For assessing the intrinsic safety to mechanical sparks, two dedicated methods are implemented in testing laboratories and further
used for the conformity assessment of products with regard to explosive atmospheres ignition, namely: impact test and friction test.
The purpose of the article is to present the results obtained by using the first method mentioned, results which shall be applied in
further research for comparison with the ones resulting from the friction test. The article presents the process for developing the
research facilities used for testing activities in the field of non-electrical equipment intended to be applied in potentially explosive
atmospheres. Also, the paper highlights important aspects on non-sparking tools used to carry out the specific maintenance works
within technical installations located in hazardous Ex areas, in compliance with the European workplace safety and health principles
and practices. Theoretical and practical studies, laboratory research, assessment methods and tests for determining the ignition
hazard by mechanical sparks generated by non-electrical equipment are developed in order to improve the performance of the actual
testing system for the assessment and testing of non-electrical equipment intended for use in atmospheres with explosion hazard.
The development of the test method for non-sparking materials and the test setup ensures the optimal performance of the tests
required for carrying out the conformity assessment process for equipment and non-sparking tools intended for use in potentially
explosive atmospheres, taking into consideration the provisions of international regulations in force.