Lubrication at friction points by gas which completely separates friction elements. lubricants on the surface of friction elements. Holding of gases, vapours or fluids on the surface of solid bodies e.g. The side parallel to the datum side in a linear guidance system. Semi-locating bearing arrangement in X or O arrangement with adjusted clearance or preload. The immediate environment of the bearing the bearing and adjacent construction have a reciprocal influence on each other a lubricant to a surfaceĬharacteristics of a lubricant in adhering to frictional elements.Ĭaused by the mechanism of the formation of a local adhesion connection and subsequent tearing off of solid bonds connected with material break-up and transfer (DIN 50323-2). Lubricant additive to improve viscosity-temperature behaviour or pour point, prevent corrosion, oxidation or ageing or reduce wear or foamingīinding force of a body to another body, e.g. Improves pour point, viscosity/temperature ratio and corrosion protection prevents oxidation and ageing reduces wear and foaming.Īn accessory mounted on another element, for example a lubrication adapter

For monorail systems, the parallel deviation of the reference surfaces within given tolerances.įor example, rotary bearings into PN, P6, P5 to DIN 620 and linear bearings into G0 to G4. Shoulder in the surrounding structure for transfer of forces and location of components.ĭeviation of the actual dimension from the nominal dimension as described by tolerances. Inclusion of gases or vapours by fluids or solid bodies, for example lubricants or bearing materials. Material worn away from the functional surface by tribological loading.

A visual representation of surface of material components (load supporting components) showing core, peak and trough areas.

Baseelements soap