A thrust load reducer (78) is provided within the turbine portion (16) to reduce axial thrust toward the thrust bearing (70).

They produce the opposite axial thrust, thus eliminating the axial thrust.

The axial thrust causes the thrust element (33) to switch on a non-return valve (33).

Axial carriage force is directed along the entire length of the barrel which requires a thick barrel wall to withstand the axial carriage force.

The mechanical spring thrust pre-load may be supplemented or substituted by an hydraulic axial thrust load attributable to oil circulated through the split bearing carrier.

The thrust reverser is supported within the cowling and movable between an axial closed position, an axial intermediate position and an axial open position.

At least one first outside surface of part of the inner casing (2) is subdivided into two axial thrust-compensating partial surfaces to which different pressures are applied.

The core rod (2) is bushed in the outer tube (1) in the axial direction.

This pressure provides an axial thrust to set the bearing gap for the conical bearing.

In the driller body, an intermittent axial telescopic pushing mechanism and a drill pipe pushing unit driven by the pushing mechanism are provided.

By this constitution, a thrust load can be reduced in the electric cutting tool (100).

The first and second bearings are configured to handle thrust in a common axial direction.

In aspects, the present disclosure provides an apparatus for handling axial thrust in rotating equipment.

Also, the outer ring can be subjected to a thrust force without using an independent part.

Axial thrust loads are transferred from the outer sleeve (11) to the mandrel by way of thrust bearings supported on the mandrel shoulders.