32014 RICH Single Row Tapered Roller Bearing - 70 x 110 x 25 mm
Known OE/Interchange References:
- CLAAS: 0002436550, 243655, 2436550
- MASSEY FERGUSON: 3011660X91, 3789615M1, X619045801001
Technical Specifications:
- Bearing Type: Single Row Tapered Roller Bearing
- Model Designation: 32014
- Brand: RICH
- Inner Diameter (d): 70 mm
- Outer Diameter (D): 110 mm
- Total Width (T): 25 mm
- Outer Ring Width (C): 19 mm
- Inner Ring Width (B): 25 mm
- Weight: 0.853 kg
- Country of Manufacture: China
The 32014 RICH single row tapered roller bearing, meticulously manufactured by RICH in China, is engineered for robust performance in applications subjected to heavy radial and axial loads. This precision component boasts dimensions of 70 mm inner diameter, 110 mm outer diameter, and a total width (T) of 25 mm. With an outer ring width (C) of 19 mm and an inner ring width (B) of 25 mm, it ensures exceptional stability and efficient operation under demanding conditions. Weighing 0.853 kg, this 32014 RICH bearing is ideal for heavy-duty industrial and automotive systems where durability and consistent load management are critical. Its tapered roller design allows for precise adjustment during mounting, crucial for optimizing performance and extending bearing life, guaranteeing a dependable solution for your machinery. It serves as a direct replacement for various original equipment (OE) parts from leading brands including CLAAS and MASSEY FERGUSON.
Key Performance Advantages:
- High Load Capacity: Expertly handles significant radial and axial loads simultaneously.
- Robust Construction: Engineered for exceptional durability and reliable performance in demanding conditions.
- Precision Design: Allows for critical adjustments to optimize bearing performance and longevity.
- Stable Operation: Ensures consistent and smooth functioning under heavy load conditions.
- Broad Compatibility: Direct replacement for CLAAS and MASSEY FERGUSON OE parts.
- RICH Quality: Produced in China to high manufacturing standards, guaranteeing dependable performance.