Examples of using Friction factor in English and their translations into Slovak
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A material with low friction factor and good wear resistance.
The Sliding element is a standard CSB-11 bearing with high load andlow friction factor;
When the loading is higher than 30Mpa, the friction factor variation will not be detectable.
CSB-EPB friction factor is not sensitive to the operation speed and bearing loading(see Graph EPB-4 and GraphEPB-5).
Another advantage of the metalloceramics coating is an abnormally low friction factor(roughness Ra up to 0.06micron).
CSB-EPBH friction factor is not sensitive to the operation speed and bearing loading(see Graph EPBH-4 and Graph EPBH-5).
This bearing is the only typical material whose friction factor is not sensitive to the operation speed and loading.
The friction factor is considerably decreased along with the loading increasing and it will be turned to be stable when the loading reaches 20Mpa.
It could maintain a good stable wear resistance and friction factor for the rotation, linear and oscilation movement.
The friction factor of the sliding bearings is relative to the bearing load, operation speed and the roughness of the shaft material.
In the mean while the Graph EPB3G-6 shows that the friction factor of CSB-EPB3G is also affected by the shaft surface roughness.
Effects on the expected connection quality, such as surface, friction factor, coating and dimensional excess can be sufficiently determined in this way.
When the operation speed keeps stable andthe loading is over 20Mpa, the friction factor of CSB-EPB8 is not variable along with the loading change(See Graph EPB8-5).
Graph EPB7-5 shows the friction factor of the bearing is also not sensitive to the shaft roughness but we still recommend that the roughness of the shaft should be neither too smooth nor too rough.
At the meantime, Graph EPB22-5 shows that the friction factor of CSBEPB22 is not considerably affected by the loading when the operation speed is stable.
Graph EPB6-5 shows the friction factor of CSB-EPB6 is continuing decreasing along with the loading increasing when the operation speed is relatively stable.
The shaft roughness highly affects the friction factor but this affecting will be stable when the shaft roughness is better than Ra0.7(See Graph EPB8-6).
Graph EPB9-4 shows that the friction factor of CSB-EPB9 is much higher than those of other materials because the electronic conductive fiber is embedded into the bearing material.
Graph EPB1-4 shows that as the same as most of the slide bearing materials, the friction factor of CSB-EPB1 is increasing along with the rotation speed under a certain loading while as shown in figure EPB1-5, it is decreased along with the increasing of loading when the operation speed is stable.
Graph EPB19-5 tells that the friction factor of CSB-EPB19 is decreased along with the loading increasing and will be relatively stable when the loading reaches 20 Mpa upwards.
Graph EPB16-4 shows that as the same as most of the slide bearing materials, the friction factor of CSB-EPB16 is increasing along with the rotation speed under a certain loading while as shown in Graph EPB16-5, it is decreased along with the increasing of loading when the operation speed is stable.
Graph EPB25-4 shows that the friction factor of CSBEPB25 is not sensitive to the operation speed and Graph EPB25-5 shows that the friction factor is CSB-EPB25 is decreased along with the loading increasing and become stable when the loading is over 20Mpa.
Graph EPB3G-4 and Graph EPB3G-5 show that the friction factor of CSB-EPB3G is variable along with the changing of the operation speed and bearing loading especially when the bearing loading is within 20Mpa.
Graph EPB2D-5 shows that the friction factor of CSB-EPB2D is decreasing along with the loading increasing when the operation speed is stable.
Graph EPB10-4 shows that the friction factor of CSBEPB10 is increasing along with the operation speed when the loading is stable within 30 Mpa.