## Ball Bearing 6202 C3 15x35x11 mm FAG - Reliability and Precision The FAG 6202 C3 15x35x11 mm ball bearing guarantees the highest quality and precision. Ideal for applications requiring reliability and smooth operation, this bearing will provide long-lasting and trouble-free operation in your motorcycle or scooter. ### Technical Parameters...
## Ball Bearing 6202 C3 15x35x11 mm FAG - Reliability and Precision
The FAG 6202 C3 15x35x11 mm ball bearing guarantees the highest quality and precision. Ideal for applications requiring reliability and smooth operation, this bearing will provide long-lasting and trouble-free operation in your motorcycle or scooter.
### Technical Parameters:
* **ISO Code:** 6202
* **Inner Diameter:** 15 mm
* **Outer Diameter:** 35 mm
* **Width:** 11 mm
* **Internal Clearance:** C3 (greater than normal)
### Advantages of FAG 6202 C3 Bearing:
* **Precision:** FAG bearings are known for their precise manufacturing, which translates into smooth operation and minimal friction.
* **Durability:** Made of high-quality materials, the 6202 C3 bearing is resistant to wear and tear and mechanical damage.
* **C3 Clearance:** The increased C3 internal clearance compensates for thermal expansion, ensuring optimal operation even at high temperatures.
* **Reliability:** The FAG brand is synonymous with reliability in the bearing industry. By choosing an FAG bearing, you are investing in long-lasting and trouble-free operation.
### Application:
The 6202 C3 bearing is widely used in motorcycles and scooters, both in engines and other components requiring precise and reliable bearing support.
### FAG - Schaeffler Brand:
FAG, part of the Schaeffler Group, is a world leader in bearing manufacturing. By choosing FAG products, you are choosing proven solutions and the highest quality, guaranteeing optimal performance and long service life.
Technology
Ball bearing ISO code
Kod ISO składa się z kodu oznaczającego typ i serię wymiarową łożyska, w tym wypadku to 6202
C3
Radial internal clearance larger than normal. The bearing under the influence of temperature increases undergoes the phenomenon of thermal expansion, the metal increases in volume.