Translation of "Lagergröße" in English

There’s no MOQ limit for bowl in stock size and stock color.

This is a typical bearing size for rotor bearings in 6 MW offshore wind turbines.

Here the adjusting can be ever more complex with increasing bearing size.

Dimensions of the bearing should be selected in par. [2.1].

How can I adjust the support size to my structure?

The refill intervals will depend on the type and size of bearing and operational conditions.

Bearing size 20x47mm instead of 20x52mm, so the bearing mount is much more sturdy!

Do you have the right warehouse space?

The bearing size depends on the forces and speeds that the relevant bearing has to absorb.

At high rotational speeds of the drum and the transport screw, the resulting bearing size can lead to certain problems.

It is disadvantageous that such bearing containers always have to be adapted to the bearing size that is used.

Arbitrarily enlarging the step bearing of the rotor shaft toward the pinion is possible only to a limited extent. Due to the space available, the drive motors being used cannot be allowed to exceed a certain size and therefore must be operated at relatively high rpm, which places an upward limit on the bearing size.

The foil sections are available by the yard and can be cut and exchanged individually by the user to fit his particular need, regardless of fixed bearing sizes.

When determining the bearing size, the pv diagrams at right may be used to give an indication of whether a given bearing can be used under the actual operating conditions (load, sliding velocity).

It is possible to vary production capability (no. of operations per hour), independently of any changes being carried out simultaneously to the warehouse dimensions.

To deter-mine the required size of a bearing we recommend starting with the bearing load capacity, the prevailing loads, the service life requirements and with the operational safety.

However, these high torques also result in such large diameters of the driven gear shaft that an external gear train cannot be used due to the disadvantageous bearing size associated with them.

The size and number of the balls are in each case designed according to the size of the bearing, so that the inner bearing ring between the first and last ball can be brought into the position concentric to the outer bearing ring using the elasticity of the two bearing rings, so that the balls can finally be distributed at a uniform distance from one another on the pitch circle of the two ball raceways and the bearing cage can be inserted.

The oil flow rate is a typical value for prevailing application conditions for the bearings illustrated, and it used as a basis for the comparative bearing and for the bearing described in this invention, assuming identical bearing sizes in each case.

In this spirit, a diameter of the pivot bearing that corresponds to the diameter of the roll means the maximum possible bearing size that allows a maximum service life of the pivot bearing.

Regardless of the type and size of the storage, the storage spaces as well as the movement of means of production and the products must be optimally managed in order to be able to fulfill the growing requirements of the market: short deliveries and quick readiness to deliver.

In addition, the strengths of automation and more highly qualified workers can generally be exploited only when a warehouse reaches a certain size [1].

When determining the bearing size, the pv diagrams at right may be used to give an indication of whether a given bearing can be used under the actual operating conditions (load, sliding velocity).