6203-2RS d14 C3 RICH Single Row Deep Groove Ball Bearing - 14 x 40 x 12 m
Technical Specifications:
- Type: Single Row Deep Groove Ball Bearing
- Brand: RICH
- Model: 6203-2RS d14 C3 RICH
- Inner Diameter (d): 14 mm
- Outer Diameter (D): 40 mm
- Width (B): 12 mm
- Weight: 0.074 kg
- Cage: Steel
- Clearance: C3 - Greater than Normal
- Sealing: Double-sided rubber, contact
- Product Feature: Alternator bearing
- Country of Origin: China
The 6203-2RS d14 C3 RICH is a high-quality single row deep groove ball bearing specifically designed as an alternator bearing. It features precise dimensions of 14 mm inner diameter, 40 mm outer diameter, and a 12 mm width, weighing 0.074 kg. This bearing is engineered for robust operation with a durable steel cage, capable of efficiently handling both radial and axial loads.
Equipped with double-sided rubber contact seals (2RS), it offers excellent protection against dust and moisture, ensuring prolonged service life even in challenging environments. The C3 clearance (greater than normal) provides additional internal play, which is beneficial for applications involving higher operating temperatures or those requiring greater axial accommodation. Manufactured by RICH in China, this bearing delivers consistent, smooth operation, making it a dependable choice for various automotive and industrial needs, ensuring reliable performance and extended durability.
Key Performance Advantages:
- Optimized for Alternators: Engineered specifically for the demanding conditions of alternator operation.
- Versatile Load Handling: Efficiently supports both radial and axial loads for broad applicability.
- Enhanced Sealing: Double-sided rubber contact seals provide superior protection against contaminants.
- Optimal Clearance: C3 clearance (greater than normal) is ideal for thermal expansion and increased axial loads.
- Durable Construction: Features a robust steel cage for smooth, quiet, and long-lasting operation.
- RICH Quality: Manufactured in China by RICH, guaranteeing high reliability and consistent performance.