The SKF IR 240X265X60 Needle Roller Inner Ring is a precision-engineered bearing accessory specifically designed for high-performance applications. With dimensions of 240 mm bore diameter, 265 mm outer diameter, and 60 mm width, this inner ring is ideal for heavy-duty industrial environments. Its robust design ensures compatibility with needle roller bearings, enhancing the performance of mechanical systems across various sectors.
Technical specifications
| Specification | Value |
|---|---|
| Bore diameter (d) | 240 mm |
| Outer diameter (D) | 265 mm |
| Width (B) | 60 mm |
| Basic dynamic load rating (C) | Consult SKF catalog |
| Basic static load rating (C0) | Consult SKF catalog |
| Limiting speed | Consult SKF catalog |
| Ring material | Chrome steel 100Cr6 |
| Precision class | P0 / ABEC-1 |
| Internal clearance | CN |
Technical advantages
The SKF IR 240X265X60 Needle Roller Inner Ring offers numerous technical advantages that make it a reliable choice for industrial applications:
- Chrome steel construction enhances durability and resistance to wear.
- Standard CN radial clearance ensures optimal performance without preload requirements.
- Precision class P0 guarantees consistent operation in demanding conditions.
- Compatible with a variety of needle roller bearings for versatile applications.
- Manufactured to SKF’s stringent quality standards for dependable operation.
Typical applications
This needle roller inner ring is suited for use in specific industrial sectors and machinery, such as:
- Automotive industry (gearboxes, transmission systems)
- Agricultural machinery (harvesters, tractors)
- Hydraulic equipment (pumps, motors)
- Textile machinery (looms, spinners)
- Heavy construction equipment (cranes, loaders)
Availability and ordering
Eurobearing.eu is your specialized B2B supplier for the SKF IR240X265X60 Needle Roller Inner Ring. We offer fast availability and the option to request a quote for bulk quantities. Simply add to cart or request a quotation to ensure your industrial needs are met promptly and efficiently.
