22324 CC/C3W33
JRZC uses high-purity vacuum-degassed bearing steel as raw material to ensure the quality of CC-type spherical roller bearings from the very beginning. The rings and rollers are treated with Aichelin salt bath heat treatment to guarantee consistent hardness and stable performance. The hardness difference between the bearing rings and rollers is less than 1 HRC, which is 30% stricter than the standard requirement of GB/T 34891-2017.
CC cage ensures low friction and stable operation.
C3 clearance accommodates heat expansion under heavy load.
W33 lubrication groove supports effective cooling and long lubrication intervals.
High fatigue-resistant steel improves durability in harsh environments.
- Dimensions
Bore diameter 120 mm Outside diameter 260 mm Width 86 mm PerformanceBasic dynamic load rating 1 019 kN Basic static load rating 1 120 kN Grease Reference speed 2000 r/min Oil Limiting speed 1300 r/min - Properties
Bore type Cylindrical For Load Direction Radial Number of rows Double row Radial internal clearance C3 Tolerance class for dimensions Nomal Tolerance class for run-out P6 Seal type Without Lubricant None Relubrication feature Without - Weight and Material
Product net weight 22.2 kg Roller material Chrome steel Ring Material Chrome steel Cage Sheet metal
The JRZC 22324 CC/C3W33 Spherical Roller Bearing is engineered for heavy radial loads, moderate axial loads, and demanding industrial environments. With a CC cage structure and C3 internal clearance, it offers stable performance during continuous high-speed and high-load operation. The W33 lubrication groove enhances heat dissipation and extends service life, making it ideal for mining, cement manufacturing, metallurgical machinery, and vibrating systems.
FAQ
Q1: Is this model suitable for high-load applications?
A1: Yes, it is designed for heavy-duty radial and combined loads.
Q2: What does W33 mean?
A2: W33 indicates a lubrication groove and holes for enhanced cooling.
Q3: Can it handle continuous high-speed operation?
A3: Yes, the CC cage design supports stable high-speed performance.
