Bearing the name of SKF 6017-2RS1 deep groove ball bearings Classification Deep groove ball bearingBrand SK F New models6017-2RS1Old Model Inner diamter d(mm)85 Outer diameter D(mm)130Thickness B(mm)22Weight(kg) Static Load(kn) Dynamic load(kn)
 

SKF bearing names 6017-2RS1

New model 6017-2RS1

Old models

Diameter d (mm) 85

Outer diameter d (mm) 130

B thickness (mm) 22

Brand model *6017-2RS1

Brands SKF

Class deep groove ball bearings

Detail single row sealed deep groove ball bearings SKF brand; SKF Explorer bearings

SKF bearings in use is to support the rotational axis, the axis may be radial or axial loads, the load will be on the bearings, such as bevel gear shaft on the gearbox, axial loads generated during the transmission process, bearing axial load will be.

Sometimes load of direction and size cannot exact to determine, such as in high-speed rotating mechanical in the, except by bear rotor weight for direction fixed of load out, also has not balance quality by caused of rotating load, if this rotating load than fixed load big have more, is its synthesis load still for rotating load; and if rotating load than fixed load small have more, is synthesis load for swing load. Both rotating load or oscillating loads, their size and direction of changing. Variable operating position, load the ring may rotate when loading, sometimes they are a dead weight, but oscillating load. This load is called the variable load. Oscillating loads and loads in conjunction with irregular and rotating the load on the same way, loose fit will cause damage to the mating surfaces. Relative to the load direction of rotation of the ring and shaft or housing bore, you should choose the transition fit or interference fit. Interference while working with SKF bearing loads, SKF bearing rings on the shaft or on the mating surfaces of the housing bore does not produce "worming" principle. Very light load, or rings even under heavy load and low speed rotation, the choice of transition fit, shaft surface should have a high hardness and surface roughness of small. For heavy loads, usually lighter than in the load and normal load tie tight. More heavy load, combined with greater interference.