KRVE80.PP RICH Cam Follower - Eccentric Stud - 30 x 80 x 35 mm Sealed
Technical Specifications:
- Bearing Type: Cam Follower, Eccentric Stud
- Model Designation: KRVE80.PP
- Brand: RICH
- Outer Diameter (D): 80 mm
- Width over rollers/raceways (B): 35 mm
- Stud Diameter (d1): 30 mm
- Overall Length (B1): 100 mm
- Thread Size: M20x1.5
- Outer Ring: Rounded (Crowned)
- Sealing: Double-sided rubber, contact (PP)
- Cage Material: Steel
- Weight: 1.693 kg
- Country of Manufacture: China
The KRVE80.PP RICH cam follower with an eccentric stud, meticulously manufactured by RICH in China, is engineered for demanding applications requiring precise adjustment of the radial position of the outer ring. This robust cam follower features a 30 mm stud diameter with an M20x1.5 fine thread, an 80 mm outer diameter, and a 35 mm width over the rollers/raceways, with an overall bearing length of 100 mm. Its rounded (crowned) outer ring minimizes edge stresses and ensures smooth running even with slight misalignment. Equipped with double-sided contact rubber seals (PP) to protect against contaminants and a durable steel cage, this RICH cam follower delivers highly adjustable and reliable performance in automation systems, indexing mechanisms, and conveying equipment. Weighing 1.693 kg, it is an ideal solution for systems requiring fine-tuning and high load support.
Key Performance Advantages:
- Eccentric Stud Design: Allows for precise radial adjustment of the outer ring, enabling fine-tuning of clearance or preloading.
- Rounded Outer Ring: Minimizes edge stress and provides smoother operation, especially under slight misalignment.
- Double-Sided Contact Seals (PP): Offers effective 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.
- Durable Steel Cage: Contributes to the cam follower's strength and stable performance.
- RICH Quality: Produced in China to high manufacturing standards, guaranteeing dependable performance.