KRV62.X.PP RICH Cam Follower - Concentric Stud - 24 x 62 x 29 mm Sealed
Technical Specifications:
- Bearing Type: Cam Follower, Concentric Stud
- Model Designation: KRV62.X.PP
- Brand: RICH
- Outer Diameter (D): 62 mm
- Width over rollers/raceways (B): 29 mm
- Stud Diameter (d1): 24 mm
- Overall Length (B1): 80 mm
- Thread Size: M24x1.5
- Outer Ring: Cylindrical (Non-Rounded)
- Sealing: Double-sided rubber, contact (PP)
- Weight: 0.882 kg
- Country of Manufacture: China
The KRV62.X.PP RICH cam follower with a concentric stud, meticulously manufactured by RICH in China, is engineered for precise and reliable motion in various industrial applications, particularly where a flat running surface is essential. This robust cam follower features a 24 mm stud diameter with an M24x1.5 fine thread, a 62 mm outer diameter, and a 29 mm width over the rollers/raceways, with an overall bearing length of 80 mm. Its cylindrical (non-crowned) outer ring provides a larger contact area for stable and even tracking. Equipped with double-sided contact rubber seals (PP) to protect against contaminants, this RICH cam follower delivers consistent and dependable performance in automation systems, conveying equipment, and indexing mechanisms. Weighing 0.882 kg, it is an ideal solution for applications requiring high load support and stable, even contact.
Key Performance Advantages:
- Concentric Stud Design: Provides stable and precise tracking for applications where fixed alignment is required.
- Cylindrical Outer Ring: Offers a larger, consistent contact area for specific running surfaces, optimizing load distribution.
- Double-Sided Contact Seals (PP): Provides robust protection against dust, dirt, and moisture, enhancing durability in harsh environments.
- High Load Capacity: Designed to withstand significant radial and shock loads for reliable operation.
- Robust Construction: Engineered for dependable performance in demanding industrial applications.
- RICH Quality: Produced in China to high manufacturing standards, guaranteeing reliable performance.