Rockwell Versitron Series hardness testing system

The Rockwell Versitron Series hardness testing system provides users with top-loading and test surface referencing technology. Applying both the preload and full load in one test cycle makes it possible to perform a test in as little as 4 s.

The system’s clamping ability provides the ability to clamp and hold parts in place prior to testing with up to 325 Nm. By clamping instead of using jack screws or cutting specimens, the accuracy is improved and the testing time is decreased. Because the removable clamping shield protects the diamond indenter from being struck by the specimen during handling, damage caused by test samples shifting under load is prevented.

The intelligent indenter shroud ensures the test surface reference is constant and remains unaffected by foreign objects. The shroud senses the position of the indenter relative to the test surface when the preload has been applied. If the test specimen deflects under major load, the shroud travels with the test surface to compensate by maintaining that precise reference position with the test surface.

The tester features a full-colour, icon-driven display that facilitates intuitive navigation. Test results are shown in a large font size, making them easy to read. The dirt- and oil-resistant display is easily cleaned, while the interface is designed to last even in harsh environments.

The product can take on heavy-duty work while at the same time offering easy access to on-screen test results during the test. Results can be exported directly to DataView for further analysis or as a CSV file. The user is offered access to histograms and statistical summary reports with an optional printer.

The machine has different types of drive options, including the standard level actuated drive, pneumatic drive or electric drive. The entire load system is modular and self-contained within the test head. The test head can be exchanged to measure different Rockwell scales.

The system is CE marked and complies with ASTM E-18, DIN, EN, ISO and other applicable standards. It can be used for high-volume testing, sampling, production floor environments, in the lab, testing awkwardly shaped parts and precise small-part testing applications.