The GE 30 HO-2RS RICH is a double-sealed spherical plain bearing (30 x 47 x 30 mm) with a wider inner ring for improved stability under heavy loads and in contaminated environments.
GE 30 HO-2RS RICH Spherical Plain Bearing - 30 x 47 x 30 mm
Technical Specifications:
Brand: RICH
Type: Spherical Plain Bearing
Dimensions: 30 x 47 x 30 mm
Outer Ring Width (C): 18 mm
Friction Pair: Steel/Steel
Sealing: Double-sided contact rubber seals (2RS)
Weight: 0.156 kg
Country of Origin: China
The GE 30 HO-2RS RICH is a robust spherical plain bearing designed to accommodate misalignment between the shaft and the housing. The H in its designation indicates a wider inner ring, which provides greater shaft support and enhanced stability in the application. Its design features a hardened inner ring with a spherical outer surface that fits into a correspondingly spherical outer ring. The 2RS suffix means the bearing is equipped with double-sided rubber seals, which offer excellent protection against dust, dirt, and moisture. These seals also help retain lubricant, extending the bearing's service life and reducing maintenance needs. With a durable steel/steel friction pair, this RICH bearing is an ideal solution for applications involving oscillating, tilting, and swiveling movements in demanding and contaminated environments, such as in hydraulic cylinders and heavy machinery.
Key Performance Advantages:
Accommodates Misalignment: The spherical design compensates for angular misalignment between the shaft and housing.
Effective Sealing (2RS): Double seals protect internal components from contaminants and prolong service life.
Wider Inner Ring: The GEH design offers enhanced stability and greater shaft support.
Robust Construction: Features a durable steel/steel friction pair for high load capacity.
RICH Quality: A reliable and resilient solution for demanding mechanical systems.
The GE 30 HO-2RS RICH is a double-sealed spherical plain bearing (30 x 47 x 30 mm) with a wider inner ring for improved stability under heavy loads and in contaminated environments.