Übersetzung für "Hybridlager" in Englisch

Other hybrid bearings include:

Thus Lily hybrid bearings are the ideal solution for CIP and SIP processes.

They can be ceramic slide bearings which are not necessarily arranged as hybrid bearings.

All designs and sizes are available as hybrid bearings

Thus CEROBEAR hybrid bearings are the ideal solution for CIP and SIP processes.

Hybrid bearings are provided with steel rings and ceramic balls (Si3N4).

Hybrid bearings have proven successful in this environment.

For some applications, a combined bearing without lubricant is appropriate (hybrid bearing).

With a high modulus of elasticity, hybrid bearings offer increased bearing stiffness.

The known hybrid bearings can be used at higher speeds but cannot absorb higher loads.

As a result of the mutually linked arrangement, the progression of the magnetic forces in the hybrid bearing is homogenized.

Said radial bearing can also be arranged as a slide bearing or realized by a hybrid bearing in accordance with the invention.

Hybrid bearings have rings made of bearing steel and rolling elements made of bearing grade silicon nitride (Si3N4).

In addition, hybrid bearings with for example ceramic and steel components which can operate dry are known from the prior art.

Within the global SKF Group, the technology and product development activities in Steyr are responsible for ceramic materials, rolling bearings made of technical ceramics and the end product of hybrid bearings, which are comprised of steel rings and ceramic rolling bearings.

Hybrid bearings provided in this section constitute the basic SKF assortment and are only part of the total assortment.

This situation was changed to the better with the introduction of CEROBEAR hybrid ceramic ball and roller bearings in 1998.

The hinge joint uses a hybrid bearing for radial loads and iglidur ® plain bearings for axial loads.

Hybrid bearings are non-conductive and therefore suitable for applications such as AC and DC motors and generators, where electric currents are present.

Hybrid bearings have rings made of bearing steel and rolling elements made of bearing grade silicon nitride (Si3N4), which make the bearings electrically insulating.

When designing bearing arrangements for very low temperatures, a hybrid bearing with greater internal clearance than standard may need to be selected.

Hybrid bearings in which the races are produced from steel and the roller bodies are produced from ceramics can represent a remedy.

It is, however, also possible to form the bearing site, in particular bearings 43 and 44, by an insulating hybrid bearing in which ceramic roll bodies are inserted or a bearing ring made of electrically nonconductive material is formed.

The bearings of the precision spindle consist of highly prestressed ball bearings with a contact angle of 15° to 30°, and are preferably hybrid bearings of the maximum precision class (ABEC 9) in a spindle housing having a precision of IT 01 to IT 1 with respect to mass, cylindricity, concentricity, and parallelism.

This hybrid bearing is realized in accordance with the invention in such a way that the mutually facing bearing shells (first and second bearing shell) each comprise a support body. In the following, these support bodies are designated as first support body and second support body according to the allocation to the first bearing shell and the second bearing shell.

BACKGROUND The invention relates to a hybrid bearing in the form of a combination of a slide bearing and a magnetic bearing, for example, for use in bearing the revolving units of an underwater power generation plant, and a method for its production.