable and explosive hazmats;
u NY/T 1860 Guidelines on the determination of physico-chemical properties of pesticides - Part 6: Explosiveness and Part 28: Oxidation;
4. The oxidizing liquid test apparatus complies with the following standards:
u GB/T 21620-2008 Dangerous goods - Test methods for oxidizing liquids;
5. The time/pressure test apparatus complies with the following standards:
u GB/T 21579-2008 Dangerous goods - Test method of time/pressure;
u GA/T 536.1 Grading and test method on fire hazard for flammable and explosive hazmats;
Technical parameters
1. Working environment: -5℃ to 45℃, <95% RH;
2. Pressure vessel: Cylindrical stainless steel pressure vessel with a length of 89mm, outer diameter of 60mm, and side-mounted pressure sensor;
3. Pressure measurement device: Rapid response to pressure changes from 0 to 3 MPa within 5ms;
4. Pressure measurement range: 0~3MPa, pressure measurement accuracy: ±0.1% F·S;
5. Rupture disk: 0.2mm thick aluminum disc, bursting pressure: 2200 kPa;
6. Timing accuracy: ±0.001ms;
7. Time/pressure test ignition system: Nickel-chromium wire;
8. Oxidizing liquid ignition system: 25cm long Nichrome wire, with the diameter of 0.6mm, and resistance of 3.85Ω/m;
9. Apparatus dimensions (L×W×H): 680mm×510mm×480mm.
Functional features
1. Broken wire detection: Detects the current amplitude of the heating wire during the test; automatically alarms if the current amplitude is below the standard 10A or drops to zero;
2. Equipped with an active pressure relief system. If the rupture disc fails to burst, the puncturing head will pierce the disc to release pressure;
3. The pressure vessel is made of 316L stainless steel, featuring splash-proof design to effectively prevent sample leakage and contamination. It is a cylindrical pressure vessel with a length of 89mm and an outer diameter of 60mm;
4. Adopts flip-top door structure, with the front door adopting an electromechanical interlock structure and the back equipped with a pressure relief port;
5. Equipped with a pressure sensor that is resistant to high temperature, high pressure, shock, and strong corrosion, ensuring stable operation;
6. Equipped with a high-precision and high-frequency response pressure detection system, with high precision in data acquisition and pressure acquisition frequency, allowing real-time pressure change detection;
7. Supports delayed start and remote wireless ignition control for the instrument, ensuring the safety of test personnel;
8. 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;
9. Features automated testing process, including automatic recording of raw data, plotting time-pressure curve, and automatic judgment of test results;
10. Supports one-click export of Excel test reports, including data, results, and analysis reports;
11. Enables face recognition and account password login, with the option for dual-person authentication and hierarchical permissions;
12. Embedded with an industrial PC motherboard, 10.1-inch capacitive touch screen, pre-installed with professional operating software;
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.
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