Rolling bearing with heating element
View Patent ↗A rolling bearing which has at least one heated rolling bearing ring. An electrical heating element is applied with good thermally-conductive contact to a surface section of the heated rolling bearing ring. The heat quantity which can be generated by the heating element is dimensioned such that the heated rolling bearing ring undergoes thermal expansion when heated, which permits the rolling bearing to be mounted on a frame element with the formation of a shrink fit during subsequent cooling.
1. A rolling bearing comprising:
at least one heated rolling bearing ring, and an electrical heating clement applied, in good heat-conducting contact, to a surface section of the heated rolling bearing ring, with a heat quantity which can be generated by the heating element being such that the heated rolling bearing ring undergoes thermal expansion during heating, which permits an assembly of the heated rolling bearing onto a frame element with a formation of a shrink fit during the subsequent cooling,
wherein the heating element is a thick-film heating resistor which is situated on the heated rolling bearing ring, and
wherein a temperature sensor and/or a thermostat is integrated into the heating element.
2. The rolling bearing as claimed in claim 1 , wherein the heating element is applied to end sides of the heated rolling hearing ring.
3. The rolling bearing as claimed in claim 1 , wherein the heating element can also be supplied with electrical energy after being assembled on the frame, in order to be able to set a desired bearing temperature.
4. The rolling bearing as claimed in claim 1 , wherein a temperature control unit is integrated into the heating element, which temperature control unit interacts with the heating element in order to provide temperature control and/or temperature regulation.
5. The rolling bearing as claimed in claim 4 , wherein a fuse element breaks an energy supply to the heating element if a predefined limit temperature is exceeded and/or a thermostat activates or deactivates the energy supply to the heating element if a predefinable limit temperature is exceeded and/or undershot.