Minimization of heat drift error in frictional measurement high temperature tribometers THT
Anton Paar GmbH
About This Product
Analysis of friction wear characteristics of materials in the heat rising environment increases the importance of the development and quality control of components of internal combustion engines and power plants. In response to the growing need for quantitative data in the temperature rising environment, Anton Pearl has added a powerful high -temperature version that can expand the lineup of pin -on desktake meters and simulate the conditions at the time of use. did.
■ Technical features
・ Minimize heat drift errors in frictional measurement in the range of 1,000 ° C from the room temperature by the two friction sensors.
・ Realize accurate and uniform temperature control up to 1,000 ° C by water -cooled heating elements arranged around.
・ Easy to set tribology exams at extreme high temperatures by elaborate designed samples and ball holders
・ Specifications do not have a cross talk between different power signals due to the design that makes the vertical loading and the measurement of frictional force independent
・ Exercise mode in one direction, rotation, or round -trip rotation
・ Continuous wear depth measurement
・ Standards, increments, user -defined mode, three test parameters
・ “Modelization” software that simulates elastic contact pressure and deformation distribution by Hertz method
・ Automatic protection of friction value of user definition
・ ASTM G99, ASTM G133 and DIN 50, 324 standard
■ Other functions:
・ Test under the primary vacuum or high vacuum condition
・ Observation of wear on the vapores (IN-SITU) under vacuum conditions
・ Test under an inert gas atmosphere
・ Tribology test in the liquid
■ Representative application
·Cutting tools
・ Material of brake pads for automobiles
■ Standard
・ ASTM (G 99, G 133)
・ DIN (50,324)
-
-
Product
Minimization of heat drift error in frictional measurement high temperature tribometers THT