KR90.PP RICH Cam Follower, Concentric Stud - 30 x 90 x 35 mm, Sealed
Technical Specifications:
- Bearing Type: Cam Follower, Concentric Stud
- Model Designation: KR90.PP
- Brand: RICH
- Dimensions: 30 x 90 x 35 mm
- Inner Diameter (d): 30 mm
- Outer Diameter (D): 90 mm
- Width (B): 35 mm
- Bearing Length (B1): 100 mm
- Cage Type: Steel
- Rounded Outer Ring: Yes (Crowned)
- Sealing: Double-sided rubber, contact
- Thread: M30x1.5
- Weight: 2.2 kg
- Country of Manufacture: China
The KR90.PP RICH cam follower with a concentric stud, meticulously manufactured by RICH in China, is engineered for precise motion control and reliable performance in heavy-duty industrial applications. With precise dimensions of 30 mm inner diameter, 90 mm outer diameter, and a width of 35 mm, this cam follower has an overall bearing length of 100 mm and features an M30x1.5 thread for secure mounting. It is designed with a crowned outer ring, which helps to reduce edge stresses and accommodate minor misalignments, and incorporates a robust steel cage for reliable roller guidance. Enhanced by double-sided rubber contact seals, this cam follower ensures effective contamination protection and lubricant retention, extending its service life. Weighing 2.2 kg, the KR90.PP RICH cam follower provides consistent and long-lasting operation in critical machinery.
Key Performance Advantages:
- Concentric Stud Design: Ensures high precision and ease of installation for robust applications.
- Crowned Outer Ring: Reduces edge stresses and accommodates minor misalignments for smoother operation.
- Effective Sealing: Double-sided rubber contact seals protect against contamination and retain lubricant.
- High Radial Load Capacity: Engineered for demanding cam and linear guide applications.
- Durable Steel Cage: Provides reliable roller guidance and robust performance under heavy loads.
- Precision Thread (M30x1.5): Ensures secure and stable mounting for critical machinery.
- RICH Quality: Manufactured in China to high standards, guaranteeing optimal and reliable performance.