Tragen (Neutrum)

Description: Bearbeitung des Flächenelements zum Einbau der Verschlusssysteme. Its ball-bearing mounted pulleys ensure quiet and smooth running over long-term use. Dazu ist keine weitere Bearbeitung des Flächenelementes notwendig.

Description: Bearings guide rotating machine parts (axles, shafts) and transmit forces from static components to moving components. Radial bearings transmit forces perpendicular to the axis of Rotation while axial (or thrust) bearings transmit forces in the direction of the axis of rotation. Bearings are intended to minimise the Friction losses caused by sliding friction. Friction losses can result in Power loss, wear, malfunctions and high operating temperatures. Simple connections involving Shaft journals that are inserted into holes exhibit the maximum sliding friction. These friction losses can be further reduced by Separating the surfaces that are moving relative to each other. There are various Design methods for doing this: In plain bearings, the friction surfaces are separated by a fluid, which prevents sliding friction between the solid sliding surfaces and permits only fluid friction Rolling-element bearings such as ball bearings exhibit Rolling friction instead of sliding friction

Description: The closed side panel gives the Angle Bracket its high load-carrying capacity. When working with higher table loads, the load-carrying horizontal tube is doubled. Also check the maximum load-carrying capacity of the Threaded Inserts.

Description: The closed side panel gives the Angle Bracket its high load-carrying capacity. When working with higher table loads, the load-carrying horizontal tube is doubled. Also check the maximum load-carrying capacity of the Threaded Inserts.

Description: Slide the prepared carriage onto the support rail. The height of the table is adjusted via the position of the table top supports. It offers effective support for heavily loaded profile connections.

Description: Wear is the term used to refer to Material losses that occur as a result of tribological (e.g. mechanical, Grinding, rolling, chemical and thermal) stresses. Various mechanisms and friction Work cause Friction partners to shed particles from the material surface, thereby changing their geometry. Wear Resistance as a property of the tribosystem is influenced by the material and the form of the body and counterbody, the type of intermediary, the temperature and the type and speed of movement. Items such as bearings, couplings, gears and the Cutting edges of tools are susceptible, with wear occurring on sliding surfaces, elements involved in torque transmission and secondary seals subject to dynamic stresses. However, increased sliding surface wear when components are being run in (running-in wear) ensures that the sliding surfaces adapt to each other. A distinction is made between the following wear mechanisms: Adhesion in the event of inadequate lubrication Abrasion due to hard or sheared off particles (rubbings) in the intermediary Rolling-contact fatigue and cracking due to alternating mechanical stresses Oxidative wear due to reactions between the friction partners and the surrounding medium

Description: They can be fitted into the profile grooves, are hard-wearing and have a low coefficient of sliding friction. The effects of working in the warm range can be counteracted by taking regular breaks, restoring lost fluids and minerals and wearing suitable clothing. The Slide Strips serve as slide elements when transporting goods or workpiece carriers, for example. They can be fitted into the profile grooves, are hard-wearing and have a low coefficient of sliding friction.