ZETLAB Shaker controller system consists of:
One of the key factors in the course of technological products manufacturing is the testing of products resistance to mechanical impacts. These tests are performed in order to reveal structural and manufacturing defects and to evaluate performance characteristics of the product in a complex operational environment. Tests complexity for mechanical factors impact is caused by […]
For the purpose of approximate visual vibration displacement evaluation at low frequencies (below 16 Hz) one can use a step wedge with two curves forming an acute angle.
Tests for classical shock impact are implemented for elements, devices and electronic equipment in order to determine their resistance to single and multiple shocks impacts.
Test for random vibration impact is a complex test procedure.
The purpose of this test is to reveal mechanical defects and/or characteristics deterioration as well as comparison of the results obtained to the requirements specified in the applicable standards and technical documentation in order to reveal resistance of elements, devices and other products (hereinafter referred to as a sample) to the vibration impact of certain […]
Question Does the shaker system consist of the following components: a shaker system, control system with software and a vibration sensor fixed on the tested object?
Question How can one calculate the maximum peak acceleration produced by the shaker using the shaker system characteristics? What is the dependence based on tested object weight and positioning (on the shaker platform or next to it)?