EN 13631-4 Explosives Impact Sensitivity Tester with Touch Screen

Product introduction
This Impact Sensitivity Tester is used to measure the impact sensitivity of energetic materials (solid or liquid explosives, propellants, fireworks and primary explosives, etc.), and to determine whether the materials are too dangerous to be transported according to the test conditions.
It conforms to 13.4.2 Test 3 (a) (II): Federal Bureau of Materials Inspection drop hammer apparatus, GB 21567-2008 Test Method for Impact Sensitivity of Dangerous Goods and Explosives, NY 1860.6-2010 Test Guide for Determination of Physical and Chemical Properties of Pesticides, Part 6: Explosiveness, EN 13631-4:2002 Civil Explosives - High Explosive/Explosive, and Part 4: Determination of Impact Sensitivity of Explosives.


Main features:
1) The Impact Sensitivity Tester adopts embedded processor and Windows CE operating system;
2) 8-inch LCD touch screen, which can display the test status in real time;
3) Wireless remote control is adopted to lift the hammer automatically and position the falling hammer, effectively reducing labor intensity;
4) Wireless remote control is adopted to automatically release the falling hammer to realize remote operation;
5) The drop hammer positioning automatic buckle design reduces the difficulty of personnel operation;
6) The unique function of preventing falling hammer from bouncing back reduces the unsafe factors in the test;
7) The drop hammer impact head is made of special quenched steel, which is firm and precise, and the hardness can reach Rockwell 60-63;
8) Special tooling configuration ensures 2mm accurate positioning of liquid impact device;
9) The bottom plate is fixed with concrete blocks, and the full area contact ensures the stability of the test;
10) The Impact Sensitivity Tester is equipped with safety protection box to effectively protect the safety of personnel;
11) The test selection is diversified, and the corresponding test parameters can be configured according to the characteristics of the sample to achieve arbitrary adjustment of the test sequence;
12) During the test, the operating parameters and status are displayed in real time, and the results and the minimum impact energy of the material are automatically analyzed after the test;
13) The test process is automated, and supports parameter setting, data storage, report viewing and other functions.

Technical parameters