ZKL 2310 C3 tilting ball bearing
Code: 657237Product detailed description
ZKL 2310 C3 is a self-aligning ball bearing, which is characterized by the ability to compensate for misalignment of the shaft relative to the bearing housing. This feature is achieved thanks to the double-row design with balls that can freely tilt in the grooves of the outer ring. The bearing is designed for applications where misalignment may occur, thus reducing the risk of premature wear and increasing the service life of the system.The bearing has an inner diameter (d) of 50 mm, an outer diameter (D) of 110 mm and a width (B) of 40 mm. These dimensions correspond to the standard dimensions for this type of bearing, which allows its easy integration into existing systems. The hole profile is cylindrical, which is common for this type of bearing and allows easy mounting on the shaft.
The bearing cage is made of steel, which ensures high strength and resistance to mechanical wear. The bearing is not equipped with a seal, which means that it is intended for applications where external lubrication and protection against contamination are provided.
The bearing clearance is marked as C3, which indicates a larger internal clearance compared to standard bearings. This feature is suitable for applications with higher operating temperatures or where thermal expansion occurs that could affect the functionality of the bearing.
The manufacturer of this bearing is ZKL, which is known for its quality and reliability in the field of bearing production. The ZKL 2310 C3 bearing is an ideal choice for various industrial applications where it is necessary to compensate for misalignment and ensure long-term operational reliability.
Additional parameters
Category: | Bearings > tilting ball > 23.. > 2310 |
---|---|
Weight: | 1.65 kg |
Cage: | steel |
Clearance: | C3 |
Diameter D (mm): | 50, 110 |
Hole profile: | cylindrical |
Manufacturer's brand: | ZKL |
Seal: | without gaskets |
Width B (mm): | 40 |
Značení: | 2310 C3 |
Typ: | naklápěcí kuličkové ložisko |
Be the first who will post an article to this item!
Add a comment