Brand: SKF
SKF H 2330 High-Precision Adapter Sleeve for Tapered Bore Bearings (150 mm Shaft)
The SKF H 2330 adapter sleeve is engineered for the reliable mounting of bearings with a tapered bore onto cylindrical shafts, offering a robust and highly precise method for securing critical rotating components. Designed for heavy industrial applications, this sleeve ensures the correct interference fit required for optimal bearing performance and maximum service life. Its primary function is to simplify the mounting process, particularly where shaft shoulders or other seating arrangements are impractical or unavailable. Manufactured to stringent SKF standards, the H 2330 guarantees dimensional stability and superior fit, crucial for high-speed or high-load environments.
Utilizing the H 2330 sleeve dramatically reduces installation complexity and minimizes potential maintenance downtime. The design allows for easy mounting and dismounting using hydraulic nuts or standard tools, ensuring that the bearing can be positioned accurately and quickly without damaging the shaft surface. As a crucial component in power transmission systems, choosing the SKF H 2330 guarantees the material strength and engineering excellence necessary to maintain system integrity, reduce vibration, and ultimately lower operational costs throughout the equipment's lifecycle. It is the preferred choice for engineers prioritizing reliability and precision in demanding industrial machinery.
Key Features
Facilitates easy and rapid mounting/dismounting of bearings without requiring specialized shaft features.
Allows for precise adjustment of bearing internal clearance during installation.
High-strength steel construction ensures maximum load transfer and operational safety.
Eliminates the need for tight shaft tolerances, reducing machining costs.
Reusable component designed for maximum durability in harsh operating conditions.
Industry-standard 1:12 taper ensures compatibility with a wide range of tapered bore bearings (e.g., spherical roller bearings).
